GH10952, snap_masked-scaffold96_size378025-processed-gene-2.3 (gene) Tigriopus kingsejongensis
|
Overview
Associated RNAi Experiments
Nothing found Homology
BLAST of GH10952 vs. L. salmonis genes
Match: EMLSAG00000001685 (supercontig:LSalAtl2s:LSalAtl2s128:887453:919471:-1 gene:EMLSAG00000001685 transcript:EMLSAT00000001685 description:"maker-LSalAtl2s128-augustus-gene-9.16") HSP 1 Score: 1756.5 bits (4548), Expect = 0.000e+0 Identity = 881/1461 (60.30%), Postives = 1085/1461 (74.26%), Query Frame = 0
Query: 83 TVSNPGSAQVSRSSSPAHPGRGQHQRSASHGGRQPLPGLP-PSVLKKPAQRGHRRVFSHGQIP--YNAEAMEGTPDHVKGHKRSGSKTEFILPPGHEERERKRSASSTNPPVLQRTGSYKAGGAAPLPRPGSSFHRRQASRTDSLAFSFRGHSRQASRTDSIYTLRQTTTNTRRKIFCFRKKTLLDTEPKHRTVKPNHCIPADAKLVDHPNHRYLGNHVSTTKYTILSFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLAVTAIKDIFEDRRRYVSDKRVNNLTCRVYNGALSRYTKCLWKDLKVGDVVHLSCDELIPADILVLRSSDEHGTCYIDTQNLDGEANLKQREVPRGFVEKQSVFKPGDFRSTLECDMPTTKIYRFHGSIIHPWGERVPVGKDNLLLRECVLKNTNFVEGLVVYAGHESKAMLNNGGPRYKRSKLERQMNLEVIWCVVILVLMCFVGAVGSGIWLGSF-DSYVPFLNTLSLSETNPAFEGFLTFWTFVIILQVIIPLSLYVTIEMTKLAQVYLMHQDLQMYDKAKDKPIECRALNIPEELGQVQYIFCDKTGTLTENNMVFKRCTIGGVDYGHQVANSSSKVPGGTGRQSFPLPNQVLQEQLAS---IDIEQLIEKRDRKYGLHPEAHSVQDFFLHLAICNTVIVAKHPHHDNMNESGVVALTGNTASHARLDHPPPTRLAKAQLDEVSEES-HLSSPSPPPSFMSTTSSTAPLRPDPSLT----------------PKRPNRLFDYF-ATAKPLSPIAASPETTPTESPFP--RPKYLQLPNILHPISKLVSHGSIASLSRNNSRSATPTQSVGQDIKPIYEAESPDELALVDAAFAYNCRLIKRTPGQVVVSLPGEGIVDFEVLHVLPFDSVRKRMSVIIRHPQSKEIILFCKGADSAIFTAMAEDGEDN--VLEKTKEELEAYAKLGLRVLVMAKRVLHEAEYNEWTRKHCDAENSLQMRDRLLFESYNRIETNLYLVGSTGIEDRLQEGVPESIANLRRAGIVVWVLTGDKQETAINIAYSCHLFSTNMDIIKLNAKSRDGAEAIIRRNLDSLKVEQDTSPLPDARDRALVVDGKTLIYILDKRAKLQESFLQLTSFCSSVLCCRATPLQKAYIVRIVKEELKMHTLAIGDGANDVSMIQTADVGVGISGQEGMQAVMASDFAISKFKYLERLILVHGHWNYDRIARMVLYFFYKNAAFVFVCFWFQLYCGFSGAVMIDQMYLMLYNLLFTSLPPTIMGIFDQDAPDPILIARPDLYRQGRLGTVYKPYSFWINMTDSLYQSLVIYYVAHWAYSDSSVDIWEFGTVICTECLFVQTLHLAIETKSWTIMHWMSIILSVLMYFGFALFYNGICVSCFGNSSQYWVIQHSMGTADFWVICLLASVLALLPRIFCRAVQNSLFPSDVIRAVMAQGTLLATRPHSSLDS 1514
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 SPSPP SF+S TSST PL+P+ S P +RL + KPLSPIA+SPET+P SP RPK+LQLP++ +KL 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: 545 TLSAPCSAPYTITTTATGAARNGHIRSASHGGSSIYHATPRPSVLKK---HGHRRVFSHGQITVGFNQKELDGQP--MKGHKRTNSKTEFILPPGHDDRERKRTS-------LTRSGSAK-------------HHKRQASRTXSLGFSFKGXSRXASR-EXGGGGGQDEVN----------------EVKQRVVVPDHVIPVDVPEHEHPNHKYTKNKIRTTKYTLLWFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLGFTAIKDLFEDRRRYQSDKRINNSTCRVYKSSMGRYKKTYWKDVKVGDIVHLSCNEQIPADILLLRSSDEYGLCYIDTQNLDGETNLKQREVPRGFKEQRLSFQPQEFRSTIECDMPTTKIYRFHGSILHPWGERIPVGKDNLLLRECILKNTDYVEGIVVYAGHESKVMLNNGGPRYKRSELERKMNLEVIWCVFILLVLCFIGAVGSGIWLXYFNDNYAPFLNVLSQGDSNPPFEGFLTFWTFVIILQVIIPMSLYVTIEMAKLLQVYLIHKDEKMYDKLCGKRVECRALNIPEELGMVQYIFCDKTGTLTDNKMIFKNCTIRGVDFSH---NSSMDKNGTSGRAVIPV-NPLLHQRLVSPSPPEPDLLINQSPNVSPKECHQNHIEDFFTLLSVCNTVIVAKYPHRDAMNVSGLIV---HSNSMVSVDNHSMLSCIDENADEKSNAGLSTRSPSPPLSFIS-TSSTEPLKPNSSSMAIPMTKLGSTPVSTRPPVTKSRLLHLLPMSPKPLSPIASSPETSPLSSPVSSRRPKHLQLPSLF---AKLKSRSN-SSLSKLQIVSTSPTPT---EIRPIYEAESPDELALVDAAFAYNCKLLKRTSNCAMISLPNEGLVEFEVLHVLPFDSNRKRMSVVLRHPITLQKILYCKGADASMLPRVIVDNEEEKAVLLKTQTQLDNYAKIGLRVLVMAKKILTETEYDAWVKEHLNAENSMVKREKLLAESYNRIENSFQLIGATGIEDRLQDGVPETIAKLRQAGIVVWVLTGDKQETAINIAYSCQLFPSNVEILTVNARSKDATETTIKYHLDAI-MNGDTKA-----DRSLVIDGKTLVYILDKRTNLQKPFLELTSYCASVLCCRATPLQKAFIVRIVKEQLHMKTLAIGDGANDVSMIQTADIGVGISGXEGMQAVMASDFAISRFKYLERLLLVHGHWNYDRLSRMIHYFFYKNATFVFVCFWYQLFCGFSGQVMIDAMYLMLYNLIFTSLPPLAIGVYDQDAPDYILQNMPRLYERGRLGQIYKPYSFWISMADALYQSIVIFFTAYGXYNDTDIGLWEFGTIICTSCLFVMTFHLAVETNSWTIIHWISLIVSIFSYFVFALLYSGVCVNCFGLQVPYWVMQHAMGTIQFWFILIYTSVVAVFPRTCIKALINTCRPNSVTEVLLSRQSNEENKEEDSLFS 1942
BLAST of GH10952 vs. L. salmonis genes
Match: EMLSAG00000006285 (supercontig:LSalAtl2s:LSalAtl2s341:848805:863709:1 gene:EMLSAG00000006285 transcript:EMLSAT00000006285 description:"maker-LSalAtl2s341-augustus-gene-7.33") HSP 1 Score: 394.43 bits (1012), Expect = 2.098e-116 Identity = 218/592 (36.82%), Postives = 342/592 (57.77%), Query Frame = 0
Query: 909 YEAESPDELALVDAAFAYNCRLIKRTPGQVVVSLPGEGIVDFEVLHVLPFDSVRKRMSVIIRHPQSKEIILFCKGADSAIFTAMAEDGEDN-VLEKTKEELEAYAKLGLRVLVMAKRVLHEAEYNEWTRKHCDAENSLQMRDRLLFESYNRIETNLYLVGSTGIEDRLQEGVPESIANLRRAGIVVWVLTGDKQETAINIAYSCHLFSTNMDIIKLNAKSRDGAEAIIRRNLDSLKVEQDTSPLPDARDRALVVDGKTLIYILDKRAKLQESFLQLTSFCSSVLCCRATPLQKAYIVRIVKEELKMHTLAIGDGANDVSMIQTADVGVGISGQEGMQAVMASDFAISKFKYLERLILVHGHWNYDRIARMVLYFFYKNAAFVFVCFWFQLYCGFSGAVMIDQMYLMLYNLLFTSLPPTIMGIFDQDAPDPILIARPDLYRQGRLGTVYKPYSFWINMTDSLYQSLVIYYVAHWAYSDSSV-------DIWEFGTVICTECLFVQTLHLAIETKSWTIMHWMSIILSVLMYFGFALFYN-----GICVSCFGNSSQYWVIQHSMGTADFWVICLLASVLALLPRIFCRAVQNS 1487
Y A SPDE ALV A + + I R P VV+ I ++++L+ + F S RKRM++I+ P + L+ KGAD+ I + +D + LE T L+ +A+ GLR L + R L EY WT +A +L+ R+ + E+ +E +L+L+G+T IED+LQEGVPE+I L +A I VWVLTGDK ETAINI YSC L +M ++ + K+ D + + L ++ ++ + ALVV+GK+L + L++ ++ F++L C SV+CCR +P+QKA +V ++++ K LAIGDGANDV+MIQ ADVGVGISG EGMQA +SDF+I +FKYL+RL+LVHG WNY RI++++LY FYKN + WF + +SG V+ ++ + LYN+LFTS PP MG+FDQ +A P+LY + + + FW + +S++ S++IY+ AYS ++ D G ++ + + L +E SW + ++I S++++F F + Y+ GI ++ ++ +I + FW+ +L +A+L + Q +
Sbjct: 466 YHASSPDEKALVSGAARFGFKFIARKPESVVIETAYGEIEEYKILNCIDFTSTRKRMTLIVESPDGS-LTLYIKGADNVIIDRLGKDNASHKYLETTTSHLDVFAREGLRTLCIGMRKLDRNEYESWTDTWNEAATALEDREEKIDEAAAFVEKDLFLLGATAIEDKLQEGVPETIQMLLKANIKVWVLTGDKLETAINIGYSCKLLHHDMTLMVIETKTLDETRMDVTKFLADVR---RSAVAGNTGRHALVVEGKSLGFTLEE--SVRGDFVELCCACRSVICCRISPIQKAEMVEMIRKHTKSICLAIGDGANDVAMIQKADVGVGISGNEGMQAANSSDFSIGQFKYLQRLLLVHGAWNYTRISKVILYSFYKNICLYIIELWFAIDSYWSGQVLFERWTIGLYNILFTSAPPIAMGLFDQYFSARTRLAHPELYIETQRSEFFNHVVFWKWIFNSIFHSIIIYWYPMKAYSLGTIWRNGRTGDYLSIGNMVYSFVVITVCLKAGLEMDSWNVFTHIAIWGSIVIWFTFLVLYSFVWPLGIPLA----ANMAGMIXLIFTSRIFWLSLILVPSVAILLDFIIKVAQGT 1047 HSP 2 Score: 287.345 bits (734), Expect = 6.073e-80 Identity = 151/392 (38.52%), Postives = 231/392 (58.93%), Query Frame = 0
Query: 292 RYLGNHVSTTKYTILSFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLAVTAIKDIFEDRRRYVSDKRVNNLTCRVYNGALSRYTKCLWKDLKVGDVVHLSCDELIPADILVLRSSDEHGTCYIDTQNLDGEANLKQREVPRGFVEKQS-VFKPGDFRSTLECDMPTTKIYRFHGSI-IHPWGERVPVGKDNLLLRECVLKNTNFVEGLVVYAGHESKAMLNNGGPRYKRSKLERQMNLEVIWCVVILVLMCFVGAVGSGIWLGSFDSYVPFLNTLSLSETNPAFEGFLTFWTFVIILQVIIPLSLYVTIEMTKLAQVYLMHQDLQMYDKAKDKPIECRALNIPEELGQVQYIFCDKTGTLTENNMVFKRCTIGGVDY 681
+Y+ NH+ST KY++ SFLPK LFEQF R+AN++FL I ++ +P ++ G+ V+++P++ +L VTA+K+I ED +R+ D ++NN V + + WKD+ VGDV+ + + PAD+++L SS+ G CYI+T NLDGE NLK R P + + +F +EC+ P +Y F G+I I P P+ +LLR L NT ++ G VY GHESK + N+ KRS ++R N ++I+ +ILV + + S +L +P+L + F+ F TF+I+ +IP+SL VT+EM + Q Y ++ D +M+ + P + R N+ EELGQ++Y+F DKTGTLT N M+FKR TIGG Y
Sbjct: 28 KYMRNHISTAKYSLFSFLPKFLFEQFRRYANIFFLMIGIMQQIPNVSPTGRYVTIVPLLIILTVTALKEILEDFKRHREDDKLNNSPISVLDFLRKEWYVKRWKDIVVGDVLLVEDNHFFPADLVLLSSSEPQGMCYIETSNLDGETNLKIRSPPIETADFNTRELLCNEFHGVIECEAPNRNLYDFKGNIKIRPSDPFAPISPSAILLRGTKLMNTPWIFGAAVYTGHESKLLKNSTTAPLKRSTVDRITNYQIIFLFLILVFIALFSSTASS-FLTISGQALPYLG------GSDEHNFFMNFMTFIILYNNLIPISLQVTLEMVRFIQAYFINWDREMFYEPSQTPAKARTSNLNEELGQIKYLFSDKTGTLTRNEMIFKRLTIGGKKY 412
BLAST of GH10952 vs. L. salmonis genes
Match: EMLSAG00000012805 (supercontig:LSalAtl2s:LSalAtl2s975:43541:51448:1 gene:EMLSAG00000012805 transcript:EMLSAT00000012805 description:"augustus_masked-LSalAtl2s975-processed-gene-0.3") HSP 1 Score: 318.546 bits (815), Expect = 3.762e-91 Identity = 204/578 (35.29%), Postives = 321/578 (55.54%), Query Frame = 0
Query: 909 YEAESPDELALVDAAFAYNCRLI-----------KRTPGQVVVSLPGEGIVDFEVLHVLPFDSVRKRMSVIIRHPQSKEIILFCKGADSAIFTAMAEDGEDNVLEKTKEELEAYAKLGLRVLVMAKRVLHEAEYNEWTRKHCDAENSLQMRDRLLFESYNRIETNLYLVGSTGIEDRLQEGVPESIANLRRAGIVVWVLTGDKQETAINIAYSC-HLFSTNMDIIKLNAKSRDGAEAIIRRNLDSLKVEQDTSPLPDARDRALVVDGKTLIYILDKRAKLQESFLQLTSFCSSVLCCRATPLQKAYIVRIVKEELKM-HTLAIGDGANDVSMIQTADVGVGISGQEGMQAVMASDFAISKFKYLERLILVHGHWNYDRIARMVLYFFYKNAAFVFVCFWFQLYCGFSGAVMIDQMYLMLYNLLFTSLPPTIMGIFDQDAPDPILIARPDLYRQGRLGTVYKPYSFWINMTDSLYQSLVIYYVAHWAYSDSSVDIWEFGTVICTECLFVQTLHLAIETKSWTIMHWMSIILSVLMYFGFALFYNGICV--SCFGNSSQYWVIQHSMGTADFWVICLLAS 1471
YEA SPDE ALVD Y + + V+ P E + F+ + +L FDS RK MSVI++ + I L CKGA+S++ GE +E TKE ++ Y +GLR LV+ ++ L E+E +++ K +A SL R L + Y IE +L+++G+ IED+LQ+GV E++ L +AGI +W+LTGDK+ETA+NI+ SC H + M ++ L + ++AI D L + + D R+ LV+DGK + + + + E FL L C SV+CCR +PLQKA IV+++K + T +IGDG NDVSMIQ A VG GI G+EG AV +SDFA KF++L+R++LVHGHW Y R+A +V YFFYKN + + FS + + + L LYN++FTSLP + G+ +Q+ L+ RPDLY++ + +F I + ++ ++VI++ + D + FG I L V ++ L ++++ W + S+ +S+ + F ++ + + S +G + YW+ + +W I +L S
Sbjct: 367 YEASSPDEKALVDICRKYGTAFMGTFDTGDEQSEEEILQLVIKDRPKEQL--FKRMRILEFDSDRKCMSVIVQDEEGN-IRLICKGAESSVLPNCIS-GE---IEITKEHVDIYGTVGLRTLVVCEKQLTESELDQYLVKLKEASISLVNRSEKLKDVYREIEKDLHVLGAVAIEDKLQDGVKETLIRLGQAGIKIWILTGDKRETALNISQSCGHYXPSTMHLLDLCKEGSQVSDAIT----DYLY----KTRVGDDRN-CLVIDGKAVRSLFAFKDTI-EPFLNLALRCRSVICCRMSPLQKAEIVKLIKNSPESPITXSIGDGGNDVSMIQEAHVGFGIMGKEGRAAVRSSDFAFGKFRHLQRVLLVHGHWYYVRVAILVHYFFYKNVVGFTPQLIYAFFNNFSAQTLYNGVNLTLYNIVFTSLPIFVYGLIEQNISADDLLQRPDLYKKIANNALLDFKNFIIWFSAGVWHAIVIFFGFYLLCEDVDLSRVSFGLGIYQTSLIVVSVRLLVQSRYWNMYLIGSVFVSLAGFVIFTFIFHSLRIPSSFYGIVTDYWL---PVDRLTYWEIYILMS 924 HSP 2 Score: 167.548 bits (423), Expect = 4.288e-42 Identity = 121/392 (30.87%), Postives = 195/392 (49.74%), Query Frame = 0
Query: 358 IKDIFEDRRRYVSDKRVNNL-TCRVYNGALSRYTKCLWKDLKVGDVVHLSCDELIPADILVLRSSDEHGTCYIDTQNLDGEANLKQREVPRGFVEKQSVFKPGDFRSTLECDMPTTKIYRFHGSIIHPWGERVPVGKDNLLLRECVLKNTNFVEGLVVYAGHESKAMLNNGGPRYKRSKLERQMNLEVIWCVVILVLMCFVGAVGSGIWLGSFDSYVPFLNTLSLSETNPA------------FEGFLTFWTFVIILQVIIPLSLYVTIEMTKLAQVYLMHQDLQMYDKAKDKPIECRALNIPEELGQVQYIFCDKTGTLTENNMVFKRCTIGGVDYGHQVANSSSKVPGGTGRQSFPLPNQVLQEQLASIDIEQLIEKRDRKYGLHPEAHS 736
+K +ED +R+ +D +NN R+ +G + R ++VGDV+ + + PAD+++L SSD G YI T NLDGE NLK P+ + DF +EC+ P + + +F G I+ P + P+ ++NLLLR LK+T +V G VVY G ++K N+ K S +E +N +++ VV+L+ F+ ++ + F L L P ++ +F+++ ++P+SLYVT+E K + + D ++ D P C + ++ EELGQV+Y+F DKTGTLTEN M+FK C+I G+ + +++S + + S N LQ +E I D LH EA S
Sbjct: 2 MKQGYEDYKRHKNDSIINNXPVTRLKHGIVQRIPS---SKIEVGDVLQIHEGDDFPADLILLSSSDPRGRAYIMTANLDGETNLKTVLSPKPTQNLKKAEDLSDFSCRIECENPNSDLQKFVGRILVPGNTKEPLSQENLLLRGTSLKHTAYVFGCVVYTGQDTKMSKNSKMTPIKFSTVELSLNRYLLFFVVLLLAEVFLASI------------LRFTQGLDLELVGPVPWYLGPSVVVNIYQVIQDSLSFLVLFNYVVPISLYVTLEFQKFVGSFFLLWDEKLIDPDTGNPPICNSSDLNEELGQVEYLFSDKTGTLTENVMLFKECSIDGLRFAD---SATSLLSLNETKSSEKSINHFLQSLALCHTVEVSINDSD----LHYEASS 371
BLAST of GH10952 vs. L. salmonis genes
Match: EMLSAG00000007588 (supercontig:LSalAtl2s:LSalAtl2s438:539356:544479:1 gene:EMLSAG00000007588 transcript:EMLSAT00000007588 description:"maker-LSalAtl2s438-augustus-gene-5.3") HSP 1 Score: 258.84 bits (660), Expect = 5.869e-71 Identity = 191/626 (30.51%), Postives = 313/626 (50.00%), Query Frame = 0
Query: 832 NRLFDYFATAKPLS-PIAASPETTPTESPFPRPKYLQLPNILHPISKLVSHGSIASLSR----NNSRSATPTQSVGQDIKPIYEAESPDELALVDAAFAYNCRLIKRTPGQVVVSLPGEGIVDFEVLHVLPFDSVRKRMSVIIRHPQSKEIILFCKGADSAIFTAMAEDGEDNVLEKTKEELEAYAKLGLRVLVMAKRVLHEAEYNEWTRKHCDAENSLQMRDRLLFESYNRIETNLYLVGSTGIEDRLQEGVPESIANLRRAGIVVWVLTGDKQETAINIAYSCHLFSTNMDIIKLNAKSRDGAEAIIRRNLDSLKVEQDTSPLPDARDRALVVDGKTLIYILDKRAKLQESFLQLTSFCSSVLCCRATPLQKAYIVRIVKEELKMHTLAIGDGANDVSMIQTADVGVGISGQEGMQAVMASDFAISKFKYLERLILVHGHWNYDRIARMVLYFFYKNAAFVFVCFWFQLYCGFSGAVMIDQMYLMLYNLLFTSLPPTIMGIFDQDAPDPILIARPDLYRQ---GRLGTVYKPYSFWINMTDSLYQSLVIYYVAHWAYSDSSVDI--WEFGTVICTECLFVQTLHLAIETKSWT--IMHWMSIILSVLMYFGFALFYNGICVSCF 1445
N L +YF+ A PLS +P PT + R + L + L ++ + +N A Q D K Y+A SPDE+ALV LI R + + P I+ + +L++ PF S KRM +I++ ++EI + KGAD + + + + + +EE + A+ GLR LV+AK+ L ++ E+ +++ A+ S++ R + +E ++ L+ TG+ED+LQ+ V ++ LR AG+ +W+LTGDK ETA IA S L S N + + + AEA +++ + QDT+ LV+ G +L L+ + F+ L + C +V+CCR +P QKA +V ++++ AIGDG NDVSMIQ+A VGVGI G+EG QA +A F+I++F ++ RL+LVHG +Y R A + + ++ + F FS +V + Q +LM+ ++ P + D+D + + P+LY++ GR YK + W+ + S+YQ VI + A + D V + F +I TE + V L I T W + +MS I+ VL F++ + F
Sbjct: 434 NNLVNYFSNA-PLSLGDQGTPSANPTVAKATRIRRLAAVRSSEAVKALALCHNVTPVYNVDEISNRDDAEADQEKIFDGKVEYQASSPDEIALVQWTEKMGLTLIDRNLYSLKLKSPNNDIISYTILYIFPFTSESKRMGIILKDDGTEEITFYVKGADIVMSSIVQYN------DWLEEEXDNMAREGLRTLVVAKKTLSADQFQEFEQRYAAAKLSVENRSAQVTTVIESLERDMELLCVTGVEDKLQDNVRTTLELLRNAGMKIWMLTGDKLETASCIAKSSCLVSKNQGV-HIFKDVVNRAEA--HHEMNAFRRRQDTT---------LVIKGDSLEVCLEF---YEHEFMDLATACPAVVCCRCSPQQKAQVVHLIQQHTNKRAAAIGDGGNDVSMIQSASVGVGIVGKEGKQASLAXXFSITQFAHVARLLLVHGRNSYKRSAALSQFVIHRGLIITTMQAIFSAVFYFS-SVSLYQGFLMVGYATIYTMFPVFSLVLDKDVISSLCLRYPELYKELTKGR-SLTYKTFFIWVLI--SIYQGGVIMFGALLLFEDEFVHVVSISFTALILTELIMVA---LTISTWHWLXGLAEFMSXIIYVLSLVILKDFFDAEFIQTF 1030 HSP 2 Score: 176.792 bits (447), Expect = 6.053e-45 Identity = 130/435 (29.89%), Postives = 209/435 (48.05%), Query Frame = 0
Query: 296 NHVSTTKYTILSFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLAVTAIKDIFEDRRRYVSDKRVNNLTCRVYNGALSRYTKCLWK--------DLKVGDVVHLSCDELIPADILVLRSSDEHGTCYIDTQNLDGEANLKQR-EVPRGFVEK-QSVFKPGDFRSTLECDMPTTKIYRFHGSII-HPWGERVPVGKDNLLLRECVLKNTNFVEGLVVYAGHESKAMLNNGGPRYKRSKLERQMN-----LEVIWCVVILVLMCFVGAVGSGIWLGSFDSYVPFLNTLSLSETNPAFEGFLTFWTFVIILQVIIPLSLYVTIEMTKLAQVYLMHQDLQMYDKAKDKP-IECRALNIPEELGQVQYIFCDKTGTLTENNMVFKRCTIGGVDYG--------HQVANSSSKVPGGTGRQSFPLPN 705
N + KY I +F+P LF QF F N++FL + ++P + P+ FVL+VT I++ +D RRY D+ VN SRY+K + +KVGD++++ +PAD+++LR+S+ G+C++ T LDGE + K R VP + +K S K +++ + P I+ F G + H + + +N L ++ N + G+VVY+G E +A++NN PR K L+ ++N L + ++ LVLMC G G W + F+ FV++ +IP+SL V ++M K+ + + +D K+ P R+ IPEELG+V Y+ DKTGTLT+N M+FK+ +G Y + + N S P G Q P N
Sbjct: 69 NVIRNQKYNIFTFIPVVLFNQFKFFLNMFFLVMACSQFIPELRIGYLYTYWGPLGFVLSVTLIREGIDDFRRYQRDREVNG----------SRYSKLTLRGRVSVTSSQIKVGDIIYVEKGSRVPADMVLLRTSEHTGSCFVRTDQLDGETDWKLRLSVP--YTQKLDSDDKILQLEASIYAEKPQKDIHSFIGKLTCHNTNQEDSLNIENTLWANTIVANGTAI-GIVVYSGPECRAIMNNSFPRSKVGLLDLELNQITKVLFMAXIILSLVLMCLKGF--DGPW-------------------------YFYFFRFVLLFSYLIPISLRVNLDMGKIYYSWNIQKD-------KEIPGTVARSTTIPEELGRVSYLLTDKTGTLTQNVMIFKKLHLGPAAYSNDTFDEVKNNLVNYFSNAPLSLGDQGTPSAN 456
BLAST of GH10952 vs. L. salmonis genes
