EMLSAG00000001685, EMLSAG00000001685-684451 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000001685
Unique NameEMLSAG00000001685-684451
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
BLAST of EMLSAG00000001685 vs. GO
Match: - (symbol:ATP10D "Probable phospholipid-transporting ATPase VD" species:9606 "Homo sapiens" [GO:0000287 "magnesium ion binding" evidence=NAS] [GO:0004012 "phospholipid-translocating ATPase activity" evidence=NAS] [GO:0005515 "protein binding" evidence=IPI] [GO:0005524 "ATP binding" evidence=NAS] [GO:0005634 "nucleus" evidence=IDA] [GO:0005783 "endoplasmic reticulum" evidence=IDA] [GO:0005789 "endoplasmic reticulum membrane" evidence=IEA] [GO:0005886 "plasma membrane" evidence=IDA;TAS] [GO:0006812 "cation transport" evidence=NAS] [GO:0016021 "integral component of membrane" evidence=NAS] [GO:0019829 "cation-transporting ATPase activity" evidence=IEA] [GO:0034220 "ion transmembrane transport" evidence=TAS] [GO:0045332 "phospholipid translocation" evidence=NAS] [GO:0055085 "transmembrane transport" evidence=TAS] [GO:0005730 "nucleolus" evidence=IDA] Reactome:REACT_15518 InterPro:IPR001757 InterPro:IPR006539 InterPro:IPR008250 Pfam:PF00122 PRINTS:PR00119 InterPro:IPR018303 Prosite:PS00154 GO:GO:0005783 GO:GO:0016021 GO:GO:0005886 GO:GO:0005524 GO:GO:0005789 GO:GO:0000287 GO:GO:0006812 GO:GO:0034220 Gene3D:3.40.50.1000 InterPro:IPR023214 SUPFAM:SSF56784 GO:GO:0004012 eggNOG:COG0474 Gene3D:3.40.1110.10 InterPro:IPR023299 SUPFAM:SSF81660 TIGRFAMs:TIGR01494 HOGENOM:HOG000202528 KO:K01530 GO:GO:0019829 Gene3D:2.70.150.10 PANTHER:PTHR24092 TIGRFAMs:TIGR01652 EMBL:CH471069 HOVERGEN:HBG107129 OrthoDB:EOG76471S TreeFam:TF354252 EMBL:AJ441078 EMBL:AC092597 EMBL:AC107398 EMBL:BC131535 EMBL:AK027598 EMBL:AK074930 EMBL:AB040920 RefSeq:NP_065186.3 RefSeq:XP_005248175.1 UniGene:Hs.437241 ProteinModelPortal:Q9P241 SMR:Q9P241 BioGrid:121446 STRING:9606.ENSP00000273859 PhosphoSite:Q9P241 DMDM:300669610 PaxDb:Q9P241 PRIDE:Q9P241 Ensembl:ENST00000273859 GeneID:57205 KEGG:hsa:57205 UCSC:uc003gxk.1 UCSC:uc003gxl.1 CTD:57205 GeneCards:GC04P047487 HGNC:HGNC:13549 HPA:HPA050808 neXtProt:NX_Q9P241 PharmGKB:PA25100 InParanoid:Q9P241 OMA:IQSDVDF PhylomeDB:Q9P241 GenomeRNAi:57205 NextBio:63294 PRO:PR:Q9P241 ArrayExpress:Q9P241 Bgee:Q9P241 CleanEx:HS_ATP10D Genevestigator:Q9P241 Uniprot:Q9P241)

HSP 1 Score: 1043.49 bits (2697), Expect = 0.000e+0
Identity = 574/1334 (43.03%), Postives = 789/1334 (59.15%), Query Frame = 0
Query:  692 KQRVVVPDHVIPVDVPEHEHPNHKYTKNKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSILHPWGERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFNDNYAPFLNVLSQGDSN---PPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHN---------------------------SSMDK----------NGTSGRAVIPVNPLL----------------HQRLVS-PSPPEPDL-----LINQSPNVSPK------ECHQN------HIEDFFTLLSVCNTVIVAKYPHRDAMNVSGLIVHSNSMVSVDNHSMLSCIDENADEKSNAGLSTRSPSPPLSFISTSSTEPLKPNSSSMAIPMTKLGSTPVSTRPPVTKSRLLHLLPMSP--KPLSPIASSPETSPLSSPVSSRRPKHLQLPSLFAKLKSRSNSSLSKLQIVSTSPTPTEIRPIYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVIVDN-------EEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIMNG---------------------DTKADRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQFWFILIYTSVVAVFPRTCIKALINTCRPNSV 1921
            + R+VVP H+ P    E+E  +  Y  N+IRTTKYTLL F+P+NLFEQFHR ANLYFLF+V+LNWVP + AF KE++M+P++ VL   AIKD  ED R+Y+ DK+INN   +VY     +Y    WKDV VGD + LSCNE IPAD++LL S+D  G+C+I+T  LDGE+NLKQR+V RG+ EQ     P++F S IEC+ P   + RF G + H   ER+ + K+NLLLR C ++NT+ V GIVVYAGHE+K MLNN GPRYKRS+LER+ N +V+WCV +L+++C  GAVG GIWL  +   +  F NV  + D +   P   GF  FWT +I+LQV+IP+SLYV+IE+ KL Q+Y I  D   Y++     V+CRALNI E+LG +QY+F DKTGTLT+NKM+F+ C++ G D+ H                            S+M K          NG  G    P N L                 H R  +  SP E D+     L+++   ++P+      E  QN      +I DFF  L++CNTV+V+      A N     +   S+  +   S+     E            RS SP L+    S  EP      S  +P   +   P+ +R          + P SP  + +S +  SP+ S  S+  +    +H              ++ L   +  S    P      YEAESPDE ALV AA AY C L  RT    M+     G + F++LH+LPFDS RKRMSVV+RHP++ Q ++Y KGAD+ ++  + V +       +++  V  KTQ  LD+YAK GLR L +AKK++++TEY  W++ H  AE S+  RE+LL ES  R+EN   L+GATGIEDRLQ+GVPE+I  L +AGI +W+LTGDKQETA+NIAY+C+L   + ++  +N +SKDA    +   L  +                        D+     L+I GKTL + L +  +LQK FLELTS+C +V+CCRATPLQK+ +V++V+  L + TLAIGDGANDVSMIQ ADIG+G+SG EGMQAVMASDFA+S+FK+L +LLLVHGHW Y RLS MI YFFYKN  +V + FWYQ FCGFSG  M D   L+ +NL+FTS PP+  GV ++D     L  +P LY  G+  + Y P++FWI++ DA YQS+V FF  Y  Y  +D  ++ FG  + T+ LF++  HL +E+ S T IH + +I SI SYF+FA+++  +CV C     PYW+MQ  M    F+ + I T+ +A+ PR   + L  +  P+ +
Sbjct:   49 RHRIVVP-HIQPFK-DEYEKFSGAYVNNRIRTTKYTLLNFVPRNLFEQFHRAANLYFLFLVVLNWVPLVEAFQKEITMLPLVVVLTIIAIKDGLEDYRKYKIDKQINNLITKVYSRKEKKYIDRCWKDVTVGDFIRLSCNEVIPADMVLLFSTDPDGICHIETSGLDGESNLKQRQVVRGYAEQDSEVDPEKFSSRIECESPNNDLSRFRGFLEHSNKERVGLSKENLLLRGCTIRNTEAVVGIVVYAGHETKAMLNNSGPRYKRSKLERRANTDVLWCVMLLVIMCLTGAVGHGIWLSRYEKMH--FFNV-PEPDGHIISPLLAGFYMFWTMIILLQVLIPISLYVSIEIVKLGQIYFIQSDVDFYNEKMDSIVQCRALNIAEDLGQIQYLFSDKTGTLTENKMVFRRCSVAGFDYCHEENARRLESYQEAVSEDEDFIDTVSGSLSNMAKPRAPSCRTVHNGPLGNK--PSNHLAGSSFTLGSGEGASEVPHSRQAAFSSPIETDVVPDTRLLDKFSQITPRLFMPLDETIQNPPMETLYIIDFFIALAICNTVVVS------APNQPRQKIRHPSLGGLPIKSL-----EEIKSLFQRWSVRRSSSPSLN----SGKEP------SSGVPNAFVSRLPLFSR----------MKPASPVEEEVSQVCESPQCSSSSACCTETEKQH-------------GDAGLLNGKAESLPGQPLACNLCYEAESPDEAALVYAARAYQCTLRSRTPEQVMVDFAALGPLTFQLLHILPFDSVRKRMSVVVRHPLSNQVVVYTKGADSVIMELLSVASPDGASLEKQQMIVREKTQKHLDDYAKQGLRTLCIAKKVMSDTEYAEWLRNHFLAETSIDNREELLLESAMRLENKLTLLGATGIEDRLQEGVPESIEALHKAGIKIWMLTGDKQETAVNIAYACKLLEPDDKLFILNTQSKDACGMLMSTILKELQKKTQALPEQVSLSEDLLQPPVPRDSGLRAGLIITGKTLEFALQE--SLQKQFLELTSWCQAVVCCRATPLQKSEVVKLVRSHLQVMTLAIGDGANDVSMIQVADIGIGVSGQEGMQAVMASDFAVSQFKHLSKLLLVHGHWCYTRLSNMILYFFYKNVAYVNLLFWYQFFCGFSGTSMTDYWVLIFFNLLFTSAPPVIYGVLEKDVSAETLMQLPELYRSGQKSEAYLPHTFWITLLDAFYQSLVCFFVPYFTYQGSDTDIFAFGNPLNTAALFIVLLHLVIESKSLTWIHLLVIIGSILSYFLFAIVFGAMCVTCNPPSNPYWIMQEHMLDPVFYLVCILTTSIALLPRFVYRVLQGSLFPSPI 1329          
BLAST of EMLSAG00000001685 vs. GO
Match: - (symbol:tat-3 species:6239 "Caenorhabditis elegans" [GO:0032502 "developmental process" evidence=IMP] InterPro:IPR001757 InterPro:IPR006539 InterPro:IPR008250 Pfam:PF00122 PRINTS:PR00119 InterPro:IPR018303 Pfam:PF00702 Prosite:PS00154 GO:GO:0016021 GO:GO:0005524 GO:GO:0000287 GO:GO:0034220 Gene3D:3.40.50.1000 InterPro:IPR023214 SUPFAM:SSF56784 GO:GO:0006200 GO:GO:0045332 GO:GO:0004012 eggNOG:COG0474 Gene3D:3.40.1110.10 InterPro:IPR023299 SUPFAM:SSF81660 TIGRFAMs:TIGR01494 HOGENOM:HOG000202528 GO:GO:0019829 Gene3D:2.70.150.10 PANTHER:PTHR24092 TIGRFAMs:TIGR01652 GO:GO:0016125 OrthoDB:EOG76471S GeneTree:ENSGT00740000115303 EMBL:Z93785 RefSeq:NP_499363.3 UniGene:Cel.9919 ProteinModelPortal:O18182 SMR:O18182 STRING:6239.W09D10.2 EnsemblMetazoa:W09D10.2 GeneID:176498 KEGG:cel:CELE_W09D10.2 UCSC:W09D10.2 CTD:176498 WormBase:W09D10.2 OMA:YKRSSLE PRO:PR:O18182 Uniprot:O18182)

HSP 1 Score: 1033.86 bits (2672), Expect = 0.000e+0
Identity = 575/1318 (43.63%), Postives = 811/1318 (61.53%), Query Frame = 0
Query:  692 KQRVVVPDHVIPVDVPEHEHPNHKYTKNKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQR-----LSFQPQEFRSTIECDMPTTKIYRFHGSILHPWG------ERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFNDNY-APFL-----------NVLSQGDSNPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDF-------SHNSSMDKNGTSGRAVIPVNPLLHQ----------RLVSPSPPEPDLLINQSPNVSPKECH-QNHIEDFFTLLSVCNTVIVAKYPHRDAMNVSGLIVHSNSMVSVDNHSMLSCIDEN----ADEKSNAGLSTRSPSPPLSFISTSSTEPLKPNSSSMAIPMTKLGSTPVSTRPPVTKSRLLHLLPMSPKPLSPIASSPETSPLSSPVSSRRPKHLQLPSLFAKLKSRSNSSLSKLQIVSTSPTPTEIRP----IYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNE-GLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKIL-YCKGADASMLP---RVIVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAI-----MNGDTKADRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSG-VCVNCFGLQV---PYWVMQHAMGTIQFWFILIYTSVVAVFPRTCIKALINTCRPNSVTEVLLSRQSNEENKEEDSLFSASSV 1946
            +QR+VVP++      P +E PN KY  N+I TTKY++L F+PKNLFEQ HR ANLYF+FIV+LN +  I AFGK +S++P+ FVLG TAIKD FED RRY+SD++IN+STCRV+ +S  RY+K  W+++ VGD VHLS +E IPADILLLRSSD  G+CY++T NLDGE+NLKQR+  R   +       L + P EF   I C+ PTT +Y+F G +    G      E   + K+N+LLR C++KNTD+VEGIV+YAG ++K MLNN GPRYKRS LE+  N++++W V  LL LC IGAV SG+WL  F+  Y  PFL           N  SQ   +P +E + +FW+++I+LQV+IP+SLYV+IE  K+ QV+ + +D  MY     KR++CRALNI EELG +QY+  DKTGTLT+N+M+F+ C++ G D+       + +SS++   ++ R+  P    L            R + PS  +P L    + +V        + +  FF  +++CNTV+V   PH D M+  G IV+S       +    S +++     AD +  +  ST++ +P +        E ++     +  P  K   T ++ +     + +      S +  +      +       +   RP  L +P  FAKLK   +     +   S+S T T + P     Y++ESPDELALV+AA  Y  +LL+R  +  ++ L +    V+++VLH LPFD++RKRMSV++R    L++I+   KGADA+++P        +   + V+ K+Q  L  YAK GLR L ++ KI TE EY  W ++H  AE  M+ +E +LAES  R E   +L+G T IEDRLQDGVPE I  LR+AGI VWVLTGDK ETA+NIAYS +LF  ++++L + A    A    +  HL  I     ++ D      LV++  T+ Y LD   NL++ F++L   C SVLCCRATPLQKA +V + K  L  K LAIGDGANDVSMIQ AD+G+G+SG EGMQAVM+SDFA++RF++L  LLLVHGHWNY RL++ I YFFYKNA  VFV FWYQ+F GFS QV ID +YLM+YNLIFTS+PPL  G  DQDA   +L + PRLYE+GRLG+ Y+ YSFWI+M DA++QS+V+FF  Y  Y  +++ +W FG ++ T  + V TFHLA+    WT   + S+ +S+  +F+ ALLY+G V  N     V   P  V   +  +++FW  LI + V+ + PR  +  ++NT  P++     L  +   + K E S F+A +V
Sbjct:   80 QQRLVVPNNQ-KEPPPRYEQPNRKYCGNRISTTKYSVLTFIPKNLFEQLHRAANLYFIFIVILNMI--IGAFGKYISVLPIAFVLGITAIKDAFEDYRRYKSDQKINHSTCRVWDASQQRYRKLEWQNILVGDFVHLSHDEIIPADILLLRSSDVNGVCYVETCNLDGESNLKQRQAIRSMGKYHNANVPLEYSPAEFNYRIACEQPTTDVYKFEGRLEAIEGGPPLAREFTILAKENVLLRGCVVKNTDFVEGIVLYAGKDTKAMLNNNGPRYKRSSLEKMTNVDILWSVCTLLALCVIGAVLSGVWLRTFSTPYIVPFLVFIHPNSSYHNNNDSQYKYSPSYESWFSFWSYIIVLQVMIPISLYVSIEFIKIFQVWFMSQDRNMYYDKVDKRLQCRALNITEELGQIQYVMSDKTGTLTENQMVFRRCSVNGNDYGGRPVVDAVDSSLELVASTLRSDQPTEKKLQMAALAEAAAKTRRLRPSR-DPALESQLASSVLKLGADIDDPVFAFFLTMAICNTVVVNAKPHEDLMDPDGDIVNSRFAPEEVSPRRGSSLEDGFKYLADVEEESPASTQASTPVMITEENDGFEEIE----LIEFPEVKTDETQMTEKEETISAEVAAKKSGSDEKDNNYNGERKEGKGFGIL--HRPSILSVP--FAKLKGMKSPFRRSVDKRSSSSTETAVAPPLHSFYDSESPDELALVEAAREYGIRLLRRRFDDVIVYLRHSTSSVKYKVLHTLPFDADRKRMSVIIRESSGLKRIIVLTKGADATVIPVLSEAFSTSARGEEVIFKSQEHLTQYAKEGLRTLCLSMKIWTEEEYQGWKEKHEEAELDMMDKETMLAESTLRAEQDLELLGVTAIEDRLQDGVPECIHSLREAGIRVWVLTGDKIETAVNIAYSSRLFSPSMDLLNIGANGVRAVSDLLTEHLKRIARAYEVSADAADSFGLVLNASTMSYCLDPH-NLER-FVKLLRGCRSVLCCRATPLQKAQLVNLAKNHLKGKVLAIGDGANDVSMIQGADVGIGLSGQEGMQAVMSSDFAMARFRFLSNLLLVHGHWNYYRLAQTILYFFYKNAMLVFVIFWYQIFNGFSAQVPIDPVYLMVYNLIFTSVPPLLFGCLDQDASAELLLDCPRLYEQGRLGKRYRWYSFWINMLDAVWQSLVVFFICYFTYRGSNVDMWTFGHLLVTQLIIVNTFHLALFVQYWTWPMFWSMFLSVLLFFICALLYNGFVTANWTWTNVKDPPSMVSLKSFSSLEFWMALIISVVLCLTPRYVLTTVVNTVSPSTTLRTRLGAEDGFKKKTE-SRFTACAV 1382          
BLAST of EMLSAG00000001685 vs. GO
Match: - (symbol:tat-3 "Protein TAT-3" species:6239 "Caenorhabditis elegans" [GO:0000166 "nucleotide binding" evidence=IEA] [GO:0000287 "magnesium ion binding" evidence=IEA] [GO:0004012 "phospholipid-translocating ATPase activity" evidence=IEA] [GO:0005524 "ATP binding" evidence=IEA] [GO:0006812 "cation transport" evidence=IEA] [GO:0015914 "phospholipid transport" evidence=IEA] [GO:0016020 "membrane" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0016125 "sterol metabolic process" evidence=IGI] [GO:0016787 "hydrolase activity" evidence=IEA] [GO:0019829 "cation-transporting ATPase activity" evidence=IEA] [GO:0045332 "phospholipid translocation" evidence=IEA] [GO:0046872 "metal ion binding" evidence=IEA] InterPro:IPR001757 InterPro:IPR006539 InterPro:IPR008250 Pfam:PF00122 PRINTS:PR00119 InterPro:IPR018303 Pfam:PF00702 Prosite:PS00154 GO:GO:0016021 GO:GO:0005524 GO:GO:0000287 GO:GO:0034220 Gene3D:3.40.50.1000 InterPro:IPR023214 SUPFAM:SSF56784 GO:GO:0006200 GO:GO:0045332 GO:GO:0004012 eggNOG:COG0474 Gene3D:3.40.1110.10 InterPro:IPR023299 SUPFAM:SSF81660 TIGRFAMs:TIGR01494 HOGENOM:HOG000202528 GO:GO:0019829 Gene3D:2.70.150.10 PANTHER:PTHR24092 TIGRFAMs:TIGR01652 GO:GO:0016125 OrthoDB:EOG76471S GeneTree:ENSGT00740000115303 EMBL:Z93785 RefSeq:NP_499363.3 UniGene:Cel.9919 ProteinModelPortal:O18182 SMR:O18182 STRING:6239.W09D10.2 EnsemblMetazoa:W09D10.2 GeneID:176498 KEGG:cel:CELE_W09D10.2 UCSC:W09D10.2 CTD:176498 WormBase:W09D10.2 OMA:YKRSSLE PRO:PR:O18182 Uniprot:O18182)

HSP 1 Score: 1033.86 bits (2672), Expect = 0.000e+0
Identity = 575/1318 (43.63%), Postives = 811/1318 (61.53%), Query Frame = 0
Query:  692 KQRVVVPDHVIPVDVPEHEHPNHKYTKNKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQR-----LSFQPQEFRSTIECDMPTTKIYRFHGSILHPWG------ERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFNDNY-APFL-----------NVLSQGDSNPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDF-------SHNSSMDKNGTSGRAVIPVNPLLHQ----------RLVSPSPPEPDLLINQSPNVSPKECH-QNHIEDFFTLLSVCNTVIVAKYPHRDAMNVSGLIVHSNSMVSVDNHSMLSCIDEN----ADEKSNAGLSTRSPSPPLSFISTSSTEPLKPNSSSMAIPMTKLGSTPVSTRPPVTKSRLLHLLPMSPKPLSPIASSPETSPLSSPVSSRRPKHLQLPSLFAKLKSRSNSSLSKLQIVSTSPTPTEIRP----IYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNE-GLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKIL-YCKGADASMLP---RVIVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAI-----MNGDTKADRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSG-VCVNCFGLQV---PYWVMQHAMGTIQFWFILIYTSVVAVFPRTCIKALINTCRPNSVTEVLLSRQSNEENKEEDSLFSASSV 1946
            +QR+VVP++      P +E PN KY  N+I TTKY++L F+PKNLFEQ HR ANLYF+FIV+LN +  I AFGK +S++P+ FVLG TAIKD FED RRY+SD++IN+STCRV+ +S  RY+K  W+++ VGD VHLS +E IPADILLLRSSD  G+CY++T NLDGE+NLKQR+  R   +       L + P EF   I C+ PTT +Y+F G +    G      E   + K+N+LLR C++KNTD+VEGIV+YAG ++K MLNN GPRYKRS LE+  N++++W V  LL LC IGAV SG+WL  F+  Y  PFL           N  SQ   +P +E + +FW+++I+LQV+IP+SLYV+IE  K+ QV+ + +D  MY     KR++CRALNI EELG +QY+  DKTGTLT+N+M+F+ C++ G D+       + +SS++   ++ R+  P    L            R + PS  +P L    + +V        + +  FF  +++CNTV+V   PH D M+  G IV+S       +    S +++     AD +  +  ST++ +P +        E ++     +  P  K   T ++ +     + +      S +  +      +       +   RP  L +P  FAKLK   +     +   S+S T T + P     Y++ESPDELALV+AA  Y  +LL+R  +  ++ L +    V+++VLH LPFD++RKRMSV++R    L++I+   KGADA+++P        +   + V+ K+Q  L  YAK GLR L ++ KI TE EY  W ++H  AE  M+ +E +LAES  R E   +L+G T IEDRLQDGVPE I  LR+AGI VWVLTGDK ETA+NIAYS +LF  ++++L + A    A    +  HL  I     ++ D      LV++  T+ Y LD   NL++ F++L   C SVLCCRATPLQKA +V + K  L  K LAIGDGANDVSMIQ AD+G+G+SG EGMQAVM+SDFA++RF++L  LLLVHGHWNY RL++ I YFFYKNA  VFV FWYQ+F GFS QV ID +YLM+YNLIFTS+PPL  G  DQDA   +L + PRLYE+GRLG+ Y+ YSFWI+M DA++QS+V+FF  Y  Y  +++ +W FG ++ T  + V TFHLA+    WT   + S+ +S+  +F+ ALLY+G V  N     V   P  V   +  +++FW  LI + V+ + PR  +  ++NT  P++     L  +   + K E S F+A +V
Sbjct:   80 QQRLVVPNNQ-KEPPPRYEQPNRKYCGNRISTTKYSVLTFIPKNLFEQLHRAANLYFIFIVILNMI--IGAFGKYISVLPIAFVLGITAIKDAFEDYRRYKSDQKINHSTCRVWDASQQRYRKLEWQNILVGDFVHLSHDEIIPADILLLRSSDVNGVCYVETCNLDGESNLKQRQAIRSMGKYHNANVPLEYSPAEFNYRIACEQPTTDVYKFEGRLEAIEGGPPLAREFTILAKENVLLRGCVVKNTDFVEGIVLYAGKDTKAMLNNNGPRYKRSSLEKMTNVDILWSVCTLLALCVIGAVLSGVWLRTFSTPYIVPFLVFIHPNSSYHNNNDSQYKYSPSYESWFSFWSYIIVLQVMIPISLYVSIEFIKIFQVWFMSQDRNMYYDKVDKRLQCRALNITEELGQIQYVMSDKTGTLTENQMVFRRCSVNGNDYGGRPVVDAVDSSLELVASTLRSDQPTEKKLQMAALAEAAAKTRRLRPSR-DPALESQLASSVLKLGADIDDPVFAFFLTMAICNTVVVNAKPHEDLMDPDGDIVNSRFAPEEVSPRRGSSLEDGFKYLADVEEESPASTQASTPVMITEENDGFEEIE----LIEFPEVKTDETQMTEKEETISAEVAAKKSGSDEKDNNYNGERKEGKGFGIL--HRPSILSVP--FAKLKGMKSPFRRSVDKRSSSSTETAVAPPLHSFYDSESPDELALVEAAREYGIRLLRRRFDDVIVYLRHSTSSVKYKVLHTLPFDADRKRMSVIIRESSGLKRIIVLTKGADATVIPVLSEAFSTSARGEEVIFKSQEHLTQYAKEGLRTLCLSMKIWTEEEYQGWKEKHEEAELDMMDKETMLAESTLRAEQDLELLGVTAIEDRLQDGVPECIHSLREAGIRVWVLTGDKIETAVNIAYSSRLFSPSMDLLNIGANGVRAVSDLLTEHLKRIARAYEVSADAADSFGLVLNASTMSYCLDPH-NLER-FVKLLRGCRSVLCCRATPLQKAQLVNLAKNHLKGKVLAIGDGANDVSMIQGADVGIGLSGQEGMQAVMSSDFAMARFRFLSNLLLVHGHWNYYRLAQTILYFFYKNAMLVFVIFWYQIFNGFSAQVPIDPVYLMVYNLIFTSVPPLLFGCLDQDASAELLLDCPRLYEQGRLGKRYRWYSFWINMLDAVWQSLVVFFICYFTYRGSNVDMWTFGHLLVTQLIIVNTFHLALFVQYWTWPMFWSMFLSVLLFFICALLYNGFVTANWTWTNVKDPPSMVSLKSFSSLEFWMALIISVVLCLTPRYVLTTVVNTVSPSTTLRTRLGAEDGFKKKTE-SRFTACAV 1382          
BLAST of EMLSAG00000001685 vs. GO
Match: - (symbol:ATP10A "Probable phospholipid-transporting ATPase VA" species:9606 "Homo sapiens" [GO:0000287 "magnesium ion binding" evidence=IEA] [GO:0004012 "phospholipid-translocating ATPase activity" evidence=NAS] [GO:0005515 "protein binding" evidence=IPI] [GO:0005524 "ATP binding" evidence=IEA] [GO:0005783 "endoplasmic reticulum" evidence=IDA] [GO:0005789 "endoplasmic reticulum membrane" evidence=IEA] [GO:0005886 "plasma membrane" evidence=TAS] [GO:0008360 "regulation of cell shape" evidence=NAS] [GO:0016021 "integral component of membrane" evidence=NAS] [GO:0019829 "cation-transporting ATPase activity" evidence=IEA] [GO:0034220 "ion transmembrane transport" evidence=TAS] [GO:0045332 "phospholipid translocation" evidence=NAS] [GO:0055085 "transmembrane transport" evidence=TAS] Reactome:REACT_15518 InterPro:IPR001757 InterPro:IPR006539 InterPro:IPR008250 Pfam:PF00122 PRINTS:PR00119 InterPro:IPR018303 Prosite:PS00154 GO:GO:0005783 GO:GO:0016021 GO:GO:0005886 GO:GO:0005524 GO:GO:0005789 GO:GO:0000287 GO:GO:0008360 GO:GO:0034220 Gene3D:3.40.50.1000 InterPro:IPR023214 SUPFAM:SSF56784 GO:GO:0004012 eggNOG:COG0474 Gene3D:3.40.1110.10 InterPro:IPR023299 SUPFAM:SSF81660 TIGRFAMs:TIGR01494 HOGENOM:HOG000202528 KO:K01530 GO:GO:0019829 Gene3D:2.70.150.10 PANTHER:PTHR24092 TIGRFAMs:TIGR01652 EMBL:AB051358 EMBL:AY029504 EMBL:AY029487 EMBL:AY029488 EMBL:AY029489 EMBL:AY029490 EMBL:AY029491 EMBL:AY029492 EMBL:AY029493 EMBL:AY029494 EMBL:AY029495 EMBL:AY029496 EMBL:AY029497 EMBL:AY029498 EMBL:AY029499 EMBL:AY029500 EMBL:AY029501 EMBL:AY029502 EMBL:AY029503 EMBL:BC052251 EMBL:AB011138 RefSeq:NP_077816.1 RefSeq:XP_005268318.1 UniGene:Hs.659258 ProteinModelPortal:O60312 SMR:O60312 STRING:9606.ENSP00000349325 PhosphoSite:O60312 PaxDb:O60312 PRIDE:O60312 DNASU:57194 Ensembl:ENST00000356865 GeneID:57194 KEGG:hsa:57194 UCSC:uc010ayu.3 CTD:57194 GeneCards:GC15M025923 HGNC:HGNC:13542 HPA:HPA041496 HPA:HPA042509 MIM:105830 MIM:605855 neXtProt:NX_O60312 Orphanet:72 PharmGKB:PA25097 HOVERGEN:HBG107129 InParanoid:O60312 OMA:CAQHLAD OrthoDB:EOG76471S TreeFam:TF354252 GeneWiki:ATP10A GenomeRNAi:57194 NextBio:63284 PRO:PR:O60312 ArrayExpress:O60312 Bgee:O60312 CleanEx:HS_ATP10A Genevestigator:O60312 Uniprot:O60312)

HSP 1 Score: 1033.48 bits (2671), Expect = 0.000e+0
Identity = 568/1311 (43.33%), Postives = 780/1311 (59.50%), Query Frame = 0
Query:  719 NKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSILHPWGERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFNDNYAPFLNVLSQGDS-NPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNS-----------------------SMDKNGTSG----------------------RAVIPVNPLLHQRLVSPSPPEPDLLINQSPNVSPK--EC--------HQNH-----------IEDFFTLLSVCNTVIVAKYPHRDAMNVSGLIVHSNSMVSVDNHSMLSCIDENADEKSNAGLSTRSPSPPLSFISTSSTEPLKPNSSSMAIPMTKLGSTPVSTRPPVTKSRLLHLLPMSPKPLSPIASSPETSPLSSPVSSRRPKHLQLPSLFAKLKSRSNSSLSKLQIVSTSPTPTEIRPIYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASML----PRVIVD--NEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIMN-------------------------GDTKADR--SLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQFWFILIYTSVVAVFPRTCIKALINTCRPNSVTEVLLSRQ 1929
            N+++TTKYTLL FLPKNLFEQFHR AN+YF+FI LLN+VPA+NAF   +++ PV+F+L  TA +DL+ED  R++SD +IN+  C V+     +Y   +WK++ VGD V L CNE  PADILLL SSD  GLC+I+T NLDGETNLK+R+V RGF E    F P  F S IEC+ P   + RF G I+H  G++  + K+NLLLR C L+NTD V GIV+YAGHE+K +LNN GPRYKRS+LER+MN +V+WCV +L+ +    AVG G+W+  + +  + F    S G S +P      +F T +I+LQV+IP+SLYV+IE+ K  QVY I++D ++YD+    +++CRALNI E+LG +QYIF DKTGTLT+NKM+F+ CT+ GV++SH++                       S+ + G+ G                      RA      +L +     SP E D  I   P +  K  EC        HQ H           + DFF  L++CNTV+V   P +    V          V  +  S +  I++     + + L++            SS   L  N SS      KLGS+  ST  P +   LL L     +P S IAS+  +S   +  S                           ++     +  E+R  YEAESPDE ALV AA AYNC L++R  +   + LP+ G + FE+LH L FDS RKRMSVV+RHP+T +  +Y KGAD+ ++    P   VD     +K +  KTQ  L+ YA  GLR L +AK++L++ EY  W++ HL AE+S+   E+LL +S  R+E +  L+GATGIEDRLQDGVPETI+KLRQAG+ +WVLTGDKQETA+NIAY+C+L   + E++T+NA S++A    +   L  + +                           T + R  SLVIDG++L Y L+K  NL+  FL L   C SVLCCR+TPLQK+ +V++V+ +L   TLAIGDGANDVSMIQ AD+GVGISG EGMQAVMASDFA+ +F+YLERLL++HGHW Y RL+ M+ YFFYKN  FV + FW+Q FCGFS   MID  YL+ +NL+F+SLPPL  GV D+D P  +L   P+LY+ G+  + Y+P +FW +MADA +QS+V F   Y  Y D+++ L+ +GT I T  L     HL +ET +WT ++WI+   S+  +F  AL+Y+  C  C+    PYW MQ  +G   F+   + T V A+ PR   ++L     P   T++ L+RQ
Sbjct:   62 NRLKTTKYTLLSFLPKNLFEQFHRPANVYFVFIALLNFVPAVNAFQPGLALAPVLFILAITAFRDLWEDYSRHRSDHKINHLGCLVFSREEKKYVNRFWKEIHVGDFVRLRCNEIFPADILLLSSSDPDGLCHIETANLDGETNLKRRQVVRGFSELVSEFNPLTFTSVIECEKPNNDLSRFRGCIIHDNGKKAGLYKENLLLRGCTLRNTDAVVGIVIYAGHETKALLNNSGPRYKRSKLERQMNCDVLWCVLLLVCMSLFSAVGHGLWIWRYQEKKSLFYVPKSDGSSLSPVTAAVYSFLTMIIVLQVLIPISLYVSIEIVKACQVYFINQDMQLYDEETDSQLQCRALNITEDLGQIQYIFSDKTGTLTENKMVFRRCTVSGVEYSHDANAQRLARYQEADSEEEEVVPRGGSVSQRGSIGSHQSVRVVHRTQSTKSHRRTGSRAEAKRASMLSKHTAFSSPMEKD--ITPDPKLLEKVSECDKSLAVARHQEHLLAHLSPELSDVFDFFIALTICNTVVVTS-PDQPRTKVR---------VRFELKSPVKTIEDFLRRFTPSCLTS----------GCSSIGSLAANKSSH-----KLGSSFPST--PSSDGMLLRLEERLGQPTSAIASNGYSSQADNWAS---------------------------ELAQEQESERELR--YEAESPDEAALVYAARAYNCVLVERLHDQVSVELPHLGRLTFELLHTLGFDSVRKRMSVVIRHPLTDEINVYTKGADSVVMDLLQPCSSVDARGRHQKKIRSKTQNYLNVYAAEGLRTLCIAKRVLSKEEYACWLQSHLEAESSLENSEELLFQSAIRLETNLHLLGATGIEDRLQDGVPETISKLRQAGLQIWVLTGDKQETAVNIAYACKLLDHDEEVITLNATSQEACAALLDQCLCYVQSRGLQRAPEKTKGKVSMRFSSLCPPSTSTASGRRPSLVIDGRSLAYALEK--NLEDKFLFLAKQCRSVLCCRSTPLQKSMVVKLVRSKLKAMTLAIGDGANDVSMIQVADVGVGISGQEGMQAVMASDFAVPKFRYLERLLILHGHWCYSRLANMVLYFFYKNTMFVGLLFWFQFFCGFSASTMIDQWYLIFFNLLFSSLPPLVTGVLDRDVPANVLLTNPQLYKSGQNMEEYRPRTFWFNMADAAFQSLVCFSIPYLAYYDSNVDLFTWGTPIVTIALLTFLLHLGIETKTWTWLNWITCGFSVLLFFTVALIYNASCATCYPPSNPYWTMQALLGDPVFYLTCLMTPVAALLPRLFFRSLQGRVFP---TQLQLARQ 1309          
BLAST of EMLSAG00000001685 vs. GO
Match: - (symbol:Atp10a "Protein Atp10a" species:10116 "Rattus norvegicus" [GO:0000287 "magnesium ion binding" evidence=IEA] [GO:0004012 "phospholipid-translocating ATPase activity" evidence=IEA] [GO:0005524 "ATP binding" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0019829 "cation-transporting ATPase activity" evidence=IEA] InterPro:IPR001757 InterPro:IPR006539 InterPro:IPR008250 Pfam:PF00122 PRINTS:PR00119 InterPro:IPR018303 Prosite:PS00154 RGD:1306150 GO:GO:0016021 GO:GO:0005524 GO:GO:0000287 GO:GO:0034220 Gene3D:3.40.50.1000 InterPro:IPR023214 SUPFAM:SSF56784 GO:GO:0006200 GO:GO:0045332 GO:GO:0004012 Gene3D:3.40.1110.10 InterPro:IPR023299 SUPFAM:SSF81660 TIGRFAMs:TIGR01494 GO:GO:0019829 Gene3D:2.70.150.10 PANTHER:PTHR24092 TIGRFAMs:TIGR01652 OMA:CAQHLAD OrthoDB:EOG76471S TreeFam:TF354252 GeneTree:ENSGT00740000115303 EMBL:AABR06005366 EMBL:AABR06005367 Ensembl:ENSRNOT00000023888 NextBio:687007 Uniprot:F1LRP2)

HSP 1 Score: 1021.92 bits (2641), Expect = 0.000e+0
Identity = 566/1348 (41.99%), Postives = 791/1348 (58.68%), Query Frame = 0
Query:  719 NKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSILHPWGERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFNDNYAPFLNVLSQGDS-NPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNSSMDK-----------------------NGTSG----------------------RAVIPVNPLLHQRLVSPSPPEPDLLINQSPNVSPK--EC--------HQNH-----------IEDFFTLLSVCNTVIVAKYPHRDAMNVSGLIVHSNSMVSVDNHSMLSCIDENADEKSNAGLSTRSPSPPLSFISTSSTEPLKPNSSSMAIPMTKLGSTPVSTRPPVTKSRLLHLLPMSPKPLSPIASSPETSPLSSPVSSRRPKHLQLPSLFAKLKSRSNSSLSKLQIVSTSPTPTEIRPIYEAE------SPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVI------VDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIMNGDTKA--------------------------DRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQFWFILIYTSVVAVFPRTCIKALINTCRPNSVTEVLLSRQSNEENKEEDSLFSASSVLRSNFLRGQCGSSTE 1961
            N+++TTKYTLL FLPKNLFEQFHR AN+YF+FI LLN+VPA+NAF   +++ PV+F+L  TAIKDL+ED  R++SD  IN+  C V+     +Y   YWK+++VGD V L CNE IPADILLL SSD  GLC+I+T NLDGETNLK+R+V RGF E    F P  F S IEC+ P   + RF G I+H  GE+  + K+NLLLR C ++NT+ V GIV+YAGHE+K +LNN GPRYKRS+LER+MN +V+WCV +L+ +    AVG G+W+  + +  A F    S G S +P      +F T +I+LQV+IP+SLYV+IE+ K+ QVY I++D ++YD+    +++CRALNI E+LG ++YIF DKTGTLT+NKM+F+ CT+ G+++SH+++  +                        G++G                      RA      +L +     SP E D  I   P +  K  EC        HQ H           + DFF  L++CNTV+V   P +    V          V  +  S +  I++   + + + L++            SS   L  N SS      K GST +   P +++  +L  L       +P+ +S                     + +A   S++ S  S  +  S    P + R   E E      SPDE ALV AA AYNC L+ R  +   + LP+ G + FE+LH L FDS RKRMSVV+RHP+T +  +Y KGAD+ ++  ++           +K +  KTQ  L+ YA  GLR L +AK++L++ EY  W++ H+ AE S+  RE+LL +S  R+E +  L+GATGIEDRLQDGVPETIAKLRQAG+ +WVLTGDKQETAINIAY+C+L     E++T+NA S++A    +   L  + + ++++                            SLVIDG++L Y L+K  +L+  FL L   C SVLCCR+TPLQK+ +V++V+ +L   TLAIGDGANDVSMIQ AD+GVGISG EGMQAVMASDFA+ RF+YLERLL+VHGHW Y RL+ M+ YFFYKN  FV + FW+Q +CGFS   MID  YL+ +NL+F+SLP L  GV D+D P  +L   P+LY+ G+  + Y P +FW++M DA +QS+V FF  Y  Y D+D+ ++ +GT +    LF    HL +ET +WT ++W++   S F +F  AL+Y+  C  C+    PYW M   +G   F+   +   V A+ PR   KAL  +  P   T++ L RQ  +++       +  SV +  F +GQ    TE
Sbjct:   12 NRLKTTKYTLLSFLPKNLFEQFHRLANVYFVFIALLNFVPAVNAFQPVLALAPVLFILAVTAIKDLWEDYSRHRSDHEINHLGCLVFSREEKKYVNRYWKEIRVGDFVRLCCNEIIPADILLLSSSDPDGLCHIETANLDGETNLKRRQVVRGFSELVSEFNPLTFTSVIECEKPNNDLSRFRGCIIHSNGEKAGLHKENLLLRGCTIRNTEAVAGIVIYAGHETKALLNNSGPRYKRSQLERQMNCDVLWCVLLLVCISLFSAVGHGLWVRRYQEKKALFDVPESDGSSLSPATAAVYSFLTMIIVLQVLIPISLYVSIEIVKVCQVYFINQDIELYDEETDSQLQCRALNITEDLGQIKYIFSDKTGTLTENKMVFRRCTVSGIEYSHDANAQRLAKYQEADSEEEEMVSKVGPISHRGSTGSHQSIWMTHKTQSIKSHRRTGSRAEAKRASMLSKHTAFSSPMEKD--ITPDPKLLEKVSECDRFLSIARHQEHPLAHLSPELSDVFDFFIALTICNTVVVTS-PDQPRQKVR---------VRFELKSPVKTIEDFLRKFTPSRLAS----------GCSSIGNLTNNKSS-----NKSGSTFL---PSLSQDNMLLRLEERLGQTAPVIAS---------------------NGYASQASQAESWTS--ECTSEQKCPGDQREQQEGELRYEAESPDEAALVYAAKAYNCALVDRLHDQVSVELPHLGRLTFELLHTLGFDSIRKRMSVVIRHPLTDEINVYTKGADSVVMDLLLPCSSDDARGRHQKKIRSKTQNYLNLYAVEGLRTLCIAKRVLSKEEYACWLQSHIEAETSVESREELLFQSAVRLETNLHLLGATGIEDRLQDGVPETIAKLRQAGLQIWVLTGDKQETAINIAYACKLLDHGEEVITLNADSREACAALLDQCLCYVQSRNSRSVPQNSESSFSVGFSFNPASTSTDSSPSPSLVIDGRSLAYALEK--SLEDKFLFLAKQCRSVLCCRSTPLQKSMVVKLVRNKLKAMTLAIGDGANDVSMIQVADVGVGISGQEGMQAVMASDFAVPRFRYLERLLIVHGHWCYSRLANMVLYFFYKNTMFVGLLFWFQFYCGFSASAMIDQWYLIFFNLLFSSLPQLVTGVLDKDVPADMLLRKPQLYKSGQNMEEYSPRAFWLNMVDAAFQSLVCFFIPYLAYYDSDVDVFTWGTPVTAIALFTFLLHLGIETKTWTWLNWLACGFSTFLFFSVALIYNTSCATCYPPSNPYWTMPTLLGDPLFYLTCLIAPVAALLPRLFFKALQGSLFP---TQLQLGRQLAKKS------LNKFSVPKETFAQGQPPGHTE 1295          
BLAST of EMLSAG00000001685 vs. GO
Match: - (symbol:Atp10a "ATPase, class V, type 10A" species:10116 "Rattus norvegicus" [GO:0000287 "magnesium ion binding" evidence=IEA] [GO:0004012 "phospholipid-translocating ATPase activity" evidence=IEA] [GO:0005524 "ATP binding" evidence=IEA] [GO:0005783 "endoplasmic reticulum" evidence=ISO] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0019829 "cation-transporting ATPase activity" evidence=IEA] InterPro:IPR001757 InterPro:IPR006539 InterPro:IPR008250 Pfam:PF00122 PRINTS:PR00119 InterPro:IPR018303 Prosite:PS00154 RGD:1306150 GO:GO:0016021 GO:GO:0005524 GO:GO:0000287 GO:GO:0034220 Gene3D:3.40.50.1000 InterPro:IPR023214 SUPFAM:SSF56784 GO:GO:0006200 GO:GO:0045332 GO:GO:0004012 Gene3D:3.40.1110.10 InterPro:IPR023299 SUPFAM:SSF81660 TIGRFAMs:TIGR01494 GO:GO:0019829 Gene3D:2.70.150.10 PANTHER:PTHR24092 TIGRFAMs:TIGR01652 OMA:CAQHLAD OrthoDB:EOG76471S TreeFam:TF354252 GeneTree:ENSGT00740000115303 EMBL:AABR06005366 EMBL:AABR06005367 Ensembl:ENSRNOT00000023888 NextBio:687007 Uniprot:F1LRP2)

HSP 1 Score: 1021.92 bits (2641), Expect = 0.000e+0
Identity = 566/1348 (41.99%), Postives = 791/1348 (58.68%), Query Frame = 0
Query:  719 NKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSILHPWGERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFNDNYAPFLNVLSQGDS-NPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNSSMDK-----------------------NGTSG----------------------RAVIPVNPLLHQRLVSPSPPEPDLLINQSPNVSPK--EC--------HQNH-----------IEDFFTLLSVCNTVIVAKYPHRDAMNVSGLIVHSNSMVSVDNHSMLSCIDENADEKSNAGLSTRSPSPPLSFISTSSTEPLKPNSSSMAIPMTKLGSTPVSTRPPVTKSRLLHLLPMSPKPLSPIASSPETSPLSSPVSSRRPKHLQLPSLFAKLKSRSNSSLSKLQIVSTSPTPTEIRPIYEAE------SPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVI------VDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIMNGDTKA--------------------------DRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQFWFILIYTSVVAVFPRTCIKALINTCRPNSVTEVLLSRQSNEENKEEDSLFSASSVLRSNFLRGQCGSSTE 1961
            N+++TTKYTLL FLPKNLFEQFHR AN+YF+FI LLN+VPA+NAF   +++ PV+F+L  TAIKDL+ED  R++SD  IN+  C V+     +Y   YWK+++VGD V L CNE IPADILLL SSD  GLC+I+T NLDGETNLK+R+V RGF E    F P  F S IEC+ P   + RF G I+H  GE+  + K+NLLLR C ++NT+ V GIV+YAGHE+K +LNN GPRYKRS+LER+MN +V+WCV +L+ +    AVG G+W+  + +  A F    S G S +P      +F T +I+LQV+IP+SLYV+IE+ K+ QVY I++D ++YD+    +++CRALNI E+LG ++YIF DKTGTLT+NKM+F+ CT+ G+++SH+++  +                        G++G                      RA      +L +     SP E D  I   P +  K  EC        HQ H           + DFF  L++CNTV+V   P +    V          V  +  S +  I++   + + + L++            SS   L  N SS      K GST +   P +++  +L  L       +P+ +S                     + +A   S++ S  S  +  S    P + R   E E      SPDE ALV AA AYNC L+ R  +   + LP+ G + FE+LH L FDS RKRMSVV+RHP+T +  +Y KGAD+ ++  ++           +K +  KTQ  L+ YA  GLR L +AK++L++ EY  W++ H+ AE S+  RE+LL +S  R+E +  L+GATGIEDRLQDGVPETIAKLRQAG+ +WVLTGDKQETAINIAY+C+L     E++T+NA S++A    +   L  + + ++++                            SLVIDG++L Y L+K  +L+  FL L   C SVLCCR+TPLQK+ +V++V+ +L   TLAIGDGANDVSMIQ AD+GVGISG EGMQAVMASDFA+ RF+YLERLL+VHGHW Y RL+ M+ YFFYKN  FV + FW+Q +CGFS   MID  YL+ +NL+F+SLP L  GV D+D P  +L   P+LY+ G+  + Y P +FW++M DA +QS+V FF  Y  Y D+D+ ++ +GT +    LF    HL +ET +WT ++W++   S F +F  AL+Y+  C  C+    PYW M   +G   F+   +   V A+ PR   KAL  +  P   T++ L RQ  +++       +  SV +  F +GQ    TE
Sbjct:   12 NRLKTTKYTLLSFLPKNLFEQFHRLANVYFVFIALLNFVPAVNAFQPVLALAPVLFILAVTAIKDLWEDYSRHRSDHEINHLGCLVFSREEKKYVNRYWKEIRVGDFVRLCCNEIIPADILLLSSSDPDGLCHIETANLDGETNLKRRQVVRGFSELVSEFNPLTFTSVIECEKPNNDLSRFRGCIIHSNGEKAGLHKENLLLRGCTIRNTEAVAGIVIYAGHETKALLNNSGPRYKRSQLERQMNCDVLWCVLLLVCISLFSAVGHGLWVRRYQEKKALFDVPESDGSSLSPATAAVYSFLTMIIVLQVLIPISLYVSIEIVKVCQVYFINQDIELYDEETDSQLQCRALNITEDLGQIKYIFSDKTGTLTENKMVFRRCTVSGIEYSHDANAQRLAKYQEADSEEEEMVSKVGPISHRGSTGSHQSIWMTHKTQSIKSHRRTGSRAEAKRASMLSKHTAFSSPMEKD--ITPDPKLLEKVSECDRFLSIARHQEHPLAHLSPELSDVFDFFIALTICNTVVVTS-PDQPRQKVR---------VRFELKSPVKTIEDFLRKFTPSRLAS----------GCSSIGNLTNNKSS-----NKSGSTFL---PSLSQDNMLLRLEERLGQTAPVIAS---------------------NGYASQASQAESWTS--ECTSEQKCPGDQREQQEGELRYEAESPDEAALVYAAKAYNCALVDRLHDQVSVELPHLGRLTFELLHTLGFDSIRKRMSVVIRHPLTDEINVYTKGADSVVMDLLLPCSSDDARGRHQKKIRSKTQNYLNLYAVEGLRTLCIAKRVLSKEEYACWLQSHIEAETSVESREELLFQSAVRLETNLHLLGATGIEDRLQDGVPETIAKLRQAGLQIWVLTGDKQETAINIAYACKLLDHGEEVITLNADSREACAALLDQCLCYVQSRNSRSVPQNSESSFSVGFSFNPASTSTDSSPSPSLVIDGRSLAYALEK--SLEDKFLFLAKQCRSVLCCRSTPLQKSMVVKLVRNKLKAMTLAIGDGANDVSMIQVADVGVGISGQEGMQAVMASDFAVPRFRYLERLLIVHGHWCYSRLANMVLYFFYKNTMFVGLLFWFQFYCGFSASAMIDQWYLIFFNLLFSSLPQLVTGVLDKDVPADMLLRKPQLYKSGQNMEEYSPRAFWLNMVDAAFQSLVCFFIPYLAYYDSDVDVFTWGTPVTAIALFTFLLHLGIETKTWTWLNWLACGFSTFLFFSVALIYNTSCATCYPPSNPYWTMPTLLGDPLFYLTCLIAPVAALLPRLFFKALQGSLFP---TQLQLGRQLAKKS------LNKFSVPKETFAQGQPPGHTE 1295          
BLAST of EMLSAG00000001685 vs. GO
Match: - (symbol:Atp10d "ATPase, class V, type 10D" species:10090 "Mus musculus" [GO:0000166 "nucleotide binding" evidence=IEA] [GO:0000287 "magnesium ion binding" evidence=NAS] [GO:0004012 "phospholipid-translocating ATPase activity" evidence=NAS] [GO:0005524 "ATP binding" evidence=NAS] [GO:0005739 "mitochondrion" evidence=IDA] [GO:0005783 "endoplasmic reticulum" evidence=IEA] [GO:0005886 "plasma membrane" evidence=IEA] [GO:0006200 "ATP catabolic process" evidence=NAS] [GO:0006812 "cation transport" evidence=NAS] [GO:0015914 "phospholipid transport" evidence=IEA] [GO:0016020 "membrane" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=NAS] [GO:0016787 "hydrolase activity" evidence=IEA] [GO:0019829 "cation-transporting ATPase activity" evidence=IEA] [GO:0045332 "phospholipid translocation" evidence=NAS] [GO:0046872 "metal ion binding" evidence=IEA] InterPro:IPR001757 InterPro:IPR006539 InterPro:IPR008250 Pfam:PF00122 PRINTS:PR00119 InterPro:IPR018303 Prosite:PS00154 MGI:MGI:2450125 GO:GO:0016021 GO:GO:0005739 GO:GO:0005886 GO:GO:0005524 GO:GO:0005789 GO:GO:0000287 GO:GO:0006812 GO:GO:0034220 Gene3D:3.40.50.1000 InterPro:IPR023214 SUPFAM:SSF56784 GO:GO:0004012 eggNOG:COG0474 Gene3D:3.40.1110.10 InterPro:IPR023299 SUPFAM:SSF81660 TIGRFAMs:TIGR01494 KO:K01530 GO:GO:0019829 Gene3D:2.70.150.10 PANTHER:PTHR24092 TIGRFAMs:TIGR01652 HOVERGEN:HBG107129 CTD:57205 EMBL:AJ441079 EMBL:BC029551 RefSeq:NP_700438.3 UniGene:Mm.32775 UniGene:Mm.441066 ProteinModelPortal:Q8K2X1 SMR:Q8K2X1 MINT:MINT-4997745 PhosphoSite:Q8K2X1 PaxDb:Q8K2X1 PRIDE:Q8K2X1 GeneID:231287 KEGG:mmu:231287 UCSC:uc008xrh.2 InParanoid:Q8K2X1 NextBio:380484 PRO:PR:Q8K2X1 CleanEx:MM_ATP10D Genevestigator:Q8K2X1 Uniprot:Q8K2X1)

HSP 1 Score: 1017.3 bits (2629), Expect = 0.000e+0
Identity = 562/1383 (40.64%), Postives = 782/1383 (56.54%), Query Frame = 0
Query:  651 AKHHKRQASRTXSLGFSFKGXSRXASREXGGGGGQDEVNEVKQRVVVPDHVIPVDVPEHEHPNHKYTKNKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSILHPWGERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFNDNYAPFLNVLSQGDS--NPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHN---------------------------SSMDKNGTSGRAVIPVNPL-----------------------LHQRLVSPSPP------------------EPDLLINQSPNVSPKECHQNHIEDFFTLLSVCNTVIVAKYPHRDAMNVSGLIVHSNSMVSVDNHSMLSCIDENADEKSNAGLSTRSPSPPLSFISTSSTEPLKPNSSSMAIPMTKLGSTPVSTRPPVTKSRLLHLLPMSPKPLSPIASSPETSPLSSPVSSRRPKHLQLPSLFAKLKSRSNSSLSKLQIVSTSPTPTEIRPIYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVIV------DNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIM--------------------NGDTKADRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQFWFILIYTSVVAVFPRTCIKALINTCRPNSVTEV-LLSRQSNEENKE 1936
            A+HH R+ S   + G   +  +  +    GG   +      K RVV+P      D  E+E  +  Y  N+IRTTKYTLL F+P+NLFEQFHR ANLYFLF+V+LNWVP + AF KE++M+P++ VL   AIKD  ED R+Y+ DK+INN   +VY     +Y    WK+V VGD + LSCNE IPAD++LL S+D  G+C+I+T  LDGE+NLKQR+V RG+ EQ     P++F S IEC+ P   + RF G + H   ER+ + K+NLLLR C ++NT+ V GIVVYAGHE+K MLNN GPRYKRS+LER+ N +V+WCV +L+V+C  GA+G GIWL  + +    F N+        +P   GF  FWT +I+LQV+IP+SLYV+IE+ KL Q+Y I  D   Y++     ++CRALNI E+LG +QY+F DKTGTLT+NKM+F+ C++ G D+ H                            S+M +    G   +P  PL                        H R  + S P                   P LL               +I DFF  L++CNTV+V+  P++    +    +    + S++         +N  +K    LS R  S P    S +S +     +    +      S P  + P   +S  +  +P +        +  +   +   VSS            A+  S    S S L   + SP              DE ALV AA AY C L  RT    M+     G + F++LH+LPFDS RKRMSVV+RHP++ Q ++Y KGAD+ ++  + V      + E++  +  +TQ  LD YAK GLR L +AKK++++TEY  W++ H  AE S+  RE+LL ES  R+EN   L+GATGIEDRLQ+GVPE+I  L QAGI +W+LTGDKQETA+NIAY+C+L   + ++  +N +S+DA    +   L+ +                     +   +    LVI GKTL + L +  +LQ+ FLELT++C +V+CCRATPLQK+ +V++V+   H+ TL IGDGANDVSMIQ ADIG+G+SG EGMQAVMASDFAIS+F++L +LLLVHGHW Y RLS MI YFFYKN  +V + FWYQ FCGFSG  M D   L+ +NL+FTS+PP+  GV ++D     L  +P LY  G+  + Y P +FWI++ DA YQS+V FF  Y  Y  +DI ++ FG  + T+ LF++  HL +E+ S T IH +  + SI SYF FAL +  +CV C     PY +M+  M    F+ + + T+ VA+ PR   + L  +  P+ V       R   EE  E
Sbjct:    8 ARHHWRRLSHGRAQGEDERPYNYASLLACGGKSSRTPRPAGKHRVVIPHLQCFKD--EYERFSGTYVNNRIRTTKYTLLNFVPRNLFEQFHRAANLYFLFLVVLNWVPLVEAFQKEITMLPLVVVLTIIAIKDGLEDYRKYKIDKQINNLITKVYSRKEKKYIDCCWKNVTVGDFIRLSCNEIIPADMVLLFSTDPDGICHIETSGLDGESNLKQRQVVRGYTEQDSEVDPEKFSSRIECESPNNDLSRFRGFLEHANKERVGLSKENLLLRGCTIRNTEAVVGIVVYAGHETKAMLNNSGPRYKRSKLERRANTDVLWCVLLLIVMCLTGALGHGIWLSRYENML--FFNIPEPDGRVISPVLTGFYVFWTMIILLQVLIPISLYVSIEIVKLGQIYFIQSDVDFYNEKMDSTIQCRALNITEDLGQIQYLFSDKTGTLTENKMVFRRCSVAGFDYCHEENAKRLESYQEAVSEEEECTDTLGGSLSNMARPRAQGCRTVPSGPLGKPSAQLSGSTSAVGNGEGSGEVPHSRQAAFSSPMETDVVPDTRLLDKFSQLTPQLLTGLDGTAQSSPLETLYIMDFFIALAICNTVVVSA-PNQPRQKIGLSSLGGMPIKSLEE-------IKNIFQK----LSVRRSSSP----SLASGKDSSSGTPCAFVSRISFFSRPKLSPPMEDESSQMDEIPQASNSACCTETEAQNRAVGLSVSS------------AEALSGPPPSASNLCYEAESP--------------DEAALVYAARAYRCTLQSRTPEQVMVDFAALGSLTFQLLHILPFDSVRKRMSVVVRHPLSKQVVVYTKGADSVIMELLSVAASDGTNPEQQMIIRERTQRHLDEYAKRGLRTLCVAKKVMSDTEYAEWLRNHFLAETSIDNREELLVESAMRLENKLTLLGATGIEDRLQEGVPESIEALHQAGIKIWMLTGDKQETAVNIAYACKLLEPDDKLFILNTQSQDACGMLMSAILEELQKRAQVSPELASSRKNFPQPSDAQGQGRAGLVITGKTLEFALQE--SLQRQFLELTAWCQAVICCRATPLQKSEVVKLVRNHHHVLTLPIGDGANDVSMIQVADIGIGVSGQEGMQAVMASDFAISQFRHLSKLLLVHGHWCYTRLSNMILYFFYKNVAYVNLLFWYQFFCGFSGTSMTDYWVLIFFNLLFTSVPPIIYGVLEKDVSAETLLQLPELYRSGQRSEEYLPLTFWITLLDAFYQSLVCFFVPYFTYQGSDIDIFTFGNPLNTAALFIILLHLVIESKSLTWIHMLVTVGSILSYFFFALAFGALCVTCNPPSNPYGIMRKHMLDPVFYLVCVLTTFVALLPRFLYRVLQGSVFPSPVLRAKYFDRLPPEERAE 1342          
BLAST of EMLSAG00000001685 vs. GO
Match: - (symbol:atp10d "ATPase, class V, type 10D" species:7955 "Danio rerio" [GO:0046872 "metal ion binding" evidence=IEA] [GO:0005524 "ATP binding" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0019829 "cation-transporting ATPase activity" evidence=IEA] [GO:0000287 "magnesium ion binding" evidence=IEA] [GO:0006812 "cation transport" evidence=IEA] [GO:0000166 "nucleotide binding" evidence=IEA] [GO:0004012 "phospholipid-translocating ATPase activity" evidence=IEA] [GO:0015914 "phospholipid transport" evidence=IEA] [GO:0016787 "hydrolase activity" evidence=IEA] [GO:0016020 "membrane" evidence=IEA] InterPro:IPR001757 InterPro:IPR006539 InterPro:IPR008250 Pfam:PF00122 PRINTS:PR00119 InterPro:IPR018303 Prosite:PS00154 ZFIN:ZDB-GENE-090313-231 GO:GO:0016021 GO:GO:0005524 GO:GO:0000287 GO:GO:0034220 Gene3D:3.40.50.1000 InterPro:IPR023214 SUPFAM:SSF56784 GO:GO:0006200 GO:GO:0045332 GO:GO:0004012 Gene3D:3.40.1110.10 InterPro:IPR023299 SUPFAM:SSF81660 TIGRFAMs:TIGR01494 KO:K01530 GO:GO:0019829 Gene3D:2.70.150.10 PANTHER:PTHR24092 TIGRFAMs:TIGR01652 CTD:57205 GeneTree:ENSGT00740000115303 EMBL:CT025771 RefSeq:XP_005156631.1 UniGene:Dr.31772 Ensembl:ENSDART00000086525 GeneID:571658 KEGG:dre:571658 Bgee:F1REW4 Uniprot:F1REW4)

