Transmembrane protein
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Overview
Neoblast Clusters
Zeng et. al., 2018▻ Overview▻ Neoblast Population▻ Sub-lethal Irradiated Surviving X1 and X2 Cell Population
Overview
Single cell RNA-seq of pluripotent neoblasts and its early progeniesWe isolated X1 neoblasts cells enriched in high piwi-1 expression (Neoblast Population), and profiled ∼7,614 individual cells via scRNA-seq. Unsupervised analyses uncovered 12 distinct classes from 7,088 high-quality cells. We designated these classes Nb1 to Nb12 and ordered them based on high (Nb1) to low (Nb12) piwi-1 expression levels. We further defined groups of genes that best classified the cells parsed into 12 distinct cell clusters to generate a scaled expression heat map of discriminative gene sets for each cluster. Expression of each cluster’s gene signatures was validated using multiplex fluorescence in situ hybridization (FISH) co-stained with piwi-1 and largely confirmed the cell clusters revealed by scRNA-seq.We also tested sub-lethal irradiation exposure. To profile rare pluripotent stem cells (PSCs) and avoid interference from immediate progenitor cells, we determined a time point after sub-lethal irradiation (7 DPI) with minimal piwi-1+ cells, followed by isolation and single-cell RNA-seq of 1,200 individual cells derived from X1 (Piwi-1 high) and X2 (Piwi-1 low) cell populations (Sub-lethal Irradiated Surviving X1 and X2 Cell Population)Explore this single cell expression dataset with our NB Cluster Shiny App
Neoblast Population
Sub-lethal Irradiated Surviving X1 and X2 Cell Population
Embryonic Expression
Davies et. al., 2017
Hover the mouse over a column in the graph to view average RPKM values per sample. Embryonic Stages: Y: yolk. S2-S8: Stages 2-8. C4: asexual adult. SX: virgin, sexually mature adult. back to top Anatomical Expression
PAGE et. al., 2020SMED30009231 has been reported as being expressed in these anatomical structures and/or regions. Read more about PAGEPAGE Curations: 21Note: Hover over icons to view figure legend
Homology
BLAST of Transmembrane protein vs. Ensembl Zebrafish
Match: si:ch73-242m19.1 (si:ch73-242m19.1 [Source:ZFIN;Acc:ZDB-GENE-131121-474]) HSP 1 Score: 774.622 bits (1999), Expect = 0.000e+0 Identity = 551/1909 (28.86%), Postives = 976/1909 (51.13%), Query Frame = 3
Query: 903 LPLHTNDLNHLRSHLIVYCNMYGIEMDVVGIQSSADEMELYASVNRKFKTHFNLQEQMNIFKTYDFIVSGSEKWGLDTYTKCVLKPANWLPYIKLKPKTHLTVVKYITRLRADNKIDELLRAAARFISLTNCDRVQDALRHHALLVQHPPVIHSAAVISHRQGINISEIFKKIYMNQELFNPSN------PTKNDSSSINETHDNYEFNQTMQMLGLDDSNETKDDPSSVQGAYLSYLHLRHLKIRDLQRTCLSILNYFRSVERTIVINDQGLSLNNGVGDRSYQNHRXXXXXXXXXXXXXXXXXXXYLFNTPREFRINENDFMQFAEVENHDDFYFHEDGR-IHVRDQTGHWIIYDVAVSDFEKLEHDLLLIASVFIGKNKTLRSASLFKRKRQRLEESQSGDFDIGQYAHHEVDRFGVLFDIWTNHTALLECKKKILDIYMEAYNNTFNRDERRLMSQSMVNLMYKKPRIDVESAYFVTAYRLECTILRMQADIFRTLLNKQIDNQREYIKMIGDNVQ-----DFGLPLPVVEKLLIAVNADESVLKNIYFLEFHESLSIICHVTESLEWCFKEILYNCKPTTVTHEILLEKKMYEIMQVEIDSMDSLGVSYTPQVQRDLFSGFFIENPIMLTQLADEYLKNIDSRNTRGDKRSRKIKLINEFGRLYEIITLRFRLLDATWESEVLAKIYQRQAIDLGYDEFHLYLRPIQFXXXXXXXXXXXXXXXXYISTIQDDDSAMDKFTPSALPLAINEVDEVGMGKFSFKGRTSVMEMLESKGVENLMIVLKIQLCHKNALAAGVSLCNACRPSLYTLKERDLDACNPTDLRSEKSTTTGANSNFSVPISAQAGPTPLALDSKRADSFNQKDAHPEAFFSIQLEKSPCRDRAMNIYIKKFS--GTGKTSGVEVEKVKRDLVLSYIDDFFDRIQQASLRSQIIYYYNSIIHVLKLVPTVSEKFFQFGDAFEKKNDPEDNMSNE---EIDPRKLRKRARRILSENGSKFLNLWFIPHFTEILFLYRQRDDERTTENLKNLVNIVGNFHDILHFLVGFSRLQISSAKISTELKAENVDVNDSIEHSLSSQFVIQIAQGAEEGIEINRPRDYDGGVMSQLSTELIEIDHQISHLMDPTEVKAVIELLSTRRNVTFLKFEYCISHALLETFLATRNVKAFKAVSANMKFPFEELTNVQRATTISFRLNVPEPLEARDQRARELYPYRSI--INQLGPYLIMHDFWKNIQENIQLVLAGLSDVDRPTVHGEFVSLNLCLEDVLAEGNLPESRAGRKLNMNDFENVLLLGXXXXXXXXXEVALVPVDNLGNQPSSDDKNKKLNIITHPIQCYKLM---RNYIILSKRLNLLKNFWGARKLGLEAIENPDDFNMFNKIYKIEKLYPLMKSLCIQYRLPDLAHQGPFADTDIFVTPKGIPEIVVKQRQLGKMIETFESTMIGDLRKRIIRQTDQVMKERNREEGNLPLDLWKKPAMKEAISVKRPVIAEDFVSELMQNTDLNDEKTLISDTLTFTKEHLNKCLQNLAISVLHMQKESYENYAMYYENQLKHQHQLLYAREREIEDMKQQLLQKELATIVDVQFQLADQAHSLLLEVNALRAKVAEMREDSLQQEQTIREEVRQEYNSMVQNLFSVAFEQKTQIDVYREYLHDATLKRIQEVRTEAAIEMNKVKEKSGAKVTADDELAERNLKLSKE-LTSLHQQNIHLKQMMSRMKSLFNWHHTFIKCNFQKAIAKIEKDRDKYKNSVTVVEMNSEQKVQIMGEELDRLKHYLTSTEKELNDLRKTLXXXXXXXXXXXHAAERKAATDKQMALVKQMHIDQLMSEITEKNSNIATMSRVLNENMKSHKTVADKSVREVDALRKSLREERKMKQSAFTKVDDLISQVYEFEAAFAIVKGNTP 6560
LPL + +L + L + Y +E + I+++ADEMEL + V F+T F QE+M IF YD + ++G + + K A+W+P+I++KPK K + +L+ +DELL+ + + ++ +V DAL+ V P A+ + + S++++ IY + + P D + QT + + DD V+GA+ S + LRHL+IR+L+R CLS+LNY RSVERT+V++ GL VG +N I + G + SH +++NTP ++++ +FM+F EVEN D+Y DGR IH +DQ G +I+YDVA+ D E+LE +LLL AS FI K+ L ++ + + QRL A +VDR VL D+WT LE K ++L+ Y+EAY + + +E+ ++Q + ++M+++P++D + YFV +YR L+ + + +LN QID QR+Y++ I + Q ++GLP + K L+++ LK++YFLE H SL + C + E LE E+ + + + LE+K+ + ++ S GV+Y+PQ+QRDLF FIE+P ++ L Y+ R + R++ ++ F L E++TLR R+ ++ E+E L+++Y+ + +G+DE HLY+R +QF + ++++ +QD+ D+F P++LPLA+ E+DE + KFSF+ + +V++++ VENL +VL Q+ +NAL + + C + LD + +DL+ + + + + R + + K+ AF SIQLEK RD +N +IKK G+ K + +V ++KR L++ + F +R+ + +R Q+I S++ +L+ VP + ++ F G K DP ++ E DPR + RR+LS +G LNLWFIPH+TE+L ++R ++ + L+N + I+ HDI+++LV F+RL S DS+ S+Q + D G + + EL ++ QI L + + ++V LL R+V FL+F+ + + + + FL++ N+ A+++++ NM ++++ + L+VP+PLEA +A++LYP+RS I+ L P L+M D I+ +QL L L+D R +G + ++L ++DVL+ G R L M ++ K + L+ D + N KK + ++ + + +++L K++ + K W R+ + I P F F+++Y++E +P M++L Q + + +Q + T + P G E+ +K QL +++E E MI L+ RI + VM ER+R + +P DLWK+P+ K ++S++RP I EDF+ LM + E+ +TF+ HL CL L+ +V++ +K ++ Y+ +YE+ L+ Q QLLY RE+++++++ + LQ D +++D ++LE+ ALRAKV ++ E+ +Q + + R+ Y+++V LFS K ++D Y E + + I VR E + K+K + ADD + + KE L L +N L ++ +++ W + QK + + K V++ SEQK + +ELD +K L + E ++K + + ++ D +H + R A + +++ ++ ++ L ++ ++ S + T+S L ++ + +S R + +R L +ER +K AF VD L +Q+ +EAA K P
Sbjct: 39 LPLLSTNLEDFKVQLDFLLSHYDVEYNTNSIKTTADEMELISLVLYVFRTVFKQQEEMKIFLQYDSTEATDRRFGRKSPNMTLRKQASWIPHIQMKPKRDPWQQKQMAKLKELRLMDELLQMHSSLLEDSDLHKVTDALKQLITSVCQP----EASSLK-----DTSDVWRNIYNTANMLQVTTGQMIRLPKYADQRPSERKSEG--CGQTQSACVFEKDEDAVDDSVMVRGAFESLIFLRHLRIRELKRVCLSLLNYLRSVERTLVMDGAGL---ESVGGDLVRNMEETGWIYAVRKDDGALNSHHFIYNTPVDYKVRCAEFMEFPEVENLHDYY-STDGRFIHTQDQRGLYIVYDVALKDLEELEQNLLLTASHFILKSTDLHTSCGSEEELQRL-------------ARTDVDRIAVLLDLWTCEADFLEHKIQLLNCYLEAYQHVTDPEEQFRLAQVITDIMHRRPQMDFTAGYFVQSYRDSIVCLQSHQQLIKLVLNNQIDEQRQYLQRIWRDGQKGSPSEYGLPPNYIPKHLVSIGGSRPALKSVYFLEIHPSLGLACQLYEGLERACTELFELHRAKAPSQRVKLEQKLLKTALHHWHTLTSPGVTYSPQIQRDLFLDVFIEDPALVRDLG-LYIVRCADEQERKQGKDRQMFMLETFCTLLELVTLRHRIFESAAETEHLSQLYKSLSRVIGFDEVHLYMRLVQF--EFAVRKETPKQLPVFLTALQDNRQEADRFIPNSLPLAVQELDENHICKFSFRSKEAVLQLMNEASVENLRVVLMCQVVQRNALIGALKQASVC------FRTEKLDQSSDSDLKLQHEESASSTT--------------------RRRAVDDKNRFAGAFVSIQLEKVSLRDEMLNTFIKKKEQMGSLKMNSEDVCRIKRKLIVDFCHRFNERVCECFVRGQLISLTFSLLSLLREVPHIRDQHFIMG----KPEDPRADLQAEGRPSPDPRTFQPCPRRLLSADGKSLLNLWFIPHYTEVLLMFRTLKEKERQQALQNSLQIMSALHDIVYYLVSFARLGNS----------------DSLCSRSSTQKLTA-----------------DWGGLESIGAELWDVQRQIESLCESSSSESVGRLLQLHRDVLFLRFDTAVRYMIRDAFLSSGNLSAYQSMTENMSHALPIMSDM--IVGGANLLSVPQPLEAASSQAQKLYPWRSFLAIHGLHP-LVMWDV-SPIEHYMQLCLCDLNDRCRMEANGAILGVSLIMDDVLSSG-----RDAMPLQMQTTDD---------NKSTSDRELLD-DGMAN------NKKKAECVCQAEDAFQSLLKQKGFLLLWKQMEVFKESWTQRQTSFKTINTPALFKHFSQLYRVEIFFPSMQALAQQMDV-EKEYQILLSQTQTVLPPPGAAEVDIKAWQLLRLLEMTEVDMIRALQNRINTEMTLVMSERSRHDMQIPADLWKRPSAKHSVSLERPQIVEDFIQRLM-----SAEERQTDGQVTFSTAHLQDCLTELSCAVMNREKSVFQRYSQFYEHILQQQEQLLYQREQDVKELEAKNLQSS-----DPYRKVSDVCRGMMLEITALRAKVNQLEEEKRNLDQHLNLKHRERYDTLVHQLFSSCLLLKARLDSYNEKMDHDVRQLISSVRKEGVDRIIKLKTRLSP---ADDNQSLIHTLQQKELLEDLDGENSRLAALVCKLRIFSRWKLLTEQERIQKELLHWRLNEASCKTEAVKVKLISEQKEIVSRQELDAVKEALLQCQTEYEHIQKQITLQSQKLQDIEHRSARDAQSRQELQTLRMESVETLQEDVLDRESQLRTLSAQLQKHTHDTQIRQQRSHRHIRQVRGQLHQERSLKLEAFQHVDKLHNQIQNYEAALQ-CKSTVP 1813
BLAST of Transmembrane protein vs. Ensembl Zebrafish
Match: ccdc162 (coiled-coil domain containing 162 [Source:ZFIN;Acc:ZDB-GENE-131121-612]) HSP 1 Score: 104.375 bits (259), Expect = 3.385e-25 Identity = 47/130 (36.15%), Postives = 87/130 (66.92%), Query Frame = 3
Query: 54 LEDSLRSEIIELKSQIEENQLVYGIPSKGMSSIYVPKDPDHFRRQRKLILQRTLQVTDERPIKVQAEVMRLELISCDSREYTEKSVPLLIHQYFLDRIQEMLASKYAHLLRWKRYCINTAIIESIYPEYK 443
LE L ++I L+++IE+ + + I SK SS+++PKD +FR +R+ +L + LQV+ +P+ QAEV + E+ C ++E+ +PLL+HQ++ D+ ++ KY +LRW+R+ ++ ++E +YP+YK
Sbjct: 14 LEAELSAQIHSLRTEIEDKDISHQIFSKPYSSVHIPKDASYFRLERQRVLHKALQVSSTKPVVSQAEVAQREMEICLNQEHKADGLPLLLHQFYTDQTYKLARCKYLLMLRWRRFGRHSTVLEKLYPQYK 143
BLAST of Transmembrane protein vs. Ensembl Xenopus
Match: ENSXETT00000038343.1 (pep primary_assembly:Xenopus_tropicalis_v9.1:5:74887814:74921018:-1 gene:ENSXETG00000013821.1 transcript:ENSXETT00000038343.1 gene_biotype:protein_coding transcript_biotype:protein_coding) HSP 1 Score: 238.424 bits (607), Expect = 4.613e-65 Identity = 213/791 (26.93%), Postives = 362/791 (45.76%), Query Frame = 3
Query: 4203 IEIDHQISHLMDPTEVKAVIELLSTRRNVTFLKFEYCISHALLETFLATRNVKAFKAVSANMKFPFEELTNVQRATTISFRLNVPEPLEARDQRARELYPYRSIINQLGPYLIMHDFWKNIQENIQLVLAGLSDVDRPTVHGEFVSLNLCLEDVLAEGNLPESRAGRKL----NMNDFE-NVLLLGXXXXXXXXXEVALVPVDNLGNQPSSDDKNKKLNIITH-PIQCYKLMRNYIILSKRLNLLKNFWGARKLGLEAIENPDDFNMFNKIYKIEKLYPLMKSLCIQYRLPDLAHQGPFADTDIFVTPKGIPEIVVKQRQLGKMIETFESTMIGDLRKRIIRQTDQVMKERNREEGNLPLDLWKKPAMKEAISVKRPVIAEDFVSELMQNTDLNDEKTLISDTLTFTKEHLNKCLQNLAISVLHMQKESYENYAMYYENQLKHQHQLLYAREREIEDMKQQLLQKELATIVDVQFQLADQAHSLLLEVNALRAKVAEMREDSLQQEQTIREEVRQEYNSMVQNLFSVAFEQKTQIDVYREYLHDATLKRIQEVRTEAAIEMNKVKEKSGAKVTADDELAERNLKLSKELTSLHQQNIHLKQMMSRMKSLFNWHHTFIKCNFQKAIAKIEKDRDKYKNSVTVVEMNSEQKVQIMGEELDRLKHYLTSTEKELNDLRKTLXXXXXXXXXXXHAAERKAATDKQMALVKQMHIDQLMSEITEKNSNIATMSRVLNENMKSHKTVADKSVREVDALRKSLREERKMKQSAFTKVDDLISQVYEFEAAFAIVKGNT 6557
+EI I L +P + K V LL RR V FL+FE + + + R V SA M LYP+R+ + G + + + ++QL L ++D +R HGE V + L +ED+L N S +++DF+ ++ G + PV + +QP ++ H PI ++L+++++IL K+L + K WG KL +E I + F+++Y+ + YP MK + Q + +G T + + PKG E ++ QL K++E E MI +++K+ ++ V ER+RE +LP +LWK+ MKE S RP I E FV LM +TF K+HL CL++LA V+ ++ ++E Y+M+YEN L +HQLLY +E + L K L T A+ +H LLLEV ALRAK++++ E+SL +TIR+E+++E+ ++V++LF+ K++++ Y + + I VR E ++ +K+K G +K+ +SL QN +K+ K K SV Q+V ++ ++L + LT T+ E + L + L +H ++ +Q K +D+L+ +I ++ S + T++ + + + +K REV +R L +ER +K AF +VD+L +QVY+ E F+I +T