Match: EMLSAG00000008294 (supercontig:LSalAtl2s:LSalAtl2s501:4024:96935:1 gene:EMLSAG00000008294 transcript:EMLSAT00000008294 description:"maker-LSalAtl2s501-augustus-gene-1.9") HSP 1 Score: 210.305 bits (534), Expect = 4.832e-57 Identity = 133/362 (36.74%), Postives = 203/362 (56.08%), Query Frame = 0
Query: 909 YEAESPDELALVDAAFAYNCRLIKRTPGQVVVSLPGEGIVDF---------EVLHVLPFDSVRKRMSVIIRHPQSKEIILFCKGADSAIFTAMAEDGEDNVLEKTKEELEAYAKLGLRVLVMAKRVLHEAEYNEWTRKHCDAENSLQMRDRLLFESYNRIETNLYLVGSTGIEDRLQEGVPESIANLRRAGIVVWVLTGDKQETAINIAYSCHLFSTNM--DIIKLNAKSRDGAEAIIRRNLDSLKVEQDTSPLPDARDRALVVDG--KTLIYILDKRAKLQESFLQLTS----------------------FCSSVLCC-RATPLQKAYIVRIVKEELKMHTLAIGDGANDVSMIQTADVG 1234
Y+A+SPDE ALV AA + +R+P + + G V F E+L +L F++VRKRMSVI++ ++ +I L+CKGAD+ I +A D ED + KT++ L+ +A GLR LV+ + L E+++ +W H +A SL+ R+ L Y++IE NL L+G+T IED+LQ+GV ++I+NL AGI +WVLTGDKQETAINI YSC L ++ + ++ ++ + + + + +++ + S + + DG + I +L S + + F + C R TPLQKA +V +VK+ K TLAIGDGANDVSMI+TA +G
Sbjct: 93 YQAQSPDENALVSAARNFGFVFTQRSPRSITILSNGICFVCFILNAQSEVYELLCILDFNNVRKRMSVILK--RNDKIRLYCKGADTVILQRLAGDQED-LKSKTQDHLDKFASEGLRTLVVGYKDLTESQFEDWKHAHHEAAISLEDREEKLDNVYDQIENNLKLLGATAIEDKLQDGVAQTISNLNLAGIKIWVLTGDKQETAINIGYSCQLLRDDLYEEPYIIDGQTFEAVQTQLLQIRNNIMSSMNGSVNGAEKQHEFIKDGNHRDSISMLTFSDSSFFSDDERNNVYYDKPRPHFPHDGNKSPISVVFNPEAVICCRVTPLQKAQVVELVKKYKKAVTLAIGDGANDVSMIKTAHIG 451 HSP 2 Score: 69.3218 bits (168), Expect = 5.326e-12 Identity = 29/53 (54.72%), Postives = 36/53 (67.92%), Query Frame = 0
Query: 630 MYDKAKDKPIECRALNIPEELGQVQYIFCDKTGTLTENNMVFKRCTIGGVDYG 682
MYD D P + R + EELGQ++YIF DKTGTLT+N M F +C+I G YG
Sbjct: 1 MYDNKSDTPAKARTTTLNEELGQIEYIFSDKTGTLTQNIMTFNKCSINGKAYG 53 HSP 3 Score: 67.3958 bits (163), Expect = 2.560e-11 Identity = 41/142 (28.87%), Postives = 72/142 (50.70%), Query Frame = 0
Query: 1304 AVMIDQMYLMLYNLLFTSLPPTIMGIFDQDAPDPILIARPDLYRQGRLGTVYKPYSFWINMTDSLYQSLVIYYVAHWAYSDSSV-------DIWEFGTVICTECLFVQTLHLAIETKSWTIMHWMSIILSVLMYFGFALFYN 1438
++D M++ +YNL +TS P +G+FDQD D + P LY G T++ F+ + S ++++ ++ AY + D FG+V+ T + V T +A++T WTI + ++I S++ YF YN
Sbjct: 451 GTLLDPMFIAVYNLFYTSQPVLALGVFDQDVSDASSLKYPKLYTPGLNSTLFNKREFFKSALHGFLTSCILFFCSYGAYHNKITSEGLTLSDHMLFGSVVSTILVVVVTAQIALDTSYWTIFNHITIWGSLIFYFLLQYSYN 592
BLAST of GH10952 vs. L. salmonis genes
Match: EMLSAG00000008751 (supercontig:LSalAtl2s:LSalAtl2s543:205452:220643:-1 gene:EMLSAG00000008751 transcript:EMLSAT00000008751 description:"augustus_masked-LSalAtl2s543-processed-gene-1.12") HSP 1 Score: 148.673 bits (374), Expect = 5.891e-37 Identity = 92/273 (33.70%), Postives = 138/273 (50.55%), Query Frame = 0
Query: 1215 TLAIGDGANDVSMIQTADVGVGISGQEGMQAVMASDFAISKFKYLERLILVHGHWNYDRIARMVLYFFYKNAAFVFVCFWFQLYCGFSGAVMIDQMYLMLYNLLFTSLPPTIMGIFDQDAPDPILIARPDLYRQGRLGTVYKPYSFWINMTDSLYQSLVIYY--VAHWAYSDSS--VDIWEFGTVICTECLFVQTLHLAIETKSWTIMHWMSIILSVLMYFGFALFYNGICVSCFGNSSQYWVIQHSMGTADFWVICLLASVLALLPRIFCRA 1483
T AIGDG ND+SMIQ A VG GI G EG A A+DFA SKFK+L R +LVHG+W YDR+A +V Y FYKN F F Y FS + +L +N ++TS+P I G+F++ + L P +Y++ K L+Q++VI++ + W +S D++ GTVI + V + + K + +SI+LS+ Y + F S+++ V + + W I +L + LLP+ F R+
Sbjct: 12 TAAIGDGGNDISMIQEAHVGFGIIGLEGKGAARAADFAFSKFKFLRRTLLVHGYWFYDRVAYVVQYSFYKNIVCFFCQFLIAFYSNFSATSLYSGTFLTCFNTIYTSVPVLIFGLFERRESEETLWNNPGIYQRNVGNKQLKAVKLVSWFCLGLWQAVVIFFGWLLAWPTMNSIGLGDLFCMGTVIGESTILVTNYQILFDAKYFDPKLVLSIVLSLFGYGIVTFVLQKGFIPFFEESNEFGVYELLFLSLPKWAISILLVLSCLLPKFFVRS 284
BLAST of GH10952 vs. L. salmonis genes
Match: EMLSAG00000008752 (supercontig:LSalAtl2s:LSalAtl2s543:220738:223715:-1 gene:EMLSAG00000008752 transcript:EMLSAT00000008752 description:"maker-LSalAtl2s543-augustus-gene-1.69") HSP 1 Score: 140.198 bits (352), Expect = 5.396e-34 Identity = 98/271 (36.16%), Postives = 145/271 (53.51%), Query Frame = 0
Query: 909 YEAESPDELALVDAAF--AYNCRLIKRTPGQVVVSLPGEGIVDFEVLHVLPFDSVRKRMSVIIRHPQSKEIILFCKGADSAIFTAMAEDGEDNVLEKTKEELEAYAKLGLRVLVMAKRVLHEAEYNEWTRKHCDAENSLQMRDRLLF--ESYNRIETNLYLVGSTGIEDRLQEGVPESIANLRRAGIVVWVLTGDKQETAINIAYSCHLFSTNMDIIKLNAKSRDGAEAIIRRNLDSLKVEQDTSPLPDARDRA-----LVVDGKTLIYIL 1170
+ A SPDE AL++A YN L + G + + I ++ L L FDS RK MSVI++ ++ +I + KGA+ T MAE N + ++ ++ +A+ GLR LV+ R L E EY + K A +++ +R F E+Y+ +E NL G TGIED+LQE + E++ LR AGI++ +LTGDK+ETA+NIA SC L II++ I R+++ L D +R+ LVVDGK L YI
Sbjct: 472 FVASSPDEKALLEACRKGGYN-YLGETNDGIISIQTKDRKIRNYRKLDELEFDSFRKSMSVIVQCEETSKIFVLTKGAE----TTMAESISSNYSDLSRSLVDEFAEEGLRTLVLGYRTLTEDEYTSFNAKAEVARSAVIESNRTKFVREAYSLVENNLSFAGITGIEDKLQEDLQETLEALREAGIMICMLTGDKRETAVNIAQSCGLIPRGSQIIEI-------CNVSIERDMNILISSVYDRQRNDTLERSGVNTILVVDGKLLSYIF 730 HSP 2 Score: 116.316 bits (290), Expect = 1.536e-26 Identity = 91/320 (28.44%), Postives = 151/320 (47.19%), Query Frame = 0
Query: 381 VYNGALSRYTKCLWKDLKVGDVVHLSCDELIPADILVLRSSDEHGTCYIDTQNLDGEANLKQR---EVPRGFVEKQSVFKPGDFRSTLECDMPTTKIYRFHGSI-IHPWGER--------VPVGKDNLLLRECVLKNTNFVEGLVVYAGHESKAMLNNGGPRYKRSKLERQMNLEVIWCVVILVLMCFVGAVGSGIWLGSFDSY-VPFLNTLSLSETNPAFEGFLTFW-----TFVIILQVIIPLSLYVTIEMTKLAQVYLMHQDLQMYDKAKDKPIECRALNIPEELGQVQYIFCDKTGTLTENNMVFKR-----CTIG 677
V+NG L +++ VGD++ L +E++P DI+VL SS ++G C+ NLDGE +LK++ + + K+ + + R +EC++P KI F G + + + E P+ + NLL+ LKNT V GL V+ G ++K LN+ + K S L + +L G S + + Y + F +T + + W + + IP+SLY+T+E K+ L +D+ Y D + C ++ E+LG V ++F DKTGTLT N M F++ C +G
Sbjct: 145 VHNGNLKTLKS---REIAVGDILRLVENEIVPCDIVVLSSSHDNGLCFAMXANLDGETSLKKKYSCNLTKYLRTKEEI---NNLRGFVECEVPNPKIDSFLGRLTLFRYNEEKRDTEEFSTPLNQTNLLMASTQLKNTKEVLGLCVFTGSQTKMSLNSRITKNKFSIL------------ISTILTMHFGFEYSTVRDKLYTQYKIYFEDTANEWYIGQVLDVDFMAWIITSLIWFTLFNFYIPISLYITLECQKMISSRLYRRDMIYY----DSNVLCNTSDVNEDLGLVTHLFTDKTGTLTTNVMTFRKYVDENCRVG 442
BLAST of GH10952 vs. L. salmonis genes
Match: EMLSAG00000011668 (supercontig:LSalAtl2s:LSalAtl2s80:933909:946053:-1 gene:EMLSAG00000011668 transcript:EMLSAT00000011668 description:"maker-LSalAtl2s80-augustus-gene-9.27") HSP 1 Score: 80.8777 bits (198), Expect = 2.181e-15 Identity = 71/299 (23.75%), Postives = 131/299 (43.81%), Query Frame = 0
Query: 953 LHVLPFDSVRKRMSVIIRHPQSKEIILFCKGADSAIFTAMAEDGEDNVLEKTKEELEAYAKLGLRVLVMAKRVLH-EAEYNEWTRKHCDAENSLQMRDRLLFESYNRIETNLYLVGSTGIEDRLQEGVPESIANLRRAGIVVWVLTGDKQETAINIAYSCHLFSTNMDIIKLNAKSRDGAEAIIRRNLDSLK---VEQDTSPLPDARDRALV--VDGKTLIYILDKRAKLQESFLQLTSFCSSVLCCRATPLQKAYIVRIVKEELKMHTLAIGDGANDVSMIQTADVGVGISGQEGMQA 1245
L PFDS +RM+V+ + + +F KGA I M + V + L++Y K G RV+ A + L+ ++E + H N +E + +G +++ ++E +I +L A I ++TGD TAI++ C L ++ +I++ A+ + + L+ + + D++ + +D V DGKT +I + L + +Q + R P QK +++ +K +L + GDG ND ++TA G+ +S E A
Sbjct: 541 LKTYPFDSAVQRMTVVAKKKGASHFDVFIKGAPEKI---MGLSRPETVPQNFVAILQSYTKQGFRVIAAAXKSLNSNLSWSEVDKIH-----------------RNDLEKDAVFLGLIIMQNLVKEETYAAIKDLHDADINSVMVTGDNILTAISVGRDCQLVKSDQTVIRVEAEINQCQQLNVSYTLEENEKSNLVHDSNFIKSVQDMNYVFACDGKTFAHIRNNDRALLDRIVQ-----RGKIFARMLPEQKIHLIECMK-DLGRQVIMCGDGCNDCGALKTAHAGISLSMAEASVA 813
BLAST of GH10952 vs. L. salmonis genes
Match: EMLSAG00000006553 (supercontig:LSalAtl2s:LSalAtl2s359:384925:391538:1 gene:EMLSAG00000006553 transcript:EMLSAT00000006553 description:"maker-LSalAtl2s359-augustus-gene-4.12") HSP 1 Score: 71.633 bits (174), Expect = 1.293e-12 Identity = 81/308 (26.30%), Postives = 134/308 (43.51%), Query Frame = 0
Query: 948 VDFEVLHVLPFDSVRKRMSVIIRHPQSKEIILFCKGADSAIFTAMAEDGEDNVLEKTKEELEAYAKLGLRVLVMAKRVLHEAEYNEWTRKHCDAENSLQMRDRLLFESYNRIETNLYLVGSTGIEDRLQEGVPESIANLRRAGIVVWVLTGDKQETAINIAYSCHLFSTNMDIIKLNAKSRDGA-------EAIIRRNLDSLKVEQDTSPLPDARDRALVVDGKTLIYI-LDKRAKLQESFLQLTSFCSSVLCCRATPLQKAYIVRIVKEELKMHTLA--IGDGANDVSMIQTADVGVGISGQEGMQA 1245
++F ++ + PF S RMSVI+R + +F KGA I E V E L+A G RV+ ++ + LH+ ++++ +Q R +E+ L +G + + L+ I L A I ++TGD TAI++A L + D++++ A E+ R D V DT + + + +DGKT + L RA L ++ T F R P QKA ++++E +K+ + GDGAND S ++ A VG+ +S E A
Sbjct: 551 LEFGIMRLFPFSSEVARMSVIVRKLGDEFFRVFVKGAPEKIIGLCNE-----VPLGFHENLKALTLKGYRVIALSTKELHDTKWHK-----------IQKLKR------EYVESELKFLGFLVMRNNLKSESKPVIDLLTEADIRCVMVTGDNILTAISVAREXGLIGPSDDVMRVEATPDKLEITPTLLNESNERSTSDGNNVIIDTGEMRN--NYHFAIDGKTWKNLRLHYRALLPRFIVKGTVF------ARMDPEQKA---QLIEEAIKIDYVVGMCGDGANDCSALKAAHVGISLSEAEASVA 825
BLAST of GH10952 vs. L. salmonis genes
Match: EMLSAG00000009230 (supercontig:LSalAtl2s:LSalAtl2s588:349813:378377:-1 gene:EMLSAG00000009230 transcript:EMLSAT00000009230 description:"maker-LSalAtl2s588-snap-gene-4.47") HSP 1 Score: 67.781 bits (164), Expect = 2.526e-11 Identity = 96/358 (26.82%), Postives = 150/358 (41.90%), Query Frame = 0
Query: 949 DFEVLHVLPFDSVRKRMSVIIRHPQSKE-IILFCKGADSAIFTA----MAEDGEDNVL-----EKT-KEELEAYAKLGLRVLVMAKR--VLHEAEYNEWTRKHCDAENSLQMRDRLLFESYNRIETNLYLVGSTGIEDRLQEGVPESIANLRRAGIVVWVLTGDKQETAINIAYSCHLFSTN-----MDIIKLNAKSRDGAEAIIRRNLD----SLKVEQDTSPLPDARDRALVVDGKTLIYILDKRAKLQESFLQLTSFCSSVLCCRATPLQKAYIVRIVKEELKMHTLAIGDGANDVSMIQTADVG--VGISGQEGMQAVMASDFAIS--KFKYLERLILVHGHWNYDRIARMVLY 1280
D V F+S RK MS II P K ++ KGA I + E G+ + E+T +E +E AK GLR + +A R V AE N+ H + E + DR++ NL + GIED ++ VP++I + AGI V ++TGD TA IA C + MD + N + RD + + + LD +L+V + P+ D+ +V G I+D + + +T GDG ND ++ ADVG +GI+G + A ASD ++ F + + ++ G YD IA+ + +
Sbjct: 510 DSNFTKVYTFNSARKSMSTII--PLEKGGYRVYTKGASEIIMKKCSFILGEGGKVDKFTCSSQERTVREIIEPMAKDGLRTISIAYRDFVPSRAEINQ---VHYENEPNWDEEDRII--------NNLTCLCVVGIEDPVRPEVPQAIKQCQSAGITVRMVTGDNINTARAIATKCGIIKQGDNFLVMDGKEFNQRIRDASGEVSQHLLDKVWPNLRVLARSQPI----DKYTLVKG-----IIDSKISSNREVVAVT----------------------------------GDGTNDGPALKKADVGFAMGIAGTD--VAKEASDIILTDDNFSSIVKAVM-WGRNVYDSIAKFLQF 808
BLAST of GH10952 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: 1078.93 bits (2789), Expect = 0.000e+0 Identity = 583/1296 (44.98%), Postives = 793/1296 (61.19%), Query Frame = 0
Query: 296 NHVSTTKYTILSFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLAVTAIKDIFEDRRRYVSDKRVNNLTCRVYNGALSRYTKCLWKDLKVGDVVHLSCDELIPADILVLRSSDEHGTCYIDTQNLDGEANLKQREVPRGFVEKQSVFKPGDFRSTLECDMPTTKIYRFHGSIIHPWGERVPVGKDNLLLRECVLKNTNFVEGLVVYAGHESKAMLNNGGPRYKRSKLERQMNLEVIWCVVILVLMCFVGAVGSGIWLGSFDS-----YVPFLNTLSLSETNPAFEGFLTFWTFVIILQVIIPLSLYVTIEMTKLAQVYLMHQDLQMYDKAKDKPIECRALNIPEELGQVQYIFCDKTGTLTENNMVFKRCTIGGVDYG----------HQVANSSSK--VP-GGTGRQ-------------------------------------------SFPL-----PNQVLQEQLASIDIEQLIEKRDRKYGLH--PEAHSVQDFFLHLAICNTVIVAKHPHHDNMNESGVVALTGNTASHARLDHPPPTRLAKAQLDEVSEESHLSSPSPPPSFMSTTSSTAPLRPDPSLTPKRPNRLFDYFATAKPLSPIAASPETTPTESPFPRPKYLQLPNIL-HPISKLVSHGSIASLSRNNSRSATPTQSVGQDIKPIYEAESPDELALVDAAFAYNCRLIKRTPGQVVVSLPGEGIVDFEVLHVLPFDSVRKRMSVIIRHPQSKEIILFCKGADSAIF------TAMAEDG--EDNVLEKTKEELEAYAKLGLRVLVMAKRVLHEAEYNEWTRKHCDAENSLQMRDRLLFESYNRIETNLYLVGSTGIEDRLQEGVPESIANLRRAGIVVWVLTGDKQETAINIAYSCHLFSTNMDIIKLNAKSRDGAEAIIRRNLDSL--------------KVEQDTSPL-------PDARDRALVVDGKTLIYILDKRAKLQESFLQLTSFCSSVLCCRATPLQKAYIVRIVKEELKMHTLAIGDGANDVSMIQTADVGVGISGQEGMQAVMASDFAISKFKYLERLILVHGHWNYDRIARMVLYFFYKNAAFVFVCFWFQLYCGFSGAVMIDQMYLMLYNLLFTSLPPTIMGIFDQDAPDPILIARPDLYRQGRLGTVYKPYSFWINMTDSLYQSLVIYYVAHWAYSDSSVDIWEFGTVICTECLFVQTLHLAIETKSWTIMHWMSIILSVLMYFGFALFYNGICVSCFGNSSQYWVIQHSMGTADFWVICLLASVLALLPRIFCRAVQNSLFPSDV 1493
N + TTKYT+LSFLPKNLFEQFHR AN+YF+FI LLN+VPA+NAF +++ PV+F+LA+TA +D++ED R+ SD ++N+L C V++ +Y WK++ VGD V L C+E+ PADIL+L SSD G C+I+T NLDGE NLK+R+V RGF E S F P F S +EC+ P + RF G IIH G++ + K+NLLLR C L+NT+ V G+V+YAGHE+KA+LNN GPRYKRSKLERQMN +V+WCV++LV M AVG G+W+ + YVP + SLS A FLT +I+LQV+IP+SLYV+IE+ K QVY ++QD+Q+YD+ D ++CRALNI E+LGQ+QYIF DKTGTLTEN MVF+RCT+ GV+Y +Q A+S + VP GG+ Q S P+ P+ L E+++ D + + H PE V DFF+ L ICNTV+V P T R + P + + L + P S SS L A K + +S +TP+ L+L L P S + S+G +S + N + Q ++++ YEAESPDE ALV AA AYNC L++R QV V LP G + FE+LH L FDSVRKRMSV+IRHP + EI ++ KGADS + +++ G + + KT+ L YA GLR L +AKRVL + EY W + H +AE+SL+ + LLF+S R+ETNL+L+G+TGIEDRLQ+GVPE+I+ LR+AG+ +WVLTGDKQETA+NIAY+C L + ++I LNA S++ A++ + L + KV S L R +LV+DG++L Y L+K L++ FL L C SVLCCR+TPLQK+ +V++V+ +LK TLAIGDGANDVSMIQ ADVGVGISGQEGMQAVMASDFA+ KF+YLERL+++HGHW Y R+A MVLYFFYKN FV + FWFQ +CGFS + MIDQ YL+ +NLLF+SLPP + G+ D+D P +L+ P LY+ G+ Y+P +FW NM D+ +QSLV + + + AY DS+VD++ +GT I T L LHL IETK+WT ++W++ SVL++F AL YN C +C+ S+ YW +Q +G F++ CL+ V ALLPR+F R++Q +FP+ +
Sbjct: 62 NRLKTTKYTLLSFLPKNLFEQFHRPANVYFVFIALLNFVPAVNAFQPGLALAPVLFILAITAFRDLWEDYSRHRSDHKINHLGCLVFSREEKKYVNRFWKEIHVGDFVRLRCNEIFPADILLLSSSDPDGLCHIETANLDGETNLKRRQVVRGFSELVSEFNPLTFTSVIECEKPNNDLSRFRGCIIHDNGKKAGLYKENLLLRGCTLRNTDAVVGIVIYAGHETKALLNNSGPRYKRSKLERQMNCDVLWCVLLLVCMSLFSAVGHGLWIWRYQEKKSLFYVPKSDGSSLSPVTAAVYSFLTM---IIVLQVLIPISLYVSIEIVKACQVYFINQDMQLYDEETDSQLQCRALNITEDLGQIQYIFSDKTGTLTENKMVFRRCTVSGVEYSHDANAQRLARYQEADSEEEEVVPRGGSVSQRGSIGSHQSVRVVHRTQSTKSHRRTGSRAEAKRASMLSKHTAFSSPMEKDITPDPKLLEKVSECDKSLAVARHQEHLLAHLSPELSDVFDFFIALTICNTVVVTS-PDQPR------------TKVRVRFELKSPVKTIEDFLRRFT----------PSCLTSGCSSIGSL------------------AANKSSHKLGSSFPSTPSSDGM----LLRLEERLGQPTSAIASNG-YSSQADNWASELAQEQESERELR--YEAESPDEAALVYAARAYNCVLVERLHDQVSVELPHLGRLTFELLHTLGFDSVRKRMSVVIRHPLTDEINVYTKGADSVVMDLLQPCSSVDARGRHQKKIRSKTQNYLNVYAAEGLRTLCIAKRVLSKEEYACWLQSHLEAESSLENSEELLFQSAIRLETNLHLLGATGIEDRLQDGVPETISKLRQAGLQIWVLTGDKQETAVNIAYACKLLDHDEEVITLNATSQEACAALLDQCLCYVQSRGLQRAPEKTKGKVSMRFSSLCPPSTSTASGRRPSLVIDGRSLAYALEK--NLEDKFLFLAKQCRSVLCCRSTPLQKSMVVKLVRSKLKAMTLAIGDGANDVSMIQVADVGVGISGQEGMQAVMASDFAVPKFRYLERLLILHGHWCYSRLANMVLYFFYKNTMFVGLLFWFQFFCGFSASTMIDQWYLIFFNLLFSSLPPLVTGVLDRDVPANVLLTNPQLYKSGQNMEEYRPRTFWFNMADAAFQSLVCFSIPYLAYYDSNVDLFTWGTPIVTIALLTFLLHLGIETKTWTWLNWITCGFSVLLFFTVALIYNASCATCYPPSNPYWTMQALLGDPVFYLTCLMTPVAALLPRLFFRSLQGRVFPTQL 1304
BLAST of GH10952 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: 641.728 bits (1654), Expect = 0.000e+0 Identity = 315/628 (50.16%), Postives = 423/628 (67.36%), Query Frame = 0
Query: 909 YEAESPDELALVDAAFAYNCRLIKRTPGQVVVSLPGEGIVDFEVLHVLPFDSVRKRMSVIIRHPQSKEIILFCKGADSAIFTAMAEDGEDN--------VLEKTKEELEAYAKLGLRVLVMAKRVLHEAEYNEWTRKHCDAENSLQMRDRLLFESYNRIETNLYLVGSTGIEDRLQEGVPESIANLRRAGIVVWVLTGDKQETAINIAYSCHLFSTNMDIIKLNAKSRDGAEAIIRRNLDSLKVEQDTSPLPDARDR--------------------ALVVDGKTLIYILDKRAKLQESFLQLTSFCSSVLCCRATPLQKAYIVRIVKEELKMHTLAIGDGANDVSMIQTADVGVGISGQEGMQAVMASDFAISKFKYLERLILVHGHWNYDRIARMVLYFFYKNAAFVFVCFWFQLYCGFSGAVMIDQMYLMLYNLLFTSLPPTIMGIFDQDAPDPILIARPDLYRQGRLGTVYKPYSFWINMTDSLYQSLVIYYVAHWAYSDSSVDIWEFGTVICTECLFVQTLHLAIETKSWTIMHWMSIILSVLMYFGFALFYNGICVSCFGNSSQYWVIQHSMGTADFWVICLLASVLALLPRIFCRAVQNSLFPSDVIRAVMAQGTLLATRP 1508