HSP 1 Score: 1000.35 bits (2585), Expect = 0.000e+0
Identity = 566/1313 (43.11%), Postives = 768/1313 (58.49%), Query Frame = 0
Query:  692 KQRVVV----PDHVIPVDVPEHEHPNHKYTKNKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSILHPWGERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFNDNYAPFLNVLSQGDSNPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNSS--------------MDKNGT----------------SGRAVIPVNPL--------LHQRLVSPSP------------PEPDLLIN----QSPNVSPKECHQNHIE---DFFTLLSVCNTVIVAKYPHRDAMNVSGLIVHSNSMVSVDNHSMLSCIDENADEKSNAGLSTRSPSPPLSFISTSSTEPLKPNSSSMAIPMTKLGSTPVSTRPPVTKSRLLHLLPMSPKPLSPIASSPETSPLSSPVS-----SRRPKHLQLPSLFAK------LKSRSNSSLSKLQIVSTSPTPTEIRPIYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVI-VDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIK-YHLDAIM-------NGDTKADRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQFWFILIYTSVVAVFPRTCIKALINTCRPNSVTE 1923
            K+RVVV    P H       E+   +  +  N IRTTKYTL+ F+P NLF+QFHR ANLYFLF+VLLNWVPA+ AF KE++MIP+  VL   A KD  ED RRY+ DK+INN+   VY     RY +  W +V VGD+V L CNE IPAD++LL SSD  G+C+I+T NLDGETNLKQR+V R   +Q   F P+ F S IEC+ P   + RF G + HP   R+ +  +NLLLR C ++NT+ V GIVVYAGHE+K M NN GPRYKRS+LER++NL+V+W V +LL++CFI A+G G+WL    D   P   +    +++P    F  FWT +I+LQV+IP+SLYV+IE+ KL Q+Y I  D  +Y+ +    V+CRALNI E+LG +QY+F DKTGTLT+N+M+F+ CT+ G ++ H+ +              +D++ T                  R+ + +N L        +H  L   +             P+P L +      SP  SP       I    DFF  L+VCNTV+V+  P +    V   +V +           L  ++E         L                  P  P+S     P T   + P  T+    + R     P S  P +P+      +PL SPV      S  P  L  P+L +        + +  +  +      +     E   +YEAESPDE ALV AA AY C LL R+    ++++P  G +   +LHVLPF S RKRMSVV+RHP+T + ++Y KGAD  ++      +++  + V+  TQ  LD YA+ GLR L +AKK+L E EY+AW+K H  AE S+  RE+LL ES  R+E    L+GATGI DRLQ+ VPETI  L++AGI VWVLTGDKQETAINIA++C+L      IL  N  SK+A E  ++   L+           GD  +D  LVIDG+TL Y L K   LQ  FL+LT  C SV+CCR+TPLQK+ +VR+V+++L + TLAIGDGANDVSMIQ AD+GVGISG EGMQAVM+SDFAISRFK+L +L+LVHGHW Y RL+ MI YFFYKN  +V + FWYQ FCGFSG  M ++  L+ +NL+FTS+PPL  GV D+D     L  +P LY+ G+  Q Y P +FW+++ DA YQS+V FF  Y  Y  +DIG++ F + I  S L ++  H  +E+ + T IH   LI S   Y+ F LL+S  CV C     PY +    M    ++ + + T+V+A+ PR   +A  NT  P+ + +
Sbjct:   49 KRRVVVSRWDPHH------SEYRSFSKGFQNNSIRTTKYTLISFIPMNLFQQFHRAANLYFLFLVLLNWVPAVEAFQKEITMIPLAVVLTVIAFKDAMEDYRRYRYDKKINNTLTHVYSGKQQRYVERRWAEVCVGDLVRLCCNEIIPADMVLLHSSDSNGVCHIETANLDGETNLKQRQVVRDLTQQGAEFVPENFSSRIECENPNNDLRRFRGFMEHPGKVRVGLHSENLLLRSCTVRNTETVIGIVVYAGHETKAMQNNSGPRYKRSKLERRLNLDVLWSVALLLLMCFIAAIGHGLWLSELED---PIFMI--PDNTHPALAAFYMFWTMIIVLQVLIPISLYVSIEIVKLGQIYFIQNDLDLYNPVLDTGVQCRALNITEDLGQIQYLFSDKTGTLTENRMLFRRCTVAGTEYPHHENAVSLEQYEDQACGDVDRSLTLRSRTSKKSLSCKSLSCNRSSVSLNTLTAESDTHSVHDTLCRHTTGAFSSTMECAVVPDPQLHMKLSTLSSPMRSPLRPDAAEISLILDFFLALTVCNTVVVSS-PSQPRHVVQMPVVRTP----------LRSLEEMKAMFQKLSL------------------PRFPHS-----PNTNTDTPPSLTKKLFARGRSASYFPNS-NPQTPV------TPLESPVKLSGTPSDTPPALITPALSSSGAWGEDAEDKKQAKDNAADESESDDEDEEEELLYEAESPDEAALVQAAKAYGCTLLGRSPEQVLVAVPGTGPLSISLLHVLPFHSARKRMSVVVRHPLTGEVVVYTKGADNVIMELAKQAEDDFSREVMELTQRHLDQYAREGLRTLCVAKKVLGEQEYEAWMKRHEYAETSIENREELLLESAERLETDLTLLGATGIVDRLQEEVPETIEALQEAGIKVWVLTGDKQETAINIAFACKLLRPTDHILMANCDSKEACEARLQELQLEVQQVTKADEPEGDCISDCVLVIDGRTLDYALQK--ELQGAFLDLTCCCRSVICCRSTPLQKSQVVRLVRDKLEVMTLAIGDGANDVSMIQMADVGVGISGQEGMQAVMSSDFAISRFKFLRKLILVHGHWCYARLANMILYFFYKNVMYVNLLFWYQFFCGFSGSTMTNSWVLIFFNLLFTSVPPLVYGVLDKDVSAETLLKLPDLYKSGQNSQAYLPTTFWLNILDAFYQSLVCFFIPYFAYAGSDIGVFSFASPINGSALLIILLHQVIESRTLTWIHASLLIFSGLFYYAFVLLFSITCVTCNSPTNPYGIETKMMSEPLYYLVCVLTTVLALLPRMLSRAFSNTICPSDLVK 1307          
BLAST of EMLSAG00000001685 vs. GO
Match: - (symbol:ATP10A "Uncharacterized protein" species:9615 "Canis lupus familiaris" [GO:0000287 "magnesium ion binding" evidence=IEA] [GO:0004012 "phospholipid-translocating ATPase activity" evidence=IEA] [GO:0005524 "ATP binding" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0019829 "cation-transporting ATPase activity" evidence=IEA] InterPro:IPR001757 InterPro:IPR006539 InterPro:IPR008250 Pfam:PF00122 PRINTS:PR00119 InterPro:IPR018303 Prosite:PS00154 GO:GO:0016021 GO:GO:0005524 GO:GO:0000287 GO:GO:0034220 Gene3D:3.40.50.1000 InterPro:IPR023214 SUPFAM:SSF56784 GO:GO:0006200 GO:GO:0045332 GO:GO:0004012 Gene3D:3.40.1110.10 InterPro:IPR023299 SUPFAM:SSF81660 TIGRFAMs:TIGR01494 GO:GO:0019829 Gene3D:2.70.150.10 PANTHER:PTHR24092 TIGRFAMs:TIGR01652 OrthoDB:EOG76471S GeneTree:ENSGT00740000115303 EMBL:AAEX03002185 EMBL:AAEX03002186 Ensembl:ENSCAFT00000048167 Uniprot:J9PB95)

HSP 1 Score: 989.178 bits (2556), Expect = 0.000e+0
Identity = 547/1285 (42.57%), Postives = 758/1285 (58.99%), Query Frame = 0
Query:  719 NKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSILHPWGERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFNDNYAPFLNVLSQGDS-NPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNS-----------------------SMDKNGTSG----------------------RAVIPVNPLLHQRLVSPSPPEPDLLINQSPNVSPK--EC--------HQNH-----------IEDFFTLLSVCNTVIVAKYPHRDAMNVSGLIVHSNSMVSVDNHSMLSCIDENADEKSNAGLSTRSPSPPLSFISTSSTEPLKPNSSSMAIPMTKLGSTPVSTRPPVTKSR-LLHLLPMSPKPLSPIASSPETSPLSSPVSSRRPKHLQLPSLFAKLKSRSNSSLSKLQIVSTSPTPTEIRPIYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVI------VDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIMNGDTKADRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQFWFILIYTSVVAVFPRTCIKALINTCRPNSVTEVLLSRQ 1929
            N+++TTKYTLL FLPKNLFEQFHR AN+YF+FI LLN+VPA+NAF   +++ PV+F+L  TA KDL+ED  R++SD  IN+  C V+     +Y   +WK+++VGD V L CNE IPADILLL SSD  GLC+I+T NLDGETNLK+R+V RGF E    F P  F S IEC+ P   + RF G I+H  G++  + K+NLLLR C ++NT+ V GIV+YAGHE+K +LNN GPRYKRS+LER+MN +V+WCV +L+ +    AVG G+W+  + +  + F    S G S +P      +F T +IILQV+IP+SLYV+IE+ K+ QVY I++D ++YD+    +++CRALNI E+LG +QYIF DKTGTLT+NKM+F+ CT+ G+++SH++                       S+ + G+ G                      RA      +L +     SP E D  I   P +  K  EC        HQ H           + DFF  L++CNTV+V   P +    V          V  +  S +  I++     S + L++            SS   L  N ++      K GS  +ST   ++  R LL L     +P   IAS    +  SS  +S  P+H       A+ +        + ++   + +P E   +Y            AA AYNC L+ R  +   + LP+ G + FE+LH+L FDS RKRMSVV+RHP+T +  +Y KGAD+ ++  ++           +K +  KTQ  L+ YA  GLR L +AK++L++ EY  W++ HL AE+S+  RE+LL +S  R+E +  L+GATGIEDRLQDGVPETIAKLRQAG+ +WVLTGDKQETAINIAY+C+L   + E++T+NA S++A    +   L  +     K+        KT                     C SVLCCR+TPLQK+ +V++V+ +L   TLAIGDGANDVSMIQ AD+GVGISG EGMQAVMASDFA+ RF+YLERLL+VHGHW Y RL+ M+ YFFYKN  FV + FW+Q +CGFS   MID  YL+ +NL+F+SLP L  GV D+D P  +L   P+LY+ G+  + Y+P +FW++MADA +QS+V FF  Y  Y D+D  ++ +GT I    LF    HL +ET +WT ++WI+   SI  +F  AL+Y+  C  C+    PYW MQ  +G   F+   +   V A+ PR   KA+     P   T++ L RQ
Sbjct:   70 NRLKTTKYTLLSFLPKNLFEQFHRLANVYFVFIALLNFVPAVNAFQPGLALAPVLFILAVTAFKDLWEDYSRHRSDHEINHLGCLVFSREEKQYVNRFWKEIRVGDFVRLRCNEIIPADILLLSSSDPDGLCHIETANLDGETNLKRRQVVRGFSELVSEFNPLMFTSVIECEKPNNDLTRFRGCIIHDNGKKAGLYKENLLLRGCTIRNTEAVVGIVIYAGHETKALLNNSGPRYKRSQLERQMNCDVLWCVLLLICMSLFSAVGHGLWVQRYQEKKSLFDVPESDGSSLSPVTAAVYSFLTMIIILQVLIPISLYVSIEIVKVCQVYFINQDIELYDEETDSQLQCRALNITEDLGQIQYIFSDKTGTLTENKMVFRRCTVSGIEYSHDANAQRLARYQEADSEEEEAVSKGGSLPQRGSIGSHQSVRIMHRSQSTKSHRRTGSRAEAKWASMLSKHTAFSSPMEKD--ITPDPKLFEKVSECDRCLAIARHQEHPLAHLSPELSDVFDFFIALTICNTVVVTS-PDQPRQKVR---------VRFEVKSPVKTIEDFLRRFSPSRLTS----------GCSSIGSLATNKATH-----KSGSNFLST---LSNDRTLLKLEEKLSQPTKAIAS----NGYSSGAASWAPEHT------AQEQELEKEKEQEWELRYEAESPDEAALVY------------AARAYNCALVDRLHDQVSVELPHLGRLTFELLHILGFDSIRKRMSVVIRHPLTDEINVYTKGADSVVMDLLLPCSSDDARGRHQKKIRSKTQNYLNLYAVEGLRTLCIAKRVLSKEEYACWLQSHLEAESSLDNREELLFQSAIRLETNLHLLGATGIEDRLQDGVPETIAKLRQAGLQIWVLTGDKQETAINIAYACKLLDHDEEVITLNAESQEACAALLDQCLHYV-----KSKSPCSTPQKT------------------EGNCRSVLCCRSTPLQKSMVVKLVRSKLKAMTLAIGDGANDVSMIQVADVGVGISGQEGMQAVMASDFAVPRFRYLERLLIVHGHWCYSRLANMVLYFFYKNTMFVGLLFWFQFYCGFSASAMIDQWYLIFFNLLFSSLPQLVTGVLDKDVPADVLLTAPQLYKSGQNMEEYRPRTFWLNMADAAFQSLVCFFIPYLAYYDSDTDVFTWGTPITAIALFTFLLHLGIETKTWTWLNWIACGFSILLFFTVALIYNASCATCYPPSNPYWTMQTLLGDPVFYLTCLIAPVAALLPRLFFKAVQGNLFP---TQLQLGRQ 1276          
BLAST of EMLSAG00000001685 vs. GO
Match: - (symbol:Atp10d "ATPase, class V, type 10D" species:10116 "Rattus norvegicus" [GO:0000287 "magnesium ion binding" evidence=IEA] [GO:0004012 "phospholipid-translocating ATPase activity" evidence=IEA] [GO:0005524 "ATP binding" evidence=IEA] [GO:0005634 "nucleus" evidence=ISO] [GO:0005739 "mitochondrion" evidence=ISO] [GO:0005783 "endoplasmic reticulum" evidence=IEA;ISO] [GO:0005886 "plasma membrane" evidence=ISO] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0019829 "cation-transporting ATPase activity" evidence=IEA] [GO:0005730 "nucleolus" evidence=ISO] InterPro:IPR001757 InterPro:IPR006539 InterPro:IPR008250 Pfam:PF00122 PRINTS:PR00119 InterPro:IPR018303 Prosite:PS00154 RGD:1588541 GO:GO:0005783 GO:GO:0016021 GO:GO:0005524 GO:GO:0000287 GO:GO:0034220 Gene3D:3.40.50.1000 InterPro:IPR023214 SUPFAM:SSF56784 GO:GO:0006200 GO:GO:0045332 GO:GO:0004012 Gene3D:3.40.1110.10 InterPro:IPR023299 SUPFAM:SSF81660 TIGRFAMs:TIGR01494 GO:GO:0019829 Gene3D:2.70.150.10 PANTHER:PTHR24092 TIGRFAMs:TIGR01652 OrthoDB:EOG76471S TreeFam:TF354252 OMA:IQSDVDF GeneTree:ENSGT00740000115303 EMBL:AABR06078569 EMBL:AABR06078570 EMBL:AABR06078571 EMBL:AABR06078572 EMBL:AABR06078573 EMBL:AABR06078574 EMBL:AABR06078575 EMBL:AABR06078576 PRIDE:D3ZN41 Ensembl:ENSRNOT00000003146 UCSC:RGD:1588541 NextBio:35568846 PRO:PR:D3ZN41 Uniprot:D3ZN41)

HSP 1 Score: 982.63 bits (2539), Expect = 0.000e+0
Identity = 562/1389 (40.46%), Postives = 786/1389 (56.59%), Query Frame = 0
Query:  651 AKHHKRQASRTXSLGFSFKGXSRXASREXGGGGGQDEVNEVKQRVVVPDHVIPVDVPEHEHPNHKYTKNKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSILHPWGERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFNDNYAPFLNVLSQGDS--NPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNSSMDKNGTSGRAV---------------------------------IPVNPL-------------------LHQRLVS-PSPPEPDL-----LINQSPNVSPK------------ECHQNHIEDFFTLLSVCNTVIV-AKYPHRDAMNVSGLI-VHSNSMVSVDNHSMLSCIDENADEKSNAGLSTRSPSPPLSFISTSSTEPLKPNSSSMAIPMTKLGSTPVSTRPPVT-KSRLLHLLPMSPKPLSPIASSPETSPLSSPVSSRRPKHLQLPSLFAKLKSRSNSSLSKLQIVSTSPTPTEIRPIYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVIV-----DNEEEKAVLLKTQTQ--LDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIM--------------------NGDTKADRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQFWFILIYTSVVAVFPRTCIKALINTCRPNSVTEV-LLSRQSNEENKE 1936
            A+HH  +     + G   +  +  +    GG   Q      K RVV+P      D  E+E  +  Y  N+IRTTKYTLL F+P+NLFEQFHR ANLYFLF+V+LNWVP + AF KE++M+P++ VL   AIKD  ED R+Y+ DK+INN   +VY     +Y    WK+V VGD + LSCNE IPAD++LL S+D  G+C+I+T  LDGE+NLKQR+V RG+ EQ     P++F S IEC+ P   + RF G + H   ER+ + K+NLLLR C ++NT+ V GIVVYAGHE+K MLNN GPRYKRS+ +R+ +      V  L  L      G GIWL  + +    F N+        +P   GF  FWT +I+LQV+IP+SLYV+IE+ KL Q+Y I  D + Y++     ++CRALNI E+LG +QY+F DKTGTLT+NKM+F+ C++ G D+ H  +  +  +   AV                                 +P  PL                   LH R  +  SP E D+     L+++   ++P+                 +I DFF  L++CNTV+V A    R  + +S L  +   S+  + N      +  ++     +G  + S +P  +F+S  S               TKL        PPV  +S  +  +P +        S  E S +  P+ S                                P P      YEAESPDE ALV AA AY+C L  RT    ++     G + F++LH+LPFDS RKRMSVV+RHP++ Q ++Y KGAD+ ++  + V      N E++ ++++ +TQ  LD YAK GLR L +AKK++++TEY  W++ H  AE S+  RE+LL ES  R+EN   L+GATGIEDRLQ+GVPE+I  L +AGI +W+LTGDKQETA+NIAY+C+L   + ++  +N +S+DA    +   L+ +                     +        LVI GKTL + L +  +LQK FLELT++C +V+CCRATPLQK+ +V++V+  LH+ TLAIGDGANDVSMIQ ADIG+G+SG EGMQAVMASDFAIS+F++L +LLLVHGHW Y RLS MI YFFYKN  +V + FWYQ FCGFSG  M D   L+ +NL+FTS+PP+  GV ++D     L  +P LY+ G+  + Y P +FWI++ DA YQS+V FF  Y  Y  +DI ++ FG  + T+ L ++  HL +E+ S T IH + ++ SI SYF FAL +  +CV C     PY +MQ  M    F+ + + T+ VA+ PR   + L  +  P+ +       R S EE  E
Sbjct:   59 ARHHWHRLMNGRTQGDDERSYNYSSLLACGGKSPQTPRPAGKHRVVIPHLQGFKD--EYERFSGTYVNNRIRTTKYTLLNFVPRNLFEQFHRAANLYFLFLVVLNWVPLVEAFQKEITMLPLVVVLTIIAIKDGLEDYRKYKIDKQINNLITKVYSRKEKKYIDCCWKNVTVGDFIRLSCNEIIPADMVLLFSTDPDGICHIETSGLDGESNLKQRQVVRGYAEQDSEVDPEKFSSRIECESPNNDLSRFRGFLEHSNKERVGLSKENLLLRGCTIRNTEAVVGIVVYAGHETKAMLNNSGPRYKRSKTDRQTDTGRGGVVLYLHALPVASLRGHGIWLSRYENML--FFNIPEPDGRVLSPVLTGFYVFWTMIILLQVLIPISLYVSIEIVKLGQIYFIQSDVEFYNEKMDSTIQCRALNITEDLGQIQYLFSDKTGTLTENKMVFRRCSVAGFDYCHEENAKRLESYQEAVSEEEECTDTLSGSLSLGSVARPRAQSCRTAHSRLPGKPLAQLSGSTSAVGNGEGSGEVLHSRQAAFSSPIETDVVPDTRLLDKFSQITPQLFTRLDGAAQSAPLETLYIMDFFIALAICNTVVVSAPNQPRQKIGLSSLGGMPIKSLEEIKNIFQKLSVRRSSSPSLASGKDSTSGTP-CAFVSRISF-----------FSRTKLS-------PPVEDESSQMDEIPQASNSACCTESEAENSDVGLPIDSAE--------------------------ALDGPPPLASNLCYEAESPDEAALVYAARAYHCTLRSRTPEQVVVDFAALGPLTFQLLHILPFDSVRKRMSVVVRHPLSKQVVVYTKGADSVIMELLSVASSDGTNLEDQQMVIRERTQRHLDEYAKRGLRTLCVAKKVMSDTEYAEWLRNHFLAETSIDNREELLVESAMRLENKLTLLGATGIEDRLQEGVPESIEALHKAGIKIWMLTGDKQETAVNIAYACKLLEPDDKLFILNTQSEDACGMLMSAILEELQKRTQVSPELASPRKNFPQPPDPQVPGRAGLVITGKTLEFALQE--SLQKQFLELTAWCQAVICCRATPLQKSEVVKLVRNHLHVMTLAIGDGANDVSMIQVADIGIGVSGQEGMQAVMASDFAISQFRHLSKLLLVHGHWCYTRLSNMILYFFYKNVAYVNLLFWYQFFCGFSGTSMTDYWVLIFFNLLFTSVPPIIYGVLEKDVSAETLLQLPELYQSGQRSEEYLPLTFWITLLDAFYQSLVCFFVPYFTYQGSDIDIFTFGNPLNTAALLIILLHLVIESKSLTWIHMLVIVGSILSYFFFALAFGALCVTCNPPSNPYGIMQKHMLDPVFYLVCVLTTCVALLPRFVYRVLQGSVFPSPILRAKYFDRLSPEERAE 1396          
BLAST of EMLSAG00000001685 vs. C. finmarchicus
Match: gi|592872250|gb|GAXK01085312.1| (TSA: Calanus finmarchicus comp79489_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 1568.13 bits (4059), Expect = 0.000e+0
Identity = 817/1445 (56.54%), Postives = 1015/1445 (70.24%), Query Frame = 0
Query:  567 GHIRSASHGGSSIYHA----------------------TPRP---SVLKKHGHRRVFSHGQITVGFNQKELDGQP--MKGHKRTNSKTEFILPPGHDDRERKRTSLT--RSGSAK-----------HHKRQASRTXSLGFSFKGXSRXASR-EXXXXXXQDEVN-----------------EVKQRXXXXXXXXXXXXXEHEHPNHKYTKNKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFK-EQRLSFQPQEFRSTIECDMPTTKIYRFHGSILHPWGERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFNDNYAPFLNVLSQGDSNPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNSSMDKNGTSGRAVIPVNPLLHQRLVSPSPPEPDLLINQSPNVSPKECHQNHIEDFFTLLSVCNTVIVAKYPHRDAMNVSGLIVHSNSMVSVDNHSMLSCIDENADEKSNAGLST----------RSPSPPLSFIST-SSTEPLKPNSSSMAIPMTKLGSTPVSTRPPVTKSRLLHLLPMSPKPLSPIAXXXXXXXXXXXXXXXXXKHLQLPSLFAXXXXXXXXXXXXXQIVST---SPTPTEIRPIYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVI-VDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIMNGD-TKADRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQFWFILIYTSVVAVFPRTCIKALINTCRPNSVTEVLLSRQSNEENKE 1936
            GH RS SHGG +                          T RP   S LKK GHRRVFSHGQI       EL   P  MKG  +  SKTEFILPP H +RERK ++++  R+GS+K            HKR  SR  SLG  F+G SR ASR +      Q   N                 E K RVVVP+H++P +  + +HPN +Y  N+IRTTKYT L F+P+NLFEQFHRFANLYFLFIVLLNWVPAINAFGKE+SMIPVI VL  TA+KDLFEDRRRY SDK++NNS+CRVY ++ G+++K +WKD++VGDIVHLS NEQIPADILLL SSDE GLCYIDTQNLDGETNLKQRE PRG K      F P++ R+ +ECD PTTKIYRFHGS++ PWGERIPVGKDNLLLREC+LKNTDY+EG+VVYAGHESK MLNNGGPRYKRS+LER++NLEV+WCV IL+ LC IGA G GIWL  F+ N APFL +L      P + GFL FWTF+IILQ+IIP+SLYVTIE+ KL QVYLIH D  MYD +  KRVECRALNIPEELG V+Y+FCDKTGTLT+NKM+FK CTI G D++HNS    N  S RA+IPVNP L + +   +  +  LL+      +        +++FF LL+VCNTVIVAK+ HRD MN SG+I  +        +S L+    NA+      L +           +PSPP S +ST SST  L  ++++ A P+T      +  RP     R L  LP   +PLSPI              + R K L L +    L   S+ + +     S+   +PTP EIRPIYEAESPDELALVDAA+AYN KL+KRT     +SLP EGLVE+EVLHVLPFDS RKRMSV+LR+P T ++ L+CKGAD++MLPR+I   N EE+ ++  TQ  L +YAKIGLRVL+ A + L E EY+ W+ +H +A N++ KR+KLL +SYNRIEN  +L+GATGIEDRLQ+GVP+ IA+LR+AGIVVWVLTGDKQETAINIAYSC+LF  ++E++ +NARS+DA E++I  +LD   N    +  R+LV+DGKTL+YILDKR N+Q  FL LT  C++VL CRATPLQKA++VRIVKE L M TLAIGDGANDVSMIQTADIGVGISG EGMQAVMASDFAI+RF ++ERLLL+HGHW YDRL+RM+ +FFYKNA FVFVCFW+QL+ GFSGQVMID MYLML+NL FTSLPP+A+GV+D+DAP  +L + P LY  GRL  +YKP+SFW++MADALYQS+V+F+ A+G ++ +D+GLWEFGT++C+ C+ VM   L VET SWTI HW++ + S+  Y  F L Y+ VC  C GL  PYWVMQH +     + +L+ T++++  PR  I+A+ NT +P  V   +  R+     K+
Sbjct:  435 GHARSMSHGGVTFTRTGSNRERHITDGPMPGGPPPAPETTRPPLQSALKKPGHRRVFSHGQI-----NPELTAIPNHMKGQIKAGSKTEFILPPDHVERERKSSTMSVHRTGSSKGNSLPGQGRPGSHKRGHSRGDSLGQFFRGHSRQASRTDSIYTLRQTTTNYKNKIFWWQTKADQPAVERKHRVVVPNHLVPTNPKDQDHPNSQYLSNRIRTTKYTFLSFIPRNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEISMIPVILVLFVTALKDLFEDRRRYASDKKVNNSSCRVYSNAEGKFEKKFWKDLRVGDIVHLSNNEQIPADILLLHSSDENGLCYIDTQNLDGETNLKQREFPRGLKGPPDGKFNPKDLRANLECDAPTTKIYRFHGSLVQPWGERIPVGKDNLLLRECLLKNTDYIEGLVVYAGHESKAMLNNGGPRYKRSKLERQINLEVVWCVVILIALCLIGAFGQGIWLNSFSFN-APFLCILEFETLEPLWHGFLGFWTFIIILQIIIPLSLYVTIELTKLSQVYLIHNDPLMYDPVHEKRVECRALNIPEELGQVEYMFCDKTGTLTENKMVFKRCTIAGQDYNHNSFSQNN--SARAIIPVNPKLAEHM---NAMDIQLLVEGKDAKNKLSPMATCMQEFFLLLAVCNTVIVAKHEHRDTMNASGVICSTPGTA----NSTLTRPSRNANTTLTTILGSPSPPAPPSRSETPSPPPSIVSTVSSTAGLTNSTTTAATPLTN----NLQRRP-----RFLDFLPAGTRPLSPI--HSSAETTPCESPATRQKSLNLSNFLHPLNKLSSFTSNNSLSKSSRAITPTPGEIRPIYEAESPDELALVDAAYAYNVKLVKRTPTTVAVSLPGEGLVEYEVLHVLPFDSVRKRMSVLLRNPSTGERKLFCKGADSNMLPRLIRPQNSEEEKLIEATQEHLMSYAKIGLRVLMAAVRTLGEEEYNDWLDDHNHAINALEKRDKLLMDSYNRIENKMKLVGATGIEDRLQEGVPDAIARLREAGIVVWVLTGDKQETAINIAYSCRLFSQDMEVIKLNARSRDAAESSISLYLDQCKNSTLAREKRALVVDGKTLIYILDKRANIQHLFLNLTKMCSAVLACRATPLQKAYLVRIVKEVLKMHTLAIGDGANDVSMIQTADIGVGISGQEGMQAVMASDFAITRFHFIERLLLIHGHWCYDRLARMVLHFFYKNAAFVFVCFWFQLYAGFSGQVMIDQMYLMLFNLFFTSLPPVAVGVFDRDAPADLLSSSPHLYSVGRLSTVYKPHSFWVNMADALYQSLVVFYVAFGAFSGSDMGLWEFGTLLCSQCILVMLIQLGVETKSWTIFHWMATLASVVLYLGFGLTYNAVCSQCEGLTNPYWVMQHGLMDPTQYLVLVITAILSTLPRIFIRAVTNTLQPTDVVTAVRIRRKERNTKK 4691          
BLAST of EMLSAG00000001685 vs. C. finmarchicus
Match: gi|592841198|gb|GAXK01116346.1| (TSA: Calanus finmarchicus comp2270348_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 492.656 bits (1267), Expect = 9.714e-152
Identity = 247/541 (45.66%), Postives = 361/541 (66.73%), Query Frame = 0
Query: 1337 IRPIYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVIVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIMNGDTKADRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQV 1877
            + P Y  ES DE+ALV AAF YN ++L+R  +   +         F+ L +LPFDS RK MSV++R     Q +L+CKGAD  +  ++     EE   L++T   +  YA+ GLRVL++  + ++E EY++W + +  AE S+  +E L+++S   +E    L+GAT +EDRLQD V ETI KLR+AGIVVW+LTGDK+ETAINIA S +LF   ++++ V+       ET      + +++ +T     LV++G +L  IL+ +T+L+K F+ LT  C +VL  RATP QK  +VR VK++  + TLAIGDGANDV+MIQTAD+GVG+SG EG QAVMA+DFAI+RF+ L+RLLLVHG W+Y RL +++ +FFYKNA  + V FW+Q  C FSGQVMI  ++L+L   ++TSLP + +GV ++D    IL + P +Y + R G +Y    FW+++ +A Y S+VIFF + G Y D+ +GLWEFG+++C+SC+ VM   LAV+  SWT +H +S +VS+  Y+   ++YS VC +C G Q+
Sbjct:    8 VLPNYVGESTDEVALVKAAFVYNFQMLERIKDHIKLQTSERDYRLFKPLDILPFDSERKCMSVIIRTEDN-QILLFCKGADNVITAKL----REETDELVETLKHVTRYAEDGLRVLMIGYREISEEEYESWKENYSIAEASIENKEILVSQSMVEVETGLTLLGATAVEDRLQDNVLETITKLREAGIVVWMLTGDKKETAINIARSSRLFSPQMDLIEVSG------ETLGDMTSEEVLSKET----GLVVNGDSLDEILENKTHLKK-FMRLTRQCKAVLISRATPSQKGSLVRAVKQETGLHTLAIGDGANDVNMIQTADVGVGLSGTEGAQAVMAADFAITRFQDLQRLLLVHGFWSYSRLIKVVLHFFYKNAALILVLFWFQPLCAFSGQVMILPIHLLLSTFLYTSLPTIIVGVLERDTAASILVDNPIIYTKSRTGSLYTRQHFWVAILEAAYHSVVIFFISLGTYADSQVGLWEFGSLVCSSCVLVMLLQLAVQVTSWTSLHLLSFLVSLAMYYTVGMVYSSVCTSCQGYQM 1582          

HSP 2 Score: 139.813 bits (351), Expect = 1.448e-32
Identity = 80/212 (37.74%), Postives = 123/212 (58.02%), Query Frame = 0
Query:  965 LEVIWCVFILLVLCFIGAVGSGIWLXYFNDNYAPFLNVLSQGDSNPPFE---GFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNSSMDKNGTSGRAVIPVNPLLHQRLVSPSPPEPDLLINQSPNVSPKECHQNHIEDFFTLLSVCNTV 1173
            L+V+ C  IL ++C I +VGSG+   Y N     F  + SQ +    F    GF++F TF+I+ QVIIP+SLYV I++ K+  VY I+ D  MY++   +  +C+ LNIPE+LG ++ IF DKTGTLT+NKM+FK+C+I G ++  + + +   T  R    V+ L  ++ V    PE +               +N ++ FF  L++CNTV
Sbjct: 1688 LDVVCCAIILFIICLISSVGSGLCEEYIN-----FSFLYSQEERETKFAIYIGFISFLTFIILYQVIIPLSLYVIIDLIKIGHVYFINNDILMYNEKVNRGAKCKTLNIPEDLGQIEIIFSDKTGTLTENKMVFKSCSIYGQEYVQDVNYE-TSTFTRNKDLVDKLTGKKAV----PEDE---------------KNTLDKFFLGLAICNTV 2248          
BLAST of EMLSAG00000001685 vs. C. finmarchicus
Match: gi|592841197|gb|GAXK01116347.1| (TSA: Calanus finmarchicus comp2270348_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 467.233 bits (1201), Expect = 3.780e-143
Identity = 235/511 (45.99%), Postives = 342/511 (66.93%), Query Frame = 0
Query: 1337 IRPIYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVIVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIMNGDTKADRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIH 1847
            + P Y  ES DE+ALV AAF YN ++L+R  +   +         F+ L +LPFDS RK MSV++R     Q +L+CKGAD  +  ++     EE   L++T   +  YA+ GLRVL++  + ++E EY++W + +  AE S+  +E L+++S   +E    L+GAT +EDRLQD V ETI KLR+AGIVVW+LTGDK+ETAINIA S +LF   ++++ V+       ET      + +++ +T     LV++G +L  IL+ +T+L+K F+ LT  C +VL  RATP QK  +VR VK++  + TLAIGDGANDV+MIQTAD+GVG+SG EG QAVMA+DFAI+RF+ L+RLLLVHG W+Y RL +++ +FFYKNA  + V FW+Q  C FSGQVMI  ++L+L   ++TSLP + +GV ++D    IL + P +Y + R G +Y    FW+++ +A Y S+VIFF + G Y D+ +GLWEFG+++C+SC+ VM   LAV+  +WT +H
Sbjct:    2 VLPNYVGESTDEVALVKAAFVYNFQMLERIKDHIKLQTSERDYRLFKPLDILPFDSERKCMSVIIRTEDN-QILLFCKGADNVITAKL----REETDELVETLKHVTRYAEDGLRVLMIGYREISEEEYESWKENYSIAEASIENKEILVSQSMVEVETGLTLLGATAVEDRLQDNVLETITKLREAGIVVWMLTGDKKETAINIARSSRLFSPQMDLIEVSG------ETLGDMTSEEVLSKET----GLVVNGDSLDEILENKTHLKK-FMRLTRQCKAVLISRATPSQKGSLVRAVKQETGLHTLAIGDGANDVNMIQTADVGVGLSGTEGAQAVMAADFAITRFQDLQRLLLVHGFWSYSRLIKVVLHFFYKNAALILVLFWFQPLCAFSGQVMILPIHLLLSTFLYTSLPTIIVGVLERDTAASILVDNPIIYTKSRTGSLYTRQHFWVAILEAAYHSVVIFFISLGTYADSQVGLWEFGSLVCSSCVLVMLLQLAVQVTTWTSLH 1486          

HSP 2 Score: 140.198 bits (352), Expect = 1.070e-32
Identity = 80/212 (37.74%), Postives = 123/212 (58.02%), Query Frame = 0
Query:  965 LEVIWCVFILLVLCFIGAVGSGIWLXYFNDNYAPFLNVLSQGDSNPPFE---GFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNSSMDKNGTSGRAVIPVNPLLHQRLVSPSPPEPDLLINQSPNVSPKECHQNHIEDFFTLLSVCNTV 1173
            L+V+ C  IL ++C I +VGSG+   Y N     F  + SQ +    F    GF++F TF+I+ QVIIP+SLYV I++ K+  VY I+ D  MY++   +  +C+ LNIPE+LG ++ IF DKTGTLT+NKM+FK+C+I G ++  + + +   T  R    V+ L  ++ V    PE +               +N ++ FF  L++CNTV
Sbjct: 1592 LDVVCCAIILFIICLISSVGSGLCEEYIN-----FSFLYSQEERETKFAIYIGFISFLTFIILYQVIIPLSLYVIIDLIKIGHVYFINNDILMYNEKVNRGAKCKTLNIPEDLGQIEIIFSDKTGTLTENKMVFKSCSIYGQEYVQDVNYE-TSTFTRNKDLVDKLTGKKAV----PEDE---------------KNTLDKFFLGLAICNTV 2152          
BLAST of EMLSAG00000001685 vs. C. finmarchicus
Match: gi|592859759|gb|GAXK01097803.1| (TSA: Calanus finmarchicus comp39187_c4_seq5 transcribed RNA sequence)

HSP 1 Score: 372.089 bits (954), Expect = 1.966e-110
Identity = 205/541 (37.89%), Postives = 315/541 (58.23%), Query Frame = 0
Query: 1341 YEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRV---IVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIM-NGDTKADR--SLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFF-------TAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGV 1868
            Y A SPDE ALV+ A  Y    + +TSN   I         FEVL ++ F S RKRMS+V+R P    K+ Y KGAD  +L R+      NE ++     T   LD++A+ GLR L +    ++E  +  W K+   A  S+V RE+ +    N IE   +LIGAT IED+LQ+ VPETI KL +A I VW+LTGDKQ TA NIA SC+L     E++ V+        + I   L+ +  NG    +   +L+IDGK+L + +++  +++  F+ L + C +V+CCR +PLQKA +V +V +     TLAIGDGANDV+MIQ A +GVG+SG EG+QAV ++DFAI +F YL RLL VHG WNY R+S+++ Y FYKN T   +  W+ ++  +SGQV+ +   + ++N++FTSLPPLA+G++D+       ++ P LY+  +  +++    FW+ +  A++ S+++F+       T     +    G    G  + +  + V      +  ++WT    +S+  SI  +F+F ++YS +
Sbjct:   11 YNASSPDEKALVEGAAEYKYTFVSKTSNSVTIRNHLNKQETFEVLAIIEFTSTRKRMSIVVRTPEGQIKV-YIKGADNVILERIGKTASHNEHQE----NTGNHLDDFAREGLRTLCLGVSDISEEAFKDWSKKWKQATTSLVDREQEIENVANLIEGDLRLIGATAIEDKLQENVPETIEKLLEADIHVWMLTGDKQITAENIAKSCRLHKDGTELVDVSDDVPTKVRSKITDRLEKLKKNGKVGQNNEITLIIDGKSLTHAMEE--DIRNDFIRLCTSCKAVICCRVSPLQKAEVVELVSKFTKSITLAIGDGANDVAMIQKASVGVGVSGNEGLQAVNSADFAIGQFSYLARLLFVHGAWNYSRISKVVLYSFYKNITLYIIELWFAIYSYWSGQVIYERWTIGMFNILFTSLPPLALGIFDKTCSAETRESNPALYKTSQNSELFNIKKFWLWIGTAIFHSVLLFWVPMLAMSTGVSWSSGHTDGYLILGNTVYSLVVIVTCLKAGLVMDNWTWFSHLSIWGSIALWFIFLVVYSSL 1612          
BLAST of EMLSAG00000001685 vs. C. finmarchicus
Match: gi|592859760|gb|GAXK01097802.1| (TSA: Calanus finmarchicus comp39187_c4_seq4 transcribed RNA sequence)

HSP 1 Score: 372.859 bits (956), Expect = 2.568e-110
Identity = 205/541 (37.89%), Postives = 315/541 (58.23%), Query Frame = 0
Query: 1341 YEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRV---IVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIM-NGDTKADR--SLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFF-------TAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGV 1868
            Y A SPDE ALV+ A  Y    + +TSN   I         FEVL ++ F S RKRMS+V+R P    K+ Y KGAD  +L R+      NE ++     T   LD++A+ GLR L +    ++E  +  W K+   A  S+V RE+ +    N IE   +LIGAT IED+LQ+ VPETI KL +A I VW+LTGDKQ TA NIA SC+L     E++ V+        + I   L+ +  NG    +   +L+IDGK+L + +++  +++  F+ L + C +V+CCR +PLQKA +V +V +     TLAIGDGANDV+MIQ A +GVG+SG EG+QAV ++DFAI +F YL RLL VHG WNY R+S+++ Y FYKN T   +  W+ ++  +SGQV+ +   + ++N++FTSLPPLA+G++D+       ++ P LY+  +  +++    FW+ +  A++ S+++F+       T     +    G    G  + +  + V      +  ++WT    +S+  SI  +F+F ++YS +
Sbjct:   85 YNASSPDEKALVEGAAEYKYTFVSKTSNSVTIRNHLNKQETFEVLAIIEFTSTRKRMSIVVRTPEGQIKV-YIKGADNVILERIGKTASHNEHQE----NTGNHLDDFAREGLRTLCLGVSDISEEAFKDWSKKWKQATTSLVDREQEIENVANLIEGDLRLIGATAIEDKLQENVPETIEKLLEADIHVWMLTGDKQITAENIAKSCRLHKDGTELVDVSDDVPTKVRSKITDRLEKLKKNGKVGQNNEITLIIDGKSLTHAMEE--DIRNDFIRLCTSCKAVICCRVSPLQKAEVVELVSKFTKSITLAIGDGANDVAMIQKASVGVGVSGNEGLQAVNSADFAIGQFSYLARLLFVHGAWNYSRISKVVLYSFYKNITLYIIELWFAIYSYWSGQVIYERWTIGMFNILFTSLPPLALGIFDKTCSAETRESNPALYKTSQNSELFNIKKFWLWIGTAIFHSVLLFWVPMLAMSTGVSWSSGHTDGYLILGNTVYSLVVIVTCLKAGLVMDNWTWFSHLSIWGSIALWFIFLVVYSSL 1686          
BLAST of EMLSAG00000001685 vs. C. finmarchicus
Match: gi|592859758|gb|GAXK01097804.1| (TSA: Calanus finmarchicus comp39187_c4_seq6 transcribed RNA sequence)

HSP 1 Score: 369.392 bits (947), Expect = 1.543e-109
Identity = 204/539 (37.85%), Postives = 314/539 (58.26%), Query Frame = 0
Query: 1343 AESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRV---IVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIM-NGDTKADR--SLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFF-------TAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGV 1868
            A SPDE ALV+ A  Y    + +TSN   I         FEVL ++ F S RKRMS+V+R P    K+ Y KGAD  +L R+      NE ++     T   LD++A+ GLR L +    ++E  +  W K+   A  S+V RE+ +    N IE   +LIGAT IED+LQ+ VPETI KL +A I VW+LTGDKQ TA NIA SC+L     E++ V+        + I   L+ +  NG    +   +L+IDGK+L + +++  +++  F+ L + C +V+CCR +PLQKA +V +V +     TLAIGDGANDV+MIQ A +GVG+SG EG+QAV ++DFAI +F YL RLL VHG WNY R+S+++ Y FYKN T   +  W+ ++  +SGQV+ +   + ++N++FTSLPPLA+G++D+       ++ P LY+  +  +++    FW+ +  A++ S+++F+       T     +    G    G  + +  + V      +  ++WT    +S+  SI  +F+F ++YS +
Sbjct:    1 ASSPDEKALVEGAAEYKYTFVSKTSNSVTIRNHLNKQETFEVLAIIEFTSTRKRMSIVVRTPEGQIKV-YIKGADNVILERIGKTASHNEHQE----NTGNHLDDFAREGLRTLCLGVSDISEEAFKDWSKKWKQATTSLVDREQEIENVANLIEGDLRLIGATAIEDKLQENVPETIEKLLEADIHVWMLTGDKQITAENIAKSCRLHKDGTELVDVSDDVPTKVRSKITDRLEKLKKNGKVGQNNEITLIIDGKSLTHAMEE--DIRNDFIRLCTSCKAVICCRVSPLQKAEVVELVSKFTKSITLAIGDGANDVAMIQKASVGVGVSGNEGLQAVNSADFAIGQFSYLARLLFVHGAWNYSRISKVVLYSFYKNITLYIIELWFAIYSYWSGQVIYERWTIGMFNILFTSLPPLALGIFDKTCSAETRESNPALYKTSQNSELFNIKKFWLWIGTAIFHSVLLFWVPMLAMSTGVSWSSGHTDGYLILGNTVYSLVVIVTCLKAGLVMDNWTWFSHLSIWGSIALWFIFLVVYSSL 1596          
BLAST of EMLSAG00000001685 vs. C. finmarchicus
Match: gi|592859761|gb|GAXK01097801.1| (TSA: Calanus finmarchicus comp39187_c4_seq3 transcribed RNA sequence)

HSP 1 Score: 372.474 bits (955), Expect = 3.045e-109
Identity = 205/541 (37.89%), Postives = 315/541 (58.23%), Query Frame = 0
Query: 1341 YEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRV---IVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIM-NGDTKADR--SLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFF-------TAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGV 1868
            Y A SPDE ALV+ A  Y    + +TSN   I         FEVL ++ F S RKRMS+V+R P    K+ Y KGAD  +L R+      NE ++     T   LD++A+ GLR L +    ++E  +  W K+   A  S+V RE+ +    N IE   +LIGAT IED+LQ+ VPETI KL +A I VW+LTGDKQ TA NIA SC+L     E++ V+        + I   L+ +  NG    +   +L+IDGK+L + +++  +++  F+ L + C +V+CCR +PLQKA +V +V +     TLAIGDGANDV+MIQ A +GVG+SG EG+QAV ++DFAI +F YL RLL VHG WNY R+S+++ Y FYKN T   +  W+ ++  +SGQV+ +   + ++N++FTSLPPLA+G++D+       ++ P LY+  +  +++    FW+ +  A++ S+++F+       T     +    G    G  + +  + V      +  ++WT    +S+  SI  +F+F ++YS +
Sbjct:  365 YNASSPDEKALVEGAAEYKYTFVSKTSNSVTIRNHLNKQETFEVLAIIEFTSTRKRMSIVVRTPEGQIKV-YIKGADNVILERIGKTASHNEHQE----NTGNHLDDFAREGLRTLCLGVSDISEEAFKDWSKKWKQATTSLVDREQEIENVANLIEGDLRLIGATAIEDKLQENVPETIEKLLEADIHVWMLTGDKQITAENIAKSCRLHKDGTELVDVSDDVPTKVRSKITDRLEKLKKNGKVGQNNEITLIIDGKSLTHAMEE--DIRNDFIRLCTSCKAVICCRVSPLQKAEVVELVSKFTKSITLAIGDGANDVAMIQKASVGVGVSGNEGLQAVNSADFAIGQFSYLARLLFVHGAWNYSRISKVVLYSFYKNITLYIIELWFAIYSYWSGQVIYERWTIGMFNILFTSLPPLALGIFDKTCSAETRESNPALYKTSQNSELFNIKKFWLWIGTAIFHSVLLFWVPMLAMSTGVSWSSGHTDGYLILGNTVYSLVVIVTCLKAGLVMDNWTWFSHLSIWGSIALWFIFLVVYSSL 1966          

HSP 2 Score: 72.7886 bits (177), Expect = 9.066e-12
Identity = 49/153 (32.03%), Postives = 69/153 (45.10%), Query Frame = 0
Query: 1029 IPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRAL----NIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNSSMDKNGTSGRAVIPVNPLLHQRLVSPSPPEPDLLINQSPNVSPKECHQNHIEDFFTLLSVCNTVIVAK 1177
            IP+SL V++EM ++ Q   I  DEKM+       V+  A+    N+ EELG ++Y+F DKTGTLT N M FK C+I GV +  +                    HQ L                    K      + DF  L+S+C+TV+  K
Sbjct:    2 IPISLLVSLEMVRVFQAVFIDNDEKMHYVDKSLNVDTYAVAKTSNLNEELGQIKYVFSDKTGTLTRNIMEFKKCSIAGVVYDAD--------------------HQIL-------------------EKHMANKEVRDFLVLMSICHTVVPEK 343          
BLAST of EMLSAG00000001685 vs. C. finmarchicus
Match: gi|592859762|gb|GAXK01097800.1| (TSA: Calanus finmarchicus comp39187_c4_seq2 transcribed RNA sequence)

HSP 1 Score: 372.089 bits (954), Expect = 1.215e-108
Identity = 205/541 (37.89%), Postives = 315/541 (58.23%), Query Frame = 0
Query: 1341 YEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRV---IVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIM-NGDTKADR--SLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFF-------TAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGV 1868
            Y A SPDE ALV+ A  Y    + +TSN   I         FEVL ++ F S RKRMS+V+R P    K+ Y KGAD  +L R+      NE ++     T   LD++A+ GLR L +    ++E  +  W K+   A  S+V RE+ +    N IE   +LIGAT IED+LQ+ VPETI KL +A I VW+LTGDKQ TA NIA SC+L     E++ V+        + I   L+ +  NG    +   +L+IDGK+L + +++  +++  F+ L + C +V+CCR +PLQKA +V +V +     TLAIGDGANDV+MIQ A +GVG+SG EG+QAV ++DFAI +F YL RLL VHG WNY R+S+++ Y FYKN T   +  W+ ++  +SGQV+ +   + ++N++FTSLPPLA+G++D+       ++ P LY+  +  +++    FW+ +  A++ S+++F+       T     +    G    G  + +  + V      +  ++WT    +S+  SI  +F+F ++YS +
Sbjct:  502 YNASSPDEKALVEGAAEYKYTFVSKTSNSVTIRNHLNKQETFEVLAIIEFTSTRKRMSIVVRTPEGQIKV-YIKGADNVILERIGKTASHNEHQE----NTGNHLDDFAREGLRTLCLGVSDISEEAFKDWSKKWKQATTSLVDREQEIENVANLIEGDLRLIGATAIEDKLQENVPETIEKLLEADIHVWMLTGDKQITAENIAKSCRLHKDGTELVDVSDDVPTKVRSKITDRLEKLKKNGKVGQNNEITLIIDGKSLTHAMEE--DIRNDFIRLCTSCKAVICCRVSPLQKAEVVELVSKFTKSITLAIGDGANDVAMIQKASVGVGVSGNEGLQAVNSADFAIGQFSYLARLLFVHGAWNYSRISKVVLYSFYKNITLYIIELWFAIYSYWSGQVIYERWTIGMFNILFTSLPPLALGIFDKTCSAETRESNPALYKTSQNSELFNIKKFWLWIGTAIFHSVLLFWVPMLAMSTGVSWSSGHTDGYLILGNTVYSLVVIVTCLKAGLVMDNWTWFSHLSIWGSIALWFIFLVVYSSL 2103          

HSP 2 Score: 73.559 bits (179), Expect = 6.304e-12
Identity = 49/154 (31.82%), Postives = 70/154 (45.45%), Query Frame = 0
Query: 1028 IIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRAL----NIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNSSMDKNGTSGRAVIPVNPLLHQRLVSPSPPEPDLLINQSPNVSPKECHQNHIEDFFTLLSVCNTVIVAK 1177
            +IP+SL V++EM ++ Q   I  DEKM+       V+  A+    N+ EELG ++Y+F DKTGTLT N M FK C+I GV +  +                    HQ L                    K      + DF  L+S+C+TV+  K
Sbjct:  136 LIPISLLVSLEMVRVFQAVFIDNDEKMHYVDKSLNVDTYAVAKTSNLNEELGQIKYVFSDKTGTLTRNIMEFKKCSIAGVVYDAD--------------------HQIL-------------------EKHMANKEVRDFLVLMSICHTVVPEK 480          
BLAST of EMLSAG00000001685 vs. C. finmarchicus
Match: gi|592859763|gb|GAXK01097799.1| (TSA: Calanus finmarchicus comp39187_c4_seq1 transcribed RNA sequence)

HSP 1 Score: 371.703 bits (953), Expect = 2.799e-108
Identity = 205/541 (37.89%), Postives = 315/541 (58.23%), Query Frame = 0
Query: 1341 YEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRV---IVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIM-NGDTKADR--SLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFF-------TAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGV 1868
            Y A SPDE ALV+ A  Y    + +TSN   I         FEVL ++ F S RKRMS+V+R P    K+ Y KGAD  +L R+      NE ++     T   LD++A+ GLR L +    ++E  +  W K+   A  S+V RE+ +    N IE   +LIGAT IED+LQ+ VPETI KL +A I VW+LTGDKQ TA NIA SC+L     E++ V+        + I   L+ +  NG    +   +L+IDGK+L + +++  +++  F+ L + C +V+CCR +PLQKA +V +V +     TLAIGDGANDV+MIQ A +GVG+SG EG+QAV ++DFAI +F YL RLL VHG WNY R+S+++ Y FYKN T   +  W+ ++  +SGQV+ +   + ++N++FTSLPPLA+G++D+       ++ P LY+  +  +++    FW+ +  A++ S+++F+       T     +    G    G  + +  + V      +  ++WT    +S+  SI  +F+F ++YS +
Sbjct:  584 YNASSPDEKALVEGAAEYKYTFVSKTSNSVTIRNHLNKQETFEVLAIIEFTSTRKRMSIVVRTPEGQIKV-YIKGADNVILERIGKTASHNEHQE----NTGNHLDDFAREGLRTLCLGVSDISEEAFKDWSKKWKQATTSLVDREQEIENVANLIEGDLRLIGATAIEDKLQENVPETIEKLLEADIHVWMLTGDKQITAENIAKSCRLHKDGTELVDVSDDVPTKVRSKITDRLEKLKKNGKVGQNNEITLIIDGKSLTHAMEE--DIRNDFIRLCTSCKAVICCRVSPLQKAEVVELVSKFTKSITLAIGDGANDVAMIQKASVGVGVSGNEGLQAVNSADFAIGQFSYLARLLFVHGAWNYSRISKVVLYSFYKNITLYIIELWFAIYSYWSGQVIYERWTIGMFNILFTSLPPLALGIFDKTCSAETRESNPALYKTSQNSELFNIKKFWLWIGTAIFHSVLLFWVPMLAMSTGVSWSSGHTDGYLILGNTVYSLVVIVTCLKAGLVMDNWTWFSHLSIWGSIALWFIFLVVYSSL 2185          

HSP 2 Score: 79.7221 bits (195), Expect = 7.134e-14
Identity = 71/227 (31.28%), Postives = 105/227 (46.26%), Query Frame = 0
Query:  955 KRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFNDNYAPFLNVLSQGDSNPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRAL----NIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNSSMDKNGTSGRAVIPVNPLLHQRLVSPSPPEPDLLINQSPNVSPKECHQNHIEDFFTLLSVCNTVIVAK 1177
            K+S LE+ MN ++I   F+ L+L  I  + +G+    F  +     N L+  + N     FL F TF I+   +IP+SL V++EM ++ Q   I  DEKM+       V+  A+    N+ EELG ++Y+F DKTGTLT N M FK C+I GV +  +                    HQ L                    K      + DF  L+S+C+TV+  K
Sbjct:   17 KQSTLEKVMNYQII---FLFLILVTISLISAGV--NKFQFSNGEVHNYLTT-EENADNNFFLNFLTFFILYNNLIPISLLVSLEMVRVFQAVFIDNDEKMHYVDKSLNVDTYAVAKTSNLNEELGQIKYVFSDKTGTLTRNIMEFKKCSIAGVVYDAD--------------------HQIL-------------------EKHMANKEVRDFLVLMSICHTVVPEK 562          
BLAST of EMLSAG00000001685 vs. C. finmarchicus
Match: gi|592750489|gb|GAXK01203924.1| (TSA: Calanus finmarchicus comp384384_c0_seq3 transcribed RNA sequence)