Sbjct: 67 LEIQKSIDSLSNPQDPKEVASLLLLRREVIFLQFEAAVRYLI-------RYVLMGYITSAFM-----------------------------------LYPWRTFLANGGLFPLAISNLHTLGYHMQLCLCEMTDQERSVAHGELVGVKLLMEDILQSDNTLISFTIEDFQPDRHLDDFQPDIYWRGSWGGPE--------PVQSTCHQPI---------LVPHDPIGVFQLLKSFLILWKQLEMFKERWGKLKLQVEKINTVPLYKQFSELYRDDIFYPTMKVIARQMGKEE-EFEGITLRTQVVLPPKGASEAKIRICQLHKILEDIEIHMIHEVKKKTAKELTLVKTERSRE-ASLPTELWKQNVMKEHYSPVRPQIVEKFVQNLMSE-------------VTFRKDHLEDCLKSLACDVMARERSNFETYSMFYENLLHQEHQLLYQKE------QVGYLYKPLLT--------AEMSHELLLEVTALRAKLSDLEEESLSSRETIRKEIQEEHEALVRSLFAQCVYLKSKLEEYYINMKQHVSELISGVRKEGVDDIILLKKKYG---------------FTKDYSSLAAQN--------------------------------KKEGLKLKLSVA-------QEVTLLRQQLMVARTSLTRTQAENSHLNQQL------CNGLEHRYSQEMRNRQQAEREKSASVDKLLGDIQDRESRLRTVTEEAERSSRMGQMEQNKIKREVKQMRSQLIQERSLKLDAFHRVDELQTQVYDLE-MFSIRNSST 708
BLAST of Transmembrane protein vs. Ensembl Mouse
Match: Ccdc162 (coiled-coil domain containing 162 [Source:MGI Symbol;Acc:MGI:1923223]) HSP 1 Score: 1006.51 bits (2601), Expect = 0.000e+0 Identity = 683/2241 (30.48%), Postives = 1160/2241 (51.76%), Query Frame = 3
Query: 51 ILEDSLRSEIIELKSQIEENQLVYGIPSKGMSSIYVPKDPDHFRRQRKLILQRTLQVTDERPIKVQAEVMRLELISCDSREYTEKSVPLLIHQYFLDRIQEMLASKYAHLLRWKRYCINTAIIESIYPEYKERLQHIMDEYLDSSSRCHRLATCREGFLSNTEQGVDELNTDDMIIYLRWLICHLQSLKLLIQTNRIIQWFPIAHRKEFSATIVDCVEIKLSDDQSKSERSFTKIPATFNDEAPLPPPLVAATFVSTKPLKPTEFNLSLAAAGGGMVTDEKNLNLPLHTNDLNHLRSHLIVYCNMYGIEMDVVGIQSSADEMELYASVNRKFKTHFNLQEQMNIFKTYDFIVSGSEKWGLDTYTKCVLKPANWLPYIKLKPKTHLTVVKYITRLRADNKIDELLRAAARFISLTNCDRVQDALRHHAL----LVQHPPVIHSAAVISHRQGINISEIFKKIYMNQELFNPSNPT-----------KNDSSSINETHDNYEFNQTMQMLGLDDSNETKDDPSSVQGAYLSYLHLRHLKIRDLQRTCLSILNYFRSVERTIVINDQGLSLNNG-----VGDRSYQNHRXXXXXXXXXXXXXXXXXXXYLFNTPREFRINENDFMQFAEVENHDDFYFHEDGRIHVRDQTGHWIIYDVAVSDFEKLEHDLLLIASVFIGKNKTLRSASLFKRKRQRLEESQSGDFDIGQYAHHEVDRFGVLFDIWTNHTALLECKKKILDIYMEAYNNTFNRDERRLMSQSMVNLMYKKPRIDVESAYFVTAYRLECTILRMQADIFRTLLNKQIDNQREYIKMI--GDNVQ---DFGLPLPVVEKLLIAVNADESVLKNIYFLEFHESLSIICHVTESLEWCFKEILYNCKPTTVTHEILLEKKMYEIMQVEIDSMD---SLGVS-------YTPQVQRDLFSGFFIENPIMLTQLADEYLKNIDSRNTRGDKRSRKIK--LINEFGRLYEIITLRFRLLDATWESEVLAKIYQRQAIDLGYDEFHLYLRPIQFXXXXXXXXXXXXXXXXYISTIQDDDSAMDKFTPSALPLAINEVDEVGMGKFSFKGRTSVMEMLESKGVENLMIVLKIQLCHKNALAAGVSLCN----ACRPSLYTLKERDLDA---CNPTDLRSEKSTTTGANSNFSVPISAQAGPTPLALDSKRADSFNQKDAHPEAFFSIQLEKSPCRDRAMNIYI--KKFSGTGKTSGVEVEKVKRDLVLSYIDDFFDRIQQASLRSQIIYYYNSIIHVLKLVPTVSEKFFQFGDAFEKKNDPEDNMSNEEIDPRKLRKRARRILSENGSKFLNLWFIPHFTEILFLYRQRDDERTTENLKNLVNIVGNFHDILHFLVGFSRLQISSAKISTELKAENVDVNDSIEHSLSSQFVIQIAQGAEEGIEINRPRDYDGGVMSQLSTELIEIDHQISHLMDPTEVKAVIELLSTRRNVTFLKFEYCISHALLETFLATRNVKAFKAVSANMKFPFEELTNVQRATTISFRLNVPEPLEARDQRARELYPYRSIINQLGPYLIMHDFWKNIQENIQLVLAGLSDVDRPTVHGEFVSLNLCLEDVLAEGNLPESRAGRKLNMNDFENVLLLGXXXXXXXXXEVALVPVDNLGNQPSSDDKNKKLNIITHPIQC-----YKLMRNYIILSKRLNLLKNFWGARKLGLEAIENPDDFNMFNKIYKIEKLYPLMKSLCIQYRLPDLAHQGPFADTDIFVTPKGIPEIVVKQRQLGKMIETFESTMIGDLRKRIIRQTDQVMKERNREEGNLPLDLWKKPAMKEAISVKRPVIAEDFVSELMQNTDLNDEKTLISDTLTFTKEHLNKCLQNLAISVLHMQKESYENYAMYYENQLKHQHQLLYAREREIEDMKQQLLQKELATIVDVQFQLADQAHSLLLEVNALRAKVAEMREDSLQQEQTIREEVRQEYNSMVQNLFSVAFEQKTQIDVYREYLHDATLKRIQEVRTEAAIEMNKVKEKSGAKVTADDELAERNLKLSKELTSLHQ-QNIHLKQMMSRMKSLFNWHHTFIKCNFQKAIAKIEKDRDKYKNSVTVVEMNSEQKVQIMGEELDRLKHYLTSTEKELNDLRKTLXXXXXXXXXXXHAAERKAATDKQMALVKQMHIDQLMSEITEKNSNIATMSRVLNENMKSHKTVADKSVREVDALRKSLREERKMKQSAFTKVDDLISQVYEFEAAFAIVKGNTPINGVTGKNSDSISCSQISR 6617
+LE L ++ ELK+++E+ L G ++ SS+ +PKD HFRR+R+ L+RTLQV + +P+ +QA+V++ EL SC REYT +++PLL+ QY+ +RI ++ SKY H+LRWKR C + +E +YP YK+++ +IM E+ DS R RL+ RE L D + +D+ IY RWL+CHL +L+ + + +Q+ PI+ +A V S++ K A D L AA S PL P +G G + LP H D + L+ L + + I DV + SA EM L++SV++ F++ F Q++M F Y+ + + T + K A+W+P++K+KPK K +TRL+ +IDEL+ ++F+ +++ RV L+ HA + + P A + R N +++K IY N +L+ NP+ +D S T Y F +Q+LGL D E +P ++GAYLS+L LRHL IR+LQR CL +LN+FRSVERT+ +N GL+L +G +GD S+ N G G +G+H Y+ TP E +++ F++F+E EN DDF+ + G +H +DQ G +++YD A+ D ++LE +LLLIAS +I K K+ R E +S + +AH VDRF VL+D+WT T LLE K+++LD Y EAY +T + +ER ++Q+M ++M+++P+ D+ +YF AYR +CT LR+ + R +L+ ++ QR+Y++ + GD+ + FGLPL V+ K ++++ ++ LE H SL + + ++LE F+E + K + + + Q+EI S+ L +S Y+ Q+QR+LFS + +P ++ ++ L + S +G K+ + L++ F RL E++TLR RL++ + ES LA +Y+ A+++G++E HL+LRP+ F + P ++I+++ +D S +D++ P++L LAI+E+D+ +GKFSF + +++++ GVEN+ + L Q +NAL + SL LKE D + R + TT G P TP + F PEAF SIQLEK+ RD +N ++ K+ S +VEKVK++L++ Y R+ SLR QI+ Y NS+ +L PT+ FF G EKK + + + R + R R +LS +G FLNLWFIPH +E+LF+++ +E L + +V + HDI+ + F++L A L + N + D G EGI EL E+ I L P + V + L RR VT L+F+ + H LL TFLA N A+++V+ + + L+N + S +L++P+PL+ +A L+P+R+ + GP+ ++ ++ ++Q+ L GLSD DR HGE V + + +EDVL L RK + +++ L + + + +P G P+ + + K + + QC L+++++IL KRL +LK WG KL + I + F+++Y+ E LYP MK+L Q D + I + PKG EI +K +QL K++E+ E MI ++ +++ R+ + E+++EE LP D WK MKE SV RP I E FV LM+++ + K +TF +EHL C+ +L V+ ++ ++E Y+M YE+ L+H Q L +E+E++ LL++ D Q+A+ +H +++E+ ALRA++ ++ E++L + IR+EV++EY +VQ LF K ++D + L + I EVR E + ++K+ G+ D+E E K ++L +L Q + L ++ + +SL W + + + +++ E + K +++ +EQ+ ++ ++L + LT + + L + D + + + +H + + T +Q+ ++K +++L+ ++ +K + ++ K + K R++ +R L +ER +K AF +V +L SQ+Y+ + + V+ +P+ + + S S +SR
Sbjct: 15 LLEKELAVKLSELKTEVEDQGLFPGTGNRIFSSVQIPKDVAHFRREREAALKRTLQVAESKPLVIQADVLKRELESCLRREYTPENLPLLLLQYYTERITQLGQSKYLHVLRWKRLCQTSMAMEELYPLYKKQVDYIMQEFNDSVQRAERLSVARENLLMGKNNRPDLVTQEDLAIYTRWLVCHLHALRTIHHFLQALQYLPISRVLSLAAKQVSGS----SEEDGK---------ACVTD-------LHAA---SPGPLGP-------HVSGSGRT--DAAFVLPQHVTDRDDLKPQLRRLLSHFHIPDDVQKLSDSAKEMGLFSSVSQNFQSIFMEQQRMWTFPDYEAGRGNVQNPTMSGPTTTLRKRADWIPFVKVKPKCDPWQKKMLTRLKERKRIDELMNLQSQFLKISDPVRVMQVLQDHAAKTVPMASNHPSRPPAQPLHPR---NYDQVWKNIYSNPKLYQAENPSDDDFAKPHLSQSSDGSLKQRTETGYNFAVALQLLGLSDGTEPDRNPVLMRGAYLSFLCLRHLHIRELQRICLGVLNFFRSVERTLTMNTSGLTLVSGTLVPTLGDSSWIN-----MSKGGMGTLQGLGTHHYIHGTPAEHKVHSIQFLEFSEAENQDDFHTTQAGYVHTQDQLGEYVVYDSALQDLKELESELLLIASHYIEKEKSHRG------------ECRSEGSQLLGWAHANVDRFAVLYDLWTCETNLLEGKRQLLDSYFEAYQHTLDPEERFALAQAMTDIMHRRPKFDLSHSYFTKAYRDDCTCLRLHLQLVRGILSHHLEQQRDYVQRLWRGDHPEAPKTFGLPLNVICKQFVSISNSCPASGKVHPLELHPSLGLAGLIPKALEHLFREARHAHKAASPS----------SLAQIEICSLQLALDLWLSPVKPEAWYSAQLQRELFSAQVMGDPFLMEEVG---LLALRSAVDKGVKQGQDFHTLLLDTFSRLLELLTLRHRLIETSVESAYLAGLYKELALEMGFEESHLHLRPVHF-EFASHKDKVDPPPPVFITSLLEDSSRVDRYCPTSLVLAISELDDNQIGKFSFHTKEAILKLFVHSGVENMQVTLACQTAQRNALMVAIQQAFFYHIPGAGSLVDLKETSSDPRHHGGVSPCRRDSRTTNGKECLLLTPTLK----TPDTF--THSSGFKTSKRAPEAFVSIQLEKAGLRDLMLNTFLHRKQTMMDQIKSPDDVEKVKKELIVEYCQKLNRRMSHYSLRGQIMAYCNSLRVLLDDFPTIRNTFFMVGQPNEKKGLKDSSGELKADSSRSFQPRPRSLLSADGRVFLNLWFIPHPSEVLFMFKSLPEEEAFRALTLTLQLVASLHDIVAYTFSFAKLGNCPACFDLPL-SPNPLMRD---------------WGGAEGI----------------GNELQELQKMIDSLQRPQDPSQVAQALLLRREVTLLQFDAAMRH-LLRTFLAAGNAPAYQSVAESACYGLPPLSNALGKSIFSSQLSLPQPLDPWSPQAFALFPWRAFLEDGGPFPVISSVPDTLEYDMQMCLCGLSDCDRRVAHGELVGVQMLMEDVL----LGSCHVIRKAS-TEWQAAL-------DNAQPDWSKLP----GLYPNQLESHPKASALLEG-QCDVVMSLSLLKSFLILWKRLEVLKEHWGRFKLRGQDINSALLHRQFSELYEAEILYPSMKALARQMGKEDEFEELMLRSQSI-LPPKGASEIEIKTQQLQKLLESLEIHMIQEVLRKVNREMTLFLSEKSKEESTLPTDRWKHQVMKENFSVMRPQIVERFVQRLMEDSQDDGPK------ITFRREHLEACILSLGCDVMARERSNFETYSMCYEHILQHTRQKLSQKEQEVD-----LLRRSQVPSEDCAGQVAELSHDMIMEITALRAQLTDLEEENLNLKIQIRKEVQEEYRELVQALFLTCLRIKEKLDENQFNLIQKVCELIGEVRAEGIANVKQLKKTWGS-ARPDEETKENTAK--EQLCALEQDHSSTLAALLCKARSLGRWRLAVQQAHLRGQLSRAEMESILSKKECLRIKLMAEQEAALLHQQLLAARQALTKAQTDNRKLWRQNDTQAQLLRELEHRVTQDSVTRQQLDIIKTSGMEKLLKDVEQKEQKLQLLTEEAERASKRGQLQQKKMDRDLKQMRNRLAQERSVKLDAFQRVQELQSQLYDIQ--WPSVQMGSPVGLRSQTHCSLSSASTLSR 2116
BLAST of Transmembrane protein vs. Ensembl Mouse
Match: Ccdc162 (coiled-coil domain containing 162 [Source:MGI Symbol;Acc:MGI:1923223]) HSP 1 Score: 332.798 bits (852), Expect = 1.148e-98 Identity = 202/584 (34.59%), Postives = 315/584 (53.94%), Query Frame = 3
Query: 51 ILEDSLRSEIIELKSQIEENQLVYGIPSKGMSSIYVPKDPDHFRRQRKLILQRTLQVTDERPIKVQAEVMRLELISCDSREYTEKSVPLLIHQYFLDRIQEMLASKYAHLLRWKRYCINTAIIESIYPEYKERLQHIMDEYLDSSSRCHRLATCREGFLSNTEQGVDELNTDDMIIYLRWLICHLQSLKLLIQTNRIIQWFPIAHRKEFSATIVDCVEIKLSDDQSKSERSFTKIPATFNDEAPLPPPLVAATFVSTKPLKPTEFNLSLAAAGGGMVTDEKNLNLPLHTNDLNHLRSHLIVYCNMYGIEMDVVGIQSSADEMELYASVNRKFKTHFNLQEQMNIFKTYDFIVSGSEKWGLDTYTKCVLKPANWLPYIKLKPKTHLTVVKYITRLRADNKIDELLRAAARFISLTNCDRVQDALRHHAL----LVQHPPVIHSAAVISHRQGINISEIFKKIYMNQELFNPSNPT-----------KNDSSSINETHDNYEFNQTMQMLGLDDSNETKDDPSSVQGAYLSYLHLRHLKIRDLQRTCLSILNYFRSVERTIVINDQGLSLNNG-----VGDRSYQN 1742
+LE L ++ ELK+++E+ L G ++ SS+ +PKD HFRR+R+ L+RTLQV + +P+ +QA+V++ EL SC REYT +++PLL+ QY+ +RI ++ SKY H+LRWKR C + +E +YP YK+++ +IM E+ DS R RL+ RE L D + +D+ IY RWL+CHL +L+ + + +Q+ PI+ +A V S++ K A D L AA S PL P +G G + LP H D + L+ L + + I DV + SA EM L++SV++ F++ F Q++M F Y+ + + T + K A+W+P++K+KPK K +TRL+ +IDEL+ ++F+ +++ RV L+ HA + + P A + R N +++K IY N +L+ NP+ +D S T Y F +Q+LGL D E +P ++GAYLS+L LRHL IR+LQR CL +LN+FRSVERT+ +N GL+L +G +GD S+ N
Sbjct: 15 LLEKELAVKLSELKTEVEDQGLFPGTGNRIFSSVQIPKDVAHFRREREAALKRTLQVAESKPLVIQADVLKRELESCLRREYTPENLPLLLLQYYTERITQLGQSKYLHVLRWKRLCQTSMAMEELYPLYKKQVDYIMQEFNDSVQRAERLSVARENLLMGKNNRPDLVTQEDLAIYTRWLVCHLHALRTIHHFLQALQYLPISRVLSLAAKQVSGS----SEEDGK---------ACVTD-------LHAA---SPGPLGP-------HVSGSGRT--DAAFVLPQHVTDRDDLKPQLRRLLSHFHIPDDVQKLSDSAKEMGLFSSVSQNFQSIFMEQQRMWTFPDYEAGRGNVQNPTMSGPTTTLRKRADWIPFVKVKPKCDPWQKKMLTRLKERKRIDELMNLQSQFLKISDPVRVMQVLQDHAAKTVPMASNHPSRPPAQPLHPR---NYDQVWKNIYSNPKLYQAENPSDDDFAKPHLSQSSDGSLKQRTETGYNFAVALQLLGLSDGTEPDRNPVLMRGAYLSFLCLRHLHIRELQRICLGVLNFFRSVERTLTMNTSGLTLVSGTLVPTLGDSSWIN 563
BLAST of Transmembrane protein vs. Ensembl Mouse
Match: Ccdc162 (coiled-coil domain containing 162 [Source:MGI Symbol;Acc:MGI:1923223]) HSP 1 Score: 313.923 bits (803), Expect = 5.208e-89 Identity = 226/826 (27.36%), Postives = 422/826 (51.09%), Query Frame = 3
Query: 4158 RDYDGGVMSQLSTELIEIDHQISHLMDPTEVKAVIELLSTRRNVTFLKFEYCISHALLETFLATRNVKAFKAVSANMKFPFEELTNVQRATTISFRLNVPEPLEARDQRARELYPYRSIINQLGPYLIMHDFWKNIQENIQLVLAGLSDVDRPTVHGEFVSLNLCLEDVLAEGNLPESRAGRKLNMNDFENVLLLGXXXXXXXXXEVALVPVDNLGNQPSSDDKNKKLNIITHPIQC-----YKLMRNYIILSKRLNLLKNFWGARKLGLEAIENPDDFNMFNKIYKIEKLYPLMKSLCIQYRLPDLAHQGPFADTDIFVTPKGIPEIVVKQRQLGKMIETFESTMIGDLRKRIIRQTDQVMKERNREEGNLPLDLWKKPAMKEAISVKRPVIAEDFVSELMQNTDLNDEKTLISDTLTFTKEHLNKCLQNLAISVLHMQKESYENYAMYYENQLKHQHQLLYAREREIEDMKQQLLQKELATIVDVQFQLADQAHSLLLEVNALRAKVAEMREDSLQQEQTIREEVRQEYNSMVQNLFSVAFEQKTQIDVYREYLHDATLKRIQEVRTEAAIEMNKVKEKSGAKVTADDELAERNLKLSKELTSLHQ-QNIHLKQMMSRMKSLFNWHHTFIKCNFQKAIAKIEKDRDKYKNSVTVVEMNSEQKVQIMGEELDRLKHYLTSTEKELNDLRKTLXXXXXXXXXXXHAAERKAATDKQMALVKQMHIDQLMSEITEKNSNIATMSRVLNENMKSHKTVADKSVREVDALRKSLREERKMKQSAFTKVDDLISQVYEFEAAFAIVKGNTPINGVTGKNSDSISCSQISR 6617