YEAESPDE ALV AA AYNC L+ R QV V LP G + FE+LH L FDS+RKRMSV+IRHP + EI ++ KGADS + + D+ + KT+ L YA GLR L +AKRVL + EY W + H +AE S++ R+ LLF+S R+ETNL+L+G+TGIEDRLQEGVPE+IA LR+AG+ +WVLTGDKQETAINIAY+C L ++I LNA S++ A++ + L ++ S L ++ +LV+DG++L Y L+K L++ FL L C SVLCCR+TPLQK+ +V++V+ +LK TLAIGDGANDVSMIQ ADVGVGISGQEGMQAVMASDFA+ +F+YLERL++VHGHW Y R+A MVLYFFYKN FV + FWFQ YCGFS + MIDQ YL+ +NLLF+SLP + G+ D+D P +L+ P LY+ G+ Y+P +FW+NM D+ +QSLV +++ + AY DS VD++ +GT + LF LHL IETK+WT ++W++ S ++F AL YN C +C+ S+ YW +Q +G F++ CL+A + ALLPR+F +A+Q SLFP+ + G LA +P
Sbjct: 708 YEAESPDEAALVYAARAYNCALVDRLHDQVSVELPHLGRLTFELLHTLGFDSIRKRMSVVIRHPLTDEINVYTKGADSVVMDLLLPCSSDDARGRHQKKIRSKTQNYLNLYAVEGLRTLCIAKRVLSKEEYACWLQSHIEAEASVESREELLFQSAVRLETNLHLLGATGIEDRLQEGVPETIAKLRQAGLQIWVLTGDKQETAINIAYACKLLDHGEEVITLNADSQEACAALLDQCLSYVQSRNPRSTLQNSESNLSVGFSFNPVSTSTDASPSPSLVIDGRSLAYALEK--SLEDKFLFLAKQCRSVLCCRSTPLQKSMVVKLVRSKLKAMTLAIGDGANDVSMIQVADVGVGISGQEGMQAVMASDFAVPRFRYLERLLIVHGHWCYSRLANMVLYFFYKNTMFVGLLFWFQFYCGFSASAMIDQWYLIFFNLLFSSLPQLVTGVLDKDVPADMLLREPQLYKSGQNMEEYRPRAFWLNMVDAAFQSLVCFFIPYLAYYDSDVDVFTWGTPVTAIALFTFLLHLGIETKTWTWLNWLACGFSTFLFFSVALIYNTSCATCYPPSNPYWTMQTLLGDPLFYLTCLIAPIAALLPRLFFKALQGSLFPTQ-----LQLGRQLAKKP 1328 HSP 2 Score: 469.159 bits (1206), Expect = 9.028e-139 Identity = 250/525 (47.62%), Postives = 339/525 (64.57%), Query Frame = 0
Query: 296 NHVSTTKYTILSFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLAVTAIKDIFEDRRRYVSDKRVNNLTCRVYNGALSRYTKCLWKDLKVGDVVHLSCDELIPADILVLRSSDEHGTCYIDTQNLDGEANLKQREVPRGFVEKQSVFKPGDFRSTLECDMPTTKIYRFHGSIIHPWGERVPVGKDNLLLRECVLKNTNFVEGLVVYAGHESKAMLNNGGPRYKRSKLERQMNLEVIWCVVILVLMCFVGAVGSGIWLGSFDSY-----VPFLNTLSLSETNPAFEGFLTFWTFVIILQVIIPLSLYVTIEMTKLAQVYLMHQDLQMYDKAKDKPIECRALNIPEELGQVQYIFCDKTGTLTENNMVFKRCTIGGVDYGH----------QVANSS-----SKVP-----GGTG-RQSFPLPNQV------------LQEQLASI-------------DIE---QLIEKR---DR-----KYGLHPEAH------SVQDFFLHLAICNTVIV 752
N + TTKYT+LSFLPKNLFEQFHR AN+YF+FI LLN+VPA+NAF +++ PV+F+LAVTAIKD++ED R+ SD +N+L C V++ +Y WK+++VGD V L C+E+IPADIL+L SSD G C+I+T NLDGE NLK+R+V RGF E S F P F S +EC+ P + RF G I+H GE+ + K+NLLLR C ++NT V G+V+YAGHE+KA+LNN GPRYKRS+LERQMN +V+WCV++LV + AVG G+W+ + VP + SLS PA +F+T +I+LQV+IP+SLYV+IE+ K+ QVY ++QD+++YD+ D ++CRALNI E+LGQ++YIF DKTGTLTEN MVF+RCT+ G++Y H Q A+S SKV G TG QS + ++ + + AS+ DI +L+EK DR ++ HP AH V DFF+ L ICNTV+V
Sbjct: 66 NRLKTTKYTLLSFLPKNLFEQFHRLANVYFVFIALLNFVPAVNAFQPGLALAPVLFILAVTAIKDLWEDYSRHRSDHEINHLGCLVFSREEKKYVNRYWKEIRVGDFVRLCCNEIIPADILLLSSSDPDGLCHIETANLDGETNLKRRQVVRGFSELVSEFNPLTFTSVIECEKPNNDLSRFRGYIMHSNGEKAGLHKENLLLRGCTIRNTEAVAGIVIYAGHETKALLNNSGPRYKRSQLERQMNCDVLWCVLLLVCISLFSAVGHGLWVRRYQEKKALFDVPESDGSSLS---PATAAVYSFFTMIIVLQVLIPISLYVSIEIVKVCQVYFINQDIELYDEETDSQLQCRALNITEDLGQIKYIFSDKTGTLTENKMVFRRCTVSGIEYSHDANAQRLARYQEADSEEEEVVSKVGTISHRGSTGSHQSIWMTHKTQSIKSHRRTGSRAEAKRASMLSKHTAFSSPMEKDITPDPKLLEKVSECDRFLAIARHQEHPLAHLSPELSDVFDFFIALTICNTVVV 587
BLAST of GH10952 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: 629.017 bits (1621), Expect = 0.000e+0 Identity = 343/799 (42.93%), Postives = 473/799 (59.20%), Query Frame = 0
Query: 733 EAHSVQDFFLHLAICNTVIVAKHPHHDNMNESGVVALTGNTASHARLDHPPPTRLAKAQLDEV----SEESHLSSPSPPPSFMSTTSSTAPLRPDPSLTPKRPNRLFDYFATAKPLSPI-------AASPETTPTESPFPRPKYLQLPNILHPISKLVSHGSIASLSRNNSRSATPTQSVGQDIKPIYEAESPDELALVDAAFAYNCRLIKRTPGQVVVSLPGEGIVDFEVLHVLPFDSVRKRMSVIIRHPQSKEIILFCKGADSAIFTAMAEDGEDN---------VLEKTKEELEAYAKLGLRVLVMAKRVLHEAEYNEWTRKHCDAENSLQMRDRLLFESYNRIETNLYLVGSTGIEDRLQEGVPESIANLRRAGIVVWVLTGDKQETAINIAYSCHLFSTNMDIIKLNAKSRDGAEAIIRRNLDSLK-----------VEQDTSPLPDARDRAL----VVDGKTLIYILDKRAKLQESFLQLTSFCSSVLCCRATPLQKAYIVRIVKEELKMHTLAIGDGANDVSMIQTADVGVGISGQEGMQAVMASDFAISKFKYLERLILVHGHWNYDRIARMVLYFFYKNAAFVFVCFWFQLYCGFSGAVMIDQMYLMLYNLLFTSLPPTIMGIFDQDAPDPILIARPDLYRQGRLGTVYKPYSFWINMTDSLYQSLVIYYVAHWAYSDSSVDIWEFGTVICTECLFVQTLHLAIETKSWTIMHWMSIILSVLMYFGFALFYNGICVSCFGNSSQYWVIQHSMGTADFWVICLLASVLALLPRIFCRAVQNSLFPSDVIRA 1496
E + DFF+ LAICNTV+V + ++ HP L L+E+ S S SP S S P P+ R F+ KP SP+ SP+ + + + + HG L N + P Q + ++ YEAESPDE ALV AA AY C L RTP QV+V G + F++LH+LPFDSVRKRMSV++RHP S +++++ KGADS I ++ D V EKT++ L+ YAK GLR L +AK+V+ + EY EW R H AE S+ R+ LL ES R+E L L+G+TGIEDRLQEGVPESI L +AGI +W+LTGDKQETA+NIAY+C L + + LN +S+D ++ L L+ + +D P RD L ++ GKTL + L + LQ+ FL+LTS+C +V+CCRATPLQK+ +V++V+ L++ TLAIGDGANDVSMIQ AD+G+G+SGQEGMQAVMASDFA+S+FK+L +L+LVHGHW Y R++ M+LYFFYKN A+V + FW+Q +CGFSG M D L+ +NLLFTS PP I G+ ++D L+ P+LYR G+ Y P++FWI + D+ YQSLV ++V ++ Y S DI+ FG + T LF+ LHL IE+KS T +H + II S+L YF FA+ + +CV+C S+ YW++Q M F+++C+L + +ALLPR R +Q SLFPS ++RA
Sbjct: 580 ETLYIIDFFIALAICNTVVV-----------------SAPNQPRQKIRHPSLGGLPIKSLEEIKSLFQRWSVRRSSSP-----SLNSGKEPSSGVPNAFVSR----LPLFSRMKPASPVEEEVSQVCESPQCSSSSACCTETEK--------------QHGDAGLL--NGKAESLPGQPLACNL--CYEAESPDEAALVYAARAYQCTLRSRTPEQVMVDFAALGPLTFQLLHILPFDSVRKRMSVVVRHPLSNQVVVYTKGADSVIMELLSVASPDGASLEKQQMIVREKTQKHLDDYAKQGLRTLCIAKKVMSDTEYAEWLRNHFLAETSIDNREELLLESAMRLENKLTLLGATGIEDRLQEGVPESIEALHKAGIKIWMLTGDKQETAVNIAYACKLLEPDDKLFILNTQSKDACGMLMSTILKELQKKTQALPEQVSLSEDLLQPPVPRDSGLRAGLIITGKTLEFALQE--SLQKQFLELTSWCQAVVCCRATPLQKSEVVKLVRSHLQVMTLAIGDGANDVSMIQVADIGIGVSGQEGMQAVMASDFAVSQFKHLSKLLLVHGHWCYTRLSNMILYFFYKNVAYVNLLFWYQFFCGFSGTSMTDYWVLIFFNLLFTSAPPVIYGVLEKDVSAETLMQLPELYRSGQKSEAYLPHTFWITLLDAFYQSLVCFFVPYFTYQGSDTDIFAFGNPLNTAALFIVLLHLVIESKSLTWIHLLVIIGSILSYFLFAIVFGAMCVTCNPPSNPYWIMQEHMLDPVFYLVCILTTSIALLPRFVYRVLQGSLFPSPILRA 1332 HSP 2 Score: 474.552 bits (1220), Expect = 2.238e-141 Identity = 219/418 (52.39%), Postives = 298/418 (71.29%), Query Frame = 0
Query: 269 KHRTVKPNHCIPADAKLVDHPNHRYLGNHVSTTKYTILSFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLAVTAIKDIFEDRRRYVSDKRVNNLTCRVYNGALSRYTKCLWKDLKVGDVVHLSCDELIPADILVLRSSDEHGTCYIDTQNLDGEANLKQREVPRGFVEKQSVFKPGDFRSTLECDMPTTKIYRFHGSIIHPWGERVPVGKDNLLLRECVLKNTNFVEGLVVYAGHESKAMLNNGGPRYKRSKLERQMNLEVIWCVVILVLMCFVGAVGSGIWLGSFDSYVPFLNTLSLSE--TNPAFEGFLTFWTFVIILQVIIPLSLYVTIEMTKLAQVYLMHQDLQMYDKAKDKPIECRALNIPEELGQVQYIFCDKTGTLTENNMVFKRCTIGGVDYGHQ 684
+HR V P H P + + + Y+ N + TTKYT+L+F+P+NLFEQFHR ANLYFLF+V+LNWVP + AF KE++M+P++ VL + AIKD ED R+Y DK++NNL +VY+ +Y WKD+ VGD + LSC+E+IPAD+++L S+D G C+I+T LDGE+NLKQR+V RG+ E+ S P F S +EC+ P + RF G + H ERV + K+NLLLR C ++NT V G+VVYAGHE+KAMLNN GPRYKRSKLER+ N +V+WCV++LV+MC GAVG GIWL ++ + F N +P GF FWT +I+LQV+IP+SLYV+IE+ KL Q+Y + D+ Y++ D ++CRALNI E+LGQ+QY+F DKTGTLTEN MVF+RC++ G DY H+
Sbjct: 49 RHRIVVP-HIQPFKDEY-EKFSGAYVNNRIRTTKYTLLNFVPRNLFEQFHRAANLYFLFLVVLNWVPLVEAFQKEITMLPLVVVLTIIAIKDGLEDYRKYKIDKQINNLITKVYSRKEKKYIDRCWKDVTVGDFIRLSCNEVIPADMVLLFSTDPDGICHIETSGLDGESNLKQRQVVRGYAEQDSEVDPEKFSSRIECESPNNDLSRFRGFLEHSNKERVGLSKENLLLRGCTIRNTEAVVGIVVYAGHETKAMLNNSGPRYKRSKLERRANTDVLWCVMLLVIMCLTGAVGHGIWLSRYEK-MHFFNVPEPDGHIISPLLAGFYMFWTMIILLQVLIPISLYVSIEIVKLGQIYFIQSDVDFYNEKMDSIVQCRALNIAEDLGQIQYLFSDKTGTLTENKMVFRRCSVAGFDYCHE 463
BLAST of GH10952 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: 609.372 bits (1570), Expect = 0.000e+0 Identity = 300/610 (49.18%), Postives = 410/610 (67.21%), Query Frame = 0
Query: 909 YEAESPDELALVDAAFAYNCRLIKRTPGQVVVSLPGEGIVDFEVLHVLPFDSVRKRMSVIIRHPQSKEIILFCKGADSAI---FTAMAEDGEDN-----VLEKTKEELEAYAKLGLRVLVMAKRVLHEAEYNEWTRKHCDAENSLQMRDRLLFESYNRIETNLYLVGSTGIEDRLQEGVPESIANLRRAGIVVWVLTGDKQETAINIAYSCHLFSTNMDIIKLNAKSRDGAEAIIRRNLDSLKVEQDTSP--------LPDARDR------ALVVDGKTLIYILDKRAKLQESFLQLTSFCSSVLCCRATPLQKAYIVRIVKEELKMHTLAIGDGANDVSMIQTADVGVGISGQEGMQAVMASDFAISKFKYLERLILVHGHWNYDRIARMVLYFFYKNAAFVFVCFWFQLYCGFSGAVMIDQMYLMLYNLLFTSLPPTIMGIFDQDAPDPILIARPDLYRQGRLGTVYKPYSFWINMTDSLYQSLVIYYVAHWAYSDSSVDIWEFGTVICTECLFVQTLHLAIETKSWTIMHWMSIILSVLMYFGFALFYNGICVSCFGNSSQYWVIQHSMGTADFWVICLLASVLALLPRIFCRAVQNSLFPSDVIRA 1496
YEAESPDE ALV AA AY C L RTP QV+V G + F++LH+LPFDSVRKRMSV++RHP SK+++++ KGADS I + A DG + + E+T+ L+ YAK GLR L +AK+V+ + EY EW R H AE S+ R+ LL ES R+E L L+G+TGIEDRLQEGVPESI L +AGI +W+LTGDKQETA+NIAY+C L + + LN +S+D ++ L+ L+ SP P D LV+ GKTL + L + LQ FL+LT++C +V+CCRATPLQK+ +V++V+ + TL IGDGANDVSMIQ AD+G+G+SGQEGMQAVMASDFAIS+F++L +L+LVHGHW Y R++ M+LYFFYKN A+V + FW+Q +CGFSG M D L+ +NLLFTS+PP I G+ ++D L+ P+LYR G+ Y P +FWI + D+ YQSLV ++V ++ Y S +DI+ FG + T LF+ LHL IE+KS T +H + + S+L YF FAL + +CV+C S+ Y +++ M F+++C+L + +ALLPR R +Q S+FPS V+RA
Sbjct: 722 YEAESPDEAALVYAARAYRCTLQSRTPEQVMVDFAALGSLTFQLLHILPFDSVRKRMSVVVRHPLSKQVVVYTKGADSVIMELLSVAASDGTNPEQQMIIRERTQRHLDEYAKRGLRTLCVAKKVMSDTEYAEWLRNHFLAETSIDNREELLVESAMRLENKLTLLGATGIEDRLQEGVPESIEALHQAGIKIWMLTGDKQETAVNIAYACKLLEPDDKLFILNTQSQDACGMLMSAILEELQKRAQVSPELASSRKNFPQPSDAQGQGRAGLVITGKTLEFALQE--SLQRQFLELTAWCQAVICCRATPLQKSEVVKLVRNHHHVLTLPIGDGANDVSMIQVADIGIGVSGQEGMQAVMASDFAISQFRHLSKLLLVHGHWCYTRLSNMILYFFYKNVAYVNLLFWYQFFCGFSGTSMTDYWVLIFFNLLFTSVPPIIYGVLEKDVSAETLLQLPELYRSGQRSEEYLPLTFWITLLDAFYQSLVCFFVPYFTYQGSDIDIFTFGNPLNTAALFIILLHLVIESKSLTWIHMLVTVGSILSYFFFALAFGALCVTCNPPSNPYGIMRKHMLDPVFYLVCVLTTFVALLPRFLYRVLQGSVFPSPVLRA 1329 HSP 2 Score: 484.952 bits (1247), Expect = 3.961e-145 Identity = 244/558 (43.73%), Postives = 339/558 (60.75%), Query Frame = 0
Query: 269 KHRTVKPN-HCIPADAKLVDHPNHRYLGNHVSTTKYTILSFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLAVTAIKDIFEDRRRYVSDKRVNNLTCRVYNGALSRYTKCLWKDLKVGDVVHLSCDELIPADILVLRSSDEHGTCYIDTQNLDGEANLKQREVPRGFVEKQSVFKPGDFRSTLECDMPTTKIYRFHGSIIHPWGERVPVGKDNLLLRECVLKNTNFVEGLVVYAGHESKAMLNNGGPRYKRSKLERQMNLEVIWCVVILVLMCFVGAVGSGIWLGSFDSYVPFLNTLSLSE-----TNPAFEGFLTFWTFVIILQVIIPLSLYVTIEMTKLAQVYLMHQDLQMYDKAKDKPIECRALNIPEELGQVQYIFCDKTGTLTENNMVFKRCTIGGVDYGH----------------------------------------------------QVANSSSKVPGGTGRQSFPLPNQVLQEQLASIDI---EQLIEKRDR-----KYGLHPEAHS-------VQDFFLHLAICNTVIVA 753
KHR V P+ C + + + Y+ N + TTKYT+L+F+P+NLFEQFHR ANLYFLF+V+LNWVP + AF KE++M+P++ VL + AIKD ED R+Y DK++NNL +VY+ +Y C WK++ VGD + LSC+E+IPAD+++L S+D G C+I+T LDGE+NLKQR+V RG+ E+ S P F S +EC+ P + RF G + H ERV + K+NLLLR C ++NT V G+VVYAGHE+KAMLNN GPRYKRSKLER+ N +V+WCV++L++MC GA+G GIWL +++ + F ++ E +P GF FWT +I+LQV+IP+SLYV+IE+ KL Q+Y + D+ Y++ D I+CRALNI E+LGQ+QY+F DKTGTLTEN MVF+RC++ G DY H Q++ S+S V G G P Q D+ +L++K + GL A S + DFF+ LAICNTV+V+
Sbjct: 49 KHRVVIPHLQCFKDE---YERFSGTYVNNRIRTTKYTLLNFVPRNLFEQFHRAANLYFLFLVVLNWVPLVEAFQKEITMLPLVVVLTIIAIKDGLEDYRKYKIDKQINNLITKVYSRKEKKYIDCCWKNVTVGDFIRLSCNEIIPADMVLLFSTDPDGICHIETSGLDGESNLKQRQVVRGYTEQDSEVDPEKFSSRIECESPNNDLSRFRGFLEHANKERVGLSKENLLLRGCTIRNTEAVVGIVVYAGHETKAMLNNSGPRYKRSKLERRANTDVLWCVLLLIVMCLTGALGHGIWLSRYENMLFF----NIPEPDGRVISPVLTGFYVFWTMIILLQVLIPISLYVSIEIVKLGQIYFIQSDVDFYNEKMDSTIQCRALNITEDLGQIQYLFSDKTGTLTENKMVFRRCSVAGFDYCHEENAKRLESYQEAVSEEEECTDTLGGSLSNMARPRAQGCRTVPSGPLGKPSAQLSGSTSAVGNGEGSGEVPHSRQAAFSSPMETDVVPDTRLLDKFSQLTPQLLTGLDGTAQSSPLETLYIMDFFIALAICNTVVVS 599
BLAST of GH10952 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: 583.948 bits (1504), Expect = 0.000e+0 Identity = 295/586 (50.34%), Postives = 404/586 (68.94%), Query Frame = 0
Query: 909 YEAESPDELALVDAAFAYNCRLIKRTPGQVVVSLPGEGIVDFEVLHVLPFDSVRKRMSVIIRHPQSKEIILFCKGADSAIFTAMAEDGEDN---------VLEKTKEELEAYAKLGLRVLVMAKRVLHEAEYNEWTRKHCDAENSLQMRDRLLFESYNRIETNLYLVGSTGIEDRLQEGVPESIANLRRAGIVVWVLTGDKQETAINIAYSCHLFSTNMDIIKLNAKSRDGAEAIIRRNLDSLKVEQDTSPLP-DARDRA-LVVDGKTLIYILDKRAKLQESFLQLTSFCSSVLCCRATPLQKAYIVRIVKEELKMHTLAIGDGANDVSMIQTADVGVGISGQEGMQAVMASDFAISKFKYLERLILVHGHWNYDRIARMVLYFFYKNAAFVFVCFWFQLYCGFSGAVMIDQMYLMLYNLLFTSLPPTIMGIFDQDAPDPILIARPDLYRQGRLGTVYKPYSFWINMTDSLYQSLVIYYVAHWAYSDSSVDIWEFGTVICTECLFVQTLHLAIETKSWTIMHWMSIILSVLMYFGFALFYNGICVSCFGNSSQYWVIQHSMGTADFWVICLLASVLALLPRIFCRA 1483
YEAESPDE ALV AA AY C L RTP QV+V G + F++LH+LPFDSVRKRMSV++RHP S +++++ KGADS I ++ D + EKT+ L+ YAK GLR L +AK+V+ + EY EW R H AE S+ R+ LL ES R+E L L+G+TGIEDRLQEGVPESI L +AGI +W+LTGDKQETA+NIAY+C L ST + +L K++ E + SL V+ P+P D+ RA L++ GKTL + L + LQ+ FL+LTS+C +V+CCRATPLQK+ +V++V+ L++ TLAIGDGANDVSMIQ AD+G+G+SGQEGMQAVMASDFA+S+FK+L +L+LVHGHW Y R++ M+LYFFYKN A+V + FW+Q +CGFSG M D L+ +NLLFTS PP I G+ ++D L+ P+LY+ G+ Y P++FWI + D+ YQSLV ++V ++ Y S +DI+ FG + T LF+ LHL IE+KS T +H + I S+L YF FA+ + +CV+C S+ YW++Q + F+++C+L + +ALLPR R
Sbjct: 7 YEAESPDEAALVYAARAYQCTLQSRTPEQVMVDFAASGPLTFQLLHILPFDSVRKRMSVVVRHPLSNQVVVYTKGADSVIMELLSVASPDGAGPEKQQMIIREKTQRHLDDYAKQGLRTLCIAKKVMSDTEYAEWLRNHFLAETSIDNREELLLESAMRLENKLTLLGATGIEDRLQEGVPESIEALHKAGIKIWMLTGDKQETAVNIAYACMLMSTILK--ELQKKTQALPEQV------SLSVDLHQPPVPQDSGLRAGLIITGKTLEFALQE--SLQKQFLELTSWCQTVVCCRATPLQKSEVVKLVRSHLQVMTLAIGDGANDVSMIQVADIGIGVSGQEGMQAVMASDFAVSQFKHLSKLLLVHGHWCYTRLSNMILYFFYKNVAYVNLLFWYQFFCGFSGTSMTDYWVLIFFNLLFTSAPPVIYGVLEKDVSAETLMQLPELYKSGQKSEAYLPHTFWITLLDAFYQSLVCFFVPYFTYQGSDIDIFAFGNPLNTAALFIILLHLIIESKSLTWIHMLVITGSILSYFLFAIVFGAMCVTCNPPSNPYWIMQEHVLDPVFYLVCILTTCIALLPRFVYRG 582
BLAST of GH10952 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: 581.637 bits (1498), Expect = 3.305e-180 Identity = 287/618 (46.44%), Postives = 407/618 (65.86%), Query Frame = 0
Query: 909 YEAESPDELALVDAAFAYNCRLIKRTPGQVVVSLPGEGIVDFEVLHVLPFDSVRKRMSVIIRHPQSKEIILFCKGADSAIFTAMA----------EDGEDNVLEKTKEELEAYAKLGLRVLVMAKRVLHEAEYNEWTRKHCDAENSLQMRDRLLFESYNRIETNLYLVGSTGIEDRLQEGVPESIANLRRAGIVVWVLTGDKQETAINIAYSCHLFSTNMDIIKLNAKSRDGAEAIIRRNLDSLKVEQDTSPLPDAR--------------------DRALVVDGKTLIYILDKRAKLQESFLQLTSFCSSVLCCRATPLQKAYIVRIVKEELKMHTLAIGDGANDVSMIQTADVGVGISGQEGMQAVMASDFAISKFKYLERLILVHGHWNYDRIARMVLYFFYKNAAFVFVCFWFQLYCGFSGAVMIDQMYLMLYNLLFTSLPPTIMGIFDQDAPDPILIARPDLYRQGRLGTVYKPYSFWINMTDSLYQSLVIYYVAHWAYSDSSVDIWEFGTVICTECLFVQTLHLAIETKSWTIMHWMSIILSVLMYFGFALFYNGICVSCFGNSSQYWVIQHSMGTADFWVICLLASVLALLPRIFCRAVQNSLFPSDVIRA 1496
YEAESPDE ALV AA AY+ L+ RTP QV V LP + F +L L FDSVRKRMSV++RHP + EI+++ KGADS I + E + +T++ L+ YA+ GLR L +AK+V+ E ++ W +AE SL RD LL E+ +E L L+G+TGIEDRLQEGVP++IA LR AGI +WVLTGDKQETA+NIA+SC L + + +N ++++ E+I+ L+ LK ++ PD + + LV+DGKTL I + KL++ FL+LT +C SVLCCR+TPLQK+ IV++V+++L++ TL+IGDGANDVSMIQ AD+G+GISGQEGMQAVM+SDFAI++FK+L++L+LVHGHW Y R+ARMV+Y+ YKN +V + FW+Q +CGFS + MID ++ +NL FTSLPP + G+ D+D L+A P+LY+ G+ Y +FWI+M D+ YQSL+ +++ + AY S +D++ FGT I T L LH A+E K+WTI H + ++ S LMYF +L YN CV C ++ YWV++ + F+++C L V+ALLPR F ++Q + S + +A