HSP 1 Score: 383.645 bits (984), Expect = 6.804e-108
Identity = 226/602 (37.54%), Postives = 334/602 (55.48%), Query Frame = 0
Query: 1341 YEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVIVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNV-EILTVNARSKDATETTIKYHLDAIMNGDTKA----DRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMK-TLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIF-------FTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSI---------FSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQFWFILIYTSVVAVFPRTCIKALINTCRPNS 1920
            Y A SPDE A VDAA  Y  + L RT +       ++  +++ VL ++ F S+RKRMS ++++     K LY KGAD+ +L RV    +E+   L   Q Q+D++A+ GLR + +  + + + E+D W KE   A   +  R++ L +    IE    L+G T IED+LQD VPETIA L +A I VWVLTGDKQETAINI  SC++   ++ +++ +NA   +  +  I   LD I   D K     +R+++IDGKTL  I D  T +++ F+EL + C SV+CCR +P QKA +V  VK+  H   TLAIGDGANDV+MIQ+A +GVGISG EG+QAV  SDFAI++F +L+RLL VHG WNY R+S ++ Y FYKN T   V  W+ ++C +SGQ + +   + L+N+ FT LPP A+G+ D+ +      + P LY   + G  Y    FW  +  ++  S+++F       +T    ++    G  E G  + T+ +        +E  SWT +  + +  SI         FSYF  A        N   L + Y + +++     FWF     S V++      K L    R +S
Sbjct: 1470 YNASSPDEKAFVDAARDYGFEFLGRTPDEVSFKTWDDKTLKYTVLAIIDFTSSRKRMSALMKNEKGEIK-LYTKGADSVILERVAKQGQEK--ALSTAQEQIDDFAREGLRTMALGMRNIPQQEFDDWYKEWQKASMKIANRKEELDKVATLIEKELTLVGVTAIEDKLQDNVPETIANLLKAQIHVWVLTGDKQETAINIGRSCKMITDDMGDLIEINANKVEDAKKIIMRDLD-IFRRDEKVGQDNNRAVIIDGKTLGLIFDSTTGVKEEFIELGTSCKSVICCRVSPSQKAEVVTAVKKFTHGAITLAIGDGANDVAMIQSARVGVGISGNEGLQAVNNSDFAIAQFSFLQRLLFVHGAWNYTRISNVLLYSFYKNITLYLVNLWFSIYCMWSGQPIYNTTTITLFNIAFTFLPPFAMGLLDRTSTSEQRMSTPALYCYSQNGMGYNQDVFWRWIVQSVLHSVLLFWITLLSMYTGVNNHHGYSEGYLEIGNTVYTAVVITTCIKAGLEKESWTFVCILQIFGSIVLWAIFLWGFSYFWLAPWLPFADANM--LNMAYILTENS----GFWFSTFVASSVSIATDIVFKVLGTPLRKDS 3245          

HSP 2 Score: 262.307 bits (669), Expect = 1.297e-69
Identity = 166/503 (33.00%), Postives = 262/503 (52.09%), Query Frame = 0
Query:  708 EHEHPNHKYTK-------------NKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQRE--------VPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSILHPWG--ERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFNDNYAPFLNVLSQGDSNPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMY-----DKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNSSMDKNGTSGRAVIPVNPLLHQRLVSPSPPEPDLLINQSPNVSPKECHQNHIEDFFTLLSVCNTVIVAKYPHRD 1182
            ++  PN+++ K             N I TTKYT+  F PK L+EQF ++ N+YFL I ++  +P I+  G+  +++P+  +L  TA+K+++ED +R + D +IN    +V   +  ++K T W D+ VGD+V ++  E  PAD++L+ SS+  G+CYI+T NLDGETNLK R+        V       ++S    + + +I+C+ P  K+Y F+GS+       E  P+    LLLR   L NT ++ G VVY GHESK+M N+     K S +++  N+++I+  F+L+ +    A+ S             +++ + +G+       F+   TFVI+L  +IP+SL  T+E  KL Q   I+ D KMY     D   G     R  N+ EELG ++Y+F DKTGTLT N M+F+ C I G  FS N                              + DLL  +S +       +  +E+F  ++SVC+TVI    P +D
Sbjct: 3264 QNSQPNNRHIKFNESQDGHLSKLSNSISTTKYTIFTFFPKYLYEQFRKYWNVYFLMIGMMQQIPDISPTGRWNTILPLTAILMMTALKEIYEDFQRLRQDDKINKRKVQVLVGN--QWKTTNWSDLNVGDLVKVNNREPFPADLILMSSSESTGVCYIETSNLDGETNLKVRQSLNVTATVVGIDGDAAKVS----QLKGSIDCEEPNKKMYDFNGSLKLDLAKKEEAPLSTAQLLLRGSQLMNTTFIVGSVVYTGHESKLMKNSQKVPLKDSSIQKLTNIQIIFIFFMLICISLFAALFSYFERKEMEGLPGRYVSYIVKGNKETFMWNFI---TFVILLNNLIPISLQFTLEFVKLGQAMFINWDRKMYYPDQKDNTKGTFAYARTSNLNEELGQIKYVFSDKTGTLTQNIMLFRFCGINGKKFSEN------------------------------DKDLLKKESAS-------EPLVEEFMRIMSVCHTVI----PDKD 4622          
BLAST of EMLSAG00000001685 vs. L. salmonis peptides
Match: EMLSAP00000001685 (pep:novel supercontig:LSalAtl2s:LSalAtl2s128:887453:919471:-1 gene:EMLSAG00000001685 transcript:EMLSAT00000001685 description:"maker-LSalAtl2s128-augustus-gene-9.16")

HSP 1 Score: 4059.99 bits (10528), Expect = 0.000e+0
Identity = 1967/1967 (100.00%), Postives = 1967/1967 (100.00%), Query Frame = 0
Query:    1 FVHKENPSLEDVLQRILSLINPSVVIRKYISETCHGDNVTVIGFGKAVYSXAVAXESAVQVLKGSIISIPVGIVEDPPLVNITVKKGAKNNLPDKDSLHATKEILDVVSDLGAEDHLVILISGGGSACLSGVISPMSLDKKISIIRELSVSGATINEINTVRKRLSTVKGGKLINYIPKSIRHITAFILSDVLGDPLDIIASGTTVPNTDDPKIAENILQKYNIYLNEETLSILKQVTANDQSDLFGRVKHIFVGNLGMAIDLTHHVLKNNLKYHVIQLSGQIQGEASLIGNEFGRLFLGILEGKFIIPDALVSEEQSLFSQEQFDSIISERPVTFIGGGETVVSMDPSDPKMGLGGRNQELVLGFTQTISANKEMYYNSKYKVEFISCGTDGIDGPTDAAGAVFTDSLLSDPLSIDEYLDKHDSYGYFSSANRGRNHIKIGCTGTNVLDLHILRICLKKVIPTTNNYLKQLILYGLGLHDTASRKEPNNEDCSVKDGDEEEREGGQTEEETEKENSLLSSPITSNVPYDESNLVFFSPDDDANTLSAPCSAPYTITTTATGAARNGHIRSASHGGSSIYHATPRPSVLKKHGHRRVFSHGQITVGFNQKELDGQPMKGHKRTNSKTEFILPPGHDDRERKRTSLTRSGSAKHHKRQASRTXSLGFSFKGXSRXASREXGGGGGQDEVNEVKQRVVVPDHVIPVDVPEHEHPNHKYTKNKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSILHPWGERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFNDNYAPFLNVLSQGDSNPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNSSMDKNGTSGRAVIPVNPLLHQRLVSPSPPEPDLLINQSPNVSPKECHQNHIEDFFTLLSVCNTVIVAKYPHRDAMNVSGLIVHSNSMVSVDNHSMLSCIDENADEKSNAGLSTRSPSPPLSFISTSSTEPLKPNSSSMAIPMTKLGSTPVSTRPPVTKSRLLHLLPMSPKPLSPIASSPETSPLSSPVSSRRPKHLQLPSLFAKLKSRSNSSLSKLQIVSTSPTPTEIRPIYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVIVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIMNGDTKADRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQFWFILIYTSVVAVFPRTCIKALINTCRPNSVTEVLLSRQSNEENKEEDSLFSASSVLRSNFLRGQCGSSTEMTEVLS 1967
            FVHKENPSLEDVLQRILSLINPSVVIRKYISETCHGDNVTVIGFGKAVYSXAVAXESAVQVLKGSIISIPVGIVEDPPLVNITVKKGAKNNLPDKDSLHATKEILDVVSDLGAEDHLVILISGGGSACLSGVISPMSLDKKISIIRELSVSGATINEINTVRKRLSTVKGGKLINYIPKSIRHITAFILSDVLGDPLDIIASGTTVPNTDDPKIAENILQKYNIYLNEETLSILKQVTANDQSDLFGRVKHIFVGNLGMAIDLTHHVLKNNLKYHVIQLSGQIQGEASLIGNEFGRLFLGILEGKFIIPDALVSEEQSLFSQEQFDSIISERPVTFIGGGETVVSMDPSDPKMGLGGRNQELVLGFTQTISANKEMYYNSKYKVEFISCGTDGIDGPTDAAGAVFTDSLLSDPLSIDEYLDKHDSYGYFSSANRGRNHIKIGCTGTNVLDLHILRICLKKVIPTTNNYLKQLILYGLGLHDTASRKEPNNEDCSVKDGDEEEREGGQTEEETEKENSLLSSPITSNVPYDESNLVFFSPDDDANTLSAPCSAPYTITTTATGAARNGHIRSASHGGSSIYHATPRPSVLKKHGHRRVFSHGQITVGFNQKELDGQPMKGHKRTNSKTEFILPPGHDDRERKRTSLTRSGSAKHHKRQASRTXSLGFSFKGXSRXASREXGGGGGQDEVNEVKQRVVVPDHVIPVDVPEHEHPNHKYTKNKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSILHPWGERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFNDNYAPFLNVLSQGDSNPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNSSMDKNGTSGRAVIPVNPLLHQRLVSPSPPEPDLLINQSPNVSPKECHQNHIEDFFTLLSVCNTVIVAKYPHRDAMNVSGLIVHSNSMVSVDNHSMLSCIDENADEKSNAGLSTRSPSPPLSFISTSSTEPLKPNSSSMAIPMTKLGSTPVSTRPPVTKSRLLHLLPMSPKPLSPIASSPETSPLSSPVSSRRPKHLQLPSLFAKLKSRSNSSLSKLQIVSTSPTPTEIRPIYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVIVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIMNGDTKADRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQFWFILIYTSVVAVFPRTCIKALINTCRPNSVTEVLLSRQSNEENKEEDSLFSASSVLRSNFLRGQCGSSTEMTEVLS
Sbjct:    1 FVHKENPSLEDVLQRILSLINPSVVIRKYISETCHGDNVTVIGFGKAVYSXAVAXESAVQVLKGSIISIPVGIVEDPPLVNITVKKGAKNNLPDKDSLHATKEILDVVSDLGAEDHLVILISGGGSACLSGVISPMSLDKKISIIRELSVSGATINEINTVRKRLSTVKGGKLINYIPKSIRHITAFILSDVLGDPLDIIASGTTVPNTDDPKIAENILQKYNIYLNEETLSILKQVTANDQSDLFGRVKHIFVGNLGMAIDLTHHVLKNNLKYHVIQLSGQIQGEASLIGNEFGRLFLGILEGKFIIPDALVSEEQSLFSQEQFDSIISERPVTFIGGGETVVSMDPSDPKMGLGGRNQELVLGFTQTISANKEMYYNSKYKVEFISCGTDGIDGPTDAAGAVFTDSLLSDPLSIDEYLDKHDSYGYFSSANRGRNHIKIGCTGTNVLDLHILRICLKKVIPTTNNYLKQLILYGLGLHDTASRKEPNNEDCSVKDGDEEEREGGQTEEETEKENSLLSSPITSNVPYDESNLVFFSPDDDANTLSAPCSAPYTITTTATGAARNGHIRSASHGGSSIYHATPRPSVLKKHGHRRVFSHGQITVGFNQKELDGQPMKGHKRTNSKTEFILPPGHDDRERKRTSLTRSGSAKHHKRQASRTXSLGFSFKGXSRXASREXGGGGGQDEVNEVKQRVVVPDHVIPVDVPEHEHPNHKYTKNKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSILHPWGERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFNDNYAPFLNVLSQGDSNPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNSSMDKNGTSGRAVIPVNPLLHQRLVSPSPPEPDLLINQSPNVSPKECHQNHIEDFFTLLSVCNTVIVAKYPHRDAMNVSGLIVHSNSMVSVDNHSMLSCIDENADEKSNAGLSTRSPSPPLSFISTSSTEPLKPNSSSMAIPMTKLGSTPVSTRPPVTKSRLLHLLPMSPKPLSPIASSPETSPLSSPVSSRRPKHLQLPSLFAKLKSRSNSSLSKLQIVSTSPTPTEIRPIYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVIVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIMNGDTKADRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQFWFILIYTSVVAVFPRTCIKALINTCRPNSVTEVLLSRQSNEENKEEDSLFSASSVLRSNFLRGQCGSSTEMTEVLS 1967          
BLAST of EMLSAG00000001685 vs. L. salmonis peptides
Match: EMLSAP00000006285 (pep:novel supercontig:LSalAtl2s:LSalAtl2s341:848805:863709:1 gene:EMLSAG00000006285 transcript:EMLSAT00000006285 description:"maker-LSalAtl2s341-augustus-gene-7.33")

HSP 1 Score: 379.793 bits (974), Expect = 1.102e-109
Identity = 227/643 (35.30%), Postives = 351/643 (54.59%), Query Frame = 0
Query: 1341 YEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVIVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAI----MNGDTKADRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWE---------FGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQ-------FWFILIYTSVVAVFPRTCIKALINTCRPNSVTEVLLSRQSNEENKEEDSLFSASSVLRSNFLRGQCGSSTEMT 1963
            Y A SPDE ALV  A  +  K + R     +I      + E+++L+ + F S RKRM++++  P      LY KGAD  ++ R+  DN   K  L  T + LD +A+ GLR L +  + L   EY++W      A  ++  RE+ + E+   +E    L+GAT IED+LQ+GVPETI  L +A I VWVLTGDK ETAINI YSC+L   ++ ++ +  ++ D T   +   L  +    + G+T    +LV++GK+L + L++  +++  F+EL   C SV+CCR +P+QKA +V ++++      LAIGDGANDV+MIQ AD+GVGISG EGMQA  +SDF+I +FKYL+RLLLVHG WNY R+S++I Y FYKN     +  W+ +   +SGQV+ +   + LYN++FTS PP+A+G++DQ          P LY   +  + +    FW  + ++++ SI+I++     Y+   I  W           G ++ +  +  +     +E +SW +   I++  SI  +F F +LYS V    + L +P  +  +  G I        FW  LI    VA+     IK    T    +  +  L+++  E   E  SL +    L+   ++    S  EMT
Sbjct:  466 YHASSPDEKALVSGAARFGFKFIARKPESVVIETAYGEIEEYKILNCIDFTSTRKRMTLIVESP-DGSLTLYIKGADNVIIDRLGKDNASHK-YLETTTSHLDVFAREGLRTLCIGMRKLDRNEYESWTDTWNEAATALEDREEKIDEAAAFVEKDLFLLGATAIEDKLQEGVPETIQMLLKANIKVWVLTGDKLETAINIGYSCKLLHHDMTLMVIETKTLDETRMDVTKFLADVRRSAVAGNT-GRHALVVEGKSLGFTLEE--SVRGDFVELCCACRSVICCRISPIQKAEMVEMIRKHTKSICLAIGDGANDVAMIQKADVGVGISGNEGMQAANSSDFSIGQFKYLQRLLLVHGAWNYTRISKVILYSFYKNICLYIIELWFAIDSYWSGQVLFERWTIGLYNILFTSAPPIAMGLFDQYFSARTRLAHPELYIETQRSEFFNHVVFWKWIFNSIFHSIIIYWYPMKAYSLGTI--WRNGRTGDYLSIGNMVYSFVVITVCLKAGLEMDSWNVFTHIAIWGSIVIWFTFLVLYSFV----WPLGIP--LAANMAGMIXLIFTSRIFWLSLILVPSVAILLDFIIKVAQGTTGKLATRQTKLAKEDKERANESSSLLAT---LKIRDVKSTNPSEIEMT 1092          

HSP 2 Score: 282.337 bits (721), Expect = 8.138e-78
Identity = 157/410 (38.29%), Postives = 236/410 (57.56%), Query Frame = 0
Query:  715 KYTKNKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVP---RGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSI-LHPWGERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFNDNYAPFLNVLSQGDSNPPFEG------FLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNSSMDKN 1114
            KY +N I T KY+L  FLPK LFEQF R+AN++FL I ++  +P ++  G+ V+++P++ +L  TA+K++ ED +R++ D ++NNS   V       +    WKD+ VGD++ +  N   PAD++LL SS+  G+CYI+T NLDGETNLK R  P     F  + L     EF   IEC+ P   +Y F G+I + P     P+    +LLR   L NT ++ G  VY GHESK++ N+     KRS ++R  N ++I   F+ L+L FI           F+   + FL +   G + P   G      F+ F TF+I+   +IP+SL VT+EM + +Q Y I+ D +M+ +      + R  N+ EELG ++Y+F DKTGTLT N+MIFK  TI G  +  + S + +
Sbjct:   28 KYMRNHISTAKYSLFSFLPKFLFEQFRRYANIFFLMIGIMQQIPNVSPTGRYVTIVPLLIILTVTALKEILEDFKRHREDDKLNNSPISVLDFLRKEWYVKRWKDIVVGDVLLVEDNHFFPADLVLLSSSEPQGMCYIETSNLDGETNLKIRSPPIETADFNTREL--LCNEFHGVIECEAPNRNLYDFKGNIKIRPSDPFAPISPSAILLRGTKLMNTPWIFGAAVYTGHESKLLKNSTTAPLKRSTVDRITNYQII---FLFLILVFIA---------LFSSTASSFLTI--SGQALPYLGGSDEHNFFMNFMTFIILYNNLIPISLQVTLEMVRFIQAYFINWDREMFYEPSQTPAKARTSNLNEELGQIKYLFSDKTGTLTRNEMIFKRLTIGGKKYKTDESKESD 421          
BLAST of EMLSAG00000001685 vs. L. salmonis peptides
Match: EMLSAP00000012805 (pep:novel supercontig:LSalAtl2s:LSalAtl2s975:43541:51448:1 gene:EMLSAG00000012805 transcript:EMLSAT00000012805 description:"augustus_masked-LSalAtl2s975-processed-gene-0.3")

HSP 1 Score: 347.821 bits (891), Expect = 8.011e-100
Identity = 214/588 (36.39%), Postives = 322/588 (54.76%), Query Frame = 0
Query: 1341 YEAESPDELALVDAAFAYNCKLL------KRTSNCAMISL-----PNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVIVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLF-PSNVEILTVNARSKDATETTIKYHLDAIMNGDTKADRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMK-TLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQD-APDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCV--NCFGL---------QVPYWVMQHAMGTIQFWFILIYTSVVAV 1903
            YEA SPDE ALVD    Y    +         S   ++ L     P E L  F+ + +L FDS+RK MSV+++      +++ CKGA++S+LP  I    E       T+  +D Y  +GLR LV+ +K LTE+E D ++ +   A  S+V R + L + Y  IE    ++GA  IED+LQDGV ET+ +L QAGI +W+LTGDK+ETA+NI+ SC  + PS + +L +       ++    Y     +  D      LVIDGK +  +   +  ++ PFL L   C SV+CCR +PLQKA IV+++K       T +IGDG NDVSMIQ A +G GI G EG  AV +SDFA  +F++L+R+LLVHGHW Y R++ ++HYFFYKN         Y  F  FS Q + + + L LYN++FTSLP    G+ +Q+ + D +LQ  P LY++     +    +F I  +  ++ +IVIFF  Y    D D+    FG  I  + L V++  L V++  W +    S+ VS+  + +F  ++  + +  + +G+         ++ YW +   M   Q WF  +   VV +
Sbjct:  367 YEASSPDEKALVDICRKYGTAFMGTFDTGDEQSEEEILQLVIKDRPKEQL--FKRMRILEFDSDRKCMSVIVQDEEGNIRLI-CKGAESSVLPNCISGEIE------ITKEHVDIYGTVGLRTLVVCEKQLTESELDQYLVKLKEASISLVNRSEKLKDVYREIEKDLHVLGAVAIEDKLQDGVKETLIRLGQAGIKIWILTGDKRETALNISQSCGHYXPSTMHLLDLCKEGSQVSDAITDYLYKTRVGDDRNC---LVIDGKAVRSLFAFKDTIE-PFLNLALRCRSVICCRMSPLQKAEIVKLIKNSPESPITXSIGDGGNDVSMIQEAHVGFGIMGKEGRAAVRSSDFAFGKFRHLQRVLLVHGHWYYVRVAILVHYFFYKNVVGFTPQLIYAFFNNFSAQTLYNGVNLTLYNIVFTSLPIFVYGLIEQNISADDLLQR-PDLYKKIANNALLDFKNFIIWFSAGVWHAIVIFFGFYLLCEDVDLSRVSFGLGIYQTSLIVVSVRLLVQSRYWNMYLIGSVFVSLAGFVIFTFIFHSLRIPSSFYGIVTDYWLPVDRLTYWEIYILMSRYQIWFGWLLLVVVCI 940          

HSP 2 Score: 172.17 bits (435), Expect = 2.297e-43
Identity = 112/333 (33.63%), Postives = 185/333 (55.56%), Query Frame = 0
Query:  781 IKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSILHPWGERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAV---GSGIWLXYFNDNYAPFLNVLSQGDSNPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNSS 1110
            +K  +ED +R+++D  INN    V +   G  ++     ++VGD++ +   +  PAD++LL SSD  G  YI T NLDGETNLK    P+  +  + +    +F   IEC+ P + + +F G IL P   + P+ ++NLLLR   LK+T YV G VVY G ++K+  N+     K S +E  +N  +++ V +LL   F+ ++     G+ L    +   P    L        ++      +F+++   ++P+SLYVT+E  K +  + +  DEK+ D   G    C + ++ EELG V+Y+F DKTGTLT+N M+FK C+I G+ F+ +++
Sbjct:    2 MKQGYEDYKRHKNDSIINNXP--VTRLKHGIVQRIPSSKIEVGDVLQIHEGDDFPADLILLSSSDPRGRAYIMTANLDGETNLKTVLSPKPTQNLKKAEDLSDFSCRIECENPNSDLQKFVGRILVPGNTKEPLSQENLLLRGTSLKHTAYVFGCVVYTGQDTKMSKNSKMTPIKFSTVELSLNRYLLFFVVLLLAEVFLASILRFTQGLDL----ELVGPVPWYLGPSVVVNIYQVIQDSLSFLVLFNYVVPISLYVTLEFQKFVGSFFLLWDEKLIDPDTGNPPICNSSDLNEELGQVEYLFSDKTGTLTENVMLFKECSIDGLRFADSAT 328          
BLAST of EMLSAG00000001685 vs. L. salmonis peptides
Match: EMLSAP00000007588 (pep:novel supercontig:LSalAtl2s:LSalAtl2s438:539356:544479:1 gene:EMLSAG00000007588 transcript:EMLSAT00000007588 description:"maker-LSalAtl2s438-augustus-gene-5.3")

HSP 1 Score: 253.062 bits (645), Expect = 9.552e-69
Identity = 168/530 (31.70%), Postives = 268/530 (50.57%), Query Frame = 0
Query: 1341 YEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVIVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSN--VEILTVNARSKDATETTIKYHLDAIMNG-DTKADRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQ--IYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGL--WEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFAL 1863
            Y+A SPDE+ALV         L+ R      +  PN  ++ + +L++ PF S  KRM ++L+   T +   Y KGAD  M   V  ++  E+        + DN A+ GLR LV+AKK L+  ++  + + +  A+ S+  R   +      +E   +L+  TG+ED+LQD V  T+  LR AG+ +W+LTGDK ETA  IA S  L   N  V I       KD       +H    MN    + D +LVI G +L   L+     +  F++L + C +V+CCR +P QKA +V ++++  + +  AIGDG NDVSMIQ+A +GVGI G EG QA +A  F+I++F ++ RLLLVHG  +Y R + +  +  ++      +   +     FS   +     ++ Y  I+T  P  ++ V D+D    +    P LY+    G+   YK +  W+ +  ++YQ  VI F A   + D  + +    F  +I T  + V     A+  ++W   HW+  +    S  ++ L
Sbjct:  515 YQASSPDEIALVQWTEKMGLTLIDRNLYSLKLKSPNNDIISYTILYIFPFTSESKRMGIILKDDGTEEITFYVKGADIVMSSIVQYNDWLEE--------EXDNMAREGLRTLVVAKKTLSADQFQEFEQRYAAAKLSVENRSAQVTTVIESLERDMELLCVTGVEDKLQDNVRTTLELLRNAGMKIWMLTGDKLETASCIAKSSCLVSKNQGVHIF------KDVVNRAEAHHE---MNAFRRRQDTTLVIKGDSLEVCLE---FYEHEFMDLATACPAVVCCRCSPQQKAQVVHLIQQHTNKRAAAIGDGGNDVSMIQSASVGVGIVGKEGKQASLAXXFSITQFAHVARLLLVHGRNSYKRSAALSQFVIHRGLIITTMQAIFSAVFYFSSVSLYQGFLMVGYATIYTMFPVFSL-VLDKDVISSLCLRYPELYKELTKGRSLTYKTFFIWVLI--SIYQGGVIMFGALLLFEDEFVHVVSISFTALILTELIMV-----ALTISTW---HWLXGLAEFMSXIIYVL 1013          

HSP 2 Score: 180.259 bits (456), Expect = 8.512e-46
Identity = 129/404 (31.93%), Postives = 204/404 (50.50%), Query Frame = 0
Query:  714 HKYTKNKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSM-GRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQR-EVPRGFKEQRLSFQPQ--EFRSTIECDMPTTKIYRFHGSI-LHPWGERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMN--LEVIWCVFILLVLCFIGAVG-SGIWLXYFNDNYAPFLNVLSQGDSNPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNS 1109
             K+  N IR  KY +  F+P  LF QF  F N++FL +    ++P +          P+ FVL  T I++  +D RRYQ D+ +N S  R  K ++ GR   T    +KVGDI+++    ++PAD++LLR+S+  G C++ T  LDGET+ K R  VP     Q+L    +  +  ++I  + P   I+ F G +  H   +   +  +N L    I+ N   + GIVVY+G E + ++NN  PR K   L+ ++N   +V++   I+L L  +   G  G W  Y                          F+ FV++   +IP+SL V ++M K+   + I KD+++   +       R+  IPEELG V Y+  DKTGTLT N MIFK   +    +S+++
Sbjct:   64 QKFPPNVIRNQKYNIFTFIPVVLFNQFKFFLNMFFLVMACSQFIPELRIGYLYTYWGPLGFVLSVTLIREGIDDFRRYQRDREVNGS--RYSKLTLRGRVSVTS-SQIKVGDIIYVEKGSRVPADMVLLRTSEHTGSCFVRTDQLDGETDWKLRLSVPY---TQKLDSDDKILQLEASIYAEKPQKDIHSFIGKLTCHNTNQEDSLNIENTLWANTIVANGTAI-GIVVYSGPECRAIMNNSFPRSKVGLLDLELNQITKVLFMAXIILSLVLMCLKGFDGPWYFY--------------------------FFRFVLLFSYLIPISLRVNLDMGKIYYSWNIQKDKEIPGTV------ARSTTIPEELGRVSYLLTDKTGTLTQNVMIFKKLHLGPAAYSNDT 428          
BLAST of EMLSAG00000001685 vs. L. salmonis peptides
Match: EMLSAP00000008294 (pep:novel supercontig:LSalAtl2s:LSalAtl2s501:4024:96935:1 gene:EMLSAG00000008294 transcript:EMLSAT00000008294 description:"maker-LSalAtl2s501-augustus-gene-1.9")

HSP 1 Score: 226.868 bits (577), Expect = 1.002e-61
Identity = 146/364 (40.11%), Postives = 207/364 (56.87%), Query Frame = 0
Query: 1341 YEAESPDELALVDAAFAYNCKLLKRT-------SN--CAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVIVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNV--EILTVNARSKDATETT---IKYHLDAIMNGD---TKADRSLVIDG---------------------KTLVYILDKRTNL----QKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIG 1662
            Y+A+SPDE ALV AA  +     +R+       SN  C +  + N     +E+L +L F++ RKRMSV+L+    ++  LYCKGAD  +L R+  D E+ K+   KTQ  LD +A  GLR LV+  K LTE++++ W   H  A  S+  RE+ L   Y++IEN+ +L+GAT IED+LQDGV +TI+ L  AGI +WVLTGDKQETAINI YSCQL   ++  E   ++ ++ +A +T    I+ ++ + MNG     +     + DG                     +  VY    R +      K  + +     +V+CCR TPLQKA +V +VK+     TLAIGDGANDVSMI+TA IG
Sbjct:   93 YQAQSPDENALVSAARNFGFVFTQRSPRSITILSNGICFVCFILNAQSEVYELLCILDFNNVRKRMSVILKRNDKIR--LYCKGADTVILQRLAGDQEDLKS---KTQDHLDKFASEGLRTLVVGYKDLTESQFEDWKHAHHEAAISLEDREEKLDNVYDQIENNLKLLGATAIEDKLQDGVAQTISNLNLAGIKIWVLTGDKQETAINIGYSCQLLRDDLYEEPYIIDGQTFEAVQTQLLQIRNNIMSSMNGSVNGAEKQHEFIKDGNHRDSISMLTFSDSSFFSDDERNNVYYDKPRPHFPHDGNKSPISVVFNPEAVICCRVTPLQKAQVVELVKKYKKAVTLAIGDGANDVSMIKTAHIG 451          

HSP 2 Score: 75.0998 bits (183), Expect = 1.321e-13
Identity = 47/142 (33.10%), Postives = 79/142 (55.63%), Query Frame = 0
Query: 1734 MIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYND--TDIGL-----WEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGV 1868
            ++D M++ +YNL +TS P LA+GV+DQD  D      P+LY  G    ++    F+ S       S ++FF +YG Y++  T  GL       FG+++ T  + V+T  +A++T+ WTI + I++  S+  YF+    Y+ V
Sbjct:  453 LLDPMFIAVYNLFYTSQPVLALGVFDQDVSDASSLKYPKLYTPGLNSTLFNKREFFKSALHGFLTSCILFFCSYGAYHNKITSEGLTLSDHMLFGSVVSTILVVVVTAQIALDTSYWTIFNHITIWGSLIFYFLLQYSYNYV 594          

HSP 3 Score: 54.6842 bits (130), Expect = 2.418e-7
Identity = 27/58 (46.55%), Postives = 32/58 (55.17%), Query Frame = 0
Query: 1054 MYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGV---DFSHN 1108
            MYD       + R   + EELG ++YIF DKTGTLT N M F  C+I G    DF  N
Sbjct:    1 MYDNKSDTPAKARTTTLNEELGQIEYIFSDKTGTLTQNIMTFNKCSINGKAYGDFEEN 58          
BLAST of EMLSAG00000001685 vs. L. salmonis peptides
Match: EMLSAP00000008751 (pep:novel supercontig:LSalAtl2s:LSalAtl2s543:205452:220643:-1 gene:EMLSAG00000008751 transcript:EMLSAT00000008751 description:"augustus_masked-LSalAtl2s543-processed-gene-1.12")

HSP 1 Score: 145.591 bits (366), Expect = 7.295e-36
Identity = 86/273 (31.50%), Postives = 140/273 (51.28%), Query Frame = 0
Query: 1643 TLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFF---TAYGXYNDTDIG-LWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQFWFILIYTSVVAVFPRTCIKA 1911
            T AIGDG ND+SMIQ A +G GI G EG  A  A+DFA S+FK+L R LLVHG+W YDR++ ++ Y FYKN    F  F    +  FS   +    +L  +N I+TS+P L  G++++   +  L N P +Y+R    +  K           L+Q++VIFF    A+   N   +G L+  GT+I  S + V  + +  +   +     +S+++S+F Y +   +     +  F     + V +    ++  W I I   +  + P+  +++
Sbjct:   12 TAAIGDGGNDISMIQEAHVGFGIIGLEGKGAARAADFAFSKFKFLRRTLLVHGYWFYDRVAYVVQYSFYKNIVCFFCQFLIAFYSNFSATSLYSGTFLTCFNTIYTSVPVLIFGLFERRESEETLWNNPGIYQRNVGNKQLKAVKLVSWFCLGLWQAVVIFFGWLLAWPTMNSIGLGDLFCMGTVIGESTILVTNYQILFDAKYFDPKLVLSIVLSLFGYGIVTFVLQKGFIPFFEESNEFGVYELLFLSLPKWAISILLVLSCLLPKFFVRS 284          
BLAST of EMLSAG00000001685 vs. L. salmonis peptides
Match: EMLSAP00000008752 (pep:novel supercontig:LSalAtl2s:LSalAtl2s543:220738:223715:-1 gene:EMLSAG00000008752 transcript:EMLSAT00000008752 description:"maker-LSalAtl2s543-augustus-gene-1.69")

HSP 1 Score: 130.954 bits (328), Expect = 7.112e-31
Identity = 89/266 (33.46%), Postives = 147/266 (55.26%), Query Frame = 0
Query: 1341 YEAESPDELALVDAAFAYNCKLLKRTSNCAM-ISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVIVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVK--REKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIMNGDTKADRS-----LVIDGKTLVYIL 1598
            + A SPDE AL++A        L  T++  + I   +  +  +  L  L FDS RK MSV+++   T +  +  KGA+ +M   +  +  +       +++ +D +A+ GLR LV+  + LTE EY ++  +   A +++++  R K + E+Y+ +EN+    G TGIED+LQ+ + ET+  LR+AGI++ +LTGDK+ETA+NIA SC L P   +I+ +   S +     +   +      DT  +RS     LV+DGK L YI 
Sbjct:  472 FVASSPDEKALLEACRKGGYNYLGETNDGIISIQTKDRKIRNYRKLDELEFDSFRKSMSVIVQCEETSKIFVLTKGAETTMAESISSNYSD------LSRSLVDEFAEEGLRTLVLGYRTLTEDEYTSFNAKAEVARSAVIESNRTKFVREAYSLVENNLSFAGITGIEDKLQEDLQETLEALREAGIMICMLTGDKRETAVNIAQSCGLIPRGSQIIEICNVSIERDMNILISSVYDRQRNDT-LERSGVNTILVVDGKLLSYIF 730          

HSP 2 Score: 122.479 bits (306), Expect = 2.714e-28
Identity = 94/315 (29.84%), Postives = 146/315 (46.35%), Query Frame = 0
Query:  810 GRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSI-LHPWGER--------IPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFNDNYAPFLNVLSQGDSNPPFEG----------FLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFK-----NCTI 1100
            G  K    +++ VGDI+ L  NE +P DI++L SS + GLC+    NLDGET+LK++      K  R   +    R  +EC++P  KI  F G + L  + E          P+ + NLL+    LKNT  V G+ V+ G ++K+ LN+   + K S L           +  +L + F      G       D       +  +  +N  + G           +T   +  +    IP+SLY+T+E  K++   L  +D   YD      V C   ++ E+LG+V ++F DKTGTLT N M F+     NC +
Sbjct:  148 GNLKTLKSREIAVGDILRLVENEIVPCDIVVLSSSHDNGLCFAMXANLDGETSLKKKYSCNLTKYLRTKEEINNLRGFVECEVPNPKIDSFLGRLTLFRYNEEKRDTEEFSTPLNQTNLLMASTQLKNTKEVLGLCVFTGSQTKMSLNSRITKNKFSIL-----------ISTILTMHF------GFEYSTVRDKLYTQYKIYFEDTANEWYIGQVLDVDFMAWIITSLIWFTLFNFYIPISLYITLECQKMISSRLYRRDMIYYD----SNVLCNTSDVNEDLGLVTHLFTDKTGTLTTNVMTFRKYVDENCRV 441          
BLAST of EMLSAG00000001685 vs. L. salmonis peptides
Match: EMLSAP00000011668 (pep:novel supercontig:LSalAtl2s:LSalAtl2s80:933909:946053:-1 gene:EMLSAG00000011668 transcript:EMLSAT00000011668 description:"maker-LSalAtl2s80-augustus-gene-9.27")

HSP 1 Score: 72.7886 bits (177), Expect = 9.762e-13
Identity = 74/305 (24.26%), Postives = 123/305 (40.33%), Query Frame = 0
Query: 1380 VEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVIVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIMNGDTKADRSLV-----------IDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQA 1673
            +E   L   PFDS  +RM+VV +        ++ KGA     P  I+     + V       L +Y K G RV+  A K              LN+  S  + +K+     N +E     +G   +++ +++     I  L  A I   ++TGD   TAI++   CQL  S+  ++ V A      +  + Y L+     +   D + +            DGKT  +I +    L    ++     A     R  P QK  ++  +K+ L  + +  GDG ND   ++TA  G+ +S  E   A
Sbjct:  536 LEIAPLKTYPFDSAVQRMTVVAKKKGASHFDVFIKGA-----PEKIMGLSRPETVPQNFVAILQSYTKQGFRVIAAAXK-------------SLNSNLSWSEVDKI---HRNDLEKDAVFLGLIIMQNLVKEETYAAIKDLHDADINSVMVTGDNILTAISVGRDCQLVKSDQTVIRVEAEINQCQQLNVSYTLEENEKSNLVHDSNFIKSVQDMNYVFACDGKTFAHIRNNDRALLDRIVQRGKIFA-----RMLPEQKIHLIECMKD-LGRQVIMCGDGCNDCGALKTAHAGISLSMAEASVA 813          
BLAST of EMLSAG00000001685 vs. L. salmonis peptides
Match: EMLSAP00000009230 (pep:novel supercontig:LSalAtl2s:LSalAtl2s588:349813:378377:-1 gene:EMLSAG00000009230 transcript:EMLSAT00000009230 description:"maker-LSalAtl2s588-snap-gene-4.47")

HSP 1 Score: 64.6994 bits (156), Expect = 2.509e-10
Identity = 127/569 (22.32%), Postives = 219/569 (38.49%), Query Frame = 0
Query: 1387 VLPFDSNRKRMSVVLRHPITLQK---ILYCKGADASMLPRV-IVDNEEEKAVLLKTQTQ-------LDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTV-----NARSKDATETTIKYHLDAIMNGDTKADRSLVIDGKTLVY-ILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIG--VGISGXEGMQAVMASDFAIS--RFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIF-FTAYGXY-----NDTDIGLWE----FGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFS----YFVFALLYSG-VCVNCFG----------LQVPYWVMQHAMGTIQFWFILIYTSVVAVFPRTCI 1909
            V  F+S RK MS +    I L+K    +Y KGA   ++ +   +  E  K       +Q       ++  AK GLR + +A +    +  +     + N  N          +  +RI N+   +   GIED ++  VP+ I + + AGI V ++TGD   TA  IA  C +       L +     N R +DA+    ++ LD +        RS  ID  TLV  I+D + +  +  + +T                                  GDG ND   ++ AD+G  +GI+G +   A  ASD  ++   F  + + ++  G   YD +++ + +                          + A+ ++  NLI  +L  LA+   +   PD +L   P     GR   +         +   +YQ ++ F    YG       N    GL        T+I  S + +  F+   E N+  I    ++ + +FS    Y ++ L + G + +  FG          L+   W +   +GT      L++  +V   P +CI
Sbjct:  516 VYTFNSARKSMSTI----IPLEKGGYRVYTKGASEIIMKKCSFILGEGGKVDKFTCSSQERTVREIIEPMAKDGLRTISIAYRDFVPSRAEINQVHYENEPN---------WDEEDRIINNLTCLCVVGIEDPVRPEVPQAIKQCQSAGITVRMVTGDNINTARAIATKCGIIKQGDNFLVMDGKEFNQRIRDASGEVSQHLLDKVWPNLRVLARSQPIDKYTLVKGIIDSKISSNREVVAVT----------------------------------GDGTNDGPALKKADVGFAMGIAGTD--VAKEASDIILTDDNFSSIVKAVM-WGRNVYDSIAKFLQF-------------------------QLTAVQMLWVNLIMDTLASLALAT-EXPTPD-LLNRKP----YGRTKPLISRVMAKNILGQGVYQLVITFGMMFYGDKLLDIDNGRGAGLHSPPTPHFTMIFNSFVMMTIFN---EINARKIHGQRNIFIGLFSNPIYYIIWILTFVGQIVIVQFGGIAFSTSPLNLEQWVWCIFLGIGT------LVWQQLVTSIPTSCI 994          
BLAST of EMLSAG00000001685 vs. L. salmonis peptides
Match: EMLSAP00000006553 (pep:novel supercontig:LSalAtl2s:LSalAtl2s359:384925:391538:1 gene:EMLSAG00000006553 transcript:EMLSAT00000006553 description:"maker-LSalAtl2s359-augustus-gene-4.12")

HSP 1 Score: 63.5438 bits (153), Expect = 5.985e-10
Identity = 87/362 (24.03%), Postives = 149/362 (41.16%), Query Frame = 0
Query: 1333 TPTEIRPIYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVIVDNEEEKAVLLKTQTQLDNYAKI------GLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDA------------IMNGDTKADRSLVIDGKTLVYI-LDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLA--IGDGANDVSMIQTADIGVGISGXEGMQA 1673
            TPT I+P          A V++ F  N ++              +  +EF ++ + PF S   RMSV++R           K  D     RV V    EK + L  +  L  +  +      G RV+ ++ K L +T++    K         +KRE         +E+  + +G   + + L+      I  L +A I   ++TGD   TAI++A    L   + +++ V A + D  E T     ++            I  G+ + +    IDGKT   + L  R  L +  ++ T +       R  P QKA   ++++E + +  +    GDGAND S ++ A +G+ +S  E   A
Sbjct:  525 TPTVIKP-------KNSAFVESQFDENAQI--------------QDTLEFGIMRLFPFSSEVARMSVIVR-----------KLGDEFF--RVFVKGAPEKIIGLCNEVPLGFHENLKALTLKGYRVIALSTKELHDTKWHKIQK---------LKRE--------YVESELKFLGFLVMRNNLKSESKPVIDLLTEADIRCVMVTGDNILTAISVAREXGLIGPSDDVMRVEA-TPDKLEITPTLLNESNERSTSDGNNVIIDTGEMRNNYHFAIDGKTWKNLRLHYRALLPRFIVKGTVFA------RMDPEQKA---QLIEEAIKIDYVVGMCGDGANDCSALKAAHVGISLSEAEASVA 825          
BLAST of EMLSAG00000001685 vs. SwissProt
Match: gi|300669610|sp|Q9P241.3|AT10D_HUMAN (RecName: Full=Probable phospholipid-transporting ATPase VD; AltName: Full=ATPase class V type 10D; AltName: Full=P4-ATPase flippase complex alpha subunit ATP10D)

HSP 1 Score: 1043.49 bits (2697), Expect = 0.000e+0
Identity = 574/1334 (43.03%), Postives = 789/1334 (59.15%), Query Frame = 0
Query:  692 KQRVVVPDHVIPVDVPEHEHPNHKYTKNKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSILHPWGERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFNDNYAPFLNVLSQGDSN---PPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHN---------------------------SSMDK----------NGTSGRAVIPVNPLL----------------HQRLVS-PSPPEPDL-----LINQSPNVSPK------ECHQN------HIEDFFTLLSVCNTVIVAKYPHRDAMNVSGLIVHSNSMVSVDNHSMLSCIDENADEKSNAGLSTRSPSPPLSFISTSSTEPLKPNSSSMAIPMTKLGSTPVSTRPPVTKSRLLHLLPMSP--KPLSPIASSPETSPLSSPVSSRRPKHLQLPSLFAKLKSRSNSSLSKLQIVSTSPTPTEIRPIYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVIVDN-------EEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIMNG---------------------DTKADRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQFWFILIYTSVVAVFPRTCIKALINTCRPNSV 1921
            + R+VVP H+ P    E+E  +  Y  N+IRTTKYTLL F+P+NLFEQFHR ANLYFLF+V+LNWVP + AF KE++M+P++ VL   AIKD  ED R+Y+ DK+INN   +VY     +Y    WKDV VGD + LSCNE IPAD++LL S+D  G+C+I+T  LDGE+NLKQR+V RG+ EQ     P++F S IEC+ P   + RF G + H   ER+ + K+NLLLR C ++NT+ V GIVVYAGHE+K MLNN GPRYKRS+LER+ N +V+WCV +L+++C  GAVG GIWL  +   +  F NV  + D +   P   GF  FWT +I+LQV+IP+SLYV+IE+ KL Q+Y I  D   Y++     V+CRALNI E+LG +QY+F DKTGTLT+NKM+F+ C++ G D+ H                            S+M K          NG  G    P N L                 H R  +  SP E D+     L+++   ++P+      E  QN      +I DFF  L++CNTV+V+      A N     +   S+  +   S+     E            RS SP L+    S  EP      S  +P   +   P+ +R          + P SP  + +S +  SP+ S  S+  +    +H              ++ L   +  S    P      YEAESPDE ALV AA AY C L  RT    M+     G + F++LH+LPFDS RKRMSVV+RHP++ Q ++Y KGAD+ ++  + V +       +++  V  KTQ  LD+YAK GLR L +AKK++++TEY  W++ H  AE S+  RE+LL ES  R+EN   L+GATGIEDRLQ+GVPE+I  L +AGI +W+LTGDKQETA+NIAY+C+L   + ++  +N +SKDA    +   L  +                        D+     L+I GKTL + L +  +LQK FLELTS+C +V+CCRATPLQK+ +V++V+  L + TLAIGDGANDVSMIQ ADIG+G+SG EGMQAVMASDFA+S+FK+L +LLLVHGHW Y RLS MI YFFYKN  +V + FWYQ FCGFSG  M D   L+ +NL+FTS PP+  GV ++D     L  +P LY  G+  + Y P++FWI++ DA YQS+V FF  Y  Y  +D  ++ FG  + T+ LF++  HL +E+ S T IH + +I SI SYF+FA+++  +CV C     PYW+MQ  M    F+ + I T+ +A+ PR   + L  +  P+ +
Sbjct:   49 RHRIVVP-HIQPFK-DEYEKFSGAYVNNRIRTTKYTLLNFVPRNLFEQFHRAANLYFLFLVVLNWVPLVEAFQKEITMLPLVVVLTIIAIKDGLEDYRKYKIDKQINNLITKVYSRKEKKYIDRCWKDVTVGDFIRLSCNEVIPADMVLLFSTDPDGICHIETSGLDGESNLKQRQVVRGYAEQDSEVDPEKFSSRIECESPNNDLSRFRGFLEHSNKERVGLSKENLLLRGCTIRNTEAVVGIVVYAGHETKAMLNNSGPRYKRSKLERRANTDVLWCVMLLVIMCLTGAVGHGIWLSRYEKMH--FFNV-PEPDGHIISPLLAGFYMFWTMIILLQVLIPISLYVSIEIVKLGQIYFIQSDVDFYNEKMDSIVQCRALNIAEDLGQIQYLFSDKTGTLTENKMVFRRCSVAGFDYCHEENARRLESYQEAVSEDEDFIDTVSGSLSNMAKPRAPSCRTVHNGPLGNK--PSNHLAGSSFTLGSGEGASEVPHSRQAAFSSPIETDVVPDTRLLDKFSQITPRLFMPLDETIQNPPMETLYIIDFFIALAICNTVVVS------APNQPRQKIRHPSLGGLPIKSL-----EEIKSLFQRWSVRRSSSPSLN----SGKEP------SSGVPNAFVSRLPLFSR----------MKPASPVEEEVSQVCESPQCSSSSACCTETEKQH-------------GDAGLLNGKAESLPGQPLACNLCYEAESPDEAALVYAARAYQCTLRSRTPEQVMVDFAALGPLTFQLLHILPFDSVRKRMSVVVRHPLSNQVVVYTKGADSVIMELLSVASPDGASLEKQQMIVREKTQKHLDDYAKQGLRTLCIAKKVMSDTEYAEWLRNHFLAETSIDNREELLLESAMRLENKLTLLGATGIEDRLQEGVPESIEALHKAGIKIWMLTGDKQETAVNIAYACKLLEPDDKLFILNTQSKDACGMLMSTILKELQKKTQALPEQVSLSEDLLQPPVPRDSGLRAGLIITGKTLEFALQE--SLQKQFLELTSWCQAVVCCRATPLQKSEVVKLVRSHLQVMTLAIGDGANDVSMIQVADIGIGVSGQEGMQAVMASDFAVSQFKHLSKLLLVHGHWCYTRLSNMILYFFYKNVAYVNLLFWYQFFCGFSGTSMTDYWVLIFFNLLFTSAPPVIYGVLEKDVSAETLMQLPELYRSGQKSEAYLPHTFWITLLDAFYQSLVCFFVPYFTYQGSDTDIFAFGNPLNTAALFIVLLHLVIESKSLTWIHLLVIIGSILSYFLFAIVFGAMCVTCNPPSNPYWIMQEHMLDPVFYLVCILTTSIALLPRFVYRVLQGSLFPSPI 1329          
BLAST of EMLSAG00000001685 vs. SwissProt
Match: gi|22261792|sp|O60312.2|AT10A_HUMAN (RecName: Full=Probable phospholipid-transporting ATPase VA; AltName: Full=ATPase class V type 10A; AltName: Full=Aminophospholipid translocase VA; AltName: Full=P4-ATPase flippase complex alpha subunit ATP10A)

HSP 1 Score: 1033.48 bits (2671), Expect = 0.000e+0
Identity = 568/1311 (43.33%), Postives = 780/1311 (59.50%), Query Frame = 0
Query:  719 NKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSILHPWGERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFNDNYAPFLNVLSQGDS-NPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNS-----------------------SMDKNGTSG----------------------RAVIPVNPLLHQRLVSPSPPEPDLLINQSPNVSPK--EC--------HQNH-----------IEDFFTLLSVCNTVIVAKYPHRDAMNVSGLIVHSNSMVSVDNHSMLSCIDENADEKSNAGLSTRSPSPPLSFISTSSTEPLKPNSSSMAIPMTKLGSTPVSTRPPVTKSRLLHLLPMSPKPLSPIASSPETSPLSSPVSSRRPKHLQLPSLFAKLKSRSNSSLSKLQIVSTSPTPTEIRPIYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASML----PRVIVD--NEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIMN-------------------------GDTKADR--SLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQFWFILIYTSVVAVFPRTCIKALINTCRPNSVTEVLLSRQ 1929
            N+++TTKYTLL FLPKNLFEQFHR AN+YF+FI LLN+VPA+NAF   +++ PV+F+L  TA +DL+ED  R++SD +IN+  C V+     +Y   +WK++ VGD V L CNE  PADILLL SSD  GLC+I+T NLDGETNLK+R+V RGF E    F P  F S IEC+ P   + RF G I+H  G++  + K+NLLLR C L+NTD V GIV+YAGHE+K +LNN GPRYKRS+LER+MN +V+WCV +L+ +    AVG G+W+  + +  + F    S G S +P      +F T +I+LQV+IP+SLYV+IE+ K  QVY I++D ++YD+    +++CRALNI E+LG +QYIF DKTGTLT+NKM+F+ CT+ GV++SH++                       S+ + G+ G                      RA      +L +     SP E D  I   P +  K  EC        HQ H           + DFF  L++CNTV+V   P +    V          V  +  S +  I++     + + L++            SS   L  N SS      KLGS+  ST  P +   LL L     +P S IAS+  +S   +  S                           ++     +  E+R  YEAESPDE ALV AA AYNC L++R  +   + LP+ G + FE+LH L FDS RKRMSVV+RHP+T +  +Y KGAD+ ++    P   VD     +K +  KTQ  L+ YA  GLR L +AK++L++ EY  W++ HL AE+S+   E+LL +S  R+E +  L+GATGIEDRLQDGVPETI+KLRQAG+ +WVLTGDKQETA+NIAY+C+L   + E++T+NA S++A    +   L  + +                           T + R  SLVIDG++L Y L+K  NL+  FL L   C SVLCCR+TPLQK+ +V++V+ +L   TLAIGDGANDVSMIQ AD+GVGISG EGMQAVMASDFA+ +F+YLERLL++HGHW Y RL+ M+ YFFYKN  FV + FW+Q FCGFS   MID  YL+ +NL+F+SLPPL  GV D+D P  +L   P+LY+ G+  + Y+P +FW +MADA +QS+V F   Y  Y D+++ L+ +GT I T  L     HL +ET +WT ++WI+   S+  +F  AL+Y+  C  C+    PYW MQ  +G   F+   + T V A+ PR   ++L     P   T++ L+RQ
Sbjct:   62 NRLKTTKYTLLSFLPKNLFEQFHRPANVYFVFIALLNFVPAVNAFQPGLALAPVLFILAITAFRDLWEDYSRHRSDHKINHLGCLVFSREEKKYVNRFWKEIHVGDFVRLRCNEIFPADILLLSSSDPDGLCHIETANLDGETNLKRRQVVRGFSELVSEFNPLTFTSVIECEKPNNDLSRFRGCIIHDNGKKAGLYKENLLLRGCTLRNTDAVVGIVIYAGHETKALLNNSGPRYKRSKLERQMNCDVLWCVLLLVCMSLFSAVGHGLWIWRYQEKKSLFYVPKSDGSSLSPVTAAVYSFLTMIIVLQVLIPISLYVSIEIVKACQVYFINQDMQLYDEETDSQLQCRALNITEDLGQIQYIFSDKTGTLTENKMVFRRCTVSGVEYSHDANAQRLARYQEADSEEEEVVPRGGSVSQRGSIGSHQSVRVVHRTQSTKSHRRTGSRAEAKRASMLSKHTAFSSPMEKD--ITPDPKLLEKVSECDKSLAVARHQEHLLAHLSPELSDVFDFFIALTICNTVVVTS-PDQPRTKVR---------VRFELKSPVKTIEDFLRRFTPSCLTS----------GCSSIGSLAANKSSH-----KLGSSFPST--PSSDGMLLRLEERLGQPTSAIASNGYSSQADNWAS---------------------------ELAQEQESERELR--YEAESPDEAALVYAARAYNCVLVERLHDQVSVELPHLGRLTFELLHTLGFDSVRKRMSVVIRHPLTDEINVYTKGADSVVMDLLQPCSSVDARGRHQKKIRSKTQNYLNVYAAEGLRTLCIAKRVLSKEEYACWLQSHLEAESSLENSEELLFQSAIRLETNLHLLGATGIEDRLQDGVPETISKLRQAGLQIWVLTGDKQETAVNIAYACKLLDHDEEVITLNATSQEACAALLDQCLCYVQSRGLQRAPEKTKGKVSMRFSSLCPPSTSTASGRRPSLVIDGRSLAYALEK--NLEDKFLFLAKQCRSVLCCRSTPLQKSMVVKLVRSKLKAMTLAIGDGANDVSMIQVADVGVGISGQEGMQAVMASDFAVPKFRYLERLLILHGHWCYSRLANMVLYFFYKNTMFVGLLFWFQFFCGFSASTMIDQWYLIFFNLLFSSLPPLVTGVLDRDVPANVLLTNPQLYKSGQNMEEYRPRTFWFNMADAAFQSLVCFSIPYLAYYDSNVDLFTWGTPIVTIALLTFLLHLGIETKTWTWLNWITCGFSVLLFFTVALIYNASCATCYPPSNPYWTMQALLGDPVFYLTCLMTPVAALLPRLFFRSLQGRVFP---TQLQLARQ 1309          
BLAST of EMLSAG00000001685 vs. SwissProt
Match: gi|29336760|sp|Q8K2X1.2|AT10D_MOUSE (RecName: Full=Probable phospholipid-transporting ATPase VD; AltName: Full=ATPase class V type 10D; AltName: Full=P4-ATPase flippase complex alpha subunit ATP10D)

