EMLSAG00000002348, EMLSAG00000002348-685114 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000002348
Unique NameEMLSAG00000002348-685114
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
BLAST of EMLSAG00000002348 vs. GO
Match: - (symbol:dp "dumpy" species:7227 "Drosophila melanogaster" [GO:0007475 "apposition of dorsal and ventral imaginal disc-derived wing surfaces" evidence=IMP] [GO:0005578 "proteinaceous extracellular matrix" evidence=NAS] [GO:0007424 "open tracheal system development" evidence=IMP] [GO:0051539 "4 iron, 4 sulfur cluster binding" evidence=IEA] [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0008362 "chitin-based embryonic cuticle biosynthetic process" evidence=IMP] [GO:0040005 "chitin-based cuticle attachment to epithelium" evidence=IMP] [GO:0031012 "extracellular matrix" evidence=ISM] [GO:0005201 "extracellular matrix structural constituent" evidence=ISM] [GO:0046331 "lateral inhibition" evidence=IMP] InterPro:IPR000742 InterPro:IPR001881 InterPro:IPR003651 InterPro:IPR018097 Pfam:PF07645 PROSITE:PS01187 PROSITE:PS50026 SMART:SM00179 SMART:SM00181 SMART:SM00525 InterPro:IPR000152 EMBL:AE014134 GO:GO:0005509 GO:GO:0008362 GO:GO:0051539 InterPro:IPR013032 PROSITE:PS01186 GO:GO:0046331 GO:GO:0031012 InterPro:IPR003645 SMART:SM00274 PROSITE:PS00010 GO:GO:0007475 InterPro:IPR009030 SUPFAM:SSF57184 GO:GO:0007424 InterPro:IPR026823 Pfam:PF12662 GO:GO:0005201 InterPro:IPR001507 SMART:SM00241 PROSITE:PS51034 Gene3D:2.40.155.10 InterPro:IPR023413 InterPro:IPR006150 SMART:SM00289 UniGene:Dm.20530 GeneID:318824 KEGG:dme:Dmel_CG33196 FlyBase:FBgn0053196 GO:GO:0040005 RefSeq:NP_001260032.1 PDB:1OIG PDBsum:1OIG OMA:PTTRPFE Uniprot:M9PB30)

HSP 1 Score: 50.8322 bits (120), Expect = 2.020e-4
Identity = 124/564 (21.99%), Postives = 213/564 (37.77%), Query Frame = 0
Query:  385 DESSKSDVNSIETATNI-QGFENR-NEENTSSQQDEALTTNEYEQTTPTNINEPSNSDVNFIETTTN----------SEQFVNQNGE-NIVIKPDENILIDVFEEATTTNIN--GPSNFDVNFIETTTNGQLFFSQKNTAILLNKNITTDAFEEKSTTNINFDVNFI----ETTT----------VTDQYENNP------VTKQDENIIANAFEHTT-----QGPINQLTNFHVKFNKSASISQSKDISPTTRLY---TTFPKHQETIFPATNQE-------GSSILNRMNNTHDSSLNISKSI---ETSFPSQSFLEQSQIVPPKIQNDTKSTLSEKIHNSVDFIKTVSEKMKDFPSSPTFISNPSHSTIYQGSQPPNNVTLNTQTNSSIASINNGLNVDRTIHNLDPMKKPSEENDSTKTLFIDLRSVINLDKGDTTTRIHSEEDESITFSNEELTKEP----IWETSTSYP-THPVDAFTENTIYELETVIPAKKELYNDSQLLSDNNSGVVESTTPVPGLDASTTTFISVHENGNFDVKTTSKTDIEIVDERLVNPPTDL 890
            D +S S+  S ET T +   F  R + + T+    +  TT  +E +TP++ +  +      +ETTTN          +EQ  +   E    I+ +E+ L     + TT + +   P+    +F     + Q   S ++         TT  FE  +   +      +    ETTT          VT+Q  ++P      +  ++  + + + + TT     + P    ++F  + +   +   S+D+ PTT+ +   T  P   ET  P    E       GS+       T  S   +  +I   E++FPS+S    +    P+      S  + + H+        +E  +D P++  F S+       + + PP  VT  T TN +I S    +    T         PSE     +T      S +     D TT   SE  E+ T    + T  P      E++   P T P +A T +    LET +P+   L   + +   +  G V   T  P  +  TT  +   E      ++T +T      E     P+D 
Sbjct: 6941 DRTSPSE--SPETPTTLPSDFITRPHSDQTTESTRDVPTTRPFEASTPSSASLETTVPSVTLETTTNVPIGSTGGQVTEQTTSSPSEVRTTIRVEESTLPSRSTDRTTPSESPETPTTLPSDFTTRPHSDQTTESSRDVP-------TTQPFEASTPRPVTLQTAVLPVTSETTTNVPIGSTGGQVTEQTTSSPSEVRTTIRVEESTLPSRSTDRTTPSESPETPTTLPSDFTTRPHSDQTTESSRDV-PTTQPFESSTPRPVTLETAVPPVTSETTTNVPIGSTGGQVTEQTTPSPSEVRTTIRIEESTFPSRSTDRTTPSESPETPTTLPSDFTTRPHSD-----QTTESTRDVPTTRPFESSTPRPVTLEIAVPP--VTSETTTNVAIGSTGGQVTEQTT-------SSPSE----VRTTIRVEESTLPSRSTDRTTP--SESPETPTTLPSDFTTRPHSDQTTESTRDVPTTRPFEASTPSPA-SLETTVPSVT-LETTTSVPMGSTGGQVTGQTTAPPSEVRTTIRV---EESTLPSRSTDRTPPSESPETPTTLPSDF 7469          

HSP 2 Score: 48.9062 bits (115), Expect = 8.259e-4
Identity = 105/401 (26.18%), Postives = 153/401 (38.15%), Query Frame = 0