Sbjct: 717 YEAESPDEAALVHAAHAYSFTLVSRTPEQVTVRLPQGTCLTFSLLCTLGFDSVRKRMSVVVRHPLTGEIVVYTKGADSVIMDLLEDPACVPDINMEKKLRKIRARTQKHLDLYARDGLRTLCIAKKVVSEEDFRRWASFRREAEASLDNRDELLMETAQHLENQLTLLGATGIEDRLQEGVPDTIATLREAGIQLWVLTGDKQETAVNIAHSCRLLNQTDTVYTINTENQETCESILNCALEELKQFRELQK-PDRKLFGFRLPSKTPSITSEAVVPEAGLVIDGKTLNAIF--QGKLEKKFLELTQYCRSVLCCRSTPLQKSMIVKLVRDKLRVMTLSIGDGANDVSMIQAADIGIGISGQEGMQAVMSSDFAITRFKHLKKLLLVHGHWCYSRLARMVVYYLYKNVCYVNLLFWYQFFCGFSSSTMIDYWQMIFFNLFFTSLPPLVFGVLDKDISAETLLALPELYKSGQNSECYNLSTFWISMVDAFYQSLICFFIPYLAYKGSDIDVFTFGTPINTISLTTILLHQAMEMKTWTIFHGVVLLGSFLMYFLVSLLYNATCVICNSPTNPYWVMEGQLSNPTFYLVCFLTPVVALLPRYFFLSLQGTCGKSLISKA 1331 HSP 2 Score: 452.981 bits (1164), Expect = 2.673e-133 Identity = 212/422 (50.24%), Postives = 296/422 (70.14%), Query Frame = 0
Query: 269 KHRTVKPNHCI-PADAKLVDHPNHRYLGNHVSTTKYTILSFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLAVTAIKDIFEDRRRYVSDKRVNNLTCRVYNGALSRYTKCLWKDLKVGDVVHLSCDELIPADILVLRSSDEHGTCYIDTQNLDGEANLKQREVPRGFVEKQSVFKPGDFRSTLECDMPTTKIYRFHGSIIHPWGERVPVGKDNLLLRECVLKNTNFVEGLVVYAGHESKAMLNNGGPRYKRSKLERQMNLEVIWCVVILVLMCFVGAVGSGIWLGSFDSYVPFLNTLSLSETNPAF-----EGFLTFWTFVIILQVIIPLSLYVTIEMTKLAQVYLMHQDLQMYDKAKDKPIECRALNIPEELGQVQYIFCDKTGTLTENNMVFKRCTIGGVDYGHQ 684
+ R V PN+ I D + V + RY GN TTKYT+ +FLP+NLFEQFHR+ANLYFLF+V+LNW+P++ F +E++M+P+ VL V IKD ED +R+ DK +N R+Y Y + WKD++VGD + + C+E++PADIL+L SSD +G C+++T +LDGE NLKQR V +GF +++ F+P F +T+ C+ P + +F G + HP R G ++LLLR C ++NT G+V+YAGHE+KAMLNN GPRYKRSK+ER+MN+++ +C+ IL+LMC +GAVG IW G+F+ + PF + + N +F GF F T +I+LQV+IP+SLYV+IE+ KL QV+ + DL +YD+ D I+CRALNI E+LGQ+QYIF DKTGTLTEN MVF+RCTI G +Y HQ
Sbjct: 44 QQRVVFPNNSIFHQDWEEV---SRRYPGNRTCTTKYTLFTFLPRNLFEQFHRWANLYFLFLVILNWMPSMEVFHREITMLPLAIVLFVIMIKDGMEDFKRHRFDKAINCSNIRIYERKEQTYVQKCWKDVRVGDFIQMKCNEIVPADILLLFSSDPNGICHLETASLDGETNLKQRCVVKGFSQQEVQFEPELFHNTIVCEKPNNHLNKFKGYMEHPDQTRTGFGCESLLLRGCTIRNTEMAVGIVIYAGHETKAMLNNSGPRYKRSKIERRMNIDIFFCIGILILMCLIGAVGHSIWNGTFEEHPPF----DVPDANGSFLPSALGGFYMFLTMIILLQVLIPISLYVSIELVKLGQVFFLSNDLDLYDEETDLSIQCRALNIAEDLGQIQYIFSDKTGTLTENKMVFRRCTIMGSEYSHQ 458
BLAST of GH10952 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: 447.973 bits (1151), Expect = 6.427e-134 Identity = 263/607 (43.33%), Postives = 360/607 (59.31%), Query Frame = 0
Query: 909 YEAESPDELALVDAAFAYNCRLIKRTPGQVVVSLPGEGIVDFEVLHVLPFDSVRKRMSVIIRHPQSKEIILFCKGADSAIFTAMAEDGEDNVLEKTKEELEAYAKLGLRVLVMAKRVLHEAEYNEWTRKHCDAENSLQMRDRLLFESYNRIETNLYLVGSTGIEDRLQEGVPESIANLRRAGIVVWVLTGDKQETAINIAYSCHLFSTNMDIIKLNAKSRDGAEAIIRRNLDSLKVEQDTSPLPDARDRALVVDGKTLIYILDKRAKLQESFLQLTSFCSSVLCCRATPLQKAYIVRIVKEELKMHTLAIGDGANDVSMIQTADVGVGISGQEGMQAVMASDFAISKFKYLERLILVHGHWNYDRIARMVLYFFYKNAAFVFVCFWFQLYCGFSGAVMIDQMYLMLYNLLFTSLPPTIMGIFDQDAPDPILIARPDLYRQGRLGTVYKPYSFWINMTDSLYQSLVIYYVAHWAYSDSSVDIWEFGTVICTECLFVQTLHLAIETKSWT-IMH---WMSIILSVLMYFGFALFYNGICVSCFGNSSQYWVIQHSMGTADFWVICLLASVL-ALLPRIFCRAVQNSLFPSDVIRAVMAQ--GTLLATRP 1508
Y+ ESPDE ALV AA AY LI+RT G +V+++ GE F VL + FDS RKRMSVI+ P + LF KGADS++F M E V+ +TK +L AY+ GLR LV+ R L+++E+ +W A +L R LL + IETNL +VG+T IED+LQ GVPE+I +LR AGI VWVLTGDKQETAI+I +S L + NM I +N+ S D RR+L+ ++ D + AL++DG +LIY+LD L++ Q+ CS++LCCR P QKA IV +VK TLAIGDGANDVSMIQ ADVGVGISGQEG QAVMASDFA+ +F++L L+LVHGHWNY R+ M+LY FY+NA FV + FW+ L+ ++ I + +LY++++T++P I+GI D+D L+ P LY G+ Y FW M D+++QS I+++ +AY S++D G + + V LHLA++ W I H W SI+ + + I + YW I T FW CLLA V+ +LLPR + + PSDV A A+ GT ++P
Sbjct: 559 YQGESPDEQALVYAAAAYGFLLIERTSGHIVINVRGE-TQRFNVLGLHEFDSDRKRMSVILGCPD-MSVKLFVKGADSSMFGVMDE-SYGGVIHETKIQLHAYSSDGLRTLVVGMRELNDSEFEQWHSSFEAASTALIGRAGLLRKVAGNIETNLRIVGATAIEDKLQRGVPEAIESLRIAGIKVWVLTGDKQETAISIGFSSRLLTRNMRQIVINSNSLDSC----RRSLEEANASIASNDESD--NVALIIDGTSLIYVLDN--DLEDVLFQVACKCSAILCCRVAPFQKAGIVALVKNRTSDMTLAIGDGANDVSMIQMADVGVGISGQEGRQAVMASDFAMGQFRFLVPLLLVHGHWNYQRMGYMILYNFYRNAVFVLILFWYVLFTCYTLTTAITEWSSVLYSVIYTAIPTIIIGILDKDLGRQTLLDHPQLYGVGQRAEGYSTTLFWYTMIDTIWQSAAIFFIPMFAYWGSTIDTSSLGDLWTIAAVVVVNLHLAMDVIRWNWITHAAIWGSIVAACICV---------IVIDVIPTLPGYWAIFQVGKTWMFW-FCLLAIVVTSLLPRFAIKFLVEYYRPSDVRIAREAEKLGTFRESQP 1144 HSP 2 Score: 350.132 bits (897), Expect = 2.073e-99 Identity = 191/493 (38.74%), Postives = 296/493 (60.04%), Query Frame = 0
Query: 282 DAKLV-----DHPNHRY--LGNHVSTTKYTILSFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLAVTAIKDIFEDRRRYVSDKRVNNLTCRVYNGALSRYTKCLWKDLKVGDVVHLSCDELIPADILVLRSSDEHGTCYIDTQNLDGEANLKQREVPRGFVEKQSVFKPGD---FRSTLECDMPTTKIYRFHGSIIHPWGERVPVGKDNLLLRECVLKNTNFVEGLVVYAGHESKAMLNNGGPRYKRSKLERQMNLEVIWCVVILVLMCFVGAVGSGIWLGS----FDSYVPFLNTLSLSET---------NPAFEGFLTFWTFVIILQVIIPLSLYVTIEMTKLAQVYLMHQDLQMYDKAKDKPIECRALNIPEELGQVQYIFCDKTGTLTENNMVFKRCTIGGVDYGHQVANSSSKVPGGTGRQSFPLPNQVLQEQLASIDIEQLIEKRDRKYGLHPEAHSVQDFFLHLAICNTVI 751
DA+L+ D N R+ GN + T KY++ +FLP+NLFEQFHR A +YFL I +LN +P + FG+ S++P+ FVL V+AIKD +ED RR+ SD+ NN V+ R K WK ++VG+V+ + ++ +P D+++L +SD G Y+ T NLDGE+NLK R + +++++ K D F ++C+ P IY F ++ G R+ +G N++LR C LKNT + G+VVYAG E+KAMLNN G KRS+LE +MNLE+I + L+++C + A + +WL + D+ + F SE +E F TF+ VI+ Q++IP+SLY+++E+ ++ Q Y M D QMYD++ D +CRALNI E+LGQ++Y+F DKTGTLT+N M F+ I GVDY + + S+ PG S + +L+ ++ + ++ ++ + + EA +FFL LA CNT++
Sbjct: 66 DARLIYINDPDRTNERFEFTGNSIKTAKYSVFTFLPRNLFEQFHRVAYIYFLVIAVLNQLPQLAVFGRGASIMPLAFVLLVSAIKDAYEDFRRHRSDRVENNRLALVFEDHQFREKK--WKHIRVGEVIKVQSNQTLPCDMVLLATSDPTGVVYVQTTNLDGESNLKTR-----YAKQETLLKAADMESFNGFIKCEKPNRNIYGFQANM-EIDGRRLSLGPSNIILRGCELKNTAWALGVVVYAGGETKAMLNNSGAPSKRSRLETRMNLEIILLSLFLIVLCTIAAATAAVWLRTHRDDLDT-ILFYRRKDYSERPGGKNYKYYGWGWEIFFTFFMAVIVYQIMIPISLYISMELVRIGQAYFMTNDDQMYDESSDSSFQCRALNINEDLGQIKYLFSDKTGTLTDNKMEFQCACIEGVDYSDR-EPADSEHPG----YSIEVDGIILKPKM-RVRVDPVLLQLTKTGKATEEAKRANEFFLSLAACNTIV 543
BLAST of GH10952 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: 434.106 bits (1115), Expect = 1.733e-128 Identity = 239/618 (38.67%), Postives = 371/618 (60.03%), Query Frame = 0
Query: 909 YEAESPDELALVDAAFAYNCRLIKRTPGQVVVSLPGEGIVDFEVLHVLPFDSVRKRMSVIIRHPQSKEIILFCKGADSAIFTAMAEDGEDNVLEKTKEELEAYAKLGLRVLVMAKRVLHEAEYNEWTRKHCDAENSLQMRDRLLFESYNRIETNLYLVGSTGIEDRLQEGVPESIANLRRAGIVVWVLTGDKQETAINIAYSCHLFSTNMD---------IIKLNAKSRDGAEAIIRRN---------LDSLKVEQDTSPLPD-ARDRALVVDGKTLIYILDKRAKLQESFLQLTSFCSSVLCCRATPLQKAYIVRIVKEELKMHTLAIGDGANDVSMIQTADVGVGISGQEGMQAVMASDFAISKFKYLERLILVHGHWNYDRIARMVLYFFYKNAAFVFVCFWFQLYCGFSGAVMIDQMYLMLYNLLFTSLPPTIMGIFDQDAPDPILIARPDLYRQGRLGTVYKPYSFWINMTDSLYQSLVIYYVAHWAYSDSS-------VDIWEFGTVICTECLFVQTLHLAIETKSWTIMHWMSIILSVLMYFG--FALFYNGICVSCFGNSSQY-WVIQHSMGTADFWVICLLASVLALLPRIFCRAVQNSLFP--SDVIR 1495
Y+A+SPDE ALV AA + RTP + V G I +++L +L F+++RKRMSVI+R+P+ K I L+CKGAD+ + + ++ +L T + L YA GLR LV+A + L E Y EW + A + R+ L Y +E N+ L+G+T IED+LQ+GVPE+IA L A I +WVLTGDKQETA+NI YSC + + +M ++++ + R E ++ + D L + TS L A + ALV++G +L + L+ A ++ FL+ C +V+CCR TPLQKA +V +VK+ K TLAIGDGANDVSMI+TA +GVGISGQEG+QAV+ASD++ S+FK+L+RL+LVHG W+Y R+ + + YFFYKN AF V FWF +CGFS + DQ ++ LYN+++TSLP MG+FDQD P+ + P LY G+L ++ F+I + +Y S++++++ + ++D++ D F + T + V ++ + ++T WT ++ I S+ +YF FA+ NG+ F N ++ Q+++ W+ +L +V+ ++P + R ++ +L P SD +R
Sbjct: 508 YKAQSPDEGALVTAARNFGFVFRSRTPKTITVHEMGTAIT-YQLLAILDFNNIRKRMSVIVRNPEGK-IRLYCKGADTILLDRLHHSTQE-LLNTTMDHLNEYAGEGLRTLVLAYKDLDEEYYEEWAERRLQASLAQDSREDRLASIYEEVENNMMLLGATAIEDKLQQGVPETIALLTLANIKIWVLTGDKQETAVNIGYSCKMLTDDMTEVFIVTGHTVLEVREELRKAREKMMDSSRSVGNGFTYQDKLSSSKLTSVLEAVAGEYALVINGHSLAHALE--ADMELEFLETACACKAVICCRVTPLQKAQVVELVKKYKKAVTLAIGDGANDVSMIKTAHIGVGISGQEGIQAVLASDYSFSQFKFLQRLLLVHGRWSYLRMCKFLCYFFYKNFAFTMVHFWFGFFCGFSAQTVYDQYFITLYNIVYTSLPVLAMGVFDQDVPEQRSMEYPKLYEPGQLNLLFNKREFFICIAQGIYTSVLMFFIPYGVFADATRDDGTQLADYQSFAVTVATSLVIVVSVQIGLDTGYWTAINHFFIWGSLAVYFAILFAMHSNGL-FDMFPNQFRFVGNAQNTLAQPTVWLTIVLTTVVCIMPVVAFRFLRLNLKPDLSDTVR 1119 HSP 2 Score: 303.908 bits (777), Expect = 1.418e-83 Identity = 162/397 (40.81%), Postives = 248/397 (62.47%), Query Frame = 0
Query: 292 RYLGNHVSTTKYTILSFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLAVTAIKDIFEDRRRYVSDKRVNNLTCRVY-NGALSRYTKCLWKDLKVGDVVHLSCDELIPADILVLRSSDEHGTCYIDTQNLDGEANLKQREVPRGFVEKQSVFKPGDFRSTLECDMPTTKIYRFHGSIIHPWGE-RVPVGKDNLLLRECVLKNTNFVEGLVVYAGHESKAMLNNGGPRYKRSKLERQMNLEVIWCVVILVLMCFVGAVGSGIW---LG-SFDSYVPFLNTLSLSETNPAFEGFLTFWTFVIILQVIIPLSLYVTIEMTKLAQVYLMHQDLQMYDKAKDKPIECRALNIPEELGQVQYIFCDKTGTLTENNMVFKRCTIGGVDYG 682
+Y N + T+KY IL+FLP NLFEQF AN YFLF+++L +P I++ +++P++ VL +TA+KD +D R+ SD +VNN +V NG L + W ++ VGD++ L ++ + AD+L+L SS+ HG CYI+T LDGE N+K R+ E + K F + C+ P K+ +F G++ W E + P+ N+LLR CVL+NT + GLV++AG ++K M N+G ++KR+ ++R MN V+W LV M + A+G+ IW +G F Y+P+ + + F GFL+FW+++IIL ++P+SLYV++E+ +L Y ++ D +M+ K P E R + EELGQV+YIF DKTGTLT+N MVF +C+I G YG
Sbjct: 47 QYASNCIKTSKYNILTFLPVNLFEQFQEVANTYFLFLLILQLIPQISSLSWFTTIVPLVLVLTITAVKDATDDYFRHKSDNQVNNRQSQVLINGILQQEQ---WMNVCVGDIIKLENNQFVAADLLLLSSSEPHGLCYIETAELDGETNMKVRQAIPVTSELGDISKLAKFDGEVICEPPNNKLDKFSGTLY--WKENKFPLSNQNMLLRGCVLRNTEWCFGLVIFAGPDTKLMQNSGRTKFKRTSIDRLMNTLVLWIFGFLVCMGVILAIGNAIWEHEVGMRFQVYLPWDEAVD----SAFFSGFLSFWSYIIILNTVVPISLYVSVEVIRLGHSYFINWDKKMFCMKKRTPAEARTTTLNEELGQVEYIFSDKTGTLTQNIMVFNKCSINGHSYG 434
BLAST of GH10952 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: 431.024 bits (1107), Expect = 1.902e-127 Identity = 242/621 (38.97%), Postives = 372/621 (59.90%), Query Frame = 0
Query: 909 YEAESPDELALVDAAFAYNCRLIKRTPGQVVVSLPGEGIVDFEVLHVLPFDSVRKRMSVIIRHPQSKEIILFCKGADSAIFTAMAEDGEDNVLEKTKEELEAYAKLGLRVLVMAKRVLHEAEYNEWTRKHCDAENSLQMRDRLLFESYNRIETNLYLVGSTGIEDRLQEGVPESIANLRRAGIVVWVLTGDKQETAINIAYSCHLFSTNM----------------DIIKLNAKSRDGAEAI-----IRRNLDSLKVEQDTSPLPD-ARDRALVVDGKTLIYILDKRAKLQESFLQLTSFCSSVLCCRATPLQKAYIVRIVKEELKMHTLAIGDGANDVSMIQTADVGVGISGQEGMQAVMASDFAISKFKYLERLILVHGHWNYDRIARMVLYFFYKNAAFVFVCFWFQLYCGFSGAVMIDQMYLMLYNLLFTSLPPTIMGIFDQDAPDPILIARPDLYRQGRLGTVYKPYSFWINMTDSLYQSLVIYYVAHWAYSDSS-------VDIWEFGTVICTECLFVQTLHLAIETKSWTIMHWMSIILSVLMYFG--FALFYNGICVSCFGNSSQY-WVIQHSMGTADFWVICLLASVLALLPRIFCRAVQNSLFP--SDVIR 1495
Y+A+SPDE ALV AA + RTP + V G I +++L +L F+++RKRMSVI+R+P+ K I L+CKGAD+ + + ++ +L T + L YA GLR LV+A + L E Y EW R+ A + R+ L Y +E+++ L+G+T IED+LQ+GVPE+IA L A I +WVLTGDKQETA+NI YSC + + +M ++ K K D + A+ + NL S K+ TS L A + ALV++G +L + L+ A ++ FL+ C +V+CCR TPLQKA +V +VK+ K TLAIGDGANDVSMI+TA +GVGISGQEG+QAV+ASD++ S+FK+L+RL+LVHG W+Y R+ + + YFFYKN AF V FWF +CGFS + DQ ++ LYN+++TSLP MG+FDQD P+ + P LY G+L ++ F+I + +Y S++++++ + +++++ D F + T + V ++ + ++T WT ++ I S+ +YF FA+ NG+ F N ++ Q+++ W+ L + + ++P + R ++ SL P SD +R
Sbjct: 508 YKAQSPDEGALVTAARNFGFVFRSRTPKTITVHELGTAIT-YQLLAILDFNNIRKRMSVIVRNPEGK-IRLYCKGADTILLDRLHPPTQE-LLSSTTDHLNEYAGDGLRTLVLAYKDLDEEYYEEWARRRLQASLAQDSREDRLASIYEEVESDMMLLGATAIEDKLQQGVPETIALLTLANIKIWVLTGDKQETAVNIGYSCKMLTDDMTEVFVVTGHTVLEVREELRKARKKMVDSSHAVGNGFTYQGNLSSSKL---TSVLEAVAGEYALVINGHSLAHALE--ADMELEFLETACACKAVICCRVTPLQKAQVVELVKKYKKAVTLAIGDGANDVSMIKTAHIGVGISGQEGIQAVLASDYSFSQFKFLQRLLLVHGRWSYLRMCKFLCYFFYKNFAFTMVHFWFGFFCGFSAQTVYDQYFITLYNIVYTSLPVLAMGVFDQDVPEQRSMEYPKLYEPGQLNLLFNKREFFICIAQGIYTSVLMFFIPYGVFAEATRDDGTQLADYQSFAVTVATSLVIVVSVQIGLDTGYWTAINHFFIWGSLAVYFAILFAMHSNGL-FDMFPNQFRFVGNAQNTLAQPTVWLTIALTTAVCIMPVVAFRFLRLSLKPDLSDTVR 1119 HSP 2 Score: 302.753 bits (774), Expect = 3.020e-83 Identity = 161/397 (40.55%), Postives = 249/397 (62.72%), Query Frame = 0
Query: 292 RYLGNHVSTTKYTILSFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLAVTAIKDIFEDRRRYVSDKRVNNLTCRVY-NGALSRYTKCLWKDLKVGDVVHLSCDELIPADILVLRSSDEHGTCYIDTQNLDGEANLKQREVPRGFVEKQSVFKPGDFRSTLECDMPTTKIYRFHGSIIHPWGE-RVPVGKDNLLLRECVLKNTNFVEGLVVYAGHESKAMLNNGGPRYKRSKLERQMNLEVIWCVVILVLMCFVGAVGSGIW---LGS-FDSYVPFLNTLSLSETNPAFEGFLTFWTFVIILQVIIPLSLYVTIEMTKLAQVYLMHQDLQMYDKAKDKPIECRALNIPEELGQVQYIFCDKTGTLTENNMVFKRCTIGGVDYG 682
+Y N + T+KY I++FLP NLFEQF AN YFLF+++L +P I++ +++P++ VL +TA+KD +D R+ SD +VNN +V NG L + W ++ VGD++ L ++ + AD+L+L SS+ HG CYI+T LDGE N+K R+ E V + F + C+ P K+ +F G++ W E + P+ N+LLR CVL+NT + GLV++AG ++K M N+G ++KR+ ++R MN V+W LV M + A+G+ IW +G+ F Y+P+ + + F GFL+FW+++IIL ++P+SLYV++E+ +L Y ++ D +M+ K P E R + EELGQV+YIF DKTGTLT+N MVF +C+I G YG
Sbjct: 47 QYASNCIKTSKYNIVTFLPVNLFEQFQEVANTYFLFLLILQLIPQISSLSWFTTIVPLVLVLTITAVKDATDDYFRHKSDNQVNNRHSQVLINGVLQQEQ---WMNVCVGDIIKLENNQFVAADLLLLSSSEPHGLCYIETAELDGETNMKVRQAIPVTSELGDVSQLARFDGEVICEPPNNKLDKFSGTLY--WKENKFPLSNQNMLLRGCVLRNTEWCFGLVIFAGPDTKLMQNSGRTKFKRTSIDRLMNTLVLWIFGFLVCMGVILAIGNAIWEHEVGTRFQVYLPWDEAVD----SAFFSGFLSFWSYIIILNTVVPISLYVSVEVIRLGHSYFINWDKKMFCMKKRTPAEARTTTLNEELGQVEYIFSDKTGTLTQNIMVFNKCSINGHSYG 434
BLAST of GH10952 vs. SwissProt
Match: gi|30316321|sp|Q9XIE6.2|ALA3_ARATH (RecName: Full=Phospholipid-transporting ATPase 3; Short=AtALA3; AltName: Full=Aminophospholipid ATPase 3; AltName: Full=Aminophospholipid flippase 3; AltName: Full=Protein IRREGULAR TRICHOME BRANCH 2) HSP 1 Score: 427.943 bits (1099), Expect = 3.172e-126 Identity = 247/615 (40.16%), Postives = 359/615 (58.37%), Query Frame = 0
Query: 906 KPIYEAESPDELALVDAAFAYNCRLIKRTPGQVVV------SLPGEGIVDFEVLHVLPFDSVRKRMSVIIRHPQSKEIILFCKGADSAIFTAMAEDGEDNVLEKTKEELEAYAKLGLRVLVMAKRVLHEAEYNEWTRKHCDAENSLQMRDRLLFESYNRIETNLYLVGSTGIEDRLQEGVPESIANLRRAGIVVWVLTGDKQETAINIAYSCHLFSTNM---------DIIKLNAKSRDGAEAI------IRRNLD-SLKVEQDTSPLPDARDRALVVDGKTLIYILDKRAKLQESFLQLTSFCSSVLCCRATPLQKAYIVRIVKEELKMHTLAIGDGANDVSMIQTADVGVGISGQEGMQAVMASDFAISKFKYLERLILVHGHWNYDRIARMVLYFFYKNAAFVFVCFWFQLYCGFSGAVMIDQMYLMLYNLLFTSLPPTIMGIFDQDAPDPILIARPDLYRQGRLGTVYKPYSFWINMTDSLYQSLVIY-YVAHWAY-----SDSSVDIWEFGTVICTECLFVQTLHLAIETKSWTIMHWMSIILSVLMYFGFALFYNGICVSCFGNSSQYWVIQHSMGTADFWVICLLASVLALLPRIFCRAVQNSLFPSD 1492
K +Y+A SPDE ALV AA + +RTP V V + V +E+L+VL F+S RKR SV+ R P + ++L+CKGAD+ IF +A +G D+V + T+E LE + GLR L +A + L+ Y+ W K A+++L+ R++ L E IE +L L+GST IED+LQEGVP I L RAGI +WVLTGDK ETAINIAY+C+L + M D I+ + D E ++R L SL+ Q + +LV+DGK L+Y LD L+ L L+ C+SV+CCR +PLQKA + +V++ + TL+IGDGANDVSMIQ A VG+GISG EGMQAVMASDFAI++F++L L+LVHG W+Y RI ++V+YFFYKN F FWF GFSG D + L+N++FT+LP ++G+F++D + P+LYR+G + +K + T ++YQSLV Y +V ++ S +W+ T++ T + + + + + S T H++++ S+L + FA Y GI N + Y+VI M T F+ LL +++LL + V+ FP D