HSP 1 Score: 1017.3 bits (2629), Expect = 0.000e+0
Identity = 562/1383 (40.64%), Postives = 782/1383 (56.54%), Query Frame = 0
Query:  651 AKHHKRQASRTXSLGFSFKGXSRXASREXGGGGGQDEVNEVKQRVVVPDHVIPVDVPEHEHPNHKYTKNKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSILHPWGERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFNDNYAPFLNVLSQGDS--NPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHN---------------------------SSMDKNGTSGRAVIPVNPL-----------------------LHQRLVSPSPP------------------EPDLLINQSPNVSPKECHQNHIEDFFTLLSVCNTVIVAKYPHRDAMNVSGLIVHSNSMVSVDNHSMLSCIDENADEKSNAGLSTRSPSPPLSFISTSSTEPLKPNSSSMAIPMTKLGSTPVSTRPPVTKSRLLHLLPMSPKPLSPIASSPETSPLSSPVSSRRPKHLQLPSLFAKLKSRSNSSLSKLQIVSTSPTPTEIRPIYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVIV------DNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIM--------------------NGDTKADRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQFWFILIYTSVVAVFPRTCIKALINTCRPNSVTEV-LLSRQSNEENKE 1936
            A+HH R+ S   + G   +  +  +    GG   +      K RVV+P      D  E+E  +  Y  N+IRTTKYTLL F+P+NLFEQFHR ANLYFLF+V+LNWVP + AF KE++M+P++ VL   AIKD  ED R+Y+ DK+INN   +VY     +Y    WK+V VGD + LSCNE IPAD++LL S+D  G+C+I+T  LDGE+NLKQR+V RG+ EQ     P++F S IEC+ P   + RF G + H   ER+ + K+NLLLR C ++NT+ V GIVVYAGHE+K MLNN GPRYKRS+LER+ N +V+WCV +L+V+C  GA+G GIWL  + +    F N+        +P   GF  FWT +I+LQV+IP+SLYV+IE+ KL Q+Y I  D   Y++     ++CRALNI E+LG +QY+F DKTGTLT+NKM+F+ C++ G D+ H                            S+M +    G   +P  PL                        H R  + S P                   P LL               +I DFF  L++CNTV+V+  P++    +    +    + S++         +N  +K    LS R  S P    S +S +     +    +      S P  + P   +S  +  +P +        +  +   +   VSS            A+  S    S S L   + SP              DE ALV AA AY C L  RT    M+     G + F++LH+LPFDS RKRMSVV+RHP++ Q ++Y KGAD+ ++  + V      + E++  +  +TQ  LD YAK GLR L +AKK++++TEY  W++ H  AE S+  RE+LL ES  R+EN   L+GATGIEDRLQ+GVPE+I  L QAGI +W+LTGDKQETA+NIAY+C+L   + ++  +N +S+DA    +   L+ +                     +   +    LVI GKTL + L +  +LQ+ FLELT++C +V+CCRATPLQK+ +V++V+   H+ TL IGDGANDVSMIQ ADIG+G+SG EGMQAVMASDFAIS+F++L +LLLVHGHW Y RLS MI YFFYKN  +V + FWYQ FCGFSG  M D   L+ +NL+FTS+PP+  GV ++D     L  +P LY  G+  + Y P +FWI++ DA YQS+V FF  Y  Y  +DI ++ FG  + T+ LF++  HL +E+ S T IH +  + SI SYF FAL +  +CV C     PY +M+  M    F+ + + T+ VA+ PR   + L  +  P+ V       R   EE  E
Sbjct:    8 ARHHWRRLSHGRAQGEDERPYNYASLLACGGKSSRTPRPAGKHRVVIPHLQCFKD--EYERFSGTYVNNRIRTTKYTLLNFVPRNLFEQFHRAANLYFLFLVVLNWVPLVEAFQKEITMLPLVVVLTIIAIKDGLEDYRKYKIDKQINNLITKVYSRKEKKYIDCCWKNVTVGDFIRLSCNEIIPADMVLLFSTDPDGICHIETSGLDGESNLKQRQVVRGYTEQDSEVDPEKFSSRIECESPNNDLSRFRGFLEHANKERVGLSKENLLLRGCTIRNTEAVVGIVVYAGHETKAMLNNSGPRYKRSKLERRANTDVLWCVLLLIVMCLTGALGHGIWLSRYENML--FFNIPEPDGRVISPVLTGFYVFWTMIILLQVLIPISLYVSIEIVKLGQIYFIQSDVDFYNEKMDSTIQCRALNITEDLGQIQYLFSDKTGTLTENKMVFRRCSVAGFDYCHEENAKRLESYQEAVSEEEECTDTLGGSLSNMARPRAQGCRTVPSGPLGKPSAQLSGSTSAVGNGEGSGEVPHSRQAAFSSPMETDVVPDTRLLDKFSQLTPQLLTGLDGTAQSSPLETLYIMDFFIALAICNTVVVSA-PNQPRQKIGLSSLGGMPIKSLEE-------IKNIFQK----LSVRRSSSP----SLASGKDSSSGTPCAFVSRISFFSRPKLSPPMEDESSQMDEIPQASNSACCTETEAQNRAVGLSVSS------------AEALSGPPPSASNLCYEAESP--------------DEAALVYAARAYRCTLQSRTPEQVMVDFAALGSLTFQLLHILPFDSVRKRMSVVVRHPLSKQVVVYTKGADSVIMELLSVAASDGTNPEQQMIIRERTQRHLDEYAKRGLRTLCVAKKVMSDTEYAEWLRNHFLAETSIDNREELLVESAMRLENKLTLLGATGIEDRLQEGVPESIEALHQAGIKIWMLTGDKQETAVNIAYACKLLEPDDKLFILNTQSQDACGMLMSAILEELQKRAQVSPELASSRKNFPQPSDAQGQGRAGLVITGKTLEFALQE--SLQRQFLELTAWCQAVICCRATPLQKSEVVKLVRNHHHVLTLPIGDGANDVSMIQVADIGIGVSGQEGMQAVMASDFAISQFRHLSKLLLVHGHWCYTRLSNMILYFFYKNVAYVNLLFWYQFFCGFSGTSMTDYWVLIFFNLLFTSVPPIIYGVLEKDVSAETLLQLPELYRSGQRSEEYLPLTFWITLLDAFYQSLVCFFVPYFTYQGSDIDIFTFGNPLNTAALFIILLHLVIESKSLTWIHMLVTVGSILSYFFFALAFGALCVTCNPPSNPYGIMRKHMLDPVFYLVCVLTTFVALLPRFLYRVLQGSVFPSPVLRAKYFDRLPPEERAE 1342          
BLAST of EMLSAG00000001685 vs. SwissProt
Match: gi|67462181|sp|O54827.4|AT10A_MOUSE (RecName: Full=Probable phospholipid-transporting ATPase VA; AltName: Full=ATPase class V type 10A; AltName: Full=P-locus fat-associated ATPase; AltName: Full=P4-ATPase flippase complex alpha subunit ATP10A)

HSP 1 Score: 596.275 bits (1536), Expect = 0.000e+0
Identity = 305/660 (46.21%), Postives = 417/660 (63.18%), Query Frame = 0
Query: 1341 YEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVI------VDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIMN--------------------------GDTKADRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQFWFILIYTSVVAVFPRTCIKALINTCRPNSVTEVLLSRQSNEE--NKEEDSLFSASSVLRSNFLRGQ--CGSSTEMTE 1964
            YEAESPDE ALV AA AYNC L+ R  +   + LP+ G + FE+LH L FDS RKRMSVV+RHP+T +  +Y KGAD+ ++  ++           +K +  KTQ  L+ YA  GLR L +AK++L++ EY  W++ H+ AE S+  RE+LL +S  R+E +  L+GATGIEDRLQ+GVPETIAKLRQAG+ +WVLTGDKQETAINIAY+C+L     E++T+NA S++A    +   L  + +                           D     SLVIDG++L Y L+K  +L+  FL L   C SVLCCR+TPLQK+ +V++V+ +L   TLAIGDGANDVSMIQ AD+GVGISG EGMQAVMASDFA+ RF+YLERLL+VHGHW Y RL+ M+ YFFYKN  FV + FW+Q +CGFS   MID  YL+ +NL+F+SLP L  GV D+D P  +L   P+LY+ G+  + Y+P +FW++M DA +QS+V FF  Y  Y D+D+ ++ +GT +    LF    HL +ET +WT ++W++   S F +F  AL+Y+  C  C+    PYW MQ  +G   F+   +   + A+ PR   KAL  +  P   T++ L RQ  ++  NK  D         +  F +GQ    S TE++E
Sbjct:  708 YEAESPDEAALVYAARAYNCALVDRLHDQVSVELPHLGRLTFELLHTLGFDSIRKRMSVVIRHPLTDEINVYTKGADSVVMDLLLPCSSDDARGRHQKKIRSKTQNYLNLYAVEGLRTLCIAKRVLSKEEYACWLQSHIEAEASVESREELLFQSAVRLETNLHLLGATGIEDRLQEGVPETIAKLRQAGLQIWVLTGDKQETAINIAYACKLLDHGEEVITLNADSQEACAALLDQCLSYVQSRNPRSTLQNSESNLSVGFSFNPVSTSTDASPSPSLVIDGRSLAYALEK--SLEDKFLFLAKQCRSVLCCRSTPLQKSMVVKLVRSKLKAMTLAIGDGANDVSMIQVADVGVGISGQEGMQAVMASDFAVPRFRYLERLLIVHGHWCYSRLANMVLYFFYKNTMFVGLLFWFQFYCGFSASAMIDQWYLIFFNLLFSSLPQLVTGVLDKDVPADMLLREPQLYKSGQNMEEYRPRAFWLNMVDAAFQSLVCFFIPYLAYYDSDVDVFTWGTPVTAIALFTFLLHLGIETKTWTWLNWLACGFSTFLFFSVALIYNTSCATCYPPSNPYWTMQTLLGDPLFYLTCLIAPIAALLPRLFFKALQGSLFP---TQLQLGRQLAKKPLNKFSDP--------KETFAQGQPPGHSETELSE 1354          

HSP 2 Score: 468.003 bits (1203), Expect = 3.990e-136
Identity = 238/524 (45.42%), Postives = 327/524 (62.40%), Query Frame = 0
Query:  719 NKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSILHPWGERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFNDNYAPFLNVLSQGDS-NPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNSSMDK-----------------------NGTSG----------------------RAVIPVNPLLHQRLVSPSPPEPDLLINQSPNVSPK--EC--------HQNH-----------IEDFFTLLSVCNTVIV 1175
            N+++TTKYTLL FLPKNLFEQFHR AN+YF+FI LLN+VPA+NAF   +++ PV+F+L  TAIKDL+ED  R++SD  IN+  C V+     +Y   YWK+++VGD V L CNE IPADILLL SSD  GLC+I+T NLDGETNLK+R+V RGF E    F P  F S IEC+ P   + RF G I+H  GE+  + K+NLLLR C ++NT+ V GIV+YAGHE+K +LNN GPRYKRS+LER+MN +V+WCV +L+ +    AVG G+W+  + +  A F    S G S +P      +F+T +I+LQV+IP+SLYV+IE+ K+ QVY I++D ++YD+    +++CRALNI E+LG ++YIF DKTGTLT+NKM+F+ CT+ G+++SH+++  +                        G++G                      RA      +L +     SP E D  I   P +  K  EC        HQ H           + DFF  L++CNTV+V
Sbjct:   66 NRLKTTKYTLLSFLPKNLFEQFHRLANVYFVFIALLNFVPAVNAFQPGLALAPVLFILAVTAIKDLWEDYSRHRSDHEINHLGCLVFSREEKKYVNRYWKEIRVGDFVRLCCNEIIPADILLLSSSDPDGLCHIETANLDGETNLKRRQVVRGFSELVSEFNPLTFTSVIECEKPNNDLSRFRGYIMHSNGEKAGLHKENLLLRGCTIRNTEAVAGIVIYAGHETKALLNNSGPRYKRSQLERQMNCDVLWCVLLLVCISLFSAVGHGLWVRRYQEKKALFDVPESDGSSLSPATAAVYSFFTMIIVLQVLIPISLYVSIEIVKVCQVYFINQDIELYDEETDSQLQCRALNITEDLGQIKYIFSDKTGTLTENKMVFRRCTVSGIEYSHDANAQRLARYQEADSEEEEVVSKVGTISHRGSTGSHQSIWMTHKTQSIKSHRRTGSRAEAKRASMLSKHTAFSSPMEKD--ITPDPKLLEKVSECDRFLAIARHQEHPLAHLSPELSDVFDFFIALTICNTVVV 587          
BLAST of EMLSAG00000001685 vs. SwissProt
Match: gi|17370591|sp|Q9GKS6.1|AT10D_MACFA (RecName: Full=Probable phospholipid-transporting ATPase VD; AltName: Full=ATPase class V type 10D; AltName: Full=P4-ATPase flippase complex alpha subunit ATP10D)

HSP 1 Score: 568.155 bits (1463), Expect = 0.000e+0
Identity = 286/574 (49.83%), Postives = 392/574 (68.29%), Query Frame = 0
Query: 1341 YEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVIVDNEE----EKAVLL---KTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARS-KDATETTIKYHLDAIMNGDTKADRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQFWFILIYTSVVAVFPR 1906
            YEAESPDE ALV AA AY C L  RT    M+     G + F++LH+LPFDS RKRMSVV+RHP++ Q ++Y KGAD+ ++  + V + +    EK  ++   KTQ  LD+YAK GLR L +AKK++++TEY  W++ H  AE S+  RE+LL ES  R+EN   L+GATGIEDRLQ+GVPE+I  L +AGI +W+LTGDKQETA+NIAY+C L  + ++ L    ++  +    ++  H   +   D+     L+I GKTL + L +  +LQK FLELTS+C +V+CCRATPLQK+ +V++V+  L + TLAIGDGANDVSMIQ ADIG+G+SG EGMQAVMASDFA+S+FK+L +LLLVHGHW Y RLS MI YFFYKN  +V + FWYQ FCGFSG  M D   L+ +NL+FTS PP+  GV ++D     L  +P LY+ G+  + Y P++FWI++ DA YQS+V FF  Y  Y  +DI ++ FG  + T+ LF++  HL +E+ S T IH + +  SI SYF+FA+++  +CV C     PYW+MQ  +    F+ + I T+ +A+ PR
Sbjct:    7 YEAESPDEAALVYAARAYQCTLQSRTPEQVMVDFAASGPLTFQLLHILPFDSVRKRMSVVVRHPLSNQVVVYTKGADSVIMELLSVASPDGAGPEKQQMIIREKTQRHLDDYAKQGLRTLCIAKKVMSDTEYAEWLRNHFLAETSIDNREELLLESAMRLENKLTLLGATGIEDRLQEGVPESIEALHKAGIKIWMLTGDKQETAVNIAYACMLMSTILKELQKKTQALPEQVSLSVDLHQPPVPQ-DSGLRAGLIITGKTLEFALQE--SLQKQFLELTSWCQTVVCCRATPLQKSEVVKLVRSHLQVMTLAIGDGANDVSMIQVADIGIGVSGQEGMQAVMASDFAVSQFKHLSKLLLVHGHWCYTRLSNMILYFFYKNVAYVNLLFWYQFFCGFSGTSMTDYWVLIFFNLLFTSAPPVIYGVLEKDVSAETLMQLPELYKSGQKSEAYLPHTFWITLLDAFYQSLVCFFVPYFTYQGSDIDIFAFGNPLNTAALFIILLHLIIESKSLTWIHMLVITGSILSYFLFAIVFGAMCVTCNPPSNPYWIMQEHVLDPVFYLVCILTTCIALLPR 577          
BLAST of EMLSAG00000001685 vs. SwissProt
Match: gi|30316350|sp|O94823.2|AT10B_HUMAN (RecName: Full=Probable phospholipid-transporting ATPase VB; AltName: Full=ATPase class V type 10B; AltName: Full=P4-ATPase flippase complex alpha subunit ATP10B)

HSP 1 Score: 567 bits (1460), Expect = 1.584e-171
Identity = 298/638 (46.71%), Postives = 397/638 (62.23%), Query Frame = 0
Query: 1314 LKSRSNSSLSKLQIVSTSPTPTEIRP--IYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASML-----PRVIVDNEEEKA---VLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIMNGD--TKADRSL-----------------------VIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQFWFILIYTSVVAVFPRTCIKALINTC 1916
            L+S S +SL +      +P     RP   YEAESPDE ALV AA AY+  L+ RT     + LP    + F +L  L FDS RKRMSVV+RHP+T + ++Y KGAD+ ++     P  + D   EK    +  +TQ  LD YA+ GLR L +AKK+++E ++  W      AE S+  R++LL E+   +EN   L+GATGIEDRLQ+GVP+TIA LR+AGI +WVLTGDKQETA+NIA+SC+L      + T+N  +++  E+ +   L+ +       K DR L                       VIDGKTL  I   +  L+K FLELT YC SVLCCR+TPLQK+ IV++V+++L + TL+IGDGANDVSMIQ ADIG+GISG EGMQAVM+SDFAI+RFK+L++LLLVHGHW Y RL+RM+ Y+ YKN  +V + FWYQ FCGFS   MID   ++ +NL FTSLPPL  GV D+D     L  +P LY+ G+  + Y   +FWISM DA YQS++ FF  Y  Y  +DI ++ FGT I T  L  +  H A+E  +WTI H + L+ S   YF+ +LLY+  CV C     PYWVM+  +    F+ +   T VVA+ PR    +L  TC
Sbjct:  691 LESGSGTSLEE---ALEAPATDLARPEFCYEAESPDEAALVHAAHAYSFTLVSRTPEQVTVRLPQGTCLTFSLLCTLGFDSVRKRMSVVVRHPLTGEIVVYTKGADSVIMDLLEDPACVPDINMEKKLRKIRARTQKHLDLYARDGLRTLCIAKKVVSEEDFRRWASFRREAEASLDNRDELLMETAQHLENQLTLLGATGIEDRLQEGVPDTIATLREAGIQLWVLTGDKQETAVNIAHSCRLLNQTDTVYTINTENQETCESILNCALEELKQFRELQKPDRKLFGFRLPSKTPSITSEAVVPEAGLVIDGKTLNAIFQGK--LEKKFLELTQYCRSVLCCRSTPLQKSMIVKLVRDKLRVMTLSIGDGANDVSMIQAADIGIGISGQEGMQAVMSSDFAITRFKHLKKLLLVHGHWCYSRLARMVVYYLYKNVCYVNLLFWYQFFCGFSSSTMIDYWQMIFFNLFFTSLPPLVFGVLDKDISAETLLALPELYKSGQNSECYNLSTFWISMVDAFYQSLICFFIPYLAYKGSDIDVFTFGTPINTISLTTILLHQAMEMKTWTIFHGVVLLGSFLMYFLVSLLYNATCVICNSPTNPYWVMEGQLSNPTFYLVCFLTPVVALLPRYFFLSLQGTC 1323          

HSP 2 Score: 442.195 bits (1136), Expect = 1.388e-127
Identity = 210/431 (48.72%), Postives = 297/431 (68.91%), Query Frame = 0
Query:  684 GQDEVNEVKQRVVVPDHVIPVDVPEHEHPNHKYTKNKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSILHPWGERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFNDNYAPFLNVLSQGDSNP-PFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNSSMDK 1113
            G+   N  +QRVV P++ I     + E  + +Y  N+  TTKYTL  FLP+NLFEQFHR+ANLYFLF+V+LNW+P++  F +E++M+P+  VL    IKD  ED +R++ DK IN S  R+Y+     Y +  WKDV+VGD + + CNE +PADILLL SSD  G+C+++T +LDGETNLKQR V +GF +Q + F+P+ F +TI C+ P   + +F G + HP   R   G ++LLLR C ++NT+   GIV+YAGHE+K MLNN GPRYKRS++ER+MN+++ +C+ IL+++C IGAVG  IW   F + + PF    + G   P    GF  F T +I+LQV+IP+SLYV+IE+ KL QV+ +  D  +YD+     ++CRALNI E+LG +QYIF DKTGTLT+NKM+F+ CTI G ++SH  +  +
Sbjct:   36 GRQSYNLTQQRVVFPNNSIFHQ--DWEEVSRRYPGNRTCTTKYTLFTFLPRNLFEQFHRWANLYFLFLVILNWMPSMEVFHREITMLPLAIVLFVIMIKDGMEDFKRHRFDKAINCSNIRIYERKEQTYVQKCWKDVRVGDFIQMKCNEIVPADILLLFSSDPNGICHLETASLDGETNLKQRCVVKGFSQQEVQFEPELFHNTIVCEKPNNHLNKFKGYMEHPDQTRTGFGCESLLLRGCTIRNTEMAVGIVIYAGHETKAMLNNSGPRYKRSKIERRMNIDIFFCIGILILMCLIGAVGHSIWNGTF-EEHPPFDVPDANGSFLPSALGGFYMFLTMIILLQVLIPISLYVSIELVKLGQVFFLSNDLDLYDEETDLSIQCRALNIAEDLGQIQYIFSDKTGTLTENKMVFRRCTIMGSEYSHQENAKR 463          
BLAST of EMLSAG00000001685 vs. SwissProt
Match: gi|12229646|sp|P98204.1|ALA1_ARATH (RecName: Full=Phospholipid-transporting ATPase 1; Short=AtALA1; AltName: Full=Aminophospholipid flippase 1)

HSP 1 Score: 432.95 bits (1112), Expect = 9.530e-127
Identity = 246/599 (41.07%), Postives = 352/599 (58.76%), Query Frame = 0
Query: 1327 IVSTSPTPTEIRPIYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVIVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIMNGDTKADRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVP----YWVMQHAMGTIQFWFILIYTSVVAVFPRTCIKALINTCRPNSV 1921
            IVS +  P      Y+ ESPDE ALV AA AY   L++RTS   +I++  E    F VL +  FDS+RKRMSV+L  P    K L+ KGAD+SM     V +E    V+ +T+ QL  Y+  GLR LV+  + L ++E++ W      A  +++ R  LL +    IE + +++GAT IED+LQ GVPE I  LR AGI VWVLTGDKQETAI+I +S +L   N+  + +N+ S D+   +++    +I + D   + +L+IDG +L+Y+LD   +L+    ++   C+++LCCR  P QKA IV +VK +    TLAIGDGANDVSMIQ AD+GVGISG EG QAVMASDFA+ +F++L  LLLVHGHWNY R+  MI Y FY+NA FV + FWY LF  ++    I     +LY++I+T++P + IG+ D+D     L + P+LY  G+  + Y    FW +M D ++QS  IFF     Y  + I     G +   + + V+  HLA++   W   +WI+   +I+   V A     +CV    + +P    YW +     T  FWF L+   V ++ PR  IK L+   RP+ V
Sbjct:  545 IVSNTSDPNVKLVDYQGESPDEQALVYAAAAYGFLLIERTSGHIVINVRGE-TQRFNVLGLHEFDSDRKRMSVILGCPDMSVK-LFVKGADSSMFG---VMDESYGGVIHETKIQLHAYSSDGLRTLVVGMRELNDSEFEQWHSSFEAASTALIGRAGLLRKVAGNIETNLRIVGATAIEDKLQRGVPEAIESLRIAGIKVWVLTGDKQETAISIGFSSRLLTRNMRQIVINSNSLDSCRRSLEEANASIASNDESDNVALIIDGTSLIYVLDN--DLEDVLFQVACKCSAILCCRVAPFQKAGIVALVKNRTSDMTLAIGDGANDVSMIQMADVGVGISGQEGRQAVMASDFAMGQFRFLVPLLLVHGHWNYQRMGYMILYNFYRNAVFVLILFWYVLFTCYTLTTAITEWSSVLYSVIYTAIPTIIIGILDKDLGRQTLLDHPQLYGVGQRAEGYSTTLFWYTMIDTIWQSAAIFFIPMFAYWGSTIDTSSLGDLWTIAAVVVVNLHLAMDVIRW---NWITH-AAIWGSIVAAC----ICVIVIDV-IPTLPGYWAIFQVGKTWMFWFCLLAIVVTSLLPRFAIKFLVEYYRPSDV 1127          

HSP 2 Score: 350.517 bits (898), Expect = 8.980e-99
Identity = 194/514 (37.74%), Postives = 298/514 (57.98%), Query Frame = 0
Query:  680 GGGGGQDEVNEVKQRVVVPD--HVIPVDVPEHEHPNHKYTKNKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQRL--SFQPQEFRSTIECDMPTTKIYRFHGSILHPWGERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFNDNYAPFLNVLSQGDSNPP-----------FEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNSSMDKNGTSGRAV----IPVNPLLHQRLVSPSPPEPDLLINQSPNVSPKECHQNHIEDFFTLLSVCNTVI 1174
            G  G   E+  + Q+ +  +   +I ++ P+  +   ++T N I+T KY++  FLP+NLFEQFHR A +YFL I +LN +P +  FG+  S++P+ FVL  +AIKD +ED RR++SD+  NN    V++    R KK  WK ++VG+++ +  N+ +P D++LL +SD  G+ Y+ T NLDGE+NLK R      K++ L  +   + F   I+C+ P   IY F  + +   G R+ +G  N++LR C LKNT +  G+VVYAG E+K MLNN G   KRS LE +MNLE+I     L+VLC I A  + +WL    D+    L    +  S  P           +E F TF+  VI+ Q++IP+SLY+++E+ ++ Q Y +  D++MYD+      +CRALNI E+LG ++Y+F DKTGTLTDNKM F+   I GVD+S     D     G ++    I + P +  R+      +P LL       + +E  + +  +FF  L+ CNT++
Sbjct:   46 GSAGADSEMLSMSQKEIKDEDARLIYINDPDRTNERFEFTGNSIKTAKYSVFTFLPRNLFEQFHRVAYIYFLVIAVLNQLPQLAVFGRGASIMPLAFVLLVSAIKDAYEDFRRHRSDRVENNRLALVFEDHQFREKK--WKHIRVGEVIKVQSNQTLPCDMVLLATSDPTGVVYVQTTNLDGESNLKTRYA----KQETLLKAADMESFNGFIKCEKPNRNIYGFQAN-MEIDGRRLSLGPSNIILRGCELKNTAWALGVVVYAGGETKAMLNNSGAPSKRSRLETRMNLEIILLSLFLIVLCTIAAATAAVWLRTHRDDLDTILFYRRKDYSERPGGKNYKYYGWGWEIFFTFFMAVIVYQIMIPISLYISMELVRIGQAYFMTNDDQMYDESSDSSFQCRALNINEDLGQIKYLFSDKTGTLTDNKMEFQCACIEGVDYSDREPADSE-HPGYSIEVDGIILKPKMRVRV------DPVLLQLTKTGKATEEAKRAN--EFFLSLAACNTIV 543          
BLAST of EMLSAG00000001685 vs. SwissProt
Match: gi|30316371|sp|P98198.2|AT8B2_HUMAN (RecName: Full=Phospholipid-transporting ATPase ID; AltName: Full=ATPase class I type 8B member 2; AltName: Full=P4-ATPase flippase complex alpha subunit ATP8B2)

HSP 1 Score: 426.017 bits (1094), Expect = 5.510e-124
Identity = 245/615 (39.84%), Postives = 360/615 (58.54%), Query Frame = 0
Query: 1341 YEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGL-VEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVIVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNV-EILTVNARSKDATETTIKYHLDAIM-------NGDTKADR-----------------SLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYND------TDIGLWE-FGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYF--VFALLYSGVCVNCFGLQVPY-WVMQHAMGTIQFWFILIYTSVVAVFPRTCIKALINTCRPN 1919
            Y+A+SPDE ALV AA   N   + R+     I++   G  + +++L +L F++ RKRMSV++R+P    + LYCKGAD  +L R+    +E   +L  T   L+ YA  GLR LV+A K L E  Y+ W +  L A  +   RE  LA  Y  +EN+  L+GAT IED+LQ GVPETIA L  A I +WVLTGDKQETA+NI YSC++   ++ E+  V   +       ++   + +M       NG T  D+                 +LVI+G +L + L+    L+  FLE    C +V+CCR TPLQKA +V +VK+     TLAIGDGANDVSMI+TA IGVGISG EG+QAV+ASD++ S+FK+L+RLLLVHG W+Y R+ + + YFFYKN  F  V FW+  FCGFS Q + D  ++ LYN+++TSLP LA+GV+DQD P+      P+LYE G+L  ++    F+I +A  +Y S+++FF  YG + D      T +  ++ F   + TS + V++  + ++T  WT I+   +  S+  YF  +FA+  +G+  + F  Q  +    Q+ +     W  ++ T+VV + P    + L    +P+
Sbjct:  508 YKAQSPDEGALVTAA--RNFGFVFRSRTPKTITVHEMGTAITYQLLAILDFNNIRKRMSVIVRNPEGKIR-LYCKGADTILLDRLHHSTQE---LLNTTMDHLNEYAGEGLRTLVLAYKDLDEEYYEEWAERRLQASLAQDSREDRLASIYEEVENNMMLLGATAIEDKLQQGVPETIALLTLANIKIWVLTGDKQETAVNIGYSCKMLTDDMTEVFIVTGHTVLEVREELRKAREKMMDSSRSVGNGFTYQDKLSSSKLTSVLEAVAGEYALVINGHSLAHALEADMELE--FLETACACKAVICCRVTPLQKAQVVELVKKYKKAVTLAIGDGANDVSMIKTAHIGVGISGQEGIQAVLASDYSFSQFKFLQRLLLVHGRWSYLRMCKFLCYFFYKNFAFTMVHFWFGFFCGFSAQTVYDQYFITLYNIVYTSLPVLAMGVFDQDVPEQRSMEYPKLYEPGQLNLLFNKREFFICIAQGIYTSVLMFFIPYGVFADATRDDGTQLADYQSFAVTVATSLVIVVSVQIGLDTGYWTAINHFFIWGSLAVYFAILFAMHSNGL-FDMFPNQFRFVGNAQNTLAQPTVWLTIVLTTVVCIMPVVAFRFLRLNLKPD 1113          

HSP 2 Score: 296.59 bits (758), Expect = 7.927e-81
Identity = 177/471 (37.58%), Postives = 275/471 (58.39%), Query Frame = 0
Query:  715 KYTKNKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSILHPWGE-RIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFNDNYAPFLNVLSQGDSNPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKR---VECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNSSMDKNGTS---GRAVIPV----NPLLHQRLVSPSPPEPDLLINQSPNVSPKECHQNHIEDFFTLLSVCNTVI 1174
            +Y  N I+T+KY +L FLP NLFEQF   AN YFLF+++L  +P I++     +++P++ VL  TA+KD  +D  R++SD ++NN   +V  +  G  ++  W +V VGDI+ L  N+ + AD+LLL SS+ +GLCYI+T  LDGETN+K R+      E     +  +F   + C+ P  K+ +F G++   W E + P+   N+LLR C+L+NT++  G+V++AG ++K+M N+G  ++KR+ ++R MN  V+W    L+ +  I A+G+ IW       +  +L      DS   F GFL+FW+++IIL  ++P+SLYV++E+ +L   Y I+ D+KM+   C K+    E R   + EELG V+YIF DKTGTLT N M+F  C+I G   S+    D  G     G    PV    NPL  ++ +   P   + +    P          H  +FF LLS+C+TV+
Sbjct:   47 QYASNCIKTSKYNILTFLPVNLFEQFQEVANTYFLFLLILQLIPQISSLSWFTTIVPLVLVLTITAVKDATDDYFRHKSDNQVNNRQSQVLIN--GILQQEQWMNVCVGDIIKLENNQFVAADLLLLSSSEPHGLCYIETAELDGETNMKVRQAIPVTSELGDISKLAKFDGEVICEPPNNKLDKFSGTLY--WKENKFPLSNQNMLLRGCVLRNTEWCFGLVIFAGPDTKLMQNSGRTKFKRTSIDRLMNTLVLWIFGFLVCMGVILAIGNAIWEHEVGMRFQVYLPWDEAVDS-AFFSGFLSFWSYIIILNTVVPISLYVSVEVIRLGHSYFINWDKKMF---CMKKRTPAEARTTTLNEELGQVEYIFSDKTGTLTQNIMVFNKCSING--HSYGDVFDVLGHKAELGERPEPVDFSFNPLADKKFLFWDPSLLEAVKIGDP----------HTHEFFRLLSLCHTVM 497          
BLAST of EMLSAG00000001685 vs. SwissProt
Match: gi|122065135|sp|P98199.2|AT8B2_MOUSE (RecName: Full=Phospholipid-transporting ATPase ID; AltName: Full=ATPase class I type 8B member 2; AltName: Full=P4-ATPase flippase complex alpha subunit ATP8B2)

HSP 1 Score: 419.468 bits (1077), Expect = 1.011e-121
Identity = 243/615 (39.51%), Postives = 359/615 (58.37%), Query Frame = 0
Query: 1341 YEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEG-LVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVIVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNV-EILTVNARS----KDATETTIKYHLD---AIMNGDT-----------------KADRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYND------TDIGLWE-FGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYF--VFALLYSGVCVNCFGLQVPY-WVMQHAMGTIQFWFILIYTSVVAVFPRTCIKALINTCRPN 1919
            Y+A+SPDE ALV AA   N   + R+     I++   G  + +++L +L F++ RKRMSV++R+P    + LYCKGAD  +L R+    +E   +L  T   L+ YA  GLR LV+A K L E  Y+ W +  L A  +   RE  LA  Y  +E+   L+GAT IED+LQ GVPETIA L  A I +WVLTGDKQETA+NI YSC++   ++ E+  V   +    ++      K  +D   A+ NG T                   + +LVI+G +L + L+    L+  FLE    C +V+CCR TPLQKA +V +VK+     TLAIGDGANDVSMI+TA IGVGISG EG+QAV+ASD++ S+FK+L+RLLLVHG W+Y R+ + + YFFYKN  F  V FW+  FCGFS Q + D  ++ LYN+++TSLP LA+GV+DQD P+      P+LYE G+L  ++    F+I +A  +Y S+++FF  YG + +      T +  ++ F   + TS + V++  + ++T  WT I+   +  S+  YF  +FA+  +G+  + F  Q  +    Q+ +     W  +  T+ V + P    + L  + +P+
Sbjct:  508 YKAQSPDEGALVTAA--RNFGFVFRSRTPKTITVHELGTAITYQLLAILDFNNIRKRMSVIVRNPEGKIR-LYCKGADTILLDRLHPPTQE---LLSSTTDHLNEYAGDGLRTLVLAYKDLDEEYYEEWARRRLQASLAQDSREDRLASIYEEVESDMMLLGATAIEDKLQQGVPETIALLTLANIKIWVLTGDKQETAVNIGYSCKMLTDDMTEVFVVTGHTVLEVREELRKARKKMVDSSHAVGNGFTYQGNLSSSKLTSVLEAVAGEYALVINGHSLAHALEADMELE--FLETACACKAVICCRVTPLQKAQVVELVKKYKKAVTLAIGDGANDVSMIKTAHIGVGISGQEGIQAVLASDYSFSQFKFLQRLLLVHGRWSYLRMCKFLCYFFYKNFAFTMVHFWFGFFCGFSAQTVYDQYFITLYNIVYTSLPVLAMGVFDQDVPEQRSMEYPKLYEPGQLNLLFNKREFFICIAQGIYTSVLMFFIPYGVFAEATRDDGTQLADYQSFAVTVATSLVIVVSVQIGLDTGYWTAINHFFIWGSLAVYFAILFAMHSNGL-FDMFPNQFRFVGNAQNTLAQPTVWLTIALTTAVCIMPVVAFRFLRLSLKPD 1113          

HSP 2 Score: 296.204 bits (757), Expect = 8.827e-81
Identity = 177/471 (37.58%), Postives = 273/471 (57.96%), Query Frame = 0
Query:  715 KYTKNKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSILHPWGE-RIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFNDNYAPFLNVLSQGDSNPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKR---VECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNSSMDKNGTS---GRAVIPV----NPLLHQRLVSPSPPEPDLLINQSPNVSPKECHQNHIEDFFTLLSVCNTVI 1174
            +Y  N I+T+KY ++ FLP NLFEQF   AN YFLF+++L  +P I++     +++P++ VL  TA+KD  +D  R++SD ++NN   +V  +  G  ++  W +V VGDI+ L  N+ + AD+LLL SS+ +GLCYI+T  LDGETN+K R+      E     Q   F   + C+ P  K+ +F G++   W E + P+   N+LLR C+L+NT++  G+V++AG ++K+M N+G  ++KR+ ++R MN  V+W    L+ +  I A+G+ IW       +  +L      DS   F GFL+FW+++IIL  ++P+SLYV++E+ +L   Y I+ D+KM+   C K+    E R   + EELG V+YIF DKTGTLT N M+F  C+I G   S+    D  G     G    PV    NPL  ++           L   S  +   +    H  +FF LLS+C+TV+
Sbjct:   47 QYASNCIKTSKYNIVTFLPVNLFEQFQEVANTYFLFLLILQLIPQISSLSWFTTIVPLVLVLTITAVKDATDDYFRHKSDNQVNNRHSQVLIN--GVLQQEQWMNVCVGDIIKLENNQFVAADLLLLSSSEPHGLCYIETAELDGETNMKVRQAIPVTSELGDVSQLARFDGEVICEPPNNKLDKFSGTLY--WKENKFPLSNQNMLLRGCVLRNTEWCFGLVIFAGPDTKLMQNSGRTKFKRTSIDRLMNTLVLWIFGFLVCMGVILAIGNAIWEHEVGTRFQVYLPWDEAVDS-AFFSGFLSFWSYIIILNTVVPISLYVSVEVIRLGHSYFINWDKKMF---CMKKRTPAEARTTTLNEELGQVEYIFSDKTGTLTQNIMVFNKCSING--HSYGDVFDVLGHKAELGERPEPVDFSFNPLADKK----------FLFWDSSLLEAVKMGDPHTHEFFRLLSLCHTVM 497          
BLAST of EMLSAG00000001685 vs. SwissProt
Match: gi|74676180|sp|O94296.1|YOOC_SCHPO (RecName: Full=Probable phospholipid-transporting ATPase C887.12)

HSP 1 Score: 417.157 bits (1071), Expect = 1.634e-120
Identity = 231/575 (40.17%), Postives = 334/575 (58.09%), Query Frame = 0
Query: 1341 YEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVIVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIMNGDTKA----DRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXY-------NDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYW-VMQHAMGTIQFWFILIYTSVVAV 1903
            Y+A SPDE ALV  A +   K L R  +   +S+  +    +E+LH+  F+S RKRMS+V R P    + LY KGAD  ++ R+  DN      L  T   L++YA +GLR L +A + + E EY  W      A +S+V R + L ++   IE    L+GAT IEDRLQDGVP+TI+ L+ AGI +WVLTGD+QETAINI  SC+L   ++ ++ VN  +K+AT  ++   L +I   +         +LVIDG +L Y LD   +L++ F EL S C +V+CCR +PLQKA IV++VK       LAIGDGANDV MIQ A +GVGISG EG+QAV +SDF+IS+F YL++LLLVHG W Y RLS++I Y FYKN       FWY     FSGQV+ ++  + LYN++FT LPP+ IG++DQ      L   P+LY+ G+  + +    FW  + +  Y S+++F  +   +       +    G W +GT +  + L  +    A+ +N WT    I+ + S   + VF  +Y+ V     G    Y+ ++ H  G ++FW  L+    +A+
Sbjct:  606 YQASSPDEGALVKGAASIGYKFLARKPHLVTVSIFGKD-ESYELLHICEFNSTRKRMSIVFRCPDGKIR-LYVKGADTVIMERLASDN----PYLQTTIHHLEDYATVGLRTLCIAMREVPEDEYQRWSTVFETAASSLVDRAQKLMDAAEEIEKDLILLGATAIEDRLQDGVPDTISTLQTAGIKIWVLTGDRQETAINIGMSCKLIDEDMGLVIVNEETKEATAESVMAKLSSIYRNEATTGNVESMALVIDGVSLTYALD--FSLERRFFELASLCRAVICCRVSPLQKALIVKMVKRNTGEVLLAIGDGANDVPMIQAAHVGVGISGMEGLQAVRSSDFSISQFCYLKKLLLVHGSWCYQRLSKLILYSFYKNIALYMTQFWYAFCNAFSGQVIFESWSISLYNVLFTVLPPVVIGIFDQFVSAGQLFQYPQLYQLGQRSEFFNLKRFWSWITNGFYHSLLLFLCSIAVFYYDGPNKDGLASGHWVWGTTLYAAILATVLGKAALISNHWTQYTVIATLGSFLLWIVFMPIYA-VAAPAIGFSKEYYGIIPHLYGNLKFWASLLVLPTIAL 1171          

HSP 2 Score: 279.256 bits (713), Expect = 4.469e-75
Identity = 166/492 (33.74%), Postives = 265/492 (53.86%), Query Frame = 0
Query:  692 KQRVVVPDHVIPVDVPEHEHPNHKYTKNKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQRLSFQPQEF---RSTIECDMPTTKIYRFHGSI-LHPWGERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFND--NYAPFLNVLSQGDSNPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNSSMDKNGTSGRAVIPVNPLLHQRLVSPSPPEPDLLINQSPNVSPKECHQNH---IEDFFTLLSVCNTVI 1174
            +++ V P+ + P  +  +++  + +  N + T KY+   FLPK L EQF ++ANL+FLF  ++  +P I    +  ++ P++ VL  + IK++ ED +R + D+ +N S C V + +   + +  WKDV VGDIV +      PAD++LL SS+  GLCYI+T NLDGETNLK   + +   E     +P E       ++ + P   +Y F  ++ L P    +P+  D LLLR   L+NT +V GIVV+ GHESK+M N      KR+ +E+++N ++++ + I + LCF  ++G+ I    +    +Y  +    +   +   F+G LTFW   I+   ++P+SL+VT E+ + +Q  LI  D  MY++       CR  ++ EELG V YIF DKTGTLT N+M F+ CTI GV ++              VIP       R  +    + D+ I     +     H  +   I  F  +LS+C+TVI
Sbjct:  133 EKKQVKPEDLGPRQIILNDYSANHFLHNAVSTCKYSAFTFLPKFLKEQFSKYANLFFLFTAVVQQIPGITPVNRYTTIGPMLIVLSVSGIKEIMEDIKRKKQDQELNESPCYVLQGT--GFVEKQWKDVVVGDIVKIVSETFFPADLVLLSSSEPEGLCYIETANLDGETNLK---IKQALPETAGLLKPVELGQLSGEVKSEQPNNNLYTFDATLKLLPSDRELPLSPDQLLLRGAQLRNTPWVYGIVVFTGHESKLMKNTTETPIKRTSVEKQVNSQILFLLCIFVFLCFASSLGALIHRSVYGSALSYVKY----TSNRAGMFFKGLLTFW---ILYSNLVPISLFVTFELVRYIQAQLISSDLDMYNEETDTPAACRTSSLVEELGQVGYIFSDKTGTLTRNQMEFRQCTIAGVAYAD-------------VIP-----EDRQFTSEDLDSDMYIYDFDTLKENLKHSENASLIHQFLLVLSICHTVI 594          
BLAST of EMLSAG00000001685 vs. Select Arthropod Genomes
Match: gb|EFA02333.2| (putative phospholipid-transporting ATPase VD-like Protein [Tribolium castaneum])

HSP 1 Score: 1432.93 bits (3708), Expect = 0.000e+0
Identity = 734/1387 (52.92%), Postives = 947/1387 (68.28%), Query Frame = 0
Query:  585 RPSVLKK-HGHRRVFSHGQITVGFNQKELDGQPMKGHKRTNSKTEFILPPGHDDRERKRTSLTRSGSAKHHKRQASRTXSLGFSFKGXS-----RXASREXGGGGGQDEVNEVKQRVVVPDHVIPVDVPEHEHPNHKYTKNKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSILHPWGERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFNDNYAPFLNVLSQGDSNPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNSSMD--KNGTSGRAVIPVNPLLHQRLVSPSPPEPDLLINQSPNVSP-----KECHQNHIEDFFTLLSVCNTVIVAKYPHRDAMNVSGLI-VHSNSMVSVDNHSMLSCIDENADEKSNAGLSTRSPSPPLSFISTSSTEPLKPNSSSMAIPMTKLGSTPVSTRPPVTKSRLLHLLPMSPKPLSPIASSPETSPLSSPVSSRRPKHLQLPSLFAKLKSRSNSSLSKLQIVSTSPTPTEIRPIYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRV--IVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIMN--------------------GDTKADRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQFWFILIYTSVVAVFPRTCIKALINTCRPNSVTEVLLS--RQSNEE 1933
            RPS LK   GH+R FS GQI     +         GH R  SKT+FILPPGH D E          SAK H RQASR+ S+ ++ +  +     R           + E  E + R+VVP+H++P   P  EHPN K   NKIRTTKYTLL FLP+NL EQFHR ANLYF+FIVLLNW PAINAFGKE++MIPV+FVLG TA+KDLFEDRRR+ SDKRINNSTCR+Y+S   RYKK  WK+V+VGD++HLS NE +PADILLLRSSD  GLCYIDT +LDGETNLKQR+V RGF  ++  F+P +FRS +E + PTTKIYRFHG+I+HP GER+PVG DN+LLREC+LKNTD+VEGIVVYAGHE+K MLNNGGPRYKRS LER+MN +V+WCV IL+VLC IGA+G  +WL  FN   +PF    S+G      E FL FWT++IILQ++IP+SLYVT+EM K++QVY IH +  +YD +  KR ECRALNI EELG +QYIF DKTGTLT+N+MIF+ C I GVD++H    D  KNG      +  NP    RL+S         +NQ   V+      ++ H   I++F  LL+VCNTV+ +++PH D MN SGLI    +S    D ++ L        E+S     + +PSPPL+++   +TE L  +SS + +   KL S P+  R   + + L                + E                      AKL+S S  S   L+ +  + +P E            LALVDAAF YNCKLLKRT     +   +EG V +E+L VLPFDS RKRMSV+++HP++ + IL+CKGAD+S+ P +  + D+ E+K ++ KTQ  ++NY+K GLR+L+MAK++L+  EY  W K+      S+   E+ + ESY+RIE +  L+GATGIEDRLQ+GVPET++ L  AGIVVWVLTGDK ETAINIAYS +LF   +E+L +  RSK+  E+TI ++L  I N                    G     ++LVIDGKTL +ILD+R+NL KPFL+LT++C+SVLCCRATPLQKA+IV++VKE+L M+TLAIGDGANDVSMIQTAD+G+GISG EGMQAVMA+DFA+SRFK+LERLLLVHGHW+YDRLSRM+ YFFYKNA FVF+CFWYQLFCGFSG VMID MYLMLYNL+FTSLPPLAIGVYDQDAP+ +L++ P LY +GRLG++YK YSFW++MADA+YQS+ IFF   G Y D+DI ++EFGT   T+C+FVM  H+++E  SWTIIH  S+++SI +++V++ LY+ +CVNCFGL   YW++Q A     +W + + + VVA+ PR   + L     P+ VT  +++  R S  E
Sbjct:   68 RPSALKGGRGHQRAFSQGQIGAEAVRP--------GHSRVGSKTDFILPPGHKDSENVVGGSVSKVSAKGHSRQASRSESI-YTLRRSAPPPWWRRLLCVLLRRSPKSEPEE-RYRIVVPNHLVPPKTPRKEHPNGKRPNNKIRTTKYTLLSFLPRNLLEQFHRVANLYFIFIVLLNWFPAINAFGKEIAMIPVMFVLGVTAVKDLFEDRRRHASDKRINNSTCRIYQSEAARYKKVLWKEVRVGDLIHLSNNEVVPADILLLRSSDPSGLCYIDTGHLDGETNLKQRQVARGFVSKQDVFEPSKFRSKVEVEAPTTKIYRFHGAIVHPSGERVPVGTDNILLRECLLKNTDFVEGIVVYAGHETKAMLNNGGPRYKRSSLERQMNQDVLWCVLILIVLCLIGAIGCKLWLNIFNRLESPFKAEHSEGT-----EAFLAFWTYIIILQIMIPLSLYVTLEMCKIIQVYHIHHNVDLYDSIMDKRTECRALNITEELGQIQYIFSDKTGTLTENRMIFRRCAIAGVDYNHPKMEDEGKNGKLTSLSVVANP----RLLSD--------LNQVGAVTEQIYTTRQTHAAKIQEFLLLLAVCNTVVCSRHPHYDMMNASGLIEAVPSSFSQSDKYTRL--------EESR----SVTPSPPLNYLEGRTTE-LSCSSSDVEVKKPKLLSLPLLGRKQGSNTNL----------------TDEQK--------------------AKLRS-STPSPHDLKPIFEAESPDE------------LALVDAAFNYNCKLLKRTPTSVCVEFFDEGRVTYEILDVLPFDSIRKRMSVIVKHPVSGEIILFCKGADSSIFPYLAPVEDDSEQKILINKTQNHVNNYSKDGLRILLMAKRVLSLQEYTEWSKKQRELNMSLDNFERKVQESYSRIECNLTLLGATGIEDRLQEGVPETLSALMSAGIVVWVLTGDKPETAINIAYSSKLFSPQMELLKLMTRSKETAESTIMFYLSEIENAASSIQTVLPTTSRRDLNRSGPKNRSKALVIDGKTLTFILDRRSNLTKPFLKLTAHCSSVLCCRATPLQKAYIVKVVKEELKMRTLAIGDGANDVSMIQTADVGIGISGQEGMQAVMAADFALSRFKFLERLLLVHGHWSYDRLSRMVLYFFYKNAAFVFLCFWYQLFCGFSGSVMIDQMYLMLYNLLFTSLPPLAIGVYDQDAPEELLRDRPYLYRQGRLGKVYKSYSFWLTMADAIYQSLCIFFICQGAYADSDIDMFEFGTTATTACMFVMLLHVSIEIRSWTIIHVGSIVISIGAFYVYSFLYNSLCVNCFGLPSTYWIIQKATSRPTYWLVTLLSCVVALLPRYVFRVLKTLLAPDDVTRAVMAYRRASRRE 1365          
BLAST of EMLSAG00000001685 vs. Select Arthropod Genomes
Match: EFX89628.1 (hypothetical protein DAPPUDRAFT_40742, partial [Daphnia pulex])

HSP 1 Score: 1405.96 bits (3638), Expect = 0.000e+0
Identity = 727/1375 (52.87%), Postives = 927/1375 (67.42%), Query Frame = 0
Query:  593 GHRRVFSHGQITVGFNQKELDGQPMKGHKRTNSKTEFILPPGHDDRERKRTSLTRSGS--AKHHKRQASRTXSLGFSFKGXSRXASR-EXGGGGGQDEVNEV---------------KQRVVVPDHVIPVDVPEHEHPNHKYTKNKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSILHPWGERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWL-XYFNDNYAPFL---------NVLSQGDSNPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNSSMDKNGTSGRAVIPVNPLLHQRLVSPSPPEPDLLINQSPNVSPKECHQNHIEDFFTLLSVCNTVIVAKYPHRDAMNVSGLIVHSNSMVSVD-NHSMLSCIDENADEKSNAGLSTRSPSPPLSFISTSSTEPLKPNSSSMAIPMTKLGSTPVSTRPPVTKSRLLHLLPMSPKPLSPIASSPETSPLSSPVSSRRPKHLQLPSL-----FAKLKSRSNSSLSKLQIVSTSPTPTEIRPIYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVIVDNE-EEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAI----------------------MNGDTKA----DRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQFWFILIYTSVVAVFPR 1906
            GH R  S GQI    NQ+    QP KGH RT S+T+F+LPPGH DR       T SG+     HKRQ SRT S     KG SR ASR E      Q  +  V               + R VVP+H +P  V    HPN  Y+ N IRT+KYT L F+PKNL EQFHRFANLYFLFIVLLNW+PAI+AFGKEV+MIPVIFVLG TAIKD FED RR QSD RINNSTCRVY+    RY +  + +VKVGDI+HLSC+E IPAD+LLLRSS++ GLC+I+T NLDGE NLKQR  P+    ++ +FQP+ F S +EC+ PTTKIY+FHG+I++P G R+PVG++NLLLR+C LKNTD+VEGIVVYAGHESK MLN+GGPRYKR++LE+ MN++V+WCV IL++LC  GA G G+WL  Y      PFL         NV +  + +P ++ FL FWT+VIILQV+IP+SLYVTIE+AKL+Q++ IH D  + D +  + +ECRALNI EELG +QYIF DKTGTLT+N MIF+ C++ G+D++H   ++K+        P+ P   Q++     P P L       +   E     +E+FF L++VCNTV+VAK PHRD MN  G I  S    SV  +H++  C  E+        +S R PSP +              S S++IP  +                         +PLSPI SS ET+P  SP    RP+ LQLPSL     F  L+ RS++  S +     +    + +  YEAESPDELAL+DA+  YN +L +R+ +  ++SLP EG  E+EVL VLPFDS RKRMS+VLR P T Q ++YCKGAD+++LPR+       E  ++ +T+  ++ Y+K GLR LVMAK++L+E ++  W+  H  A+ ++  RE+LL ESY R+E    L+GATGIED+LQD VPETI+ LR+AGIVVWVLTGDKQETA+NIAY+C LF  ++E++ +NARSK+A E  I  HLDAI                      +  D  +     ++LV+DGKTL+YILDKR+NLQKPFL LT +CA+VLCCRATPLQKAFIV+IVK+QLH++TL IGDGANDVSMIQTAD+G+GISG EG QAVMASDFAI RF +L RLLLVHGHW YDRL+RM+ YFFYKNA FVFV FWYQL+CGFSG VM+D +YLM +NL FTSLPPLA+G+YDQ A   +L + P LY  GR  Q+Y+ +SFW+++ DALYQS VIFF AY  Y DT + LWEFGT++ +SC+FVM  H+A E  SWT +H++SL+ SI  Y  FAL Y+ VCV+C GL  PYWVMQH + T+ FW  LI T V+A  PR
Sbjct:    1 GHTRALSQGQIP---NQQV---QPTKGHSRTGSRTDFLLPPGHQDR-------TTSGAVHGTRHKRQVSRTLSNDVFTKGHSRQASRTESIYTIRQTRIPWVNRFLFWRQAKTPEPPRMRTVVPNHAVPPSVKAKHHPNKAYSDNAIRTSKYTPLSFIPKNLLEQFHRFANLYFLFIVLLNWIPAISAFGKEVAMIPVIFVLGVTAIKDAFEDYRRRQSDLRINNSTCRVYRVEEDRYVRVLFSEVKVGDIIHLSCDEIIPADLLLLRSSEKQGLCFIETSNLDGENNLKQRSAPQMMLSKQQNFQPKAFVSHVECEAPTTKIYQFHGAIVNPDGSRVPVGRENLLLRDCALKNTDFVEGIVVYAGHESKAMLNHGGPRYKRTQLEQAMNMDVVWCVVILVLLCLAGACGCGLWLKSYVPHLPVPFLPLVEFHAGDNVTAGSEPDPFYQAFLAFWTYVIILQVMIPLSLYVTIELAKLIQIFHIHNDPHLRDPITNQAIECRALNITEELGQIQYIFSDKTGTLTENNMIFRRCSVGGIDYNH-PHINKDAP------PLKPGERQKIY----PNPRL----QEELKQFELQPRRLEEFFVLMAVCNTVVVAKKPHRDRMNDVGQIELSGVDCSVHISHAVDDCEGESI-------ISDRGPSPSI-------------ESGSVSIPSNQHNIQ---------------------RPLSPIDSSAETTPSESPAPPMRPRFLQLPSLASAQSFFSLR-RSSTPTSDISTSQPATPSGDRKNFYEAESPDELALIDASCCYNIRLFQRSVHHVVVSLPGEGTTEYEVLEVLPFDSTRKRMSIVLRRPETRQIVIYCKGADSAILPRLAYTQSFAENQIIQRTEHHVNQYSKQGLRTLVMAKRVLSEEDFAVWLVAHNEAKAALEGRERLLYESYCRLERDLSLLGATGIEDKLQDQVPETISCLRKAGIVVWVLTGDKQETAVNIAYACSLFSPDMEVIKLNARSKNAAEAAIHCHLDAIQRELVTVASANETGNRLRSFFPLASDNSSMVVKRKALVVDGKTLLYILDKRSNLQKPFLHLTRHCAAVLCCRATPLQKAFIVKIVKQQLHIRTLGIGDGANDVSMIQTADVGIGISGVEGRQAVMASDFAIPRFSFLLRLLLVHGHWCYDRLARMVLYFFYKNANFVFVIFWYQLYCGFSGTVMVDQIYLMFFNLFFTSLPPLAMGIYDQSASAELLLSQPLLYAVGREAQLYRSHSFWVNIIDALYQSTVIFFIAYCAYGDTAVDLWEFGTLVTSSCIFVMLIHIASEFRSWTGLHFLSLLASISLYMGFALTYNAVCVDCPGLPNPYWVMQHCLTTLLFWATLILTCVLAFIPR 1305          
BLAST of EMLSAG00000001685 vs. Select Arthropod Genomes
Match: EAA13909.5 (AGAP010026-PA [Anopheles gambiae str. PEST])

HSP 1 Score: 1399.42 bits (3621), Expect = 0.000e+0
Identity = 749/1439 (52.05%), Postives = 957/1439 (66.50%), Query Frame = 0
Query:  567 GHIRSASHG----GSSIYH---ATPRPSVLK---KHGHRRVFSHGQITVGFNQKELDGQPM--KGHKRTNSKTEFILPPGHDDRERKRTSLT--RSGSAKHHKRQASRTXSLGFSFKGXSRXA--SREXGGGGGQDEVNEVKQRVVVPDHVIPVDVPEHEHPNHKYTKNKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSILHPWGERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFNDNYA-PFLNVLSQGDSNPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNSSMDKNGTSGRAVIPVNPLLHQRLVSPSPPEPDLLINQSPNV-SPKECHQNHIEDFFTLLSVCNTVIVAKYPHRDAMNVSGLIVHSNSMVSVDNHSMLSCIDENADEKSNAGLSTRSPSPPLSFISTSSTEPLKPNSSSMAIPMTKLGSTPVSTRPPVTKSRLLHLLPMSPKP-LSPIASSPETSPLS-SPVSSRRPKHLQLP-----SLFAKLKSRSNSSLSKL--------QIVSTSPTPTEIRPIYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVI--VDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIMN------GDTKAD---------RSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQFWFILIYTSVVAVFPRTCIKALINTCRPNSVTEVLLSRQSNEENKEEDSLF-------SASSVLR 1948
            GH RS SHG    G S+     A  RPS LK   K GH+R  S GQI        +D   +  +GH R  SKT+FILPPGH D+  +R +     + S K H RQASR+ S+ ++ +   +     R         ++ +   R+VVP+H +P   P+ +HPN +   NKIRTTKYTLL F+PKNL EQFHR ANLYF+FIVLLNW P INAFGKE++MIPV+FVLG TAIKDLFEDRRR  SDKRINNSTCRVY     RYKK  W+DV+VGD+VHLS NE +PADILLL+SSD +G+CYIDT +LDGETNLK+R+V RGF E++ SF P +F S IE D P+TKIYRFHG+++HP GER+PV  ++LLLRE  LKNTDY EGIVVYAGHE+K MLNN GPRYKRS +E++MN++VIWCV IL+VLC +GAVG    L   ND +  PFL      + NP +EG L FWTFVIILQ++IP+SLYVTIE+ KL+QVY IH + ++YD    KR ECRA+NI EELG +QY+F DKTGTLT+N+MIF+ CTI GVD++H  + ++   + +   PV P+L         P  +LL N   N  S  E   N +E FF +L++CNTV+V+  PHRD MN SG+I  ++S  SV                        +   P    +   + PL     ++     +L  +   T  P   +     L  +  P LSPI+SS ETSP+S SP    R K L  P     SL AKL +   +S +               S +P   RPIYEAESPDELALV+AAF+Y+C L+ R+ N  ++S+P EG++E+EVL VLPFDS RK MSVV+R   T   +LY KGAD+S++P ++      EE  +  +TQ QL+ YA+ GLRVLVMAK+ L  T++  W  +H   E SM  RE+ + ES+  +E    L+G TGIEDRLQ+GVPETI  L QAGIV+WVLTGDK ETAINIAYS +LF S ++IL + ARS+D+ E +I ++L+ I        G + AD         R+LV+DGKTL +ILD R+NL KPFL LT YC+SVLCCRATPLQKAF+V++VKE+L + TLAIGDGANDVSMIQ AD+GVGI G EGMQAVMASDF+I++FK LE+LLLVHGHWNYDRL+RMI YFFYKNA FVF+ FWYQ +CGFSG VMID +YLM+YNL+FT+LPPLAIGVYD+   D +L   P+LY+ GR G+ YK  +FWI M DA+YQS+VIFF A   Y  +D+ LW FGT I +SCLF M  H A+E  SWTI+H +S+++S+ S++ FA  Y+ VCVNCFGL   YWV+  +M TIQ++ I + TSV+A+ PR   + + NT  P     V L  Q  EE +  ++L        SASS+ R
Sbjct:   11 GHSRSVSHGEGSFGGSLVGSGGAAGRPSALKSAVKGGHQRALSQGQI--------MDAPTIATRGHSRVGSKTDFILPPGHKDQSEQRDTAAPHSATSIKGHSRQASRSESI-YTLRRADKPPWWKRLMFCRTASSKLEDRGYRIVVPNHTVPPKTPKRDHPNGRLCGNKIRTTKYTLLSFVPKNLLEQFHRIANLYFIFIVLLNWFPQINAFGKEIAMIPVLFVLGVTAIKDLFEDRRRKASDKRINNSTCRVYNGESERYKKVLWQDVRVGDLVHLSNNECVPADILLLKSSDPHGVCYIDTCDLDGETNLKRRQVVRGFVEKQHSFAPNKFTSRIEVDAPSTKIYRFHGAVIHPSGERVPVSTESLLLRESRLKNTDYAEGIVVYAGHETKAMLNNSGPRYKRSRIEQQMNIDVIWCVIILIVLCIVGAVGCK--LGTNNDTFRIPFLPF----EINPDYEGLLAFWTFVIILQIMIPLSLYVTIELCKLMQVYHIHNNIELYDPDSNKRTECRAMNITEELGQIQYVFSDKTGTLTENRMIFRRCTIVGVDYNHPETEEEKELN-KIGAPV-PILQ--------PNLNLLENFRGNSQSSLETAANQVE-FFLVLAICNTVVVSATPHRDNMNASGVIEMNDSDTSV------------------------TLVRPALVDTDGGSLPLTACDPTIGDRYARLTESRSITPSPPPNAPSSLPLKAAHVPSLSPISSSAETSPMSESP--PMRIKSLTTPTAKVKSLVAKLGNNRFASNNSSSGASKFHKSFSQGSSSPASSRPIYEAESPDELALVNAAFSYDCCLVNRSPNHVLVSVPGEGVIEYEVLKVLPFDSARKCMSVVVRRTGTQDVVLYTKGADSSIIPNLVPCTPGSEEYRLREQTQHQLNVYARQGLRVLVMAKRKLDATDFSEWYSKHEECELSMENRERKIRESFGMLERGLTLVGTTGIEDRLQEGVPETITSLLQAGIVIWVLTGDKAETAINIAYSAKLFNSQMDILKLTARSRDSAEASINFYLNEIEKQLNSNGGSSDADDAFDQLDKARALVVDGKTLTFILDLRSNLTKPFLRLTRYCSSVLCCRATPLQKAFLVKVVKEELRISTLAIGDGANDVSMIQMADVGVGICGQEGMQAVMASDFSIAKFKMLEKLLLVHGHWNYDRLARMIIYFFYKNAAFVFLLFWYQFYCGFSGAVMIDQVYLMIYNLLFTALPPLAIGVYDKKIIDDLLLAYPQLYQHGRRGKGYKWSTFWIVMLDAVYQSLVIFFVAKAAYWGSDVDLWVFGTTITSSCLFTMLLHCAIEIKSWTILHVLSIVISLVSFYAFAFAYNSVCVNCFGLPSNYWVIHMSMSTIQYYLITLLTSVLALLPRFTYRVIKNTIWPCEGVRVTL--QYKEEKRRGENLLVTWSRSTSASSIFR 1395          
BLAST of EMLSAG00000001685 vs. Select Arthropod Genomes
Match: EEB20382.1 (phospholipid-transporting ATPase, putative [Pediculus humanus corporis])