RD+ G + EL E+ I L P + V + L RR VT L+F+ + H LL TFLA N A+++V+ + + L+N + S +L++P+PL+ +A L+P+R+ + GP+ ++ ++ ++Q+ L GLSD DR HGE V + + +EDVL L RK + +++ L + + + +P G P+ + + K + + QC L+++++IL KRL +LK WG KL + I + F+++Y+ E LYP MK+L Q D + I + PKG EI +K +QL K++E+ E MI ++ +++ R+ + E+++EE LP D WK MKE SV RP I E FV LM+++ + K +TF +EHL C+ +L V+ ++ ++E Y+M YE+ L+H Q L +E+E++ LL++ D Q+A+ +H +++E+ ALRA++ ++ E++L + IR+EV++EY +VQ LF K ++D + L + I EVR E + ++K+ G+ D+E E K ++L +L Q + L ++ + +SL W + + + +++ E + K +++ +EQ+ ++ ++L + LT + + L + D + + + +H + + T +Q+ ++K +++L+ ++ +K + ++ K + K R++ +R L +ER +K AF +V +L SQ+Y+ + + V+ +P+ + + S S +SR
Sbjct: 55 RDWGGA--EGIGNELQELQKMIDSLQRPQDPSQVAQALLLRREVTLLQFDAAMRH-LLRTFLAAGNAPAYQSVAESACYGLPPLSNALGKSIFSSQLSLPQPLDPWSPQAFALFPWRAFLEDGGPFPVISSVPDTLEYDMQMCLCGLSDCDRRVAHGELVGVQMLMEDVL----LGSCHVIRKAS-TEWQAAL-------DNAQPDWSKLP----GLYPNQLESHPKASALLEG-QCDVVMSLSLLKSFLILWKRLEVLKEHWGRFKLRGQDINSALLHRQFSELYEAEILYPSMKALARQMGKEDEFEELMLRSQSI-LPPKGASEIEIKTQQLQKLLESLEIHMIQEVLRKVNREMTLFLSEKSKEESTLPTDRWKHQVMKENFSVMRPQIVERFVQRLMEDSQDDGPK------ITFRREHLEACILSLGCDVMARERSNFETYSMCYEHILQHTRQKLSQKEQEVD-----LLRRSQVPSEDCAGQVAELSHDMIMEITALRAQLTDLEEENLNLKIQIRKEVQEEYRELVQALFLTCLRIKEKLDENQFNLIQKVCELIGEVRAEGIANVKQLKKTWGS-ARPDEETKENTAK--EQLCALEQDHSSTLAALLCKARSLGRWRLAVQQAHLRGQLSRAEMESILSKKECLRIKLMAEQEAALLHQQLLAARQALTKAQTDNRKLWRQNDTQAQLLRELEHRVTQDSVTRQQLDIIKTSGMEKLLKDVEQKEQKLQLLTEEAERASKRGQLQQKKMDRDLKQMRNRLAQERSVKLDAFQRVQELQSQLYDIQ--WPSVQMGSPVGLRSQTHCSLSSASTLSR 843
BLAST of Transmembrane protein vs. Ensembl Mouse
Match: Ccdc162 (coiled-coil domain containing 162 [Source:MGI Symbol;Acc:MGI:1923223]) HSP 1 Score: 313.923 bits (803), Expect = 5.822e-89 Identity = 226/826 (27.36%), Postives = 422/826 (51.09%), Query Frame = 3
Query: 4158 RDYDGGVMSQLSTELIEIDHQISHLMDPTEVKAVIELLSTRRNVTFLKFEYCISHALLETFLATRNVKAFKAVSANMKFPFEELTNVQRATTISFRLNVPEPLEARDQRARELYPYRSIINQLGPYLIMHDFWKNIQENIQLVLAGLSDVDRPTVHGEFVSLNLCLEDVLAEGNLPESRAGRKLNMNDFENVLLLGXXXXXXXXXEVALVPVDNLGNQPSSDDKNKKLNIITHPIQC-----YKLMRNYIILSKRLNLLKNFWGARKLGLEAIENPDDFNMFNKIYKIEKLYPLMKSLCIQYRLPDLAHQGPFADTDIFVTPKGIPEIVVKQRQLGKMIETFESTMIGDLRKRIIRQTDQVMKERNREEGNLPLDLWKKPAMKEAISVKRPVIAEDFVSELMQNTDLNDEKTLISDTLTFTKEHLNKCLQNLAISVLHMQKESYENYAMYYENQLKHQHQLLYAREREIEDMKQQLLQKELATIVDVQFQLADQAHSLLLEVNALRAKVAEMREDSLQQEQTIREEVRQEYNSMVQNLFSVAFEQKTQIDVYREYLHDATLKRIQEVRTEAAIEMNKVKEKSGAKVTADDELAERNLKLSKELTSLHQ-QNIHLKQMMSRMKSLFNWHHTFIKCNFQKAIAKIEKDRDKYKNSVTVVEMNSEQKVQIMGEELDRLKHYLTSTEKELNDLRKTLXXXXXXXXXXXHAAERKAATDKQMALVKQMHIDQLMSEITEKNSNIATMSRVLNENMKSHKTVADKSVREVDALRKSLREERKMKQSAFTKVDDLISQVYEFEAAFAIVKGNTPINGVTGKNSDSISCSQISR 6617
RD+ G + EL E+ I L P + V + L RR VT L+F+ + H LL TFLA N A+++V+ + + L+N + S +L++P+PL+ +A L+P+R+ + GP+ ++ ++ ++Q+ L GLSD DR HGE V + + +EDVL L RK + +++ L + + + +P G P+ + + K + + QC L+++++IL KRL +LK WG KL + I + F+++Y+ E LYP MK+L Q D + I + PKG EI +K +QL K++E+ E MI ++ +++ R+ + E+++EE LP D WK MKE SV RP I E FV LM+++ + K +TF +EHL C+ +L V+ ++ ++E Y+M YE+ L+H Q L +E+E++ LL++ D Q+A+ +H +++E+ ALRA++ ++ E++L + IR+EV++EY +VQ LF K ++D + L + I EVR E + ++K+ G+ D+E E K ++L +L Q + L ++ + +SL W + + + +++ E + K +++ +EQ+ ++ ++L + LT + + L + D + + + +H + + T +Q+ ++K +++L+ ++ +K + ++ K + K R++ +R L +ER +K AF +V +L SQ+Y+ + + V+ +P+ + + S S +SR
Sbjct: 55 RDWGGA--EGIGNELQELQKMIDSLQRPQDPSQVAQALLLRREVTLLQFDAAMRH-LLRTFLAAGNAPAYQSVAESACYGLPPLSNALGKSIFSSQLSLPQPLDPWSPQAFALFPWRAFLEDGGPFPVISSVPDTLEYDMQMCLCGLSDCDRRVAHGELVGVQMLMEDVL----LGSCHVIRKAS-TEWQAAL-------DNAQPDWSKLP----GLYPNQLESHPKASALLEG-QCDVVMSLSLLKSFLILWKRLEVLKEHWGRFKLRGQDINSALLHRQFSELYEAEILYPSMKALARQMGKEDEFEELMLRSQSI-LPPKGASEIEIKTQQLQKLLESLEIHMIQEVLRKVNREMTLFLSEKSKEESTLPTDRWKHQVMKENFSVMRPQIVERFVQRLMEDSQDDGPK------ITFRREHLEACILSLGCDVMARERSNFETYSMCYEHILQHTRQKLSQKEQEVD-----LLRRSQVPSEDCAGQVAELSHDMIMEITALRAQLTDLEEENLNLKIQIRKEVQEEYRELVQALFLTCLRIKEKLDENQFNLIQKVCELIGEVRAEGIANVKQLKKTWGS-ARPDEETKENTAK--EQLCALEQDHSSTLAALLCKARSLGRWRLAVQQAHLRGQLSRAEMESILSKKECLRIKLMAEQEAALLHQQLLAARQALTKAQTDNRKLWRQNDTQAQLLRELEHRVTQDSVTRQQLDIIKTSGMEKLLKDVEQKEQKLQLLTEEAERASKRGQLQQKKMDRDLKQMRNRLAQERSVKLDAFQRVQELQSQLYDIQ--WPSVQMGSPVGLRSQTHCSLSSASTLSR 843
BLAST of Transmembrane protein vs. Ensembl Mouse
Match: Ccdc162 (coiled-coil domain containing 162 [Source:MGI Symbol;Acc:MGI:1923223]) HSP 1 Score: 243.432 bits (620), Expect = 7.175e-67 Identity = 186/687 (27.07%), Postives = 349/687 (50.80%), Query Frame = 3
Query: 4575 IQLVLAGLSDVDRPTVHGEFVSLNLCLEDVLAEGNLPESRAGRKLNMNDFENVLLLGXXXXXXXXXEVALVPVDNLGNQPSSDDKNKKLNIITHPIQC-----YKLMRNYIILSKRLNLLKNFWGARKLGLEAIENPDDFNMFNKIYKIEKLYPLMKSLCIQYRLPDLAHQGPFADTDIFVTPKGIPEIVVKQRQLGKMIETFESTMIGDLRKRIIRQTDQVMKERNREEGNLPLDLWKKPAMKEAISVKRPVIAEDFVSELMQNTDLNDEKTLISDTLTFTKEHLNKCLQNLAISVLHMQKESYENYAMYYENQLKHQHQLLYAREREIEDMKQQLLQKELATIVDVQFQLADQAHSLLLEVNALRAKVAEMREDSLQQEQTIREEVRQEYNSMVQNLFSVAFEQKTQIDVYREYLHDATLKRIQEVRTEAAIEMNKVKEKSGAKVTADDELAERNLKLSKELTSLHQ-QNIHLKQMMSRMKSLFNWHHTFIKCNFQKAIAKIEKDRDKYKNSVTVVEMNSEQKVQIMGEELDRLKHYLTSTEKELNDLRKTLXXXXXXXXXXXHAAERKAATDKQMALVKQMHIDQLMSEITEKNSNIATMSRVLNENMKSHKTVADKSVREVDALRKSLREERKMKQSAFTKVDDLISQVYEFEAAFAIVKGNTPINGVTGKNSDSISCSQISR 6617
+Q+ L GLSD DR HGE V + + +EDVL L RK + +++ L + + + +P G P+ + + K + + QC L+++++IL KRL +LK WG KL + I + F+++Y+ E LYP MK+L Q D + I PKG EI +K +QL K++E+ E MI ++ +++ R+ + E+++EE LP D WK MKE SV RP I E FV LM+++ + K +TF +EHL C+ +L V+ ++ ++E Y+M YE+ L+H Q L +E+E++ LL++ D Q+A+ +H +++E+ ALRA++ ++ E++L + IR+EV++EY +VQ LF K ++D + L + I EVR E + ++K+ G+ D+E E K ++L +L Q + L ++ + +SL W + + + +++ E + K +++ +EQ+ ++ ++L + LT + + L + D + + + +H + + T +Q+ ++K +++L+ ++ +K + ++ K + K R++ +R L +ER +K AF +V +L SQ+Y+ + + V+ +P+ + + S S +SR
Sbjct: 1 MQMCLCGLSDCDRRVAHGELVGVQMLMEDVL----LGSCHVIRKAS-TEWQAAL-------DNAQPDWSKLP----GLYPNQLESHPKASALLEG-QCDVVMSLSLLKSFLILWKRLEVLKEHWGRFKLRGQDINSALLHRQFSELYEAEILYPSMKALARQMGKEDEFEELMLRSQSIL-PPKGASEIEIKTQQLQKLLESLEIHMIQEVLRKVNREMTLFLSEKSKEESTLPTDRWKHQVMKENFSVMRPQIVERFVQRLMEDSQDDGPK------ITFRREHLEACILSLGCDVMARERSNFETYSMCYEHILQHTRQKLSQKEQEVD-----LLRRSQVPSEDCAGQVAELSHDMIMEITALRAQLTDLEEENLNLKIQIRKEVQEEYRELVQALFLTCLRIKEKLDENQFNLIQKVCELIGEVRAEGIANVKQLKKTWGS-ARPDEETKENTAK--EQLCALEQDHSSTLAALLCKARSLGRWRLAVQQAHLRGQLSRAEMESILSKKECLRIKLMAEQEAALLHQQLLAARQALTKAQTDNRKLWRQNDTQAQLLRELEHRVTQDSVTRQQLDIIKTSGMEKLLKDVEQKEQKLQLLTEEAERASKRGQLQQKKMDRDLKQMRNRLAQERSVKLDAFQRVQELQSQLYDIQ--WPSVQMGSPVGLRSQTHCSLSSASTLSR 653
BLAST of Transmembrane protein vs. UniProt/SwissProt
Match: sp|Q0VG85|CC162_MOUSE (Coiled-coil domain-containing protein 162 OS=Mus musculus OX=10090 GN=Ccdc162 PE=1 SV=4) HSP 1 Score: 313.923 bits (803), Expect = 4.073e-88 Identity = 226/826 (27.36%), Postives = 422/826 (51.09%), Query Frame = 3
Query: 4158 RDYDGGVMSQLSTELIEIDHQISHLMDPTEVKAVIELLSTRRNVTFLKFEYCISHALLETFLATRNVKAFKAVSANMKFPFEELTNVQRATTISFRLNVPEPLEARDQRARELYPYRSIINQLGPYLIMHDFWKNIQENIQLVLAGLSDVDRPTVHGEFVSLNLCLEDVLAEGNLPESRAGRKLNMNDFENVLLLGXXXXXXXXXEVALVPVDNLGNQPSSDDKNKKLNIITHPIQC-----YKLMRNYIILSKRLNLLKNFWGARKLGLEAIENPDDFNMFNKIYKIEKLYPLMKSLCIQYRLPDLAHQGPFADTDIFVTPKGIPEIVVKQRQLGKMIETFESTMIGDLRKRIIRQTDQVMKERNREEGNLPLDLWKKPAMKEAISVKRPVIAEDFVSELMQNTDLNDEKTLISDTLTFTKEHLNKCLQNLAISVLHMQKESYENYAMYYENQLKHQHQLLYAREREIEDMKQQLLQKELATIVDVQFQLADQAHSLLLEVNALRAKVAEMREDSLQQEQTIREEVRQEYNSMVQNLFSVAFEQKTQIDVYREYLHDATLKRIQEVRTEAAIEMNKVKEKSGAKVTADDELAERNLKLSKELTSLHQ-QNIHLKQMMSRMKSLFNWHHTFIKCNFQKAIAKIEKDRDKYKNSVTVVEMNSEQKVQIMGEELDRLKHYLTSTEKELNDLRKTLXXXXXXXXXXXHAAERKAATDKQMALVKQMHIDQLMSEITEKNSNIATMSRVLNENMKSHKTVADKSVREVDALRKSLREERKMKQSAFTKVDDLISQVYEFEAAFAIVKGNTPINGVTGKNSDSISCSQISR 6617
RD+ G + EL E+ I L P + V + L RR VT L+F+ + H LL TFLA N A+++V+ + + L+N + S +L++P+PL+ +A L+P+R+ + GP+ ++ ++ ++Q+ L GLSD DR HGE V + + +EDVL L RK + +++ L + + + +P G P+ + + K + + QC L+++++IL KRL +LK WG KL + I + F+++Y+ E LYP MK+L Q D + I + PKG EI +K +QL K++E+ E MI ++ +++ R+ + E+++EE LP D WK MKE SV RP I E FV LM+++ + K +TF +EHL C+ +L V+ ++ ++E Y+M YE+ L+H Q L +E+E++ LL++ D Q+A+ +H +++E+ ALRA++ ++ E++L + IR+EV++EY +VQ LF K ++D + L + I EVR E + ++K+ G+ D+E E K ++L +L Q + L ++ + +SL W + + + +++ E + K +++ +EQ+ ++ ++L + LT + + L + D + + + +H + + T +Q+ ++K +++L+ ++ +K + ++ K + K R++ +R L +ER +K AF +V +L SQ+Y+ + + V+ +P+ + + S S +SR
Sbjct: 55 RDWGGA--EGIGNELQELQKMIDSLQRPQDPSQVAQALLLRREVTLLQFDAAMRH-LLRTFLAAGNAPAYQSVAESACYGLPPLSNALGKSIFSSQLSLPQPLDPWSPQAFALFPWRAFLEDGGPFPVISSVPDTLEYDMQMCLCGLSDCDRRVAHGELVGVQMLMEDVL----LGSCHVIRKAS-TEWQAAL-------DNAQPDWSKLP----GLYPNQLESHPKASALLEG-QCDVVMSLSLLKSFLILWKRLEVLKEHWGRFKLRGQDINSALLHRQFSELYEAEILYPSMKALARQMGKEDEFEELMLRSQSI-LPPKGASEIEIKTQQLQKLLESLEIHMIQEVLRKVNREMTLFLSEKSKEESTLPTDRWKHQVMKENFSVMRPQIVERFVQRLMEDSQDDGPK------ITFRREHLEACILSLGCDVMARERSNFETYSMCYEHILQHTRQKLSQKEQEVD-----LLRRSQVPSEDCAGQVAELSHDMIMEITALRAQLTDLEEENLNLKIQIRKEVQEEYRELVQALFLTCLRIKEKLDENQFNLIQKVCELIGEVRAEGIANVKQLKKTWGS-ARPDEETKENTAK--EQLCALEQDHSSTLAALLCKARSLGRWRLAVQQAHLRGQLSRAEMESILSKKECLRIKLMAEQEAALLHQQLLAARQALTKAQTDNRKLWRQNDTQAQLLRELEHRVTQDSVTRQQLDIIKTSGMEKLLKDVEQKEQKLQLLTEEAERASKRGQLQQKKMDRDLKQMRNRLAQERSVKLDAFQRVQELQSQLYDIQ--WPSVQMGSPVGLRSQTHCSLSSASTLSR 843
BLAST of Transmembrane protein vs. TrEMBL
Match: A0A4S2LFV1 (DUF4549 domain-containing protein OS=Opisthorchis felineus OX=147828 GN=CRM22_007481 PE=4 SV=1) HSP 1 Score: 1984.92 bits (5141), Expect = 0.000e+0 Identity = 1041/2141 (48.62%), Postives = 1455/2141 (67.96%), Query Frame = 3