Sbjct: 513 KIVYQAASPDEAALVTAAKNFGFFFYRRTPTMVYVRESHVEKMGKIQDVAYEILNVLEFNSTRKRQSVVCRFPDGR-LVLYCKGADNVIFERLA-NGMDDVRKVTREHLEHFGSSGLRTLCLAYKDLNPETYDSWNEKFIQAKSALRDREKKLDEVAELIEKDLILIGSTAIEDKLQEGVPTCIETLSRAGIKIWVLTGDKMETAINIAYACNLINNEMKQFVISSETDAIREAEERGDQVEIARVIKEEVKRELKKSLEEAQHSLHTVAGPKLSLVIDGKCLMYALD--PSLRVMLLSLSLNCTSVVCCRVSPLQKAQVTSLVRKGAQKITLSIGDGANDVSMIQAAHVGIGISGMEGMQAVMASDFAIAQFRFLTDLLLVHGRWSYLRICKVVMYFFYKNLTFTLTQFWFTFRTGFSGQRFYDDWFQSLFNVVFTALPVIVLGLFEKDVSASLSKRYPELYREGIRNSFFKWRVVAVWATSAVYQSLVCYLFVTTSSFGAVNSSGKVFGLWDVSTMVFTCLVIAVNVRILLMSNSITRWHYITVGGSILAWLVFAFVYCGIMTPHDRNENVYFVIYVLMSTFYFYFTLLLVPIVSLLGDFIFQGVERWFFPYD 1123 HSP 2 Score: 314.694 bits (805), Expect = 4.220e-87 Identity = 184/496 (37.10%), Postives = 272/496 (54.84%), Query Frame = 0
Query: 259 RKKTLLDTEPKHRTVKPNHCIPADAKLVDHPNHRYLGNHVSTTKYTILSFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLAVTAIKDIFEDRRRYVSDKRVNNLTCRVYNGALSRYTKCLWKDLKVGDVVHLSCDELIPADILVLRSSDEHGTCYIDTQNLDGEANLKQREVPRGFVEKQSVFKPGDFRSTLECDMPTTKIYRFHGSIIHPWGERVPVGKDNLLLRECVLKNTNFVEGLVVYAGHESKAMLNNGGPRYKRSKLERQMNLEVIWCVVILVLMCFVGAVGSGIWLGSFDSYVPFLNTLSLSETNPAFEGFLTFWTFVIILQVIIPLSLYVTIEMTKLAQ-VYLMHQDLQMYDKAKDKPIECRALNIPEELGQVQYIFCDKTGTLTENNMVFKRCTIGGVDYGHQVANSSSKVPG--GTGRQSFPLPNQVLQEQLASIDIEQLIEKRDRKYGLHPEAHSVQDFFLHLAICNTVI 751
R TL +P+ T + +C ++ + P R+ GN +STTKY + +FLPK LFEQF R AN+YFL I L+ P I+ ++ P+ VL V+ IK+ FED +R+ +D +NN T + ++ W+ L+VGD+V + D PADIL + S++ G CY++T NLDGE NLK R+ + K +F+ ++C+ P +Y F G+++ + +P+ D LLLR C L+NT ++ G VV+ GHE+K M+N KRS LE++++ +I +LV MC +GA+G I D Y+ N+ N GF TF+T V + IIP+SLYV+IEM K Q +++DL MY + P R N+ EELGQV+YIF DKTGTLT N M F +C+IGGV YG V + G Q ++E+ + D +L+ R P ++ F LAIC+TV+
Sbjct: 21 RTVTLGHIQPQAPTYRTVYCNDRES---NQP-VRFKGNSISTTKYNVFTFLPKGLFEQFRRIANIYFLGISCLSMTP-ISPVSPITNVAPLSMVLLVSLIKEAFEDWKRFQNDMSINNSTVEILQD--QQWVSIPWRKLQVGDIVKIKKDGFFPADILFMSSTNSDGICYVETANLDGETNLKIRKALERTWDYLVPEKAYEFKGEIQCEQPNNSLYTFTGNLVVQ-KQTLPLSPDQLLLRGCSLRNTEYIVGAVVFTGHETKVMMNAMNAPSKRSTLEKKLDKLIITIFCVLVTMCLIGAIGCSIVTDREDKYLGLHNS-DWEYRNGLMIGFFTFFTLVTLFSSIIPISLYVSIEMIKFIQSTQFINRDLNMYHAETNTPASARTSNLNEELGQVEYIFSDKTGTLTRNLMEFFKCSIGGVSYGCGVTEIEKGIAQRHGLKVQEEQRSTGAIREKGFNFDDPRLMRGAWRN---EPNPDLCKELFRCLAICHTVL 504
BLAST of GH10952 vs. nr
Match: gi|1325284193|ref|XP_023326797.1| (probable phospholipid-transporting ATPase VD isoform X1 [Eurytemora affinis] >gi|1325284196|ref|XP_023326798.1| probable phospholipid-transporting ATPase VD isoform X2 [Eurytemora affinis]) HSP 1 Score: 1628.22 bits (4215), Expect = 0.000e+0 Identity = 829/1395 (59.43%), Postives = 1032/1395 (73.98%), Query Frame = 0
Query: 124 SVLKKPAQRGHRRVFSHG----QIPYNAEAMEGTPDHVKGHKRSGSKTEFILPPGHEERERKRSASSTNPPVLQRTGSYKAGGAAPLPRPGSSFHRRQASRTDSLAFSFRGHSRQASRTDSIYTLRQTTTNTRRKIFCFRKKT-LLDTEPKHRTVKPNHCIPADAKLVDHPNHRYLGNHVSTTKYTILSFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLAVTAIKDIFEDRRRYVSDKRVNNLTCRVYNGALSRYTKCLWKDLKVGDVVHLSCDELIPADILVLRSSDEHGTCYIDTQNLDGEANLKQREVPRGF-VEKQSVFKPGDFRSTLECDMPTTKIYRFHGSIIHPWGERVPVGKDNLLLRECVLKNTNFVEGLVVYAGHESKAMLNNGGPRYKRSKLERQMNLEVIWCVVILVLMCFVGAVGSGIWLGSFDSYVPFLNTLSLSETNPAFEGFLTFWTFVIILQVIIPLSLYVTIEMTKLAQVYLMHQDLQMYDKAKDKPIECRALNIPEELGQVQYIFCDKTGTLTENNMVFKRCTIGGVDYGHQVANSSSKVPGGTGRQSFPLPNQVLQEQLASIDIEQLIEKRDRKYGLHPEAHS--VQDFFLHLAICNTVIVAKHPHHDNMNESGVVALTGNTASHARLDHP-------PPTRLAKAQLDEVSEESHLSSPSPPPSFMSTTSSTAPLRPDPSLTPKRPNRLFDYF-ATAKPLSPIAASPETTPTESPFPRPKYLQLPNILHPISKLVSHGSIASLSRNNSRSATPTQSV-GQDIKPIYEAESPDELALVDAAFAYNCRLIKRTPGQVVVSLPGEGIVDFEVLHVLPFDSVRKRMSVIIRHPQSKEIILFCKGADSAIFTAMAE---DGEDNVLEKTKEELEAYAKLGLRVLVMAKRVLHEAEYNEWTRKHCDAENSLQMRDRLLFESYNRIETNLYLVGSTGIEDRLQEGVPESIANLRRAGIVVWVLTGDKQETAINIAYSCHLFSTNMDIIKLNAKSRDGAEAIIRRNLDSLKVEQDTSPLPDARD-RALVVDGKTLIYILDKRAKLQESFLQLTSFCSSVLCCRATPLQKAYIVRIVKEELKMHTLAIGDGANDVSMIQTADVGVGISGQEGMQAVMASDFAISKFKYLERLILVHGHWNYDRIARMVLYFFYKNAAFVFVCFWFQLYCGFSGAVMIDQMYLMLYNLLFTSLPPTIMGIFDQDAPDPILIARPDLYRQGRLGTVYKPYSFWINMTDSLYQSLVIYYVAHWAYSDSSVDIWEFGTVICTECLFVQTLHLAIETKSWTIMHWMSIILSVLMYFGFALFYNGICVSCFGNSSQYWVIQHSMGTADFWVICLLASVLALLPRIFCRAVQNSLFPSDVIRAV 1497
S LKKP GHRRVFS G Q PY GH R+GS+T+F+LPP HEERERK+ + NP RPGS H+R SRTDS+ FRGHSRQ SR+DSIYTLRQTTTN ++K+F + K ++ E KHRTV PNH +P K +HPNH +L N + TTKYT LSFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKE+SM+PVI VL VTAIKD+FEDRRR SD+RVNN TCRV+N SRY WKD++ GD+VHLS +E IPADIL+L SSD G C+IDTQNLDGE NLKQRE+PRG + + R LECD PTTKIYRFHGS++ PWGER+PVGKDNL+LREC+LKNT++VEGLVVYAGHESKAMLNNGGPRYKRSKLERQ+N EV++CV IL +C +GAVG+G+W+ SF+ PFL L + + NP ++GFL FWTF+IILQ+IIPLSLYVTIE+TKL+QVYL+H D +YD +K +ECRALNIPEELGQVQY+FCDKTGTLTEN MVFKRC+I G D+GH NS S G+ R P N L E L +++I L++ P S VQ+FFL LA+CNTVIVA PH D MN +GV+ TA ++ L P PP+ LA + + + S SSPSPPPS +ST SSTA L P P R + D+ A A+PLSPI +SPET+P +SP + L+L +L+PISKL S+ S N+S S SV +I+PI+EAESPDELALVDAAFAYNC+LIKRTPGQ+ VSLPG+G V+F++LH+LPFDSVRKRM V++ +P++ + L+CKGADS +F ++ E+ +LE TK L+ Y++ GLRVLVMA R L + EY +W +H AEN+L+ R++LL ESYN IE + L+G+TGIED+LQEGVP++I +R+AG+VVWVLTGDKQETAINIA+SC LF+ NM+IIKLN++SRD AE+ IR LD K T RD RALVVDGKTL+YILDKRA +QE FLQLT C +VL CRATPLQKAYIVRIVKEELKMHTLAIGDGANDVSMIQTAD+GVGISGQEGMQAVMA+DFA+S+F+++ERL+LVHGHW+YDR+ RMVL+FF+KNA FVFVCFW+QL+CG+SG VMIDQMYLML+NLLFTSLPP +G+FD++AP +L ++P LY GRL TVYKPYSFWINM ++LY S++++++A Y+ SS+ +WEFGT+IC++C+ V + L +ETKSWT++HW+++I SV +Y F L YN +C C G ++ Y V+QH+M +++ L+ V++ LPR+F R +QN+ PSDVI AV
Sbjct: 293 SALKKP---GHRRVFSQGGVGNQEPYKP-----------GHTRNGSRTDFLLPPDHEERERKK-VNPINPS-----------------RPGS--HKRNHSRTDSITGFFRGHSRQNSRSDSIYTLRQTTTNYKKKVFFWNKPVPAVEIERKHRTVVPNHLVPGSPKDTEHPNHSFLSNKIRTTKYTFLSFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEISMLPVILVLVVTAIKDLFEDRRRLTSDQRVNNSTCRVFNHQESRYEAKYWKDIRTGDIVHLSNNEQIPADILLLHSSDASGLCFIDTQNLDGETNLKQREIPRGLKLGTGPNLDVQELRCNLECDAPTTKIYRFHGSLVQPWGERIPVGKDNLILRECMLKNTDYVEGLVVYAGHESKAMLNNGGPRYKRSKLERQINSEVLYCVFILFGLCLIGAVGAGLWINSFNVTAPFLAILEIMDVNPLWDGFLAFWTFIIILQIIIPLSLYVTIELTKLSQVYLIHNDPLLYDPVHEKRVECRALNIPEELGQVQYMFCDKTGTLTENKMVFKRCSINGQDFGH---NSFSH--PGSSRAIIPT-NPKLAEYLNTLEIGALVDSTT-----PPSQGSLLVQEFFLLLAVCNTVIVANKPHRDTMNANGVIQSNPGTA-NSSLRRPKRNSLIAPPSALASSCATPI-QASRESSPSPPPSLVSTVSSTAGLTTPPGSQPVRRPKFLDFLPAGARPLSPIQSSPETSPADSPASGHRSLRLSTMLNPISKLTSYYS------NSSLSKVSRSSVPAGEIRPIFEAESPDELALVDAAFAYNCKLIKRTPGQLTVSLPGDGEVEFKILHILPFDSVRKRMGVVLLNPKTGKKTLYCKGADSNMFPRISRPKSQEEEALLESTKNHLDVYSQQGLRVLVMASRELGDPEYEDWLEQHKKAENALERREKLLMESYNSIENKMKLLGATGIEDKLQEGVPDAIFRIRQAGVVVWVLTGDKQETAINIAFSCRLFTQNMEIIKLNSRSRDAAESSIRNYLDQAKHSTRT------RDKRALVVDGKTLVYILDKRANIQELFLQLTEQCCAVLGCRATPLQKAYIVRIVKEELKMHTLAIGDGANDVSMIQTADIGVGISGQEGMQAVMAADFAVSRFRFIERLLLVHGHWSYDRLGRMVLHFFFKNATFVFVCFWYQLFCGWSGQVMIDQMYLMLFNLLFTSLPPVAVGVFDRNAPADLLTSQPKLYSVGRLSTVYKPYSFWINMAEALYTSILLFFIAFGVYTGSSIGVWEFGTLICSQCILVMLIQLGVETKSWTVVHWLAMITSVGLYLAFGLIYNAVCSECEGLTNPYLVMQHAMSDPKHYLVLLITGVVSALPRVFGRVIQNTFNPSDVIIAV 1628
BLAST of GH10952 vs. nr
Match: gi|1227970544|ref|XP_021916671.1| (probable phospholipid-transporting ATPase VD isoform X3 [Zootermopsis nevadensis]) HSP 1 Score: 1538.09 bits (3981), Expect = 0.000e+0 Identity = 828/1530 (54.12%), Postives = 1041/1530 (68.04%), Query Frame = 0
Query: 70 TPAFPSPETMRTVTVSNPGS-AQVSRSSSPAHPGRGQHQRSASHGG-------RQPLPGLP-PSVLKKPAQRGHRRVFSHGQIPYNAEAMEGTPDHVKGHKRSGSKTEFILPPGHEERERKRSASSTNPPVLQRTGSYKAGGAAPLPRPGSSFHRRQASRTDSLAFSFRGHSRQASRTDSIYTLRQT---TTNTRRKIFCFRKKTLLDTE-PKHRTVKPNHCIPADAKLVDHPNHRYLGNHVSTTKYTILSFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLAVTAIKDIFEDRRRYVSDKRVNNLTCRVYNGALSRYTKCLWKDLKVGDVVHLSCDELIPADILVLRSSDEHGTCYIDTQNLDGEANLKQREVPRGFVEKQSVFKPGDFRSTLECDMPTTKIYRFHGSIIHPWGERVPVGKDNLLLRECVLKNTNFVEGLVVYAGHESKAMLNNGGPRYKRSKLERQMNLEVIWCVVILVLMCFVGAVGSGIWLGSFDSY----VPFLNTLSLSETNPAFEGFLTFWTFVIILQVIIPLSLYVTIEMTKLAQVYLMHQDLQMYDKAKDKPIECRALNIPEELGQVQYIFCDKTGTLTENNMVFKRCTIGGVDYGHQVANSSSKVPGGTGRQSFPLPNQVLQEQLASIDIEQLIEKRDR-KYGLHPEAHSVQDFFLHLAICNTVIVAKHPHHDNMNESGVVALTGNT------------ASH-ARLDHPPPTRLAK---------AQLDEVSEESHLSSPSPPP------SFMSTTSSTAPLRPDPSLTPKRPNRLFDY---------FATAKPLSPIAASPETT---------PTESPFPRPKYLQLPNILHPISKLVSHGSIASLSRNNS-RSATPTQSVGQDIKPIYEAESPDELALVDAAFAYNCRLIKRTPGQVVVSLPGEGIVDFEVLHVLPFDSVRKRMSVIIRHPQSKEIILFCKGADSAIFTAMAEDGE---DNVLEKTKEELEAYAKLGLRVLVMAKRVLHEAEYNEWTRKHCDAENSLQMRDRLLFESYNRIETNLYLVGSTGIEDRLQEGVPESIANLRRAGIVVWVLTGDKQETAINIAYSCHLFSTNMDIIKLNAKSRDGAEAIIRRNLDSLKVE---------------------------QDT------SPLPDARDRALVVDGKTLIYILDKRAKLQESFLQLTSFCSSVLCCRATPLQKAYIVRIVKEELKMHTLAIGDGANDVSMIQTADVGVGISGQEGMQAVMASDFAISKFKYLERLILVHGHWNYDRIARMVLYFFYKNAAFVFVCFWFQLYCGFSGAVMIDQMYLMLYNLLFTSLPPTIMGIFDQDAPDPILIARPDLYRQGRLGTVYKPYSFWINMTDSLYQSLVIYYVAHWAYSDSSVDIWEFGTVICTECLFVQTLHLAIETKSWTIMHWMSIILSVLMYFGFALFYNGICVSCFGNSSQYWVIQHSMGTADFWVICLLASVLALLPRIFCRAVQNSLFPSDVIRAVM 1498
T FPS V++S S A VS S+ G H RSASHGG + + PS LK+ RGH+R FS GQI GT ++ H R GS+T+FILPPGH++ + G+ G+A P A R GHSRQASR++SIYTLRQ+ + + + + R+ D E P++RTV PNH +P HPN R N + TTKYT+LSFLPKNL EQFHR ANLYF+ IVLLNWVPAINAFGKE++MIPV+FVL VTA+KD+FEDRRR+ SDKR+NN TCRVY RY K LWK ++VGD++HLS +E+IPADIL+LRSSD HG C+IDT NLDGE NLKQREV RGF E+Q VF+P FRS +E D PTTKIYRFHG+I+HP GER+PVG +NLLLRECVLKNT+FVEG+VVYAGHE+KAMLNNGGPRYKRS LERQMNL+VIWCV+IL ++C +GAVG +WL S+++Y VPF+ L+E+ P EGFL FWTF+IILQV+IPLSLYVTIEM KL QVY +H D+ MYD +K +ECRALNI EELGQVQYIF DKTGTLTEN M+F+RC+IGGVDY H + + G L N LQE+L ++++ ++E+ + P A +Q+F L LA+CNTV+V++HPHHD MN SGV+ N +SH + D P + +K +Q+D+ S S S +P P S+ TS P PS R +Y F LSPI +S ETT RPK L +P++L S S S S+N+ RSATP+ ++KPI+EAESPDELALVDAA++YNCRL+KRTP V VSLPGEG++DFEVL VLPFDS RK MSV++RHP ++E IL+CKGADS I +A + ++ +T++ L +YA+ GLRVLVMA+R L + EYN+W RKH +A L+ R+R + ESY+R+ETNL L+G+TGIEDRLQ+GVPE+I++L AGIV+WVLTGDK ETAIN+AYS LFS M+++KL+A+SRD AE+ I L ++ + +DT PL + RALV+DGKTL YILD+R+ LQ+ FLQLT +CSSVLCCRATPLQKAYIVR+VKE+LKM TLAIGDGANDVSMIQTADVG+GISGQEGMQAVMASDFAIS+FKYLE+L+LVHGHW YDR++RMVLYFFYKNA FVF+ FW+QLYCGFSG+VMIDQMYLMLYNLLFTSLPP ++G++DQDAP+ +L+ARP+LYRQGRLG VYKP+SFWI M DSLYQS+VI+++ AY D+ + IWEFGT I T CLFV H+AIET+SWTI+H +SI +S+ ++ F+L YN ICV C S YWV+QH+ +A +W + L+ V+AL+PR R+V+ S FP DV RA++
Sbjct: 61 TYLFPSTHPRAVVSMSAAVSIAAVSSHSASILKG---HARSASHGGVGTSLTSASSVGAIGRPSALKQ--NRGHQRAFSQGQI-----VEGGTGSALRCHSRVGSRTDFILPPGHKDSD----------------GTTVGSGSAAKP----------AGRG--------GHSRQASRSESIYTLRQSGPPSLWNQFQSYILRRGGKADVEEPRYRTVVPNHLVPPRTPRKVHPNGRRPDNRIRTTKYTLLSFLPKNLLEQFHRVANLYFICIVLLNWVPAINAFGKEIAMIPVLFVLGVTAVKDLFEDRRRHASDKRINNSTCRVYRSDEERYKKVLWKSVRVGDLIHLSNNEVIPADILLLRSSDPHGLCFIDTCNLDGETNLKQREVARGFTERQDVFEPRKFRSVVEVDGPTTKIYRFHGAIVHPAGERIPVGTENLLLRECVLKNTDFVEGIVVYAGHETKAMLNNGGPRYKRSNLERQMNLDVIWCVLILFVLCVIGAVGCKLWLSSYENYDNHSVPFI---PLAES-PVKEGFLGFWTFIIILQVMIPLSLYVTIEMGKLMQVYHIHNDIDMYDPETNKQVECRALNISEELGQVQYIFSDKTGTLTENKMIFRRCSIGGVDYNHPPPENVQNLRLRPGAPMPLLVNPQLQEELYQLNLQHVLEESGQGDMRQAPHAQRIQEFLLLLAVCNTVVVSRHPHHDMMNASGVIESVQNVLGSHSGANMNAVSSHLSHCDENPSSVTSKQSVAIAVRGSQIDKYSRLSESRSVTPSPPPPHAHSYPPHTSVNIP----PSDATPFGRRTLNYTGSGITSMEFPHQPILSPINSSSETTPTTESPTMPQAAKQISRPKLLNVPSLLLVGSNKKSSSSKGGNSQNSQQRSATPSPC---ELKPIFEAESPDELALVDAAYSYNCRLVKRTPQFVTVSLPGEGLLDFEVLQVLPFDSARKCMSVVLRHPVTREKILYCKGADSTILPQLAPSDDFMMQQLIFRTQQHLNSYARQGLRVLVMARRTLSDVEYNDWLRKHSEATLGLENRERRIRESYSRLETNLTLLGATGIEDRLQDGVPEAISSLISAGIVIWVLTGDKPETAINVAYSAKLFSPQMELLKLSARSRDAAESTILFYLADIERQSPPDIGIVGGPPGLNQVGVFARATISPRDTPSQHQRGPLHANKRRALVIDGKTLTYILDQRSNLQKPFLQLTCYCSSVLCCRATPLQKAYIVRVVKEQLKMRTLAIGDGANDVSMIQTADVGIGISGQEGMQAVMASDFAISRFKYLEKLLLVHGHWCYDRLSRMVLYFFYKNATFVFLIFWYQLYCGFSGSVMIDQMYLMLYNLLFTSLPPLVIGVYDQDAPEDLLLARPNLYRQGRLGLVYKPHSFWITMADSLYQSIVIFFLTEGAYHDTDIGIWEFGTTIATSCLFVMLFHVAIETRSWTIIHILSISISIGAFYAFSLVYNSICVQCLNLPSNYWVVQHAASSATYWSVVFLSVVMALIPRFVWRSVETSFFPRDVTRAIL 1535 HSP 2 Score: 749.584 bits (1934), Expect = 0.000e+0 Identity = 408/769 (53.06%), Postives = 508/769 (66.06%), Query Frame = 0
Query: 69 PTPAFPSPETMRTVTVSNPGS-AQVSRSSSPAHPGRGQHQRSASHGG-------RQPLPGLP-PSVLKKPAQRGHRRVFSHGQIPYNAEAMEGTPDHVKGHKRSGSKTEFILPPGHEERERKRSASSTNPPVLQRTGSYKAGGAAPLPRPGSSFHRRQASRTDSLAFSFRGHSRQASRTDSIYTLRQT---TTNTRRKIFCFRKKTLLDT-EPKHRTVKPNHCIPADAKLVDHPNHRYLGNHVSTTKYTILSFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLAVTAIKDIFEDRRRYVSDKRVNNLTCRVYNGALSRYTKCLWKDLKVGDVVHLSCDELIPADILVLRSSDEHGTCYIDTQNLDGEANLKQREVPRGFVEKQSVFKPGDFRSTLECDMPTTKIYRFHGSIIHPWGERVPVGKDNLLLRECVLKNTNFVEGLVVYAGHESKAMLNNGGPRYKRSKLERQMNLEVIWCVVILVLMCFVGAVGSGIWLGSFDSY----VPFLNTLSLSETNPAFEGFLTFWTFVIILQVIIPLSLYVTIEMTKLAQVYLMHQDLQMYDKAKDKPIECRALNIPEELGQVQYIFCDKTGTLTENNMVFKRCTIGGVDYGHQVANSSSKVPGGTGRQSFPLPNQVLQEQLASIDIEQLIEKRDR-KYGLHPEAHSVQDFFLHLAICNTVIVAKHPHHDNMNESGVVALTGNT-ASHARLDHPPPTRLAKAQLDEVSEESHLSSPSPPPSFMSTTSSTA 818
T FPS V++S S A VS S+ G H RSASHGG + + PS LK+ RGH+R FS GQI GT ++ H R GS+T+FILPPGH++ + G+ G+A P A R GHSRQASR++SIYTLRQ+ + + + + R+ D EP++RTV PNH +P HPN R N + TTKYT+LSFLPKNL EQFHR ANLYF+ IVLLNWVPAINAFGKE++MIPV+FVL VTA+KD+FEDRRR+ SDKR+NN TCRVY RY K LWK ++VGD++HLS +E+IPADIL+LRSSD HG C+IDT NLDGE NLKQREV RGF E+Q VF+P FRS +E D PTTKIYRFHG+I+HP GER+PVG +NLLLRECVLKNT+FVEG+VVYAGHE+KAMLNNGGPRYKRS LERQMNL+VIWCV+IL ++C +GAVG +WL S+++Y VPF + L+E+ P EGFL FWTF+IILQV+IPLSLYVTIEM KL QVY +H D+ MYD +K +ECRALNI EELGQVQYIF DKTGTLTEN M+F+RC+IGGVDY H + + G L N LQE+L ++++ ++E+ + P A +Q+F L LA+CNTV+V++HPHHD MN SGV+ N SH + A ++ VS SHLS PS +++ S A
Sbjct: 60 ATYLFPSTHPRAVVSMSAAVSIAAVSSHSASILKG---HARSASHGGVGTSLTSASSVGAIGRPSALKQ--NRGHQRAFSQGQI-----VEGGTGSALRCHSRVGSRTDFILPPGHKDSD----------------GTTVGSGSAAKP----------AGRG--------GHSRQASRSESIYTLRQSGPPSLWNQFQSYILRRGGKADVEEPRYRTVVPNHLVPPRTPRKVHPNGRRPDNRIRTTKYTLLSFLPKNLLEQFHRVANLYFICIVLLNWVPAINAFGKEIAMIPVLFVLGVTAVKDLFEDRRRHASDKRINNSTCRVYRSDEERYKKVLWKSVRVGDLIHLSNNEVIPADILLLRSSDPHGLCFIDTCNLDGETNLKQREVARGFTERQDVFEPRKFRSVVEVDGPTTKIYRFHGAIVHPAGERIPVGTENLLLRECVLKNTDFVEGIVVYAGHETKAMLNNGGPRYKRSNLERQMNLDVIWCVLILFVLCVIGAVGCKLWLSSYENYDNHSVPF---IPLAES-PVKEGFLGFWTFIIILQVMIPLSLYVTIEMGKLMQVYHIHNDIDMYDPETNKQVECRALNISEELGQVQYIFSDKTGTLTENKMIFRRCSIGGVDYNHPPPENVQNLRLRPGAPMPLLVNPQLQEELYQLNLQHVLEESGQGDMRQAPHAQRIQEFLLLLAVCNTVVVSRHPHHDMMNASGVIESVQNVLGSH-----------SGANMNAVS--SHLSHCDENPSSVTSKQSVA 767
BLAST of GH10952 vs. nr
Match: gi|1227970540|ref|XP_021916669.1| (probable phospholipid-transporting ATPase VD isoform X1 [Zootermopsis nevadensis]) HSP 1 Score: 1537.32 bits (3979), Expect = 0.000e+0 Identity = 828/1530 (54.12%), Postives = 1041/1530 (68.04%), Query Frame = 0