Query: 1325 SAPQIKLPTTTQRPPELEPLTIAPTTFLSTL--IQFIKGG--TLSHKELIEELINSGLLPVEVTNIGKIPIVVGAKKNKEPLQKEIKFE---NVDIDDPKFDYEEFDLNSFFE--TTERPDISNL-NRNIEFITSKSNPEDLNY--SHSTTSNIFDYRKAFQQTTTSSNQVPFDNNIETSQGSSEQTTTESSKQDFYPSKNTLSETTTSFDSELAEIQVETTQSPDE------LFPSLLYTTTSSLHILDTDFETIIT-TTKYVSSP---SVRENSFEETSINPIDEISQITQHSLTSNID--VLETTTGQPISVSTPFVYETTESSLIDFDYLTSTLKQITDTTESFFFDSTTPSIGSIKKQSGIFSSTALPSILS---EVEEFIPDQLNFPTLSPLKMS 1698
            S P+ + PTT    P   P T   T F S +  I  ++G   T SH E     I S     EV  I           + +     I FE   N+ I   +    E   +S  E  TT R + S L +R+ +  T   +PE      S STT    D      QTT S+  VP     E S      T + +S +   PS    + T     S   ++  +TT SP E      L  S L + ++         ET  T  + +++ P      E++ +  +  P  E S  +  SL + +    LETTT  PI  +   V E T SS  +   + +T++    T  S   D TTPS           + T LPS  +     E+      + PT  P + S
Sbjct: 4016 SNPETETPTTLPSRPTTRPFTDQTTEFTSEIPTITPMEGSTPTPSHLETTVASITSESTTREVYTIKPFDRSTPTPVSPDTTVPSITFETTTNIPIGTTRGQVTEQTTSSPSEKRTTIRVEESTLPSRSTDRTTPSESPETPTILPSDSTTRTYSD------QTTESTRDVPTTRPFEAS------TPSPASLETTVPSVTLETTTNDPIGSTGGQVTEQTTSSPSEVRTTIGLEESTLPSRSTDRTTPSESPETPTTLPSDFITRPHSDQTTESTRDVPTTRPF-EASTPSSASLETTVPSVTLETTTNVPIGSTGGQVTEQTTSSPSE---VRTTIRVEESTLPSRSADRTTPS-------ESPETPTTLPSDFTTRPHSEQTTESTRDVPTTRPFEAS 4393          
BLAST of EMLSAG00000002348 vs. C. finmarchicus
Match: gi|592887550|gb|GAXK01070825.1| (TSA: Calanus finmarchicus comp730862_c0_seq8 transcribed RNA sequence)

HSP 1 Score: 50.447 bits (119), Expect = 5.547e-6
Identity = 20/47 (42.55%), Postives = 32/47 (68.09%), Query Frame = 0
Query: 1348 PTTFLSTLIQFIKGGTLSHKELIEELINSGLLPVEVTNIGKIPIVVG 1394
            P   L  ++  I  G ++ +++IE LIN+G LPVE+T +G++PI VG
Sbjct:  112 PNNVLENMLDLIDDGQITKEDVIEHLINNGFLPVEITELGRLPIRVG 252          
BLAST of EMLSAG00000002348 vs. C. finmarchicus
Match: gi|592887551|gb|GAXK01070824.1| (TSA: Calanus finmarchicus comp730862_c0_seq7 transcribed RNA sequence)

HSP 1 Score: 50.447 bits (119), Expect = 6.076e-6
Identity = 20/47 (42.55%), Postives = 32/47 (68.09%), Query Frame = 0
Query: 1348 PTTFLSTLIQFIKGGTLSHKELIEELINSGLLPVEVTNIGKIPIVVG 1394
            P   L  ++  I  G ++ +++IE LIN+G LPVE+T +G++PI VG
Sbjct:  125 PNNVLENMLDLIDDGQITKEDVIEHLINNGFLPVEITELGRLPIRVG 265          
BLAST of EMLSAG00000002348 vs. C. finmarchicus
Match: gi|592887556|gb|GAXK01070819.1| (TSA: Calanus finmarchicus comp730862_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 50.8322 bits (120), Expect = 1.188e-5
Identity = 20/47 (42.55%), Postives = 32/47 (68.09%), Query Frame = 0
Query: 1348 PTTFLSTLIQFIKGGTLSHKELIEELINSGLLPVEVTNIGKIPIVVG 1394
            P   L  ++  I  G ++ +++IE LIN+G LPVE+T +G++PI VG
Sbjct:  427 PNNVLENMLDLIDDGQITKEDVIEHLINNGFLPVEITELGRLPIRVG 567          
BLAST of EMLSAG00000002348 vs. C. finmarchicus
Match: gi|592779583|gb|GAXK01174985.1| (TSA: Calanus finmarchicus comp1119307_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 48.521 bits (114), Expect = 3.187e-4
Identity = 28/71 (39.44%), Postives = 44/71 (61.97%), Query Frame = 0
Query: 1267 NPEGMAELLSGIFEYDTLNDKEKTIQELIELTQRDPEAXGESFSTLIANTL-KNVNLSVSA-PQIKLPTTT 1335
            +P+  A L + +FEY+   +K+ TI E+I + +RDP+A   +FS LI + + KN NL  S+ P+   P TT
Sbjct: 6562 SPKRSARLFAQLFEYNDRIEKQNTINEIILMIKRDPKAVTSAFSDLIYDRMAKNANLEQSSTPKFNFPLTT 6774          
BLAST of EMLSAG00000002348 vs. C. finmarchicus
Match: gi|592779584|gb|GAXK01174984.1| (TSA: Calanus finmarchicus comp1119307_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 48.521 bits (114), Expect = 3.192e-4
Identity = 28/71 (39.44%), Postives = 44/71 (61.97%), Query Frame = 0
Query: 1267 NPEGMAELLSGIFEYDTLNDKEKTIQELIELTQRDPEAXGESFSTLIANTL-KNVNLSVSA-PQIKLPTTT 1335
            +P+  A L + +FEY+   +K+ TI E+I + +RDP+A   +FS LI + + KN NL  S+ P+   P TT