HSP 1 Score: 1370.91 bits (3547), Expect = 0.000e+0
Identity = 721/1395 (51.68%), Postives = 943/1395 (67.60%), Query Frame = 0
Query:  585 RPSVLKKH-GHRRVFSHGQITVGFNQKELDGQPMKGHKRTNSKTEFILPPGHDDRERKRTSLTRSGSAKHHKRQASRTXSLGFSFKGXSRXASREXGGGGGQDEVNEVKQRVVVPDHVIPVDVPEHEHPNHKYTKNKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSILHPWGERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFNDNYAPFLNVLSQGDSNPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNSSMDKNGTSGRAVIPVNPLLHQRLVSPSPPEPDL-LINQSPNVSPKECHQNHIEDFFTLLSVCNTVIVAKYPHRDAMNVSGL----------------------IVHSNSMVSVDN--HSMLSCIDENADEKSNAGLSTRSPSPPLSFISTSSTEPLKPNSSSMAIPMTKLGSTPVSTRPPVTKSRLLHLLPMSPKPLSPIASSPETSPLSSP---VSSRRPKHLQLPSLFAKLKSRSNSSLSKLQIVSTSPTPTEIRPIYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRV-IVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIMNGD------------TKADRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQFWFILIYTSVVAVFPRTCIKALINTCRPNSVTEVLLSRQSNEENKEE 1937
            RPS LK   GH+R FS GQI        LDG P  G                         LTRSG ++  +   ++T S+ F              G   + + ++ KQR+VVP+H++     + +HPN ++  N + TTKYTLL F+PKNLFEQFHR ANLYF+FIVLLNW PAINAFGKE+S+IPV+FVLG TAIKDLFEDRRR+ SD RINNSTCR+Y    GRYKK  WK V+VGD++HLS NE IPAD+LLLRSS+ +GLCYIDT NLDGETNLKQR V RGF E++  F P+EF   +E D P+TKIY+FHG ++HP GE++P+  DNLLLRECILKNTD++EGIVVYAGHE+K +LNNGGPRYKRS +ER+MN ++IWCV ILLVLC +GA+G  +WL  +  +  PF+ +  +    P +EGFLTF+TFVIILQV+IP+SLYV++EM KLLQVY IH D   +D    KR+ECRALNI EELG V+YIF DKTGTLT+NKMIF+ CT  GVD++H S  ++  +  R   P+  +++ +L      + DL  I +   ++ K  H   +++ F +L++CNTV+V+K+PH D MN SG+                      I   +S V + N  H  L       ++K+N   S    S  ++           P  ++  +P+ K+  +  +                +P  LSPI   P+ SP+  P   V S RPK L L  L    K +   +       S +P+P++I+PI+EAESPDELALV+AA  Y+C+LLKRT   A + +P EGLVE+E+L VLPFD+ RK MSV++RHP T + ILY KGAD+S+   + + DN + + ++ +TQ Q+++YA+ GLRVLVMAKK+LTE E++ W+K H   E     REKL+ ESY+ +E +  L+GATG EDRLQDGVPE IA+L  AGI+VWVLTGD+ ETAINIAYS +LF   +EIL ++ARSK A E+ IK++L  I   +            +   R+LV+DGKTL +ILD ++ LQKPFLELTS C+SVLCCRATPLQKA+IV+IVKE L  KTLAIGDGANDVSMIQTAD+GVGISG EGMQA+MASD+A+ +FK+LE+ LLVHGHW YDR++RM+ YFFYKNATFVF+ FW+QL+CG+S QVMID MYLMLYNL+FTSLPPLAIGVY++DAP+ +L   P LY +GRL  +Y+P+SFWISMAD+LYQSIVIFF   G Y+D+D+GLWEFGT I T+CLF+M  H+A+ET SWTIIH IS++ SI  YF F+LLY+G C +C GL   YWVMQ  + +  FW +++ + V+A+ PR           P+ V   +  R+++    EE
Sbjct:   13 RPSALKSTPGHQRAFSQGQI--------LDG-PNSG------------------------GLTRSGHSRSFQ-TGTQTTSVPFGVD------IHPSTGRQYESDPSDNKQRIVVPNHLVSSATKKSDHPNSRWANNYVCTTKYTLLSFIPKNLFEQFHRVANLYFIFIVLLNWFPAINAFGKEISVIPVLFVLGVTAIKDLFEDRRRHISDNRINNSTCRIYDGQQGRYKKVLWKQVRVGDVIHLSNNELIPADVLLLRSSEPHGLCYIDTCNLDGETNLKQRTVVRGFVEKQNVFDPKEFDCLVEVDAPSTKIYKFHGCLMHPTGEKVPLTTDNLLLRECILKNTDFIEGIVVYAGHETKALLNNGGPRYKRSGIERQMNRDIIWCVLILLVLCVVGAIGCRMWLFSYEPS-VPFIPLAQE----PNYEGFLTFFTFVIILQVMIPLSLYVSVEMTKLLQVYHIHNDLSFFDPETKKRIECRALNITEELGQVEYIFSDKTGTLTENKMIFRRCTANGVDYNHVSPSNEQRSKTRPGAPMPVIVNSKL------KEDLSYIYKVQELAGKLKHSQVLQELFIILAICNTVVVSKHPHHDVMNSSGIIEGTPNFGKPPPPPPPRKIFETIKSDSSSVRLRNLKHFPLHKSKSLENDKNNEKYSRLCESRSVTPSPPPPLSLPLPLPAAPKVPVLKIQKSNGN-------------FGKNPGSLSPI---PDRSPVDEPDVVVKSERPKLLNLQGLLLIGKKQPKGNFI---CRSKTPSPSDIKPIFEAESPDELALVEAAHTYDCRLLKRTPLSATVFVPGEGLVEYEILKVLPFDNIRKMMSVIVRHPRTKEIILYSKGADSSIFGSLGLTDNVDAQQIIFRTQQQINSYARQGLRVLVMAKKLLTEPEFNNWLKAHKEVELHRENREKLM-ESYSLMETNLTLVGATGTEDRLQDGVPECIAQLMSAGIIVWVLTGDQPETAINIAYSAKLFSPQMEILKLSARSKSAAESDIKFYLSDIKGNNPPTNKLPAEPYRSNKKRALVVDGKTLTFILDSKSKLQKPFLELTSLCSSVLCCRATPLQKAYIVKIVKEILQKKTLAIGDGANDVSMIQTADVGVGISGQEGMQAIMASDYALCKFKFLEKFLLVHGHWCYDRIARMVLYFFYKNATFVFLIFWFQLYCGYSAQVMIDQMYLMLYNLLFTSLPPLAIGVYEKDAPEELLLANPSLYAQGRLALVYQPHSFWISMADSLYQSIVIFFITLGAYHDSDVGLWEFGTTITTACLFIMLAHVAIETKSWTIIHVISILASILLYFSFSLLYNGFCDDCLGLPSNYWVMQMMINSPIFWLVVVLSIVLALLPRFLYNCYARWLSPHDVARAVRDRKTHVARGEE 1336          
BLAST of EMLSAG00000001685 vs. Select Arthropod Genomes
Match: XP_006568888.1 (PREDICTED: probable phospholipid-transporting ATPase VD [Apis mellifera])

HSP 1 Score: 1333.55 bits (3450), Expect = 0.000e+0
Identity = 706/1423 (49.61%), Postives = 912/1423 (64.09%), Query Frame = 0
Query:  568 HIRSASHGGS--------------SIYHATP-------RPSVLKKHGHRRVFSHGQITVGFNQKELDGQP-MKGHKRTNSKTEFILPPGHDDRERKRTSLTRSGSAKHHKRQASRTXSLGFSFKGXSRXASREXGGGGGQDEVNEVKQRVVVPDHVIPVDVPEHEHPNHKYTKNKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSILHPWGERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFND-NYAPFLNVLSQGDSNPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNSSMDKNGTSGRAVIPVNPLLHQRLVSPSPPEPDLLINQSPNVSPKECHQNHIEDFFTLLSVCNTVIVAKYPHRDAMNVSGLIVHSNSMVSVDNHSMLSCIDENADEKSNAGLSTRSPSP----PLSFISTSSTEPLKPNSSSMAIPMTKLGSTPVSTRPPVTKSRLLHLLPMS-------PKPLSPIASSPETSPLSSPVSSRRPKHLQLPSLFAKLKSRSNSSLSKLQIVSTSPTPTEIRPIYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVIVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIMNGDTKAD-----------------------------RSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQFWFILIYTSVVAVFPRTCIKALINTCRPNSVTEVLLS 1927
            H RSASHGG               +  H  P       RPS LKK GH+R FS GQ+       E+ G   + GH R  SKT+FILPPGH +  +  T+  +  S + H RQASR+ S+    +       R+           E + R +VP+H++P   P  +HPN K   N++RTTKYTLL FLP+N FEQF R AN+YF+FIVLLNWVP INAFGKE+S+IP+IFVLG TA+KD FED RR  SD+R+NNSTCRVY     RY K  WKDVKVGD+VHLS NE +PAD+LLLRSSD  G+ YIDT NLDGETNLK+R+V RGF + R +FQP +FRS IE D P+T+IYRFHG+++HP G R+PV  +NLLLR+C+LKNTD+VEGIV+YAGHE+K MLN+GGPRYKRS+LE++MN +VIWCV IL+VLC IGA G  +WL  F+D  + PF+ +L        +E  LTFWTFVIILQV+IP+SLYVT+EMAK+ QVY I  D  +YD   G+  ECRALNI EELG VQYIF DKTGTLT+NKM+F+ C + G D+SH       G  G  +IP + L           + DLLI            + H+++F  +L++CNTV++   PH D MN SG+I       + ++      ID            + +PSP    PLS  + S  E +   SS + I      ST +S +  +++ + L++  +S        K LSP       SP  SPV   + +   LP                               IYEAESPDELALV+AA AYN KLLKRTS  A++SLP++ ++ FE+L +LPFDSNRK MS+++RHP+T + ILY KGAD ++L  +I   +E     +K +  L +YA+ GLR LVMAKK LT  EY+ W ++H  AE +M  RE  + +SY  +E    L+G TGIED+LQ GVPET+  L  AGIVVWVLTGDK ETA+NIAYS +LF   +++L + ARSK   E  I  +L++    +T  +                             R+LV+DGKTL  ILD R+ L   FLELT  C+SVL CRATPLQKA+IVRIVKEQL M+TLAIGDGANDVSMIQ AD+GVGI G EG QAVMA+DFAISRF  L RLLL+HGHW YDRLSRMI YFFY+NATFVFV FWYQ++CGF+G VM+D +YLMLYNL+FTS+PPL +G+YD+ AP  +L +MP +Y+RGRLG +Y+ ++FWI++ADALYQSIVIFF   G Y D+ I +WEFGT I T C+  M  ++A+E  SWTIIH  +++ S+  +F F L+Y+ VCVNC GL   YWVM+ A+    +W  +I T V+A+ PR   K + +T  P+ +   + +
Sbjct:   82 HARSASHGGMLAECLTSTTGFQPYAGSHLGPLSAIGGTRPSALKKPGHQRAFSQGQVV------EVQGHATVTGHSRVGSKTDFILPPGHKEDSKPPTA-GKVPSFRGHSRQASRSESIYTIRRSVEPPWWRKVWARYFGPLPEEPRLRTIVPNHLVPPKTPPSQHPNGKRVNNRVRTTKYTLLSFLPRNFFEQFRRVANIYFVFIVLLNWVPVINAFGKEISVIPIIFVLGVTALKDYFEDHRRLISDRRVNNSTCRVYVREDDRYAKVAWKDVKVGDLVHLSNNELVPADLLLLRSSDPQGVAYIDTCNLDGETNLKERQVVRGFADLRDTFQPAKFRSVIEVDQPSTRIYRFHGAVVHPNGGRVPVSTENLLLRQCLLKNTDFVEGIVIYAGHETKAMLNHGGPRYKRSKLEKRMNSDVIWCVAILIVLCVIGAAGCRVWLSEFSDLTFVPFIPILQDAY----YESMLTFWTFVIILQVMIPLSLYVTLEMAKVGQVYHIGHDIGLYDAETGRSAECRALNITEELGQVQYIFSDKTGTLTENKMLFRRCAVGGQDYSH-------GGDGENLIPSSRL-----------KEDLLIG---------TFRQHLQEFLIVLAICNTVVINSQPHYDTMNSSGVIEEPQKNGTEESGRYTRMIDSR----------SLTPSPLSTLPLSCPTNSLDENVSSISSMVEIESALNNSTKMSNK--LSRPKFLNVTSISNLGIGLLGKKLSPNGEQKRHSP-PSPVMDGKNEDELLPKT----------------------------AIYEAESPDELALVNAARAYNVKLLKRTSRNAIVSLPDKSILSFEILQILPFDSNRKCMSILVRHPLTNEVILYSKGADTTILSSLI-PQDENSITTIKIRQYLQSYARQGLRTLVMAKKSLTMQEYENWRQKHSEAELAMENRELRIKDSYANLECHLSLLGVTGIEDKLQAGVPETMDTLMAAGIVVWVLTGDKPETAVNIAYSARLFSPAMQLLWLQARSKSVAEALIHGYLESTRKKNTVQEIENIREITMLNRDPTENEAHRIDSSWPRQRALVVDGKTLTVILDPRSGLTGLFLELTKTCSSVLACRATPLQKAYIVRIVKEQLGMRTLAIGDGANDVSMIQIADVGVGIFGHEGTQAVMAADFAISRFSMLSRLLLLHGHWCYDRLSRMILYFFYENATFVFVLFWYQIYCGFTGTVMMDQIYLMLYNLLFTSMPPLVLGIYDRVAPSGVLLSMPHVYKRGRLGLVYQAHTFWITIADALYQSIVIFFINEGVYYDSIIDIWEFGTTIMTCCVVTMLTNIAIEIRSWTIIHLFAVMGSLGVFFGFCLIYNVVCVNCMGLLCSYWVMEIAVMRYTYWLTVILTCVLALLPRLFYKTIKSTINPDFMQSAMFN 1424          
BLAST of EMLSAG00000001685 vs. Select Arthropod Genomes
Match: XP_006568887.1 (PREDICTED: probable phospholipid-transporting ATPase VD [Apis mellifera])

HSP 1 Score: 1333.55 bits (3450), Expect = 0.000e+0
Identity = 706/1423 (49.61%), Postives = 912/1423 (64.09%), Query Frame = 0
Query:  568 HIRSASHGGS--------------SIYHATP-------RPSVLKKHGHRRVFSHGQITVGFNQKELDGQP-MKGHKRTNSKTEFILPPGHDDRERKRTSLTRSGSAKHHKRQASRTXSLGFSFKGXSRXASREXGGGGGQDEVNEVKQRVVVPDHVIPVDVPEHEHPNHKYTKNKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSILHPWGERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFND-NYAPFLNVLSQGDSNPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNSSMDKNGTSGRAVIPVNPLLHQRLVSPSPPEPDLLINQSPNVSPKECHQNHIEDFFTLLSVCNTVIVAKYPHRDAMNVSGLIVHSNSMVSVDNHSMLSCIDENADEKSNAGLSTRSPSP----PLSFISTSSTEPLKPNSSSMAIPMTKLGSTPVSTRPPVTKSRLLHLLPMS-------PKPLSPIASSPETSPLSSPVSSRRPKHLQLPSLFAKLKSRSNSSLSKLQIVSTSPTPTEIRPIYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVIVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIMNGDTKAD-----------------------------RSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQFWFILIYTSVVAVFPRTCIKALINTCRPNSVTEVLLS 1927
            H RSASHGG               +  H  P       RPS LKK GH+R FS GQ+       E+ G   + GH R  SKT+FILPPGH +  +  T+  +  S + H RQASR+ S+    +       R+           E + R +VP+H++P   P  +HPN K   N++RTTKYTLL FLP+N FEQF R AN+YF+FIVLLNWVP INAFGKE+S+IP+IFVLG TA+KD FED RR  SD+R+NNSTCRVY     RY K  WKDVKVGD+VHLS NE +PAD+LLLRSSD  G+ YIDT NLDGETNLK+R+V RGF + R +FQP +FRS IE D P+T+IYRFHG+++HP G R+PV  +NLLLR+C+LKNTD+VEGIV+YAGHE+K MLN+GGPRYKRS+LE++MN +VIWCV IL+VLC IGA G  +WL  F+D  + PF+ +L        +E  LTFWTFVIILQV+IP+SLYVT+EMAK+ QVY I  D  +YD   G+  ECRALNI EELG VQYIF DKTGTLT+NKM+F+ C + G D+SH       G  G  +IP + L           + DLLI            + H+++F  +L++CNTV++   PH D MN SG+I       + ++      ID            + +PSP    PLS  + S  E +   SS + I      ST +S +  +++ + L++  +S        K LSP       SP  SPV   + +   LP                               IYEAESPDELALV+AA AYN KLLKRTS  A++SLP++ ++ FE+L +LPFDSNRK MS+++RHP+T + ILY KGAD ++L  +I   +E     +K +  L +YA+ GLR LVMAKK LT  EY+ W ++H  AE +M  RE  + +SY  +E    L+G TGIED+LQ GVPET+  L  AGIVVWVLTGDK ETA+NIAYS +LF   +++L + ARSK   E  I  +L++    +T  +                             R+LV+DGKTL  ILD R+ L   FLELT  C+SVL CRATPLQKA+IVRIVKEQL M+TLAIGDGANDVSMIQ AD+GVGI G EG QAVMA+DFAISRF  L RLLL+HGHW YDRLSRMI YFFY+NATFVFV FWYQ++CGF+G VM+D +YLMLYNL+FTS+PPL +G+YD+ AP  +L +MP +Y+RGRLG +Y+ ++FWI++ADALYQSIVIFF   G Y D+ I +WEFGT I T C+  M  ++A+E  SWTIIH  +++ S+  +F F L+Y+ VCVNC GL   YWVM+ A+    +W  +I T V+A+ PR   K + +T  P+ +   + +
Sbjct:   82 HARSASHGGMLAECLTSTTGFQPYAGSHLGPLSAIGGTRPSALKKPGHQRAFSQGQVV------EVQGHATVTGHSRVGSKTDFILPPGHKEDSKPPTA-GKVPSFRGHSRQASRSESIYTIRRSVEPPWWRKVWARYFGPLPEEPRLRTIVPNHLVPPKTPPSQHPNGKRVNNRVRTTKYTLLSFLPRNFFEQFRRVANIYFVFIVLLNWVPVINAFGKEISVIPIIFVLGVTALKDYFEDHRRLISDRRVNNSTCRVYVREDDRYAKVAWKDVKVGDLVHLSNNELVPADLLLLRSSDPQGVAYIDTCNLDGETNLKERQVVRGFADLRDTFQPAKFRSVIEVDQPSTRIYRFHGAVVHPNGGRVPVSTENLLLRQCLLKNTDFVEGIVIYAGHETKAMLNHGGPRYKRSKLEKRMNSDVIWCVAILIVLCVIGAAGCRVWLSEFSDLTFVPFIPILQDAY----YESMLTFWTFVIILQVMIPLSLYVTLEMAKVGQVYHIGHDIGLYDAETGRSAECRALNITEELGQVQYIFSDKTGTLTENKMLFRRCAVGGQDYSH-------GGDGENLIPSSRL-----------KEDLLIG---------TFRQHLQEFLIVLAICNTVVINSQPHYDTMNSSGVIEEPQKNGTEESGRYTRMIDSR----------SLTPSPLSTLPLSCPTNSLDENVSSISSMVEIESALNNSTKMSNK--LSRPKFLNVTSISNLGIGLLGKKLSPNGEQKRHSP-PSPVMDGKNEDELLPKT----------------------------AIYEAESPDELALVNAARAYNVKLLKRTSRNAIVSLPDKSILSFEILQILPFDSNRKCMSILVRHPLTNEVILYSKGADTTILSSLI-PQDENSITTIKIRQYLQSYARQGLRTLVMAKKSLTMQEYENWRQKHSEAELAMENRELRIKDSYANLECHLSLLGVTGIEDKLQAGVPETMDTLMAAGIVVWVLTGDKPETAVNIAYSARLFSPAMQLLWLQARSKSVAEALIHGYLESTRKKNTVQEIENIREITMLNRDPTENEAHRIDSSWPRQRALVVDGKTLTVILDPRSGLTGLFLELTKTCSSVLACRATPLQKAYIVRIVKEQLGMRTLAIGDGANDVSMIQIADVGVGIFGHEGTQAVMAADFAISRFSMLSRLLLLHGHWCYDRLSRMILYFFYENATFVFVLFWYQIYCGFTGTVMMDQIYLMLYNLLFTSMPPLVLGIYDRVAPSGVLLSMPHVYKRGRLGLVYQAHTFWITIADALYQSIVIFFINEGVYYDSIIDIWEFGTTIMTCCVVTMLTNIAIEIRSWTIIHLFAVMGSLGVFFGFCLIYNVVCVNCMGLLCSYWVMEIAVMRYTYWLTVILTCVLALLPRLFYKTIKSTINPDFMQSAMFN 1424          
BLAST of EMLSAG00000001685 vs. Select Arthropod Genomes
Match: gb|EEC05352.1| (ATPase, putative, partial [Ixodes scapularis])

HSP 1 Score: 1134.4 bits (2933), Expect = 0.000e+0
Identity = 583/1110 (52.52%), Postives = 758/1110 (68.29%), Query Frame = 0
Query:  810 GRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVP---RGFKEQRLS--FQPQEFRSTIECDMPTTKIYRFHGSILHPWGERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWL-XYFNDNYAPFLNVLSQGDSNPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNSSMDKNGTSGRAVIPVNPLLHQRLVSPSPPEPDLLINQSPNVSPKECHQNHIEDFFTLLSVCNTVIVAKYPHRDAMNVSGLIVHSNSMVSVDNHSMLSCIDENADEKSNA--GLSTRSPSPPLSFISTSSTEPLKPNSSSMAIPMTKLGSTPVSTRPPVTKSRLLHLLPMSPKPLSPI---ASSPETSPLSSPVSSRRPKHLQLPSLFAKLKSRSNSSLSKLQIVSTSPTPT-EIRPIYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVI-VDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIMNGDTKADRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQFWFILIYTSVVAVFPR 1906
            GRY KT WK V+VGDI+HLSCNE IPADILLLRSSD+ GLCYI+T NLDGETNLKQR+V     GF   +LS  F P  F ST+ECD P  KIYRFHG I HP GE++PV  DNLLLR+C+LKN DY+EG+V+YAG E+K MLNN GPRYKRS+LER MN ++IWC+ ILL LC IGA+GS +WL  Y +     F+        NP  EGF+ FWT++IILQV+IP+SLYV+IE+ KL QV+ IH+D +++D+   +R+ECRALNIPEELG V+YIF DKTGTLT+N M+F+ CTI G DF+H+      G   R  +    ++  R                            I+DFF L++ CNTVIV+KYPH+D   VS    H       D    +  + E      NA   L TR     L  +  +++EP   N S + I          ST P   +++  H    SP    P    ASSP  S  S+PV   RP  L LP L  +      ++       + SPTP+ +++PIYEAESPDE+ALVDAA+ Y C+LL+R+ +  ++ LP EGLVE  VLHVLPFDS RKRMS+VL+HPIT  K+LYCKGAD+++LP +    + E + +++ TQ  L+ Y+K GLRVL MAKK+L + EY+ W+++H  +E S+ + E+ L  S   +E + +L+GATGIEDRLQ+GVPETIA LR AGIVVWVLTGDKQETA+NIAYSC+LF +++E++T+NARS+              +N  ++  R+LV+DG+TL Y+L++   + K FL+L   C  VLCCRATPLQKA +V++VK++L++ TLAIGDGANDVSMIQ ADIGVGISG EGMQAVMASDFA++RF+YLERLLLVHGHW YDRL+R + YFFYKNA F+F+ FWYQL+CGF+G VMID +YLMLYN++FTSLPPL +G+YDQD P ++L   P LY  GR  + Y  YSFW++M DALYQSI+I+F  +  Y D+D+ +WEFGT ICT+C FV   H+A+E  SWT++H +S++ S F YF FAL+Y+G+C +   LQ P+WVMQHAM T QFW  L+   V+   PR
Sbjct:    3 GRYVKTLWKHVRVGDIIHLSCNEVIPADILLLRSSDDQGLCYIETANLDGETNLKQRQVAAKVEGFA-GKLSEVFHPLSFTSTVECDPPNCKIYRFHGFICHPSGEKVPVTSDNLLLRDCVLKNADYIEGVVLYAGFEAKAMLNNSGPRYKRSKLERFMNRDIIWCIVILLFLCSIGALGSALWLRSYEHRKEVIFIAYEHDARYNPAIEGFIAFWTYIIILQVMIPLSLYVSIEIIKLGQVFHIHEDIELFDERSNRRLECRALNIPEELGQVEYIFSDKTGTLTENHMVFRRCTIGGRDFNHHHPSISEGGFLRLDMGCREVVLTR------------------------ESQRIQDFFLLMATCNTVIVSKYPHKDL--VSAPSAHFTDRCRADILPEIKSVKERQTITDNAIEELQTR-----LDSLKKNTSEPQNMNGSGLYIN----NGGAFSTSPERRRAQRNHPTAPSPPSAIPPSLRASSPTESRCSTPV---RPTKLPLPFLGLRTSPARKTA-------TPSPTPSSQLQPIYEAESPDEIALVDAAYRYGCRLLRRSPDSVVVMLPGEGLVELRVLHVLPFDSVRKRMSIVLQHPITKLKVLYCKGADSAILPLLAPTKDLEMQQLIMSTQQHLNQYSKKGLRVLCMAKKVLEDEEYEEWLEQHKASELSVGEAEERLLRSARLLETNLELLGATGIEDRLQEGVPETIAALRAAGIVVWVLTGDKQETAVNIAYSCRLFSTDMEVITLNARSQ--------------VNLISRRKRALVVDGRTLSYVLER--TVDKLFLKLAQQCGVVLCCRATPLQKASVVKLVKDRLNVLTLAIGDGANDVSMIQAADIGVGISGQEGMQAVMASDFALARFRYLERLLLVHGHWCYDRLARAVVYFFYKNAAFIFILFWYQLYCGFTGAVMIDQLYLMLYNVLFTSLPPLILGIYDQDCPAHLLLKRPALYAPGRRSKTYTKYSFWVNMLDALYQSIIIYFVPFLVYYDSDVDIWEFGTTICTACFFVQMLHVAIECKSWTLMHGMSIVASFFVYFGFALMYNGLCYDSPSLQNPFWVMQHAMLTAQFWLCLLLIPVICCLPR 1050          
BLAST of EMLSAG00000001685 vs. Select Arthropod Genomes
Match: gb|KFM78973.1| (putative phospholipid-transporting ATPase VA, partial [Stegodyphus mimosarum])

HSP 1 Score: 736.102 bits (1899), Expect = 0.000e+0
Identity = 361/681 (53.01%), Postives = 479/681 (70.34%), Query Frame = 0
Query: 1286 SSPETSPLSSPVSSRRPKHLQLPSLFAKLKSRSNSSLSKLQIVSTSPTPTEIRPIYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVIVD-NEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAI-----------------------------------MNG--DTKADRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSG---VCVNCFGLQVPYWVMQHAMGTIQFWFILIYTSVVAVFPRTCIKALINTCRPNSVTEVL 1925
            S+P +S  S+P+  RRP++L LP   A LKS            S +P+P E RPIYEAESPDE+ALV+ A+ YNCKLL+RT +   +SLP EG++EF +LHVLPFD+ RKRMSV+L+HP+T  KIL+CKGAD+++  ++  + +   + ++LKTQ  L++Y++ GLR+L MA KI+ E EY+ W+  H  AE    +++K L +S   IE + +L+GATGIEDRLQ+GVPETI+ LR AGIVVWVLTGDKQETA+NIAYSC+LF +++EI+T+NARSK+A E T++++LD I                                   + G  D +  R+LVIDG+TL Y+LDK  +  + FL L  +C SVLCCRATPLQKA+IV +VKE LH+ TLAIGDGANDVSMIQTAD+GVGISG EGMQAVMASDF I+RFKYLERLLLVHGHW YDRL+R I YFFYKNATF+F+  WYQ +CGFS  VMID +YLMLYN++FTSLPP+A+G+ DQD P  +L   P LY +GR  +++  YSFW++M DA+YQSI+ FF  +  Y D+D+G+WEFGT ICT+C+     HLA+ET SWT +H ISL+VS F YF FA++Y+    + V    LQ PYWV+   M +  FWF  +   ++A  PR  +++L  +  P+ V++ L
Sbjct:   41 STPASSAASTPI--RRPRNLTLP---AYLKS----------FCSPTPSPLEFRPIYEAESPDEIALVETAYHYNCKLLRRTPDSLTLSLPGEGMIEFRILHVLPFDATRKRMSVILQHPLTGDKILFCKGADSTIFSQLCPNWSRANRDMILKTQQHLNSYSRKGLRILCMATKIIPEEEYEEWLAFHNEAELCFEEKDKKLYQSACLIERNLELLGATGIEDRLQEGVPETISALRAAGIVVWVLTGDKQETAVNIAYSCKLFSTDMEIITLNARSKEAAEDTMRFYLDQIEKDIVTTEACSCAQSTNSFSSTNPLKSFFHGLNQRITGCIDQRKQRALVIDGRTLAYVLDKPYD--ELFLNLAQHCTSVLCCRATPLQKAYIVSLVKESLHVLTLAIGDGANDVSMIQTADVGVGISGKEGMQAVMASDFTIARFKYLERLLLVHGHWCYDRLARTILYFFYKNATFIFIICWYQWYCGFSATVMIDQIYLMLYNVLFTSLPPIALGILDQDCPAQLLLKYPFLYGQGRRAEVHTKYSFWVNMLDAIYQSIITFFIPFMAYYDSDVGIWEFGTAICTACVLGQLLHLAIETRSWTYLHVISLLVSFFIYFGFAVMYNAWPYMSVGKESLQNPYWVIIQVMSSSVFWFCTLMVPILACLPRLVLRSLQGSLFPSEVSKTL 704          
BLAST of EMLSAG00000001685 vs. Select Arthropod Genomes
Match: AAS64662.1 (uncharacterized protein Dmel_CG33298, isoform B [Drosophila melanogaster])

HSP 1 Score: 712.99 bits (1839), Expect = 0.000e+0
Identity = 342/632 (54.11%), Postives = 457/632 (72.31%), Query Frame = 0
Query: 1338 RPIYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLV-EFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVIVDNEEEKAVLLKTQTQ--LDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIMNGDT-----------KADRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQFWFILIYTSVVAVFPRTCIKALINTCRPNSVTEVLLSRQSNEENKEEDSLF-------SASSVLR 1948
            RP+YEAESPDELALV+AA++Y+C LL R+ N  ++S+P  G   E+E+L VLPFDS+RK MS+V+R   + + +LY KGAD+S++P ++  +      +L+ QTQ  LD YA+ GLR+LVMAK+ L   +Y  W   H   E S+  RE+ L +S+ ++E++  L+GATGIEDRLQDGVPETIA L  AGI VWVLTGDK ETAINIAYS +LF   +E++ + ARS+DA ET I ++L  + N  T           K  R+LV+DGKTL +ILD ++ L  PFL L+  CASVLCCR+TPLQKA++V++VKE+L+++TLAIGDGANDVSMIQ AD+GVGISG EGMQAVMA+DF + RF+YLERLLL HG+W YDRLSRMI YFFYKNA FVF+ FWYQL+CGFSGQVM+D MYLMLYNLIFTSLPPLAIGVYD+   + +L   P LY+ GRLG  Y+P+ FW+ + DALYQS+VIFF A   Y ++D+G+WEFGT I  SCLF    H A+E  SWT++H +S+++S+ S+++FA++Y  VC+NCFG++  YWV+     +   W +++ ++VVAV PR  +  +  +  P+  T+V+L  QS  E    ++L        SASS+ R
Sbjct:  873 RPLYEAESPDELALVNAAYSYDCCLLNRSPNQILVSMPMAGATREYEILKVLPFDSSRKCMSIVVRQIGSQEIVLYTKGADSSIMPVLVPCSHNSPEGILREQTQQLLDRYAREGLRILVMAKRTLNSADYTDWWARHQEIEMSLENRERRLRDSFAKLESNLTLLGATGIEDRLQDGVPETIASLLSAGISVWVLTGDKPETAINIAYSAKLFTQQMELIRLTARSRDAAETAINFYLTDMENDKTTSTLGYGQSLRKKQRALVVDGKTLTFILDPKSKLILPFLRLSKRCASVLCCRSTPLQKAYLVKVVKEELNLRTLAIGDGANDVSMIQMADVGVGISGQEGMQAVMAADFTLPRFRYLERLLLAHGYWCYDRLSRMILYFFYKNAAFVFLIFWYQLYCGFSGQVMMDQMYLMLYNLIFTSLPPLAIGVYDKRVAEDLLLKNPYLYKNGRLGVAYRPHDFWLILLDALYQSLVIFFVALCAYAESDVGIWEFGTTITASCLFANLVHCAIEIRSWTVLHVLSIVLSLGSFYLFAIVYDSVCMNCFGVRSSYWVIFVCFASAVHWLVIMLSTVVAVLPRLLLTTVRISLCPDDSTKVIL--QSKRERSRGEALLVTWSRSTSASSIYR 1502          
BLAST of EMLSAG00000001685 vs. Select Arthropod Genomes
Match: ACZ94210.1 (uncharacterized protein Dmel_CG33298, isoform D [Drosophila melanogaster])

HSP 1 Score: 710.679 bits (1833), Expect = 0.000e+0
Identity = 337/618 (54.53%), Postives = 450/618 (72.82%), Query Frame = 0
Query: 1338 RPIYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLV-EFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVIVDNEEEKAVLLKTQTQ--LDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIMNGDT-----------KADRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQFWFILIYTSVVAVFPRTCIKALINTCRPNSVTEVLLSRQSNEENKEEDSLF 1941
            RP+YEAESPDELALV+AA++Y+C LL R+ N  ++S+P  G   E+E+L VLPFDS+RK MS+V+R   + + +LY KGAD+S++P ++  +      +L+ QTQ  LD YA+ GLR+LVMAK+ L   +Y  W   H   E S+  RE+ L +S+ ++E++  L+GATGIEDRLQDGVPETIA L  AGI VWVLTGDK ETAINIAYS +LF   +E++ + ARS+DA ET I ++L  + N  T           K  R+LV+DGKTL +ILD ++ L  PFL L+  CASVLCCR+TPLQKA++V++VKE+L+++TLAIGDGANDVSMIQ AD+GVGISG EGMQAVMA+DF + RF+YLERLLL HG+W YDRLSRMI YFFYKNA FVF+ FWYQL+CGFSGQVM+D MYLMLYNLIFTSLPPLAIGVYD+   + +L   P LY+ GRLG  Y+P+ FW+ + DALYQS+VIFF A   Y ++D+G+WEFGT I  SCLF    H A+E  SWT++H +S+++S+ S+++FA++Y  VC+NCFG++  YWV+     +   W +++ ++VVAV PR  +  +  +  P+  T+V+L  QS  E   E  + 
Sbjct:  873 RPLYEAESPDELALVNAAYSYDCCLLNRSPNQILVSMPMAGATREYEILKVLPFDSSRKCMSIVVRQIGSQEIVLYTKGADSSIMPVLVPCSHNSPEGILREQTQQLLDRYAREGLRILVMAKRTLNSADYTDWWARHQEIEMSLENRERRLRDSFAKLESNLTLLGATGIEDRLQDGVPETIASLLSAGISVWVLTGDKPETAINIAYSAKLFTQQMELIRLTARSRDAAETAINFYLTDMENDKTTSTLGYGQSLRKKQRALVVDGKTLTFILDPKSKLILPFLRLSKRCASVLCCRSTPLQKAYLVKVVKEELNLRTLAIGDGANDVSMIQMADVGVGISGQEGMQAVMAADFTLPRFRYLERLLLAHGYWCYDRLSRMILYFFYKNAAFVFLIFWYQLYCGFSGQVMMDQMYLMLYNLIFTSLPPLAIGVYDKRVAEDLLLKNPYLYKNGRLGVAYRPHDFWLILLDALYQSLVIFFVALCAYAESDVGIWEFGTTITASCLFANLVHCAIEIRSWTVLHVLSIVLSLGSFYLFAIVYDSVCMNCFGVRSSYWVIFVCFASAVHWLVIMLSTVVAVLPRLLLTTVRISLCPDDSTKVIL--QSKRERSRESPIM 1488          
BLAST of EMLSAG00000001685 vs. nr
Match: gi|646718795|gb|KDR21129.1| (putative phospholipid-transporting ATPase VD, partial [Zootermopsis nevadensis])

HSP 1 Score: 1512.66 bits (3915), Expect = 0.000e+0
Identity = 799/1421 (56.23%), Postives = 1000/1421 (70.37%), Query Frame = 0
Query:  567 GHIRSASHGG-------SSIYHATPRPSVLKKH-GHRRVFSHGQITVGFNQKELDGQPMKGHKRTNSKTEFILPPGHDDRERKRTSLTRSGSAKH------HKRQASRTXSLGFSFKGXSRXASREXGGG-----GGQDEVNEVKQRVVVPDHVIPVDVPEHEHPNHKYTKNKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSILHPWGERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFN--DNYA-PFLNVLSQGDSNPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNSSMDKNGTSGRAVIP----VNPLLHQRL-------VSPSPPEPDLLINQSPNVSPKECHQNHIEDFFTLLSVCNTVIVAKYPHRDAMNVSGLI--------VHSNS-MVSVDNHSMLSCIDENADE---KSNAGLSTR----------SPSPPLSFISTSSTEPLKPNSSSMAIPMTKLGSTPVSTRP-PVTKSRLLHL-LPMSPKPLSPI----ASSPETSPLSSPVSSR---RPKHLQLPSLF-----AKLKSRSNSSLSKLQIVSTSPTPTEIRPIYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVI-VDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIMNGDTKAD-----------RSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQFWFILIYTSVVAVFPR 1906
            GH RSASHGG       +S   A  RPS LK++ GH+R FS GQI  G       G  ++ H R  S+T+FILPPGH D +    +   SGSA        H RQASR+ S+ ++ +     +            GG+ +V E + R VVP+H++P   P   HPN +   N+IRTTKYTLL FLPKNL EQFHR ANLYF+ IVLLNWVPAINAFGKE++MIPV+FVLG TA+KDLFEDRRR+ SDKRINNSTCRVY+S   RYKK  WK V+VGD++HLS NE IPADILLLRSSD +GLC+IDT NLDGETNLKQREV RGF E++  F+P++FRS +E D PTTKIYRFHG+I+HP GERIPVG +NLLLREC+LKNTD+VEGIVVYAGHE+K MLNNGGPRYKRS LER+MNL+VIWCV IL VLC IGAVG  +WL  +   DN++ PF+ +      +P  EGFL FWTF+IILQV+IP+SLYVTIEM KL+QVY IH D  MYD    K+VECRALNI EELG VQYIF DKTGTLT+NKMIF+ C+I GVD++H    +      R   P    VNP L + L       V     + D+   Q+P       H   I++F  LL+VCNTV+V+++PH D MN SG+I         HS + M +V +H  LS  DEN      K +  ++ R          S S  ++           P  +S+ IP +   +TP   R    T S +  +  P  P  LSPI     ++P T   + P +++   RPK L +PSL       K  S    +    Q  S +P+P E++PI+EAESPDELALVDAA++YNC+L+KRT     +SLP EGL++FEVL VLPFDS RK MSVVLRHP+T +KILYCKGAD+++LP++   D+   + ++ +TQ  L++YA+ GLRVLVMA++ L++ EY+ W+++H  A   +  RE+ + ESY+R+E +  L+GATGIEDRLQDGVPE I+ L  AGIV+WVLTGDK ETAIN+AYS +LF   +E+L ++ARS+DA E+TI ++L  I   DT +            R+LVIDGKTL YILD+R+NLQKPFL+LT YC+SVLCCRATPLQKA+IVR+VKEQL M+TLAIGDGANDVSMIQTAD+G+GISG EGMQAVMASDFAISRFKYLE+LLLVHGHW YDRLSRM+ YFFYKNATFVF+ FWYQL+CGFSG VMID MYLMLYNL+FTSLPPL IGVYDQDAP+ +L   P LY +GRLG +YKP+SFWI+MAD+LYQSIVIFF   G Y+DTDIG+WEFGT I TSCLFVM FH+A+ET SWTIIH +S+ +SI +++ F+L+Y+ +CV C  L   YWV+QHA  +  +W ++  + V+A+ PR
Sbjct:    2 GHARSASHGGVGTSLTSASSVGAIGRPSALKQNRGHQRAFSQGQIVEGGT-----GSALRCHSRVGSRTDFILPPGHKDSD---GTTVGSGSAAKPAGRGGHSRQASRSESI-YTLRQSGPPSLWNQFQSYILRRGGKADVEEPRYRTVVPNHLVPPRTPRKVHPNGRRPDNRIRTTKYTLLSFLPKNLLEQFHRVANLYFICIVLLNWVPAINAFGKEIAMIPVLFVLGVTAVKDLFEDRRRHASDKRINNSTCRVYRSDEERYKKVLWKSVRVGDLIHLSNNEVIPADILLLRSSDPHGLCFIDTCNLDGETNLKQREVARGFTERQDVFEPRKFRSVVEVDGPTTKIYRFHGAIVHPAGERIPVGTENLLLRECVLKNTDFVEGIVVYAGHETKAMLNNGGPRYKRSNLERQMNLDVIWCVLILFVLCVIGAVGCKLWLSSYENYDNHSVPFIPL----AESPVKEGFLGFWTFIIILQVMIPLSLYVTIEMGKLMQVYHIHNDIDMYDPETNKQVECRALNISEELGQVQYIFSDKTGTLTENKMIFRRCSIGGVDYNHPPPENVQNLRLRPGAPMPLLVNPQLQEELYQLNLQHVLEESGQGDM--RQAP-------HAQRIQEFLLLLAVCNTVVVSRHPHHDMMNASGVIESVQNVLGSHSGANMNAVSSH--LSHCDENPSSVTSKQSVAIAVRGSQIDKYSRLSESRSVTPSPPPPHAHSYPPHTSVNIPPSD--ATPFGRRTLNYTGSGITSMEFPHQPI-LSPINSSSETTPTTESPTMPQAAKQISRPKLLNVPSLLLVGSNKKSSSSKGGNSQNSQQRSATPSPCELKPIFEAESPDELALVDAAYSYNCRLVKRTPQFVTVSLPGEGLLDFEVLQVLPFDSARKCMSVVLRHPVTREKILYCKGADSTILPQLAPSDDFMMQQLIFRTQQHLNSYARQGLRVLVMARRTLSDVEYNDWLRKHSEATLGLENRERRIRESYSRLETNLTLLGATGIEDRLQDGVPEAISSLISAGIVIWVLTGDKPETAINVAYSAKLFSPQMELLKLSARSRDAAESTILFYLADIERQDTPSQHQRGPLHANKRRALVIDGKTLTYILDQRSNLQKPFLQLTCYCSSVLCCRATPLQKAYIVRVVKEQLKMRTLAIGDGANDVSMIQTADVGIGISGQEGMQAVMASDFAISRFKYLEKLLLVHGHWCYDRLSRMVLYFFYKNATFVFLIFWYQLYCGFSGSVMIDQMYLMLYNLLFTSLPPLVIGVYDQDAPEDLLLARPNLYRQGRLGLVYKPHSFWITMADSLYQSIVIFFLTEGAYHDTDIGIWEFGTTIATSCLFVMLFHVAIETRSWTIIHILSISISIGAFYAFSLVYNSICVQCLNLPSNYWVVQHAASSATYWSVVFLSVVMALIPR 1395          
BLAST of EMLSAG00000001685 vs. nr
Match: gi|1059413975|ref|XP_017779872.1| (PREDICTED: probable phospholipid-transporting ATPase VD isoform X1 [Nicrophorus vespilloides])

HSP 1 Score: 1499.18 bits (3880), Expect = 0.000e+0
Identity = 756/1409 (53.66%), Postives = 966/1409 (68.56%), Query Frame = 0
Query:  567 GHIRSASHG-------GSSIYHATPRPSVLKK-HGHRRVFSHGQITVGFNQKELDGQPMK-GHKRTNSKTEFILPPGHDDRERKRTSLTRSGSAKHHKRQASRTXS----------------LGFSFKGXSRXASREXGGGGGQDEVNEVKQRVVVPDHVIPVDVPEHEHPNHKYTKNKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSILHPWGERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFNDNYAPFLNVLSQGDSNPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNSSMDKNGTSGRAVIPVNPLLHQRLVSPSPPEPDLLINQSPNVSPKECHQNHIEDFFTLLSVCNTVIVAKYPHRDAMNVSGLIVHSNSMVSVDNHSMLSCIDENADEKSNAGLSTRSPSPPLSFISTSSTEPLKPNSSSMAIPMTKLGSTPVSTRPPVTKSRLLHLLPMSPKPLSPIASSPETSPLSSPVSSRRPKHLQLPSLFAKLKSRSNSSLSKLQIV----STSPTPTEIRPIYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRV--IVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIMNGDTKAD------------------RSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQFWFILIYTSVVAVFPRTCIKALINTCRPNSVTEVLL 1926
            GH RSASHG       G++      RPS LK   GH+R FS GQIT        D   ++ GH R  SKT+FILPPGH + E    S +R+ SAK H RQASR+ S                L F  +   R    E             + R+VVP+H +P   P  EHPN K   NK+RTTKYTLL FLP+NL EQFHR ANLYF+FIVLLNW PAINAFGKE++MIPV+FVLG TA+KDLFEDRRR+ SDKRINNSTCR+Y+S   RYKK  WK+V+VGD++HLS NE +PADILLLRSSD  GLCYIDT +LDGETNLKQR+V RGF E++  F P +F+S IE D PTTKIYRFHG++LHP G RIPVG DNLLLREC+LKNTDYVEGIVVYAGHE+K MLNNGGPRYKRS LE++MN +V+WCV IL+ LC IGA+G  +WL  + +   PF      G S+   E FL FWT++IILQ++IP+SLYVT+EM K++QVY IH +  +YD L  KR ECRALNI EELG +QYIF DKTGTLT+N+MIF+NCTI GVD+ H +  D++ T     +  N  + Q          D+L  +S   S    H   I++F  LL+VCNTV+ + +PH D MN SG++                    NA E+ N   +T + SP   +     +  + P             S P+ T       R  H+  +SP  ++ + SSP +    +P  + RPK L + +L   L ++ N +L+  Q V    S +P+P E++PI+EAESPDELALVD A+ YNCKLLKRT +   + LP  G  +F++L++L FDS RK MSV+++HP+T Q ILYCKGAD +++P +  + D+ E+K ++ +TQ QL+ YAK GLRVL+MAK+ILT TEY+ W+++H  AE S    EK L ESY  IE++  L+GATGIEDRLQ+GVPET+A L  AGIVVWV+TGDK ETAINIAYS +LF   +E+L +  RSK+A + TI ++L+ I       D                  R+LVIDGKTL +ILD+R+NL KPFL+LT+YC SVLCCRATPLQKA+IV++VKE+L M+TLAIGDGANDVSMIQTAD+G+GISG EGMQAVMA+DF++SRFKYLERLLLVHGHW+YDRLS MI YFFYKNA FVF+ FWYQL+CG+SG VMID MYLMLYNL+FTSLPPLAIGVYDQDAP+Y+L+  P LY RGRLG+ Y+  SFW +M DA+YQS+ IFF   G YN++DI +WEFGT++ T+C+FVM  H A+ET SWTI+H  S +VSI  +++++++Y+  CVNCFGL   YW++QHAM T  +W ++  + VVA+ PR  ++ +     P+ VT  ++
Sbjct:   41 GHGRSASHGSGTTFSGGAASTSVVGRPSALKSTRGHQRAFSQGQIT--------DSSGIRPGHSRVGSKTDFILPPGHKETETTSGSGSRT-SAKGHSRQASRSESIYTLRRTAPPSFWKRFLSFILRRSPRYEQEE-------------RYRIVVPNHTVPPKTPRKEHPNGKRPNNKVRTTKYTLLSFLPRNLLEQFHRVANLYFIFIVLLNWFPAINAFGKEIAMIPVVFVLGVTAVKDLFEDRRRHASDKRINNSTCRIYQSENDRYKKVLWKEVRVGDLIHLSNNEVVPADILLLRSSDPNGLCYIDTGHLDGETNLKQRKVARGFTEKQDGFDPSKFKSVIEVDAPTTKIYRFHGAMLHPSGTRIPVGTDNLLLRECLLKNTDYVEGIVVYAGHETKAMLNNGGPRYKRSSLEKQMNQDVLWCVLILIFLCVIGAIGCKLWLSTYTNLQEPFR---PDGYSDSS-EAFLAFWTYIIILQIMIPLSLYVTLEMCKIIQVYHIHNNVDLYDPLIDKRTECRALNITEELGQIQYIFSDKTGTLTENRMIFRNCTIAGVDYHHPTLQDESKTKNTLTVLCNAKMVQ----------DMLCQESVTDSSSLIHATRIQEFLLLLAVCNTVVCSHHPHYDLMNASGILEPV----------------PNAFEQENKPETTTTVSPNDKYSRLEESRSVTP-------------SPPLHTSSHFDNRRTPHVPSLSP--ITSVDSSPTSE---APPKNSRPKILNITAL-GFLGNKRNMNLTDEQKVKINQSVTPSPHELKPIFEAESPDELALVDTAYIYNCKLLKRTPSEVTVDLPGAGRYDFKILNILQFDSVRKCMSVIIKHPVTKQIILYCKGADTTIIPALAPVEDDSEQKRIICQTQQQLNAYAKQGLRVLLMAKRILTVTEYNEWLRKHKEAELSHDNLEKKLQESYALIEHNLTLLGATGIEDRLQEGVPETLASLISAGIVVWVVTGDKPETAINIAYSAKLFSPQMELLKLMTRSKEAADRTISFYLNEIERQPDGGDPTSSSNLLSSRSQPKAKTRALVIDGKTLTFILDRRSNLTKPFLKLTTYCNSVLCCRATPLQKAYIVKVVKEELKMRTLAIGDGANDVSMIQTADVGIGISGQEGMQAVMAADFSLSRFKYLERLLLVHGHWSYDRLSSMILYFFYKNAAFVFLIFWYQLYCGYSGAVMIDQMYLMLYNLLFTSLPPLAIGVYDQDAPEYLLRENPYLYRRGRLGKAYRSRSFWFTMFDAIYQSLAIFFICQGIYNESDIDIWEFGTVVTTACMFVMQLHAAIETRSWTILHIGSYLVSIGLFYLYSIIYNAYCVNCFGLPSNYWIIQHAMSTANYWLLIPLSCVVALLPRILLRVIKTAVCPDDVTRAIM 1378          
BLAST of EMLSAG00000001685 vs. nr
Match: gi|1059413977|ref|XP_017779873.1| (PREDICTED: probable phospholipid-transporting ATPase VD isoform X2 [Nicrophorus vespilloides])

HSP 1 Score: 1498.41 bits (3878), Expect = 0.000e+0
Identity = 756/1409 (53.66%), Postives = 966/1409 (68.56%), Query Frame = 0
Query:  567 GHIRSASHG-------GSSIYHATPRPSVLKK-HGHRRVFSHGQITVGFNQKELDGQPMK-GHKRTNSKTEFILPPGHDDRERKRTSLTRSGSAKHHKRQASRTXS----------------LGFSFKGXSRXASREXGGGGGQDEVNEVKQRVVVPDHVIPVDVPEHEHPNHKYTKNKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSILHPWGERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFNDNYAPFLNVLSQGDSNPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNSSMDKNGTSGRAVIPVNPLLHQRLVSPSPPEPDLLINQSPNVSPKECHQNHIEDFFTLLSVCNTVIVAKYPHRDAMNVSGLIVHSNSMVSVDNHSMLSCIDENADEKSNAGLSTRSPSPPLSFISTSSTEPLKPNSSSMAIPMTKLGSTPVSTRPPVTKSRLLHLLPMSPKPLSPIASSPETSPLSSPVSSRRPKHLQLPSLFAKLKSRSNSSLSKLQIV----STSPTPTEIRPIYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRV--IVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIMNGDTKAD------------------RSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQFWFILIYTSVVAVFPRTCIKALINTCRPNSVTEVLL 1926
            GH RSASHG       G++      RPS LK   GH+R FS GQIT        D   ++ GH R  SKT+FILPPGH + E    S +R+ SAK H RQASR+ S                L F  +   R    E             + R+VVP+H +P   P  EHPN K   NK+RTTKYTLL FLP+NL EQFHR ANLYF+FIVLLNW PAINAFGKE++MIPV+FVLG TA+KDLFEDRRR+ SDKRINNSTCR+Y+S   RYKK  WK+V+VGD++HLS NE +PADILLLRSSD  GLCYIDT +LDGETNLKQR+V RGF E++  F P +F+S IE D PTTKIYRFHG++LHP G RIPVG DNLLLREC+LKNTDYVEGIVVYAGHE+K MLNNGGPRYKRS LE++MN +V+WCV IL+ LC IGA+G  +WL  + +   PF      G S+   E FL FWT++IILQ++IP+SLYVT+EM K++QVY IH +  +YD L  KR ECRALNI EELG +QYIF DKTGTLT+N+MIF+NCTI GVD+ H +  D++ T     +  N  + Q          D+L  +S   S    H   I++F  LL+VCNTV+ + +PH D MN SG++                    NA E+ N   +T + SP   +     +  + P             S P+ T       R  H+  +SP  ++ + SSP +    +P  + RPK L + +L   L ++ N +L+  Q V    S +P+P E++PI+EAESPDELALVD A+ YNCKLLKRT +   + LP  G  +F++L++L FDS RK MSV+++HP+T Q ILYCKGAD +++P +  + D+ E+K ++ +TQ QL+ YAK GLRVL+MAK+ILT TEY+ W+++H  AE S    EK L ESY  IE++  L+GATGIEDRLQ+GVPET+A L  AGIVVWV+TGDK ETAINIAYS +LF   +E+L +  RSK+A + TI ++L+ I       D                  R+LVIDGKTL +ILD+R+NL KPFL+LT+YC SVLCCRATPLQKA+IV++VKE+L M+TLAIGDGANDVSMIQTAD+G+GISG EGMQAVMA+DF++SRFKYLERLLLVHGHW+YDRLS MI YFFYKNA FVF+ FWYQL+CG+SG VMID MYLMLYNL+FTSLPPLAIGVYDQDAP+Y+L+  P LY RGRLG+ Y+  SFW +M DA+YQS+ IFF   G YN++DI +WEFGT++ T+C+FVM  H A+ET SWTI+H  S +VSI  +++++++Y+  CVNCFGL   YW++QHAM T  +W ++  + VVA+ PR  ++ +     P+ VT  ++
Sbjct:   41 GHGRSASHGSGTTFSGGAASTSVVGRPSALKSTRGHQRAFSQGQIT--------DSSGIRPGHSRVGSKTDFILPPGHKETETTSGSGSRT-SAKGHSRQASRSESIYTLRRTAPPSFWKRFLSFILRRSPRYEQEE-------------RYRIVVPNHTVPPKTPRKEHPNGKRPNNKVRTTKYTLLSFLPRNLLEQFHRVANLYFIFIVLLNWFPAINAFGKEIAMIPVVFVLGVTAVKDLFEDRRRHASDKRINNSTCRIYQSENDRYKKVLWKEVRVGDLIHLSNNEVVPADILLLRSSDPNGLCYIDTGHLDGETNLKQRKVARGFTEKQDGFDPSKFKSVIEVDAPTTKIYRFHGAMLHPSGTRIPVGTDNLLLRECLLKNTDYVEGIVVYAGHETKAMLNNGGPRYKRSSLEKQMNQDVLWCVLILIFLCVIGAIGCKLWLSTYTNLQEPFR---PDGYSDSS-EAFLAFWTYIIILQIMIPLSLYVTLEMCKIIQVYHIHNNVDLYDPLIDKRTECRALNITEELGQIQYIFSDKTGTLTENRMIFRNCTIAGVDYHHPTLQDESKTKNTLTVLCNAKMVQ----------DMLCQESVTDSSSLIHATRIQEFLLLLAVCNTVVCSHHPHYDLMNASGILEPV----------------PNAFEQENKPETTTTVSPNDKYSRLEESRSVTP-------------SPPLHTSSHFDNRRTPHVPSLSP--ITSVDSSPTSE---APPKNSRPKILNITAL-GFLGNKRNMNLTDEQKVKINQSVTPSPHELKPIFEAESPDELALVDTAYIYNCKLLKRTPSEVTVDLPGAGRYDFKILNILQFDSVRKCMSVIIKHPVTKQIILYCKGADTTIIPALAPVEDDSEQKRIICQTQQQLNAYAKQGLRVLLMAKRILTVTEYNEWLRKHKEAELSHDNLEKKLQESYALIEHNLTLLGATGIEDRLQEGVPETLASLISAGIVVWVVTGDKPETAINIAYSAKLFSPQMELLKLMTRSKEAADRTISFYLNEIERQPDGGDPTSSSNLLSSRSQPKAKTRALVIDGKTLTFILDRRSNLTKPFLKLTTYCNSVLCCRATPLQKAYIVKVVKEELKMRTLAIGDGANDVSMIQTADVGIGISGQEGMQAVMAADFSLSRFKYLERLLLVHGHWSYDRLSSMILYFFYKNAAFVFLIFWYQLYCGYSGAVMIDQMYLMLYNLLFTSLPPLAIGVYDQDAPEYLLRENPYLYRRGRLGKAYRSRSFWFTMFDAIYQSLAIFFICQGIYNESDIDIWEFGTVVTTACMFVMQLHAAIETRSWTILHIGSYLVSIGLFYLYSIIYNAYCVNCFGLPSNYWIIQHAMSTANYWLLIPLSCVVALLPRILLRVIKTAVCPDDVTRAIM 1378          
BLAST of EMLSAG00000001685 vs. nr
Match: gi|1080045209|ref|XP_018563796.1| (PREDICTED: probable phospholipid-transporting ATPase VD isoform X2 [Anoplophora glabripennis])