Query: 765 FNDEAPLPPPLVAAT-FVSTKPLKPTEFNLSLAAAGGGMVTDEKNLNLPLHTNDLNHLRSHLIVYCNMYGIEMDVVGIQSSADEMELYASVNRKFKTHFNLQEQMNIFKTYDFIVSGSEKWGLDTYTKCVLKPANWLPYIKLKPKTHLTVVKYITRLRADNKIDELLRAAARFISLTNCDRVQDALRHHALLVQHPPVIHSAAVISHRQGINISEIFKKIYMNQELFNPSNPTKNDSSSINETHDNYEFNQTMQMLGLDDSNETKDDPSSVQGAYLSYLHLRHLKIRDLQRTCLSILNYFRSVERTIVINDQGLSLNN--GVGDRSYQNHRXXXXXXXXXXXXXXXXXXXYLFNTPREFRINENDFMQFAEVENHDDFYFHEDGRIHVRDQTGHWIIYDVAVSDFEKLEHDLLLIASVFIGKNKTLRSASLFKRKRQRLEESQSGDFDIGQYAHHEVDRFGVLFDIWTNHTALLECKKKILDIYMEAYNNTFNRDERRLMSQSMVNLMYKKPRIDVESAYFVTAYRLECTILRMQADIFRTLLNKQIDNQREYIKMIGDNVQDFGLPLPVVEKLLIAVNADESVLKNIYFLEFHESLSIICHVTESLEWCFKEILYNCKPTTVTHEILLEKKMYEIMQVEIDSMDSLGVSYTPQVQRDLFSGFFIENPIMLTQLADEYLKNIDSRNTRGDKRSRKIKLINEFGRLYEIITLRFRLLDATWESEVLAKIYQRQAIDLGYDEFHLYLRPIQFXXXXXXXXXXXXXXXXYISTIQDDDSAMDKFTPSALPLAINEVDEVGMGKFSFKGRTSVMEMLESKGVENLMIVLKIQLCHKNALAAGVSLCNACRPSLYTLKERDLDACNPTDLRSEKSTTTGAN-SNFSVPISAQAGPTPLALDSKRADSFNQKDAHPEAFFSIQLEKSPCRDRAMNIYIKKFSGTG---KTSGVEVEKVKRDLVLSYIDDFFDRIQQASLRSQIIYYYNSIIHVLKLVPTVSEKFFQFGDAFEKKNDPEDNMSNEEIDPRKLRKRARRILSENGSKFLNLWFIPHFTEILFLYRQRDDERTTENLKNLVNIVGNFHDILHFLVGFSRLQISSAKISTELKAENV-----------------------DVNDSIEHSLSSQ-FVIQIAQGA---EEGIEINRP-------------------------RDYDGGVMSQLSTELIEIDHQISHLMDPTEVKAVIELLSTRRNVTFLKFEYCISHALLETFLATRNVKAFKAVSANMKFPFEELTNVQRATTISFRLNVPEPLEARDQRARELYPYRSIINQLGPYLIMHDFWKNIQENIQLVLAGLSDVDRPTVHGEFVSLNLCLEDVLAEGNLPESRAGRKLNMNDFENVLLL---------------------GXXXXXXXXXEVALV--PVDNLG---------------NQPSSD--------------DKNKKLNIITHPIQCYKLMRNYIILSKRLNLLKNFWGARKLGLEAIENPDDFNMFNKIYKIEKLYPLMKSLCIQYRLPDLAHQGPFADTDIFVTPKGIPEIVVKQRQLGKMIETFESTMIGDLRKRIIRQTDQVMKERNREEGNLPLDLWKKPAMKEAISVKRPVIAEDFVSELMQNTDLNDEKTLISDTLTFTKEHLNKCLQNLAISVLHMQKESYENYAMYYENQLKHQHQLLYAREREIEDMKQQLLQKELATIVDVQFQLADQAHSLLLEVNALRAKVAEMREDSLQQEQTIREEVRQEYNSMVQNLFSVAFEQKTQIDVYREYLHDATLKRIQEVRTEAAIEMNKVKEKSGAKVTADDELAERNLKLSKELTSLHQQNIHLKQMMSRMKSLFNWHHTFIKCNFQKAIAKIEKDRDKYKNSVTVVEMNSEQKVQIMGEELDRLKHYLTSTEKELNDLRKTLXXXXXXXXXXXHAAERKAATDKQMALVKQMHIDQLMSEITEKNSNIATMSRVLNENMKSHKTVADKSVREVDALRKSLREERKMKQSAFTKVDDLISQVYEFEAAFAIVKGNTPINGVTGKNSDSISCSQISRPSTGISNLRSGFKPITPDMKVSTDKSRPRPITYGDILRRYPIPYAPDHYRDFRRDRVGTHQLRKRIADQLLMNLEPENH 6854
F+++AP PP ++ AT F + PL+PT+ N LA++GGG+VT++K PLH+NDL LR HL+ +C+ YGI+M++ I+SSADEMEL+A +NRKF+ F+ QE+M FKTYD S SE+WGLD++ + V KP+NWLPY+KL+PK H +VK LR+ +D+LL+A+A F+ + + ++VQD+LRHHA+LVQHPP++HSA+V+SHRQG + +EIFKKIY N + F ++ DS + D+Y+F Q MQMLGLDD+ KDDPSSVQGAYLSYLHLRHLK+RD+ RTC+S+LNYFRS+ERT+ INDQGLS+N+ GV S NHR G+ GH+GGG I HGYLFN+P+EF+I E +FMQFAE++NHDDFYFHE+GRIHVRDQ G WIIYD A+ DF KLE DLLL+A+ FI K++ LR++S K+K +E+Q D DI +YAH +VDRFGVL+DIW N A + K+K++D+YME Y + +RD RR ++Q M NLMY++PR+D+ +YFV AYR EC ILR + +I R +LN QI NQREY+K I + +FG+P P++E+ IAV++DE++L +Y LEFH SLS + +++ +++ P EI+LEK+ Y+ ++ E++++ LG SYT Q+QRDLFS +F+E+ I + +L++++L I +RN+RGDK++R++ L+NE GRL +++TLR RL+D WE EVL+KIY A ++G+D+FHL++RP+QFEAAK KEGA+ +P +YI+ +QDDDS +DKF PSALPLAI+E+DE +GKFSF+G+ ++MEMLE++GVEN++ +LK+Q HKNAL A V L RPS Y++ T + + TGAN +++ Q GPTPLAL+ R+ D HPEAFFSIQLEKSP RDR N +IK+ G G S VE EK+KR+ + + DF R Q SLR+QII Y+SI+ +L+ VPTV+E FF G AFEKKN PED++ + DPR LR R RR+LS +G+K N WFIPHF E+LF++R DD T+ L+ + + HDILH+L+ ++RL ISSAKI+ E + + + +V +I + S++ FV Q++ + ++ P D+DGG MS L+TEL EI +QI+ L DPT+ + VI++L RR+V FL+F+ C+ L ETFLA NV+A+K V N FP EL++VQR + +NVPEPLEARD +A+ ++P+RS++N GP+L+ I+ NI+L LAGL VDRPTVHGE +++NLCLEDVL G++PE++AG + + EN+ + G VA PV+ G Q SS DK KL+ + P+ Y L++ ++IL KR+ LLK WG R+LG+EAI NP+ F F IYK EKLYPL++SL IQYR PD+ GP TDI V PKGIPE+VV+QRQL K+IE FE MI DLRK ++RQTD V+KERNREEGNLPL+LWK+PAMKE +SVKRP +A++F+ ELM + EK +DT T TK+ LN+ LQ +AISV+ Q+ESYENY+MYYEN LK+QH LLYA+EREIE +K+ L Q EL T V VQFQ+++QAH+LLLEV ALRAK+AE+ E +L+ E +R VR+E++ ++ LF ++FEQK++ID YR++LH TL+RI EVR EA+ EM ++KE+SGA+ +A+DELAERNL+LS+E+ +LHQ+NI L+QMMSR++ + +W T ++C F+K I+ +E+ R++ K+ VT + + SEQ+V+++ EE+ +L+ +L++TEK LND+RK LDKEM +K++K+HAAERKAATDKQMA+VKQMHIDQLM+EI EKN+ + M +L+ + KS K ADKSVREVD LRK LREERK+K+SA KVDDL+SQ+YEFE A++ +G+N ++ ++ + G + ++ +++ RP+TY D++ + PY HY FR++ QLR+R+ Q+L N + H
Sbjct: 385 FSEQAPQPPAMMHATVFGANAPLQPTKANFDLASSGGGIVTNDKVAAPPLHSNDLETLRPHLVYFCHAYGIQMNIQAIRSSADEMELFAVINRKFRQIFSRQEEMLTFKTYDSAKSASERWGLDSWVRAVRKPSNWLPYVKLRPKRHEYLVKLTMELRSGTVVDDLLKASANFLKVKSPEKVQDSLRHHAMLVQHPPIVHSASVVSHRQGQSTAEIFKKIYNNSDFFGKASA---DSDEPGKRQDDYDFTQAMQMLGLDDATNAKDDPSSVQGAYLSYLHLRHLKLRDVMRTCISVLNYFRSIERTLTINDQGLSMNSRGGVERTSPPNHRVGTEAQGHKGGGNTIDGHGYLFNSPQEFKIKETEFMQFAEIDNHDDFYFHEEGRIHVRDQVGFWIIYDAALEDFNKLEQDLLLLATAFIQKDRQLRTSSNTKKKGVD-QEAQPSDLDIARYAHRDVDRFGVLYDIWINECAFQQAKQKLMDVYMEVYGHIISRDSRRRLAQIMTNLMYQRPRLDLNESYFVLAYRYECAILRQRTEIMRCILNHQILNQREYLKKIHVDKPEFGMPPPLLERFPIAVHSDETLLTPVYLLEFHPSLSCAPSLAAAMDRSVQQLYELFTPDQPMQEIVLEKRFYDFLRYEVETLKPLGGSYTAQLQRDLFSSYFVEDAIQMCELSNQHLAAIQNRNSRGDKKTRQMYLLNELGRLLDLVTLRHRLIDCMWECEVLSKIYLTVAHEMGFDDFHLFIRPLQFEAAKYKEGADDLRPPIYITAVQDDDSMLDKFLPSALPLAIHELDETHVGKFSFRGKVTIMEMLETRGVENMLTILKVQTAHKNALTASVMLAYNARPSFYSMH------APKTKTGILRPSNTGANLISYTGLSGTQVGPTPLALE--RSKHQLNADYHPEAFFSIQLEKSPSRDRTQNAFIKRTQGGGIASSKSSVESEKMKREFISQFCMDFGQRTQHISLRAQIISTYSSILTILEKVPTVTEDFFVIGYAFEKKN-PEDDLDVQVTDPRTLRTRPRRVLSTDGTKLYNFWFIPHFIEVLFIFRHLDDLSCTKALQRMARLACVLHDILHYLIAYARLGISSAKITPEQRQQVIAGSQKHGGQQWRTAIRGALPTAAEVASNIAGTTSAETFVAQLSSAGTIPSMNMALSSPALSVTPLDLSVHGRSLVVDQIIEDLSDFDGGPMSMLATELREIQYQINRLPDPTDPEQVIQMLELRRDVMFLQFDVCMRTILRETFLAAGNVEAYKEVVENSHFPLSELSDVQRPCLNAIEMNVPEPLEARDDQAKAIFPWRSLMNSCGPFLLFCFGPSTIEYNIRLCLAGLKPVDRPTVHGELLAMNLCLEDVLDVGDIPEAKAGEPMPIQQAENMHCMLGKRTRDRRREIPPPNAASPTGTGGPASTPGSVAGTTNPVNATGTSINTINITHSSETQGQKSSTHGGAGGTGPLTTTADKTPKLSTLDSPVAAYTLLKKFLILWKRVELLKYAWGRRRLGVEAINNPNLFKTFCSIYKREKLYPLIRSLAIQYRQPDMYALGPLDATDIIVMPKGIPEMVVRQRQLLKLIEAFEFYMIADLRKLLVRQTDLVIKERNREEGNLPLELWKRPAMKETLSVKRPGLADEFLVELMSHL----EKNAKNDTYTITKDKLNEVLQTVAISVMRTQRESYENYSMYYENLLKNQHSLLYAKEREIETLKETLRQNELETNVTVQFQMSEQAHNLLLEVTALRAKIAELEEINLKTESKVRNRVRREFSVAMRKLFGLSFEQKSRIDQYRDHLHAITLQRIAEVREEASAEMARIKERSGARASAEDELAERNLRLSREVNTLHQRNIALQQMMSRLRVMAHWQQTTLRCAFEKQISGVEEQRNQSKSQVTRLGILSEQRVRMLNEEMSKLRDHLSNTEKHLNDMRKALDKEMSDKVEKRHAAERKAATDKQMAMVKQMHIDQLMAEIAEKNATLEKMGSLLDASAKSKKQEADKSVREVDLLRKQLREERKLKKSAIHKVDDLMSQLYEFETAYS-----------SGQNRPGVNLPTMTPKGEAAAG---GARKLSAEIQ--------RPVTYEDLVAKKSGPYTSKHYLRFRQETARVPQLRERLVQQILKNGSYQTH 2486 HSP 2 Score: 270.011 bits (689), Expect = 1.876e-68 Identity = 121/226 (53.54%), Postives = 174/226 (76.99%), Query Frame = 3
Query: 45 LKILEDSLRSEIIELKSQIEENQLVYGIPSKGMSSIYVPKDPDHFRRQRKLILQRTLQVTDERPIKVQAEVMRLELISCDSREYTEKSVPLLIHQYFLDRIQEMLASKYAHLLRWKRYCINTAIIESIYPEYKERLQHIMDEYLDSSSRCHRLATCREGFLSNTEQGVDELNTDDMIIYLRWLICHLQSLKLLIQTNRIIQWFPIAHRKEFSATIVDCVEIKLSDD 722
LK ED LRS+I+EL++QIEEN+L++GIPSKGMSS+Y+PKDPD+FRR+RKLILQRTLQV + +PI +QAE+M EL +C+ RE+TE+++P+L+HQYF+DRI +++ K+ +LLRWKRYC +TA +E+I EY RL+++ +EYLD+SSR HRLA+ REG L+N++ GV+++ +D IYLR+ + HLQSL Q II+W P +HR +++ L +D
Sbjct: 8 LKTQEDGLRSDILELRAQIEENELIHGIPSKGMSSVYIPKDPDYFRRERKLILQRTLQVLEPQPIMLQAELMMQELDACNQREFTERTLPILLHQYFIDRIHQIVLLKHGYLLRWKRYCSSTAAVETIQSEYLNRLEYLTNEYLDASSRAHRLASTREGILANSDNGVEDVTVEDYQIYLRYHLSHLQSLSYTNQLLNIIKWLPYSHRDRIKDSLIKQYPYILCED 233
BLAST of Transmembrane protein vs. TrEMBL
Match: A0A4V3SDX3 (DUF4549 domain-containing protein OS=Opisthorchis felineus OX=147828 GN=CRM22_007481 PE=4 SV=1) HSP 1 Score: 1972.21 bits (5108), Expect = 0.000e+0 Identity = 1036/2127 (48.71%), Postives = 1451/2127 (68.22%), Query Frame = 3
Query: 765 FNDEAPLPPPLVAAT-FVSTKPLKPTEFNLSLAAAGGGMVTDEKNLNLPLHTNDLNHLRSHLIVYCNMYGIEMDVVGIQSSADEMELYASVNRKFKTHFNLQEQMNIFKTYDFIVSGSEKWGLDTYTKCVLKPANWLPYIKLKPKTHLTVVKYITRLRADNKIDELLRAAARFISLTNCDRVQDALRHHALLVQHPPVIHSAAVISHRQGINISEIFKKIYMNQELFNPSNPTKNDSSSINETHDNYEFNQTMQMLGLDDSNETKDDPSSVQGAYLSYLHLRHLKIRDLQRTCLSILNYFRSVERTIVINDQGLSLNN--GVGDRSYQNHRXXXXXXXXXXXXXXXXXXXYLFNTPREFRINENDFMQFAEVENHDDFYFHEDGRIHVRDQTGHWIIYDVAVSDFEKLEHDLLLIASVFIGKNKTLRSASLFKRKRQRLEESQSGDFDIGQYAHHEVDRFGVLFDIWTNHTALLECKKKILDIYMEAYNNTFNRDERRLMSQSMVNLMYKKPRIDVESAYFVTAYRLECTILRMQADIFRTLLNKQIDNQREYIKMIGDNVQDFGLPLPVVEKLLIAVNADESVLKNIYFLEFHESLSIICHVTESLEWCFKEILYNCKPTTVTHEILLEKKMYEIMQVEIDSMDSLGVSYTPQVQRDLFSGFFIENPIMLTQLADEYLKNIDSRNTRGDKRSRKIKLINEFGRLYEIITLRFRLLDATWESEVLAKIYQRQAIDLGYDEFHLYLRPIQFXXXXXXXXXXXXXXXXYISTIQDDDSAMDKFTPSALPLAINEVDEVGMGKFSFKGRTSVMEMLESKGVENLMIVLKIQLCHKNALAAGVSLCNACRPSLYTLKERDLDACNPTDLRSEKSTTTGAN-SNFSVPISAQAGPTPLALDSKRADSFNQKDAHPEAFFSIQLEKSPCRDRAMNIYIKKFSGTG---KTSGVEVEKVKRDLVLSYIDDFFDRIQQASLRSQIIYYYNSIIHVLKLVPTVSEKFFQFGDAFEKKNDPEDNMSNEEIDPRKLRKRARRILSENGSKFLNLWFIPHFTEILFLYRQRDDERTTENLKNLVNIVGNFHDILHFLVGFSRLQISSAKISTELKAENV-----------------------DVNDSIEHSLSSQ-FVIQIAQGA---EEGIEINRP----RDYDGGVMSQ-------LSTELIEIDHQISHLMDPTEVKAVIELLSTRRNVTFLKFEYCISHALLETFLATRNVKAFKAVSANMKFPFEELTNVQRATTISFRLNVPEPLEARDQRARELYPYRSIINQLGPYLIMHDFWKNIQENIQLVLAGLSDVDRPTVHGEFVSLNLCLEDVLAEGNLPESRAGRKLNMNDFENVLLL---------------------GXXXXXXXXXEVALV--PVDNLG---------------NQPSSD--------------DKNKKLNIITHPIQCYKLMRNYIILSKRLNLLKNFWGARKLGLEAIENPDDFNMFNKIYKIEKLYPLMKSLCIQYRLPDLAHQGPFADTDIFVTPKGIPEIVVKQRQLGKMIETFESTMIGDLRKRIIRQTDQVMKERNREEGNLPLDLWKKPAMKEAISVKRPVIAEDFVSELMQNTDLNDEKTLISDTLTFTKEHLNKCLQNLAISVLHMQKESYENYAMYYENQLKHQHQLLYAREREIEDMKQQLLQKELATIVDVQFQLADQAHSLLLEVNALRAKVAEMREDSLQQEQTIREEVRQEYNSMVQNLFSVAFEQKTQIDVYREYLHDATLKRIQEVRTEAAIEMNKVKEKSGAKVTADDELAERNLKLSKELTSLHQQNIHLKQMMSRMKSLFNWHHTFIKCNFQKAIAKIEKDRDKYKNSVTVVEMNSEQKVQIMGEELDRLKHYLTSTEKELNDLRKTLXXXXXXXXXXXHAAERKAATDKQMALVKQMHIDQLMSEITEKNSNIATMSRVLNENMKSHKTVADKSVREVDALRKSLREERKMKQSAFTKVDDLISQVYEFEAAFAIVKGNTPINGVTGKNSDSISCSQISRPSTGISNLRSGFKPITPDMKVSTDKSRPRPITYGDILRRYPIPYAPDHYRDFRRDRVGTHQLRKRIADQLLMNLEPENH 6854
F+++AP PP ++ AT F + PL+PT+ N LA++GGG+VT++K PLH+NDL LR HL+ +C+ YGI+M++ I+SSADEMEL+A +NRKF+ F+ QE+M FKTYD S SE+WGLD++ + V KP+NWLPY+KL+PK H +VK LR+ +D+LL+A+A F+ + + ++VQD+LRHHA+LVQHPP++HSA+V+SHRQG + +EIFKKIY N + F ++ DS + D+Y+F Q MQMLGLDD+ KDDPSSVQGAYLSYLHLRHLK+RD+ RTC+S+LNYFRS+ERT+ INDQGLS+N+ GV S NHR G+ GH+GGG I HGYLFN+P+EF+I E +FMQFAE++NHDDFYFHE+GRIHVRDQ G WIIYD A+ DF KLE DLLL+A+ FI K++ LR++S K+K +E+Q D DI +YAH +VDRFGVL+DIW N A + K+K++D+YME Y + +RD RR ++Q M NLMY++PR+D+ +YFV AYR EC ILR + +I R +LN QI NQREY+K I + +FG+P P++E+ IAV++DE++L +Y LEFH SLS + +++ +++ P EI+LEK+ Y+ ++ E++++ LG SYT Q+QRDLFS +F+E+ I + +L++++L I +RN+RGDK++R++ L+NE GRL +++TLR RL+D WE EVL+KIY A ++G+D+FHL++RP+QFEAAK KEGA+ +P +YI+ +QDDDS +DKF PSALPLAI+E+DE +GKFSF+G+ ++MEMLE++GVEN++ +LK+Q HKNAL A V L RPS Y++ T + + TGAN +++ Q GPTPLAL+ R+ D HPEAFFSIQLEKSP RDR N +IK+ G G S VE EK+KR+ + + DF R Q SLR+QII Y+SI+ +L+ VPTV+E FF G AFEKKN PED++ + DPR LR R RR+LS +G+K N WFIPHF E+LF++R DD T+ L+ + + HDILH+L+ ++RL ISSAKI+ E + + + +V +I + S++ FV Q++ + ++ P D V + ++TEL EI +QI+ L DPT+ + VI++L RR+V FL+F+ C+ L ETFLA NV+A+K V N FP EL++VQR + +NVPEPLEARD +A+ ++P+RS++N GP+L+ I+ NI+L LAGL VDRPTVHGE +++NLCLEDVL G++PE++AG + + EN+ + G VA PV+ G Q SS DK KL+ + P+ Y L++ ++IL KR+ LLK WG R+LG+EAI NP+ F F IYK EKLYPL++SL IQYR PD+ GP TDI V PKGIPE+VV+QRQL K+IE FE MI DLRK ++RQTD V+KERNREEGNLPL+LWK+PAMKE +SVKRP +A++F+ ELM + EK +DT T TK+ LN+ LQ +AISV+ Q+ESYENY+MYYEN LK+QH LLYA+EREIE +K+ L Q EL T V VQFQ+++QAH+LLLEV ALRAK+AE+ E +L+ E +R VR+E++ ++ LF ++FEQK++ID YR++LH TL+RI EVR EA+ EM ++KE+SGA+ +A+DELAERNL+LS+E+ +LHQ+NI L+QMMSR++ + +W T ++C F+K I+ +E+ R++ K+ VT + + SEQ+V+++ EE+ +L+ +L++TEK LND+RK LDKEM +K++K+HAAERKAATDKQMA+VKQMHIDQLM+EI EKN+ + M +L+ + KS K ADKSVREVD LRK LREERK+K+SA KVDDL+SQ+YEFE A++ +G+N ++ ++ + G + ++ +++ RP+TY D++ + PY HY FR++ QLR+R+ Q+L N + H