Sbjct: 6679 SPKRSARLFAQLFEYNDRIEKQNTINEIILMIKRDPKAVTSAFSDLIYDRMAKNANLEQSSTPKFNFPLTT 6891          
BLAST of EMLSAG00000002348 vs. L. salmonis peptides
Match: EMLSAP00000002348 (pep:novel supercontig:LSalAtl2s:LSalAtl2s144:104355:111325:-1 gene:EMLSAG00000002348 transcript:EMLSAT00000002348 description:"snap_masked-LSalAtl2s144-processed-gene-1.13")

HSP 1 Score: 3817.7 bits (9899), Expect = 0.000e+0
Identity = 1911/1911 (100.00%), Postives = 1911/1911 (100.00%), Query Frame = 0
Query:    1 MIYRVPSAEPLVHTTPISKSSSLVPKVFFNDDRSKIIFSPVIRRSRRPKGSRRSLKFGTKLKRRNGFSSVKDQRKMFSGDRLLYSLGLEDEALRKNRDITTTTTSRPTISKPHTTFTHMNLFESLKVPVTNSPDPFVLSVREDTFVPENSLPNKEDTISKIQENKTMVHRKYENKSEISRYENVFSNGNGHEQKIKPDETEFPNEYFDKPLRAKNEQIFPGQAPKDSEIGENEDIDFNIRRPEESITTVDPFNQNEGNNQVQNEGNNQVQKDENIINHTFDHTATTHINVQTNFDAKYIETTTNSQQLASKIEKNIDIKHGENSVVNTFEHIPSTNINEHTNFDDTLLETTTNRQQFLEIYEDNTVFQQEENINTTDHTTVTNIDESSKSDVNSIETATNIQGFENRNEENTSSQQDEALTTNEYEQTTPTNINEPSNSDVNFIETTTNSEQFVNQNGENIVIKPDENILIDVFEEATTTNINGPSNFDVNFIETTTNGQLFFSQKNTAILLNKNITTDAFEEKSTTNINFDVNFIETTTVTDQYENNPVTKQDENIIANAFEHTTQGPINQLTNFHVKFNKSASISQSKDISPTTRLYTTFPKHQETIFPATNQEGSSILNRMNNTHDSSLNISKSIETSFPSQSFLEQSQIVPPKIQNDTKSTLSEKIHNSVDFIKTVSEKMKDFPSSPTFISNPSHSTIYQGSQPPNNVTLNTQTNSSIASINNGLNVDRTIHNLDPMKKPSEENDSTKTLFIDLRSVINLDKGDTTTRIHSEEDESITFSNEELTKEPIWETSTSYPTHPVDAFTENTIYELETVIPAKKELYNDSQLLSDNNSGVVESTTPVPGLDASTTTFISVHENGNFDVKTTSKTDIEIVDERLVNPPTDLLRKGIKVLNIGSEEVTTSLNDLSNLDDENTSIETTTLFLKELKAIKINQKIHSATETPQSSRTNNIITTNKPFLSNEEPLKMLTDIFLPSGETEPITFQKPTQNKKIYLDSDEPLAFSTLDSIMIDPNLDDIDFELETERPNSSLVLDNGIVKNAAFVDQVQERSFYDILNTNNTSLIDNSSPRSGSHFILETKKAEDNSQNKDLSNPVTTTTHHNLAPNINPIAKSNNTQRVDMETKLIDLNETTNSSNNASIPLKKHSHILNKLHAKLKDISVDQLQLIEDEIVDLISLLGPDINLDVLELRNLLNSSTNKRRGTIVEAIMRSNALRAKANLLQSKSKRIIEGKNVVLPEPLKTILKNYGSRGLGQILSIMSIKNPEGMAELLSGIFEYDTLNDKEKTIQELIELTQRDPEAXGESFSTLIANTLKNVNLSVSAPQIKLPTTTQRPPELEPLTIAPTTFLSTLIQFIKGGTLSHKELIEELINSGLLPVEVTNIGKIPIVVGAKKNKEPLQKEIKFENVDIDDPKFDYEEFDLNSFFETTERPDISNLNRNIEFITSKSNPEDLNYSHSTTSNIFDYRKAFQQTTTSSNQVPFDNNIETSQGSSEQTTTESSKQDFYPSKNTLSETTTSFDSELAEIQVETTQSPDELFPSLLYTTTSSLHILDTDFETIITTTKYVSSPSVRENSFEETSINPIDEISQITQHSLTSNIDVLETTTGQPISVSTPFVYETTESSLIDFDYLTSTLKQITDTTESFFFDSTTPSIGSIKKQSGIFSSTALPSILSEVEEFIPDQLNFPTLSPLKMSPINSDDLRYNQQQHYHHQKINKADSFDSFGIFPTQTLKPLSTRTTIMNTLKMKQPLLIMNDEELDCLLSVLRLYKQGIISDSEFLELMHELKEDSQQQMQPRIDDHEAPRFQIRPAPQIVQRKFDDSTRGFSHEFISNFPNAFSEFSQDHIHDQFPTSSISNEDQHSYTSRDYFSPQGKAKKFQTFSYTNHPPYPREPFGPPRSIRFEKSSFS 1911
            MIYRVPSAEPLVHTTPISKSSSLVPKVFFNDDRSKIIFSPVIRRSRRPKGSRRSLKFGTKLKRRNGFSSVKDQRKMFSGDRLLYSLGLEDEALRKNRDITTTTTSRPTISKPHTTFTHMNLFESLKVPVTNSPDPFVLSVREDTFVPENSLPNKEDTISKIQENKTMVHRKYENKSEISRYENVFSNGNGHEQKIKPDETEFPNEYFDKPLRAKNEQIFPGQAPKDSEIGENEDIDFNIRRPEESITTVDPFNQNEGNNQVQNEGNNQVQKDENIINHTFDHTATTHINVQTNFDAKYIETTTNSQQLASKIEKNIDIKHGENSVVNTFEHIPSTNINEHTNFDDTLLETTTNRQQFLEIYEDNTVFQQEENINTTDHTTVTNIDESSKSDVNSIETATNIQGFENRNEENTSSQQDEALTTNEYEQTTPTNINEPSNSDVNFIETTTNSEQFVNQNGENIVIKPDENILIDVFEEATTTNINGPSNFDVNFIETTTNGQLFFSQKNTAILLNKNITTDAFEEKSTTNINFDVNFIETTTVTDQYENNPVTKQDENIIANAFEHTTQGPINQLTNFHVKFNKSASISQSKDISPTTRLYTTFPKHQETIFPATNQEGSSILNRMNNTHDSSLNISKSIETSFPSQSFLEQSQIVPPKIQNDTKSTLSEKIHNSVDFIKTVSEKMKDFPSSPTFISNPSHSTIYQGSQPPNNVTLNTQTNSSIASINNGLNVDRTIHNLDPMKKPSEENDSTKTLFIDLRSVINLDKGDTTTRIHSEEDESITFSNEELTKEPIWETSTSYPTHPVDAFTENTIYELETVIPAKKELYNDSQLLSDNNSGVVESTTPVPGLDASTTTFISVHENGNFDVKTTSKTDIEIVDERLVNPPTDLLRKGIKVLNIGSEEVTTSLNDLSNLDDENTSIETTTLFLKELKAIKINQKIHSATETPQSSRTNNIITTNKPFLSNEEPLKMLTDIFLPSGETEPITFQKPTQNKKIYLDSDEPLAFSTLDSIMIDPNLDDIDFELETERPNSSLVLDNGIVKNAAFVDQVQERSFYDILNTNNTSLIDNSSPRSGSHFILETKKAEDNSQNKDLSNPVTTTTHHNLAPNINPIAKSNNTQRVDMETKLIDLNETTNSSNNASIPLKKHSHILNKLHAKLKDISVDQLQLIEDEIVDLISLLGPDINLDVLELRNLLNSSTNKRRGTIVEAIMRSNALRAKANLLQSKSKRIIEGKNVVLPEPLKTILKNYGSRGLGQILSIMSIKNPEGMAELLSGIFEYDTLNDKEKTIQELIELTQRDPEAXGESFSTLIANTLKNVNLSVSAPQIKLPTTTQRPPELEPLTIAPTTFLSTLIQFIKGGTLSHKELIEELINSGLLPVEVTNIGKIPIVVGAKKNKEPLQKEIKFENVDIDDPKFDYEEFDLNSFFETTERPDISNLNRNIEFITSKSNPEDLNYSHSTTSNIFDYRKAFQQTTTSSNQVPFDNNIETSQGSSEQTTTESSKQDFYPSKNTLSETTTSFDSELAEIQVETTQSPDELFPSLLYTTTSSLHILDTDFETIITTTKYVSSPSVRENSFEETSINPIDEISQITQHSLTSNIDVLETTTGQPISVSTPFVYETTESSLIDFDYLTSTLKQITDTTESFFFDSTTPSIGSIKKQSGIFSSTALPSILSEVEEFIPDQLNFPTLSPLKMSPINSDDLRYNQQQHYHHQKINKADSFDSFGIFPTQTLKPLSTRTTIMNTLKMKQPLLIMNDEELDCLLSVLRLYKQGIISDSEFLELMHELKEDSQQQMQPRIDDHEAPRFQIRPAPQIVQRKFDDSTRGFSHEFISNFPNAFSEFSQDHIHDQFPTSSISNEDQHSYTSRDYFSPQGKAKKFQTFSYTNHPPYPREPFGPPRSIRFEKSSFS
Sbjct:    1 MIYRVPSAEPLVHTTPISKSSSLVPKVFFNDDRSKIIFSPVIRRSRRPKGSRRSLKFGTKLKRRNGFSSVKDQRKMFSGDRLLYSLGLEDEALRKNRDITTTTTSRPTISKPHTTFTHMNLFESLKVPVTNSPDPFVLSVREDTFVPENSLPNKEDTISKIQENKTMVHRKYENKSEISRYENVFSNGNGHEQKIKPDETEFPNEYFDKPLRAKNEQIFPGQAPKDSEIGENEDIDFNIRRPEESITTVDPFNQNEGNNQVQNEGNNQVQKDENIINHTFDHTATTHINVQTNFDAKYIETTTNSQQLASKIEKNIDIKHGENSVVNTFEHIPSTNINEHTNFDDTLLETTTNRQQFLEIYEDNTVFQQEENINTTDHTTVTNIDESSKSDVNSIETATNIQGFENRNEENTSSQQDEALTTNEYEQTTPTNINEPSNSDVNFIETTTNSEQFVNQNGENIVIKPDENILIDVFEEATTTNINGPSNFDVNFIETTTNGQLFFSQKNTAILLNKNITTDAFEEKSTTNINFDVNFIETTTVTDQYENNPVTKQDENIIANAFEHTTQGPINQLTNFHVKFNKSASISQSKDISPTTRLYTTFPKHQETIFPATNQEGSSILNRMNNTHDSSLNISKSIETSFPSQSFLEQSQIVPPKIQNDTKSTLSEKIHNSVDFIKTVSEKMKDFPSSPTFISNPSHSTIYQGSQPPNNVTLNTQTNSSIASINNGLNVDRTIHNLDPMKKPSEENDSTKTLFIDLRSVINLDKGDTTTRIHSEEDESITFSNEELTKEPIWETSTSYPTHPVDAFTENTIYELETVIPAKKELYNDSQLLSDNNSGVVESTTPVPGLDASTTTFISVHENGNFDVKTTSKTDIEIVDERLVNPPTDLLRKGIKVLNIGSEEVTTSLNDLSNLDDENTSIETTTLFLKELKAIKINQKIHSATETPQSSRTNNIITTNKPFLSNEEPLKMLTDIFLPSGETEPITFQKPTQNKKIYLDSDEPLAFSTLDSIMIDPNLDDIDFELETERPNSSLVLDNGIVKNAAFVDQVQERSFYDILNTNNTSLIDNSSPRSGSHFILETKKAEDNSQNKDLSNPVTTTTHHNLAPNINPIAKSNNTQRVDMETKLIDLNETTNSSNNASIPLKKHSHILNKLHAKLKDISVDQLQLIEDEIVDLISLLGPDINLDVLELRNLLNSSTNKRRGTIVEAIMRSNALRAKANLLQSKSKRIIEGKNVVLPEPLKTILKNYGSRGLGQILSIMSIKNPEGMAELLSGIFEYDTLNDKEKTIQELIELTQRDPEAXGESFSTLIANTLKNVNLSVSAPQIKLPTTTQRPPELEPLTIAPTTFLSTLIQFIKGGTLSHKELIEELINSGLLPVEVTNIGKIPIVVGAKKNKEPLQKEIKFENVDIDDPKFDYEEFDLNSFFETTERPDISNLNRNIEFITSKSNPEDLNYSHSTTSNIFDYRKAFQQTTTSSNQVPFDNNIETSQGSSEQTTTESSKQDFYPSKNTLSETTTSFDSELAEIQVETTQSPDELFPSLLYTTTSSLHILDTDFETIITTTKYVSSPSVRENSFEETSINPIDEISQITQHSLTSNIDVLETTTGQPISVSTPFVYETTESSLIDFDYLTSTLKQITDTTESFFFDSTTPSIGSIKKQSGIFSSTALPSILSEVEEFIPDQLNFPTLSPLKMSPINSDDLRYNQQQHYHHQKINKADSFDSFGIFPTQTLKPLSTRTTIMNTLKMKQPLLIMNDEELDCLLSVLRLYKQGIISDSEFLELMHELKEDSQQQMQPRIDDHEAPRFQIRPAPQIVQRKFDDSTRGFSHEFISNFPNAFSEFSQDHIHDQFPTSSISNEDQHSYTSRDYFSPQGKAKKFQTFSYTNHPPYPREPFGPPRSIRFEKSSFS 1911          
BLAST of EMLSAG00000002348 vs. nr
Match: gi|827543440|ref|XP_012544670.1| (PREDICTED: LOW QUALITY PROTEIN: notch-like protein isoform X1 [Bombyx mori])

HSP 1 Score: 72.0182 bits (175), Expect = 1.243e-8
Identity = 157/731 (21.48%), Postives = 279/731 (38.17%), Query Frame = 0
Query:  214 KNEQIFPGQAPKDSEIGENEDIDFNI--RRPEESIT---TVDPFNQNEGN------------NQVQNEGNNQVQKDENIINHTFDHTATTHINVQTN-------FDAKYIETTTNSQQLASKIEKNIDIKHGENSVVNTFEH-IPSTNINEHTNFDD----------TLLETTTNRQQFLEIYEDNTVFQQEENINTTDHTTVT-NIDESSKSDVNSIET-ATNIQGFENRN------------------EENTSSQQDEALTTNEYEQTTPTNINEPSNSDVNFIETTTNSEQFVNQNGENIVIKPDENILIDVFEEATTTNING-----PSNFDVNFIETTTNGQLFFS--QKNTAILLNK--NITTDAFEEK-----STTNINFDVNFIET--------TTVTDQYENNPVTKQDENIIANAF----------------EHTTQGPI-NQLTNFHVKFNKSASISQSKDISPTTRLYTTFPKH-----QETIFPATNQEGSSILNRMNNTHDSSLNISKSIETSFPSQSFLEQSQIVPPKIQNDTKSTLSEKIHNSVDFIKTV--------SEKMKDFPSSPTFISNPSHSTIYQG------SQPPNNVTLNTQTNSSIASINNGLNVDRTIHNLDPMKKPSEENDSTKTLFIDLRSVINLDKGDTTTRIHSEEDESITFSNEELTKEPIWETSTSYPTHPVDAFTENTIYELETVIPAKKELYNDSQ 831