HSP 1 Score: 1470.68 bits (3806), Expect = 0.000e+0
Identity = 760/1448 (52.49%), Postives = 977/1448 (67.47%), Query Frame = 0
Query:  538 SPDDDANTL---SAPCSAPYTITTTATGAARNGHIRSASHGGSSIYHATP-------RPSVLKKHGHRRVFSHGQITVGFNQKELDGQPMKGHKRTNSKTEFILPPGHDDRERKRTSLTRSGSAKHHKRQASRTXSLGFSFKGXS-----RXASREXGGGGGQDEVNEVKQRVVVPDHVIPVDVPEHEHPNHKYTKNKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSILHPWGERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFNDNYAPFLNVLSQGDSNPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNSSMDKNGTSGRAVIPVNPLLHQRLVSPSPPEPDLLINQSPNV-SPKECHQNHIEDFFTLLSVCNTVIVAKYPHRDAMNVSGLIVHSNSMVSVDNHSMLSCIDE------NADEKSNAGLSTRS--PSPPLSFISTSSTEPLKPNSSSMAIPMTKLGSTPVSTRPPVTKSRLLHLLPMSPKPLSPIASSPETSPLSSPVS-SRRPKHLQLPSLFAKLKSRSNSSLSKLQIV------STSPTPTEIRPIYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRV--IVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAI---MNGDTKAD-----------------------RSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQFWFILIYTSVVAVFPRTCIKALINTCRPNSVTEVLL 1926
            +P  D N+    +A CS  YT           GH+RS SHGG +             R ++    GH+R  S GQI+      +  G P  GH R  SKT+FILPPG+ + E       RS SAK H RQASR+ S+ ++ +  +     R           ++E  E + R VVP+H +P   P  EHPN +   NKIRTTKYTLL FLP+NL EQFHR ANLYF+FIVLLNW+PAINAFGKEV+MIPV+FVLG TA+KDLFEDRRR+ SDKRINNSTCR+Y S   RYKK  WKDV+VGD++HLS NE +PADILLLRSSD  GLCYIDT +LDGETNLKQR+V RGF E++  F+P +FRS+IE + PTTKIYRFHG+I+HP G R+PVG DNLLLREC+LKNTD+VEGIVVYAGHE+K MLNNGGPRYKRS LE++MN +VIWCVFIL+ LC +GA+G  +WL +F +   PF       +++   E  L FW FVIILQ++IP+SLYVT+EM K++QVY IH +  +YD +  KR ECRALNI EELG +QYIF DKTGTLT+N+MIF+ C I GVD+ H  +M+  G +G+ +  ++ +++  LVS    E  +    S N+ S +  H   I +F  LL++CNTV+ +++PH D MN SG+I   N     D  S              A++K      +RS  PSPPL+    +S                                R  H+  +SP  +  + +SP +  L +  S ++RPK L +PS+   LK  + ++L+  Q V      ST+P+P +I+PIYEAESPDELALVDAA+ Y C+L+KRT   A +  P++G + +E+L+VLPFDS RKRMSV+ R+P+T Q +LYCKGAD +MLP +  + D+ E+K ++ KTQ  L+ YA+ GLRVLVMAK+++T+ +YD W ++H  AE S    E+ L +SY+ IE +  L+G TGIEDRLQ+GVPET++ L  AGIVVWVLTGDK ETAINIAYS +LF   +E+L + ARSK+A ETTI  +L  I   +  +  AD                       R+L +DGKTL +ILDKR NL KPFL+L++YC SVLCCRATPLQKA+IVR+VKE+L M+TLAIGDGANDVSMIQTAD+G+GISG EGMQAVMA+DFAISRFKYLE  LLVHGHW+YDRLSRM+ YFFYKNA FVF+CFWYQLFCGFSG VMID MYLMLYNL+FTSLPPLAIGVYDQDAP ++L   P LY RGRLG++Y+ YSFW++M DA YQS  I F     YNDTDI ++EFGT   T+C+FVM  H A+E  SWT+IH  S++ SI +++++++ Y+  CVNCFGL   YW +Q AMG  Q+W + + + VVA+ PR   +       P+ VT  L+
Sbjct:   13 NPPTDTNSTQPSNAHCST-YTFPEVIRSPEVRGHLRSVSHGGGTSLGGGSGSAGVVGRSAMKGARGHQRALSQGQIS------DSGGGPKPGHSRVGSKTDFILPPGYKELENANGPAPRS-SAKGHSRQASRSESI-YTLRRTAPPPLWRRILCALIRRSPKNEQEE-RYRTVVPNHTVPPKTPRKEHPNGRRPDNKIRTTKYTLLSFLPRNLLEQFHRVANLYFIFIVLLNWLPAINAFGKEVAMIPVMFVLGVTAVKDLFEDRRRHASDKRINNSTCRIYNSEASRYKKVLWKDVRVGDLIHLSNNEVVPADILLLRSSDPNGLCYIDTGHLDGETNLKQRQVARGFLEKQHFFEPSKFRSSIEVEAPTTKIYRFHGAIVHPSGARVPVGSDNLLLRECLLKNTDFVEGIVVYAGHETKAMLNNGGPRYKRSSLEKQMNQDVIWCVFILIFLCVLGAIGCKVWLSFFENLPPPF------QENHETTEAILAFWIFVIILQIMIPLSLYVTLEMCKIIQVYHIHHNVDLYDPVMDKRTECRALNITEELGQIQYIFSDKTGTLTENRMIFRRCAIAGVDYDH-PTMEDEGNNGK-LTNLSVVVNSNLVSDLHQEGTV----SENIFSTRPTHSARIHEFLLLLALCNTVVCSRHPHYDIMNASGIIEEPNLFEKTDQASDEQSSSSSTSQSLTANDKYTRLEESRSVTPSPPLNTYLLNS-------------------------------KRSAHIPTLSP--IDSVDTSPTSECLQNQTSKTQRPKLLNIPSIVF-LKKNNGNNLTDEQKVKLNQQRSTTPSPHDIKPIYEAESPDELALVDAAYNYGCRLIKRTPTVATVETPSDGKLNYEILNVLPFDSTRKRMSVIFRNPLTNQIVLYCKGADTTMLPHLTPVEDDSEQKLIINKTQHHLNGYAREGLRVLVMAKRVITQHQYDEWYRKHQEAELSSDNLERKLRDSYSSIECNLTLLGTTGIEDRLQEGVPETLSALLAAGIVVWVLTGDKPETAINIAYSAKLFSPQMELLKLMARSKEAAETTIHCYLAEIERQIKDEADADDNRPSTSAIDDYNYSRTPQRNKTRALAVDGKTLTFILDKRANLTKPFLKLSTYCNSVLCCRATPLQKAYIVRVVKEELKMRTLAIGDGANDVSMIQTADVGIGISGQEGMQAVMAADFAISRFKYLETFLLVHGHWSYDRLSRMVLYFFYKNAAFVFLCFWYQLFCGFSGTVMIDQMYLMLYNLLFTSLPPLAIGVYDQDAPAHVLLEKPYLYRRGRLGKVYRSYSFWLTMLDAFYQSTCILFLCQLAYNDTDIDMFEFGTTATTACMFVMLLHAAIEMRSWTVIHLASILFSIGAFYLYSITYNAYCVNCFGLPSTYWTIQVAMGRPQYWLVTLLSCVVALLPRLLYRISQTVLAPDEVTRALI 1404          
BLAST of EMLSAG00000001685 vs. nr
Match: gi|1080045207|ref|XP_018563795.1| (PREDICTED: probable phospholipid-transporting ATPase VD isoform X1 [Anoplophora glabripennis])

HSP 1 Score: 1468.75 bits (3801), Expect = 0.000e+0
Identity = 761/1459 (52.16%), Postives = 980/1459 (67.17%), Query Frame = 0
Query:  538 SPDDDANTL---SAPCSAPYTITTTATGAARNGHIRSASHGGSSIYHATP-------RPSVLKKHGHRRVFSHGQITVGFNQKELDGQPMKGHKRTNSKTEFILPPGHDDRERKRTSLTRSGSAKHHKRQASRTXSLGFSFKGXS-----RXASREXGGGGGQDEVNEVKQRVVVPDHVIPVDVPEHEHPNHKYTKNKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSILHPWGERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFNDNYAPFLNVLSQGDSNPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNSSMDKNGTSGRAVIPVNPLLHQRLVSPSPPEPDLLINQSPNV-SPKECHQNHIEDFFTLLSVCNTVIVAKYPHRDAMNVSGLIVHSNSMVSVDNHSMLSCIDE------NADEKSNAGLSTRS--PSPPLSFISTSSTEPLKPNSSSMAIPMTKLGSTPVSTRPPVTKSRLLHLLPMSPKPLSPIASSPETSPLSSPVS-SRRPKHLQLPSLFAKLKSRSNSSLSKLQIV------STSPTPTEIRPIYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRV--IVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAI---MNGDTKAD-----------------------RSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQFWFILIYTSVVAVFPRTCIKALINTCRPNSVTEVLLSRQSNEENKEE 1937
            +P  D N+    +A CS  YT           GH+RS SHGG +             R ++    GH+R  S GQI+      +  G P  GH R  SKT+FILPPG+ + E       RS SAK H RQASR+ S+ ++ +  +     R           ++E  E + R VVP+H +P   P  EHPN +   NKIRTTKYTLL FLP+NL EQFHR ANLYF+FIVLLNW+PAINAFGKEV+MIPV+FVLG TA+KDLFEDRRR+ SDKRINNSTCR+Y S   RYKK  WKDV+VGD++HLS NE +PADILLLRSSD  GLCYIDT +LDGETNLKQR+V RGF E++  F+P +FRS+IE + PTTKIYRFHG+I+HP G R+PVG DNLLLREC+LKNTD+VEGIVVYAGHE+K MLNNGGPRYKRS LE++MN +VIWCVFIL+ LC +GA+G  +WL +F +   PF       +++   E  L FW FVIILQ++IP+SLYVT+EM K++QVY IH +  +YD +  KR ECRALNI EELG +QYIF DKTGTLT+N+MIF+ C I GVD+ H  +M+  G +G+ +  ++ +++  LVS    E  +    S N+ S +  H   I +F  LL++CNTV+ +++PH D MN SG+I   N     D  S              A++K      +RS  PSPPL+    +S                                R  H+  +SP  +  + +SP +  L +  S ++RPK L +PS+   LK  + ++L+  Q V      ST+P+P +I+PIYEAESPDELALVDAA+ Y C+L+KRT   A +  P++G + +E+L+VLPFDS RKRMSV+ R+P+T Q +LYCKGAD +MLP +  + D+ E+K ++ KTQ  L+ YA+ GLRVLVMAK+++T+ +YD W ++H  AE S    E+ L +SY+ IE +  L+G TGIEDRLQ+GVPET++ L  AGIVVWVLTGDK ETAINIAYS +LF   +E+L + ARSK+A ETTI  +L  I   +  +  AD                       R+L +DGKTL +ILDKR NL KPFL+L++YC SVLCCRATPLQKA+IVR+VKE+L M+TLAIGDGANDVSMIQTAD+G+GISG EGMQAVMA+DFAISRFKYLE  LLVHGHW+YDRLSRM+ YFFYKNA FVF+CFWYQLFCGFSG VMID MYLMLYNL+FTSLPPLAIGVYDQDAP ++L   P LY RGRLG++Y+ YSFW++M DA YQS  I F     YNDTDI ++EFGT   T+C+FVM  H A+E  SWT+IH  S++ SI +++++++ Y+  CVNCFGL   YW +Q AMG  Q+W + + + VVA+ PR   +       P+ VT  L+  +      E+
Sbjct:   13 NPPTDTNSTQPSNAHCST-YTFPEVIRSPEVRGHLRSVSHGGGTSLGGGSGSAGVVGRSAMKGARGHQRALSQGQIS------DSGGGPKPGHSRVGSKTDFILPPGYKELENANGPAPRS-SAKGHSRQASRSESI-YTLRRTAPPPLWRRILCALIRRSPKNE-QEERYRTVVPNHTVPPKTPRKEHPNGRRPDNKIRTTKYTLLSFLPRNLLEQFHRVANLYFIFIVLLNWLPAINAFGKEVAMIPVMFVLGVTAVKDLFEDRRRHASDKRINNSTCRIYNSEASRYKKVLWKDVRVGDLIHLSNNEVVPADILLLRSSDPNGLCYIDTGHLDGETNLKQRQVARGFLEKQHFFEPSKFRSSIEVEAPTTKIYRFHGAIVHPSGARVPVGSDNLLLRECLLKNTDFVEGIVVYAGHETKAMLNNGGPRYKRSSLEKQMNQDVIWCVFILIFLCVLGAIGCKVWLSFFENLPPPF------QENHETTEAILAFWIFVIILQIMIPLSLYVTLEMCKIIQVYHIHHNVDLYDPVMDKRTECRALNITEELGQIQYIFSDKTGTLTENRMIFRRCAIAGVDYDH-PTMEDEGNNGK-LTNLSVVVNSNLVSDLHQEGTV----SENIFSTRPTHSARIHEFLLLLALCNTVVCSRHPHYDIMNASGIIEEPNLFEKTDQASDEQSSSSSTSQSLTANDKYTRLEESRSVTPSPPLNTYLLNS-------------------------------KRSAHIPTLSP--IDSVDTSPTSECLQNQTSKTQRPKLLNIPSIVF-LKKNNGNNLTDEQKVKLNQQRSTTPSPHDIKPIYEAESPDELALVDAAYNYGCRLIKRTPTVATVETPSDGKLNYEILNVLPFDSTRKRMSVIFRNPLTNQIVLYCKGADTTMLPHLTPVEDDSEQKLIINKTQHHLNGYAREGLRVLVMAKRVITQHQYDEWYRKHQEAELSSDNLERKLRDSYSSIECNLTLLGTTGIEDRLQEGVPETLSALLAAGIVVWVLTGDKPETAINIAYSAKLFSPQMELLKLMARSKEAAETTIHCYLAEIERQIKDEADADDNRPSTSAIDDYNYSRTPQRNKTRALAVDGKTLTFILDKRANLTKPFLKLSTYCNSVLCCRATPLQKAYIVRVVKEELKMRTLAIGDGANDVSMIQTADVGIGISGQEGMQAVMAADFAISRFKYLETFLLVHGHWSYDRLSRMVLYFFYKNAAFVFLCFWYQLFCGFSGTVMIDQMYLMLYNLLFTSLPPLAIGVYDQDAPAHVLLEKPYLYRRGRLGKVYRSYSFWLTMLDAFYQSTCILFLCQLAYNDTDIDMFEFGTTATTACMFVMLLHAAIEMRSWTVIHLASILFSIGAFYLYSITYNAYCVNCFGLPSTYWTIQVAMGRPQYWLVTLLSCVVALLPRLLYRISQTVLAPDEVTRALIYERRAARRGEK 1415          
BLAST of EMLSAG00000001685 vs. nr
Match: gi|1130219537|ref|XP_019756977.1| (PREDICTED: probable phospholipid-transporting ATPase VD [Dendroctonus ponderosae])

HSP 1 Score: 1441.79 bits (3731), Expect = 0.000e+0
Identity = 729/1400 (52.07%), Postives = 951/1400 (67.93%), Query Frame = 0
Query:  593 GHRRVFSHGQITVGFNQKELDGQPMKGHKRTNSKTEFILPPGHDDRERKRTSLTRSGSAKHHKRQASRTXSLGFSFKGX-------------SRXASREXGGGGGQDEVNEVKQRVVVPDHVIPVDVPEHEHPNHKYTKNKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSILHPWGERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFNDNYAPFLNVLSQGDSNPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSH----NSSMDKNGTSGRAVIPVNPLLHQRLVSPSPPEPDLLINQSPNV----SPKECHQNHIEDFFTLLSVCNTVIVAKYPHRDAMNVSGLIVHSNSMVSVDNHSMLSCIDENADEKSNAGLSTRSPSPPLSFISTSSTEPLKPNSSSMAIPMTKLGSTPVSTRPPVTKSRLLHLLPMSPKPLSPIASSPETSPLSSPVSSR--RPKHLQLPSL-FAKLKSRSNSSLS-----KLQIVSTSPTPTEIRPIYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVI--VDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIMNGDTKAD-----------------------RSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQFWFILIYTSVVAVFPRTCIKALINTCRPNSVTEVLLSRQSNEENKEED 1938
            GH+R FS GQI+    +    G    GH R  SKT+FILPP H D  +   + +R  S K H RQAS + S  ++ +               +R + R            E + R VVP+H++P   P   HPN +   N+IRTTKYTLL FLP+NL EQFHR ANLYF+FIVLLNWVPAINAFGKE++MIPV+FVLG TA+KDLFEDRRR+ SDK+INNSTCR+Y     RY+K  WKDV+VGD++HLS NE +PADILLLRSSD  GLCYIDT +LDGETNLKQR+V RGF E++  F+P +FRS IE + PTTKIYRFHGSI+H  G+R+PVG DNLLLREC+LKNTD++EGIVVYAGHE+K +LNNGGPRYKRS LE++MN +V+WCV IL+++C +GA+G  +WL  F D  +PF     Q       E FL FWT+VIILQ++IP+SLYVT+E+ K+LQVY IH +  +YD +  KR+ECRALNI EELG +QYIF DKTGTLT+NKMIF+NC I G+D++H    N + + N   G   + VN    ++LV+         +NQ        S +  H   I++F  LL+VCNTV+ +K+PH D MN SG+I              L  I  +A+E S   + T SP         S  E  +  S + + P+   G+    +  P                LSPI S   +  +    SSR  RPK L +PS+ F   KS S  +L+     KL   ++  +P++++PIYEAESPDELALVDAA+ Y C+LL+RT     + +P +G + F++L++LPFDS RKRMSV+ RHP T + ILYCKGAD+SM+PR++   D+ E+  +L KTQ  L +YA+ GLRVLVMAK++L++ EY+ W  +H   E S+   EK + +SYN IE +  L+GATGIEDRLQ+GVPET+  L  AGIVVWV+TGDK ETAINIAYS +LF   +E+L + ARSK++ E+TI+ +L  I     +A+                       R+LV+DGKTL YILD+R+NL KPFL+LT+ C SVLCCRATPLQKA+IV++VKE+L M+TLAIGDGANDVSMIQTAD+G+GISG EGMQAVMA+DFA+SRFKYLER LLVHGHW+YDRLS+M+ YFFYKNATFVF+ FWYQ +CGFSG VMID MYLMLYNL+FTSLPP+AIGVYDQDAP  +L++ P LY+RGRLG+ Y+ YSFW++MAD+LYQS+V+F+     Y  TD+ ++EFGT   T+C+ VM  H+++ET SWTIIH  S+  SI ++F+++L Y+  CVNCFGL   YW +Q +M   Q+W + +   VVAV PR   +       P+ VT+ LL+ + ++    E+
Sbjct:   13 GHQRAFSQGQIS----EVPPVGAERPGHSRVGSKTDFILPPEHKDSTKAEGATSRI-STKGHSRQASTSES-TYTLRNSDPPHLWQKLYYRLTRRSPRSE---------QEERIRTVVPNHIVPPKTPRKVHPNGRRPNNRIRTTKYTLLSFLPRNLLEQFHRVANLYFIFIVLLNWVPAINAFGKEIAMIPVLFVLGVTAVKDLFEDRRRHASDKKINNSTCRIYNREHSRYRKVLWKDVRVGDLIHLSNNEVVPADILLLRSSDPSGLCYIDTGHLDGETNLKQRQVARGFIEKQRWFEPSKFRSKIEVESPTTKIYRFHGSIVHDSGQRVPVGTDNLLLRECLLKNTDFIEGIVVYAGHETKALLNNGGPRYKRSSLEKQMNQDVVWCVLILILMCILGAIGCKLWLLAFPDLKSPFREESDQ------IEAFLAFWTYVIILQIMIPLSLYVTLELCKILQVYHIHHNVDLYDSVMDKRIECRALNITEELGQIQYIFSDKTGTLTENKMIFRNCAIAGIDYNHPGLENEAQNCN-KQGNLSVKVN----EQLVTD--------LNQGVTAEHVFSSRNVHSARIQEFLLLLAVCNTVVCSKHPHHDNMNASGII------------EALPNILSSAEEDSVKAVETASPKSRSICDKYSRLE--ESRSVTPSPPLNAFGADSKRSYVPT---------------LSPIESVENSESMEGQASSRSLRPKLLSIPSIGFLSRKSNSTVNLTDEEKVKLGHAASPLSPSDLKPIYEAESPDELALVDAAYIYKCRLLRRTPTEVTVDVPMKGRMMFKILNILPFDSTRKRMSVIFRHPTTSEIILYCKGADSSMIPRLVPAEDDSEQTFILNKTQVHLGSYAREGLRVLVMAKRVLSQQEYNDWTTKHQEIELSVDNVEKKIRDSYNYIECNMTLLGATGIEDRLQEGVPETLTALIAAGIVVWVVTGDKPETAINIAYSAKLFSPQMELLKIMARSKESAESTIRCYLADIELQSNQAENAEEHCSAGCSSRIGPQMPKPQGRALVVDGKTLTYILDRRSNLTKPFLKLTTACNSVLCCRATPLQKAYIVKVVKEELKMRTLAIGDGANDVSMIQTADVGIGISGQEGMQAVMAADFALSRFKYLERFLLVHGHWSYDRLSKMVLYFFYKNATFVFLIFWYQFYCGFSGSVMIDQMYLMLYNLLFTSLPPIAIGVYDQDAPYRLLRDNPYLYKRGRLGRAYRTYSFWMTMADSLYQSVVVFWLCKMAYEGTDVDIFEFGTATTTACMCVMLLHVSIETRSWTIIHAASIFCSIGAFFLYSLTYNTFCVNCFGLPSTYWTIQISMHRPQYWLVTLLACVVAVLPRLLFRVCQTMFAPDEVTKALLAERKSQRRGXEN 1349          
BLAST of EMLSAG00000001685 vs. nr
Match: gi|1061489510|gb|ODN06541.1| (putative phospholipid-transporting ATPase VD [Orchesella cincta])

HSP 1 Score: 1440.63 bits (3728), Expect = 0.000e+0
Identity = 746/1483 (50.30%), Postives = 989/1483 (66.69%), Query Frame = 0
Query:  563 AARNGHIRSASHGG----------SSIYHA--TPRPSVLKKHGHRRVFSHGQITVGFNQKELDGQPMKGHKRTNSKTEFILPPGHDDRERKRTSLTRSGS--------AKHHKRQASRTXSLGFSFKGXSRXASREXGGGGGQDEVNEVKQRVVVPDHVIPVDVPEHEHPNHKYTKNKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSILHPWGERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFNDNYAPFLNVLSQGDSNPPFE-GFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNSSMDK-----NGTSGRAVIPVNPLLHQRLVSPSPPEPDLLINQSPNVSPKECHQNHIEDFFTLLSVCNTVIVAKYPHRDAMNVSGLIVHSNSMVSVDNHSMLSCIDE--------NADEKSNAGLSTRSPSPPLSFIST-SSTEPLKPNSSSMAIPMTKLGSTPVS---TRPPVTKSRLLHLLPM-------SPKPLSPIASSPETSPLSSPVSSRRPKHLQLPSLFAKLKSRSNSSLSKLQIVSTSPTPT----EIRPIYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVIVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAI-------------MNGDTKA------------------------------------------DRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQFWFILIYTSVVAVFPRTCIKALINTCRPNSVTEVLL---SRQSNEENKEED 1938
            +A  GH RSASHGG           S+  A  + + SV+K+ GH R  SHGQI         D Q +KGH R  SKT+FILPPGH ++E++R    RSGS         K H RQASR+ S+ ++ +     ASR       + +    + R +VP+H++P + P  +HPN KY  N+I TTKYT + FLPKNLFEQFHRFANLYF+ IVLLNW+P I+AFGKE++M+PV+FVLG TAIKDLFEDRRRY SDKRINN+TCRV+     RY KT WK+++VGDIVHLSCNE IPADILLLR+SD  GLCYI+T NLDGE+NLKQREV RGF E++  F   +F STIE + PTTK+Y F G +LH    ++P+ K+NLLLR+C LKNTD+VEG+V+YAG ++K MLNNGGPR+KR+ LER MN+EV+WCV IL VLC IGA G+ +W   ++D+  PFL     G++  P E  FL+F TF+I+LQV+IP+SLYVTIE+ KLLQ+Y IH D  +YD    KR++CRA+NI E+LG +QYIF DKTGTLT+NKM+F+ C + GVD++H  S          ++    + +NP L++RL   S     L  + S     +      I DFF +L+ CNTV+VAK+PH D MN SG ++  +S  +++ +S L+ I E        N   + N  L     + P S  S+ S++E    +S S  I    +  TP      +P  +    L+ L         + +PLSPI+SS ET+P  SP  ++RP+ LQ+P     + SR N +       + +PTPT    EI+PIYEAESPDELALV AA+AYNC+L++RT     +S+P EG VE++VL   PFDS RKRMS+VL+H +T + ILYCKGAD ++  R+  D    + V  +TQT ++NYA+ GLRVLVMAK+ L+  EY AW+ +   AE  MV R+K + E++  +E++ +L+GATG+EDRLQD VPETI  LR AGIVVWVLTGDKQETA+NIAYSC+LF  +++++ +NARSKD  +  I ++LD +               GD ++                                          +R+LV+DGKTL +ILD +  L   FL LT +CASVLCCRATPLQKA IV  VK+QL M TLAIGDGANDVSMIQ ADIG+GISG EGMQAVMASDFAIS+FK+LE+LLLVHGHW YDRL+RMI YFFYKNA FVFV FWYQL  G+SG VMID MYLM++NL FT+LPP+AIGVYDQDA   +L +MP+LY++GRL  I++P++FW++M DALYQSIVIFF AYG YN +D+G++EFGT I  SC+F M  H+A+E  SWT+IH +S++VSI  ++ FA +Y+ VC+NC G + P+WV+   + +   W  ++ ++V+AV PR  ++ L+ +  P+ VT+ LL   +RQ N  N+EE+
Sbjct:    5 SALKGHYRSASHGGVIAPSRTIDVGSVTSADSSVKTSVMKR-GHTRAASHGQIVE-------DPQTLKGHNRAPSKTDFILPPGHLEKEKERE---RSGSDAMLKEVYTKGHSRQASRSESI-YTLRQHP-VASRSKLFFWKKSKTEISRNRKIVPNHIVPPNTPSDQHPNGKYCANRICTTKYTAISFLPKNLFEQFHRFANLYFISIVLLNWIPRISAFGKEIAMLPVMFVLGVTAIKDLFEDRRRYNSDKRINNATCRVWNRESRRYMKTRWKEMRVGDIVHLSCNEPIPADILLLRTSDPNGLCYIETMNLDGESNLKQREVVRGFVEKQEEFDVSKFDSTIEVENPTTKVYHFTGKLLHKDLTQVPLSKENLLLRDCYLKNTDFVEGVVIYAGQDTKAMLNNGGPRHKRTGLERLMNIEVVWCVVILAVLCIIGATGATLWSSVYDDSEVPFLPQKEDGEAEHPLELAFLSFLTFIILLQVMIPLSLYVTIELTKLLQIYHIHNDVDLYDPETNKRIQCRAMNITEDLGQIQYIFSDKTGTLTENKMMFRRCCVAGVDYNHAQSTAAEEQRYKKSNSSPPLKINPTLNERL---SLAAAKLASDASDFPEEQRKDIQKIYDFFMVLASCNTVVVAKHPHHDNMNASG-VIEGSSEQNLNQYSRLTPIRELDSSLPSSNYSIQDNNQLLVEYQAEPDSCGSSQSASETPVLHSLSSTISQKSVSQTPAEPTIVKPVKSSGAALNALKRPRILDFKATRPLSPISSSNETTPTESP--AQRPRFLQIPPF--PMLSRFNKTFQVSSPSAAAPTPTPSPSEIKPIYEAESPDELALVQAAYAYNCRLVQRTPQTIKVSVPGEGAVEYKVLQTFPFDSVRKRMSIVLKHTVTKEIILYCKGADGAIFGRLRADRANAELV-SRTQTCINNYAREGLRVLVMAKRKLSLDEYAAWLAKFEEAELDMVNRDKRMYEAWCSLESNMELVGATGVEDRLQDRVPETIEALRNAGIVVWVLTGDKQETAVNIAYSCKLFTPSMDVIKLNARSKDQADKAITFYLDQVEKMKMYTQNTDIGAKGDNQSANLDGLNIMELQRNNYNSESGFGNDGSQQHRDSDAFFRLSTNERALVVDGKTLTFILDVKAGLITKFLRLTKHCASVLCCRATPLQKACIVSSVKDQLGMITLAIGDGANDVSMIQRADIGIGISGKEGMQAVMASDFAISKFKFLEKLLLVHGHWCYDRLARMILYFFYKNAAFVFVIFWYQLLNGWSGSVMIDQMYLMVFNLFFTALPPMAIGVYDQDASAELLLSMPKLYKQGRLQLIHQPHTFWLNMLDALYQSIVIFFLAYGAYNGSDVGMFEFGTTITVSCMFAMLSHMAIEAKSWTMIHVLSILVSILFFYAFAFIYNTVCINCLGFENPFWVIHELITSPIHWLTVVVSTVLAVLPRMTVRCLLTSLFPSDVTKALLLKSARQGNLGNREEE 1465          
BLAST of EMLSAG00000001685 vs. nr
Match: gi|189236367|ref|XP_968357.2| (PREDICTED: probable phospholipid-transporting ATPase VD isoform X3 [Tribolium castaneum] >gi|1004400633|gb|EFA02333.2| putative phospholipid-transporting ATPase VD-like Protein [Tribolium castaneum])

HSP 1 Score: 1432.93 bits (3708), Expect = 0.000e+0
Identity = 734/1387 (52.92%), Postives = 947/1387 (68.28%), Query Frame = 0
Query:  585 RPSVLKK-HGHRRVFSHGQITVGFNQKELDGQPMKGHKRTNSKTEFILPPGHDDRERKRTSLTRSGSAKHHKRQASRTXSLGFSFKGXS-----RXASREXGGGGGQDEVNEVKQRVVVPDHVIPVDVPEHEHPNHKYTKNKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSILHPWGERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFNDNYAPFLNVLSQGDSNPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNSSMD--KNGTSGRAVIPVNPLLHQRLVSPSPPEPDLLINQSPNVSP-----KECHQNHIEDFFTLLSVCNTVIVAKYPHRDAMNVSGLI-VHSNSMVSVDNHSMLSCIDENADEKSNAGLSTRSPSPPLSFISTSSTEPLKPNSSSMAIPMTKLGSTPVSTRPPVTKSRLLHLLPMSPKPLSPIASSPETSPLSSPVSSRRPKHLQLPSLFAKLKSRSNSSLSKLQIVSTSPTPTEIRPIYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRV--IVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIMN--------------------GDTKADRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQFWFILIYTSVVAVFPRTCIKALINTCRPNSVTEVLLS--RQSNEE 1933
            RPS LK   GH+R FS GQI     +         GH R  SKT+FILPPGH D E          SAK H RQASR+ S+ ++ +  +     R           + E  E + R+VVP+H++P   P  EHPN K   NKIRTTKYTLL FLP+NL EQFHR ANLYF+FIVLLNW PAINAFGKE++MIPV+FVLG TA+KDLFEDRRR+ SDKRINNSTCR+Y+S   RYKK  WK+V+VGD++HLS NE +PADILLLRSSD  GLCYIDT +LDGETNLKQR+V RGF  ++  F+P +FRS +E + PTTKIYRFHG+I+HP GER+PVG DN+LLREC+LKNTD+VEGIVVYAGHE+K MLNNGGPRYKRS LER+MN +V+WCV IL+VLC IGA+G  +WL  FN   +PF    S+G      E FL FWT++IILQ++IP+SLYVT+EM K++QVY IH +  +YD +  KR ECRALNI EELG +QYIF DKTGTLT+N+MIF+ C I GVD++H    D  KNG      +  NP    RL+S         +NQ   V+      ++ H   I++F  LL+VCNTV+ +++PH D MN SGLI    +S    D ++ L        E+S     + +PSPPL+++   +TE L  +SS + +   KL S P+  R   + + L                + E                      AKL+S S  S   L+ +  + +P E            LALVDAAF YNCKLLKRT     +   +EG V +E+L VLPFDS RKRMSV+++HP++ + IL+CKGAD+S+ P +  + D+ E+K ++ KTQ  ++NY+K GLR+L+MAK++L+  EY  W K+      S+   E+ + ESY+RIE +  L+GATGIEDRLQ+GVPET++ L  AGIVVWVLTGDK ETAINIAYS +LF   +E+L +  RSK+  E+TI ++L  I N                    G     ++LVIDGKTL +ILD+R+NL KPFL+LT++C+SVLCCRATPLQKA+IV++VKE+L M+TLAIGDGANDVSMIQTAD+G+GISG EGMQAVMA+DFA+SRFK+LERLLLVHGHW+YDRLSRM+ YFFYKNA FVF+CFWYQLFCGFSG VMID MYLMLYNL+FTSLPPLAIGVYDQDAP+ +L++ P LY +GRLG++YK YSFW++MADA+YQS+ IFF   G Y D+DI ++EFGT   T+C+FVM  H+++E  SWTIIH  S+++SI +++V++ LY+ +CVNCFGL   YW++Q A     +W + + + VVA+ PR   + L     P+ VT  +++  R S  E
Sbjct:   68 RPSALKGGRGHQRAFSQGQIGAEAVRP--------GHSRVGSKTDFILPPGHKDSENVVGGSVSKVSAKGHSRQASRSESI-YTLRRSAPPPWWRRLLCVLLRRSPKSEPEE-RYRIVVPNHLVPPKTPRKEHPNGKRPNNKIRTTKYTLLSFLPRNLLEQFHRVANLYFIFIVLLNWFPAINAFGKEIAMIPVMFVLGVTAVKDLFEDRRRHASDKRINNSTCRIYQSEAARYKKVLWKEVRVGDLIHLSNNEVVPADILLLRSSDPSGLCYIDTGHLDGETNLKQRQVARGFVSKQDVFEPSKFRSKVEVEAPTTKIYRFHGAIVHPSGERVPVGTDNILLRECLLKNTDFVEGIVVYAGHETKAMLNNGGPRYKRSSLERQMNQDVLWCVLILIVLCLIGAIGCKLWLNIFNRLESPFKAEHSEGT-----EAFLAFWTYIIILQIMIPLSLYVTLEMCKIIQVYHIHHNVDLYDSIMDKRTECRALNITEELGQIQYIFSDKTGTLTENRMIFRRCAIAGVDYNHPKMEDEGKNGKLTSLSVVANP----RLLSD--------LNQVGAVTEQIYTTRQTHAAKIQEFLLLLAVCNTVVCSRHPHYDMMNASGLIEAVPSSFSQSDKYTRL--------EESR----SVTPSPPLNYLEGRTTE-LSCSSSDVEVKKPKLLSLPLLGRKQGSNTNL----------------TDEQK--------------------AKLRS-STPSPHDLKPIFEAESPDE------------LALVDAAFNYNCKLLKRTPTSVCVEFFDEGRVTYEILDVLPFDSIRKRMSVIVKHPVSGEIILFCKGADSSIFPYLAPVEDDSEQKILINKTQNHVNNYSKDGLRILLMAKRVLSLQEYTEWSKKQRELNMSLDNFERKVQESYSRIECNLTLLGATGIEDRLQEGVPETLSALMSAGIVVWVLTGDKPETAINIAYSSKLFSPQMELLKLMTRSKETAESTIMFYLSEIENAASSIQTVLPTTSRRDLNRSGPKNRSKALVIDGKTLTFILDRRSNLTKPFLKLTAHCSSVLCCRATPLQKAYIVKVVKEELKMRTLAIGDGANDVSMIQTADVGIGISGQEGMQAVMAADFALSRFKFLERLLLVHGHWSYDRLSRMVLYFFYKNAAFVFLCFWYQLFCGFSGSVMIDQMYLMLYNLLFTSLPPLAIGVYDQDAPEELLRDRPYLYRQGRLGKVYKSYSFWLTMADAIYQSLCIFFICQGAYADSDIDMFEFGTTATTACMFVMLLHVSIEIRSWTIIHVGSIVISIGAFYVYSFLYNSLCVNCFGLPSTYWIIQKATSRPTYWLVTLLSCVVALLPRYVFRVLKTLLAPDDVTRAVMAYRRASRRE 1365          
BLAST of EMLSAG00000001685 vs. nr
Match: gi|642919679|ref|XP_008192018.1| (PREDICTED: probable phospholipid-transporting ATPase VD isoform X1 [Tribolium castaneum])

HSP 1 Score: 1432.54 bits (3707), Expect = 0.000e+0
Identity = 732/1388 (52.74%), Postives = 946/1388 (68.16%), Query Frame = 0
Query:  585 RPSVLKK-HGHRRVFSHGQITVGFNQKELDGQPMKGHKRTNSKTEFILPPGHDDRERKRTSLTRSGSAKHHKRQASRTXSLGFSFKGXS-----RXASREXGGGGGQDEVNEVKQRVVVPDHVIPVDVPEHEHPNHKYTKNKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSILHPWGERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFNDNYAPFLNVLSQGDSNPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNSSMD--KNGTSGRAVIPVNPLLHQRLVSPSPPEPDLLINQSPNVSP-----KECHQNHIEDFFTLLSVCNTVIVAKYPHRDAMNVSGLI-VHSNSMVSVDNHSMLSCIDENADEKSNAGLSTRSPSPPLSFISTSSTEPLKPNSSSMAIPMTKLGSTPVSTRPPVTKSRLLHLLPMSPKPLSPIASSPETSPLSSPVSSRRPKHLQLPSLFAKLKSRSNSSLSKLQIVSTSPTPTEIRPIYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRV--IVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIMN--------------------GDTKADRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQFWFILIYTSVVAVFPRTCIKALINTCRPNSVTEVLLSRQSNEENKE 1936
            RPS LK   GH+R FS GQI     +         GH R  SKT+FILPPGH D E          SAK H RQASR+ S+ ++ +  +     R           + E  E + R+VVP+H++P   P  EHPN K   NKIRTTKYTLL FLP+NL EQFHR ANLYF+FIVLLNW PAINAFGKE++MIPV+FVLG TA+KDLFEDRRR+ SDKRINNSTCR+Y+S   RYKK  WK+V+VGD++HLS NE +PADILLLRSSD  GLCYIDT +LDGETNLKQR+V RGF  ++  F+P +FRS +E + PTTKIYRFHG+I+HP GER+PVG DN+LLREC+LKNTD+VEGIVVYAGHE+K MLNNGGPRYKRS LER+MN +V+WCV IL+VLC IGA+G  +WL  FN   +PF    S+G      E FL FWT++IILQ++IP+SLYVT+EM K++QVY IH +  +YD +  KR ECRALNI EELG +QYIF DKTGTLT+N+MIF+ C I GVD++H    D  KNG      +  NP    RL+S         +NQ   V+      ++ H   I++F  LL+VCNTV+ +++PH D MN SGLI    +S    D ++ L        E+S     + +PSPPL+++   +TE L  +SS + +   KL S P+  R   + + L                + E                      AKL+S S  S   L+ +  + +P E            LALVDAAF YNCKLLKRT     +   +EG V +E+L VLPFDS RKRMSV+++HP++ + IL+CKGAD+S+ P +  + D+ E+K ++ KTQ  ++NY+K GLR+L+MAK++L+  EY  W K+      S+   E+ + ESY+RIE +  L+GATGIEDRLQ+GVPET++ L  AGIVVWVLTGDK ETAINIAYS +LF   +E+L +  RSK+  E+TI ++L  I N                    G     ++LVIDGKTL +ILD+R+NL KPFL+LT++C+SVLCCRATPLQKA+IV++VKE+L M+TLAIGDGANDVSMIQTAD+G+GISG EGMQAVMA+DFA+SRFK+LERLLLVHGHW+YDRLSRM+ YFFYKNA FVF+CFWYQLFCGFSG VMID MYLMLYNL+FTSLPPLAIGVYDQDAP+ +L++ P LY +GRLG++YK YSFW++MADA+YQS+ IFF   G Y D+DI ++EFGT   T+C+FVM  H+++E  SWTIIH  S+++SI +++V++ LY+ +CVNCFGL   YW++Q A     +W + + + VVA+ PR   + L     P+ VT  +++ +      E
Sbjct:   68 RPSALKGGRGHQRAFSQGQIGAEAVRP--------GHSRVGSKTDFILPPGHKDSENVVGGSVSKVSAKGHSRQASRSESI-YTLRRSAPPPWWRRLLCVLLRRSPKSEPEE-RYRIVVPNHLVPPKTPRKEHPNGKRPNNKIRTTKYTLLSFLPRNLLEQFHRVANLYFIFIVLLNWFPAINAFGKEIAMIPVMFVLGVTAVKDLFEDRRRHASDKRINNSTCRIYQSEAARYKKVLWKEVRVGDLIHLSNNEVVPADILLLRSSDPSGLCYIDTGHLDGETNLKQRQVARGFVSKQDVFEPSKFRSKVEVEAPTTKIYRFHGAIVHPSGERVPVGTDNILLRECLLKNTDFVEGIVVYAGHETKAMLNNGGPRYKRSSLERQMNQDVLWCVLILIVLCLIGAIGCKLWLNIFNRLESPFKAEHSEGT-----EAFLAFWTYIIILQIMIPLSLYVTLEMCKIIQVYHIHHNVDLYDSIMDKRTECRALNITEELGQIQYIFSDKTGTLTENRMIFRRCAIAGVDYNHPKMEDEGKNGKLTSLSVVANP----RLLSD--------LNQVGAVTEQIYTTRQTHAAKIQEFLLLLAVCNTVVCSRHPHYDMMNASGLIEAVPSSFSQSDKYTRL--------EESR----SVTPSPPLNYLEGRTTE-LSCSSSDVEVKKPKLLSLPLLGRKQGSNTNL----------------TDEQK--------------------AKLRS-STPSPHDLKPIFEAESPDE------------LALVDAAFNYNCKLLKRTPTSVCVEFFDEGRVTYEILDVLPFDSIRKRMSVIVKHPVSGEIILFCKGADSSIFPYLAPVEDDSEQKILINKTQNHVNNYSKDGLRILLMAKRVLSLQEYTEWSKKQRELNMSLDNFERKVQESYSRIECNLTLLGATGIEDRLQEGVPETLSALMSAGIVVWVLTGDKPETAINIAYSSKLFSPQMELLKLMTRSKETAESTIMFYLSEIENAASSIQTVLPTTSRRDLNRSGPKNRSKALVIDGKTLTFILDRRSNLTKPFLKLTAHCSSVLCCRATPLQKAYIVKVVKEELKMRTLAIGDGANDVSMIQTADVGIGISGQEGMQAVMAADFALSRFKFLERLLLVHGHWSYDRLSRMVLYFFYKNAAFVFLCFWYQLFCGFSGSVMIDQMYLMLYNLLFTSLPPLAIGVYDQDAPEELLRDRPYLYRQGRLGKVYKSYSFWLTMADAIYQSLCIFFICQGAYADSDIDMFEFGTTATTACMFVMLLHVSIEIRSWTIIHVGSIVISIGAFYVYSFLYNSLCVNCFGLPSTYWIIQKATSRPTYWLVTLLSCVVALLPRYVFRVLKTLLAPDDVTRAVMAYRRASRRGE 1366          
BLAST of EMLSAG00000001685 vs. nr
Match: gi|1008436187|ref|XP_015834667.1| (PREDICTED: probable phospholipid-transporting ATPase VD isoform X2 [Tribolium castaneum])

HSP 1 Score: 1431.77 bits (3705), Expect = 0.000e+0
Identity = 731/1379 (53.01%), Postives = 944/1379 (68.46%), Query Frame = 0
Query:  585 RPSVLKK-HGHRRVFSHGQITVGFNQKELDGQPMKGHKRTNSKTEFILPPGHDDRERKRTSLTRSGSAKHHKRQASRTXSLGFSFKGXS-----RXASREXGGGGGQDEVNEVKQRVVVPDHVIPVDVPEHEHPNHKYTKNKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSILHPWGERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFNDNYAPFLNVLSQGDSNPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNSSMD--KNGTSGRAVIPVNPLLHQRLVSPSPPEPDLLINQSPNVSP-----KECHQNHIEDFFTLLSVCNTVIVAKYPHRDAMNVSGLI-VHSNSMVSVDNHSMLSCIDENADEKSNAGLSTRSPSPPLSFISTSSTEPLKPNSSSMAIPMTKLGSTPVSTRPPVTKSRLLHLLPMSPKPLSPIASSPETSPLSSPVSSRRPKHLQLPSLFAKLKSRSNSSLSKLQIVSTSPTPTEIRPIYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRV--IVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIMN--------------------GDTKADRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQFWFILIYTSVVAVFPRTCIKALINTCRPNSVTEVLLS 1927
            RPS LK   GH+R FS GQI     +         GH R  SKT+FILPPGH D E          SAK H RQASR+ S+ ++ +  +     R           + E  E + R+VVP+H++P   P  EHPN K   NKIRTTKYTLL FLP+NL EQFHR ANLYF+FIVLLNW PAINAFGKE++MIPV+FVLG TA+KDLFEDRRR+ SDKRINNSTCR+Y+S   RYKK  WK+V+VGD++HLS NE +PADILLLRSSD  GLCYIDT +LDGETNLKQR+V RGF  ++  F+P +FRS +E + PTTKIYRFHG+I+HP GER+PVG DN+LLREC+LKNTD+VEGIVVYAGHE+K MLNNGGPRYKRS LER+MN +V+WCV IL+VLC IGA+G  +WL  FN   +PF    S+G      E FL FWT++IILQ++IP+SLYVT+EM K++QVY IH +  +YD +  KR ECRALNI EELG +QYIF DKTGTLT+N+MIF+ C I GVD++H    D  KNG      +  NP    RL+S         +NQ   V+      ++ H   I++F  LL+VCNTV+ +++PH D MN SGLI    +S    D ++ L        E+S     + +PSPPL+++   +TE L  +SS + +   KL S P+  R   + + L                + E                      AKL+S S  S   L+ +  + +P E            LALVDAAF YNCKLLKRT     +   +EG V +E+L VLPFDS RKRMSV+++HP++ + IL+CKGAD+S+ P +  + D+ E+K ++ KTQ  ++NY+K GLR+L+MAK++L+  EY  W K+      S+   E+ + ESY+RIE +  L+GATGIEDRLQ+GVPET++ L  AGIVVWVLTGDK ETAINIAYS +LF   +E+L +  RSK+  E+TI ++L  I N                    G     ++LVIDGKTL +ILD+R+NL KPFL+LT++C+SVLCCRATPLQKA+IV++VKE+L M+TLAIGDGANDVSMIQTAD+G+GISG EGMQAVMA+DFA+SRFK+LERLLLVHGHW+YDRLSRM+ YFFYKNA FVF+CFWYQLFCGFSG VMID MYLMLYNL+FTSLPPLAIGVYDQDAP+ +L++ P LY +GRLG++YK YSFW++MADA+YQS+ IFF   G Y D+DI ++EFGT   T+C+FVM  H+++E  SWTIIH  S+++SI +++V++ LY+ +CVNCFGL   YW++Q A     +W + + + VVA+ PR   + L     P+ VT  +++
Sbjct:   68 RPSALKGGRGHQRAFSQGQIGAEAVRP--------GHSRVGSKTDFILPPGHKDSENVVGGSVSKVSAKGHSRQASRSESI-YTLRRSAPPPWWRRLLCVLLRRSPKSEPEE-RYRIVVPNHLVPPKTPRKEHPNGKRPNNKIRTTKYTLLSFLPRNLLEQFHRVANLYFIFIVLLNWFPAINAFGKEIAMIPVMFVLGVTAVKDLFEDRRRHASDKRINNSTCRIYQSEAARYKKVLWKEVRVGDLIHLSNNEVVPADILLLRSSDPSGLCYIDTGHLDGETNLKQRQVARGFVSKQDVFEPSKFRSKVEVEAPTTKIYRFHGAIVHPSGERVPVGTDNILLRECLLKNTDFVEGIVVYAGHETKAMLNNGGPRYKRSSLERQMNQDVLWCVLILIVLCLIGAIGCKLWLNIFNRLESPFKAEHSEGT-----EAFLAFWTYIIILQIMIPLSLYVTLEMCKIIQVYHIHHNVDLYDSIMDKRTECRALNITEELGQIQYIFSDKTGTLTENRMIFRRCAIAGVDYNHPKMEDEGKNGKLTSLSVVANP----RLLSD--------LNQVGAVTEQIYTTRQTHAAKIQEFLLLLAVCNTVVCSRHPHYDMMNASGLIEAVPSSFSQSDKYTRL--------EESR----SVTPSPPLNYLEGRTTE-LSCSSSDVEVKKPKLLSLPLLGRKQGSNTNL----------------TDEQK--------------------AKLRS-STPSPHDLKPIFEAESPDE------------LALVDAAFNYNCKLLKRTPTSVCVEFFDEGRVTYEILDVLPFDSIRKRMSVIVKHPVSGEIILFCKGADSSIFPYLAPVEDDSEQKILINKTQNHVNNYSKDGLRILLMAKRVLSLQEYTEWSKKQRELNMSLDNFERKVQESYSRIECNLTLLGATGIEDRLQEGVPETLSALMSAGIVVWVLTGDKPETAINIAYSSKLFSPQMELLKLMTRSKETAESTIMFYLSEIENAASSIQTVLPTTSRRDLNRSGPKNRSKALVIDGKTLTFILDRRSNLTKPFLKLTAHCSSVLCCRATPLQKAYIVKVVKEELKMRTLAIGDGANDVSMIQTADVGIGISGQEGMQAVMAADFALSRFKFLERLLLVHGHWSYDRLSRMVLYFFYKNAAFVFLCFWYQLFCGFSGSVMIDQMYLMLYNLLFTSLPPLAIGVYDQDAPEELLRDRPYLYRQGRLGKVYKSYSFWLTMADAIYQSLCIFFICQGAYADSDIDMFEFGTTATTACMFVMLLHVSIEIRSWTIIHVGSIVISIGAFYVYSFLYNSLCVNCFGLPSTYWIIQKATSRPTYWLVTLLSCVVALLPRYVFRVLKTLLAPDDVTRAVMA 1357          
BLAST of EMLSAG00000001685 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold96_size378025-processed-gene-2.3 (protein:Tk04971 transcript:snap_masked-scaffold96_size378025-processed-gene-2.3-mRNA-1 annotation:"GH10952")

HSP 1 Score: 1745.71 bits (4520), Expect = 0.000e+0
Identity = 876/1460 (60.00%), Postives = 1079/1460 (73.90%), Query Frame = 0
Query:  545 TLSAPCSAPYTITTTATGAARNGHIRSASHGGSSIYHATPRPSVLKK---HGHRRVFSHGQITVGFNQKELDGQP--MKGHKRTNSKTEFILPPGHDDRERKRTS-------LTRSGSAK-------------HHKRQASRTXSLGFSFKGXSRXASREXG-GGGGQDEVN----------------EVKQRVVVPDHVIPVDVPEHEHPNHKYTKNKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSILHPWGERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFNDNYAPFLNVLSQGDSNPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSH---NSSMDKNGTSGRAVIPV-NPLLHQRLVSPSPPEPDLLINQSPNVSPKECHQNHIEDFFTLLSVCNTVIVAKYPHRDAMNVSGLIV---HSNSMVSVDNHSMLSCIDENADEKSNAGLSTRSPSPPLSFISTSSTEPLKPNSSSMAIPMTKLGSTPVSTRPPVTKSRLLHLLPMSPKPLSPIASSPETSPLSSPVSSRRPKHLQLPSLF---AKLKSR-SNSSLSKLQIVSTSPTPT---EIRPIYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVIVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAI-MNGDTKA-----DRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQFWFILIYTSVVAVFPRTCIKALINTCRPNSVTEVLLSRQSNEENKEEDSLFS 1942
            T+S P SA  + +++     R  H RSASHGG       P PSVLKK    GHRRVFSHGQI   +N + ++G P  +KGHKR+ SKTEFILPPGH++RERKR++       L R+GS K              H+RQASRT SL FSF+G SR ASR        Q   N                E K R V P+H IP D    +HPNH+Y  N + TTKYT+L FLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVL  TAIKD+FEDRRRY SDKR+NN TCRVY  ++ RY K  WKD+KVGD+VHLSC+E IPADIL+LRSSDE+G CYIDTQNLDGE NLKQREVPRGF E++  F+P +FRST+ECDMPTTKIYRFHGSI+HPWGER+PVGKDNLLLREC+LKNT++VEG+VVYAGHESK MLNNGGPRYKRS+LER+MNLEVIWCV IL+++CF+GAVGSGIWL  F D+Y PFLN LS  ++NP FEGFLTFWTFVIILQVIIP+SLYVTIEM KL QVYL+H+D +MYDK   K +ECRALNIPEELG VQYIFCDKTGTLT+N M+FK CTI GVD+ H   NSS    G +GR   P+ N +L ++L S    + + LI +           + ++DFF  L++CNTVIVAK+PH D MN SG++    ++ S   +D+           DE S     +    PP    +TSST PL+P+ S                  P   +RL      + KPLSPIA+SPET+P  SP    RPK+LQLP++    +KL S  S +SLS+    S +PT +   +I+PIYEAESPDELALVDAAFAYNC+L+KRT    ++SLP EG+V+FEVLHVLPFDS RKRMSV++RHP + + IL+CKGAD+++   +  D E+   VL KT+ +L+ YAK+GLRVLVMAK++L E EY+ W ++H +AENS+  R++LL ESYNRIE +  L+G+TGIEDRLQ+GVPE+IA LR+AGIVVWVLTGDKQETAINIAYSC LF +N++I+ +NA+S+D  E  I+ +LD++ +  DT       DR+LV+DGKTL+YILDKR  LQ+ FL+LTS+C+SVLCCRATPLQKA+IVRIVKE+L M TLAIGDGANDVSMIQTAD+GVGISG EGMQAVMASDFAIS+FKYLERL+LVHGHWNYDR++RM+ YFFYKNA FVFVCFW+QL+CGFSG VMID MYLMLYNL+FTSLPP  +G++DQDAPD IL   P LY +GRLG +YKPYSFWI+M D+LYQS+VI++ A+  Y+D+ + +WEFGT+ICT CLFV T HLA+ET SWTI+HW+S+I+S+  YF FAL Y+G+CV+CFG    YWV+QH+MGT  FW I +  SV+A+ PR   +A+ N+  P+ V   ++++ +    +   SL S
Sbjct:   83 TVSNPGSAQVSRSSSPAHPGRGQHQRSASHGGRQPLPGLP-PSVLKKPAQRGHRRVFSHGQIP--YNAEAMEGTPDHVKGHKRSGSKTEFILPPGHEERERKRSASSTNPPVLQRTGSYKAGGAAPLPRPGSSFHRRQASRTDSLAFSFRGHSRQASRTDSIYTLRQTTTNTRRKIFCFRKKTLLDTEPKHRTVKPNHCIPADAKLVDHPNHRYLGNHVSTTKYTILSFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLAVTAIKDIFEDRRRYVSDKRVNNLTCRVYNGALSRYTKCLWKDLKVGDVVHLSCDELIPADILVLRSSDEHGTCYIDTQNLDGEANLKQREVPRGFVEKQSVFKPGDFRSTLECDMPTTKIYRFHGSIIHPWGERVPVGKDNLLLRECVLKNTNFVEGLVVYAGHESKAMLNNGGPRYKRSKLERQMNLEVIWCVVILVLMCFVGAVGSGIWLGSF-DSYVPFLNTLSLSETNPAFEGFLTFWTFVIILQVIIPLSLYVTIEMTKLAQVYLMHQDLQMYDKAKDKPIECRALNIPEELGQVQYIFCDKTGTLTENNMVFKRCTIGGVDYGHQVANSSSKVPGGTGRQSFPLPNQVLQEQLASI---DIEQLIEKRDRKYGLHPEAHSVQDFFLHLAICNTVIVAKHPHHDNMNESGVVALTGNTASHARLDHPPPTRLAKAQLDEVSEESHLSSPSPPPSFMSTTSSTAPLRPDPSLT----------------PKRPNRLFDYF-ATAKPLSPIAASPETTPTESPFP--RPKYLQLPNILHPISKLVSHGSIASLSRNNSRSATPTQSVGQDIKPIYEAESPDELALVDAAFAYNCRLIKRTPGQVVVSLPGEGIVDFEVLHVLPFDSVRKRMSVIIRHPQSKEIILFCKGADSAIFTAMAEDGEDN--VLEKTKEELEAYAKLGLRVLVMAKRVLHEAEYNEWTRKHCDAENSLQMRDRLLFESYNRIETNLYLVGSTGIEDRLQEGVPESIANLRRAGIVVWVLTGDKQETAINIAYSCHLFSTNMDIIKLNAKSRDGAEAIIRRNLDSLKVEQDTSPLPDARDRALVVDGKTLIYILDKRAKLQESFLQLTSFCSSVLCCRATPLQKAYIVRIVKEELKMHTLAIGDGANDVSMIQTADVGVGISGQEGMQAVMASDFAISKFKYLERLILVHGHWNYDRIARMVLYFFYKNAAFVFVCFWFQLYCGFSGAVMIDQMYLMLYNLLFTSLPPTIMGIFDQDAPDPILIARPDLYRQGRLGTVYKPYSFWINMTDSLYQSLVIYYVAHWAYSDSSVDIWEFGTVICTECLFVQTLHLAIETKSWTIMHWMSIILSVLMYFGFALFYNGICVSCFGNSSQYWVIQHSMGTADFWVICLLASVLALLPRIFCRAVQNSLFPSDVIRAVMAQGTLLATRPHSSLDS 1514          
BLAST of EMLSAG00000001685 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold570_size134912-snap-gene-0.9 (protein:Tk08981 transcript:maker-scaffold570_size134912-snap-gene-0.9-mRNA-1 annotation:"phospholipid-transporting atpase id")