Sbjct: 385 FSEQAPQPPAMMHATVFGANAPLQPTKANFDLASSGGGIVTNDKVAAPPLHSNDLETLRPHLVYFCHAYGIQMNIQAIRSSADEMELFAVINRKFRQIFSRQEEMLTFKTYDSAKSASERWGLDSWVRAVRKPSNWLPYVKLRPKRHEYLVKLTMELRSGTVVDDLLKASANFLKVKSPEKVQDSLRHHAMLVQHPPIVHSASVVSHRQGQSTAEIFKKIYNNSDFFGKASA---DSDEPGKRQDDYDFTQAMQMLGLDDATNAKDDPSSVQGAYLSYLHLRHLKLRDVMRTCISVLNYFRSIERTLTINDQGLSMNSRGGVERTSPPNHRVGTEAQGHKGGGNTIDGHGYLFNSPQEFKIKETEFMQFAEIDNHDDFYFHEEGRIHVRDQVGFWIIYDAALEDFNKLEQDLLLLATAFIQKDRQLRTSSNTKKKGVD-QEAQPSDLDIARYAHRDVDRFGVLYDIWINECAFQQAKQKLMDVYMEVYGHIISRDSRRRLAQIMTNLMYQRPRLDLNESYFVLAYRYECAILRQRTEIMRCILNHQILNQREYLKKIHVDKPEFGMPPPLLERFPIAVHSDETLLTPVYLLEFHPSLSCAPSLAAAMDRSVQQLYELFTPDQPMQEIVLEKRFYDFLRYEVETLKPLGGSYTAQLQRDLFSSYFVEDAIQMCELSNQHLAAIQNRNSRGDKKTRQMYLLNELGRLLDLVTLRHRLIDCMWECEVLSKIYLTVAHEMGFDDFHLFIRPLQFEAAKYKEGADDLRPPIYITAVQDDDSMLDKFLPSALPLAIHELDETHVGKFSFRGKVTIMEMLETRGVENMLTILKVQTAHKNALTASVMLAYNARPSFYSMH------APKTKTGILRPSNTGANLISYTGLSGTQVGPTPLALE--RSKHQLNADYHPEAFFSIQLEKSPSRDRTQNAFIKRTQGGGIASSKSSVESEKMKREFISQFCMDFGQRTQHISLRAQIISTYSSILTILEKVPTVTEDFFVIGYAFEKKN-PEDDLDVQVTDPRTLRTRPRRVLSTDGTKLYNFWFIPHFIEVLFIFRHLDDLSCTKALQRMARLACVLHDILHYLIAYARLGISSAKITPEQRQQVIAGSQKHGGQQWRTAIRGALPTAAEVASNIAGTTSAETFVAQLSSAGTIPSMNMALSSPALSVTPLDLSVHGRSLVVDQIIATELREIQYQINRLPDPTDPEQVIQMLELRRDVMFLQFDVCMRTILRETFLAAGNVEAYKEVVENSHFPLSELSDVQRPCLNAIEMNVPEPLEARDDQAKAIFPWRSLMNSCGPFLLFCFGPSTIEYNIRLCLAGLKPVDRPTVHGELLAMNLCLEDVLDVGDIPEAKAGEPMPIQQAENMHCMLGKRTRDRRREIPPPNAASPTGTGGPASTPGSVAGTTNPVNATGTSINTINITHSSETQGQKSSTHGGAGGTGPLTTTADKTPKLSTLDSPVAAYTLLKKFLILWKRVELLKYAWGRRRLGVEAINNPNLFKTFCSIYKREKLYPLIRSLAIQYRQPDMYALGPLDATDIIVMPKGIPEMVVRQRQLLKLIEAFEFYMIADLRKLLVRQTDLVIKERNREEGNLPLELWKRPAMKETLSVKRPGLADEFLVELMSHL----EKNAKNDTYTITKDKLNEVLQTVAISVMRTQRESYENYSMYYENLLKNQHSLLYAKEREIETLKETLRQNELETNVTVQFQMSEQAHNLLLEVTALRAKIAELEEINLKTESKVRNRVRREFSVAMRKLFGLSFEQKSRIDQYRDHLHAITLQRIAEVREEASAEMARIKERSGARASAEDELAERNLRLSREVNTLHQRNIALQQMMSRLRVMAHWQQTTLRCAFEKQISGVEEQRNQSKSQVTRLGILSEQRVRMLNEEMSKLRDHLSNTEKHLNDMRKALDKEMSDKVEKRHAAERKAATDKQMAMVKQMHIDQLMAEIAEKNATLEKMGSLLDASAKSKKQEADKSVREVDLLRKQLREERKLKKSAIHKVDDLMSQLYEFETAYS-----------SGQNRPGVNLPTMTPKGEAAAG---GARKLSAEIQ--------RPVTYEDLVAKKSGPYTSKHYLRFRQETARVPQLRERLVQQILKNGSYQTH 2472 HSP 2 Score: 270.011 bits (689), Expect = 1.849e-68 Identity = 121/226 (53.54%), Postives = 174/226 (76.99%), Query Frame = 3
Query: 45 LKILEDSLRSEIIELKSQIEENQLVYGIPSKGMSSIYVPKDPDHFRRQRKLILQRTLQVTDERPIKVQAEVMRLELISCDSREYTEKSVPLLIHQYFLDRIQEMLASKYAHLLRWKRYCINTAIIESIYPEYKERLQHIMDEYLDSSSRCHRLATCREGFLSNTEQGVDELNTDDMIIYLRWLICHLQSLKLLIQTNRIIQWFPIAHRKEFSATIVDCVEIKLSDD 722
LK ED LRS+I+EL++QIEEN+L++GIPSKGMSS+Y+PKDPD+FRR+RKLILQRTLQV + +PI +QAE+M EL +C+ RE+TE+++P+L+HQYF+DRI +++ K+ +LLRWKRYC +TA +E+I EY RL+++ +EYLD+SSR HRLA+ REG L+N++ GV+++ +D IYLR+ + HLQSL Q II+W P +HR +++ L +D
Sbjct: 8 LKTQEDGLRSDILELRAQIEENELIHGIPSKGMSSVYIPKDPDYFRRERKLILQRTLQVLEPQPIMLQAELMMQELDACNQREFTERTLPILLHQYFIDRIHQIVLLKHGYLLRWKRYCSSTAAVETIQSEYLNRLEYLTNEYLDASSRAHRLASTREGILANSDNGVEDVTVEDYQIYLRYHLSHLQSLSYTNQLLNIIKWLPYSHRDRIKDSLIKQYPYILCED 233
BLAST of Transmembrane protein vs. TrEMBL
Match: A0A1S8X970 (DUF4549 domain-containing protein OS=Opisthorchis viverrini OX=6198 GN=X801_00873 PE=4 SV=1) HSP 1 Score: 1968.36 bits (5098), Expect = 0.000e+0 Identity = 1030/2118 (48.63%), Postives = 1455/2118 (68.70%), Query Frame = 3
Query: 765 FNDEAPLPPPLVAATFV-STKPLKPTEFNLSLAAAGGGMVTDEKNLNLPLHTNDLNHLRSHLIVYCNMYGIEMDVVGIQSSADEMELYASVNRKFKTHFNLQEQMNIFKTYDFIVSGSEKWGLDTYTKCVLKPANWLPYIKLKPKTHLTVVKYITRLRADNKIDELLRAAARFISLTNCDRVQDALRHHALLVQHPPVIHSAAVISHRQGINISEIFKKIYMNQELFNPSNPTKNDSSSINETHDNYEFNQTMQMLGLDDSNETKDDPSSVQGAYLSYLHLRHLKIRDLQRTCLSILNYFRSVERTIVINDQGLSLNN--GVGDRSYQNHRXXXXXXXXXXXXXXXXXXXYLFNTPREFRINENDFMQFAEVENHDDFYFHEDGRIHVRDQTGHWIIYDVAVSDFEKLEHDLLLIASVFIGKNKTLRSASLFKRKRQRLEESQSGDFDIGQYAHHEVDRFGVLFDIWTNHTALLECKKKILDIYMEAYNNTFNRDERRLMSQSMVNLMYKKPRIDVESAYFVTAYRLECTILRMQADIFRTLLNKQIDNQREYIKMIGDNVQDFGLPLPVVEKLLIAVNADESVLKNIYFLEFHESLSIICHVTESLEWCFKEILYNCKPTTVTHEILLEKKMYEIMQVEIDSMDSLGVSYTPQVQRD-----------------------------LFSGFFIENPIMLTQLADEYLKNIDSRNTRGDKRSRKIKLINEFGRLYEIITLRFRLLDATWESEVLAKIYQRQAIDLGYDEFHLYLRPIQFXXXXXXXXXXXXXXXXYISTIQDDDSAMDKFTPSALPLAINEVDEVGMGKFSFKGRTSVMEMLESKGVENLMIVLKIQLCHKNALAAGVSLCNACRPSLYTLKERDLDACNPTDLRSEKSTTTGAN-SNFSVPISAQAGPTPLALDSKRADSFNQKDAHPEAFFSIQLEKSPCRDRAMNIYIKKFSGTG---KTSGVEVEKVKRDLVLSYIDDFFDRIQQASLRSQIIYYYNSIIHVLKLVPTVSEKFFQFGDAFEKKNDPEDNMSNEEIDPRKLRKRARRILSENGSKFLNLWFIPHFTEILFLYRQRDDERTTENLKNLVNIVGNFHDILHFLVGFSRLQISSAKISTELKAENV-----------------------DVNDSIEHSLSSQ-FVIQIAQGA---EEGIEINRP----RDYDGGVMSQ-------LSTELIEIDHQISHLMDPTEVKAVIELLSTRRNVTFLKFEYCISHALLETFLATRNVKAFKAVSANMKFPFEELTNVQRATTISFRLNVPEPLEARDQRARELYPYRSIINQLGPYLIMHDFWKNIQENIQLVLAGLSDVDRPTVHGEFVSLNLCLEDVLAEGNLPESRAGRKLNMNDFENVLLLGXXXXXXXXXEV----ALVPVDNLG--NQPSS-DDKNKKLNIITHPIQCYKLMRNYIILSKRLNLLKNFWGARKLGLEAIENPDDFNMFNKIYKIEKLYPLMKSLCIQYRLPDLAHQGPFADTDIFVTPKGIPEIVVKQRQLGKMIETFESTMIGDLRKRIIRQTDQVMKERNREEGNLPLDLWKKPAMKEAISVKRPVIAEDFVSELMQNTDLNDEKTLISDTLTFTKEHLNKCLQNLAISVLHMQKESYENYAMYYENQLKHQHQLLYAREREIEDMKQQLLQKELATIVDVQFQLADQAHSLLLEVNALRAKVAEMREDSLQQEQTIREEVRQEYNSMVQNLFSVAFEQKTQIDVYREYLHDATLKRIQEVRTEAAIEMNKVKEKSGAKVTADDELAERNLKLSKELTSLHQQNIHLKQMMSRMKSLFNWHHTFIKCNFQKAIAKIEKDRDKYKNSVTVVEMNSEQKVQIMGEELDRLKHYLTSTEKELNDLRKTLXXXXXXXXXXXHAAERKAATDKQMALVKQMHIDQLMSEITEKNSNIATMSRVLNENMKSHKTVADKSVREVDALRKSLREERKMKQSAFTKVDDLISQVYEFEAAFAIVKGNTPINGVTGKNSDSISCSQISRPSTGISNLRSGFKPITPDMKVSTDKSRPRPITYGDILRRYPIPYAPDHYRDFRRDRVGTHQLRKRIADQLLMNLEPENHEQLTKTN 6875
F+++AP PP ++ A V + PL+PT+ NL LA++GGG+VT++K P+H+NDL LR HL+ +C+ YGI+M++ I+SSADEMEL+A +NRKF+ F+ QE+M FKTYD S SE+WGLD++ + V KP+NWLPY+KL+P+ H +VK LR+ +D+LL+A+A F+ + + ++VQD+LRHHA+LVQHPP++HSA+V+SHRQG + +EIFKKIY N ++F ++ D+ + D+Y+F Q MQMLGLDD+ KDDPSSVQGAYLSYLHLRHLK+RD+ RTC+S+LNYFRS+ERT+ INDQGLS+N+ GV S NHR G+ GH+GGG I HGYLFN+P+EF+I E +FMQFAEV+NHDDFYFHE+GRIHVRDQ G WI+YD A+ DF KLE DLLL+A+ FI +++ R +S K+K +E+QS D DI +YAH +VDRFGVL+DIW N A + K+K++D+YME Y + +RD RR ++Q M NLMY++PR+D+ +YFV AYR EC ILR + +I R +LN QI NQREY+K I +FGLP P++E+ IAV++DE++L +Y LEFH SLS + +++ +++ P EI+LEK+ Y+ ++ E++++ LG SYT Q+QRD LFS +F+E+ I + +L++++L I +RN+RGDK++R++ L+NE GRL +++TLR RL+D WE EVL+KIY A ++G+D+FHL++RP+QFEAAK KEGA+ +P +YI+ +QDDDS +DKF PSALPLAI+E+DE +GKFSF+G+ ++MEMLE++GVEN++ +LK+Q HKNAL A V L RPS YT+ T + + TGAN +++ Q GPTPLAL+ R+ D HPEAFFSIQLEKSP RDR N +IK+ G G S VE EK+KR+ + + DF R Q SLR+QII Y+SI+ +L+ VPTV+E FF G AFEKKN PED++ + DPR LR R RR+LS +G+K N WFIPHF E+LF++R DD T+ L+ + + HDILH+L+ ++RL ISSAKI+ E + + + +V +I + S++ FV Q++ + ++ P D V + ++TEL EI +QI+ L DPT+ + VI++L RR+V FL+F+ C+ L ETFLA NV+A+K V N FP EL++VQR + +NVPEPLEARD +A+ L+P+RS++N+ GP+L+ I+ NI L +AGL VDRPTVHGE +++NLCLEDVL G++PE++AG + + EN+ + K + ++E+ A P G + P S DK KL+ + P+ Y L++ ++IL KR+ LLK WG R+LG+E+I NP+ F F IYK EKLYPL++SL IQYR PD+ GP TDI V PKGIPE+VV+QRQL K+IE FE MI DLRK ++RQTD V+KERNREEGNLPL+LWK+PAMKE +SVKRP +A++F+ ELM + + N +DT TK+ LN+ LQ +AISV+ Q+ESYENY+MYYEN LK+QH LLYA+EREIE +K+ L Q EL T V VQFQ+++QAH+LLLEV ALRAK+AE+ + +L+ E +R VR+E++ ++ LF ++FEQK++ID YR++LH TL+RI EVR EA+ EM ++KE+SGA+ +A+DELAERNL+LS+E+ +LHQ+NI L+QMMSR++ + +W T ++C F+K I+ +E+ R++ K+ VT + + SEQ+V+++ EE+ +L+ +L++TEK LND+RK LDKEM +K++K+HAAERKAATDKQMA+VKQMHIDQLM+EI EKN+ + M +L+ + KS K ADKSVREVD LRK LREERK+K+SA KVDDL+SQ+YEFE A++ +G+N ++ ++ + G + ++ +++ RP+TY D++ + PY HY FR++ QLR+R+A Q+L N + H +T+
Sbjct: 368 FSEQAPQPPAMMHAAVVGANAPLQPTKANLDLASSGGGIVTNDKVAAPPMHSNDLETLRPHLVYFCHAYGIQMNIQAIRSSADEMELFAVINRKFRQIFSRQEEMLTFKTYDSAKSASERWGLDSWVRAVRKPSNWLPYVKLRPRRHEYLVKLTMELRSGTVVDDLLKASANFLKMKSPEKVQDSLRHHAMLVQHPPIVHSASVVSHRQGQSTAEIFKKIYNNSDVFGKASA---DTDEPGKRQDDYDFTQAMQMLGLDDATNAKDDPSSVQGAYLSYLHLRHLKLRDVMRTCISVLNYFRSIERTLTINDQGLSMNSRGGVERTSPPNHRVGTEAQGHKGGGNTIDGHGYLFNSPQEFKIKETEFMQFAEVDNHDDFYFHEEGRIHVRDQVGFWIVYDAALEDFNKLEQDLLLLATAFIQRDRQSRMSSNTKKKGVN-QEAQSSDLDIARYAHRDVDRFGVLYDIWINECAFQQAKQKLMDVYMEVYGHIISRDSRRRLAQIMTNLMYQRPRLDLNESYFVLAYRYECAILRQRTEIMRCILNHQILNQREYLKKIHVEKPEFGLPPPLLERFPIAVHSDETLLTPVYLLEFHPSLSCAPSLAAAMDQSVQQLYELFTPNHPMQEIVLEKRFYDFLRYEVETLKPLGGSYTAQLQRDVRGRIRQSDDFICFCTHLVSRNMESVSSKLFSSYFVEDAIQMCELSNQHLSAIQNRNSRGDKKTRQMYLLNELGRLLDLVTLRHRLIDCMWECEVLSKIYLTVAHEMGFDDFHLFIRPLQFEAAKYKEGADDLRPPIYITAVQDDDSMLDKFLPSALPLAIHELDETHVGKFSFRGKVTIMEMLETRGVENMLTILKVQTAHKNALTASVMLAYNARPSFYTMH------APKTKTGILRPSNTGANLISYTGLSGTQVGPTPLALE--RSKHQLNADYHPEAFFSIQLEKSPSRDRTQNAFIKRTQGGGIASSKSSVESEKMKREFISQFCMDFGQRTQHISLRAQIISTYSSILTILEKVPTVTEDFFVIGYAFEKKN-PEDDLDVQVTDPRTLRTRPRRVLSTDGTKLYNFWFIPHFIEVLFIFRHLDDLSCTKALQRMARLACVLHDILHYLIAYARLGISSAKITPEQRQQVIAGSQKHGGQQWRTATRGALPTAAEVAANIAGTTSAETFVAQLSSAGTIPSMNMALSSPALSVTPLDLSVHGRSLVVDQIIATELREIQYQINRLPDPTDPEQVIQMLDLRRDVMFLQFDVCMRTILRETFLAAGNVEAYKEVVENSHFPLSELSDVQRPCLNAIEMNVPEPLEARDDQAKALFPWRSLMNRCGPFLLFCFGPSTIEYNIHLCMAGLKPVDRPTVHGELLAMNLCLEDVLDVGDIPEAKAGEPMPIQQAENMHCMLGKRTRDRRREIPPPNAASPTGTGGPASTPGSVADKTPKLSTLDSPVAAYTLLKKFLILWKRVELLKYAWGRRRLGVESINNPNLFKTFCSIYKREKLYPLIRSLAIQYRQPDMYALGPLDATDIIVMPKGIPEMVVRQRQLLKLIEAFEFYMIADLRKLLLRQTDLVIKERNREEGNLPLELWKRPAMKETLSVKRPGLADEFLVELMSHLEQNAR----NDTYIITKDKLNEVLQTVAISVMRTQRESYENYSMYYENLLKNQHSLLYAKEREIETLKETLRQNELETNVTVQFQMSEQAHNLLLEVTALRAKIAELEDINLKTEAKVRNRVRREFSVAMRKLFGLSFEQKSRIDQYRDHLHAITLQRIAEVREEASAEMARIKERSGARASAEDELAERNLRLSREVNTLHQRNIGLQQMMSRLRVMAHWQQTTLRCAFEKQISGVEEQRNQSKSQVTRLGILSEQRVRMLNEEMSKLRDHLSNTEKHLNDMRKALDKEMSDKVEKRHAAERKAATDKQMAMVKQMHIDQLMAEIAEKNATLEKMGSLLDASAKSKKQEADKSVREVDLLRKQLREERKLKKSAIHKVDDLMSQLYEFETAYS-----------SGQNRPGVNLPTVAPKGEATAG---GARKLSAEIQ--------RPVTYEDLVAKKSGPYTSKHYLRFRQETTRVPQLRERLAQQILRNGSGQTHMHFLRTH 2446 HSP 2 Score: 253.447 bits (646), Expect = 1.759e-63 Identity = 121/245 (49.39%), Postives = 176/245 (71.84%), Query Frame = 3
Query: 45 LKILEDSLRSEIIELKSQIEENQLVYGIPSKGMSSIYVPKDPDHFRRQRKLILQRTLQVTDERPIKVQAEVMRLELISCDSREYTEKSVPLLIHQYFLDRIQEMLASKYAHLLRWKRYCINTAIIESIYPEYKERLQHIMDEYLDSSSRCHRLATCREGFLSNTEQGVDELNTDDMIIYLRWLICHLQSLKLLIQTNRII-QWFP---------IAHRKEFSATIVDCVEIKLSDDQSKSERSFT 749
LK ED LRS+I+EL++QIEEN+L++GIPSKGMSS+Y+PKDPD+FRR+RKLILQRTLQV + +PI +QAE+M EL +C RE+TEK++P+L+HQYF+DRI +++ K+ +LLRWKRYC +TA +E+I EY RL+++ +EYLD+SSR HRLA+ REG L+N++ GV+++ +D IYLR+ + LQSL N+++ + +P +A R A + + L+ Q ER +
Sbjct: 8 LKTQEDGLRSDILELRAQIEENELIHGIPSKGMSSVYIPKDPDYFRRERKLILQRTLQVLEPKPITLQAELMMQELDACSQREFTEKTLPILLHQYFIDRIHQIVLLKHGYLLRWKRYCSSTAAVETIQSEYLNRLEYLTNEYLDASSRAHRLASTREGILANSDNGVEDVTVEDYQIYLRYHLSQLQSLSY---ANQLLNKQYPYILCEDVTNVAPRGGSEAGGTEAATVNLTKTQGAVEREMS 249