            +NE   P  A   +   E+E  D N+  + P+ +IT   T    N NE N            +   ++ N++ QK ++  +   +   +T+ N   N         A + ++ T+     S+  ++ +I        N  E+ +PST     +++D           T   T TN+   ++  ++  +     ++ T  + T T + +  SKS  ++I   AT+IQ  +N N                  + N+ SQ  ++  TN+   +   N NE +     F+  +    +  + N E+    P   I      +AT+ + N      PS   V  +   T  Q + S  Q   + + N+  +I T+  E K     S T +++D    ++        +T+T+Q  +      + N+ + AF                  TTQ  I NQ+TN H   N++   S +   S TT  Y T  ++     Q T    T Q  S   N   N   S+ +I+ S   +    S LE SQ     I N   ST +    N +    +V        S++ K    S    +   HS+I         + P      NT+   S    +N  + D T       K       +  TL+ +  S ++  +   T RI + +D +I  SN++  +  +  T +    + VD+FT   +  L T+I      +++SQ
Sbjct: 4820 ENENKLPSTASIATSHYESETEDSNLESQTPQSTITNQATNTYANDNENNLTSTASVNTSHYDSETDDSNSESQKSKSTQSTITNQATSTYANDNENKLLSTASVTASHYDSETDDSNSESQSTQSTNINRATTIYANDNENNVPSTAFVTASHYDSETEDSNSESQTTQSTITNQATSIQTNDNENILPSTASVTTVHYDTETQDYNSESKSTQSTITNQATSIQTNDNENKLPSTASVTTVHYDTETQDYNSESQSTQSTITNQ-ATSIYANDNENNLPSTAFVTASHYDSETEDSNSESQT--PQSTIT----NQATSVHTNDNENILPSTASVTTVHYDTETQDYNSESQSTQSTITNQATSIQTNDNENKLPSTASVTTVHYDSETDDSNSESQTPQSTITNQATSIYANDNENNLPSTAFVTASHYDSETEDSNSESQTTQRTISNQVTNIHANDNENILPSAA---SVTTVHYDTESQNSNSESQTTQVTITKQATSIQTNDNENKLPSTASITASYYDNETENSNLE-SQTPQNTITNQATSTYANDNENKLPSTASVTTVPYNNESDEFKTGSQSIHSTAANQHSSIQTNETRIPLTTPIVESYHNTEIKGSQRESHNTQSTDTTYTESYDSKYELPLTTAFTTLYYNSESDLSRTESLATQRIATGKDTNIE-SNQDHYQTTVDATESLSTENVVDSFTSTAVTNLATLIDENVNKFSESQ 5538          
BLAST of EMLSAG00000002348 vs. nr
Match: gi|357612664|gb|EHJ68109.1| (hypothetical protein KGM_01730 [Danaus plexippus])

HSP 1 Score: 67.781 bits (164), Expect = 2.648e-7
Identity = 174/842 (20.67%), Postives = 299/842 (35.51%), Query Frame = 0
Query:   95 KNRDITTTTTSRPTISKPHTTFTHMNLFESLKVPVTNS-PDPFVLSVREDTFVPENSLPNKEDTISK--IQENK-TMVHRKYEN------------------------KSEISRYENVFS-------NGNGHEQKIKPDETEFPNEYFDKPLRAKNEQIFPGQAPKDSEI------GENEDIDFNIRRPEESITTVDPFNQNEGNNQ------------VQNEGNNQVQKDENIINHTFDHTATTHINVQTNFDAKYIETTTN---SQQLASKIE-KNIDIKHGEN-----SVVNTFEHIPSTNI------NEHTNFDDTLLETTTNRQQFLEIYEDNTVFQQEENINTTDHTTVTNIDESSKSDVNSIETATNIQGFENRNEENTSSQQDEAL---TTNEYEQTTPTNINEPSNSDVNFIETTTNS-EQFVNQNGENIVIKPDENILIDVFEEATTTNINGPSNFDVNFIETTTNGQLFFSQKNT------------AILLNKN----ITTDAFEEKSTTNINFDVNFIETTT--------VTDQYENNPVTKQDENIIAN--------AFEHTTQGPINQLTNFHVKFNKSASISQSKDISPTTRLYTTFPKHQETIFPATNQEGSSILNRMNNTHDSSLNISKSIETSFPSQSFLEQSQIVPPKIQNDTKSTLSEKIHNSVDFIKTVSEKMKDFPSSP--------TFISNPSHSTIYQGSQPP------NNVTLNTQ----TNSSIASINNGLNVDRTIHNLD---PMKKPSEENDSTKTLFIDLRSVINLDKGDTTTRIHSEEDESITFSNEELTKEPIWETSTSY-PTHPVDAFTE 810
            +N D+T      PT  K   T  H +   +  +P+T   P      +   TF+P+    N E T     I  +K  M   K+E+                          ++SR  ++         N    E  IK  E E  +++  K L++ + +    +   DS+        EN D   NI +  +S T  + F+ +  N +            +  +GNN V  ++N                 T  +   +ET+TN   S   AS    K  D +H  +     S  +T E+ P+T I         T  ++  +   +N +++L+      + Q++EN  ++D  T T   E    + + I   TN        + N  +  D A    TTN+  +T   ++N+ S +D   I+  T S  + +  N               + E +TT   N  +N +   I  TTN   FFSQ+ T             I+ NKN    +TT  +   +T   N  +N + TTT         T   E   ++ ++  II N          ++     I       +    S +    +D+  TT+         E I   T  + S         H  S  I  S      + S L+ +  + P I  ++    +EK +       +  E    + ++P        T++++ +  T   G   P      N +T+  Q    T  S  SI+   N+DR +   D    +K+    +DS  T    L S            +H E  ++       L K+     + S+ P H  + FT+