Query: 70 TPAFPSPETMRTVTVSNPGS-AQVSRSSSPAHPGRGQHQRSASHGG-------RQPLPGLP-PSVLKKPAQRGHRRVFSHGQIPYNAEAMEGTPDHVKGHKRSGSKTEFILPPGHEERERKRSASSTNPPVLQRTGSYKAGGAAPLPRPGSSFHRRQASRTDSLAFSFRGHSRQASRTDSIYTLRQT---TTNTRRKIFCFRKKTLLDTE-PKHRTVKPNHCIPADAKLVDHPNHRYLGNHVSTTKYTILSFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLAVTAIKDIFEDRRRYVSDKRVNNLTCRVYNGALSRYTKCLWKDLKVGDVVHLSCDELIPADILVLRSSDEHGTCYIDTQNLDGEANLKQREVPRGFVEKQSVFKPGDFRSTLECDMPTTKIYRFHGSIIHPWGERVPVGKDNLLLRECVLKNTNFVEGLVVYAGHESKAMLNNGGPRYKRSKLERQMNLEVIWCVVILVLMCFVGAVGSGIWLGSFDSY----VPFLNTLSLSETNPAFEGFLTFWTFVIILQVIIPLSLYVTIEMTKLAQVYLMHQDLQMYDKAKDKPIECRALNIPEELGQVQYIFCDKTGTLTENNMVFKRCTIGGVDYGHQVANSSSKVPGGTGRQSFPLPNQVLQEQLASIDIEQLIEKRDR-KYGLHPEAHSVQDFFLHLAICNTVIVAKHPHHDNMNESGVVALTGNT------------ASH-ARLDHPPPTRLAK---------AQLDEVSEESHLSSPSPPP------SFMSTTSSTAPLRPDPSLTPKRPNRLFDY---------FATAKPLSPIAASPETT---------PTESPFPRPKYLQLPNILHPISKLVSHGSIASLSRNNS-RSATPTQSVGQDIKPIYEAESPDELALVDAAFAYNCRLIKRTPGQVVVSLPGEGIVDFEVLHVLPFDSVRKRMSVIIRHPQSKEIILFCKGADSAIFTAMAEDGE---DNVLEKTKEELEAYAKLGLRVLVMAKRVLHEAEYNEWTRKHCDAENSLQMRDRLLFESYNRIETNLYLVGSTGIEDRLQEGVPESIANLRRAGIVVWVLTGDKQETAINIAYSCHLFSTNMDIIKLNAKSRDGAEAIIRRNLDSLKVE---------------------------QDT------SPLPDARDRALVVDGKTLIYILDKRAKLQESFLQLTSFCSSVLCCRATPLQKAYIVRIVKEELKMHTLAIGDGANDVSMIQTADVGVGISGQEGMQAVMASDFAISKFKYLERLILVHGHWNYDRIARMVLYFFYKNAAFVFVCFWFQLYCGFSGAVMIDQMYLMLYNLLFTSLPPTIMGIFDQDAPDPILIARPDLYRQGRLGTVYKPYSFWINMTDSLYQSLVIYYVAHWAYSDSSVDIWEFGTVICTECLFVQTLHLAIETKSWTIMHWMSIILSVLMYFGFALFYNGICVSCFGNSSQYWVIQHSMGTADFWVICLLASVLALLPRIFCRAVQNSLFPSDVIRAVM 1498
T FPS V++S S A VS S+ G H RSASHGG + + PS LK+ RGH+R FS GQI GT ++ H R GS+T+FILPPGH++ + G+ G+A P A R GHSRQASR++SIYTLRQ+ + + + + R+ D E P++RTV PNH +P HPN R N + TTKYT+LSFLPKNL EQFHR ANLYF+ IVLLNWVPAINAFGKE++MIPV+FVL VTA+KD+FEDRRR+ SDKR+NN TCRVY RY K LWK ++VGD++HLS +E+IPADIL+LRSSD HG C+IDT NLDGE NLKQREV RGF E+Q VF+P FRS +E D PTTKIYRFHG+I+HP GER+PVG +NLLLRECVLKNT+FVEG+VVYAGHE+KAMLNNGGPRYKRS LERQMNL+VIWCV+IL ++C +GAVG +WL S+++Y VPF+ L+E+ P EGFL FWTF+IILQV+IPLSLYVTIEM KL QVY +H D+ MYD +K +ECRALNI EELGQVQYIF DKTGTLTEN M+F+RC+IGGVDY H + + G L N LQE+L ++++ ++E+ + P A +Q+F L LA+CNTV+V++HPHHD MN SGV+ N +SH + D P + +K +Q+D+ S S S +P P S+ TS P PS R +Y F LSPI +S ETT RPK L +P++L S S S S+N+ RSATP+ ++KPI+EAESPDELALVDAA++YNCRL+KRTP V VSLPGEG++DFEVL VLPFDS RK MSV++RHP ++E IL+CKGADS I +A + ++ +T++ L +YA+ GLRVLVMA+R L + EYN+W RKH +A L+ R+R + ESY+R+ETNL L+G+TGIEDRLQ+GVPE+I++L AGIV+WVLTGDK ETAIN+AYS LFS M+++KL+A+SRD AE+ I L ++ + +DT PL + RALV+DGKTL YILD+R+ LQ+ FLQLT +CSSVLCCRATPLQKAYIVR+VKE+LKM TLAIGDGANDVSMIQTADVG+GISGQEGMQAVMASDFAIS+FKYLE+L+LVHGHW YDR++RMVLYFFYKNA FVF+ FW+QLYCGFSG+VMIDQMYLMLYNLLFTSLPP ++G++DQDAP+ +L+ARP+LYRQGRLG VYKP+SFWI M DSLYQS+VI+++ AY D+ + IWEFGT I T CLFV H+AIET+SWTI+H +SI +S+ ++ F+L YN ICV C S YWV+QH+ +A +W + L+ V+AL+PR R+V+ S FP DV RA++
Sbjct: 61 TYLFPSTHPRAVVSMSAAVSIAAVSSHSASILKG---HARSASHGGVGTSLTSASSVGAIGRPSALKQ--NRGHQRAFSQGQI-----VEGGTGSALRCHSRVGSRTDFILPPGHKDSD----------------GTTVGSGSAAKP----------AGRG--------GHSRQASRSESIYTLRQSGPPSLWNQFQSYILRRGGKADVEEPRYRTVVPNHLVPPRTPRKVHPNGRRPDNRIRTTKYTLLSFLPKNLLEQFHRVANLYFICIVLLNWVPAINAFGKEIAMIPVLFVLGVTAVKDLFEDRRRHASDKRINNSTCRVYRSDEERYKKVLWKSVRVGDLIHLSNNEVIPADILLLRSSDPHGLCFIDTCNLDGETNLKQREVARGFTERQDVFEPRKFRSVVEVDGPTTKIYRFHGAIVHPAGERIPVGTENLLLRECVLKNTDFVEGIVVYAGHETKAMLNNGGPRYKRSNLERQMNLDVIWCVLILFVLCVIGAVGCKLWLSSYENYDNHSVPFI---PLAES-PVKEGFLGFWTFIIILQVMIPLSLYVTIEMGKLMQVYHIHNDIDMYDPETNKQVECRALNISEELGQVQYIFSDKTGTLTENKMIFRRCSIGGVDYNHPPPENVQNLRLRPGAPMPLLVNPQLQEELYQLNLQHVLEESGQGDMRQAPHAQRIQEFLLLLAVCNTVVVSRHPHHDMMNASGVIESVQNVLGSHSGANMNAVSSHLSHCDENPSSVTSKQSVAIAVRGSQIDKYSRLSESRSVTPSPPPPHAHSYPPHTSVNIP----PSDATPFGRRTLNYTGSGITSMEFPHQPILSPINSSSETTPTTESPTMPQAAKQISRPKLLNVPSLLLVGSNKKSSSSKGGNSQNSQQRSATPSPC---ELKPIFEAESPDELALVDAAYSYNCRLVKRTPQFVTVSLPGEGLLDFEVLQVLPFDSARKCMSVVLRHPVTREKILYCKGADSTILPQLAPSDDFMMQQLIFRTQQHLNSYARQGLRVLVMARRTLSDVEYNDWLRKHSEATLGLENRERRIRESYSRLETNLTLLGATGIEDRLQDGVPEAISSLISAGIVIWVLTGDKPETAINVAYSAKLFSPQMELLKLSARSRDAAESTILFYLADIERQSPPDIGIVGGPPGLNQVGVFARATISPRDTPSQHQRGPLHANKRRALVIDGKTLTYILDQRSNLQKPFLQLTCYCSSVLCCRATPLQKAYIVRVVKEQLKMRTLAIGDGANDVSMIQTADVGIGISGQEGMQAVMASDFAISRFKYLEKLLLVHGHWCYDRLSRMVLYFFYKNATFVFLIFWYQLYCGFSGSVMIDQMYLMLYNLLFTSLPPLVIGVYDQDAPEDLLLARPNLYRQGRLGLVYKPHSFWITMADSLYQSIVIFFLTEGAYHDTDIGIWEFGTTIATSCLFVMLFHVAIETRSWTIIHILSISISIGAFYAFSLVYNSICVQCLNLPSNYWVVQHAASSATYWSVVFLSVVMALIPRFVWRSVETSFFPRDVTRAIL 1535 HSP 2 Score: 749.584 bits (1934), Expect = 0.000e+0 Identity = 408/769 (53.06%), Postives = 508/769 (66.06%), Query Frame = 0
Query: 69 PTPAFPSPETMRTVTVSNPGS-AQVSRSSSPAHPGRGQHQRSASHGG-------RQPLPGLP-PSVLKKPAQRGHRRVFSHGQIPYNAEAMEGTPDHVKGHKRSGSKTEFILPPGHEERERKRSASSTNPPVLQRTGSYKAGGAAPLPRPGSSFHRRQASRTDSLAFSFRGHSRQASRTDSIYTLRQT---TTNTRRKIFCFRKKTLLDT-EPKHRTVKPNHCIPADAKLVDHPNHRYLGNHVSTTKYTILSFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLAVTAIKDIFEDRRRYVSDKRVNNLTCRVYNGALSRYTKCLWKDLKVGDVVHLSCDELIPADILVLRSSDEHGTCYIDTQNLDGEANLKQREVPRGFVEKQSVFKPGDFRSTLECDMPTTKIYRFHGSIIHPWGERVPVGKDNLLLRECVLKNTNFVEGLVVYAGHESKAMLNNGGPRYKRSKLERQMNLEVIWCVVILVLMCFVGAVGSGIWLGSFDSY----VPFLNTLSLSETNPAFEGFLTFWTFVIILQVIIPLSLYVTIEMTKLAQVYLMHQDLQMYDKAKDKPIECRALNIPEELGQVQYIFCDKTGTLTENNMVFKRCTIGGVDYGHQVANSSSKVPGGTGRQSFPLPNQVLQEQLASIDIEQLIEKRDR-KYGLHPEAHSVQDFFLHLAICNTVIVAKHPHHDNMNESGVVALTGNT-ASHARLDHPPPTRLAKAQLDEVSEESHLSSPSPPPSFMSTTSSTA 818
T FPS V++S S A VS S+ G H RSASHGG + + PS LK+ RGH+R FS GQI GT ++ H R GS+T+FILPPGH++ + G+ G+A P A R GHSRQASR++SIYTLRQ+ + + + + R+ D EP++RTV PNH +P HPN R N + TTKYT+LSFLPKNL EQFHR ANLYF+ IVLLNWVPAINAFGKE++MIPV+FVL VTA+KD+FEDRRR+ SDKR+NN TCRVY RY K LWK ++VGD++HLS +E+IPADIL+LRSSD HG C+IDT NLDGE NLKQREV RGF E+Q VF+P FRS +E D PTTKIYRFHG+I+HP GER+PVG +NLLLRECVLKNT+FVEG+VVYAGHE+KAMLNNGGPRYKRS LERQMNL+VIWCV+IL ++C +GAVG +WL S+++Y VPF + L+E+ P EGFL FWTF+IILQV+IPLSLYVTIEM KL QVY +H D+ MYD +K +ECRALNI EELGQVQYIF DKTGTLTEN M+F+RC+IGGVDY H + + G L N LQE+L ++++ ++E+ + P A +Q+F L LA+CNTV+V++HPHHD MN SGV+ N SH + A ++ VS SHLS PS +++ S A
Sbjct: 60 ATYLFPSTHPRAVVSMSAAVSIAAVSSHSASILKG---HARSASHGGVGTSLTSASSVGAIGRPSALKQ--NRGHQRAFSQGQI-----VEGGTGSALRCHSRVGSRTDFILPPGHKDSD----------------GTTVGSGSAAKP----------AGRG--------GHSRQASRSESIYTLRQSGPPSLWNQFQSYILRRGGKADVEEPRYRTVVPNHLVPPRTPRKVHPNGRRPDNRIRTTKYTLLSFLPKNLLEQFHRVANLYFICIVLLNWVPAINAFGKEIAMIPVLFVLGVTAVKDLFEDRRRHASDKRINNSTCRVYRSDEERYKKVLWKSVRVGDLIHLSNNEVIPADILLLRSSDPHGLCFIDTCNLDGETNLKQREVARGFTERQDVFEPRKFRSVVEVDGPTTKIYRFHGAIVHPAGERIPVGTENLLLRECVLKNTDFVEGIVVYAGHETKAMLNNGGPRYKRSNLERQMNLDVIWCVLILFVLCVIGAVGCKLWLSSYENYDNHSVPF---IPLAES-PVKEGFLGFWTFIIILQVMIPLSLYVTIEMGKLMQVYHIHNDIDMYDPETNKQVECRALNISEELGQVQYIFSDKTGTLTENKMIFRRCSIGGVDYNHPPPENVQNLRLRPGAPMPLLVNPQLQEELYQLNLQHVLEESGQGDMRQAPHAQRIQEFLLLLAVCNTVVVSRHPHHDMMNASGVIESVQNVLGSH-----------SGANMNAVS--SHLSHCDENPSSVTSKQSVA 767
BLAST of GH10952 vs. nr
Match: gi|1227970542|ref|XP_021916670.1| (probable phospholipid-transporting ATPase VD isoform X2 [Zootermopsis nevadensis]) HSP 1 Score: 1536.93 bits (3978), Expect = 0.000e+0 Identity = 828/1530 (54.12%), Postives = 1041/1530 (68.04%), Query Frame = 0
Query: 70 TPAFPSPETMRTVTVSNPGS-AQVSRSSSPAHPGRGQHQRSASHGG-------RQPLPGLP-PSVLKKPAQRGHRRVFSHGQIPYNAEAMEGTPDHVKGHKRSGSKTEFILPPGHEERERKRSASSTNPPVLQRTGSYKAGGAAPLPRPGSSFHRRQASRTDSLAFSFRGHSRQASRTDSIYTLRQT---TTNTRRKIFCFRKKTLLDTE-PKHRTVKPNHCIPADAKLVDHPNHRYLGNHVSTTKYTILSFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLAVTAIKDIFEDRRRYVSDKRVNNLTCRVYNGALSRYTKCLWKDLKVGDVVHLSCDELIPADILVLRSSDEHGTCYIDTQNLDGEANLKQREVPRGFVEKQSVFKPGDFRSTLECDMPTTKIYRFHGSIIHPWGERVPVGKDNLLLRECVLKNTNFVEGLVVYAGHESKAMLNNGGPRYKRSKLERQMNLEVIWCVVILVLMCFVGAVGSGIWLGSFDSY----VPFLNTLSLSETNPAFEGFLTFWTFVIILQVIIPLSLYVTIEMTKLAQVYLMHQDLQMYDKAKDKPIECRALNIPEELGQVQYIFCDKTGTLTENNMVFKRCTIGGVDYGHQVANSSSKVPGGTGRQSFPLPNQVLQEQLASIDIEQLIEKRDR-KYGLHPEAHSVQDFFLHLAICNTVIVAKHPHHDNMNESGVVALTGNT------------ASH-ARLDHPPPTRLAK---------AQLDEVSEESHLSSPSPPP------SFMSTTSSTAPLRPDPSLTPKRPNRLFDY---------FATAKPLSPIAASPETT---------PTESPFPRPKYLQLPNILHPISKLVSHGSIASLSRNNS-RSATPTQSVGQDIKPIYEAESPDELALVDAAFAYNCRLIKRTPGQVVVSLPGEGIVDFEVLHVLPFDSVRKRMSVIIRHPQSKEIILFCKGADSAIFTAMAEDGE---DNVLEKTKEELEAYAKLGLRVLVMAKRVLHEAEYNEWTRKHCDAENSLQMRDRLLFESYNRIETNLYLVGSTGIEDRLQEGVPESIANLRRAGIVVWVLTGDKQETAINIAYSCHLFSTNMDIIKLNAKSRDGAEAIIRRNLDSLKVE---------------------------QDT------SPLPDARDRALVVDGKTLIYILDKRAKLQESFLQLTSFCSSVLCCRATPLQKAYIVRIVKEELKMHTLAIGDGANDVSMIQTADVGVGISGQEGMQAVMASDFAISKFKYLERLILVHGHWNYDRIARMVLYFFYKNAAFVFVCFWFQLYCGFSGAVMIDQMYLMLYNLLFTSLPPTIMGIFDQDAPDPILIARPDLYRQGRLGTVYKPYSFWINMTDSLYQSLVIYYVAHWAYSDSSVDIWEFGTVICTECLFVQTLHLAIETKSWTIMHWMSIILSVLMYFGFALFYNGICVSCFGNSSQYWVIQHSMGTADFWVICLLASVLALLPRIFCRAVQNSLFPSDVIRAVM 1498
T FPS V++S S A VS S+ G H RSASHGG + + PS LK+ RGH+R FS GQI GT ++ H R GS+T+FILPPGH++ + G+ G+A P A R GHSRQASR++SIYTLRQ+ + + + + R+ D E P++RTV PNH +P HPN R N + TTKYT+LSFLPKNL EQFHR ANLYF+ IVLLNWVPAINAFGKE++MIPV+FVL VTA+KD+FEDRRR+ SDKR+NN TCRVY RY K LWK ++VGD++HLS +E+IPADIL+LRSSD HG C+IDT NLDGE NLKQREV RGF E+Q VF+P FRS +E D PTTKIYRFHG+I+HP GER+PVG +NLLLRECVLKNT+FVEG+VVYAGHE+KAMLNNGGPRYKRS LERQMNL+VIWCV+IL ++C +GAVG +WL S+++Y VPF+ L+E+ P EGFL FWTF+IILQV+IPLSLYVTIEM KL QVY +H D+ MYD +K +ECRALNI EELGQVQYIF DKTGTLTEN M+F+RC+IGGVDY H + + G L N LQE+L ++++ ++E+ + P A +Q+F L LA+CNTV+V++HPHHD MN SGV+ N +SH + D P + +K +Q+D+ S S S +P P S+ TS P PS R +Y F LSPI +S ETT RPK L +P++L S S S S+N+ RSATP+ ++KPI+EAESPDELALVDAA++YNCRL+KRTP V VSLPGEG++DFEVL VLPFDS RK MSV++RHP ++E IL+CKGADS I +A + ++ +T++ L +YA+ GLRVLVMA+R L + EYN+W RKH +A L+ R+R + ESY+R+ETNL L+G+TGIEDRLQ+GVPE+I++L AGIV+WVLTGDK ETAIN+AYS LFS M+++KL+A+SRD AE+ I L ++ + +DT PL + RALV+DGKTL YILD+R+ LQ+ FLQLT +CSSVLCCRATPLQKAYIVR+VKE+LKM TLAIGDGANDVSMIQTADVG+GISGQEGMQAVMASDFAIS+FKYLE+L+LVHGHW YDR++RMVLYFFYKNA FVF+ FW+QLYCGFSG+VMIDQMYLMLYNLLFTSLPP ++G++DQDAP+ +L+ARP+LYRQGRLG VYKP+SFWI M DSLYQS+VI+++ AY D+ + IWEFGT I T CLFV H+AIET+SWTI+H +SI +S+ ++ F+L YN ICV C S YWV+QH+ +A +W + L+ V+AL+PR R+V+ S FP DV RA++
Sbjct: 61 TYLFPSTHPRAVVSMSAAVSIAAVSSHSASILKG---HARSASHGGVGTSLTSASSVGAIGRPSALKQ--NRGHQRAFSQGQI-----VEGGTGSALRCHSRVGSRTDFILPPGHKDSD----------------GTTVGSGSAAKP----------AGRG--------GHSRQASRSESIYTLRQSGPPSLWNQFQSYILRRGGKADVEEPRYRTVVPNHLVPPRTPRKVHPNGRRPDNRIRTTKYTLLSFLPKNLLEQFHRVANLYFICIVLLNWVPAINAFGKEIAMIPVLFVLGVTAVKDLFEDRRRHASDKRINNSTCRVYRSDEERYKKVLWKSVRVGDLIHLSNNEVIPADILLLRSSDPHGLCFIDTCNLDGETNLKQREVARGFTERQDVFEPRKFRSVVEVDGPTTKIYRFHGAIVHPAGERIPVGTENLLLRECVLKNTDFVEGIVVYAGHETKAMLNNGGPRYKRSNLERQMNLDVIWCVLILFVLCVIGAVGCKLWLSSYENYDNHSVPFI---PLAES-PVKEGFLGFWTFIIILQVMIPLSLYVTIEMGKLMQVYHIHNDIDMYDPETNKQVECRALNISEELGQVQYIFSDKTGTLTENKMIFRRCSIGGVDYNHPPPENVQNLRLRPGAPMPLLVNPQLQEELYQLNLQHVLEESGQGDMRQAPHAQRIQEFLLLLAVCNTVVVSRHPHHDMMNASGVIESVQNVLGSHSGANMNAVSSHLSHCDENPSSVTSKQSVAIAVRGSQIDKYSRLSESRSVTPSPPPPHAHSYPPHTSVNIP----PSDATPFGRRTLNYTGSGITSMEFPHQPILSPINSSSETTPTTESPTMPQAAKQISRPKLLNVPSLLLVGSNKKSSSSKGGNSQNSQQRSATPSPC---ELKPIFEAESPDELALVDAAYSYNCRLVKRTPQFVTVSLPGEGLLDFEVLQVLPFDSARKCMSVVLRHPVTREKILYCKGADSTILPQLAPSDDFMMQQLIFRTQQHLNSYARQGLRVLVMARRTLSDVEYNDWLRKHSEATLGLENRERRIRESYSRLETNLTLLGATGIEDRLQDGVPEAISSLISAGIVIWVLTGDKPETAINVAYSAKLFSPQMELLKLSARSRDAAESTILFYLADIERQSPPDIGIVGGPPGLNQVGVFARATISPRDTPSQHQRGPLHANKRRALVIDGKTLTYILDQRSNLQKPFLQLTCYCSSVLCCRATPLQKAYIVRVVKEQLKMRTLAIGDGANDVSMIQTADVGIGISGQEGMQAVMASDFAISRFKYLEKLLLVHGHWCYDRLSRMVLYFFYKNATFVFLIFWYQLYCGFSGSVMIDQMYLMLYNLLFTSLPPLVIGVYDQDAPEDLLLARPNLYRQGRLGLVYKPHSFWITMADSLYQSIVIFFLTEGAYHDTDIGIWEFGTTIATSCLFVMLFHVAIETRSWTIIHILSISISIGAFYAFSLVYNSICVQCLNLPSNYWVVQHAASSATYWSVVFLSVVMALIPRFVWRSVETSFFPRDVTRAIL 1535 HSP 2 Score: 749.199 bits (1933), Expect = 0.000e+0 Identity = 408/769 (53.06%), Postives = 508/769 (66.06%), Query Frame = 0
Query: 69 PTPAFPSPETMRTVTVSNPGS-AQVSRSSSPAHPGRGQHQRSASHGG-------RQPLPGLP-PSVLKKPAQRGHRRVFSHGQIPYNAEAMEGTPDHVKGHKRSGSKTEFILPPGHEERERKRSASSTNPPVLQRTGSYKAGGAAPLPRPGSSFHRRQASRTDSLAFSFRGHSRQASRTDSIYTLRQT---TTNTRRKIFCFRKKTLLDT-EPKHRTVKPNHCIPADAKLVDHPNHRYLGNHVSTTKYTILSFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLAVTAIKDIFEDRRRYVSDKRVNNLTCRVYNGALSRYTKCLWKDLKVGDVVHLSCDELIPADILVLRSSDEHGTCYIDTQNLDGEANLKQREVPRGFVEKQSVFKPGDFRSTLECDMPTTKIYRFHGSIIHPWGERVPVGKDNLLLRECVLKNTNFVEGLVVYAGHESKAMLNNGGPRYKRSKLERQMNLEVIWCVVILVLMCFVGAVGSGIWLGSFDSY----VPFLNTLSLSETNPAFEGFLTFWTFVIILQVIIPLSLYVTIEMTKLAQVYLMHQDLQMYDKAKDKPIECRALNIPEELGQVQYIFCDKTGTLTENNMVFKRCTIGGVDYGHQVANSSSKVPGGTGRQSFPLPNQVLQEQLASIDIEQLIEKRDR-KYGLHPEAHSVQDFFLHLAICNTVIVAKHPHHDNMNESGVVALTGNT-ASHARLDHPPPTRLAKAQLDEVSEESHLSSPSPPPSFMSTTSSTA 818
T FPS V++S S A VS S+ G H RSASHGG + + PS LK+ RGH+R FS GQI GT ++ H R GS+T+FILPPGH++ + G+ G+A P A R GHSRQASR++SIYTLRQ+ + + + + R+ D EP++RTV PNH +P HPN R N + TTKYT+LSFLPKNL EQFHR ANLYF+ IVLLNWVPAINAFGKE++MIPV+FVL VTA+KD+FEDRRR+ SDKR+NN TCRVY RY K LWK ++VGD++HLS +E+IPADIL+LRSSD HG C+IDT NLDGE NLKQREV RGF E+Q VF+P FRS +E D PTTKIYRFHG+I+HP GER+PVG +NLLLRECVLKNT+FVEG+VVYAGHE+KAMLNNGGPRYKRS LERQMNL+VIWCV+IL ++C +GAVG +WL S+++Y VPF + L+E+ P EGFL FWTF+IILQV+IPLSLYVTIEM KL QVY +H D+ MYD +K +ECRALNI EELGQVQYIF DKTGTLTEN M+F+RC+IGGVDY H + + G L N LQE+L ++++ ++E+ + P A +Q+F L LA+CNTV+V++HPHHD MN SGV+ N SH + A ++ VS SHLS PS +++ S A
Sbjct: 60 ATYLFPSTHPRAVVSMSAAVSIAAVSSHSASILKG---HARSASHGGVGTSLTSASSVGAIGRPSALKQ--NRGHQRAFSQGQI-----VEGGTGSALRCHSRVGSRTDFILPPGHKDSD----------------GTTVGSGSAAKP----------AGRG--------GHSRQASRSESIYTLRQSGPPSLWNQFQSYILRRGGKADVEEPRYRTVVPNHLVPPRTPRKVHPNGRRPDNRIRTTKYTLLSFLPKNLLEQFHRVANLYFICIVLLNWVPAINAFGKEIAMIPVLFVLGVTAVKDLFEDRRRHASDKRINNSTCRVYRSDEERYKKVLWKSVRVGDLIHLSNNEVIPADILLLRSSDPHGLCFIDTCNLDGETNLKQREVARGFTERQDVFEPRKFRSVVEVDGPTTKIYRFHGAIVHPAGERIPVGTENLLLRECVLKNTDFVEGIVVYAGHETKAMLNNGGPRYKRSNLERQMNLDVIWCVLILFVLCVIGAVGCKLWLSSYENYDNHSVPF---IPLAES-PVKEGFLGFWTFIIILQVMIPLSLYVTIEMGKLMQVYHIHNDIDMYDPETNKQVECRALNISEELGQVQYIFSDKTGTLTENKMIFRRCSIGGVDYNHPPPENVQNLRLRPGAPMPLLVNPQLQEELYQLNLQHVLEESGQGDMRQAPHAQRIQEFLLLLAVCNTVVVSRHPHHDMMNASGVIESVQNVLGSH-----------SGANMNAVS--SHLSHCDENPSSVTSKQSVA 767
BLAST of GH10952 vs. nr
Match: gi|1059413977|ref|XP_017779873.1| (PREDICTED: probable phospholipid-transporting ATPase VD isoform X2 [Nicrophorus vespilloides]) HSP 1 Score: 1474.14 bits (3815), Expect = 0.000e+0 Identity = 755/1438 (52.50%), Postives = 983/1438 (68.36%), Query Frame = 0