BLAST of Transmembrane protein vs. TrEMBL
Match: A0A074ZYC6 (DUF4549 domain-containing protein OS=Opisthorchis viverrini OX=6198 GN=T265_02675 PE=4 SV=1) HSP 1 Score: 1934.07 bits (5009), Expect = 0.000e+0 Identity = 1031/2180 (47.29%), Postives = 1451/2180 (66.56%), Query Frame = 3
Query: 765 FNDEAPLPPPLVAATFV-STKPLKPTEFNLSLAAAGGGMVTDEKNLNLPLHTNDLNHLRSHLIVYCNMYGIEMDVVGIQSSADEMELYASVNRKFKTHFNLQEQMNIFKTYDFIVSGSEKWGLDTYTKCVLKPANWLPYIKLKPKTHLTVVKYITRLRADNKIDELLRAAARFISLTNCDRVQDALRHHALLVQHPPVIHSAAVISHRQGINISEIFKKIYMNQELFNPSNPTKNDSSSINETHDNYEFNQTMQMLGLDDSNETKDDPSSVQGAYLSYLHLRHLKIRDLQRTCLSILNYFRSVERTIVINDQGLSLNN--GVGDRSYQNHRXXXXXXXXXXXXXXXXXXXYLFNTPREFRINENDFMQFAEVENHDDFYFHEDGRIHVRDQTGHWIIYDVAVSDFEKLEHDLLLIASVFIGKNKTLRSASLFKRKRQRLEESQSGDFDIGQYAHHEVDRFGVLFDIWTNHTALLECKKKILDIYMEAYNNTFNRDERRLMSQSMVNLMYKKPRIDVESAYFVTAYRLECTILRMQADIFRTLLNKQIDNQREYIKMIGDNVQDFGLPLPVVEKLLIAVNADESVLKNIYFLEFHESLSIICHVTESLEWCFKEILYNCKPTTVTHEILLEKKMYEIMQVEIDSMDSLGVSYTPQVQRDLFSGFFIENPIMLTQLADEYLKNIDSRNTRGDKRSRKIKLINEFGRLYEIITLRFRLLDATWESEVLAKIYQRQAIDLGYDEFHLYLRPIQFXXXXXXXXXXXXXXXXYISTIQDDDSAMDKFTPSALPLAINEVDEVGMGKFSFKGRTSVMEMLESKGVENLMIVLKIQLCHKNALAAGVSLCNACRPSLYTLKERDLDACNPTDLRSEKSTTTGAN-SNFSVPISAQAGPTPLALDSKRADSFNQKDAHPEAFFSIQLEKSPCRDRAMNIYIKKFSGTG---KTSGVEVEKVKRDLVLSYIDDFFDRIQQASLRSQIIYYYNSIIHVLKLVPTVSEKFFQFGDAFEKKNDPEDNMSNEEIDPRKLRKRARRILSENGSKFLNLWFIPHFTEILFLYRQRDDERTTENLKNLVNIVGNFHDILHFLVGFSRLQISSAKISTELKAENV-----------------------DVNDSIEHSLSSQ-FVIQIAQGA---EEGIEINRP----RDYDGGVMSQ-------LSTELIEIDHQISHLMDPTEVKAVIELLSTRRNVTFLKFEYCISHALLETFLATRNVKAFKAVSANMKFPFEELTNVQRATTISFRLNVPEPLEARDQRARELYPYRSIINQLGPYLIMHDFWKNIQENIQLVLAGLSDVDRPTVHGEFVSLNLCLEDVLAEGNLPESRAGRKLNMNDFENVLLLGXXXXXXXXXEV--------------ALVPVDNLGNQPSSDDKNKKLNI--ITH------------------------------------PIQCYKLMRNYIILSKRLNLLKNFWGARKLGLEAIENPDDFNMFNKIYKIEKLYPLMKSLCIQYRLPDLAHQGPFADTDIFVTPKGIPEIVVKQRQL----------------------------------G------------KMIETFESTMIGDLRKRIIRQTDQVMKERNREEGNLPLDLWKKPAMKEAISVKRPVIAEDFVSELMQNTDLNDEKTLISDTLTFTKEHLNKCLQNLAISVLHMQKESYENYAMYYENQLKHQHQLLYAREREIEDMKQQLLQKELATIVDVQFQLADQAHSLLLEVNALRAKVAEMREDSLQQEQTIREEVRQEYNSMVQNLFSVAFEQKTQIDVYREYLHDATLKRIQEVRTEAAIEMNKVKEKSGAKVTADDELAERNLKLSKELTSLHQQNIHLKQMMSRMKSLFNWHHTFIKCNFQKAIAKIEKDRDKYKNSVTVVEMNSEQKVQIMGEELDRLKHYLTSTEKELNDLRKTLXXXXXXXXXXXHAAERKAATDKQMALVKQMHIDQLMSEITEKNSNIATMSRVLNENMKSHKTVADKSVREVDALRKSLREERKMKQSAFTKVDDLISQVYEFEAAFAIVKGNTPINGVTGKNSDSISCSQISRPSTGISNLRSGFKPITPDMKVSTDKSRPRPITYGDILRRYPIPYAPDHYRDFRRDRVGTHQLRKRIADQLLMNLEPENHEQLTKTN 6875
F+++AP PP ++ A V + PL+PT+ NL LA++GGG+VT++K PLH+NDL LR HL+ +C+ YGI+M++ I+SSADEMEL+A +NRKF+ F+ QE+M FKTYD S SE+WGLD++ + V KP+NWLPY+KL+P+ H +VK LR+ +D+LL+A+A F+ + + ++VQD+LRHHA+LVQHPP++HSA+V+SHRQG + +EIFKKIY N ++F ++ D+ + D+Y+F Q MQMLGLDD+ KDDPSSVQGAYLSYLHLRHLK+RD+ RTC+S+LNYFRS+ERT+ INDQGLS+N+ GV S NHR G+ GH+GGG I HGYLFN+P+EF+I E +FMQFAEV+NHDDFYFHE+GRIHVRDQ G WI+YD A+ DF KLE DLLL+A+ FI +++ R +S K+K +E+QS D DI +YAH +VDRFGVL+DIW N A + K+K++D+YME Y + +RD RR ++Q M NLMY++PR+D+ +YFV AYR EC ILR + +I R +LN QI NQREY+K I +FGLP P++E+ IAV++DE++L +Y LEFH SLS + +++ +++ P EI+LEK+ Y+ ++ E++++ LG SYT Q+QRDLFS +F+E+ I + +L++++L I +RN+RGDK++R++ L+NE GRL +++TLR RL+D WE EVL+KIY A ++G+D+FHL++RP+QFEAAK KEGA+ +P +YI+ +QDDDS +DKF PSALPLAI+E+DE +GKFSF+G+ ++MEMLE++GVEN++ +LK+Q HKNAL A V L RPS YT+ T + + TGAN +++ Q GPTPLAL+ R+ D HPEAFFSIQLEKSP RDR N +IK+ G G S VE EK+KR+ + + DF R Q SLR+QII Y+SI+ +L+ VPTV+E FF G AFEKKN PED++ + DPR LR R RR+LS +G+K N WFIPHF E+LF++R DD T+ L+ + + HDILH+L+ ++RL ISSAKI+ E + + + +V +I + S++ FV Q++ + ++ P D V + ++TEL EI +QI+ L DPT+ + VI++L RR+V FL+F+ C+ L ETFLA NV+A+K V N FP EL++VQR + +NVPEPLEARD +A+ L+P+RS++N+ GP+L+ I+ NI L +AGL VDRPTVHGE +++NLCLEDVL G++PE++AG + + EN+ + K + ++E+ A P G ++ +N ITH P+ Y L++ ++IL KR+ LLK WG R+LG+E+I NP+ F F IYK EKLYPL++SL IQYR PD+ GP TDI V PKGIPE+VV+QRQL G K+IE FE MI DLRK ++RQTD V+KERNREEGNLPL+LWK+PAMKE +SVKRP +A++F+ ELM + + N +DT TK+ LN+ LQ +AISV+ Q+ESYENY+MYYEN LK+QH LLYA+EREIE +K+ L Q EL T V VQFQ+++QAH+LLLEV ALRAK+AE+ + +L+ E +R VR+E++ ++ LF ++FEQK++ID YR++LH TL+RI EVR EA+ EM ++KE+SGA+ +A+DELAERNL+LS+E+ +LHQ+NI L+QMMSR++ + +W T ++C F+K I+ +E+ R++ K+ VT + + SEQ+V+++ EE+ +L+ +L++TEK LND+RK LDKEM +K++K+HAAERKAATDKQMA+VKQMHIDQLM+EI EKN+ + M +L+ + KS K ADKSVREVD LRK LREERK+K+SA KVDDL+SQ+YEFE A++ +G+N ++ ++ + G + K+S + RP Y D++ + PY HY FR++ QLR+R+A Q+L N + H +T+
Sbjct: 368 FSEQAPQPPAMMHAAVVGANAPLQPTKANLDLASSGGGIVTNDKVAAPPLHSNDLETLRPHLVYFCHAYGIQMNIQAIRSSADEMELFAVINRKFRQIFSRQEEMLTFKTYDSAKSASERWGLDSWVRAVRKPSNWLPYVKLRPRRHEYLVKLTMELRSGTVVDDLLKASANFLKMKSPEKVQDSLRHHAMLVQHPPIVHSASVVSHRQGQSTAEIFKKIYNNSDVFGKASA---DTDEPGKRQDDYDFTQAMQMLGLDDATNAKDDPSSVQGAYLSYLHLRHLKLRDVMRTCISVLNYFRSIERTLTINDQGLSMNSRGGVERTSPPNHRVGTEAQGHKGGGNTIDGHGYLFNSPQEFKIKETEFMQFAEVDNHDDFYFHEEGRIHVRDQVGFWIVYDAALEDFNKLEQDLLLLATAFIQRDRQSRMSSNTKKKGVN-QEAQSSDLDIARYAHRDVDRFGVLYDIWINECAFQQAKQKLMDVYMEVYGHIISRDSRRRLAQIMTNLMYQRPRLDLNESYFVLAYRYECAILRQRTEIMRCILNHQILNQREYLKKIHVEKPEFGLPPPLLERFPIAVHSDETLLTPVYLLEFHPSLSCAPSLAAAMDQSVQQLYELFTPNHPMQEIVLEKRFYDFLRYEVETLKPLGGSYTAQLQRDLFSSYFVEDAIQMCELSNQHLAAIQNRNSRGDKKTRQMYLLNELGRLLDLVTLRHRLIDCMWECEVLSKIYLTVAHEMGFDDFHLFIRPLQFEAAKYKEGADDLRPPIYITAVQDDDSMLDKFLPSALPLAIHELDETHVGKFSFRGKVTIMEMLETRGVENMLTILKVQTAHKNALTASVMLAYNARPSFYTMH------APKTKTGILRPSNTGANLISYTGLSGTQVGPTPLALE--RSKHQLNADYHPEAFFSIQLEKSPSRDRTQNAFIKRTQGGGIASSKSSVESEKMKREFISQFCMDFGQRTQHISLRAQIISTYSSILTILEKVPTVTEDFFVIGYAFEKKN-PEDDLDVQVTDPRTLRTRPRRVLSTDGTKLYNFWFIPHFIEVLFIFRHLDDLSCTKALQRMARLACVLHDILHYLIAYARLGISSAKITPEQRQQVIAGSQKHGGQQWRTATRGALPTAAEVAANIAGTTSAETFVAQLSSAGTIPSMNMALSSPALSVTPLDLSVHGRSLVVDQIIATELREIQYQINRLPDPTDPEQVIQMLDLRRDVMFLQFDVCMRTILRETFLAAGNVEAYKEVVENSHFPLSELSDVQRPCLNAIEMNVPEPLEARDDQAKALFPWRSLMNRCGPFLLFCFGPSTIEYNIHLCMAGLKPVDRPTVHGELLAMNLCLEDVLDVGDIPEAKAGEPMPIQQAENMHCMLGKRTRDRRREIPPPNAASPTGTGGPASTPGSVAGTTNPANATGTSINTMNITHSSETQGQKSSTHGGAGGTGPLTTTPDKTPKLSTLDSPVAAYTLLKKFLILWKRVELLKYAWGRRRLGVESINNPNLFKTFCSIYKREKLYPLIRSLAIQYRQPDMYALGPLDATDIIVMPKGIPEMVVRQRQLLKLIEAFEFYMIADLRKLLLRQTDLVIKERNREEGNLPLELWKRPLLKLIEAFEFYMIADLRKLLLRQTDLVIKERNREEGNLPLELWKRPAMKETLSVKRPGLADEFLVELMSHLEQNAR----NDTYIITKDKLNEVLQTVAISVMRTQRESYENYSMYYENLLKNQHSLLYAKEREIETLKETLRQNELETNVTVQFQMSEQAHNLLLEVTALRAKIAELEDINLKTEAKVRNRVRREFSVAMRKLFGLSFEQKSRIDQYRDHLHAITLQRIAEVREEASAEMARIKERSGARASAEDELAERNLRLSREVNTLHQRNIGLQQMMSRLRVMAHWQQTTLRCAFEKQISGVEEQRNQSKSQVTRLGILSEQRVRMLNEEMSKLRDHLSNTEKHLNDMRKALDKEMSDKVEKRHAAERKAATDKQMAMVKQMHIDQLMAEIAEKNATLEKMGSLLDASAKSKKQEADKSVREVDLLRKQLREERKLKKSAIHKVDDLMSQLYEFETAYS-----------SGQNRPGVNLPTVAPKGEATAG---GAR------KLSAEIQRP----YEDLVAKKSGPYTSKHYLRFRQETTRVPQLRERLAQQILRNGSGQTHMHFLRTH 2506 HSP 2 Score: 253.832 bits (647), Expect = 1.407e-63 Identity = 121/245 (49.39%), Postives = 176/245 (71.84%), Query Frame = 3
Query: 45 LKILEDSLRSEIIELKSQIEENQLVYGIPSKGMSSIYVPKDPDHFRRQRKLILQRTLQVTDERPIKVQAEVMRLELISCDSREYTEKSVPLLIHQYFLDRIQEMLASKYAHLLRWKRYCINTAIIESIYPEYKERLQHIMDEYLDSSSRCHRLATCREGFLSNTEQGVDELNTDDMIIYLRWLICHLQSLKLLIQTNRII-QWFP---------IAHRKEFSATIVDCVEIKLSDDQSKSERSFT 749
LK ED LRS+I+EL++QIEEN+L++GIPSKGMSS+Y+PKDPD+FRR+RKLILQRTLQV + +PI +QAE+M EL +C RE+TEK++P+L+HQYF+DRI +++ K+ +LLRWKRYC +TA +E+I EY RL+++ +EYLD+SSR HRLA+ REG L+N++ GV+++ +D IYLR+ + LQSL N+++ + +P +A R A + + L+ Q ER +
Sbjct: 8 LKTQEDGLRSDILELRAQIEENELIHGIPSKGMSSVYIPKDPDYFRRERKLILQRTLQVLEPKPITLQAELMMQELDACSQREFTEKTLPILLHQYFIDRIHQIVLLKHGYLLRWKRYCSSTAAVETIQSEYLNRLEYLTNEYLDASSRAHRLASTREGILANSDNGVEDVTVEDYQIYLRYHLSQLQSLSY---ANQLLNKQYPYILCEDVTNVAPRGGSEAGGTEAATVNLTKTQGAVEREMS 249
BLAST of Transmembrane protein vs. TrEMBL
Match: A0A068Y2V3 (DUF4549 domain-containing protein OS=Echinococcus multilocularis OX=6211 GN=EmuJ_000393900 PE=4 SV=1) HSP 1 Score: 1848.17 bits (4786), Expect = 0.000e+0 Identity = 984/2136 (46.07%), Postives = 1412/2136 (66.10%), Query Frame = 3
Query: 765 FNDEAPLPPPLVAATFVSTK-PLKPTEFNLSLAAAGGGMVTDEKNLNLPLHTNDLNHLRSHLIVYCNMYGIEMDVVGIQSSADEMELYASVNRKFKTHFNLQEQMNIFKTYDFIVSGSEKWGLDTYTKCVLKPANWLPYIKLKPKTHLTVVKYITRLRADNKIDELLRAAARFISLTNCDRVQDALRHHALLVQHPPVIHSAAVISHRQGINISEIFKKIYMNQELFNPSNPTKNDSSSINETHDNYEFNQTMQMLGLDDSNETKDDPSSVQGAYLSYLHLRHLKIRDLQRTCLSILNYFRSVERTIVINDQGLSLNNGVGDR-SYQNHRXXXXXXXXXXXXXXXXXXXYLFNTPREFRINENDFMQFAEVENHDDFYFHEDGRIHVRDQTGHWIIYDVAVSDFEKLEHDLLLIASVFIGKNKTLRSASLFKRKRQRLEESQSGDFDIGQYAHHEVDRFGVLFDIWTNHTALLECKKKILDIYMEAYNNTFNRDERRLMSQSMVNLMYKKPRIDVESAYFVTAYRLECTILRMQADIFRTLLNKQIDNQREYIKMIGDNVQDFGLPLPVVEKLLIAVNADESVLKNIYFLEFHESLSIICHVTESLEWCFKEILYNCKPTTVTHEILLEKKMYEIMQVEIDSMDSLGVSYTPQVQRDLFSGFFIENPIMLTQLADEYLKNIDSRNTRGDKRSRKIKLINEFGRLYEIITLRFRLLDATWESEVLAKIYQRQAIDLGYDEFHLYLRPIQFXXXXXXXXXXXXXXXXYISTIQDDDSAMDKFTPSALPLAINEVDEVGMGKFSFKGRTSVMEMLESKGVENLMIVLKIQLCHKNALAAGVSLCNACRPSLYTLKERDLDACNPTDLRSEKSTTTGANSNFSVPISAQAGPTPLALDSKRADSFNQKDAHPEAFFSIQLEKSPCRDRAMNIYIKKFSGTGKT------SGVEVEKVKRDLVLSYIDDFFDRIQQASLRSQIIYYYNSIIHVLKLVPTVSEKFFQFGDAFEKKNDPEDNMSNEEIDPRKLRKRARRILSENGSKFLNLWFIPHFTEILFLYRQRDDERTTENLKNLVNIVGNFHDILHFLVGFSRLQISSAKISTE-------LKAENVDV-------NDSIEH---------SLSSQFVIQIAQGAEEGIEIN-RP--------------------------RDYDGGVMSQLSTELIEIDHQISHLMDPTEVKAVIELLSTRRNVTFLKFEYCISHALLETFLATRNVKAFKAVSANMKFPFEELTNVQRATTISFRLNVPEPLEARDQRARELYPYRSIINQLGPYLIMHDFWKNIQENIQLVLAGLSDVDRPTVHGEFVSLNLCLEDVLAEGNLPESRAGRKLNMNDFENV-LLLGXXXXXXXXXEVALVPVDNLG--------------------NQPSSDDKNK---------------------KLNIITHPIQCYKLMRNYIILSKRLNLLKNFWGARKLGLEAIENPDDFNMFNKIYKIEKLYPLMKSLCIQYRLPDLAHQGPFADTDIFVTPKGIPEIVVKQRQLGKMIETFESTMIGDLRKRIIRQTDQVMKERNREEGNLPLDLWKKPAMKEAISVKRPVIAEDFVSELMQNTDLNDEKTLISDTLTFTKEHLNKCLQNLAISVLHMQKESYENYAMYYENQLKHQHQLLYAREREIEDMKQQLLQKELATIVDVQFQLADQAHSLLLEVNALRAKVAEMREDSLQQEQTIREEVRQEYNSMVQNLFSVAFEQKTQIDVYREYLHDATLKRIQEVRTEAAIEMNKVKEKSGAKVTADDELAERNLKLSKELTSLHQQNIHLKQMMSRMKSLFNWHHTFIKCNFQKAIAKIEKDRDKYKNSVTVVEMNSEQKVQIMGEELDRLKHYLTSTEKELNDLRKTLXXXXXXXXXXXHAAERKAATDKQMALVKQMHIDQLMSEITEKNSNIATMSRVLNENMKSHKTVADKSVREVDALRKSLREERKMKQSAFTKVDDLISQVYEFEAAFAIVKGNTPINGVTGKNSDSISCSQISRPSTGISNLRSGFKPITPDMKVSTDKSRPRPITYGDILRRYPIPYAPDHYRDFRRDRVGTHQLRKRIADQLLMNLEPENHEQLTKT 6872