Sbjct: 3925 ENSDLTKLNIKFPTSDKKFNT--HEDKITNKVIPITTQIPHKIFTEIPRTTFLPQEK--NTETTYDSQFITTDKLDMFTNKFEDGINTSTFKFETSTGDDTTTTTDTNTLDVSRTNSIIETKDSNVLNSEHTETTIKYTEMENEDDFSTKDLKSYDIEKLISETTTDSKSEMMYHSSENYD---NILKNIKSTTLSNRFHTDSPNTERDFITTKSTLTFLTQKGNNYVSNNKN---------------PSTTVETSEVETSTNNIDSTISASTFTIKQSDSQHQNDGKFTISDFSTEENTPNTKIIIDSVNTSFTTLNNQFITNISNTEKYLDTTIPTLLSQEKENELSSDTLTSTISTEMETKEHDDITLVTNATSKYREEDYNAITILDTATPVDTTNDILETNAYSVNKQS-TDTKIIDQMTESYNEIITSNA--------------IGESSTTIGENLETNME---ILNTTN--WFFSQRKTTQPDFDLNAPKSTIVSNKNGTSTLTTTDYVNLTTLKNNVLINNLSTTTNPEFSIPKTTSNAETKYLSSKNSEIITNRPNDIMLVTLDNNYHSNIYSTEENDITNEMSTNRYNIEDVVSTTKFNAESISVNENIITTTQSDAS--------VHTFSTIIEDSTSDVEETYSTLKSNSQIKPNIYYNSDKLNTEKNNEPTTLKISTLENNIAYTNNPYLIEETQTTYLNDNNDITEKSGISYPDTSLVENRITMMPQNIKSTKQSGESISTTPNIDRKMVTGDTELSLKRNGTNSDSVSTTEQSLPS----------HTLHFETVKTTDLPTSTLDKDEYESNTISFSPNHQKNNFTD 4706          
The following BLAST results are available for this feature:
BLAST of EMLSAG00000002348 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 1
Match NameE-valueIdentityDescription
-2.020e-421.99symbol:dp "dumpy" species:7227 "Drosophila melanog... [more]
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BLAST of EMLSAG00000002348 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 5
Match NameE-valueIdentityDescription
gi|592887550|gb|GAXK01070825.1|5.547e-642.55TSA: Calanus finmarchicus comp730862_c0_seq8 trans... [more]
gi|592887551|gb|GAXK01070824.1|6.076e-642.55TSA: Calanus finmarchicus comp730862_c0_seq7 trans... [more]
gi|592887556|gb|GAXK01070819.1|1.188e-542.55TSA: Calanus finmarchicus comp730862_c0_seq2 trans... [more]
gi|592779583|gb|GAXK01174985.1|3.187e-439.44TSA: Calanus finmarchicus comp1119307_c0_seq2 tran... [more]
gi|592779584|gb|GAXK01174984.1|3.192e-439.44TSA: Calanus finmarchicus comp1119307_c0_seq1 tran... [more]
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BLAST of EMLSAG00000002348 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 1
Match NameE-valueIdentityDescription
EMLSAP000000023480.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s144:10435... [more]
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BLAST of EMLSAG00000002348 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 0
Match NameE-valueIdentityDescription
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BLAST of EMLSAG00000002348 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 0
Match NameE-valueIdentityDescription
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BLAST of EMLSAG00000002348 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 2
Match NameE-valueIdentityDescription
gi|827543440|ref|XP_012544670.1|1.243e-821.48PREDICTED: LOW QUALITY PROTEIN: notch-like protein... [more]
gi|357612664|gb|EHJ68109.1|2.648e-720.67hypothetical protein KGM_01730 [Danaus plexippus][more]
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BLAST of EMLSAG00000002348 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 0
Match NameE-valueIdentityDescription
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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s144supercontigLSalAtl2s144:104355..111325 -
Analyses
This gene is derived from or has results from the following analyses
Analysis NameDate Performed
ensembl2013-09-26 .965016
Blast vs. GO2014-04-02
TblastN vs C. finmarchicus TSA2014-05-09
Blastp vs. self2014-05-10
Blastp vs. SwissProt2017-02-10
Blastp vs. Selected Arthropods2017-02-20
Blastp vs. NR (2/2017)2017-02-20
Blastp vs. Tigriopus kingsejongensis proteins2018-04-18
Properties
Property NameValue
Logic nameensemblgenomes
Descriptionsnap_masked-LSalAtl2s144-processed-gene-1.13
Biotypeprotein_coding
EvidenceIEA
NoteHypothetical protein
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000002348 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000002348EMLSAT00000002348-698195Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s144:104355..111325-