Query: 101 PGRGQHQRSASHGGRQPLPG--LPPSVLKKPA----QRGHRRVFSHGQIPYNAEAMEGTPDHVKGHKRSGSKTEFILPPGHEERERKRSASSTNPPVLQRTGSYKAGGAAPLPRPGSSFHRRQASRTDSLAFSFRGHSRQASRTDSIYTLRQTTTNT---RRKIFCFRKKTLLDTEPKHRTVKPNHCIPADAKLVDHPNHRYLGNHVSTTKYTILSFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLAVTAIKDIFEDRRRYVSDKRVNNLTCRVYNGALSRYTKCLWKDLKVGDVVHLSCDELIPADILVLRSSDEHGTCYIDTQNLDGEANLKQREVPRGFVEKQSVFKPGDFRSTLECDMPTTKIYRFHGSIIHPWGERVPVGKDNLLLRECVLKNTNFVEGLVVYAGHESKAMLNNGGPRYKRSKLERQMNLEVIWCVVILVLMCFVGAVGSGIWLGSFDSYVPFLNTLSLSETNPAFEGFLTFWTFVIILQVIIPLSLYVTIEMTKLAQVYLMHQDLQMYDKAKDKPIECRALNIPEELGQVQYIFCDKTGTLTENNMVFKRCTIGGVDYGHQVANSSSKVPGGTGRQSFPLPNQVLQEQLASIDIEQLIEKRDRKYGLHPEAHSVQDFFLHLAICNTVIVAKHPHHDNMNESGVVALTGNTASHARLDHPPPTRLAKAQLDEVS--EESHLSSPSPPPSFMSTTSSTAPLRPDPSLTPKRPNRLFDYFATAKPLSPIAASPETTPTESPFPRPKYLQLPNILHPISKLVSHGSIASLSRNNSRSATPTQSVG---QDIKPIYEAESPDELALVDAAFAYNCRLIKRTPGQVVVSLPGEGIVDFEVLHVLPFDSVRKRMSVIIRHPQSKEIILFCKGADSAIFTAMA---EDGEDN-VLEKTKEELEAYAKLGLRVLVMAKRVLHEAEYNEWTRKHCDAENSLQMRDRLLFESYNRIETNLYLVGSTGIEDRLQEGVPESIANLRRAGIVVWVLTGDKQETAINIAYSCHLFSTNMDIIKLNAKSRDGAEAIIRRNLDSLKVEQD------------TSPLPDARDRALVVDGKTLIYILDKRAKLQESFLQLTSFCSSVLCCRATPLQKAYIVRIVKEELKMHTLAIGDGANDVSMIQTADVGVGISGQEGMQAVMASDFAISKFKYLERLILVHGHWNYDRIARMVLYFFYKNAAFVFVCFWFQLYCGFSGAVMIDQMYLMLYNLLFTSLPPTIMGIFDQDAPDPILIARPDLYRQGRLGTVYKPYSFWINMTDSLYQSLVIYYVAHWAYSDSSVDIWEFGTVICTECLFVQTLHLAIETKSWTIMHWMSIILSVLMYFGFALFYNGICVSCFGNSSQYWVIQHSMGTADFWVICLLASVLALLPRIFCRAVQNSLFPSDVIRAVMAQGTLLATRP 1508
P H RSASHG G SV+ +P+ RGH+R FS GQI ++ GH R GSKT+FILPPGH+E E +GS SRT S +GHSRQASR++SIYTLR+T + R F R+ + E ++R V PNH +P +HPN + N V TTKYT+LSFLP+NL EQFHR ANLYF+FIVLLNW PAINAFGKE++MIPV+FVL VTA+KD+FEDRRR+ SDKR+NN TCR+Y RY K LWK+++VGD++HLS +E++PADIL+LRSSD +G CYIDT +LDGE NLKQR+V RGF EKQ F P F+S +E D PTTKIYRFHG+++HP G R+PVG DNLLLREC+LKNT++VEG+VVYAGHE+KAMLNNGGPRYKRS LE+QMN +V+WCV+IL+ +C +GA+G +WL ++ + S+++ E FL FWT++IILQ++IPLSLYVT+EM K+ QVY +H ++ +YD DK ECRALNI EELGQ+QYIF DKTGTLTEN M+F+ CTI GVDY H SK Q + Q + D LI A +Q+F L LA+CNTV+ + HPH+D MN SG++ N ++ P T + D+ S EES +PSPP + T+S D TP P+ LSPI + + +E+P PK + P IL+ I+ L G+ +++ + + QSV ++KPI+EAESPDELALVD A+ YNC+L+KRTP +V V LPG G DF++L++L FDSVRK MSVII+HP +K+IIL+CKGAD+ I A+A +D E ++ +T+++L AYAK GLRVL+MAKR+L EYNEW RKH +AE S ++ L ESY IE NL L+G+TGIEDRLQEGVPE++A+L AGIVVWV+TGDK ETAINIAYS LFS M+++KL +S++ A+ I L+ ++ + D + P A+ RALV+DGKTL +ILD+R+ L + FL+LT++C+SVLCCRATPLQKAYIV++VKEELKM TLAIGDGANDVSMIQTADVG+GISGQEGMQAVMA+DF++S+FKYLERL+LVHGHW+YDR++ M+LYFFYKNAAFVF+ FW+QLYCG+SGAVMIDQMYLMLYNLLFTSLPP +G++DQDAP+ +L P LYR+GRLG Y+ SFW M D++YQSL I+++ Y++S +DIWEFGTV+ T C+FV LH AIET+SWTI+H S ++S+ +++ +++ YN CV+CFG S YW+IQH+M TA++W++ L+ V+ALLPRI R ++ ++ P DV RA+M L P
Sbjct: 37 PDTRGHGRSASHGSGTTFSGGAASTSVVGRPSALKSTRGHQRAFSQGQITDSSGIR-------PGHSRVGSKTDFILPPGHKETETT-------------SGS--------------------GSRT-----SAKGHSRQASRSESIYTLRRTAPPSFWKRFLSFILRRSPRYEQEERYRIVVPNHTVPPKTPRKEHPNGKRPNNKVRTTKYTLLSFLPRNLLEQFHRVANLYFIFIVLLNWFPAINAFGKEIAMIPVVFVLGVTAVKDLFEDRRRHASDKRINNSTCRIYQSENDRYKKVLWKEVRVGDLIHLSNNEVVPADILLLRSSDPNGLCYIDTGHLDGETNLKQRKVARGFTEKQDGFDPSKFKSVIEVDAPTTKIYRFHGAMLHPSGTRIPVGTDNLLLRECLLKNTDYVEGIVVYAGHETKAMLNNGGPRYKRSSLEKQMNQDVLWCVLILIFLCVIGAIGCKLWLSTYTNLQEPFRPDGYSDSS---EAFLAFWTYIIILQIMIPLSLYVTLEMCKIIQVYHIHNNVDLYDPLIDKRTECRALNITEELGQIQYIFSDKTGTLTENRMIFRNCTIAGVDYHHPTLQDESKTKNTLTVLCNAKMVQDMLCQESVTDSSSLIH-----------ATRIQEFLLLLAVCNTVVCSHHPHYDLMNASGILEPVPNAFEQ---ENKPETTTTVSPNDKYSRLEESRSVTPSPP---LHTSSHF-----DNRRTPHVPS-----------LSPITSVDSSPTSEAP---PKNSR-PKILN-ITALGFLGNKRNMNLTDEQKVKINQSVTPSPHELKPIFEAESPDELALVDTAYIYNCKLLKRTPSEVTVDLPGAGRYDFKILNILQFDSVRKCMSVIIKHPVTKQIILYCKGADTTIIPALAPVEDDSEQKRIICQTQQQLNAYAKQGLRVLLMAKRILTVTEYNEWLRKHKEAELSHDNLEKKLQESYALIEHNLTLLGATGIEDRLQEGVPETLASLISAGIVVWVVTGDKPETAINIAYSAKLFSPQMELLKLMTRSKEAADRTISFYLNEIERQPDGGDPTSSSNLLSSRSQPKAKTRALVIDGKTLTFILDRRSNLTKPFLKLTTYCNSVLCCRATPLQKAYIVKVVKEELKMRTLAIGDGANDVSMIQTADVGIGISGQEGMQAVMAADFSLSRFKYLERLLLVHGHWSYDRLSSMILYFFYKNAAFVFLIFWYQLYCGYSGAVMIDQMYLMLYNLLFTSLPPLAIGVYDQDAPEYLLRENPYLYRRGRLGKAYRSRSFWFTMFDAIYQSLAIFFICQGIYNESDIDIWEFGTVVTTACMFVMQLHAAIETRSWTILHIGSYLVSIGLFYLYSIIYNAYCVNCFGLPSNYWIIQHAMSTANYWLLIPLSCVVALLPRILLRVIKTAVCPDDVTRAIMMHRRALRREP 1388
BLAST of GH10952 vs. nr
Match: gi|1059413975|ref|XP_017779872.1| (PREDICTED: probable phospholipid-transporting ATPase VD isoform X1 [Nicrophorus vespilloides]) HSP 1 Score: 1472.99 bits (3812), Expect = 0.000e+0 Identity = 753/1428 (52.73%), Postives = 981/1428 (68.70%), Query Frame = 0
Query: 101 PGRGQHQRSASHGGRQPLPG--LPPSVLKKPA----QRGHRRVFSHGQIPYNAEAMEGTPDHVKGHKRSGSKTEFILPPGHEERERKRSASSTNPPVLQRTGSYKAGGAAPLPRPGSSFHRRQASRTDSLAFSFRGHSRQASRTDSIYTLRQTTTNT---RRKIFCFRKKTLLDTEPKHRTVKPNHCIPADAKLVDHPNHRYLGNHVSTTKYTILSFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLAVTAIKDIFEDRRRYVSDKRVNNLTCRVYNGALSRYTKCLWKDLKVGDVVHLSCDELIPADILVLRSSDEHGTCYIDTQNLDGEANLKQREVPRGFVEKQSVFKPGDFRSTLECDMPTTKIYRFHGSIIHPWGERVPVGKDNLLLRECVLKNTNFVEGLVVYAGHESKAMLNNGGPRYKRSKLERQMNLEVIWCVVILVLMCFVGAVGSGIWLGSFDSYVPFLNTLSLSETNPAFEGFLTFWTFVIILQVIIPLSLYVTIEMTKLAQVYLMHQDLQMYDKAKDKPIECRALNIPEELGQVQYIFCDKTGTLTENNMVFKRCTIGGVDYGHQVANSSSKVPGGTGRQSFPLPNQVLQEQLASIDIEQLIEKRDRKYGLHPEAHSVQDFFLHLAICNTVIVAKHPHHDNMNESGVVALTGNTASHARLDHPPPTRLAKAQLDEVS--EESHLSSPSPPPSFMSTTSSTAPLRPDPSLTPKRPNRLFDYFATAKPLSPIAASPETTPTESPFPRPKYLQLPNILHPISKLVSHGSIASLSRNNSRSATPTQSVG---QDIKPIYEAESPDELALVDAAFAYNCRLIKRTPGQVVVSLPGEGIVDFEVLHVLPFDSVRKRMSVIIRHPQSKEIILFCKGADSAIFTAMA---EDGEDN-VLEKTKEELEAYAKLGLRVLVMAKRVLHEAEYNEWTRKHCDAENSLQMRDRLLFESYNRIETNLYLVGSTGIEDRLQEGVPESIANLRRAGIVVWVLTGDKQETAINIAYSCHLFSTNMDIIKLNAKSRDGAEAIIRRNLDSLKVEQD------------TSPLPDARDRALVVDGKTLIYILDKRAKLQESFLQLTSFCSSVLCCRATPLQKAYIVRIVKEELKMHTLAIGDGANDVSMIQTADVGVGISGQEGMQAVMASDFAISKFKYLERLILVHGHWNYDRIARMVLYFFYKNAAFVFVCFWFQLYCGFSGAVMIDQMYLMLYNLLFTSLPPTIMGIFDQDAPDPILIARPDLYRQGRLGTVYKPYSFWINMTDSLYQSLVIYYVAHWAYSDSSVDIWEFGTVICTECLFVQTLHLAIETKSWTIMHWMSIILSVLMYFGFALFYNGICVSCFGNSSQYWVIQHSMGTADFWVICLLASVLALLPRIFCRAVQNSLFPSDVIRAVM 1498
P H RSASHG G SV+ +P+ RGH+R FS GQI ++ GH R GSKT+FILPPGH+E E +GS SRT S +GHSRQASR++SIYTLR+T + R F R+ + E ++R V PNH +P +HPN + N V TTKYT+LSFLP+NL EQFHR ANLYF+FIVLLNW PAINAFGKE++MIPV+FVL VTA+KD+FEDRRR+ SDKR+NN TCR+Y RY K LWK+++VGD++HLS +E++PADIL+LRSSD +G CYIDT +LDGE NLKQR+V RGF EKQ F P F+S +E D PTTKIYRFHG+++HP G R+PVG DNLLLREC+LKNT++VEG+VVYAGHE+KAMLNNGGPRYKRS LE+QMN +V+WCV+IL+ +C +GA+G +WL ++ + S+++ E FL FWT++IILQ++IPLSLYVT+EM K+ QVY +H ++ +YD DK ECRALNI EELGQ+QYIF DKTGTLTEN M+F+ CTI GVDY H SK Q + Q + D LI A +Q+F L LA+CNTV+ + HPH+D MN SG++ N ++ P T + D+ S EES +PSPP + T+S D TP P+ LSPI + + +E+P PK + P IL+ I+ L G+ +++ + + QSV ++KPI+EAESPDELALVD A+ YNC+L+KRTP +V V LPG G DF++L++L FDSVRK MSVII+HP +K+IIL+CKGAD+ I A+A +D E ++ +T+++L AYAK GLRVL+MAKR+L EYNEW RKH +AE S ++ L ESY IE NL L+G+TGIEDRLQEGVPE++A+L AGIVVWV+TGDK ETAINIAYS LFS M+++KL +S++ A+ I L+ ++ + D + P A+ RALV+DGKTL +ILD+R+ L + FL+LT++C+SVLCCRATPLQKAYIV++VKEELKM TLAIGDGANDVSMIQTADVG+GISGQEGMQAVMA+DF++S+FKYLERL+LVHGHW+YDR++ M+LYFFYKNAAFVF+ FW+QLYCG+SGAVMIDQMYLMLYNLLFTSLPP +G++DQDAP+ +L P LYR+GRLG Y+ SFW M D++YQSL I+++ Y++S +DIWEFGTV+ T C+FV LH AIET+SWTI+H S ++S+ +++ +++ YN CV+CFG S YW+IQH+M TA++W++ L+ V+ALLPRI R ++ ++ P DV RA+M
Sbjct: 37 PDTRGHGRSASHGSGTTFSGGAASTSVVGRPSALKSTRGHQRAFSQGQITDSSGIR-------PGHSRVGSKTDFILPPGHKETETT-------------SGS--------------------GSRT-----SAKGHSRQASRSESIYTLRRTAPPSFWKRFLSFILRRSPRYEQEERYRIVVPNHTVPPKTPRKEHPNGKRPNNKVRTTKYTLLSFLPRNLLEQFHRVANLYFIFIVLLNWFPAINAFGKEIAMIPVVFVLGVTAVKDLFEDRRRHASDKRINNSTCRIYQSENDRYKKVLWKEVRVGDLIHLSNNEVVPADILLLRSSDPNGLCYIDTGHLDGETNLKQRKVARGFTEKQDGFDPSKFKSVIEVDAPTTKIYRFHGAMLHPSGTRIPVGTDNLLLRECLLKNTDYVEGIVVYAGHETKAMLNNGGPRYKRSSLEKQMNQDVLWCVLILIFLCVIGAIGCKLWLSTYTNLQEPFRPDGYSDSS---EAFLAFWTYIIILQIMIPLSLYVTLEMCKIIQVYHIHNNVDLYDPLIDKRTECRALNITEELGQIQYIFSDKTGTLTENRMIFRNCTIAGVDYHHPTLQDESKTKNTLTVLCNAKMVQDMLCQESVTDSSSLIH-----------ATRIQEFLLLLAVCNTVVCSHHPHYDLMNASGILEPVPNAFEQ---ENKPETTTTVSPNDKYSRLEESRSVTPSPP---LHTSSHF-----DNRRTPHVPS-----------LSPITSVDSSPTSEAP---PKNSR-PKILN-ITALGFLGNKRNMNLTDEQKVKINQSVTPSPHELKPIFEAESPDELALVDTAYIYNCKLLKRTPSEVTVDLPGAGRYDFKILNILQFDSVRKCMSVIIKHPVTKQIILYCKGADTTIIPALAPVEDDSEQKRIICQTQQQLNAYAKQGLRVLLMAKRILTVTEYNEWLRKHKEAELSHDNLEKKLQESYALIEHNLTLLGATGIEDRLQEGVPETLASLISAGIVVWVVTGDKPETAINIAYSAKLFSPQMELLKLMTRSKEAADRTISFYLNEIERQPDGGDPTSSSNLLSSRSQPKAKTRALVIDGKTLTFILDRRSNLTKPFLKLTTYCNSVLCCRATPLQKAYIVKVVKEELKMRTLAIGDGANDVSMIQTADVGIGISGQEGMQAVMAADFSLSRFKYLERLLLVHGHWSYDRLSSMILYFFYKNAAFVFLIFWYQLYCGYSGAVMIDQMYLMLYNLLFTSLPPLAIGVYDQDAPEYLLRENPYLYRRGRLGKAYRSRSFWFTMFDAIYQSLAIFFICQGIYNESDIDIWEFGTVVTTACMFVMQLHAAIETRSWTILHIGSYLVSIGLFYLYSIIYNAYCVNCFGLPSNYWIIQHAMSTANYWLLIPLSCVVALLPRILLRVIKTAVCPDDVTRAIM 1378
BLAST of GH10952 vs. nr
Match: gi|1022757963|gb|KZS04556.1| (Phospholipid-transporting ATPase [Daphnia magna]) HSP 1 Score: 1472.22 bits (3810), Expect = 0.000e+0 Identity = 777/1534 (50.65%), Postives = 1023/1534 (66.69%), Query Frame = 0
Query: 38 PCGLQGPARLAASELLPLARRCRIMSEPPPGPTPAFPSPETMRTVTVSNPGSAQVSRSSSPAHPGRGQHQRSASHGGRQPLPGLPPSVLKKP----AQRGHRRVFSHGQIPYNAEAMEGTPDHVKGHKRSGSKTEFILPPGHEERERKRSASSTNPPVLQRTGSYKAGGAAPLPRPGSSFHRRQASRTDSLAFSFRGHSRQASRTDSIYTLRQTTTNTRRKIFCFRKKTLLDTEPKHRTVKPNHCIPADAKLVDHPNHRYLGNHVSTTKYTILSFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLAVTAIKDIFEDRRRYVSDKRVNNLTCRVYNGALSRYTKCLWKDLKVGDVVHLSCDELIPADILVLRSSDEHGTCYIDTQNLDGEANLKQREVPRGFVEKQSVFKPGDFRSTLECDMPTTKIYRFHGSIIHPWGERVPVGKDNLLLRECVLKNTNFVEGLVVYAGHESKAMLNNGGPRYKRSKLERQMNLEVIWCVVILVLMCFVGAVGSGIWLGSFDSY--VPFL---------NTLSLSETNPAFEGFLTFWTFVIILQVIIPLSLYVTIEMTKLAQVYLMHQDLQMYDKAKDKPIECRALNIPEELGQVQYIFCDKTGTLTENNMVFKRCTIGGVDYGHQVANSSSKVPGGTGRQSFPLPNQVLQEQLASIDIEQ--LIEKRDRKYGLHP----EAHSVQDFFLHLAICNTVIVAKHPHHDNMNESGVVALTG-NTASHARLDHPPP--TRLAKAQLDEVSEESHLSSPSPPPSFMSTTSSTAPLRPDPSLTPKRPNRLFDYFA--------------TAKPLSPIAASPETTPTESPFP--RPKYLQLPNILHPISKLVSHGSIASLSRNNSRSATPTQSVGQ--------DIKPIYEAESPDELALVDAAFAYNCRLIKRTPGQVVVSLPGEGIVDFEVLHVLPFDSVRKRMSVIIRHPQSKEIILFCKGADSAIFTAMAED---GEDNVLEKTKEELEAYAKLGLRVLVMAKRVLHEAEYNEWTRKHCDAENSLQMRDRLLFESYNRIETNLYLVGSTGIEDRLQEGVPESIANLRRAGIVVWVLTGDKQETAINIAYSCHLFSTNMDIIKLNAKSRDGAEAIIRRNLDSLKVEQDT------------SPLPDARD--------RALVVDGKTLIYILDKRAKLQESFLQLTSFCSSVLCCRATPLQKAYIVRIVKEELKMHTLAIGDGANDVSMIQTADVGVGISGQEGMQAVMASDFAISKFKYLERLILVHGHWNYDRIARMVLYFFYKNAAFVFVCFWFQLYCGFSGAVMIDQMYLMLYNLLFTSLPPTIMGIFDQDAPDPILIARPDLYRQGRLGTVYKPYSFWINMTDSLYQSLVIYYVAHWAYSDSSVDIWEFGTVICTECLFVQTLHLAIETKSWTIMHWMSIILSVLMYFGFALFYNGICVSCFGNSSQYWVIQHSMGTADFWVICLLASVLALLPRIFCRAVQNSLFPSDVIRAVMAQ 1500
P G++G R A+ ++ ++ + P P P+ PSP S G ++ RSS Q + P+VLK P ++GH R S GQIP N + KGH R+GS+T+F+LPPGH++R +A T H+RQ SRT S +GHSRQASRT+SIYT+RQT + F F ++ P+ RTV PNH +P K HPN+ Y N + T+KYT LSF+PKNL EQFHRFANLYFLFIVLLNW+PAI+AFGKEV+MIPVIFVL VTAIKD FED RR SD R+NN TCRVY RY + L+ ++KVGD+VHLSCDE+IPAD+L+L+SS++ G C+I+T NLDGE NLKQR VP+ + KQ F+P F S +EC+ PTTKIY+FHG+I++P G RVPVG++NLLLR+C LKNT+FVEG+VVYAGHESKAMLN+GGPRYKR++LE+ MN++V+WCVVILVL+C GA G G+WL S+ Y VPFL + L+ ++ +P ++ FL FWT+VIILQV+IPLSLYVTIE+ KL Q+Y +H D + D + IECRALNI EELGQ+QYIF DKTGTLTENNM+F+RC++GG+DY H N + P G + PN LQE+L +I++ + E D P +A +++FFL +A+CNTV+VAK PH D MNE G + L+G + + H +D R ++ S ++ PP+ ST S L + ++TPKRP L +F+ +PLSPI +S ETTP+ESP P RP++LQLP+ L S S SL R S+TPT + D K YEAESPDELAL+DA+ YN RL +R+ V VSLPGEG +++E+L +LPFDS RKRMSVI+R P++++I+++CKGADSAI +A E+ ++++T+ + Y+K GLR LVMAKRVL E ++ W H +A+ + + R+RLL+ESY R+E +L L+G+TGIED+LQ+ VPE+I+ LR+AGIVVWVLTGDKQETA+NIAY+C LF+ +M++IKLNA+S++ AEA I +LD+++ E T S P A D +ALVVDGKTL+YILDKR+ LQ+ FL LT C++VLCCRATPLQKA+IV+IVK++L + TL IGDGANDVSMIQTADVGVGISG EG QAVMASDFAI +F +L RL+LVHGHW YDR+ARMVLYFFYKNA FVFV FW+QLYCGFSG VM+DQ+YLM +NL FTSLPP MGI+DQ A +L+A+P LY GR +Y+ +SFW+N+ D+LYQS VI+++A+ AYSD+ D+WEFGTV+ + C+FV +H+A E KSWT +H++S+ SV Y GFAL YN +CV C G + YWV+QH + T FWV +L VLA +PR +A+ + PS V +A++ Q
Sbjct: 34 PGGVKGHVRSASHGVIGVS-----LLNPTLHPQPSSPSPAIGLLEAAS--GLSKAERSS-------------------QDVSSTNPTVLKLPYTGILRQGHTRALSQGQIP-NQQVQP-----TKGHSRTGSRTDFLLPPGHQDRTTSGAAHGTK-------------------------HKRQVSRTLSNDVFTKGHSRQASRTESIYTIRQTRIPWVNR-FLFWRQVKTPELPRMRTVVPNHAVPPSVKPKHHPNNAYSDNAIRTSKYTPLSFIPKNLLEQFHRFANLYFLFIVLLNWIPAISAFGKEVAMIPVIFVLGVTAIKDAFEDHRRRQSDLRINNSTCRVYRVEEDRYVRVLFSEVKVGDIVHLSCDEIIPADLLLLKSSEKQGLCFIETSNLDGENNLKQRSVPKMMLSKQHHFQPKAFVSHIECEAPTTKIYQFHGAIVNPDGSRVPVGRENLLLRDCALKNTDFVEGIVVYAGHESKAMLNHGGPRYKRTQLEQAMNMDVVWCVVILVLLCLAGACGCGLWLKSYIPYLPVPFLPLVNFHGGDDILAGNDPDPFYQAFLAFWTYVIILQVMIPLSLYVTIELAKLIQIYHIHNDPHLRDPITHQAIECRALNITEELGQIQYIFSDKTGTLTENNMIFRRCSVGGIDYNHPQVNKDAP-PLKPGERQKIYPNPRLQEELRQFEIQRRAINETSDSDVESRPHINVQARRLEEFFLLMAVCNTVVVAKKPHRDRMNEVGQIELSGVDCSVHIAVDDGESFSDRGQSPSIESGSVSMSSTTLMVPPNLNSTPHSNNVLDQNTNVTPKRPGNL-SFFSGRHSARYRPSNQHNIQRPLSPIDSSAETTPSESPAPSLRPRFLQLPS-------LASAQSFFSLRR----SSTPTSDISNSLPATPSSDRKNFYEAESPDELALIDASCCYNIRLFQRSVHHVAVSLPGEGTLEYEILEILPFDSTRKRMSVILRRPETRQIVVYCKGADSAILPRLAYTQSFAENQIIQRTEHHVNQYSKQGLRTLVMAKRVLSEEDFTIWLVAHNEAKGAHEGRERLLYESYCRLERDLSLLGATGIEDKLQDQVPETISCLRKAGIVVWVLTGDKQETAVNIAYACSLFAPDMEVIKLNARSKNAAEAAIHCHLDAIQRELVTVANANETGNRLRSFFPLASDNSSMVVKRKALVVDGKTLLYILDKRSNLQKPFLHLTRHCAAVLCCRATPLQKAFIVKIVKQQLHIRTLGIGDGANDVSMIQTADVGVGISGVEGRQAVMASDFAIPRFSFLLRLLLVHGHWCYDRLARMVLYFFYKNANFVFVIFWYQLYCGFSGTVMVDQIYLMFFNLFFTSLPPLAMGIYDQSASAELLLAQPTLYAVGREAQLYRSHSFWVNIIDALYQSTVIFFIAYCAYSDTVADLWEFGTVVTSSCIFVMLIHMASEFKSWTGLHFLSLFASVSFYMGFALTYNAVCVDCPGLPNPYWVMQHCLTTLLFWVTLILTCVLAFIPRFTIKALFCLIQPSVVHQALLEQ 1496
BLAST of GH10952 vs. nr
Match: gi|195030384|ref|XP_001988048.1| (GH10952 [Drosophila grimshawi] >gi|193904048|gb|EDW02915.1| GH10952 [Drosophila grimshawi]) HSP 1 Score: 1452.19 bits (3758), Expect = 0.000e+0 Identity = 748/1452 (51.52%), Postives = 993/1452 (68.39%), Query Frame = 0