F++ AP PP + A + PL PT N+ AA+GGG+V +E+ LPLHTNDL ++R HL ++ YGI +++ I+S+ADEMEL+A +NR F+ F QE+M FKTYD SGSE+WGLD+ + + KP+NWL +IKLKPK + +VK + LR +DE+LR+ A F+ + +RVQDALRHHA+LVQHPP++H+A+V+SHRQG+++SEIF+KI+ + EL++ + ++ +S Y+FN MQMLGLD+ + KDDPSSVQG YLS+LHLRHLK+RD+QRTC+S+LNYFRS+ERT+ INDQGLSL +R S QNHR+G +PGHQGG N+ H YLF+TPR+FRI E++FMQFA+VENHDDFY+H+D RIHVRDQ G+WI+YD A+ DF +LE DL+L+A+ FI K+K +RSAS FKRK Q E+ +F+I YAH EVDRFGVL+D+WTN A E KK+++D+YMEAY + +R+ RR ++Q MV+LMY++PRI++ YFV AYR EC ILR++ + + LN QI QREY +G + G P+P++ I+ N+D+ L Y LE SL++ ++ E+++ PT + E++LEK+ YE++ E+ +++ G+SYT +QRDLF+ ++E+ ++ L E +I NTRGDK+ RK L+N G++ +++ LR RL+ WE+EVLAKIY R AI++GYDEFHL+LRP+QFEAAK KEG + AK LYI+ IQDDDS +DKF PSALPLAI+E+DE +GKFSF+G+ +V E+ + +GVENL+++LK QL HKNAL A + L PS Y+ +L + +++ T+ A ++ AQ GPTPLAL+ RA D HPEAFFS+QLEK+ CRDR MN++ +K T K+ S +E EK+KRDL+ + DD+ R QQ +LR QII Y S+I VL+ VP + E+FF G +EKK +D+ + DPRKLRKR RR+LS +G++F NLWFIPHF E+LF++RQ DDE T L+++ + HDI+H+LV F+RL IS +++S E + +E V S+E+ + SS + +A E EIN +P +DGG MS L+ EL EI QI+ L DP + V+ LL+ RR FL + C+S L ETFLAT N +A++ + +FP E++N + + + + +PEPLE +D+RA +LYP+ S +N GP+ I + W I+ NI+L +AGL VD+PTVHGE +SL L LEDVL G++ E+ AG+ L + ++EN+ LLG++F K K+ PV N ++P + D KL+I+ PI Y L++ Y+IL KR+ L+K WG R+LGLE+I+ F F ++Y+ E+L+PL++SL IQY+ P++ GPF +TD+ ++PKGIPE+V+ QRQL K+IE FE+ MIGD+RK ++RQ D V+KERNREEGNLPL+LWKKPAMKE+++V+RP + V E+++N + + T+TF EHLNK +QN+ I V+ MQ+E+YENYAMYYEN LK+QH LLYARERE+ +++QL QKEL T ++VQFQ+++QAH+LLLEV ALRAK+AE + ++ E +R++VR+E+++ ++ LF+++FEQK +ID YR +LH TLKRI EVR EAA+EM ++KEKSGAK +A+DELAERNL+LS+E+ ++HQ+NIHL+QM+SR+KS+ W + C F+K + +E R+K K V + M SEQ+V+ + EE+ +L+ L+ST KEL+DLR+ LDKE+K+K++K++ AERKAAT+KQ+A +KQMHI++L+ +I KN +IA ++ L + K+ + V +K++R++D L+K L +ERK+K+ A KVDDL+SQVYE+E AFAI TP TG N+ ++ G + G +K + K Y D+L+R+ +PY P HY D RR V +L++ +A ++L P HE+L +
Sbjct: 410 FSEHAPQPPGMFMAQLGGSGIPLPPTTTNIQYAASGGGLVINERYHGLPLHTNDLANIRPHLTIFVKAYGININIQTIRSAADEMELFAVINRNFRRLFLEQEEMLTFKTYDATSSGSERWGLDSPSHAMKKPSNWLSFIKLKPKRNADLVKSMMELRCVGNVDEVLRSLAAFLKINKPERVQDALRHHAMLVQHPPIVHAASVVSHRQGMSLSEIFRKIFSSPELYDETTVKESKASG----RSTYDFNSAMQMLGLDEQTDAKDDPSSVQGGYLSFLHLRHLKMRDVQRTCISVLNYFRSIERTLTINDQGLSLGGRGAERTSPQNHRAGPELPGHQGGSNNLVGHSYLFSTPRDFRIKESEFMQFADVENHDDFYYHKDCRIHVRDQVGYWIVYDCALDDFNELERDLMLLATHFIQKDKAMRSASNFKRK-QTANETNKNEFNIANYAHREVDRFGVLYDLWTNECAFQEAKKELMDVYMEAYQHVCSRESRRRLAQVMVDLMYQRPRIELNCTYFVLAYRYECAILRLKTAVMKHCLNAQIQQQREYFIKLGTTGSEDGYPIPLITHYPISPNSDQPALTPCYLLELQPSLAMAANLAEAMQQAVNVTFDMLNPTRMIDELVLEKRFYEVLHYEVLNLEPPGLSYTQALQRDLFASSYVEDAKQMSNLLRERYFSIQDTNTRGDKQQRKAFLLNHLGQMLDVVVLRHRLITCLWETEVLAKIYLRTAIEMGYDEFHLFLRPLQFEAAKYKEGVDEAKLPLYITAIQDDDSVVDKFIPSALPLAIHELDETHVGKFSFRGKVTVAELCDERGVENLLVILKTQLTHKNALIAALMLAFNATPSFYS---SNLSSRAKKGRSTDQEGTSLA--EYTGLSGAQMGPTPLALE--RAFHMTFMDFHPEAFFSVQLEKTACRDRVMNLFARKTEATAKSKNRAKNSSIESEKLKRDLISQFCDDYSRRAQQTALRGQIIALYASLITVLRKVPNICEEFFTIGTMYEKKG-LDDDAEMAKTDPRKLRKRVRRVLSLDGTRFYNLWFIPHFLEVLFVFRQLDDEAATRALRSMCRVASALHDIVHYLVAFARLGISGSRLSAEQRDQIYAMASETVKTMVHELHPTSSMEYANRLAANAAANSSTAKLVVAGTTEYLAEINEQPAAMVTPEGLTLPNGQSLLIDQAVEEISSFDGGPMSNLAQELHEIQTQINMLPDPQDPDQVVNLLNARREYMFLLLDVCLSSVLSETFLATGNEEAYRELVDGSRFPLGEMSNRCQPSLEALEMPIPEPLEPQDERACKLYPWLSFLNSAGPFTIQYPRWTRIEYNIRLCMAGLRHVDKPTVHGELLSLMLALEDVLETGDVLEASAGQPLPVEEYENLHYLLGRRFRNKRKEVAQSAPVANAATPSGGGAGASGGSAGVGGGADEPEAKDDEPGESIAAVSHPARTETATNVEVKLSIVETPIAAYALIKKYLILRKRVELMKREWGKRRLGLESIDTAAAFKQFTQVYRRERLFPLLRSLSIQYKQPEIFALGPFQETDVQISPKGIPEMVLLQRQLVKLIEAFENYMIGDVRKMLVRQIDLVIKERNREEGNLPLELWKKPAMKESLTVQRPAL----VDEVLENLLDGAREDTVKKTITFDTEHLNKFIQNVTIGVMRMQREAYENYAMYYENLLKNQHMLLYAREREVASLREQLKQKELETEINVQFQMSEQAHNLLLEVTALRAKLAENADQTVHSEAKVRDQVRREFSAAMRKLFALSFEQKARIDEYRNHLHAVTLKRISEVRDEAALEMERIKEKSGAKSSAEDELAERNLRLSREINNIHQKNIHLQQMVSRLKSMSTWKENTLHCVFEKQMKAVEDQRNKSKTQVNRLGMLSEQRVRNLSEEMTKLRENLSSTHKELDDLRRQLDKELKDKVEKRNIAERKAATEKQIANIKQMHIEKLLGDIAGKNEHIAELNEQLAVHEKTKRQVIEKAMRDIDNLKKRLADERKLKKIAIHKVDDLLSQVYEYETAFAI--NQTPAQ--TG-NTAIVATHLGGTDQKGSGGAKFG------GIKSACRKYNSSITAYDDLLKRFKVPYTPQHYLDHRRKMVMVPRLQQHMAHEILNEQPPATHEELVEA 2517 HSP 2 Score: 220.32 bits (560), Expect = 2.505e-53 Identity = 99/211 (46.92%), Postives = 149/211 (70.62%), Query Frame = 3
Query: 45 LKILEDSLRSEIIELKSQIEENQLVYGIPSKGMSSIYVPKDPDHFRRQRKLILQRTLQVTDERPIKVQAEVMRLELISCDSREYTEKSVPLLIHQYFLDRIQEMLASKYAHLLRWKRYCINTAIIESIYPEYKERLQHIMDEYLDSSSRCHRLATCREGFLSNTEQGVDELNTDDMIIYLRWLICHLQSLKLLIQTNRIIQWFPIAHRKEF 677
L+I E+ L+S+ +LK+QIEEN++++GIPSKGMSS Y+P+DP+HFRR+RKLILQRTLQVT + VQA+ M + +C E+ ++P L+ QYFLDR+ E++++K+ +LRWKRYC T +E +Y +Y + ++ + +EYL+ SSR HRL+T E L+ + G++E+ DD +IY R +I LQS Q ++I+WFP HR+ F
Sbjct: 8 LRIQEEGLKSDFQDLKAQIEENEIIHGIPSKGMSSFYIPRDPEHFRRRRKLILQRTLQVTSPMELVVQADQMVADQETCKKGEFNASTIPPLLLQYFLDRMSEIVSAKHLLMLRWKRYCSGTMKVEKVYKDYLQVIERLTEEYLECSSRAHRLSTADEALLAGNDGGLEEVEFDDFLIYWRAIIIKLQSQTYFKQLIQLIKWFPYGHREGF 218
BLAST of Transmembrane protein vs. Ensembl Cavefish
Match: ENSAMXT00000000633.2 (pep primary_assembly:Astyanax_mexicanus-2.0:9:24590039:24605479:-1 gene:ENSAMXG00000000603.2 transcript:ENSAMXT00000000633.2 gene_biotype:protein_coding transcript_biotype:protein_coding) HSP 1 Score: 375.17 bits (962), Expect = 5.989e-108 Identity = 303/1136 (26.67%), Postives = 549/1136 (48.33%), Query Frame = 3
Query: 3330 ACNPTDLRSEKSTTTGANSNFSVPISAQ-AGPTP-----LALDSKRADSFNQKDAHPEAFFSIQLEKSPCRDRAMNIYIKK--FSGTGKTSGVEVEKVKRDLVLSYIDDFFDRIQQASLRSQIIYYYNSIIHVLKLVPTVSEKFFQFGDAFE--KKNDPEDNMSNEEIDPRKLRKRARRILSENGSKFLNLWFIPHFTEILFLYRQRDDERTTENLKNLVNIVGNFHDILHFLVGFSRLQISSAKISTELKAENVDVNDSIEHSLSSQFVIQIAQGAEEGIEINRPRDYDGGVMSQLSTELIEIDHQISHLMDPTEVKAVIELLSTRRNVTFLKFEYCISHALLETFLATRNVKAFKAVSANMKFPFEELTN-VQRATTISFRLNVPEPLEARDQRARELYPYRSII--NQLGPYLIMHDFWKNIQENIQLVLAGLSDVDRPTVHGEFVSLNLCLEDVL-----AEGNLPESRAGRKLNMNDFENVLLLGXXXXXXXXXEVALVPVDNLGNQPSSDDKNKKLNIITH-PIQCYKLMRNYIILSKRLNLLKNFWGARKLGLEAIENPDDFNMFNKIYKIEKLYPLMKSLCIQYRLPDLAHQGPFADTDIFVTPKGIPEIVVKQRQLGKMIETFESTMIGDLRKRIIRQTDQVMKERNREEGNLPLDLWKKPAMKEAISVKRPVIAEDFVSELMQNTDLNDEKTLISDTLTFTKEHLNKCLQNLAISVLHMQKESYENYAMYYENQLKHQHQLLYAREREIEDMKQQLLQKELATIVDVQFQLADQAHSLLLEVNALRAKVAEMREDSLQQEQTIREEVRQEYNSMVQNLFSVAFEQKTQIDVYREYLHDATLKRIQEVRTEAAIEMNKVKEKSGAKVTADDELAERNLKLSKELTSLHQQNIHLKQMMSRMKSLFNWHHTFIKCNFQKAIAKIEKDRDKYKNSVTVVEMNSEQKVQIMGEELDRLKHYLTSTEKELNDLRKTLXXXXXXXXXXXHAAERKAATDKQMALVKQMHIDQLMSEITEKNSNIATMSRVLNENMKSHKTVADKSVREVDALRKSLREERKMKQSAFTKVDDLISQVYEFEAAFAIVKGNTP-----------------INGVTGKNSDSISCSQISRPSTG 6629
AC T +K+ GA SV A+ + +P L L + R DS +D AF SIQLEK+ RD +N ++KK T ++ EV ++KR ++ + F + Q +RSQII S+ +L +P +S+ F G+A E K D E + DPR + R R++LS +G LNLWFIPH+TE+LF+++ +++ + L++ + IV HDI+ +LV + L + K S +D +D E+ D+ G + EL +I Q+ L +P + V L RR V FL+F+ + + E FL++ + A+++VS NM L++ ++R+ + +L +P+PL++ ++ ++P+RS + + L P + D I+ +QL L+GL+D R +G + ++LCL+D+L A + +A + + + +N LL + V+++ +P K++ H PIQ + +++L K+L + K+ W ++LG+E I + FN F+ IY+ E YP M++L Q + ++ F P G E+ VK QL ++E+ E M+ +++RI ++ VM ER R + LP +LWKK +MK S++RP I E+FV +LM D E+ + F+ HL KC+ L +V+ + S+ Y+ +YE L+ Q QLLY RE++++D++ LQ D + A+ S++ EV LRA+V ++ E+ Q I E R+ Y+S++ LFS +QK ++D Y + + + VR E ++ K++ K +T D + L + L L+ +N L ++ +++ W + Q+ + + ++ K V+M S++ I+ +EL+ +K + + E ++ + K+ ++ D KH + ++ + +++ + ++QL ++ ++++ I +S L + + + S +++ ++ L ER +K AF +VD L Q++ E A + N+ +NG T S+ RP T
Sbjct: 14 ACQIT----QKNAVLGALKQTSVSFWAEYSNKSPKAAECLTLRASRGDSCA-RDRLAGAFVSIQLEKTHLRDEMLNSFVKKKELMSTLMSNPEEVFRIKRKMITEFCQKFSLVMSQCCVRSQIIALCYSLTSLLDQLPDISQTHFVIGEAGEIQKGADEEKGFQH---DPRTFQVRPRQLLSADGKTLLNLWFIPHYTEVLFMFKTLEEKACCQALQHTLMIVSALHDIVFYLVSLASL--GNPKRS-------LDSSD----------------------ELKLTADWGGS--ESIRAELWDIQQQVDSLSEPNSPEVVGRYLQLRREVLFLRFDVAVRCTIREAFLSSGVISAYQSVSDNMSHALSVLSDSLKRSDS---QLPLPQPLDSCSPESQRIFPWRSFLACHGLHPLEPILDILP-IEFTMQLCLSGLNDRSRMEANGAMLGVSLCLDDMLRSDRDAAPLQLQGQADSDITVEN-DNELLHSTED------------VESVSRKP------KEIMPKAHNPIQALTQQKGFLLLWKQLEVFKDSWARQQLGVEQITSVALFNQFSLIYRTEIYYPSMQALAQQME-KEQEYETLLLHNQSFQAPPGATEVDVKTWQLLSLLESTECDMVRAVQRRINKELTLVMSERARHDTALPAELWKKDSMKHCFSLERPQIVENFVQQLM---DGGKER---EGEVVFSMAHLQKCVSELGSAVMSRECSSFLLYSQFYEQLLQQQGQLLYQREQDVKDLEAAHLQAN-----DPYCKAAELCRSVMAEVITLRARVTQLEEEQKCVRQQINLEYRKRYDSLLHQLFSTCIQQKARLDKYHVRMDHDVKQLVSTVRREGVDKIIKLRNK--LSITKDGDSVNSKLSEKEILEDLYLENSQLSGLLYKLRVFHRWRQVVGQAKLQRELLQCQQSEISCKLEALAVKMTSQEGEMIIKQELEAVKAAMMQCKTEYEHTKQQIVKQTQQLQDVKHRSVQEVRSQQELESFRMQSVEQLQEDMEQRDTQIRALSAQLEKTSRESELQQHHSHKQIKKVQNQLNHERSLKLEAFQRVDKLQHQIHSMETALSKHVSNSGCKTASSSRASDRKKSAVVNGFTDSTSEDTDTETALRPKTA 1071
BLAST of Transmembrane protein vs. Ensembl Cavefish
Match: ccdc162 (coiled-coil domain containing 162 [Source:ZFIN;Acc:ZDB-GENE-131121-612]) HSP 1 Score: 104.76 bits (260), Expect = 1.658e-25 Identity = 53/130 (40.77%), Postives = 89/130 (68.46%), Query Frame = 3
Query: 54 LEDSLRSEIIELKSQIEENQLVYGIPSKGMSSIYVPKDPDHFRRQRKLILQRTLQVTDERPIKVQAEVMRLELISCDSREYTEKSVPLLIHQYFLDRIQEMLASKYAHLLRWKRYCINTAIIESIYPEYK 443
LE L ++ L+++IE N+ +G+ +K S +++PKD +FR +R+ +LQ+ L ++P+ QA V++ EL SC +EYT +S+PLL+HQ+F DR ++ KY +LRWKR+C ++ I+E +YP+YK
Sbjct: 8 LEAELSLQLQALRTEIENNE-THGLFTKSYS-VHIPKDVSYFRTERQQVLQKGL----KKPVVSQAGVIQKELESCLGQEYTPESLPLLLHQFFTDRTYQLAQFKYQLMLRWKRFCRHSIILEQLYPQYK 131
BLAST of Transmembrane protein vs. Ensembl Sea Lamprey
Match: ENSPMAT00000009936.1 (pep scaffold:Pmarinus_7.0:GL484636:314:10512:1 gene:ENSPMAG00000008988.1 transcript:ENSPMAT00000009936.1 gene_biotype:protein_coding transcript_biotype:protein_coding) HSP 1 Score: 145.976 bits (367), Expect = 4.583e-38 Identity = 87/348 (25.00%), Postives = 180/348 (51.72%), Query Frame = 3
Query: 2190 KILDIYMEAYNNTFNRDERRLMSQSMVNLMYKKPRIDVESAYFVTAYRLECTILRMQADIFRTLLNKQIDNQREYIKMIG-----DNVQDFGLPLPVVEKLLIAVNADESVL-KNIYFLEFHESLSIICHVTESLEWCFKEILYNCKP---TTVTHEILLEKKMYEIMQVEIDSMDSLGVSYTPQVQRDLFSGFFIENPIMLTQLADEYLKNIDSRN----TRGDKRSRKIKLINEFGRLYEIITLRFRLLDATWESEVLAKIYQRQAIDLGYDEFHLYLRPIQFXXXXXXXXXXXXXXXXYISTIQDDDSAMDKFTPSALPLAINEVDEVGMGKFSFKGRTSVMEML 3194
+++D Y +AY ++ + +ER ++Q + + ++++PR + S F YR+E L+ + ++++Q+ R+Y + + N D+GLP +V IA+ + S + + LE H SL ++ VT +L E+ P + T + +E+++ + ++ + Y V R+LF + +P + +L + ++R+ T G + R ++ + L ++++LR R+ ++ E+ +LA++Y+ +G++E HLYLRP+ F G + ++++ D D+++D+F PS LPLAI+E+DE + + SF S+M++L
Sbjct: 1 QLVDCYFQAYEHSLDGEERVALAQIIADTVHQRPRFEQRSIDFAETYRMERACLQTLHQLLVGVMDRQVAAMRDYARSVWRDGERGNTLDYGLPPRIVPTEPIALASTSSAATRPLSLLEVHPSLGLVWRVTHALRLACSELSPPPSPQRLPSGTERLRVEQRVLRAALATWAAAETPELDYGAAVHRELFGEGLLGDPWCVCELGSALVGAGETRHGGEETPGQRAERA---LSSWALLLDVLSLRHRIAESAHETALLARLYKGLVGRMGFEECHLYLRPVPF--EFASHGDGAGEGPVFLTATLDADASLDRFIPSQLPLAISELDEAPVKRLSFHSLDSLMQVL 343
BLAST of Transmembrane protein vs. Ensembl Nematostella
Match: EDO39453 (Predicted protein [Source:UniProtKB/TrEMBL;Acc:A7S9W2]) HSP 1 Score: 809.29 bits (2089), Expect = 0.000e+0 Identity = 514/1517 (33.88%), Postives = 825/1517 (54.38%), Query Frame = 3