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000002348-685114 ID=EMLSAG00000002348-685114|Name=EMLSAG00000002348|organism=Lepeophtheirus salmonis|type=gene|length=6971bp|location=Sequence derived from alignment at LSalAtl2s144:104355..111325- (Lepeophtheirus salmonis)
ATGATATATGTAATTATTGTTCATTTTTATTTCGTCAAAACTGTAAGGGA TTCTAATAGTTCTAYAAATAAACAGATGCTAAAATGCGCTTATTGAACAA ATAGTAGGTACACAATACATAATATGAAGAAACTCTTATTTAATTTTAAT TGCAGAGTCTATAATAACTAATAATTATTGAAAACAAAAATGTGGAATCA AATTTTACGATTACGTACTATTCTCCTTATTTATATACCTATTTCCAGAT GTTGAAAACATAGTGGATAAAAGTATCTATATTAGAGAAAATCTGAAGGT TGTTTAACTTCATCCTTGATTTTTAATCATATCAAAATATGTATGAACAT ATGTATTTCTAGATCCCTAAATATTTGATTTAAATGACATTCATTATCTA ATTATAATAATAGTCTACATATGTACATAATATTCATGATCTTTTAACCT TGATTAGGAGGTCGAAGAGAAGAGGAAAATGAACCAAAAGGATTTCAAAC TCTCAATGATAAGCAAACGACCGAAGTAATCACATTTATATAATATAAAA AAATAAAGACTTGATTTTAATTTATAATTAATTGTTTAGAGAGTTCCATC AGCGGAACCATTGGTTCATACGACACCAATCTCAAAGAGTTCCTCCCTCG TACCCAAAGTATTTTTTAACGATGATCGATCAAAAATCATCTTCTCTCCT GTAATTAGAAGATCCCGCCGACCCAAAGGATCCCGTCGTTCTCTTAAATT TGGTACCAAGTTAAAGAGAAGGAATGGATTCTCATCAGTTAAAGATCAAA GGAAGATGTTTTCTGGTGATCGCTTACTCTATAGTTTGGGACTAGAGGAT GAAGCGTTACGAAAAAATAGAGGTACACAACTTACTGAGGGCATGTACTA AGTTTTTTTTATTACTTTTGAAGTTCAATTTAGGAAATCTTTTCATTTTT TTCTTGCACAATTCCTTGCTAGTTGCCTTGCATTAATCTTTCAATTCCAG ATATCACAACAACCACCACAAGTAGACCCACCATCTCTAAACCTCACACC ACATTTACTCACATGAATCTCTTTGAAAGCCTTAAAGTCCCTGTCACTAA TAGCCCAGATCCATTCGTTCGTAAGAATCTAAATCCTCTCAGAGTAAAAA AGGACCAAGATACGGAATTTAGAACTAMAATAGATAATTCATATTTTCCG TTAAATRAAGCCACAACAACTATGTCGAATATTGTTATTCCTGATCTTTC TACAGTAAGTGTAAGAGAAGACACTTTTGTACCCGAAAACTCGTTGCCAA ATAAGGAAGATACTATCTCCAAAATACAGGAAAACAAAACCATGGTTCAT AGGAAATATGAAAACAAATCTGAAATAAGTAGGTATGAAAATGTATTTTC AAATGGAAATGGGCATGAGCAGAAGATCAAACCGGATGAGACCGAATTTC CAAATGAATACTTTGATAAGCCGTTGAGGGCTAAAAATGAGCAAATATTT CCAGGTCAAGCGCCAAAAGATTCTGAAATTGGAGAAAATGAAGATATCGA TTTTAATATACGAAGACCTGAAGAATCAATTACCACAGTTGATCCTTTTA ATCAAAATGAAGGAAATAATCAAGTTCAAAATGAAGGAAATAATCAAGTT CAAAAAGATGAAAATATTATCAACCATACATTTGATCATACGGCTACTAC ACATATTAATGTACAAACCAATTTTGATGCCAAATATATTGAAACTACAA CAAATAGTCAACAATTAGCAAGTAAAATTGAAAAAAATATTGATATAAAA CATGGGGAAAACAGTGTAGTAAATACATTTGAGCATATCCCCTCCACAAA TATAAATGAACACACCAATTTTGATGACACACTTCTAGAAACTACAACTA ACCGACAACAATTTTTGGAGATTTATGAAGATAATACCGTATTTCAACAA GAGGAAAATATCAATACAACTGATCACACAACTGTTACAAATATTGATGA GTCATCCAAATCTGATGTTAATTCTATTGAGACTGCAACAAATATTCAAG GATTTGAGAATCGAAACGAAGAAAATACTTCGAGTCAACAAGACGAAGCT TTAACTACCAATGAATATGAGCAGACAACTCCAACAAATATTAATGAACC ATCCAATTCTGATGTTAATTTCATCGAAACAACTACGAACAGTGAACAAT TTGTGAATCAAAATGGAGAAAATATAGTGATTAAACCAGATGAGAATATA CTTATAGATGTATTTGAGGAGGCAACCACTACAAATATTAATGGACCATC CAATTTTGATGTTAATTTTATTGAAACTACCACAAACGGCCAACTATTTT TTAGTCAAAAGAATACAGCGATTCTTTTGAACAAAAATATAACTACCGAT GCATTTGAGGAGAAGTCAACAACAAATATTAATTTTGATGTTAATTTTAT CGAAACAACAACGGTTACAGATCAATACGAAAATAATCCTGTGACTAAAC AGGACGAAAATATAATTGCAAATGCATTTGAACACACAACCCAAGGACCT ATTAATCAATTAACAAATTTTCACGTTAAATTTAATAAAAGTGCCAGTAT TAGCCAATCAAAGGATATATCTCCAACAACTCGTTTATACACAACATTTC CGAAACATCAAGAAACTATATTCCCAGCAACAAATCAAGAAGGTAGTTCA ATATTGAATCGAATGAACAATACGCATGACTCTTCTTTGAATATCTCAAA ATCAATAGAAACATCATTTCCTTCTCAGTCCTTTCTAGAACAATCTCAGA TTGTTCCACCTAAGATTCAGAATGATACCAAATCCACTCTATCTGAAAAG ATACATAATTCTGTAGATTTTATTAAAACTGTGTCAGAAAAAATGAAAGA TTTTCCTTCTTCTCCAACTTTTATCTCCAATCCTAGTCACTCAACTATTT ATCAAGGTAGTCAACCTCCAAATAATGTTACACTTAACACTCAAACTAAT TCATCAATTGCTAGCATCAATAATGGTTTAAATGTTGATAGAACAATTCA TAATTTAGATCCAATGAAGAAACCATCCGAGGAAAATGATTCAACTAAAA CTTTGTTCATAGATCTAAGGTCTGTCATCAATCTTGATAAAGGTGACACA ACTACAAGAATACATAGCGAGGAGGATGAATCCATAACCTTTTCTAATGA GGAATTGACTAAGGAACCTATATGGGAAACTTCGACTTCATATCCCACCC ACCCAGTTGACGCATTTACAGAAAATACTATCTATGAGCTTGAAACTGTT ATTCCGGCAAAAAAAGAGCTATATAATGATTCTCAATTGCTTAGTGATAA CAACTCTGGTGTTGTTGAATCAACAACACCAGTCCCAGGATTGGATGCAT