HSP 1 Score: 416.387 bits (1069), Expect = 2.580e-121
Identity = 243/598 (40.64%), Postives = 334/598 (55.85%), Query Frame = 0
Query: 1341 YEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVIVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNV--EILTVNARSKDATETTIKYHLDAIMNGDTKADRS------------------------------------LVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWE-------FGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQFWF 1893
            Y+A+SPDE ALV AA  +    L+R+     IS   +  V +EVL +L F++ RKRMSV++R    ++  LYCKGAD  +  R+  D+EE +    K Q  LD +A  GLR LV+  K L+  E++ W   H  A  S+  RE+ L   YN IE   QL+GAT IED+LQDGVPETIA L  AGI +WVLTGDKQETAINI YSC L   ++  E   V+  + D  +  +  H + I N      RS                                    LVI+G +LVY L +   L    L +   C +V+CCR TPLQKA +V +VK+     TLAIGDGANDVSMI+TA IGVGISG EGMQAV+ASD+++++F+YLERLLLVHG W+Y R+ + + YFFYKN  F    FW+  FCGFS Q + +  ++ +YNL +TS P LA+GV+DQD    +    P+LY  G    ++    F+ S     + S V+FF   G Y+D      E       FG+++ T  + V+T  +A++T+ WT+ + I++  SI  YF+    Y+ +    +        +  AM    FWF
Sbjct:  546 YQAQSPDENALVSAARNFGFVFLQRSPRSITISYNGKEEV-YEVLCILDFNNVRKRMSVIVRRDNDIK--LYCKGADTVLFKRLKADDEETQR---KVQDHLDKFASEGLRTLVLGMKNLSAQEFEEWKSNHHEAAISLDNREEKLDAVYNEIEKDLQLLGATAIEDKLQDGVPETIANLALAGIKLWVLTGDKQETAINIGYSCHLLSDDLMEEPFIVDGENFDEVQLQLVTHRNTIQNLTNHYQRSRENLSMVTLSESCSEAEIPGMDPSKVVDENGRTGFALVINGHSLVYALSEELELLF--LGVAEKCNAVICCRVTPLQKAMVVELVKKYKKAVTLAIGDGANDVSMIKTAHIGVGISGQEGMQAVLASDYSLAQFRYLERLLLVHGRWSYYRMCKFLRYFFYKNFAFTLCHFWFAFFCGFSAQTLFEPAFIAVYNLFYTSQPVLALGVFDQDVSSELCLKYPKLYTPGLNSALFNKKEFFKSAFQGFFASFVLFFATQGAYHDKIAWNGENLSDHMTFGSVVATILVVVVTAQVALDTSYWTVFNHITIWGSIAVYFILQFSYNYIFDGAY-----VGTLARAMSDWTFWF 1130          

HSP 2 Score: 290.041 bits (741), Expect = 7.315e-80
Identity = 152/401 (37.91%), Postives = 238/401 (59.35%), Query Frame = 0
Query:  715 KYTKNKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPR-----GFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSILHPW-GERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFNDN---YAPFLNVLSQGD-SNPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDF 1105
            K   N I+T+KY+ L FLP NLFEQF R AN YFL +++L  +P I++     + +P++ VL  TAIKD ++D +R+++D ++NN   +V +   G   +  W  V+VGD++ +  N+ I ADILLL S +  GLCYI+T  LDGETNLK R+        G  E  LS    +F   I C+ P   + RF G++   W G+  P+  +N+LLR  +L+NT +  G+V++AG ++K+M N+G  ++KR+ ++R +N  ++  VF L+ +C    + S +W          Y P+ +++ +   S      FL F+++ I+L  ++P+SLYV++E+ +L+  +LI  D  MY        + R   + EELG ++YIF DKTGTLT N M F  CTIRG+ F
Sbjct:   50 KSKNNNIKTSKYSFLTFLPLNLFEQFQRLANFYFLCLLILQLIPVISSLTPVTTFVPLVGVLLLTAIKDAYDDLQRHRTDNQVNNRRSKVLRK--GCLVEEKWHRVQVGDVIRMENNQFIAADILLLSSYNPNGLCYIETAELDGETNLKARQSEEVTNQLGQNENALS----QFNGHIVCEPPNNNLSRFQGTL--SWEGQTYPLDNENILLRGAVLRNTVWCYGVVIFAGKDTKLMQNSGKTKFKRTSIDRLLNFIILGIVFFLVCMCLFCTIASAVWETLTGQQFQMYLPWDSIIPKEPISGATLISFLVFFSYAIVLNTVVPISLYVSVEVIRLVMSFLISWDLNMYYSKNDTPAKARTTTLNEELGQIEYIFSDKTGTLTQNIMTFNKCTIRGICF 442          
BLAST of EMLSAG00000001685 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold154_size301342-snap-gene-0.15 (protein:Tk07761 transcript:maker-scaffold154_size301342-snap-gene-0.15-mRNA-1 annotation:"isoform e")

HSP 1 Score: 367.851 bits (943), Expect = 1.845e-105
Identity = 216/603 (35.82%), Postives = 324/603 (53.73%), Query Frame = 0
Query: 1340 IYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVIVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIMN---GDTKADRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDI-------GLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQ-----FWFILIYTSVVAVFPRTCIKALINTCRPNSVTEVLLS 1927
            IY A SPDE ALV+    Y  + L R  +   +  P      +E+L+++ FDS RKRMSV++R P   + +L+ KGAD  +  R+  ++   K     T      +A+ GLR L +A++ ++E EY  W +    A   +  RE+ L E    IE    L+GAT IED+LQDGVPE I  L  A I VWVLTGDKQETAINI +SC L      +  +N     +    I+ +L ++ +    DT    SL+IDGKTL   L + T  ++ F ++   C+SV+CCR +P+QK  +V +V+E     TLAIGDGANDV+MIQ A++GVGISG EG+QA  +SDF+I +F++L RLLLVHG WNY R+S++I Y FYKN     +  WY ++  +SGQV+ +   + +YN+ FTS PP+ +G+ DQ   D I    P+LY   +  + +    FW+ +  ++  S+++++     Y +  +       G    G I+ T  +  +     +E +SW  +  I++  SI  +F+F + YS      F   +P       M  I      FW   +   +  + P    K L      N   E+ +S
Sbjct:  476 IYNASSPDEKALVEGGRRYGFEFLGREPDRVYMKDPMGNEKSYELLNIMEFDSARKRMSVIVRTPDD-RLMLFVKGADTMITERMGSESHCGK-YFNDTMEHCVKFAEEGLRTLFLAEREISEDEYQEWNRRFQEASTRINGREEALKEVGELIEKDLVLLGATAIEDKLQDGVPEAIKTLIDANIKVWVLTGDKQETAINIGHSCNLLKPKTPLFILN--DVHSVYRDIQDNLQSLRSQNASDTDHSPSLIIDGKTLGVALKEDT--RQAFFDVCQSCSSVICCRVSPIQKGEVVELVREFTGAITLAIGDGANDVAMIQKANVGVGISGNEGLQAANSSDFSIGQFRFLVRLLLVHGSWNYTRVSKVILYSFYKNICLYVIELWYAIYNYWSGQVLFERWTIGMYNIFFTSWPPIVMGLLDQHCSDQIRLKHPQLYHATQSSEYFNIKIFWLWVGKSVLHSMILYWLPLWMYGEGTVWCSGNSGGYLVLGNIVYTMVVITVCLKCGLEMDSWPYLTHIAIWGSIGFWFLFLVAYSH-----FWPALPVAANMAGMAAILFKTPIFWACFVLVPLTTLLPDISYKILRFHFCSNPADEIRIS 1067          

HSP 2 Score: 246.128 bits (627), Expect = 4.087e-66
Identity = 162/495 (32.73%), Postives = 255/495 (51.52%), Query Frame = 0
Query:  698 PDHVIPVDVPEHEHPNHKYTKNKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSIL----HPWGERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGA----------VGSGI-WLXYFNDNYAPFLNVLSQGDSNPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNSSMDKNGTSGRAVIPVNPLLHQRLVSPSPPEPDLLINQSPNVSPKECHQNHIEDFFTLLSVCNTVIVAK 1177
            P HV  + V   +    ++  N +RT KYTLL F PK L+EQF R AN++FL I LL  +P ++  G+ V+++P   +L  TAIK+L ED +R++ D R N    +V     G+++K   + V+VG++V +   E  P+D++LL SS+  G+CY++T NLDGETNLK R                  +  I C++P   +Y F G+I      PW    P+  + +LLR   L+NT ++ G+V+Y+GHE+K+++N+     KRS ++R  N +++   FIL+ +  + A          +G  + W    +D +  F NVL                TF I+   +IP+SL VT+E  + +Q + I  DE+MY +      + R  N+ EELG V Y+F DKTGTLT N M FK  +I G  +S + +             V+ L+                    ++   +   + I +F TL+S+C+TVI  K
Sbjct:   25 PLHVRRIKVNATQ--GERFLSNYVRTAKYTLLTFFPKFLYEQFRRLANVFFLSIGLLQQIPNVSPTGRYVTIVPFTVILALTAIKELIEDFQRHRDDARTNRRLVKVLDPC-GQWEKKPCEQVQVGEVVQVVNGEYFPSDLVLLASSEPMGMCYVETSNLDGETNLKVRSALPLTAVYDTQATIAGLKGDIHCELPNKHLYDFRGNIRLADHDPW---TPLNPNAILLRGAKLQNTPWIFGVVIYSGHETKLLMNSTKAPLKRSNIDRVTNKQIVVLFFILVGIALLSAASNLYLRTCELGHNVYWGEQLSDGF--FYNVL----------------TFFILYNNLIPISLQVTLEFVRFIQAFFIKWDEQMYHEPTDTHAQARTSNLNEELGQVHYVFSDKTGTLTQNVMEFKRASIAGRRYSIDDTCADESE-------VSELIQ-------------------DLDAGDERSDIIRNFLTLMSICHTVIPEK 469          
BLAST of EMLSAG00000001685 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold1538_size36768-snap-gene-0.8 (protein:Tk08902 transcript:maker-scaffold1538_size36768-snap-gene-0.8-mRNA-1 annotation:"hypothetical protein DAPPUDRAFT_315465")

HSP 1 Score: 314.309 bits (804), Expect = 1.596e-88
Identity = 195/557 (35.01%), Postives = 309/557 (55.48%), Query Frame = 0
Query: 1340 IYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVE---------------FEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVIVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSC-QLFPSNVEILTVNARSKDATETTIKYHLDAIMN---GDTKADRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMK-TLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNAT-FVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYE---RGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXY--------NDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALL 1864
            +Y A SPDE ALV+A        L+ T +       NE L++               ++ L VL FDS+RKRMSV++        +L  KGAD+S+LP       E       T   ++ +A  GLR L++A++ LT  E + + +    A+ +      +   ++  +E++  L+GA  IED LQDGV ET+  LRQAGI VWVLTGDK+ETA+NI+YS   +FP N  I+ + A+       T+   L+A M     D +    L++DG T+ +IL +   +   F EL   C +VLCCR +PLQKA +V+++K+      T A+GDGANDVSM+Q A +G+GI+G EG  A  ASDFA+SRF++L+R+ LVHG+W Y R++ ++ Y FYKN   F    FW   F  +S Q + D++ L LYN+++T +P     + +QD  +  L + P  Y+   R RL ++ K   +++   +AL  ++++FF  YG +        +  ++G   FG  +  S + V +  + +E+  W  I   S+++S+ +Y++  ++
Sbjct:  485 VYNASSPDEKALVEACKTMGIAFLEETFD----QEANEVLMKVCWEAKEGEEAQTRVYKRLQVLEFDSDRKRMSVIVERSDGSIWVL-SKGADSSILPICTSGPAE------TTAEHVNEFAMDGLRTLLVARRQLTREELETFNRNLREAQQASADMAAMKQAAFATVESNLVLLGAVAIEDELQDGVKETLTALRQAGIRVWVLTGDKKETAVNISYSSGHIFP-NCGIIDLTAQDG----ATLANALEAGMTKRKADLQGAYCLIVDGATIFHILPQAEYVHN-FRELAKLCVAVLCCRMSPLQKADVVKMMKQDPSSPVTAAVGDGANDVSMLQEAHVGLGITGREGRAAARASDFAVSRFRHLQRVFLVHGYWYYQRVAILVQYSFYKNVMGFTPQLFW-AFFNSYSTQTLYDSLSLTLYNIVYTCIPIFVYSLMEQDKSESELLSRPETYKDFSRNRLLRMDKGAVWFV---EALLHAVMVFFFTYGVWAFGGLEDGHGHELGRAMFGQAVYQSAIVVASIRILMESRYWNWIFIASILLSVAAYYLLTVM 1020          

HSP 2 Score: 199.134 bits (505), Expect = 1.321e-51
Identity = 160/538 (29.74%), Postives = 250/538 (46.47%), Query Frame = 0
Query:  712 PNHK--YTKNKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFI--VLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINN-STCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFK------EQRLSFQPQEFRSTIECDMPTTKIYRFHGSIL---HPWGERIPVGKD-----------NLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMN-------LEVIWCVFILLVLCFIGAVGSGIWLXYFNDNYAPFLNVLSQGDSNPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNSSMDKNGTSGRAVIPVNPLLHQRLVSPSPPEPDLLINQSPNVSPKECHQNHIEDFFTLLSVCNTVIVAKYPHRDAMNVSGLIVHSNSMVSVDNHSMLSCIDENADEKSN 1217
            P H+  + KN I+T KY++  FLPKNLFEQF R AN YFL +  V L     ++ F    S+ P++FV+  T IK  +ED  R+++D  INN    R+ K   G  ++   K ++VGDI+ +  +E  P DILLL +S   G CY+ T NLDGETNLK ++ P           Q ++   Q     +E D P  ++  FHG++          +   +D           NLLLR   LKNTD V G  V+ G ++K+ LN      K S +E+KMN       L + + V + ++L +  A+       Y +    P+  +  Q       +    F +F+++   IIP+SLYVT+E+ K         D   +D+   K   C + ++ E+LG V  +F DKTGTLT+N M F +C++ G         D N                             ++ +             EDFF  LS+C+TV + ++  +   N S       ++V       ++ ++E  D+++N
Sbjct:   36 PTHQSVFGKNGIKTAKYSIFTFLPKNLFEQFRRIANFYFLIVGVVQLGIESPVSPF---TSIAPLVFVVLVTMIKQGYEDYLRHKADSVINNRKVTRIKKC--GESERIQSKKIEVGDILRIEDDEDFPCDILLLSTSSSQGKCYVMTANLDGETNLKTKK-PASITNAIFPVHQSVAATAQSI--FLETDFPCAQLETFHGNLYIIDREANGSVETSQDESQNSCVLTSENLLLRGSRLKNTDSVIGCAVFTGADTKMSLNGKLTSNKFSTVEKKMNRYLVFFLLLLAFEVVVSVILKYTVAID------YPDAALVPWY-IGGQAIRTNVKQVAQDFLSFLVLFNYIIPISLYVTLEVQKFFGSLFFVWDAAFFDERLQKGAICNSSDLNEDLGQVDILFSDKTGTLTENIMSFHSCSVDGSIARSKQCFDSN----------------------------FVDDTVK-----------EDFFETLSLCHTVEITEHKGKLVYNASS--PDEKALVEACKTMGIAFLEETFDQEAN 517          
BLAST of EMLSAG00000001685 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold69_size418775-processed-gene-3.17 (protein:Tk03268 transcript:snap_masked-scaffold69_size418775-processed-gene-3.17-mRNA-1 annotation:"hypothetical protein DAPPUDRAFT_315465")

HSP 1 Score: 302.368 bits (773), Expect = 1.805e-84
Identity = 193/577 (33.45%), Postives = 312/577 (54.07%), Query Frame = 0
Query: 1343 AESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVIVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIMNGDTKADRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLH-MKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLY---ERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYND---TDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYW-------VMQHAMGTIQFWFILIYTSVVAVFP 1905
            A SPDE AL++       + L  T + +        +  F+ L  L FDS RK M+V+++    +  +L  KGA+ ++LP        +   +  T   + N+A+ GLR L+ A KI++  E++A+  +   A+ SMV R K + E+Y  +E    L+GATGIEDRLQDGV ETI  +R AGI  W+LTGDK+ETA+N+ Y+  L  S  +I+ +           ++   + +  G    + SLV+DG +++ I+      +K F ++  +  +V+ CR +P+QK+ +VR++KE  + + T AIGDG ND+SMIQ A +G+GI G EG  A  A+DFA S+F+ L R  LVHG W Y RL+ ++ Y FYKN        ++ +F  FSGQ + ++++L LYN ++T  P     + +Q+  D  L   P LY   E  RL ++ K   +W+ +    +  IV F+  +  +N+   T   +  FG I+  + + ++ F L +E   W I+  IS+ +S+ +Y  F LLY     + F +Q  +W        +   +G + FW   +   V+A+ P
Sbjct:  560 ASSPDEKALLEMCQEVGLEFLGGTLSGSFRVRVWGEVKHFQRLQELEFDSYRKCMTVIVKDRTGIIHVL-TKGAEVAILPIC------QSGPIQATNRVVANFAEDGLRTLLFAHKIISVQEFEAFQAQLECAKQSMVNRAKFVREAYKDMEKDLVLVGATGIEDRLQDGVVETIEAIRCAGICPWMLTGDKKETAMNLGYASGLLSSPGKIIDLCEVVDKDISLLVEQAYNELKTGTCSPNSSLVVDGNSIMNIMKDEETREK-FNDICLHRPTVIACRLSPIQKSQLVRMMKEADNRIMTAAIGDGGNDISMIQEAHVGLGIIGLEGNGASKAADFAFSQFRCLRRTFLVHGQWYYRRLAILVQYSFYKNVACFSTQLFFAIFSNFSGQSLFESLFLFLYNTLYTYFPVAICAITEQNYSDEELLERPELYKTNEDNRLMKM-KQLIWWVVL--GFWHGIVAFYVPFWTWNEFAHTGADINSFGAIVAWNAVLIVNFKLLLEAKHWNILLLISIFLSLVAYLGFTLLY-----DHFLIQALFWNNSDQFRSLHAVIGELLFWSESLLILVIALLP 1120          

HSP 2 Score: 189.119 bits (479), Expect = 2.146e-48
Identity = 144/485 (29.69%), Postives = 241/485 (49.69%), Query Frame = 0
Query:  699 DHVIPVDVPEHEHPNHKYTKNKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQR---EVPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSI----------LHP----WGER-IPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIG-AVGSGIWLXYFNDNYAPFLNVLSQGDSNPP------------------FEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNSSMDKNGTSGRAVIPVN---PLLHQRLVSPSPPEPDLL 1143
            + +I +     E     + +N+  T+KYTLL F+P NLFEQF + AN+YFL  + L  +   +        + ++FV+  T +K  +ED  R+++DK +N     V +  + +  ++  ++++VGDIV +  N+ +P D+++L +  E   CY  T N+DGET+LK R   E+ + FK+         F   +EC+ P  K+  F G +          L+P    +GE    +  +NLL     L+NT  V GI VYAG E+K+ LN+   R K S +E+ +N  +++ + +LL+   I  A      + Y ND     +       +  P                    GF  F  ++++   IIP+S+YVT+E+ K +     + D K+YD   G    C   +I EELG++ ++F DKTGTLT N+MIF+  +  G  F  +   ++  +    V+ +     +++  LV+ SP E  LL
Sbjct:   90 EEIIQLKTGGPEELQTTFKRNRTHTSKYTLLSFIPLNLFEQFRKGANIYFLSTMFLMLILPDSPISPTSWAMSLLFVVLVTMVKQGYEDYLRHKNDKSVNEQMVEVIREGIVQSIQS--QNIQVGDIVRIRENQYVPCDMVVLSTDLEENQCYFMTANMDGETSLKTRYAAELTKNFKDIP---SLTNFLGFLECENPNPKLDNFLGRLGRLNPDLRGTLNPKTDSFGEEACSLANENLLWAGTELRNTSLVFGICVYAGTETKMSLNSKITRIKFSTIEKSLNRYLLFFLALLLLEMIISTAFSLAFGVEYMNDQETNLIQARGNDSTIIPKSWVESHWYIGELVEENFANGFTMFLIWLVLYNYIIPISMYVTMEIQKFVCSMFFNWDLKLYDHERGIASVCNTSDINEELGLINHLFTDKTGTLTKNEMIFQKFSRDGKVFDKSRFEEEVWSEFLMVMTMCHSVQVVNGSLVASSPDEKALL 569          
BLAST of EMLSAG00000001685 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold69_size418775-processed-gene-3.10 (protein:Tk03263 transcript:snap_masked-scaffold69_size418775-processed-gene-3.10-mRNA-1 annotation:"hypothetical protein DAPPUDRAFT_315465")

HSP 1 Score: 302.368 bits (773), Expect = 1.805e-84
Identity = 193/577 (33.45%), Postives = 312/577 (54.07%), Query Frame = 0
Query: 1343 AESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVIVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIMNGDTKADRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLH-MKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLY---ERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYND---TDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYW-------VMQHAMGTIQFWFILIYTSVVAVFP 1905
            A SPDE AL++       + L  T + +        +  F+ L  L FDS RK M+V+++    +  +L  KGA+ ++LP        +   +  T   + N+A+ GLR L+ A KI++  E++A+  +   A+ SMV R K + E+Y  +E    L+GATGIEDRLQDGV ETI  +R AGI  W+LTGDK+ETA+N+ Y+  L  S  +I+ +           ++   + +  G    + SLV+DG +++ I+      +K F ++  +  +V+ CR +P+QK+ +VR++KE  + + T AIGDG ND+SMIQ A +G+GI G EG  A  A+DFA S+F+ L R  LVHG W Y RL+ ++ Y FYKN        ++ +F  FSGQ + ++++L LYN ++T  P     + +Q+  D  L   P LY   E  RL ++ K   +W+ +    +  IV F+  +  +N+   T   +  FG I+  + + ++ F L +E   W I+  IS+ +S+ +Y  F LLY     + F +Q  +W        +   +G + FW   +   V+A+ P
Sbjct:  560 ASSPDEKALLEMCQEVGLEFLGGTLSGSFRVRVWGEVKHFQRLQELEFDSYRKCMTVIVKDRTGIIHVL-TKGAEVAILPIC------QSGPIQATNRVVANFAEDGLRTLLFAHKIISVQEFEAFQAQLECAKQSMVNRAKFVREAYKDMEKDLVLVGATGIEDRLQDGVVETIEAIRCAGICPWMLTGDKKETAMNLGYASGLLSSPGKIIDLCEVVDKDISLLVEQAYNELKTGTCSPNSSLVVDGNSIMNIMKDEETREK-FNDICLHRPTVIACRLSPIQKSQLVRMMKEADNRIMTAAIGDGGNDISMIQEAHVGLGIIGLEGNGASKAADFAFSQFRCLRRTFLVHGQWYYRRLAILVQYSFYKNVACFSTQLFFAIFSNFSGQSLFESLFLFLYNTLYTYFPVAICAITEQNYSDEELLERPELYKTNEDNRLMKM-KQLIWWVVL--GFWHGIVAFYVPFWTWNEFAHTGADINSFGAIVAWNAVLIVNFKLLLEAKHWNILLLISIFLSLVAYLGFTLLY-----DHFLIQALFWNNSDQFRSLHAVIGELLFWSESLLILVIALLP 1120          

HSP 2 Score: 189.119 bits (479), Expect = 2.146e-48
Identity = 144/485 (29.69%), Postives = 241/485 (49.69%), Query Frame = 0
Query:  699 DHVIPVDVPEHEHPNHKYTKNKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQR---EVPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSI----------LHP----WGER-IPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIG-AVGSGIWLXYFNDNYAPFLNVLSQGDSNPP------------------FEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSHNSSMDKNGTSGRAVIPVN---PLLHQRLVSPSPPEPDLL 1143
            + +I +     E     + +N+  T+KYTLL F+P NLFEQF + AN+YFL  + L  +   +        + ++FV+  T +K  +ED  R+++DK +N     V +  + +  ++  ++++VGDIV +  N+ +P D+++L +  E   CY  T N+DGET+LK R   E+ + FK+         F   +EC+ P  K+  F G +          L+P    +GE    +  +NLL     L+NT  V GI VYAG E+K+ LN+   R K S +E+ +N  +++ + +LL+   I  A      + Y ND     +       +  P                    GF  F  ++++   IIP+S+YVT+E+ K +     + D K+YD   G    C   +I EELG++ ++F DKTGTLT N+MIF+  +  G  F  +   ++  +    V+ +     +++  LV+ SP E  LL
Sbjct:   90 EEIIQLKTGGPEELQTTFKRNRTHTSKYTLLSFIPLNLFEQFRKGANIYFLSTMFLMLILPDSPISPTSWAMSLLFVVLVTMVKQGYEDYLRHKNDKSVNEQMVEVIREGIVQSIQS--QNIQVGDIVRIRENQYVPCDMVVLSTDLEENQCYFMTANMDGETSLKTRYAAELTKNFKDIP---SLTNFLGFLECENPNPKLDNFLGRLGRLNPDLRGTLNPKTDSFGEEACSLANENLLWAGTELRNTSLVFGICVYAGTETKMSLNSKITRIKFSTIEKSLNRYLLFFLALLLLEMIISTAFSLAFGVEYMNDQETNLIQARGNDSTIIPKSWVESHWYIGELVEENFANGFTMFLIWLVLYNYIIPISMYVTMEIQKFVCSMFFNWDLKLYDHERGIASVCNTSDINEELGLINHLFTDKTGTLTKNEMIFQKFSRDGKVFDKSRFEEEVWSEFLMVMTMCHSVQVVNGSLVASSPDEKALL 569          
BLAST of EMLSAG00000001685 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold25_size650667-snap-gene-3.21 (protein:Tk06700 transcript:maker-scaffold25_size650667-snap-gene-3.21-mRNA-1 annotation:"phospholipid-transporting atpase iib")

HSP 1 Score: 264.618 bits (675), Expect = 3.335e-71
Identity = 172/525 (32.76%), Postives = 274/525 (52.19%), Query Frame = 0
Query: 1341 YEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVIVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEI---LTVNARSKDATETTIKYHLDAIMNGDTKADRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGL--WEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFV 1860
            Y+A SPDE+ALV  +      L+ R     M+   +  ++ + +L + PF S  KRM ++++   T + + Y KGAD  M   V  ++  E+ V        DN A+ GLR LV+AKK L++ +Y  + + +  A+ S++ R   ++     +E   +L+  TG+ED+LQD V  T+  LR AG+ +W+LTGDK ETA  IA S +L      I    TV  R++   E      L+A      K D +LVI G +L   L+     +  F+EL + C SV+CCR +P QKA +VR+++E     T AIGDG NDVSMIQ A  G+GI G EGMQA +A+DF++++F ++ RLLLVHG  +Y R + +  +  ++      +   +     FS   +     ++ Y  ++T  P  ++ V DQD P       P LY+    G+     +F++    ++YQ  VI F A   + D  I +    F  +I T  + V     A+   +W ++  ++ ++SI  Y +
Sbjct: 1395 YQAASPDEVALVTWSENMGLALIDRNLTSMMLRTSSGNVMGYSILQIFPFTSESKRMGIIVKDDSTNEIVFYVKGADTVMSTIVQYNDWLEEEV--------DNMAREGLRTLVVAKKTLSQDQYHDFEQRYNAAKLSVMNRSAQVSGVIESLERDMELLCVTGVEDKLQDNVRNTLEVLRNAGVRIWMLTGDKLETATCIAKSSRLVSRTQSIHIFKTVTNRAEAHQE------LNAFRR---KQDAALVIKGDSLEVCLE---FYEHEFMELVTACPSVVCCRCSPEQKAQVVRLIREHTGKITAAIGDGGNDVSMIQAACAGIGIVGKEGMQASLAADFSLTQFSHVARLLLVHGRNSYKRSASLSQFVIHRGLIITTMQAIFSAVFYFSSVSLYQGFLMVGYATVYTMFPVFSL-VLDQDVPGTTALTFPELYKDLTKGRSLSYKTFFVWNLISIYQGGVIMFGALLLFEDEFIHVVSISFTALIMTELIMV-----ALTIRTWHLLMVLAELLSIVIYIL 1893          

HSP 2 Score: 251.521 bits (641), Expect = 3.627e-67
Identity = 155/453 (34.22%), Postives = 242/453 (53.42%), Query Frame = 0
Query: 1341 YEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVIVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEI---LTVNARSKDATETTIKYHLDAIMNGDTKADRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWI 1790
            Y+A SPDE+ALV  +      L+ R     M+   +  ++ + +L + PF S  KRM ++++   T + + Y KGAD  M   V  ++  E+ V        DN A+ GLR LV+AKK L++ +Y  + + +  A+ S++ R   ++     +E   +L+  TG+ED+LQD V  T+  LR AG+ +W+LTGDK ETA  IA S +L      I    TV  R++   E      L+A      K D +LVI G +L   L+     +  F+EL + C SV+CCR +P QKA +VR+++E     T AIGDG NDVSMIQ A  G+GI G EGMQA +A+DF++++F ++ RLLLVHG  +Y R + +  +  ++      +   +     FS   +     ++ Y  ++T  P  ++ V DQD P       P LY+    G+     +F++
Sbjct:  539 YQAASPDEVALVTWSENMGLALIDRNLTSMMLRTSSGNVMGYSILQIFPFTSESKRMGIIVKDDSTNEIVFYVKGADTVMSTIVQYNDWLEEEV--------DNMAREGLRTLVVAKKTLSQDQYHDFEQRYNAAKLSVMNRSAQVSGVIESLERDMELLCVTGVEDKLQDNVRNTLEVLRNAGVRIWMLTGDKLETATCIAKSSRLVSRTQSIHIFKTVTNRAEAHQE------LNAFRR---KQDAALVIKGDSLEVCLE---FYEHEFMELVTACPSVVCCRCSPEQKAQVVRLIREHTGKITAAIGDGGNDVSMIQAACAGIGIVGKEGMQASLAADFSLTQFSHVARLLLVHGRNSYKRSASLSQFVIHRGLIITTMQAIFSAVFYFSSVSLYQGFLMVGYATVYTMFPVFSL-VLDQDVPGTTALTFPELYKDLTKGRSLSYKTFFV 970          

HSP 3 Score: 143.28 bits (360), Expect = 4.070e-34
Identity = 111/390 (28.46%), Postives = 189/390 (48.46%), Query Frame = 0
Query:  714 HKYTKNKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYK-SSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSI--LHPWGERIPVGKDNLLLRECILKNTDYVE----GIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFNDNYAPFLNVLSQGDSNPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFK 1096
             K+  N IR  KY++  F+P  L+ QF  F NL+FL +    ++P +          P+ FV+    I++  +D RR++ D+ +N    R  K +  G+   T   +++VGDIV++    ++PAD++LL++++  G C++ T  LDGET+ K R      ++           ++I  + P   I+ F G I   +  G+     +++L +   +  NT        GIVVY+G E +  +NN  PR K   L++++N         L  L F   +G  I +        P+               +   + FV++   +IP+SL V ++M K+   + I +D+ +   +       R+  IPEELG V Y+  DKTGTLT N+M+FK
Sbjct:   93 QKFPANVIRNQKYSVFTFIPLVLYNQFKFFLNLFFLLMACSQFIPQLRIGYLYTYWGPLGFVIAIAMIREAIDDFRRFKRDREVNR--FRYAKLTPRGKVSVTS-AEIRVGDIVYVEKGHRVPADMVLLKTTEHAGSCFVRTDQLDGETDWKLRIAVAMTQKVSNDEAVLNVDASIYAEKPQKDIHSFIGRITCTNAAGQE---AQESLNIENTLWANTVVASGTALGIVVYSGPECRATMNNSTPRSKVGLLDQELNQ--------LTKLLFAATLGLSIVMMCLKGFDGPW---------------YFYLFRFVLLFSYLIPISLRVNLDMGKIFYSWHIQRDKNIPGTV------ARSTTIPEELGRVNYLLTDKTGTLTQNQMVFK 447          

HSP 4 Score: 133.265 bits (334), Expect = 4.382e-31
Identity = 95/333 (28.53%), Postives = 162/333 (48.65%), Query Frame = 0
Query:  771 PVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYK-SSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSI--LHPWGERIPVGKDNLLLRECILKNTDYVE----GIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFNDNYAPFLNVLSQGDSNPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFK 1096
            P+ FV+    I++  +D RR++ D+ +N    R  K +  GR   T   +++VGDIV++    ++PAD++LL++++  G C++ T  LDGET+ K R      ++           ++I  + P   I+ F G I   +  G+     +++L +   +  NT        GIVVY+G E +  +NN  PR K   L++++N         L  L F   +G  I +        P+               +   + FV++   +IP+SL V ++M K+   + I +D+ +   +       R+  IPEELG V Y+  DKTGTLT N+M+FK
Sbjct: 1006 PLGFVIAIAMIREAIDDFRRFKRDREVNR--FRYAKLTPRGRVSVTS-AEIRVGDIVYVEKGHRVPADMVLLKTTEHAGSCFVRTDQLDGETDWKLRIAVAMTQKVSNDEAVLNVDASIYAEKPQKDIHSFIGRITCTNAAGQE---AQESLNIENTLWANTVVASGTALGIVVYSGPECRATMNNSTPRSKVGLLDQELNQ--------LTKLLFAATLGLSIVMMCLKGFDGPW---------------YFYLFRFVLLFSYLIPISLRVNLDMGKIFYSWHIQRDKNIPGTV------ARSTTIPEELGRVNYLLTDKTGTLTQNQMVFK 1303          
BLAST of EMLSAG00000001685 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold222_size251774-processed-gene-0.4 (protein:Tk11434 transcript:snap_masked-scaffold222_size251774-processed-gene-0.4-mRNA-1 annotation:"hypothetical protein DAPPUDRAFT_318475")

HSP 1 Score: 73.9442 bits (180), Expect = 4.429e-13
Identity = 93/391 (23.79%), Postives = 158/391 (40.41%), Query Frame = 0
Query: 1380 VEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVIVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNAR---SKDATETTIKYHLDAIMNGDTKADRSLV--IDGKTLVYILDKRT-----NLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAV--MASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYF--FYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIG 1756
            +E  +L   PFDS  +RM+ V +   + Q  +Y KGA     P  I    + + +     + L  Y K GLRV+  A K              LNA +   + + L   S + +E     +G   +++ ++D     I +L +A I   ++TGD   TAI++   C+L   +  I+ V A       +    + Y L+     +   D + +  +  K  V+  D +T     N  K  L+       +   R  P QK  ++  +K+ L  + +  GDG ND   ++TA  G+ +S  E   A    + +  I    YL R          +  + M+  F  F     F F      L   + G    D  YL++ ++   +LP + IG
Sbjct:  507 LEIAILKTYPFDSAVQRMTTVTKKKGSQQFDVYIKGA-----PEKIAGTCKPETIPPDFASTLQWYTKQGLRVIAAAHK-------------SLNANHRWKEVDDL---SRSDLEQKADFLGLIIMQNLVKDETYGAIKELHEADINTVMVTGDNILTAISVGRDCELVKPDQTIIRVEAELIPDGYSQGLNVSYMLEENEKSNIVHDSNFIKSVQEKNYVFACDGKTFALIRNHDKALLDRIVQRGKIF-ARMLPEQKIHLIECMKD-LGRQVIMCGDGCNDCGALKTAHAGISLSMAEASVAAPFTSRNVHIGCVPYLIR----------EGRATMVSAFASFKFGVAFCFTQLIAVLMVFYIGTEPSDNQYLVV-DIGLAALPIIMIG 863          
BLAST of EMLSAG00000001685 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold982_size73714-snap-gene-0.8 (protein:Tk12017 transcript:maker-scaffold982_size73714-snap-gene-0.8-mRNA-1 annotation:"cation-transporting atpase 13a3")

HSP 1 Score: 72.0182 bits (175), Expect = 1.898e-12
Identity = 74/307 (24.10%), Postives = 132/307 (43.00%), Query Frame = 0
Query: 1381 EFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVIVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETT---IKY-HLDAI------MNGDTK---ADRS-LVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQA 1673
            E  ++   PF SNR+ MSV++R        ++CKG+     P  I     + ++     + L+ Y   G RV+ +AK+ + ++                +K  K+       +E      G   +E+RL+      I +L +A +   ++TGD   TA+++A  C++      ++ V A   DAT+ +   I+Y H D +       +G TK    D+    +DG T   I +   ++    +         +  R +P QK  +V  ++E L       GDGAND   +++A  G+ +S  E   A
Sbjct:  661 EIGIIRQFPFSSNRQCMSVIVRSLTKNPFTVFCKGS-----PEKIASISLKDSIPSDFHSTLETYTGRGFRVIALAKRYMVKS----------------MKITKVERMEREEVEEDLVFAGLIILENRLKAETTPIIEQLHKAQLRTIMVTGDNVNTALSVAKECKIIAYG-RVVLVQAFIPDATKPSQPRIEYIHCDTVHSPSVETSGTTKLSIEDKCHFALDGNTFEIIRNHFPDILDRIV-----VRGAVFARMSPEQKQILVEHLQE-LGYYVAMCGDGANDCGALKSAHTGISLSEAESSVA 939          
BLAST of EMLSAG00000001685 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold633_size121756-processed-gene-0.12 (protein:Tk02264 transcript:snap_masked-scaffold633_size121756-processed-gene-0.12-mRNA-1 annotation:"probable cation-transporting atpase 13a3-like")

HSP 1 Score: 58.151 bits (139), Expect = 2.732e-8
Identity = 80/347 (23.05%), Postives = 138/347 (39.77%), Query Frame = 0
Query: 1365 RTSNCAMISLPNEGL---VEFEV--LHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVIVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAIMNGDTKADR--------------SLVIDGKTLVY-ILDKRTNLQK------------------PFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQA 1673
            R S   M S  N+ L   + FEV  +    F S+  RMSV+ R   + +  ++ KGA     P  I        V      QL +Y   G RV+ +A +IL +     WVK         +KR++        +E     +G   +++ L+      I +LR A I   ++TGD   TAI++A  C++     +++ V+    + + ++  Y  +      T+ +               +LV D   +   +LD   N  +                  P L         +  R  P QKA +V  ++   ++ ++  GDGAND   ++ A +G+ +S  E   A
Sbjct:  579 RPSRSGMSSDENDSLEDDLPFEVGIIRQFTFSSSVARMSVITRTLGSNRFDVFTKGA-----PEKIETLCRPSTVPEDFHVQLRHYTLQGFRVIALAHRILPKEV--NWVKAQ------KIKRDQ--------VERDLTFLGFLIMKNTLKPETTPVIRELRAAEIRCVMVTGDNLLTAISVARDCKMIDQGDKVIVVDVHEAEGSVSSDGYQQERYTISFTETENADRRDLDYRDDFNAALVRDSLDIERGVLDSLDNSSRDYHFAMNGRSWGVIRAHFPHLLPKLILKGTIFARMAPDQKAQLVEELQAVDYIVSMC-GDGANDCGALKAAHVGISLSEAEASVA 903          
The following BLAST results are available for this feature:
BLAST of EMLSAG00000001685 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25
Match NameE-valueIdentityDescription
-0.000e+043.03symbol:ATP10D "Probable phospholipid-transporting ... [more]
-0.000e+043.63symbol:tat-3 species:6239 "Caenorhabditis elegans"... [more]
-0.000e+043.63symbol:tat-3 "Protein TAT-3" species:6239 "Caenorh... [more]
-0.000e+043.33symbol:ATP10A "Probable phospholipid-transporting ... [more]
-0.000e+041.99symbol:Atp10a "Protein Atp10a" species:10116 "Ratt... [more]
-0.000e+041.99symbol:Atp10a "ATPase, class V, type 10A" species:... [more]
-0.000e+040.64symbol:Atp10d "ATPase, class V, type 10D" species:... [more]
-0.000e+043.11symbol:atp10d "ATPase, class V, type 10D" species:... [more]
-0.000e+042.57symbol:ATP10A "Uncharacterized protein" species:96... [more]
-0.000e+040.46symbol:Atp10d "ATPase, class V, type 10D" species:... [more]

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BLAST of EMLSAG00000001685 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25
Match NameE-valueIdentityDescription
gi|592872250|gb|GAXK01085312.1|0.000e+056.54TSA: Calanus finmarchicus comp79489_c0_seq1 transc... [more]
gi|592841198|gb|GAXK01116346.1|9.714e-15245.66TSA: Calanus finmarchicus comp2270348_c0_seq1 tran... [more]
gi|592841197|gb|GAXK01116347.1|3.780e-14345.99TSA: Calanus finmarchicus comp2270348_c0_seq2 tran... [more]
gi|592859759|gb|GAXK01097803.1|1.966e-11037.89TSA: Calanus finmarchicus comp39187_c4_seq5 transc... [more]
gi|592859760|gb|GAXK01097802.1|2.568e-11037.89TSA: Calanus finmarchicus comp39187_c4_seq4 transc... [more]
gi|592859758|gb|GAXK01097804.1|1.543e-10937.85TSA: Calanus finmarchicus comp39187_c4_seq6 transc... [more]
gi|592859761|gb|GAXK01097801.1|3.045e-10937.89TSA: Calanus finmarchicus comp39187_c4_seq3 transc... [more]
gi|592859762|gb|GAXK01097800.1|1.215e-10837.89TSA: Calanus finmarchicus comp39187_c4_seq2 transc... [more]
gi|592859763|gb|GAXK01097799.1|2.799e-10837.89TSA: Calanus finmarchicus comp39187_c4_seq1 transc... [more]
gi|592750489|gb|GAXK01203924.1|6.804e-10837.54TSA: Calanus finmarchicus comp384384_c0_seq3 trans... [more]

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BLAST of EMLSAG00000001685 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 11
Match NameE-valueIdentityDescription
EMLSAP000000016850.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s128:88745... [more]
EMLSAP000000062851.102e-10935.30pep:novel supercontig:LSalAtl2s:LSalAtl2s341:84880... [more]
EMLSAP000000128058.011e-10036.39pep:novel supercontig:LSalAtl2s:LSalAtl2s975:43541... [more]
EMLSAP000000075889.552e-6931.70pep:novel supercontig:LSalAtl2s:LSalAtl2s438:53935... [more]
EMLSAP000000082941.002e-6140.11pep:novel supercontig:LSalAtl2s:LSalAtl2s501:4024:... [more]
EMLSAP000000087517.295e-3631.50pep:novel supercontig:LSalAtl2s:LSalAtl2s543:20545... [more]
EMLSAP000000087527.112e-3133.46pep:novel supercontig:LSalAtl2s:LSalAtl2s543:22073... [more]
EMLSAP000000116689.762e-1324.26pep:novel supercontig:LSalAtl2s:LSalAtl2s80:933909... [more]
EMLSAP000000092302.509e-1022.32pep:novel supercontig:LSalAtl2s:LSalAtl2s588:34981... [more]
EMLSAP000000065535.985e-1024.03pep:novel supercontig:LSalAtl2s:LSalAtl2s359:38492... [more]

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BLAST of EMLSAG00000001685 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 25
Match NameE-valueIdentityDescription
gi|300669610|sp|Q9P241.3|AT10D_HUMAN0.000e+043.03RecName: Full=Probable phospholipid-transporting A... [more]
gi|22261792|sp|O60312.2|AT10A_HUMAN0.000e+043.33RecName: Full=Probable phospholipid-transporting A... [more]
gi|29336760|sp|Q8K2X1.2|AT10D_MOUSE0.000e+040.64RecName: Full=Probable phospholipid-transporting A... [more]
gi|67462181|sp|O54827.4|AT10A_MOUSE3.990e-13646.21RecName: Full=Probable phospholipid-transporting A... [more]
gi|17370591|sp|Q9GKS6.1|AT10D_MACFA0.000e+049.83RecName: Full=Probable phospholipid-transporting A... [more]
gi|30316350|sp|O94823.2|AT10B_HUMAN1.584e-17146.71RecName: Full=Probable phospholipid-transporting A... [more]
gi|12229646|sp|P98204.1|ALA1_ARATH9.530e-12741.07RecName: Full=Phospholipid-transporting ATPase 1; ... [more]
gi|30316371|sp|P98198.2|AT8B2_HUMAN5.510e-12439.84RecName: Full=Phospholipid-transporting ATPase ID;... [more]
gi|122065135|sp|P98199.2|AT8B2_MOUSE1.011e-12139.51RecName: Full=Phospholipid-transporting ATPase ID;... [more]
gi|74676180|sp|O94296.1|YOOC_SCHPO1.634e-12040.17RecName: Full=Probable phospholipid-transporting A... [more]

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BLAST of EMLSAG00000001685 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 25
Match NameE-valueIdentityDescription
gb|EFA02333.2|0.000e+052.92putative phospholipid-transporting ATPase VD-like ... [more]
EFX89628.10.000e+052.87hypothetical protein DAPPUDRAFT_40742, partial [Da... [more]
EAA13909.50.000e+052.05AGAP010026-PA [Anopheles gambiae str. PEST][more]
EEB20382.10.000e+051.68phospholipid-transporting ATPase, putative [Pedicu... [more]
XP_006568888.10.000e+049.61PREDICTED: probable phospholipid-transporting ATPa... [more]
XP_006568887.10.000e+049.61PREDICTED: probable phospholipid-transporting ATPa... [more]
gb|EEC05352.1|0.000e+052.52ATPase, putative, partial [Ixodes scapularis][more]
gb|KFM78973.1|0.000e+053.01putative phospholipid-transporting ATPase VA, part... [more]
AAS64662.10.000e+054.11uncharacterized protein Dmel_CG33298, isoform B [D... [more]
ACZ94210.10.000e+054.53uncharacterized protein Dmel_CG33298, isoform D [D... [more]

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BLAST of EMLSAG00000001685 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|646718795|gb|KDR21129.1|0.000e+056.23putative phospholipid-transporting ATPase VD, part... [more]
gi|1059413975|ref|XP_017779872.1|0.000e+053.66PREDICTED: probable phospholipid-transporting ATPa... [more]
gi|1059413977|ref|XP_017779873.1|0.000e+053.66PREDICTED: probable phospholipid-transporting ATPa... [more]
gi|1080045209|ref|XP_018563796.1|0.000e+052.49PREDICTED: probable phospholipid-transporting ATPa... [more]
gi|1080045207|ref|XP_018563795.1|0.000e+052.16PREDICTED: probable phospholipid-transporting ATPa... [more]
gi|1130219537|ref|XP_019756977.1|0.000e+052.07PREDICTED: probable phospholipid-transporting ATPa... [more]
gi|1061489510|gb|ODN06541.1|0.000e+050.30putative phospholipid-transporting ATPase VD [Orch... [more]
gi|189236367|ref|XP_968357.2|0.000e+052.92PREDICTED: probable phospholipid-transporting ATPa... [more]
gi|642919679|ref|XP_008192018.1|0.000e+052.74PREDICTED: probable phospholipid-transporting ATPa... [more]
gi|1008436187|ref|XP_015834667.1|0.000e+053.01PREDICTED: probable phospholipid-transporting ATPa... [more]

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BLAST of EMLSAG00000001685 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 10
Match NameE-valueIdentityDescription
snap_masked-scaffold96_size378025-processed-gene-2.30.000e+060.00protein:Tk04971 transcript:snap_masked-scaffold96_... [more]
maker-scaffold570_size134912-snap-gene-0.92.580e-12140.64protein:Tk08981 transcript:maker-scaffold570_size1... [more]
maker-scaffold154_size301342-snap-gene-0.151.845e-10535.82protein:Tk07761 transcript:maker-scaffold154_size3... [more]
maker-scaffold1538_size36768-snap-gene-0.81.596e-8835.01protein:Tk08902 transcript:maker-scaffold1538_size... [more]
snap_masked-scaffold69_size418775-processed-gene-3.171.805e-8433.45protein:Tk03268 transcript:snap_masked-scaffold69_... [more]
snap_masked-scaffold69_size418775-processed-gene-3.101.805e-8433.45protein:Tk03263 transcript:snap_masked-scaffold69_... [more]
maker-scaffold25_size650667-snap-gene-3.213.335e-7132.76protein:Tk06700 transcript:maker-scaffold25_size65... [more]
snap_masked-scaffold222_size251774-processed-gene-0.44.429e-1323.79protein:Tk11434 transcript:snap_masked-scaffold222... [more]
maker-scaffold982_size73714-snap-gene-0.81.898e-1224.10protein:Tk12017 transcript:maker-scaffold982_size7... [more]
snap_masked-scaffold633_size121756-processed-gene-0.122.732e-823.05protein:Tk02264 transcript:snap_masked-scaffold633... [more]
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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s128supercontigLSalAtl2s128:887453..919471 -
Analyses
This gene is derived from or has results from the following analyses
Analysis NameDate Performed
ensembl2013-09-26 .965016
Blast vs. GO2014-04-02
TblastN vs C. finmarchicus TSA2014-05-09
Blastp vs. self2014-05-10
Blastp vs. SwissProt2017-02-10
Blastp vs. Selected Arthropods2017-02-20
Blastp vs. NR (2/2017)2017-02-20
Blastp vs. Tigriopus kingsejongensis proteins2018-04-18
Properties
Property NameValue
Logic nameensemblgenomes
Descriptionmaker-LSalAtl2s128-augustus-gene-9.16
Biotypeprotein_coding
EvidenceIEA
NoteProbable phospholipid-transporting ATPase VD
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000001685 (primary cross-reference)
Relationships

The following mRNA feature(s) are a part of this gene:

Feature NameUnique NameSpeciesType
EMLSAT00000001685EMLSAT00000001685-697532Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s128:887453..919471-