Query: 87 PGSAQVSRSSS---PAHPGRGQHQRSASHGGRQPLPGLPPSVLKKPAQRGHRRVFSHGQIPYNAEAMEGTPDHVKGHKRSGSKTEFILPPGHEERERKRSASSTNPPVLQRTGSYKAGGAAPLPRPGSSFHRRQASRTDSLAFSFRGHSRQASRTDSIYTLRQTTTNT--RRKIFCFRKKTLLDTEPKHRTVKPNHCIPADAKLVDHPNHRYLGNHVSTTKYTILSFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLAVTAIKDIFEDRRRYVSDKRVNNLTCRVYNGALSRYTKCLWKDLKVGDVVHLSCDELIPADILVLRSSDEHGTCYIDTQNLDGEANLKQREVPRGFVEKQSVFKPGDFRSTLECDMPTTKIYRFHGSIIHPWGERVPVGKDNLLLRECVLKNTNFVEGLVVYAGHESKAMLNNGGPRYKRSKLERQMNLEVIWCVVILVLMCFVGAVGSGIWLGSFDSY-VPFLNTLSLSETNPAFEGFLTFWTFVIILQVIIPLSLYVTIEMTKLAQVYLMHQDLQMYDKAKDKPIECRALNIPEELGQVQYIFCDKTGTLTENNMVFKRCTIGGVDYGHQVANSSSKVPGGTGRQSFPLPNQVLQEQLASIDIEQLIEKRDRKYGLHPEAHSVQDFFLHLAICNTVIVAKHPHHDNMNESGVVALTGNTASH-------ARLDHPPPTRLAKAQLDEVSEESHLSSPSPPPSFMSTTSSTAPLRPDPSLTPKRP-NRLFDYFATAK--PLSPIAASPETTP-TESPFPRPKYLQLPNILHPI--------SKLVSHGSIASLSRNNSR---SATPTQSVGQ--DIKPIYEAESPDELALVDAAFAYNCRLIKRTPGQVVVSLPGEG-IVDFEVLHVLPFDSVRKRMSVIIRHPQSKEIILFCKGADSAIFTAMA----EDGEDNVLEKTKEELEAYAKLGLRVLVMAKRVLHEAEYNEWTRKHCDAENSLQMRDRLLFESYNRIETNLYLVGSTGIEDRLQEGVPESIANLRRAGIVVWVLTGDKQETAINIAYSCHLFSTNMDIIKLNAKSRDGAEAIIRRNLDSLKVEQDTSPL-----PDARDRALVVDGKTLIYILDKRAKLQESFLQLTSFCSSVLCCRATPLQKAYIVRIVKEELKMHTLAIGDGANDVSMIQTADVGVGISGQEGMQAVMASDFAISKFKYLERLILVHGHWNYDRIARMVLYFFYKNAAFVFVCFWFQLYCGFSGAVMIDQMYLMLYNLLFTSLPPTIMGIFDQDAPDPILIARPDLYRQGRLGTVYKPYSFWINMTDSLYQSLVIYYVAHWAYSDSSVDIWEFGTVICTECLFVQTLHLAIETKSWTIMHWMSIILSVLMYFGFALFYNGICVSCFGNSSQYWVIQHSMGTADFWVICLLASVLALLPRIFCRAVQNSLFPSDVIRAVM 1498
PG A +S +S PA P RG H RS SHGG + K A +GH+R FS GQI ++ G P +GH R GSKT+FILPPGH++ PV +R + G +AP S A S RGHSRQASR++SIYTLR+T +R C E +R V PNH +P +HPN +++GN + TTKYT+LSF+PKNL EQFHR ANLYF+FIVLLNWVPAINAFGKEV+MIPVIFVL VTA+KD+FEDRRR SDKR+NN TCRVY+G RY K W+DL+VGD+VHLS +E +PADIL+LR+SD HG CYIDT +LDGE NLK+REV RGF E Q++F P F S +E D PTTK+YRFHG++IHP GERVP+ + LLLRE LKNT+++EG+VVYAGHE+K+MLNN GPRYKRS++E+QMN++VIWCV+IL+++C VGA+G +WLGSF ++ VP+L + N A EG LTFWT++IILQV+IPLSLYVTIE+ K+ QVY +H ++ +YD +K ECRA+NI EELGQ+Q+IF DKTGTLTEN M+F+RC + G DY H + LPN+ L + D++QL+ Y L P A +Q+F + LAICNTVIV+ PH D MN SG++ L + S + L H P R + + + + + +P P + L S+TP P N LF A + LSPI++SPE+TP +ESP P K L N + P SK+ S + + + R + T TQ++ + D +P+YEAESPDELALV+AA++Y+C L+ R+P ++V +P G V++E+L +LPFDS RK MS+++R ++EIIL+ KGADS+I +A E + E+T+++L+ YA+ GLR+LVMAKR L+ ++Y +W H D E S + R+R L +S+ ++E+NL L+G+TGIEDRLQ+GVPE+IA+L AGI +WVLTGDK ETAINIAYS LF+ M++IKL A+SRD AE I L +K + T+ + P ++ RALVVDGKTL +ILD ++KL +FL+L CSSVLCCR+TPLQKAY+V++VKEEL + TLAIGDGANDVSMIQ ADVGVGISGQEGMQAVMA+DF +S+F+YLERL+L HG+W YDR+ARM+LYFFYKNAAFVF+ FW+QLYCGFSG+VM+DQMYLMLYNLLFTSLPP +G++D P+ +L+ P LY+ GRLG VY+P+ FW+ + DSLYQSLVI++VA AY++S V IWEFGT I CLF +H AIE +SWT++H +SI++S+ ++ F++ YN +CV+CFG S YWVI +A W++ LL++V+A+LPR+ V+ S+ P D + ++
Sbjct: 92 PGVAIISSGNSTLNPAGPSRGGHARSVSHGGGAIVAVGAGGRPIKSAMKGHQRAFSQGQIT-DSPPGSGAPAG-RGHSRVGSKTDFILPPGHKDE-----------PVRER----EFGPSAP-----------------SSATSGRGHSRQASRSESIYTLRRTEAPPWWKRISLCNYNTNDKFEERSYRMVVPNHTVPPKTPKREHPNGQFVGNKIRTTKYTLLSFIPKNLLEQFHRVANLYFIFIVLLNWVPAINAFGKEVAMIPVIFVLGVTAVKDLFEDRRRRASDKRINNTTCRVYDGETERYKKTKWQDLRVGDIVHLSNNETVPADILLLRTSDPHGVCYIDTCDLDGETNLKRREVVRGFTEMQNIFVPSKFTSFVEADAPTTKLYRFHGALIHPTGERVPISTECLLLRESRLKNTDYIEGIVVYAGHETKSMLNNSGPRYKRSQVEQQMNIDVIWCVIILLILCVVGAIGCTMWLGSFVNFPVPYLPF----DVNAALEGMLTFWTYIIILQVMIPLSLYVTIELCKILQVYHIHNNIDLYDADTNKQTECRAMNITEELGQIQHIFSDKTGTLTENKMIFRRCVVNGADYNHPPSELEKLYAKPGAPAPPLLPNESLHD-----DMQQLVGVGVGAY-LTPNAQCIQEFLVVLAICNTVIVSAAPHRDLMNASGIIELQQSATSPTTVGPSPSTLKHVRPRRNLVSTTTTTTTATTIMNGTPQPGAGVLADRYSLLPESRSVTPSPPPNLLFAMPAQSHQPTLSPISSSPESTPGSESPSPPMKNKALSNSISPTGRAKAVINSKITSIATFLNAKTHGKRMKINQTKTQTIYRTADGRPLYEAESPDELALVNAAYSYDCCLLNRSPNHILVGMPTAGATVEYEILKILPFDSSRKCMSIVVRQTGTQEIILYTKGADSSIMPVLAPCPHNSPECLLREQTQQQLDRYAREGLRILVMAKRTLNASDYTDWWAHHQDIEMSHENRERRLRDSFAKLESNLTLLGATGIEDRLQDGVPETIASLIAAGISIWVLTGDKPETAINIAYSAKLFTQQMELIKLTARSRDAAETAINFYLTEMKNAKATNSVGYCLTPRSKPRALVVDGKTLTFILDPKSKLVPTFLKLAKACSSVLCCRSTPLQKAYLVKVVKEELNLRTLAIGDGANDVSMIQMADVGVGISGQEGMQAVMAADFTLSRFRYLERLLLSHGYWCYDRLARMILYFFYKNAAFVFLIFWYQLYCGFSGSVMMDQMYLMLYNLLFTSLPPLAIGVYDNRVPEDLLLKNPYLYKNGRLGVVYRPHDFWLILLDSLYQSLVIFFVALCAYAESDVGIWEFGTTITASCLFANLVHCAIEIRSWTVLHVISIVISLGSFYLFSIVYNSMCVNCFGLPSTYWVIFKCFASAVHWLVILLSTVVAVLPRLVLTTVRTSMCPDDSTKVIL 1499
BLAST of GH10952 vs. nr
Match: gi|1228384424|ref|XP_021953803.1| (probable phospholipid-transporting ATPase VD isoform X1 [Folsomia candida]) HSP 1 Score: 1449.88 bits (3752), Expect = 0.000e+0 Identity = 742/1414 (52.48%), Postives = 967/1414 (68.39%), Query Frame = 0
Query: 131 QRGHRRVFSHGQIPYNAEAMEGTPDHVKGHKRSGSKTEFILPPGHEERERKRSASSTNPPVLQRTGSYKAGGAAPLPRPGSSFHRRQASRTDSLAFSFRGHSRQASRTDSIYTLRQTTTNTRRKIFCFRKKTLLDTEPKHRTVKPNHCIPADAKLVDHPNHRYLGNHVSTTKYTILSFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLAVTAIKDIFEDRRRYVSDKRVNNLTCRVYNGALSRYTKCLWKDLKVGDVVHLSCDELIPADILVLRSSDEHGTCYIDTQNLDGEANLKQREVPRGFVEKQSVFKPGDFRSTLECDMPTTKIYRFHGSIIHPWGERVPVGKDNLLLRECVLKNTNFVEGLVVYAGHESKAMLNNGGPRYKRSKLERQMNLEVIWCVVILVLMCFVGAVGSGIWLGSFDSY-VPFL-NTLSLSETNPAFEGFLT-FWTFVIILQVIIPLSLYVTIEMTKLAQVYLMHQDLQMYDKAKDKPIECRALNIPEELGQVQYIFCDKTGTLTENNMVFKRCTIGGVDYGHQVANSSSKVPGGTGRQSFP--LP----NQVLQEQLASIDIEQLIEKRDRKYGLHPEAHSVQDFFLHLAICNTVIVAKHPHHDNMNESGVVAL-TGNTASH--------------ARLDHPPPTRLAKAQLDEVSEESHLSSPSPPPSFMSTTSSTAPLRPDPSLTPKRPNRLFDYFATAKPLSPIAASPETTPTESPFPRPKYLQLPNILHPISKLVSHGSIASLSRNNSRSATPTQSVGQDIKPIYEAESPDELALVDAAFAYNCRLIKRTPGQVVVSLPGEGIVDFEVLHVLPFDSVRKRMSVIIRHPQSKEIILFCKGADSAIFTAMAEDG--EDNVLEKTKEELEAYAKLGLRVLVMAKRVLHEAEYNEWTRKHCDAENSLQMRDRLLFESYNRIETNLYLVGSTGIEDRLQEGVPESIANLRRAGIVVWVLTGDKQETAINIAYSCHLFSTNMDIIKLNAKSRDGAEAIIRRNLDSL-------------------KVEQDTSPLPDARDRALVVDGKTLIYILDKRAKLQESFLQLTSFCSSVLCCRATPLQKAYIVRIVKEELKMHTLAIGDGANDVSMIQTADVGVGISGQEGMQAVMASDFAISKFKYLERLILVHGHWNYDRIARMVLYFFYKNAAFVFVCFWFQLYCGFSGAVMIDQMYLMLYNLLFTSLPPTIMGIFDQDAPDPILIARPDLYRQGRLGTVYKPYSFWINMTDSLYQSLVIYYVAHWAYSDSSVDIWEFGTVICTECLFVQTLHLAIETKSWTIMHWMSIILSVLMYFGFALFYNGICVSCFGNSSQYWVIQHSMGTADFWVICLLASVLALLPRIFCRAVQNSLFPSDVIRAVMA 1499
+GH R SHGQI E P +K H R+ SKT+FILPPGH+ER S+T P + +RGHSR ASR++SIYTLRQ KI F K+T ++ P+ R V PNH +P HPN Y N + TTKYTI+SFLPKNLFEQFHRFANLYF+ IVLLNW+P+I+AFGKE++M+PV+FVL VTAIKD+FEDRRRY SDKR+NN TCRV++ +R+ WKD++VGDVVHLSC+E+IPADILVL++SD +G CYI+T NLDGE+NLK REV RGF K + F F S +E +PTTKIY F+G +IHP ++VPV K+NLLLR+C LKNT++VEGLVVYAG ++KAMLNNGGPR+KR+ LE+ MNLEV+WCVVIL ++C VGA GS +WL +FD VPF+ T E + T F TF+IILQV+IPLSLYVTIE+TKL Q+Y + D++++D +K IECRA+NIPE+LGQ+QYIF DKTGTLTEN M+F+RC IG +DY H +++P + + P P N L E +I+ +E + + G +A +++FFL LAICNTV+VAKHPH D MN+ G V G A+H +++ T + + ES S S + + + P+ +RP+R +PLSPI++S ETTPTESP RP++L N+L SK +S +L NNS +A + KPI+EAESPDELALV+AA+ YNCRLIKR+P + V +PG+G V +E+LH PFDSVRKRMS+++RHPQ+ +II++CKGAD+AIF+ + + + +T+ +++ YA+ GLR LVMAKRVL E EY +W K AE L RD LL E+Y+ +E N+ LVG+TGIEDRLQ+ VPE+I LR AGIVVWVLTGDKQETA+NIAYSC LF++NMDI+ LN++S+D AE+ I L+ + + + SPL + ++RALVVDGKTL YILD + +L FL LT CSSVLCCRATPLQKA+IV VKE+L M TLAIGDGANDVSMIQ ADVG+GISG+EGMQAVMASDFAISKFKYLERL+LVHGHW YDR+ARM+LYFFYKNAAFVFV FW+QL G+SG+VMIDQMYLM++NL FT+LPP +GI+DQD P +L+A P LY QGRL V++ +SFW+NM DSLYQS+VI+++++ AYS S V ++EFGT I C+F +H+AIE KSWTI+H +SI+ S+L+++GFA YN +C++C G + +WVI + + W+I + +VLA+LPR+ R ++NSLFPSDV +A++A
Sbjct: 15 NKGHTRAASHGQIA------EDPPQGLKSHNRAPSKTDFILPPGHKERLN----STTMPKEMH----------------------------------WRGHSRNASRSESIYTLRQQKIPMMNKIL-FWKRTEVEN-PRVRIVVPNHTVPDTLPDGVHPNGNYPNNRIRTTKYTIISFLPKNLFEQFHRFANLYFISIVLLNWIPSISAFGKEIAMLPVMFVLGVTAIKDLFEDRRRYNSDKRINNSTCRVWHRHENRWESVKWKDIRVGDVVHLSCNEVIPADILVLKTSDPNGLCYIETMNLDGESNLKPREVVRGFTNKHAAFDVNKFNSKVEVGLPTTKIYHFNGKMIHPDTQQVPVTKENLLLRDCCLKNTDYVEGLVVYAGRDTKAMLNNGGPRHKRTGLEKLMNLEVVWCVVILAVLCIVGATGSALWLSTFDELGVPFIIETEDTKEPGVVWTKIFTNFLTFIIILQVMIPLSLYVTIELTKLMQIYHIQNDIELFDPETNKRIECRAMNIPEDLGQIQYIFSDKTGTLTENKMIFRRCAIGAIDYNH------TEMPDESSFRDRPNLFPSLKVNPTLYELFGQWNIQISVESGNLQEGYSEKAEKIREFFLILAICNTVVVAKHPHVDKMNDHGDVEEPDGEVAAHRLSVIRESMDSSLAGSINNTSFTSQSFTDFQSSNPESRQDSLRSD-SLQTNICTNDLVIPNQVQGVRRPSRHLMLKPDTRPLSPISSSNETTPTESPAQRPRFLTFQNVL---SKKLS----KTLLLNNSSAAPTNTPSPMEPKPIFEAESPDELALVEAAYLYNCRLIKRSPQSLTVMMPGDGPVKYEILHTFPFDSVRKRMSLVVRHPQTNQIIMYCKGADTAIFSKLKRIDVIQTELANRTQTQIDNYAREGLRTLVMAKRVLSENEYRDWLIKFHQAELDLNHRDELLSEAYSAMENNMELVGATGIEDRLQDRVPETIEALRNAGIVVWVLTGDKQETAVNIAYSCKLFTSNMDIVILNSRSKDQAESSILFYLNEIEKIRTGENASSEASNSVHRRPSELCSPLTN-KERALVVDGKTLTYILDHKTQLITKFLSLTKHCSSVLCCRATPLQKAFIVTSVKEQLGMRTLAIGDGANDVSMIQRADVGIGISGKEGMQAVMASDFAISKFKYLERLLLVHGHWCYDRLARMILYFFYKNAAFVFVIFWYQLLNGWSGSVMIDQMYLMVFNLFFTALPPMAIGIYDQDCPADLLLACPKLYGQGRLQKVHQAHSFWLNMLDSLYQSVVIFFMSYGAYSGSDVGMFEFGTTIVVSCMFTMLVHMAIEAKSWTIIHVLSIVASILVFYGFAFIYNTVCINCLGFENPFWVIHELITSPVHWLIVTVTTVLAVLPRLIVRCLENSLFPSDVSQALLA 1367
BLAST of GH10952 vs. nr
Match: gi|1130219537|ref|XP_019756977.1| (PREDICTED: probable phospholipid-transporting ATPase VD [Dendroctonus ponderosae]) HSP 1 Score: 1449.49 bits (3751), Expect = 0.000e+0 Identity = 740/1417 (52.22%), Postives = 957/1417 (67.54%), Query Frame = 0
Query: 126 LKKPAQRGHRRVFSHGQI----PYNAEAMEGTPDHVKGHKRSGSKTEFILPPGHEERERKRSASSTNPPVLQRTGSYKAGGAAPLPRPGSSFHRRQASRTDSLAFSFRGHSRQASRTDSIYTLRQTT-TNTRRKIF--CFRKKTLLDTEPKHRTVKPNHCIPADAKLVDHPNHRYLGNHVSTTKYTILSFLPKNLFEQFHRFANLYFLFIVLLNWVPAINAFGKEVSMIPVIFVLAVTAIKDIFEDRRRYVSDKRVNNLTCRVYNGALSRYTKCLWKDLKVGDVVHLSCDELIPADILVLRSSDEHGTCYIDTQNLDGEANLKQREVPRGFVEKQSVFKPGDFRSTLECDMPTTKIYRFHGSIIHPWGERVPVGKDNLLLRECVLKNTNFVEGLVVYAGHESKAMLNNGGPRYKRSKLERQMNLEVIWCVVILVLMCFVGAVGSGIWLGSF-DSYVPFLNTLSLSETNPAFEGFLTFWTFVIILQVIIPLSLYVTIEMTKLAQVYLMHQDLQMYDKAKDKPIECRALNIPEELGQVQYIFCDKTGTLTENNMVFKRCTIGGVDYGHQVANSSSKVPGGTGRQSFPLPNQVLQEQLASIDIEQLIEKRDRKYGLHPEAHS--VQDFFLHLAICNTVIVAKHPHHDNMNESGVVALTGNTASHARLDHPPPTRLA----KAQLDEVS--EESHLSSPSPPPSFMSTTSSTAPLRPDPSLTPKRPNRLFDYFATAKPLSPIAASPETTPTESPFP-RPKYLQLPNILHPISKLVSHGSIASLSRNNSRSATPTQSVG----QDIKPIYEAESPDELALVDAAFAYNCRLIKRTPGQVVVSLPGEGIVDFEVLHVLPFDSVRKRMSVIIRHPQSKEIILFCKGADSAIFTAM--AEDGEDN--VLEKTKEELEAYAKLGLRVLVMAKRVLHEAEYNEWTRKHCDAENSLQMRDRLLFESYNRIETNLYLVGSTGIEDRLQEGVPESIANLRRAGIVVWVLTGDKQETAINIAYSCHLFSTNMDIIKLNAKSRDGAEAIIRRNLDSLKVEQDTSP-----------------LPDARDRALVVDGKTLIYILDKRAKLQESFLQLTSFCSSVLCCRATPLQKAYIVRIVKEELKMHTLAIGDGANDVSMIQTADVGVGISGQEGMQAVMASDFAISKFKYLERLILVHGHWNYDRIARMVLYFFYKNAAFVFVCFWFQLYCGFSGAVMIDQMYLMLYNLLFTSLPPTIMGIFDQDAPDPILIARPDLYRQGRLGTVYKPYSFWINMTDSLYQSLVIYYVAHWAYSDSSVDIWEFGTVICTECLFVQTLHLAIETKSWTIMHWMSIILSVLMYFGFALFYNGICVSCFGNSSQYWVIQHSMGTADFWVICLLASVLALLPRIFCRAVQNSLFPSDVIRAVMAQ 1500
L RGH+R FS GQI P AE GH R GSKT+FILPP H++ S KA GA SR S +GHSRQAS ++S YTLR + + +K++ R+ + E + RTV PNH +P HPN R N + TTKYT+LSFLP+NL EQFHR ANLYF+FIVLLNWVPAINAFGKE++MIPV+FVL VTA+KD+FEDRRR+ SDK++NN TCR+YN SRY K LWKD++VGD++HLS +E++PADIL+LRSSD G CYIDT +LDGE NLKQR+V RGF+EKQ F+P FRS +E + PTTKIYRFHGSI+H G+RVPVG DNLLLREC+LKNT+F+EG+VVYAGHE+KA+LNNGGPRYKRS LE+QMN +V+WCV+IL+LMC +GA+G +WL +F D PF E + E FL FWT+VIILQ++IPLSLYVT+E+ K+ QVY +H ++ +YD DK IECRALNI EELGQ+QYIF DKTGTLTEN M+F+ C I G+DY H + ++ G S + Q++ + + E + R+ HS +Q+F L LA+CNTV+ +KHPHHDNMN SG++ N S A D A ++ D+ S EES +PSPP + S + Y T P+ + S S RPK L +P+I +S S ++++ + + D+KPIYEAESPDELALVDAA+ Y CRL++RTP +V V +P +G + F++L++LPFDS RKRMSVI RHP + EIIL+CKGADS++ + AED + +L KT+ L +YA+ GLRVLVMAKRVL + EYN+WT KH + E S+ ++ + +SYN IE N+ L+G+TGIEDRLQEGVPE++ L AGIVVWV+TGDK ETAINIAYS LFS M+++K+ A+S++ AE+ IR L ++++ + + +P + RALVVDGKTL YILD+R+ L + FL+LT+ C+SVLCCRATPLQKAYIV++VKEELKM TLAIGDGANDVSMIQTADVG+GISGQEGMQAVMA+DFA+S+FKYLER +LVHGHW+YDR+++MVLYFFYKNA FVF+ FW+Q YCGFSG+VMIDQMYLMLYNLLFTSLPP +G++DQDAP +L P LY++GRLG Y+ YSFW+ M DSLYQS+V++++ AY + VDI+EFGT T C+ V LH++IET+SWTI+H SI S+ +F ++L YN CV+CFG S YW IQ SM +W++ LLA V+A+LPR+ R Q P +V +A++A+
Sbjct: 6 LLAAGSRGHQRAFSQGQISEVPPVGAER--------PGHSRVGSKTDFILPPEHKD-------------------STKAEGA--------------TSR-----ISTKGHSRQASTSESTYTLRNSDPPHLWQKLYYRLTRRSPRSEQEERIRTVVPNHIVPPKTPRKVHPNGRRPNNRIRTTKYTLLSFLPRNLLEQFHRVANLYFIFIVLLNWVPAINAFGKEIAMIPVLFVLGVTAVKDLFEDRRRHASDKKINNSTCRIYNREHSRYRKVLWKDVRVGDLIHLSNNEVVPADILLLRSSDPSGLCYIDTGHLDGETNLKQRQVARGFIEKQRWFEPSKFRSKIEVESPTTKIYRFHGSIVHDSGQRVPVGTDNLLLRECLLKNTDFIEGIVVYAGHETKALLNNGGPRYKRSSLEKQMNQDVVWCVLILILMCILGAIGCKLWLLAFPDLKSPF------REESDQIEAFLAFWTYVIILQIMIPLSLYVTLELCKILQVYHIHHNVDLYDSVMDKRIECRALNITEELGQIQYIFSDKTGTLTENKMIFRNCAIAGIDYNHPGLENEAQNCNKQGNLSVKVNEQLVTDLNQGVTAEHVFSSRN--------VHSARIQEFLLLLAVCNTVVCSKHPHHDNMNASGIIEALPNILSSAEEDSVKAVETASPKSRSICDKYSRLEESRSVTPSPPLNAFGADSKRS------------------YVPTLSPIESVENSESMEGQASSRSLRPKLLSIPSI-----GFLSRKSNSTVNLTDEEKVKLGHAASPLSPSDLKPIYEAESPDELALVDAAYIYKCRLLRRTPTEVTVDVPMKGRMMFKILNILPFDSTRKRMSVIFRHPTTSEIILYCKGADSSMIPRLVPAEDDSEQTFILNKTQVHLGSYAREGLRVLVMAKRVLSQQEYNDWTTKHQEIELSVDNVEKKIRDSYNYIECNMTLLGATGIEDRLQEGVPETLTALIAAGIVVWVVTGDKPETAINIAYSAKLFSPQMELLKIMARSKESAESTIRCYLADIELQSNQAENAEEHCSAGCSSRIGPQMPKPQGRALVVDGKTLTYILDRRSNLTKPFLKLTTACNSVLCCRATPLQKAYIVKVVKEELKMRTLAIGDGANDVSMIQTADVGIGISGQEGMQAVMAADFALSRFKYLERFLLVHGHWSYDRLSKMVLYFFYKNATFVFLIFWYQFYCGFSGSVMIDQMYLMLYNLLFTSLPPIAIGVYDQDAPYRLLRDNPYLYKRGRLGRAYRTYSFWMTMADSLYQSVVVFWLCKMAYEGTDVDIFEFGTATTTACMCVMLLHVSIETRSWTIIHAASIFCSIGAFFLYSLTYNTFCVNCFGLPSTYWTIQISMHRPQYWLVTLLACVVAVLPRLLFRVCQTMFAPDEVTKALLAE 1339 The following BLAST results are available for this feature:
BLAST of GH10952 vs. L. salmonis genes
Analysis Date: 2018-04-19 (T. kinsejongensis vs L. Salmonis peptides) Total hits: 10
BLAST of GH10952 vs. SwissProt
Analysis Date: 2018-04-19 (T. kingejongensis peptided Blastp vs. SwissProt) Total hits: 25
Pagesback to top
BLAST of GH10952 vs. nr
Analysis Date: 2018-05-15 (T. kingsejongensis proteins Blastp vs. NR) Total hits: 25
Pagesback to topAlignments
The following features are aligned
Analyses
This gene is derived from or has results from the following analyses
Properties
Relationships
The following mRNA feature(s) are a part of this gene:
Sequences
The following sequences are available for this feature:
gene from alignment at scaffold96_size378025:240706..251269+ Legend: mRNA Hold the cursor over a type above to highlight its positions in the sequence below.>snap_masked-scaffold96_size378025-processed-gene-2.3 ID=snap_masked-scaffold96_size378025-processed-gene-2.3|Name=GH10952|organism=Tigriopus kingsejongensis|type=gene|length=10564bp|location=Sequence derived from alignment at scaffold96_size378025:240706..251269+ (Tigriopus kingsejongensis)back to top Synonyms
The feature 'GH10952' has the following synonyms
Add to Basket
|