CAACAACTACTTTCATTTCGGTACATGAAAATGGAAACTTTGATGTAAAA ACAACTTCCAAAACAGATATTGAAATAGTTGATGAAAGATTGGTCAATCC TCCTACAGATCTACTTAGGAAGGGAATAAAGGTTCTAAATATAGGTAGCG AAGAAGTAACAACTTCTTTAAATGATTTATCCAATTTGGATGACGAAAAC ACCTCCATTGAAACAACTACTTTGTTCCTAAAGGAATTAAAAGCAATAAA AATCAATCAGAAAATCCATTCTGCTACAGAAACTCCACAATCATCAAGAA CAAACAACATAATAACTACAAACAAGCCATTCCTTTCTAATGAAGAACCT TTGAAGATGTTAACGGACATTTTTTTACCGAGTGGAGAAACTGAACCTAT TACATTTCAAAAACCTACACAAAATAAAAAAATATATCTTGACTCAGATG AGCCCCTTGCATTCTCTACTCTAGATAGCATCATGATAGATCCCAACTTA GATGATATAGACTTTGAATTGGAGACTGAGCGTCCTAATTCTAGTTTAGT TTTGGACAATGGAATAGTAAAGTTCTCTATATCCACATTCATTAATGATC CAACACACTCAAATGCGTCTCAAATAAAAGGAAATGGAAATAATTTATCG GATAMTCGGAGKAGTGAAACGACCACAAAGCCCAATTTTAATTATTTAAT TAGAAATAGGAATGCAGCTTTTGTAGATCAAGTTCAAGAAAGAAGCTTCT ATGATATACTTAATACCAATAACACTTCTCTGATAGATAATTCTTCACCA AGGAGTGGATCTCATTTTATCTTGGAAACTAAAAAAGCGGAAGACAATTC TCAAAATAAAGATTTATCGAATCCAGTTACGACCACAACACATCATAATT TAGCCCCTAATATCAATCCTATAGCAAAAAGCAATAACACTCAAAGAGTT GATATGGAAACAAAATTGATAGATTTAAATGAAACAACTAATTCATCAAA CAATGCATCTATTCCTCTTAAAAAGCACAGTCACATTTTGAATAAATTGC ATGCAAAATTGAAGGGTAAGCACACAGTGAAGTTCAGTACAACTAAAATA TCCCTACTACCATCAGGTTATGGCTATTAATAAATTCTAGGTTATCAACT AATAAATCTAATCCATACTCTTTTTCTTTTCTTTTTTGCTTCATTAAATT AATTTCCTTCACCATTTCCTTTCAGACATTTCTGTGGATCAACTACAGTT GATTGAAGATGAAATTGTGGACCTAATCAGCCTCCTTGGCCCAGATATCA ATTTAGACGTTCTGGAGCTTAGAAATTTACTGAACTCCTCGACAAACAAA AGAAGAGGTACAATTGTTGAAGCCATCATGAGAAGTAATGCACTTCGAGC CAAAGCCAATCTCTTACAGTCCAAGAGCAAAAGAATCATTGAGGGTAAAA ATGTGGTTTTACCAGAGCCTTTGAAAACTATATTGAAAAATTATGGAAGC AGAGGACTAGGTCAAATATTGAGCATCATGTCTATTAAAAATCCTGAAGG AATGGCAGAACTTTTATCTGGGATTTTCGAGTATGACACATTAAATGATA AAGAAAAGACAATCCAAGAGCTTATAGAACTAACTCAAAGAGATCCAGAG GCTGKTGGAGAATCATTTTCTACTTTAATTGCGAATACTCTTAAAAATGT TAATTTATCTGTTTCGGCCCCTCAAATAAAATTACCAACTACAACTCAGA GGCCTCCTGAACTCGAGCCCCTGACAATTGCTCCAACAACATTCCTTTCT ACTCTTATTCAATTTATAAAAGGTGGTACCCTATCGCATAAGGAATTGAT CGAAGAATTAATTAACAGTGGTTTACTTCCTGTTGAGGTCACAAATATTG GTAAAATTCCAATTGTAGTTGGTGCTAAAAAAAACAAGGAACCACTTCAA AAAGAAATTAAATTCGAAAATGTTGACATTGATGATCCCAAGTTCGATTA CGAAGAATTTGATCTTAACTCTTTCTTTGAAACAACAGAAAGACCAGACA TATCAAATTTGAACCGAAATATTGAATTTATCACAAGTAAAAGCAACCCA GAAGACTTGAATTACAGTCACTCAACTACATCGAACATATTCGATTATCG CAAAGCTTTTCAACAAACCACGACATCGAGTAATCAAGTTCCTTTTGATA ATAATATAGAAACAAGCCAAGGGTCTTCAGAACAAACAACCACGGAGAGT TCAAAACAAGACTTTTATCCATCAAAAAATACGCTTTCTGAAACGACAAC ATCTTTTGATTCTGAATTAGCAGAAATTCAGGTTGAGACAACGCAGTCTC CTGACGAATTGTTTCCATCTCTGTTGTATACGACTACAAGTTCGCTACAT ATTTTAGACACAGACTTTGAAACAATTATAACTACAACAAAGTATGTTTC TTCTCCGTCAGTAAGAGAAAATAGTTTTGAAGAAACTTCAATAAATCCTA TTGACGAAATTTCTCAGATCACACAACATTCTTTGACTTCGAACATAGAT GTTTTAGAAACTACAACTGGACAACCAATATCAGTTTCCACGCCATTTGT ATATGAAACAACGGAGTCTAGTTTAATTGATTTTGATTATTTAACTAGTA CACTAAAACAAATTACGGATACAACCGAATCTTTCTTTTTTGATTCCACC ACTCCATCAATTGGATCCATAAAAAAACAGAGTGGTATATTTTCCTCCAC AGCCCTTCCATCAATTCTTTCTGAAGTTGAAGAATTTATCCCTGATCAAT TAAACTTTCCAACTCTTTCTCCACTCAAAATGAGTCCCATAAACTCTGAT GATCTCCGCTACAATCAACAACAACATTATCATCATCAAAAAATAAATAA AGCAGATAGCTTTGGTANNNNNCTCCACTCAAAATGAGTCCCATAAACTC TGATGATCTCCGCTACAAATCAACAACAACATTATCATCATCAAAATAAA TAAAGCAGATAGCTTTGGTATATTTCCCACACAGACGCTCAAACCATTAT CCACTCGTACAACCATAATGAATACTTTAAAAATGAAGCAACCCTTATTA ATCATGAATGACGAGGAGCTTGATTGTCTTTTGTCAGTTCTACGACTTTA TAAACAAGGTATCATCAGTGACTCAGAGTTTCTTGAGTTGATGCACGAAC TCAAAGAAGATTCTCAACAGCAAATGCAACCAAGAATAGATGATCATGAG GCTCCTCGTTTCCAAATTCGGCCTGCACCTCAGATTGTGCAAAGAAAATT TGATGATTCAACCCGAGGATTTTCTCATGAATTTATTTCCAATTTTCCAA ACGCTTTCTCAGAGTTTTCTCAAGATCACATTCATGATCAATTTCCTACT TCTTCCATTAGTAATGAGGATCAACATTCTTATACATCAAGGGACTACTT CTCTCCCCAAGGAAAAGCAAAGAAATTCCAAACGTTTTCCTATACAAATC ATCCACCTTATCCACGAGAGCCTTTTGGCCCACCACGATCCATTCGTTTT GAAAAGTCTAGTTTCTCCTAA
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