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000001685-684451 ID=EMLSAG00000001685-684451|Name=EMLSAG00000001685|organism=Lepeophtheirus salmonis|type=gene|length=32019bp|location=Sequence derived from alignment at LSalAtl2s128:887453..919471- (Lepeophtheirus salmonis)
TTTGTTCATAAGGAGAATCCTTCATTGGAGGATGTTTTACAAAGGATATT ATCTCTAATCAATCCTTCCGTTGTAATAAGGAAATATATCTCTGAAACAT GCCATGGAGATAATGTAACAGTGATTGGTTTCGGAAAAGCTGTTTATTCC AKGGCAGTGGCCGKAGAGTCTGCTGTTCAAGTGTTAAAAGGAAGTATTAT ATCAATTCCAGTTGGAATTGTAGAAGATCCTCCCTTGGTCAACATTACGG TGAAGAAAGGGGCCAAAAATAATTTGCCAGATAAGGATTCATTACACGCC ACAAAAGAAATACTAGATGTAGTATCAGACCTTGGAGCAGAAGATCATTT AGTCATACTGATATCAGGCGGCGGTAGTGCTTGCCTGTCAGGCGTTATTA GTCCCATGTCTCTAGACAAGAAAATTTCTATCATACGGGAACTCTCTGTT TCTGGAGCTACTATTAATGAAATTAATACTGTTCGAAAACGATTATCAAC CGTTAAAGGTTTTTTATTTATTCTTTCAGATCTCATTGGTAAATACTAAA TATCCTTTATTTTTTAAGGTGGAAAGTTAATCAATTACATTCCTAAGTCA ATTCGACATATCACGGCATTTATACTGTCAGATGTATTAGGAGATCCTTT GGACATCATTGCATCTGGAACTACAGTGCCCAATACTGATGATCCTAAAA TAGCTGAAAACATTCTTCAAAAGTATAACATTTATCTTAATGAGGAAACA CTTTCTATATTAAAGCAAGTGACAGCCAATGATCAATCTGATCTATTTGG GCGTGTCAAGCATATTTTTGTAGGAAATTTAGGAATGGCCATAGATCTGA CACATCATGTACTCAAAAATAACCTCAAGTATCATGTAATTCAATTAAGC GGTCAAATCCAAGGTGAAGCCAGTTTAATTGGAAACGAATTTGGGCGATT ATTTCTTGGAATACTTGAAGGAAAATTTATTATCCCTGATGCACTAGTCT CTGAGGAGCAATCCCTTTTTTCACAGGAGGTGATTATAATTTCATTAGCA GAAAAATAATTATTTATACAAACTGTATCATATACCCAACAGCAATTTGA TAGTATCATATCTGAGAGACCCGTCACATTTATTGGCGGCGGRGAAACAG TTGTATCAATGGACCCTTCTGATCCGAAAATGGGCCTCGGTGGAAGAAAT CAAGAACTGGTTCTCGGCTTCACTCAAACCATCTCTGCTAACAAGGAAAT GTATTATAATTCTAAATATAAAGTTGAATTTATTAGTTGTGGAACCGATG GGATTGATGGTCCAACTGATGCTGCAGGAGCTGTATTTACTGATTCTTTA CTAAGTGATCCATTATCCATTGACGAATATTTGGATAAACATGATAGTTA TGGGTACTTTTCGAGTGCCAATAGGGGKCGAAATCATATTAAAATAGGCT GTACGGGAACCAACGTACTAGATCTTCACATCCTTAGAATTTGTCTAAAA AAAGTGATACCAACCACGAATAACTAGTGATAACTTATTTTATACTATTA TCATCTTTTAGATACATACGAGTATATAATATTGAATGCAATTTGTATTT TGAATTTTTAACATTTACGGTTAAAATTCTTTGAGCGCTAATAACATATG CATTGTCCAAATAAAGGGTGTTTTAATTATCGCAGAATAGCTGCGCTTGT ATAGTTTCGATGTACGTATACACCTACATACTTTGTTAATATTGATGTAT ATCTTAATTTTGAATCTACGATTAAGAATATGATTTTATTTTGAGCAGGC TTCATTCCATCCTAGGATTAATGATCGTCACTCGATATTTTTTCGACTTT GTAATTATTCTGTTACTTACAATGTATGTAGGTAATAAAGGTAGAGAAGA GATAGCAAGTCCAAGTCGAGCCTCAAGTTTTGCTCCCATATCCAAGTCCT TGAATATTTTCACCCACTTCAAATCCTCAGAAAATAAGATACAATAAAGA GTACCTTATATCCAGTGAATAAAATCAAACGAATTACGGGTCCAAGTCAT GTATCGATTTTTAAATTGTGTGATCAAGTCGATTTGCTAGTCTCGAGTCC AAGTTTCTACATATTGGAGATAGTTAAAAGAACATTAAAACTGACTTACA ACACACCGAATGGCGAATTCWTTATTCCATTTTMAAGCCGTAATCACCGG GGGGGCAAAAAGGTTTTTTTTTTTGTTATTAGTATTTAATGGTGAGTCAT CCATTCACTCCAATCAGCCCTCTTACCCAACTATAAACAGGATTACGGCA CTGATTTTAGAATAAATACAAATTGGTCAATTGTGTAGATACATTTGTTT TACGGTCAAGATAAATCAATCACTTTGATAGTGGATAAAATATTTCAAAT CATTAACATATTATAGTCTTATGAAAAAAAAGTAAAATAAAAGTTTATTT AAGTACTCTATGAATTTATGTTTCAAACATGGACAAAATAGCAATAAGTA GTATCAATTTCCAAGCATAAACAGTCATTAAAATATACTCTCGGGAGAGA AGGAAGTCTTTACTTTATTATTTTTGGAATAATTCTTATTTTTGATATGC TTCTGATAACTAGAAAAGCTTAATTTTAAAAACTTTTTGTGTGAGTGTTT CCTCGTATTACATATAGCACGCTAAAGTTTATAAAGAAAGCATGGAGATA GATAATTGTTGTTCTGAAAGGGGTCTGATGTTGTCACTTGGGCTGACTGA GAAAAATTAAACTTTAAACGAGTAACAACATGAATAATAATATCAATATC GACAATATCTAATAATAGAAAGTTGATATACGCGTACTTTTATAAATAAA GAAAAGACAATGAGAGTTGTTAGTAGTAGTCTTGAGACCTTTTATCCACA AGACTTTGTCTCCTTTAAATACCCTTCTATTAAAACAATATAATATCATA AAGTGTATCATGTGAGTAAAGTAGCGTGAAGAAGGATCTATTCAATGATA AGTTCGTAGAACTTTGATAGTTGTCATGGATATCTGAAAAGGTATGTGCA AATGATTCATATATATATATATTTATTTAATAATAATAAGGCGATTTCCC TATAACTCCAACTTTTAAAAACCATTTGTTACAATGTCCTTTACTTTCAT ACAACTATCTGTAATCAATTATCATAGTATATTAGGTACTATTAAAAGTA TATACATTGGTACTTCTAAGTTAGTAGTATTTCCGATTTTCTATGAGTAT ATCTATCTGAGGAATAGTCAATGACGTCATACATCTTACGAATCCCAAAA TCCCCGTCGATCTATAAATATACATACATATAATATAAAGGGTACGATTT CTAAGATTTTCATAAATCATGATAATAACCATATAGATAAAATCCACAGA GTAATGATACTGAGCAACAGCAAATAAATTCTATGACCCCACGACAGAGG GTGAAAGGAAAAAGTTAGTTGGCCATAACAATCAAAAAAGGTAGTATTTC TCCAACAATTTTTTCAAACTAAAGGTATAATTTGCATCTCAAAAATCATA ACATCACTTCAAACCCCACATCATTACTAGGTGTACAAATTATTCAAATA ATTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTACGA AAATATTTAAATATTATAACTACAATTTCAATGTTTTGGACAACTATTTA TTTTCGGGTCAGAGATTTATTTTAAGTTAATTTCAAGTCCATAATTGTAG TATATTATTCTTTTTTTCGTATTCATAGTGCTATTTTTTTCATTTATACT AGCTTTCGAGTCCAAGTCGTGTCGTGAACCTTTGATTATGAGGACAAGTC AAATTGCAAGTCTTCACCTCTATTGACATCATCAATCATCATCTTTGAGT ATTATGCATAGTTCTCAGTCAGATTCAAATGTTAATCACCTAGGGCATTT CCATATTTCTAAAACTCATCCAAGACCACGAAAATAAATAACTTTTTAAT TATTTATATTATAATAATGTGAATGTTTTGAACAACTCCTTCTTTTTTTC GACGGCGTCAACATCATTTTCATCTGTATGATACAAATACTGAATACATA GAATAAAATTAGCAATAAGTTAATAACACAACACTTTGTGTAATAGCAGG ATGTCCAAATGTAATTGGCCATAGTAGACGGATGGTGTAAGAGAGAGTGT AGGTACGTTCTGTGATGTAAGAAGAGTGAGAGGAGTTGGAGCCCCTGTTT GAATGTCTTACGAAGAAGAGAGAGAGAGAGCTAGAAAGAGAGAAAGAGAA GTAAGACAAAACTTGTCAAGAAGTGAACGACGTCGCTGTGCTGTGTGTGG ATTAAATGTTTTTCATACTTACTTACTTAGTAAATATAATTTATTAGCGG GTTCGAAACTGTAAAGCAAAAGGAGATGCTGTTTTCGTGGATTGCATTTC CTATATAGTAGTTCCTTAGTTTAAGTGCTTTAAATTATTACACATTCAAC CGTGAAGCGAATTCTTCTCGTTCTTTCATCTCTCCACAAACGGTAAAACA ACTATAAAAAATGACCTCTTTTTAATGTGGGATCGCTAACATATTCTTGG AGGATTTCACTTGCTTTTCTACACATCAAATGAGTCCTATTGATCATTCA GAGCTTAATTGTGCGTTCTAAGAACTCCTGCAGTTCGGGTGAAGTCTTAT AATTAATTATATATAATAACGAACTAATTGTAAAAAGATATAACTAATAT CATGTGTAATTTATGGGAGAGTCTCTTTTTCTTTGTTAATTATCGTTAGT GTCTCCTAAATGAAGCTTTTATAATGCGAATATATTCACTTATTCATACA TATGTAAGATGTGAATCCTTGAAAGTTTTATCTATACAATGCGCATACGA TACTAGTACCTTTTCTTTGTTGTACATGACTCATGGAGAGAAGGAAAGGA AGCTTTTGAGACCAATATTAATCCCTTTCCCATGGATTTCCTTAATTAAG TTCACGACCTTCTTAGAATATCCATATAATCTTTATATCATTACATCATA TTTCTCAGTCAGTCATTCTCTTAGAACTCTTTGTCTAATGATTAATCATA TGCAAATATCTTTTTACGTTTTATTATAATTGTCGACAATATATACCTAA TATTACGTCAAAGACCTGGTGATATTACCTTGTAATCCGTCAAGCTGTCT TGTACAACCANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNATA GCTGAAAAGTATTAAATTTCTAACACTTCAATTCGAAATCAATTATTTCT AGTATTTACCAGTTCAATTGTACTCAATCAAACTGAAGCTAATATTAATT GCTGGTCAATTATAAATAATCTATTTTGAAGTGAATTGTTTTGAAATGTA TTAAATTTAAGTACATAATATCTATAGAACTTCTTTTCCAAGGTATTCAA AATTAGAAATATTACATGGGTAATTATTTTGTTATCTTGGTTAGTTTAAA ACAATTAATCCTATATGGATTAGGTAAAGTAGGCACTGCTTTGTCTCTGT ATGACCATACATATTAATAGAATTTTGACAAAGACTTATAATTTGAAAAA TAAAGAAGAAAAAAAAGAAAAAAAAAGGATTGGGCAATGTTCAAACCAAG CCTTTTTATGTGTTGTGTACCAGTTGTAACTTGTATAAACAGATTATACA AGTTACAACTAATAAATGAGAGTCATANNNNNNNNNNNNNGAATTTAGAG TCGACTTTCGACAAATTTAATTTAATAATTGAATTATATTTAGATTGCCA ATAGTGGGGTTTTTGACTTTTTTGATGAGTTAAATTACTAATTAATTATG AGTATTCTGTGGCACATTATAAAGTTCATATGGGACAAGATGATATAAAC GTATTTTTTATAGATGAAAATGAAATAATGGCACCAGAACTGTTTTAATG CTAAAGCTAACATAGGCTGAAGCTTACTAAGTTTAGGGGCCTACTGATAA GCTAGAAATTTGTATTTTTCTCCCTGGTAGGGCCTACGAATATTATTATT ACGGGGCCTATCATAAGGCTTATGTAGCCTGGATATAATATGTATATGTT ACTACAAGTTGCAACATACATATTATATAAGGTTTTAAAAATTGATGGTG GGTTCTTTTGTGAATATATATCTGTAATGGACTCGCTAACATATATCCAC ACTTTTCTCTCTCTCTCCTTGAAAAATTTTACACAATATCATAATTTGAT ATTTGAGAAGATGTTTTATTTCAAACGTTTATTATTTATTCATTCATTTC CGAGTATTTCTTTTCCTCATTTCCTTATTATTATGATTACTATCCATATG TTGAGTAAAAACAGGGGGTTATAGTATTCTTATGTGATTTAATATTTCAT TTTACACATTAATATAAAGTTATCATCATCAACATATAGTGATCATGTTG TTTATAAATGTCTTGTTGGCAGTTATTATATGTATATTATTAGTATTATT ATTACTTGACGTCATTCATTTTAAAGTTAAAAGATCATGCTTGGATAACA TTTTCAAATATATATATACATACCTAGTATATATAATCTATTATATACTT TGTAAATACGTATAGTAACATGTTCTTTGTGCTTATTCAAAGTTCTTATA GGTTTTTTTATTATAAAAATGTGTGTTTTTTTAACCTCCATTCTTTCCAA TCAATAAACCATCGACAAATACTAGTAGTGATGAGTGGTTTTTTTTTGAG CCTTTGGGTAACTGTATCTTTTGAATGATGGTACCCCACCTGCAACATTT TATTAACAGTCAAACCTGGTCTAATGACCACTTATTTAANATCCAGTTTT TATAAAATAGGAAATTTGGTTTAAGAGATCACCTTCACTGAGGAGTCGTT TCTTCAATTTCCTTTAATTGACCACATAATAGAGGGTTGACTGTAATTTG ACTACTATAGAAAATTTGACAAAAACACATAATACAAATTAATTAAATGT ATTTAATTGAAATTTAGAAATTTATTTTATAAAATTGCCCTTACACATTT TCATTACCTCTGGCAACGAAGTTGTGTTATCTTCTTTTTTTTAATTTTTT TTTGGCCTCCTTGTTTGTCTGTTAGTCTCCAGGATTACAGTAAAAGTTAC AGGAGGATTGCGCTCTACGGAGTGTCTATACTAGTTCATAATGAAATTAC CTTCTAAATTATTTTTTTAGAGTAACGTAACGTTGTTTTTTTTAAAAATA ACTTTCTATTCCCTCACAATTTATGTAACAACTTGTCACAGAAATGATGG AACCTGCCACCCTCAACCCTTATATCGAATGTATGTCTCCCATAAAATAA TCTCACATCAAATTCAAGGTTATCTTTTTTTTTTTTTCTAAAATTCAATT TGTGGTATGGAAGCGTGCTAAAGGGTGGATTTGCTATAGTTTCTAGCTAT TGTGTGACACATGATACCCCTGGAATGGGGGCACTTTCTTTTAGTATGAA ATATGACATTTCTAGGGTTAAAAAACAATCAGTGATGAATGCAGTTCATG GTTAGAACTGCAAGTTGAAAATGCACAATCCAATCTGCGGATCAGATTGT CAGCCCGTTTATCACTAGTGTCACGATTTTGTATAATCATTTTTAATTAG ACATATGGTGATTTAAAAATATTTTTCAATCCGATACTTTACAGATATTA GATCCCTGAATCAAACTTTGTGTTGCAAGTCATTCATTCATGTAAGTGTG AGTACACTGTGTTATTAAGCATTCCCTGGCTACAAAAGTTGAACTGCAAT TTATTTTTCATTCCTCCTTTTTTCGGATTGATAAATCATATAAAATATCA AAGTTTCTAATAATTTTATACGATGCAGATATTTGATATTTTGCTCGATA TATTAGCCCACGTCGAGTTTGAATAAACATTTATTAAATGAGCAATAGTC GAGAGGGTTTTGTTACTCAAATATTAAAGTTGTTCTTACTTTAGTTGATG AGGGGTGTAGTGTTACAAATAAATATTATTTTACGTTTTATATTATAGAG TTTTATTAATCATTTCCATGGCCATGGAGGAAGGAAAGAGAGAGATTTAT GAACTGAATGGAGAATTTATTGAACAATCCATAATAATTTATGCATATTG TATACTGCAGGTTTCTTTTTTTTTACCTTCATTTCTATTATTTATAATAT ACTGTTATTCTTGTTGCAAAAAGTTAATAATTGTCATGTACACAGAGCAT ATTTTTTTTTTTAAATCTCATGATGATGTAAAGGTTGACTCTAAAATATG TCTATGTTCATAATCAGCTTTTTCCAATAAACAAAGATCCAGTGCATTTT CCTGTCATGAGTTGATAATTGGCTCTTAGTTGTATGACTTAAAGCAGCTG AGTTTACGTATTGCTGAGGAACTTTGGAAGGAAACTACATGACCCACAGT TGGCAACAAGAAAAATACAGAAGGCCAGCTATTATGTTTTTTTTTTTTTT TCTAATTTTCTTATTTCCCTTTTGACAGTTGAGTTTGAGAGTAGAGAAAA TAAAAAGGGTTATCCTAGTCGAAAATATAGCTAAAAAAGAAACCAAAAAT TAAGTTGTCACTAGTGTTGGGTTTCGGTCTAGAAATCCTAGATCGGTCTC ACCGTTATATTTTTTTTTGTTGGACCGAATTAGTTCGGTACAACAAAAAA GTACGGTCTGGACCGGTTTCATTTAAAAATTCGGTTTAGTTCGGTCCCAA AAAAAATGATCTAGACCAATCTTACAGATAGATTCTTTGTAACATGACAT CATATGTTTTTTTCAAGTARAATGAGGTTATACGAAGTTTAAACAAGTTT AAGCTCGGATTAATTTTGATTCCGCCGTCTCTTATATGTATACAGTATTT GTTCTAGAACTTCTCCTGTACTTTTGAAATTTTTTCGAAAAAAGTGAATG ACAAAGGTCTCTCATGATATATGAGAACAGAAAAAAATCGGTCCTAAAAG TGAGACAGAAAAAATTGCTCCACGGTCTGAGACCGCAGTGTGGACCGAAA AATTGGTCCAAATCGGTCTAGAAAGAATCAATTATGACCGAACCGAAAAA AAATTCTGTGCTGGACCGAATCTCAATACTAGTGGTCACCCTGACAATTT GAAGAATGTTAATGTTCAACAAGGACACTTATAAATATGTAACAGATCCT GTGTTACTTTGTGTCCTTCAAGCACTAGTGATCAGTTTATACCCTATATG TTCTCTCTTCAATAATATAAGAACAATGAAAACAGCTTTAGAAAATAAAA TAAAACATATTTTCGTGTAGCAACTACAAAAAGTCGTTACCTCTTCCATT ATCTACCMAAATACAGTAGTAAAGTGTTTAAATTTATGTATTTTTAATTT CATTATAATTTTTTAAATAGTGCTCTGGCAAAAATTTTTTACTAATTAAA ATATAATTATTTATATTTTCTTGTTGAACTAGATTTCACCTGTTTAAAGC ACTATGTAAGAAGGCTGCCAACTACTGTAGATAATACTACATTGCTCTTC TTGTTCTTTATATTTATTTATTTTTGGGTTGAAGACGATCATGGACTACA CTAACAAGGGGGGGGGGGAACTGTAAAAATAAACAAATACATGAGMCGTT ATAGCAAACATGACATAAATTTTAGGATTTTAATTTGAATAACTTTGAAA ACTATTCATGAATCGATAATTATTTGTAGCAGATAGACAAATATAAATGA CTGAAAAAAGGGGGGCAAATAACATTAATAGAAAAGAGTCGGACTTATTT TTTATTATATACTACCCACAAATAATTACAATGCACCATTGAATTTTGAC ATTTTTCTTTGATAAATAGTACAATCTTTCTTATCAAAGTTTTTTCGCTT ACTACTTGTAAACTTTACGGAGCCCTGATCCCTCTTTCATGTAATACTGT GTCTCATGAATACAGATAACATTTTTCAAGTGAGGATGTTTGCTTTGTAA CGGAAACTATGACCCACTTATTCTTTGATAGGGTTTATTAAGTCTCCACC TCCATTTGCTGAGTAGTGGCAGGYGCCAAATAAAGAWGGATTGCTTTCCA AATTTATAATTAATTTTTGAAGAATATCATTTTTCCAAATTTCTTCATAG AAATTGTTTACAAAATTATTAGTATGTTGAACATTTCTGATGGTGCAGAG AGGGCACCACTATAATATATTTGAAGGAGTTTAGCATTAGTATTCTCTTG GTATGTCAAGGAGAAGTCTAATCGGATCTAAGTAATTTCTCTCCTTGAGA TTTGATGGGAAATTAGGTTAACATAATACATATATTATCCATTCTTAGCA CATTCAAAAGAGTATTTATATTATTATGACATGGAAGATATGAAGGGAAT ACTATGACGACTAATGTATAGGGAAAATATATCTTCTTTTTCCTATCCTC TTGTATAATCCATTAATACGACGTTACTCTTAATGTTTCCATCTTCAAAA AGATTAATAAAAATGGCCCAAAATCAATATTGAATTACTTACTCGTATTA CACTCCAAAGTTAGTTATTACATAACCCAAGTAAGGCCTATTGATCCTAT ATTATAACTATAGACTTGAACTGAGCTCAAAATAAATTCGAGAACTTTGA CTGGATCCAACAAAAATATTCAAGGGCATGACTCGGACTTGTGAGCAAAG ACTCGAGACTCGGCTTGGACTTGCAGTTTTAGGACTTTTCCCCCAGCTCT GGTAATGACTAGTGTTGGATTCGAGTATTACTTGAATTTAAAAAAAATCA ACAACTCGACCTTACTTTAGTTCACAATTTTCTGAAAATGACTCGAACTC TCTCTCAAATATTTTTTTTTAGGAAAATTCGACTTTATTTGAACTCGAAT ATTGACTAGTCAAATTTCTTGTATTATCATAAGATTTAATGTATTAAAAA GGAGAAAAAACCCCATTGCATATGTGACACGCGTTAAAAACTCAAACTCC ACACAATTTGAAAATTGTTATTTTGTCCCAACACGAACTTGAATCGATGC AGAACACAAAAACTCGATTATTTTATTTAGTCAATTATTCTTAAATGTGG AAATATTCTTCAATAATGTATAGAAGACATTATTTTTTACATCTTACTAA GAGTTAATTCGAGTTCAATCAATCAACATTTATAAAAATAATAATGTGTT TGTTTGAGATAAAACTCCAAAACCTCATAAATTACCTCATATACATTGTC CTAACAATTGTTATTTGGTTATACCTATTACGGCGTTACTAGAAAATGCA GAGTTAGCTTTTATGCCGTGTTCCCTGGTGGTCACCTATACATTCAGTTG AGTTTCCTTCTTCCTTGGTTCAGCCGTGAAATATTTACATTGTAAATTGT TTTTATGACAAGTTAATTTGATAGCGAATCCCTAGTTATGCTCATTATGG AACAGCGTTCCGACTCACTCTGATCACTGCTAATAAGAGGCATGATTGAA TATGTAGTACAAAAATCCACAGGTGAAAAAATAAATATAATGTAGATTTG TAAGCCAGATATGGGAGATAACGCCGTGTTAAATTGATTTGTTTTTTTTC TTTCGAGAGATGATTACCACTGGGTTTAGTAGTAGTACTTGATAATAATA CATTAGATCAAATAAAATTATTGTATATTTTTATATATTATGATGTATTA ACATTGAAATTCACAGCTCTCACAATGTCTTAAGAGATTAAATGCATTGT AGATTTTTATTGTAGAACAAATATGCAAGAAAATGTGGGTTATAGCTTAA GGTATTAGAATTCATTCCACTTCCTTCCTTCAGTCTGTATGCACATATTA TCGTAGTAAAAACTCATTGATTTATGGCTATGCTATTTTCTTAGCCTTGT CAAATAGTGGCTGAATATATGATACATATTAAACTATCCCGTTATATTTA AGGGATCTACTAAGATGTCCTCAATGATTTGGGGTTTCTTTGTTTTATCA AATATAACATAGACAAATTACAAGCTACTTGAAGTTATAGTTGTTGAAGA AATAGTAAGAAAAAGTTGTACCGTCCAGTTCAGTCTCGGTACGGTCCAGT TTAGTCTACATTTCACTTTAAAAAAACCTATAAAGTTTGGTCCTTGATAA CCTAACTCTACTTTTTTTTTATCAGTTCTAGAACTGATTGTCTTAATACT GGACTGGACCGAATTAATAAAGACCGACACAATATTAAAGGAGAACATTA TCTTTGATACAACAGGGAAACCGTGAATCATTCAAAAATATTTTTTTTTA ATTATAGCTAGTGTAGTGTTAGTCCATATTTATTCGGTCCAGACCAGTCT TAGGACTGTCAGTACCAGAATTGATTAAAAAAGAAGAAAATAAAGTTGAG TGACGTTATCAAGGACCGAATTTTATATTTTTAGGACTGATATGTATGAG TAAACTGTACCGGATCGAGATTGAATTGGACTGTAGTCTTCAGTTCTAAT TAAGGACAGAACTTTACAAGTTTTAGGACTAAACTGGACCGGACCAAGAC TCAACTGGATGGGACTACTCATAACATATTTGGGAAAGTACAAATGGCCT TTAAATGGCCAATTTTGATCGGGGGGGAAAATCCAAAATAAAGTGGTTAC ATCAAAGTCAGTTTTTTTGTTCCAAGCAGAAAAGGTTCTTGTCTCAGGGG GGGGGGGGGGGAGAAAGAAGAGTATTAACCCAAAAAATGTAACATGCATA TGCTACATGTTTATTAGACTATAAATTGTTTTCTATTCAAAACGTCATGT AACATATTTATACCATAAATACTGTAAGAATATTTCTTCATAATTGCCTT GTGACATCATTCTGCTTCACTTCTGTTCATAGTACCTACTCCATGCTATA TAAGAAGACAAGATCTACTTATGCGCGTGTAGGCGGTTATGCAATTTATA GAGMATTAAAAGTTTTGCAATTCTATAATAAAGGAAATTTTTTTGCTCAT CGTTTCCTTTATTGTATTTCGCAACCTTTGTTCAATAAAGTGAGAGAAAA AAAAGGCCCAAAATCTATTAAGCTCTGAAAAATTATTTATGTTATTACAA GTCAACAAAGTTTGACTTTTTCAAAAATAATAAATCCCATATTCAATTAC AGTAGCACTTAAAATGTTGATTACAAATCTGTAATTTGTTTTTCGTATTA ATTCTTGTTCTCAAGAATGAGCAATTGGAATTTGTTGAGTAGTTTTACCC TTATTATAGATTTAAACCATCTTTTAAGTAATAAAAAAAACCAATAATCT ACATAAAAGTTAATTCACTCTGTTGAAATTTTAAGGCTGATTTCAAATAT GTGCTAATACTGTATATACGATCATCCAATCTCGAGAAAATAATATTTAA ATGTTTAAAAACCATCAGTTTTACCAAAGGTTTTTTTCTTTGAAGAGAAA TAACTCTTTAATTTATCCATTGTTTTTACGTCAAAGCAATTAATTAGGGA AACATGAATAATCAGGCTTTCATTTATAAAAGAGTATTTGGTTCTAAAAG GTTTTGTTCAGGAACAATATCGATTTGAATGTTTTTATTTTTAAGCAGAA ATTTATCGAGGTTTAGTGTTGAAATTTTTAAAATTCCGTGATCGTGAATT ATATTGTATAAAGAAGGAAATTAATGCATCCATATATAGATAAGTAAACT AGTTTTATATATTGTTTTATCTACTTTTAATTGATTCTTTCCTCAATAAA ATTGAAAAGAAAATCAATTCTTTTAAACCTTCTATATCAAATACTCTCTT GTAAATGAAACACTAATTATTCATGCTTCATATAAGTTGCATTGATGTAA AAATAATTGAGGACTGTCACTTTTTTGTAATGAAAGACCCAGGGGGGTGT ATCGTCGTCGCCTGTTATAAATACGGATTAAACAGTTGAGCTGCTTCCTA GATTACAATGCGGTAGTTTTCCGAAAAGGATCCAATGCAAACAAATTCAC CTATACTATATATTTTTAACTCAATTGTTTTTTCAAGAAAAATAAGAACT GGAAGTAGGGTTTTTTTTCTCTTCCAATTATAGGTCTAAATGAAGGCAAT TCTATTAAGATCCCACTCTAATTTTTTTTGTATACTTATTGGGTATAAAT AGGTTGAAACTATAAGAAACAAATGGGGAAATCGAACATGAGGCGTCGCT AGGGCACCATTTTAAATATATATCACAATAATACTTTCATTTTATTTTTT GTGCATTTACAATTTCACACATGATAAACACCCTGACCAAAATTGATTAA ATATTGTGGCTGSTTAGGGCAATATTTRATATATATATTTGAGTCATTTA TTATAGGCTTATTATTCAAATTTGTGGGGTGTGTAAAATTAACCAAGAAT TTTAACTCTAGTTTAAAATCTTTGTTTGAAATAAGCGAATTTTGTGCCCC CAATTTGTCCCTTTTCAAATGAAATCTATCAATGTCTCCTTCTTTTATTA CGATGTTGAATTTTGGCTACTATAACTGCCKTTTGAGACACATCTAAAGA GTTCACATAAATCATTTGTTGTTAGTAATTGAGGATCATTCGTCGAAGAA CACAAATGTAATTCATACTTAATTTTGAGAAAAATCTTTATAGATTGTTT TTGTGTTGACAGCCCACATATTATATATTATGTGATCATTATTATTATTT GATTGTAGTTTAGAGAATATAAATAAGCCTCTTAGCTACTTCATCGTATC ATGTTCCATTTATAAAAATTGGCTTTTCTGTTTGTTAAAGAAAGAAGAGT TTGTTGGTTTCTGGTATTAATTGATTCTCTCTCTCCCCACTTGATAATAG TGTTCTTATTTAATACATTGTTTAATGTGAAAGACAACATTTTTTTCGTC TTGACAACCCTAGCTGACATTAATTATTAAAGAATATACCTACTTATATA TCTATGTACTTTAGGGTGAGGCGAATACCCCAACGTTATCCAAACAAGCT ACACCTTTTAGTTATGAGTTATTATTATTAAAAAAAATATATACCAAGCA TAAGTACATAGCATCTTGACATAATAAAAAAATTAAGAGGGAACGCAAAA ATATATACAATTAATAAACATTATATATTTTAAAATTATCCCCTTCAATT TGTATTCCTTTGAAACATATAACATTGAAAAATAATTTTGGGATAATACT TTAGGCTATAATGATTTAAAAAAAAAATAAAAGCAAGGTTCTTTCAAAAA AATTTAAATCTGAAAATGTTCAAAAAAGTTTTTTTTTTAAAATAAGTTTT TAACCCTTCTGTCAAAATTATCTAAAAAGCCCAAGAGTATAGGGTGGTTC AAAACGAGCGGTTTTTGGGGGTGGTTGAGCGGTGTGGGTTACCACATCTA TCATGAGTGTACAGGGTGATGACTCAAAAATTAGAATCCTATTCGAGGCC GTCTAGCCTCAGTTCTAAAAGTCTGATAATCTTGTTCTTGGTCCCATTCA AAAGAACTGACAAAAAGCTACAATTTGATCTTTGTTTTGTTTTTATGCGA TCAAAAATGTACGAGCAACAATCCAAACGGCAGAGGGCTTGCGATCTCCT CTGTGCACAAGTCGATCTCCGACAAAAAGATATTCACAGTGGAAGATGTT CAGAGCAGGATCAATGATCACTTATTGGCTGAATCAAGAGCTCAGGTTGA GATAACCTTCAGGACCCAACATACATCTCAGTCCTTAGCATCGTGGTGAA TAAAAAGTCTAGAAAATTGTTGAATCACCAACTTTTGCTTCAAAAGTTTG CCATAAAATATATGTAGAAGTAATAGAGTTTTTAAAATTTTCTAATTTAG AGTCCTCACCCTGTATAGAGCATTTATTTCTAAAAATGATAATCTTCAAA CCTCTACAAGTCTCCTTTTCAGAATGAAGAGTTTTTGGGTTTTTTAAGGG TGTCTTCCTTGTAGTAATGAGAATGGCATTATAAATTATATTTTGAAAGC ACTCTAAATCTCATCACCTTCCTATTTTGAATAGCAGAGTTGTCGAGGCT TAAAGATTATAATATGTATAGATCTTAGAAATATCCTGCGTGTACACCCC ATGGCAGATATGATCCTTAGCTAAAACAACGTTATCCATCAAAATTTCAG AAGTCGTTCGACACCCGGCTCACCCTAATCTACGCATATTGCGAAAAATA CGTATTTGACAAATATCGTTTATATTTACGCAGGAAAAATTCCTTGCAAC TTTGTTAGCAACACTAGTATAAAAACGTATAAGTGCATTTATAAAAGTCC AAAAATTCTGGTGGATTGTTATTGTACAGAAGCCTTACTAAGATATATGC TGAATTAGAAGTATTCATATATGTGACTCCTGACCGAAAGTCCTTTTATT GTGAATGTAATTCGTAGGATTATTCCAATCCTTAATATGGAACTTAAGAT CGGTCCTGTCTTTGTTGTAGTTCCCTAAGATACGTCTCATATTTTAAAAA GCTCATTCCATTTCTTGTGACTAGATAATGGCATGCCCTAATATAGTGTT TCTCAACCGGGGCTCATCAGAGTACAAGGGCTTCCCTGTGCATCGTTTAG TGCTCTACAAGGTCATCTAGAAAAATTTGATTTTATAAAAAAAGTAATGA ACGATTCCAAGAAAAATCCTAGACTCAAATATTTAGCTGGAATTCAATAC TTTTGGGATTCATTGTCTTATTGTATTGGGTTACCTCCCTAAAATTGTAG TTACATATAAAACAAGAATTGTCTGATAGAAATGTAACTAAATAAATCTT TTTTCTTTGATAACATAATTAATAGATGAATATGACATGCATTAATCCTT AAGGCTGATTTGAGTTTATTTCATTAAATTCTAATTTATTTTATATTTGG GGAGCAGGAACTGTTTTTTCTTTTTAAAGGTGGTATTTTTATATTAGAAG AAAATAATATATAAAAGTTCTCAAATGAAAATAAAACTTTATTAATCCAA TAAGTATTTTTAAACCTCGGTGTTTTCATACACTCAGCAGCTATTATTCT TTGATTTGTGAAATGCGTGTGGCCCTGGATCCGTCTAAGTAGGAGTTGTC TATGCTCGTTATCCAAGGTAATACTGTTTGTAATTATTGTGGAGAGAACT CCTTTTCCTTCCCCTTTTAATGTAATACATAATTAACAAGAGCACCACAA CTCATTTAGCTTTAACTCCATTAGTTCTCACTCAAAAAATATATTCTAAT GGAATTACGTCACTCTAATACTCACTTCTTACATTAAGTAATATAAAATT GCATTTTCATATTATTATAATGTTAATTTGTGTGATGCGAGGGAGTTGAT GTATCCTCTTGTTGGATGTTGAGAGGATAGAACTACAATCATTGCTTTTG TTTAGTTTTGTAGACTTGTTCAAATTCAAATTGAGGAAGGCTTTCTTCGT TAGTTATTTGTTGAAATGAATCTTTTAATGATATATCTACTCAATGAAAG GATGCAGCAATCTAAAACTGATGTTAACAATGAAGTGGTTCGGCTCCTGT ATAAATTATAAATACATACACATTGAACAATGTTTACTGCAAATGAGTTT CTCAGGTATATATGTGGTTTTCATGCCTTGTTTCAATTATATGTTTACTC TCTCAAGTCTTTTATTTGTATAAAAAGTAAGTCATTCATGTTTGTATTTA TATTATTTGATTGATTTGTACTCATTAAGGAGAAGGTTTCCCTTGTGGGG GTTTTTCTGCGTGCTTTACTTTTTAGACAAGAAAGTGGCATGTGTTTTTT TTTGACGAATTGGAGAAATCTATTCTGAGCTTTCCTTTTGCAACTTTGCC GAATTAATTAATTTATCTATATGTATTTGCAGATGAGAAATAATGGAAGA AGCTCCCGAACGAATTCCTCCATCGTTGGGATTCACTTTAGNNNNNNATA ATGAAGGCCTCCATGATACTGCTTCTCGCAAGGAGCCTAACAACGAAGAC TGTTCCGTCAAAGATGGTGATGAGGAAGAGAGAGAAGGAGGGCAGACCGA AGAGGAGACGGAGAAAGAAAACTCTCTGTTAAGTTCTCCAATTACCTCAA ATGTCCCCTATGATGAAAGTAACTTGGTATTTTTCTCCCCTGACGACGAC GCTAATACTCTTTCTGCGCCTTGTTCTGCTCCTTACACTATAACAACTAC AGCAACAGGAGCAGCAAGAAATGGTCATATTCGAAGTGCTAGTCACGGCG GATCCTCCATATACCATGCCACTCCTCGTCCCTCTGTATTAAAAAAACAT GGGCATCGGCGAGTCTTTTCTCATGGACAAATCACTGTAGGATTCAATCA AAAGGAACTAGATGGCCAACCCATGAAGGGACATAAACGAACCAACTCCA AAACAGAATTCATTCTTCCTCCTGGTCATGATGACCGGGAACGAAAGCGA ACATCTCTTACTCGTAGTGGATCTGCTAAGCATCACAAACGACAGGCCTC CCGTACAGKCTCATTGGGCTTTTCATTCAAAGGACWTTCTCGNKAAGCCT CTCGTACGGKCTCTGTCTACACGATTCGAACCCCTGTCAATAACAATAAT GGGGAAAGACTCTTTAGTTTTAATATTTTTGGGAAAAAGGGGAANAGGGG GGAGGAGGTGGTCAAGATGAAGTCAACGAAGTCAAGCAACGTGTGGTTGT TCCAGATCATGTTATCCCTGTTGACGTTCCAGAGCATGAACATCCCAATC ATAAATATACAAAAAACAAAATCCGTACAACCAAATACACGCTTCTCTGG TTCCTTCCCAAAAATCTATTTGAGCAATTTCATCGTTTCGCCAACCTCTA CTTCCTCTTTATAGTGCTTTTAAACTGGGTACCTGCCATTAATGCTTTTG GGAAGGAGGTTTCCATGATCCCTGTCATTTTTGTCCTTGGGTTCACTGCC ATCAAGGATTTATTCGAGGACCGGCGACGCTATCAAAGTGATAAGAGGAT TAATAACTCAACATGCAGAGTCTATAAAAGGTAGGATATTTATTGATAAT TTATTAATTAGTTTGAGTTGTTTATAAATGAATATGTACATTCTACAAAA ACGTTTTATATATAACTTTTCGTCATGACTGTTTGAGTCAAAATACTCGA GGGATATTAATTAAAAGATAATTTGTCATTTAAAAATCACGCATGAATTA ATCTTCCTGGCATGTGGTCTCTCCTATTGTTTTTATCAGAAGGCCAAAGT TTAAGAGATAGGAATGCTTTTTAATTGTTATTTTTCTAAACCTTTTGCGT CAATGTCTTCTCCTCCTAATGACTCAAATATTCGATAAGTGTGGAGTATA CTTTATATAAAGGTATTCGTTTTGGAGTCAGTCAATTGATTCCAATGTTT TTTGAGTCAATGAACGAGTCGCAAAATTCGAAAGAATGCTGTGAATGATA TTTATTAAATCTTGTATATACAAGGTTTTTTTAAAATCTCTTGATTATCT ACTTTCCGCCATATCATTCCATTTTATCTTTAAAAGCACCCTCAACCTTG AAAAAGGCAATACAAATTGTCATTTATTATTAATTAATTTAGTAATATGT AATATTTACATGAAGTCTCTCACTTACATACCTGCTTCAGCGGACATAGT AAATATAAATTAAAAATTCATGGAAATATGTTTGAATTTTTCATGATGAG TAGAAGAGTCTCATACGTACTACTCTTACAAACACACACACACTCCAAAT TAGGGAATTGGGGAGTATGAGTAGAGGTTGCTTGCTTTCCTCAAGATTTG ACAATTGAAGTATTTCTTACCTTTCTTCTCACTTTTTACATACTTTCTAG CGGTATATTTCGTCTACAGAAGATTAAATTATTTGTAGTAAAACAATCAA CAATTCTCCGAGGTGAACGTAGGCGAAAAAATACAGCATTTTGTCAGTAT ATGTACAAAAAATATATTTAACTCCTTCTTGGGAGCCTTTTCAATCGTCA CTAATTTTTTAACCTAATGTCAACTATATTTTAGATCCTAACAAACTCTC TTGATTTATTATTAGACTTTTATATAAATATATGATTCTTTACTTAGATA CAATACCCCTTTTGCAAAATATATATGCAATATATATTTTGCAACCAAAA AATCTGATGAACAATTTGAAATGAAGGATTACCAGTACATTGGATGGGAT TAATGCAATAATTGAGCATTCCATGGATGCTCAATTTATTAATAATGTCA TTTTTTATCAATTTTAATACAAATTACTTAAATATAAAAGTATTCCAAAT GCCCATAGTTATATTACTCATAAACACATAATAATCACACAATTTGAGTA GATCGAAATGATAGTATCAATCTAAGGCCACTTTTGTAATTGAATAATGC ATTTTAAGACGAAGAAATAAGAATTTGTACAATTTGCTCACACAAGTCAC AAATCGTAGAGACACAAGATAGACTTCTCATCGAGACACATTTTGTCATG CATATATGTATCTTGAAGTTTATAGCACTTTTTTTTTAATTCATAATAAT ATATACAATATACGAGTATATTAAAAGGCGCCATATTATAATGCTCCCGC CACACCGAAGGGTTTAAAAAATTAAGAAGAAATCACATTGACCATCGTCA ATGTGATTTCCCACTCCCTTCTTGAAAAGAGCAACGCCGGGTAACCCTTT GCTAGGATATAAGAAGGATAATAGAAATCTAAGGTTTTTCCATCATGTAA TCGGGCTTGTTAGATTTTCAATTTGATGTACCATACCGGCTGSTGCTGCT GGGNAAGACAGACACATTTGACGTCATAGAGTATTGCAGCTGTACTCTAA CAGAGTCAGTCAAGGAAGGTGATATATAGCTACTCTTTGCAAAAGTTATG CCCCTTGACGTCACTATTGAAAATAGGGTGGAAGATTTAACATTTGTAGG AAAGGCGTTATGGTATAGCCATATATTTCTAATAGTAATTACAGGGTTGT TTAGGTAAACCCGGACTACCTTTAACTGCGTCCTGATCAATAAAAAACAT ATAAAGGTTTGAAATTTTATTTACAAACTCTAATAATACAAAAGAAAATG TTCATTGTATGTGTTTGCCATTTTCGCTCAATACGAGACCTAAAGGATTT GCAGGCATTGACCACGTCTGTGAACCAGATTTTGTAACTTCCTCTAAAAG AAGTAATCCTCGGAGATTCATATAGGGGGAGTTAGAGGGTCAAGTGCCAA AATGACACCTTCTCTTCTTTAAAAAAGTTTTGGGTCTTGCTGGTTCCCAT AGAACTTCAAACTGTGAGCAATTTTATTCCGTGGGCAGTCTGGGTGGCCT TCATTTTGCCTGTAAGGATATGTCTTTTGCAAAGAAGGTCCTTCGGTTGG TGTTTATGGCCCTGGAGATTATTACGCGACTTACTTGGCGCTTTTTGGTT AGAGCGTTAATCGGAGTCCCAAGAGAGGACCTCAATGAAACGGTTTGAGA CCTACAAGGAATATGGGAGTGCATTTTTCATCACTCGAGGACTTGTGGGC TTTTCTCTCATATACGCCCTCCTCCTTCCAACGGTTGTCGAGTTCGTAGA CTGTGTTCTTTGGAAATTTGAGCATCTACTTGATGTAAGCTGGGTTATGT CCCTCACAAGTAAATTCGATGATGGTGCTCCTCTGGGGGGTCTCCTAAAT CGTAAATACTTGTTTTGAATTAAAAGKTGACCCAACCAACTTAAATCTAA GGCTCAACCTCTCACTTTAAAATTTAAAYAACCRNNGTTGAATGCTTTGC TTATTGTTCAAGATGTAGTCCGGATTTATCAGAACGACTCTGTATATTAC GGTGTGGATCATTTTTTGGGGCTAAGCCTTATCCCAAATAATGGAAGCTA GCACTGCCCTGCTTCATTTTATTTGATTTTCGATCAATATATCAACGAGC CAAATATATGCAGTTTGATAATTAATAATCTCTATTCTATCGAATGTTGC TAATCATTATTGTAAGACAATATTATATATTTAGATATTATGTAAAGTTA AACTAACATTTATATATCACTTTCTAACGCCTATTGTATTTCACAACCTT ATCTCTGATAAGAAACAGAAAAAAACTGTTGATAGTGGTTAGCCAATTCT TCGCAACTATGGAACTATTATGTAATAATTATTGGGAATTGTTCACAGTA GCTTAACAAGAGCTCATTCGAATCCAAATTCTAGACACATGGAATAGCTT AGCTTATTTTTCTTCATTTCCTCTCTTGGAGGAATGGAGTAAAAAAGGAC GTTGACTCTTTTTTTCCTTTTTTTAAACCATTTACTCCTTTAATATTCCC CTCATGTGGGAATAAAAAGTCTGAATGATTATTACAGGTCTCAAGAATTC CATGAGTGAGTTAAGGCCTTTATATTTGTATATATAAAGTATTTTAATAA CTTAAAACCCTTGTGAACCCTATCAGTAGAATCAACCATTTTTGAAAATT TAATTTCCTTTCCTTCCGGAATTCTATTGNAATTTAATAGGTATGGATTT ATAATTTAATATTTGAACTGGTTTTTTTTTGTAAACAGCTGGGGGATTTT GATTTTTCTCTCTAAAAAACCTTTATTTTTTGAGAATATGTAGATATCGA TTTCTGAAATTTTTTTCCAAAAACTTTAATTTTTTGAAAAACACTGTAGA TTTTAATTTTTTTTGAGAAAAGAAATGGATTTTTCAAAAAAAAAATCAAA TTTTTTAAAATCCCAAATGGAATCCTTCGGACGCCCCTGTCATTGAATCT AAAAAAAGATGTGTGCTGGTAAGGGGGTACTTTCGTTAAAGAAATATTTT ACAAGTGGAACATGAATCAAAAAAAGTTGAAACCCAATACATTAGGGCTC CGAAAGGTTATCAAGTTCATTAAAAAATGTATTTTTTATGTTAGACCTAA ATATTCGGGCACAATTAGCTACACCCTCTCCCCTCAAAAATTACAGCTAA GAGTGGCTCTACAGTTATGAAAAGGTTAGGAATAACTGGTTCAGAGACTA AACACTTGCATAAAATCACAGACATTGGCCACACCAGTTATCAGTATAAC AAAAACCTACAAATTAAAACTTTTATATCACAATGCAAGATTTACAATTC GCAAAATGATCTAGAGAAAAATTATAGGATATCTCAAAATCTTGGCAGAT AAATTATATAATTCTCTAGATAATAGTATCTTTTGTATTGTATGTATCAG GATAGATATGACATTGTTTGAGATTCAACCCTGGTTTCACTGCCAAAATT GGGAAAATATCAAGTATCATATCCTTATAAGTAATACATGTTTATCCTAA ACCAAAATTTTATTTAAACTTCAAATCTGAAATCAAAATTACAAAATATG CAATGGTTTTTTCGATATAGTCATTTATGTAAAGGTATGTCTGATCTAAC GGAGCATTTTCAAGTTCTACAAAGGAATACATTAGTCAAATTCCTCTGGT TTTTAGAGGCTGMAGTTATTCTGTGATAAATTGGACCTTGATTTAGTCAA TATCAAGTAGCTCCTGTTCATATGATTGCACACTATCACGCGTTCCGAAA TATGGATATTTTGCTCAAAATACAGTTTCTGTTGCTTCGTTAAAAAAAAA TCCAGAAGTATTAAGTAGTTTGACTCAAATTGGGTATCATTTTCATAAAG TAGTATATACTGGGCATAATCGATTAACTTTTCACGAATATTGTTCTTTC TATATTTTGGTTGAGGCTTCGTGTAATGTAAAATTTTGCATAAAATTTTA AATTCGTAAATCGGGGGGGGGGGGGGATCGGCGGAAATATTAGTCGGTAG GAAAAAAATAAAAACACCAGCCTAAAATCACAATTCCCAATTCCTATTTC AGGTACAGACGATCAAATTTTCAAGTATCTAGCTCCAAACGTTTTTGTGT ACCATGCATTTTAATGGCCGCCGGTATTTTTTTCACAGGTCCATAAAATT AGGGAGTAGGTCTCGTATTATTATTTTTTTTTAATGTTCCTGTAAAAAAA AGAAAAAGAAGTATAAATTAGGTAGCAATTTATAGCTTATTAAATTTCCA ATAAATTGATATGTAAATCAATCCTGTAGTCCTTTCTTATCAGTAGATAT GGCTACCTATAGCCAGGAATTGATCTAAAATGGTGATTTTTTTATTCCGT TTGTCAATATTTTTTAAACTGACATTGCACAAAAGTTATGAAAGAAACAA CTGAACAAATAGTTTTATTTTAAAGTCCTGGCCACTATCTATCATTTTAA CATGAATAATGGTWTTTTAAATGTACATTMTAGATTRTCTAGGTCTACTT AATTTTTTTTTTTTTTTTTTTTTTTTGAGAAACTTGATCACAAATTCAAA TTTCTTGGCTAAACAACACAAAATACAGGATTAGAAACTTTAAAAAACCA TAAGCTACATACATTTGTGACCTAGAAAAAACTTATTNACTTTTGGCAGT GAAACGGGGGTCAAATCTTCAAACCATGTCATATACATACCTATATATAT GTTATGGGAAGGAATAAAGTTATATATAGAATGGCCAAAGTGACTATGCT TACATTTTTATGTGATTACTTTATTATTTTATAATTAATCAATAAAAGTA GGTGTTCTTTTTTTTTTTCTCCTCGTAAAATCGGTATTGGCTCAAAAAAA AAAATCATCAATTTTCATACTTAATAATATATATATATATCCTTCCAGTA TGTNCTTTTGTAATATTCCCCCCCCCCCCCCCTTATTATTAAAGAAGAAT ACATGATTAGGTTAAAATGTCCTCACCACATGCAAATTCATGTACAACAT TGTTAAAAAAAACCTTCTGAGTTCGTTATATATAATATAATGATGTAAGT TTAAAAAGGATTAAAAATCATTTGCTTGGATGTATATAAAATTGCCGGAG TGAAAAATAAAGAACCGACTTTAATTTAACAATTTATCTATTTTATTTTA CAACGACTCTTACTTCAAGGGAAGGATTTTGATGCATTTTATTTTATTTT TTCATTATTATAATAAATGAGTATATGATTACGCATTTTAAGGAAGTATA CAAGTTATAAAAATGTATGCCAATGTTCTTATATTTAGTCACTTTAAAAG CTAAGCATGCTCTTATCATGTAAGAAGTGTATGGTTTTTTAATACAAATT TTCATTCTACCTATATAGTTCAATGGGTCGATACAAAAAGACTTACTGGA AGGATGTCAAAGTGGGGGACATTGTTCATTTGTCATGCAATGAACAGATC CCAGCAGATATTCTCCTTCTCCGCTCCTCTGATGAGTATGGCCTCTGCTA TATTGATACTCAGAATCTGGATGGGGAAACTAATCTTAAGCAAAGAGAGG TTCCTCGTGGATTCAAGGAACAAGTGAGTTATTTAATACTTATGTAGATA CTGGGGACGAATAGGGATATCAGAATGTCGGTAAAATATCGATATTGTAA ATGATACGAGATGGGATGTCAATAGATATACGAGGGTGCTATGAAAAGTG TCCGACCTCAACGTGAAGATGGTGGCATTACACGTAAATAAAAGCGAGTC ATATCTATATAGCATCTGTTGAGAGTTACTCACCAAAGTTTCAGCCATTT TGTAACAGTCGTTTGATGTGAGTGTTACAGATGGGGTAGGTTACAGAGAT GGGAGTATCGCTGGGCAAGGAGACTATGTTTTTAAAAAAATCAGATTTTT TTAAAAACATAGTTATTTACATCTTCTTTTTAAACTATTGAAAGTTACTA TATACTCAACCTTTGATCAATAAAATAGTATACAACTTTTCCTATTTTCA CATTAAAATACTCCTAATTTCTTTTTAATATCCACTGGAGTATGTTTTCC CGGCGTTGCCCGGTACATAAAGAAATTGAAAATAATTCTGAACTCTTCTG CTTCATATAAAACAAAAAATCAAAACTGTAAAATTCTAACAATCATTTTC ACTCCATGTTGGTTTGTATCTTTGCACACTTTTTTTAAAGGAGATTGATT ATAAGGTTACGGGCATAAAAAATATTTAAGTTAAACGGTCAGAATTTTAC GGTCTTTATTTTTTTATGTTATATGAAGTAGTCGTTTGTTAGTGAAAAAA TTGATTTTAAGGAAATACTATTACAGTGCCACATTGACATAAAGGCAATA AACATGCAAAATTTCAGCAAAATCCATTCATTTAGTTTGGGTGTTATTCC CGGACACTCACATTTAATATATTTTAATATCGATAGAATAATTGTCGATA TTTTCACTAACCTCCCTAGTATGTACCTTAATGTTAATAGTGTTGTTCTC GATTTAATTTTTCCTTTGTCTCTCAGAGACTTTCTTTTCAGCCTCAAGAG TTCAGGAGTACAATTGAATGTGATATGCCCACGACTAAAATCTATCGTTT TCATGGATCCATACTCCATCCCTGGGGTGAGAGAATCCCTGTGGGAAAGG ATAATCTTTTACTTCGAGAGTGCATACTTAAAAACACAGACTATGTCGAG GGGATCGTGGTGTATGCTGGACATGAGTCGAAAGTGATGCTCAACAATGG TGGTCCCCGATATAAACGGAGTGAATTGGAGCGTAAAATGAATTTAGAAG TTATTTGGTGTGTTTTCATTCTCTTAGTGCTGTGTTTCATCGGAGCTGTT GGCTCAGGGATTTGGCTGGRTTATTTTAATGATAACTATGCCCCCTTTTT AAATGTTCTCTCACAAGGGGACTCCAATCCTCCTTTTGAGGGATTTCTTA CATTTTGGACTTTTGTGATTATACTTCAAGTCATAATACCCATGTCACTC TACGTTACGATTGAAATGGCTAAACTTTTACAGGTTTATCTAATTCACAA GGATGAAAAAATGTACGATAAACTATGTGGAAAGCGGGTGGAATGTAGAG CATTAAACATTCCTGAGGAGTTGGGAATGGTAAGATGAGTACACATACAT AAATTGATAAAAAACATAAACATATCTATAATGTAAATTGATTATGTCTT GCTTCCAGGTTCAATACATTTTCTGTGATAAAACTGGAACCTTGACGGAC AACAAAATGATATTTAAAAATTGTACCATCAGAGGTGTAGACTTTTCTCA TAACTCCTCTATGGACAAAAATGGTACATCAGGACGTGCTGTGATCCCTG TGAATCCTCTTCTTCATCAAAGGCTTGTTTCMCCTTCGCCACCAGAACCA GACTTACTCATAAATCAATCCCCAAATGTATCGCCGAAAGAATGTCACCA AAATCACATCGAAGACTTTTTTACCCTGCTTTCAGTTTGTAACACGGTGA TTGTAGCCAAATATCCTCATAGAGATGCCATGAATGTCTCAGGACTCATT GTGCATTCCAATTCCATGGTCTCTGTGGATAATCATTCTATGCTTAGTTG CATTGATGAAAACGCCGATGAAAAGTCAAATGCGGGCTTATCGACAAGAA GTCCTTCACCACCCCTTAGTTTTATTTCTACGAGCTCCACTGAACCGTTA AAGCCCAATTCTTCCTCCATGGCCATTCCTATGACCAAATTAGGTTCTAC TCCAGTGTCTACTCGACCTCCTGTTACTAAAAGTCGTTTGCTACATCTTC TTCCCATGTCACCAAAACCCCTGTCTCCTATAGCATCCTCACCGGAAACA AGTCCTTTGTCTTCCCCTGTTTCCAGTAGGCGACCGAAGCATCTACAACT CCCCAGTTTATTTGCTAAATTGAAATCCAGGAGCAACTCCTCGCTCTCTA AATTACAAATTGTTTCCACTTCGCCGACACCCACGGAGATTCGCCCCATT TATGAGGCCGAATCTCCAGACGAATTAGCCTTAGTGGATGCTGCATTTGC TTACAACTGTAAATTACTCAAAAGAACCTCTAATTGTGCCATGATTTCCC TTCCAAGTATGTTGTMTTTAATTAATCAAATGTATCCGATTAATAAACAT AATGTTTTTCCCCCCTTTAATAGATGAAGGACTAGTCGAATTTGAAGTAC TTCATGTTTTACCTTTTGATTCAAATCGGAAAAGAATGTCCGTTGTTTTG CGACACCCCATTACTTTGCAAAAAATCCTTTACTGCAAAGGGGCTGACGC TTCCATGTTACCTCGAGTCATTGTAGATAATGAAGAAGAAAAGGCTGTGC TCTTAAAGACGCAAACTCAATTGGATAACTATGCTAAAATTGGACTTCGA GTTCTTGTTATGGCTAAAAAAATTCTAACGGAGACTGAGTATGATGCATG GGTTAAAGAACATCTTAATGCCGAAAACTCAATGGTCAAAAGGGAAAAAC TTTTAGCAGAATCTTACAATAGGATTGAAAATAGCTTTCAGCTCATTGGA GCCACTGGGATTGAGGATCGACTCCAAGACGGAGTTCCTGAAACCATTGC CAAGTTACGTCAGGCTGGAATTGTTGTATGGGTGCTCACAGGTGATAAGC AGGAGACTGCAATCAACATTGCTTACTCCTGTCAATTATTTCCTTCCAAT GTGGAAATATTAACTGTGAATGCTCGGTCCAAAGATGCTACGGAAACAAC AATTAAATACCATCTAGATGCCATTATGAATGGTGATACTAAAGCAGATA GATCCCTAGTGATTGATGGAAAAACTCTCGTCTATATATTAGATAAGAGA ACAAATCTTCAAAAGCCATTCCTGGAATTAACTTCATACTGTGCTAGTGT GCTCTGTTGTAGAGCAACCCCTTTACAAAAAGCATTTATCGTGAGAATAG TCAAGGAGCAACTTCATATGAAAACTCTTGCAATTGGAGATGGAGCCAAT GATGTATCAATGATTCAAACTGCAGATATTGGTGTAGGGATTTCTGGTMA AGAAGGAATGCAAGCCGTGATGGCGTCGGACTTTGCTATCTCTAGATTTA AGTATTTAGAGAGACTTCTTCTTGTTCATGGTCATTGGAATTATGATAGA CTCTCGAGAATGATTCATTATTTCTTTTATAAAAATGCGGTAGGTGGAGG GAAATGGACAATTCCTTTCTAATCCTTATAACACTCCTTCTTCTTTCAGA CATTTGTGTTTGTATGCTTTTGGTATCAATTATTTTGTGGATTCTCGGGT CAGGTCATGATTGATGCCATGTATCTCATGTTATATAATCTTATTTTTAC TTCACTTCCACCTTTAGCAATCGGTAAGACACTCTGAGAATCTGTATGTC CATTGATTTATTTTAATTTTATTTTCACTGCTTTATTTAGGAGTATACGA TCAGGATGCCCCAGATTATATTTTACAAAATATGCCTAGGCTTTATGAAA GAGGGCGTTTGGGTCAGATATATAAGCCATATTCTTTTTGGATCTCCATG GCCGATGCATTATATCAATCCATTGTCATATTTTTTACTGCATACGGCTG STATAATGATACGGATATAGGTTTATGGGAGTTTGGAACAATTATTTGTA CGAGTTGTTTATTTGTCATGACTTTTCATCTTGCCGTCGAAACTAATTCT TGGGTAATGTTTAGCTAATCAATGTACTAACGTTCATGTATAAACCGCCT AAGCGAGTATTATTAAACTAATCATATATCTTTTTGTAATTTTAGACAAT CATTCATTGGATATCATTGATCGTTTCCATTTTTTCATATTTCGTTTTTG CCTTACTCTATTCGGGAGTATGTGTGAACTGTTTTGGGCTTCAAGTACCT TATTGGGTGATGCAGCATGCTATGGGAACAATTCAGTTCTGGTTTATTTT AATTTATACATCCGTTGTAGCTGTTTTCCCTAGGTATTGAAAAACTAAAT ATCCATAATTGTATTTTACACATTTCTCTATCCGTAGGACGTGTATCAAA GCCCTCATTAACACATGCCGTCCCAATTCAGTCACTGAAGTTTTACTCTC AAGACAATCGAACGAAGAGAACAAAGAGGAGGACTCTCTCTTTTCAGCCT CATCCGTTTTAAGGTAGGCTAAGGCAATAATTTTTCTTATTCACGTAGGC ATTGATGACAGTTGTACATAATATGTAATATATATTATGTGTCTACTTGT TATTGGGCCAGGAGTTAATTAAAAAGGGATAATATTTCATTTTTCAAATA CATCTATCTTATCTACCTATCTATATGTATGTGGCCATTTCGCAGGATCA TGGATGATGATCAGGACATACGATTAACCTCTTACCGAGAATTATACAAG AATCGAGTGGCTCCTCTAATTTGTCCGGCTCATGATAATCCAGCCTATTT AGACTCTCAAGAATAATGAACTCTTTTCCCATTGATTAAAAGTACAATTT TGAAACCTGAATAGTTTTAATTTTTCCCTTTTTTGTAACTTGTGTGAGTT ATTTTAAATTCTCTTTACCTAATTTTTTTCTTATATTATGTTTGGCTTTC AAATTTAAAATCAAAAATGATTGAATAACAAGTCATAATTTACATAGACT TTCTTAACAAAGGCAATGGTCCTTTTGCAATAATTACCGACAGATGGGCT ATTGAAATTGGAAATATATACCTATATTCATACTTAATAATATGTAGATA AAGATCAAGCCTGTCACGATAACACATTTTTCTGTGCGATTAATTACCTT AGAAATTATTGCAATAAGCGATAATAATCCCGTTTTGACACCATTTTCAA ATTATATAATGCCCTTTCAAAGATCAATAAACTTTTTTTTTAAGGAACAC TGGAACTGGACATCTAAAAGGCATTTAAAATATCCATAATTTATTAACAA AACATCCAAAAACAATAAATAAAATTATTTGAACCAAAAATGCTCTTGTA TAAAAACCAAACACAACCAAAAACAATCAGTAAAACATTAAATAAAAAGG ATGTAATCCAGATTGCACTTCAACAAATAATAAGCATTAGGCTCAGACAT ACAGGCAAGACTGTCAATCATGACATTTATACAAAAAAAAGTGCAAACTA ACAATAAAAAACATGACTGAAAGTCGATGCCTCAACAGGTAAATTTGCAA ATCTGTAGCTTCCTTAGTTTTGTAGATTCCGAGCCCGAAAATTACCAACC AACACTAGATTAAATTTTTTTGATATCCAGTTACATTGAAGCGTGTGGAT GTAATTTATGGCAGCCGGCAAAAAGTTATCATTCATTTTCATTTATCGTA CAATTAATTGATTTATTGCATATCGTGACAGGCCTAATAAAGATTTTCAA TTATGTATCCCTCCTGTCTCTAATGATTATATAATTTTTTCGTGTGTGGA TATTTTCTTGATTTTGGGGAGGAGGGGGAATGAGTCTTAAAAAATCCTCT CCTCTTTCCCTACTCAAACTAATTCGGTTTTTGTTTTATTTCTCCACTGA TTTTATTGAGCATTACTTAAAGATAATATACTAACGTGGAGTAGGGGCTT GCAAAAAGATTGTAACTTCCTTAAATTATGCGCTTATGAGTGACAACGGC ATTTAATAGTTAAAGAAAAAATATTGCTTATTAATTTGCTTCTTTTTTTA ATGTCAAATGATGTATTTATTTTTTTTTTTACAAGAATCCCCTAAATAAT GCACAAGTTTGCCTCACAGTCATTGATTGAATTCCCCTTACACTCTGCAC TTCCCTTCGTGATCATTGATGATAAATACCTATAATAATAATATTTAAGT AGGAGTTGTGTGCTGTTTTTATCTAATCAAAAAGGGTAAAGGACATTTGA TACAGGAATAAAATCATATGTAGATCATAACCCACGACTAATATATATTT TTTTAAATATACAAAAAAAGATATCTAATTTTTTTTCTTATTTTTGTTTG TTTTTTAGATCGAACTTTCTTAGAGGTCAATGTGGATCATCGACTGAAAT GACAGAGGTCCTCTCCTGA
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