Query: 1806 YLFNTPREFRINENDFMQFAEVENHDDFYFHEDGRIHVRDQTGHWIIYDVAVSDFEKLEHDLLLIASVFIGKNKTLRSASLFKRKRQRLEESQSGD-FDIGQYAHHEVDRFGVLFDIWTNHTALLECKKKILDIYMEAYNNTFNRDERRLMSQSMVNLMYKKPRIDVESAYFVTAYRLECTILRMQADIFRTLLNKQIDNQREYIKMIG--DNVQDFGLPLPVVEKLLIAVNADESVLKNIYFLEFHESLSIICHVTESLEWCFKEILYNCKPTTVTHEILLEKKMYEIMQVEIDSMDSLGVSYTPQVQRDLFSGFFIENPIMLTQLADEYLKNIDSRNTRGDK--RSRKIKLINEFGRLYEIITLRFRLLDATWESEVLAKIYQRQAIDLGYDEFHLYLRPIQFXXXXXXXXXXXXXXXXYISTIQDDDSAMDKFTPSALPLAINEVDEVGMGKFSFKGRTSVMEMLESKGVENLMIVLKIQLCHKNALAAGVSLCNACRPSLYTLKERDLDACNPTDLRSEKSTTTGAN-------SNFSVPISAQAGPTPL-ALDSKRAD-SFNQKDAHPEAFFSIQLEKSPCRDRAMNIYIKKFSGTGKT--SGVEVEKVKRDLVLSYIDDFFDRIQQASLRSQIIYYYNSIIHVLKLVPTVSEKFFQFGDAFEKKNDPEDNMSNEEIDPRKLRKRARRILSENGSKFLNLWFIPHFTEILFLYRQRDDERTTENLKNLVNIVGNFHDILHFLVGFSRLQISSAKISTELKAENVDVNDSIEHSLSSQFVIQIAQGAEEGIEINRPRDYDGGVMSQLSTELIEIDHQISHLMDPTEVKAVIELLSTRRNVTFLKFEYCISHALLETFLATRNVKAFKAVSANMKFPFEELTNVQRATTISFRLNVPEPLEARDQRARELYPYRSIINQLGPYLIMHDFWKNIQENIQLVLAGLSDVDRPTVHGEFVSLNLCLEDVLAEGNLPESRAGRKLNMNDFENVLLLGXXXXXXXXXEVALVPVDNL-----------GNQPSS-------DDKNKKLNIITHPIQCYKLMRNYIILSKRLNLLKNFWGARKLGLEAIENPDDFNMFNKIYKIEKLYPLMKSLCIQYRLP-DLAHQGPF-ADTDIFVTPKGIPEIVVKQRQLGKMIETFESTMIGDLRKRIIRQTDQVMKERNREEGNLPLDLWKKPAMKEAISVKRPVIAEDFVSELMQNTDLNDEKTLISDTLTFTKEHLNKCLQNLAISVLHMQKESYENYAMYYENQLKHQHQLLYAREREIEDMKQQLLQKELATIVDVQFQLADQAHSLLLEVNALRAKVAEMREDSLQQEQTIREEVRQEYNSMVQNLFSVAFEQKTQIDVYREYLHDATLKRIQEVRTEAAIEMNKVKEKSGA-KVTADDELAERNLKLSKELTSLHQQNIHLKQMMSRMKSLFNWHHTFIKCNFQKAIAKIEKDRDKYKNSVTVVEMNSEQKVQIMGEELDRLKHY---------LTSTEKELNDLRKTL 6218
Y+ NTP ++R+++ FM+F+E+ENHDDFY E+GR+HV+DQ G++I YD A+ DF+ LE +LLL+AS FI K+K R+ + R GD DI Y+H ++DRF VL D+WTN A LE K+++LD Y EAY + F+ E++ ++Q M N++ +PR D + Y V YR EC LR+ ++ + +L+KQID +REY++ + D FGLP V+ + IAVN L+ IY LEFH SL++ + ++L FK KP + I +E++M E++Q E D + G + Q Q+DLFS F+E+P+ + ++A + +++ G K + ++ L + R+ E+ITLR RL+ A+ E+ V+ KIY+R+A ++G+DE+H +LR + F+ A+ K A+ I+ IQ+DDS +D++TP+ LPLAI E+DE +G FSF+ R M ++ GV+ L +VL Q+CHKN + + + + C + +K + A EKS +G + S S S + P+ L A +KR D F +K E F S+QLEK+ RD+ +N YI+K G T S EV K+KR L++ + + R+ Q SL++QI+ Y S++ ++ PT + F G+ EKK++ +D+ + DP+ + R RR+LS +G K +NLWFIPH+TE++ ++ + + L ++ +V + HDI +L +RL S+A+ D S SS VI G EGI EL EI QI+HL +PT+ V E L RR+ FL+ + +SH++ +TFL+T N A+++++ NM F ++L+N+ R S + VP PL ARD RELYP+RS + + GP+ +M+ W I +++QL LAGL +VDR V+GE + ++L LEDVL G LP+ + + E+ + + + P G P S D KL+ T+P KL+ ++++ RL +LK WG RKLG+ I + ++ F K+YKI+ L + + + + L + A G +D + TP G E+ +K +Q+ MKE ++ +P + E+FV +LM ++D +T+ FT+EHLNKCL LA ++ +E+YAMYYE+ L+HQHQLL+ RE+EI+ + Q+ +AT+VDV QLAD++H LLE+ ALRAK+ EMR+ + QE+ +RE++++++ ++VQ LFS FE K + + +R +L+D + + +VR +A +M +EKSG+ K D + LK ++ + + N +L QM +MK++ NW T + + ++ + + D+ K V+ +E+K +M +E L+ L+ EKE LR+ L
Sbjct: 762 YVHNTPADYRVDQAQFMEFSELENHDDFYSQEEGRVHVQDQRGYYITYDSALDDFKNLETELLLVASHFITKDKEFRNPKPSAKYR--------GDHLDIASYSHQQIDRFAVLLDLWTNEAAYLENKRQLLDCYFEAYQHVFDASEKKNLAQVMTNVVSMRPRFDFTADYLVRIYRAECVNLRLHCNLIKGVLDKQIDEEREYLQKVCREDTSGLFGLPHRVIPQQHIAVNISRPALQYIYMLEFHPSLALAAKIPKALSHVFKTFQNLQKPKSTGEIISMERRMLEVVQKEWDFLQPSGNDFAVQTQKDLFSEVFVEDPLFVCEVAQSLITAEENKKGGGRKSVKEKQQILTRIWSRILEVITLRHRLIMASQETSVVTKIYRRRAKEIGFDEYHAFLRIVSFDFAQTKPEADTDTVS--ITLIQEDDSRIDRYTPAYLPLAIQELDEKHVGNFSFRTREGFMHIVSDSGVDKLGVVLMTQICHKNIIISSLLRMDGCAAVIRAVKAKAATA--------EKSGGSGLSPRSSRDQSLTSRRNSVEESPSHLSAFSTKRLDREFERK--MQEVFVSVQLEKTFLRDKMLNEYIRKKEQLGVTLKSIDEVVKLKRKLIMDFNTNLQKRVTQYSLQAQIVAYTTSLLDLMGDFPTTRDAHFMIGEEDEKKSEEDDDPTP---DPKHFKSRPRRMLSVDGKKLMNLWFIPHYTEVMKMFSKEKIDTRNRALTVMLELVSSMHDICQYLCAHARLGSSTARW-----------RDC--RSWSSG-VIGADWGGTEGI----------------GAELREIQRQINHLENPTDPHEVAEFLVKRRDNLFLEVDISVSHSVRDTFLSTGNEAAYRSITDNMHFALQDLSNLPRPNMYSTHVTVPGPLGARDNLGRELYPWRSFMQRYGPFPMMYWQWYAIGDHMQLCLAGLKEVDRHVVNGEILGVSLLLEDVLQAG-LPD------MFFSKQEDEIGSSTSPRSRPATSSSRRPTSRQSDTSEDGTGVSGKDPKSAETTGYGDIPKGKLSHSTNPKAAVKLINMFLLICSRLEVLKTDWGCRKLGVNEISSTKNYRAFLKLYKIDVLQSVYQQIAAKLGLGQEYAALGVLTSDDEPLATPPGATEMELKIKQV----------------------------------------------MKENSTITKPHLVENFVLDLMAG-HMDD-----GETIEFTREHLNKCLLRLATETNLRERVCFESYAMYYESLLRHQHQLLFMREQEIKQCQDQMEANAVATVVDVHCQLADRSHEQLLEITALRAKIMEMRDSIMNQEKELREKIKKDFANLVQELFSNCFEMKNKFEEFRLFLYDDVHESLNDVRRQALEDM---REKSGSMKAVGTDPV----LKKCDQIRDIQEDNTNLGQMFLKMKTMNNWKKTRLFLRYLDSVDSLRDEADRAKRECLEVKKLAEEKAILMKQEQAALRQIAKKDCKYQALSELEKECQRLRRKL 2159 HSP 2 Score: 266.159 bits (679), Expect = 2.851e-71 Identity = 199/661 (30.11%), Postives = 320/661 (48.41%), Query Frame = 3
Query: 90 KSQIEENQLVYGIPSKGMSSIYVPKDPDHFRRQRKLILQRTLQVTDERPIKVQAEVMRLELISCDSREYTEKSVPLLIHQ----------------------YFLDRIQEMLASKYAHLLRWKRYCINTAIIESIYPEYKERLQHIMDEYLDSSSRCHRLATCREGFLSNTEQGVDELNTDDMIIYLRWLICHLQSLKLLIQTNRIIQWFPIAHRKEFSATIVDC------VEIKLSDDQSKSERSFTK------IPATFNDEAPLPPPLVAATFVSTKPLKPTEFNLSLAA----------AGGGMVTDEKNLNLPLHTNDLNHLRSHLIVYCNMYGIEMDVVGIQSSADEMELYASVNRKFKTHFNLQEQMNIFKTYDFIVS--GSEKWGLDTYTKCVLKPANWLPYIKLKPKTHLTVVKYITRLRADNKIDELLRAAARFISLTNCDRVQDALRHHALLVQHPPVIHSAAVISHRQGINISEIFKKIYMNQELFNPSNPTKNDSSSINETHDNYEFNQTMQMLGLDDSNETKDDPSSVQGAYLS---------------------------------YLHLRHLKIRDLQRTCLSILNYFRSVERTIVINDQGLSLNNGVGDRSYQNHRXXXXXXXXXXXXXXXXXXXYLFNTPREFR 1835
+++IEE + K + S+ +PKD +HFRR+RKL + +TL + + +P+ Q+EVMR E+ + EY+ KS+PLL+HQ +F DRI+ ++ K+ H+LRW R+ ++ IE++YP Y++RL HIM+EY D+ R RLA RE L+ +E + + +D++IY RWL+C++ S+K + R+I+W P+ H+ ++ VE K S S++ + + I A N P+ P A+ PL + + L A +GGG+ ++E +L LP+H +L L L + Y ++MD+ I ++ADEM+L+ V R+FK F+ QEQ+ F YD V G K + +NWLP+I L+P+ +K + +L+ +IDELL++ +RF+ +QD+ A + + S++V ++ E K+ +D ++ +++LGL+D N K+ S +QGAY+S Y H+ I+ CL ILNYFRSV+RT+ IND GLSL G RS H GG IG+H Y+ NTP ++R
Sbjct: 28 QNEIEEGNFLRPGQVKALGSVPLPKDIEHFRRERKLAVSKTLTIREAQPLINQSEVMREEMETSVKSEYSPKSIPLLLHQKRTVELHFQIFAVSSTRQKRQKFFSDRIEHLVQCKHMHMLRWARFNEHSKAIENLYPAYQQRLSHIMEEYHDAFQRARRLAVAREASLAGSESAMGAVTVEDLLIYTRWLVCYMHSVKRMHSFLRVIEWLPVMHKNTIKPQEIEKDESPVEVESKPSGPPSRARGNLKRIMSQVAITAHLNVLRPMAKP--DASLPPPPPLSLSPYQLVSATNPSVAAAAAASGGGLASNEVHLVLPMHETNLPKLMLLLEFLMSCYSVDMDIHQINTNADEMDLFTMVTRRFKKVFSKQEQLRTFPIYDTSVEELGVAKVRSQGALYTFKQTSNWLPFIMLRPEKDSNQIKAMAKLKQQGQIDELLKSHSRFL------HIQDSSNDTAAVWKKIFTYASSSVTRD----DVLEFDTKV--------------SDEDLGGSDQGGFDLGTAVELLGLEDDN-AKNQGSMLQGAYMSFLLLRHLRLRDLQRTVGVEISRISCSRWSHACIYFKACHVTIK---YECLGILNYFRSVQRTMTINDGGLSLEGG-------KQRSSKYQVFHGGGISGIGNHQYVHNTPADYR 651
BLAST of Transmembrane protein vs. Planmine SMEST
Match: SMESG000002927.1 (SMESG000002927.1) HSP 1 Score: 4606.97 bits (11948), Expect = 0.000e+0 Identity = 2281/2281 (100.00%), Postives = 2281/2281 (100.00%), Query Frame = 3
Query: 42 GLKILEDSLRSEIIELKSQIEENQLVYGIPSKGMSSIYVPKDPDHFRRQRKLILQRTLQVTDERPIKVQAEVMRLELISCDSREYTEKSVPLLIHQYFLDRIQEMLASKYAHLLRWKRYCINTAIIESIYPEYKERLQHIMDEYLDSSSRCHRLATCREGFLSNTEQGVDELNTDDMIIYLRWLICHLQSLKLLIQTNRIIQWFPIAHRKEFSATIVDCVEIKLSDDQSKSERSFTKIPATFNDEAPLPPPLVAATFVSTKPLKPTEFNLSLAAAGGGMVTDEKNLNLPLHTNDLNHLRSHLIVYCNMYGIEMDVVGIQSSADEMELYASVNRKFKTHFNLQEQMNIFKTYDFIVSGSEKWGLDTYTKCVLKPANWLPYIKLKPKTHLTVVKYITRLRADNKIDELLRAAARFISLTNCDRVQDALRHHALLVQHPPVIHSAAVISHRQGINISEIFKKIYMNQELFNPSNPTKNDSSSINETHDNYEFNQTMQMLGLDDSNETKDDPSSVQGAYLSYLHLRHLKIRDLQRTCLSILNYFRSVERTIVINDQGLSLNNGVGDRSYQNHRXXXXXXXXXXXXXXXXXXXYLFNTPREFRINENDFMQFAEVENHDDFYFHEDGRIHVRDQTGHWIIYDVAVSDFEKLEHDLLLIASVFIGKNKTLRSASLFKRKRQRLEESQSGDFDIGQYAHHEVDRFGVLFDIWTNHTALLECKKKILDIYMEAYNNTFNRDERRLMSQSMVNLMYKKPRIDVESAYFVTAYRLECTILRMQADIFRTLLNKQIDNQREYIKMIGDNVQDFGLPLPVVEKLLIAVNADESVLKNIYFLEFHESLSIICHVTESLEWCFKEILYNCKPTTVTHEILLEKKMYEIMQVEIDSMDSLGVSYTPQVQRDLFSGFFIENPIMLTQLADEYLKNIDSRNTRGDKRSRKIKLINEFGRLYEIITLRFRLLDATWESEVLAKIYQRQAIDLGYDEFHLYLRPIQFXXXXXXXXXXXXXXXXYISTIQDDDSAMDKFTPSALPLAINEVDEVGMGKFSFKGRTSVMEMLESKGVENLMIVLKIQLCHKNALAAGVSLCNACRPSLYTLKERDLDACNPTDLRSEKSTTTGANSNFSVPISAQAGPTPLALDSKRADSFNQKDAHPEAFFSIQLEKSPCRDRAMNIYIKKFSGTGKTSGVEVEKVKRDLVLSYIDDFFDRIQQASLRSQIIYYYNSIIHVLKLVPTVSEKFFQFGDAFEKKNDPEDNMSNEEIDPRKLRKRARRILSENGSKFLNLWFIPHFTEILFLYRQRDDERTTENLKNLVNIVGNFHDILHFLVGFSRLQISSAKISTELKAENVDVNDSIEHSLSSQFVIQIAQGAEEGIEINRPRDYDGGVMSQLSTELIEIDHQISHLMDPTEVKAVIELLSTRRNVTFLKFEYCISHALLETFLATRNVKAFKAVSANMKFPFEELTNVQRATTISFRLNVPEPLEARDQRARELYPYRSIINQLGPYLIMHDFWKNIQENIQLVLAGLSDVDRPTVHGEFVSLNLCLEDVLAEGNLPESRAGRKLNMNDFENVLLLGXXXXXXXXXEVALVPVDNLGNQPSSDDKNKKLNIITHPIQCYKLMRNYIILSKRLNLLKNFWGARKLGLEAIENPDDFNMFNKIYKIEKLYPLMKSLCIQYRLPDLAHQGPFADTDIFVTPKGIPEIVVKQRQLGKMIETFESTMIGDLRKRIIRQTDQVMKERNREEGNLPLDLWKKPAMKEAISVKRPVIAEDFVSELMQNTDLNDEKTLISDTLTFTKEHLNKCLQNLAISVLHMQKESYENYAMYYENQLKHQHQLLYAREREIEDMKQQLLQKELATIVDVQFQLADQAHSLLLEVNALRAKVAEMREDSLQQEQTIREEVRQEYNSMVQNLFSVAFEQKTQIDVYREYLHDATLKRIQEVRTEAAIEMNKVKEKSGAKVTADDELAERNLKLSKELTSLHQQNIHLKQMMSRMKSLFNWHHTFIKCNFQKAIAKIEKDRDKYKNSVTVVEMNSEQKVQIMGEELDRLKHYLTSTEKELNDLRKTLXXXXXXXXXXXHAAERKAATDKQMALVKQMHIDQLMSEITEKNSNIATMSRVLNENMKSHKTVADKSVREVDALRKSLREERKMKQSAFTKVDDLISQVYEFEAAFAIVKGNTPINGVTGKNSDSISCSQISRPSTGISNLRSGFKPITPDMKVSTDKSRPRPITYGDILRRYPIPYAPDHYRDFRRDRVGTHQLRKRIADQLLMNLEPENHEQLTKTNRAL 6884
GLKILEDSLRSEIIELKSQIEENQLVYGIPSKGMSSIYVPKDPDHFRRQRKLILQRTLQVTDERPIKVQAEVMRLELISCDSREYTEKSVPLLIHQYFLDRIQEMLASKYAHLLRWKRYCINTAIIESIYPEYKERLQHIMDEYLDSSSRCHRLATCREGFLSNTEQGVDELNTDDMIIYLRWLICHLQSLKLLIQTNRIIQWFPIAHRKEFSATIVDCVEIKLSDDQSKSERSFTKIPATFNDEAPLPPPLVAATFVSTKPLKPTEFNLSLAAAGGGMVTDEKNLNLPLHTNDLNHLRSHLIVYCNMYGIEMDVVGIQSSADEMELYASVNRKFKTHFNLQEQMNIFKTYDFIVSGSEKWGLDTYTKCVLKPANWLPYIKLKPKTHLTVVKYITRLRADNKIDELLRAAARFISLTNCDRVQDALRHHALLVQHPPVIHSAAVISHRQGINISEIFKKIYMNQELFNPSNPTKNDSSSINETHDNYEFNQTMQMLGLDDSNETKDDPSSVQGAYLSYLHLRHLKIRDLQRTCLSILNYFRSVERTIVINDQGLSLNNGVGDRSYQNHRSGSSIPGHQGGGGNIGSHGYLFNTPREFRINENDFMQFAEVENHDDFYFHEDGRIHVRDQTGHWIIYDVAVSDFEKLEHDLLLIASVFIGKNKTLRSASLFKRKRQRLEESQSGDFDIGQYAHHEVDRFGVLFDIWTNHTALLECKKKILDIYMEAYNNTFNRDERRLMSQSMVNLMYKKPRIDVESAYFVTAYRLECTILRMQADIFRTLLNKQIDNQREYIKMIGDNVQDFGLPLPVVEKLLIAVNADESVLKNIYFLEFHESLSIICHVTESLEWCFKEILYNCKPTTVTHEILLEKKMYEIMQVEIDSMDSLGVSYTPQVQRDLFSGFFIENPIMLTQLADEYLKNIDSRNTRGDKRSRKIKLINEFGRLYEIITLRFRLLDATWESEVLAKIYQRQAIDLGYDEFHLYLRPIQFEAAKKKEGAELAKPLLYISTIQDDDSAMDKFTPSALPLAINEVDEVGMGKFSFKGRTSVMEMLESKGVENLMIVLKIQLCHKNALAAGVSLCNACRPSLYTLKERDLDACNPTDLRSEKSTTTGANSNFSVPISAQAGPTPLALDSKRADSFNQKDAHPEAFFSIQLEKSPCRDRAMNIYIKKFSGTGKTSGVEVEKVKRDLVLSYIDDFFDRIQQASLRSQIIYYYNSIIHVLKLVPTVSEKFFQFGDAFEKKNDPEDNMSNEEIDPRKLRKRARRILSENGSKFLNLWFIPHFTEILFLYRQRDDERTTENLKNLVNIVGNFHDILHFLVGFSRLQISSAKISTELKAENVDVNDSIEHSLSSQFVIQIAQGAEEGIEINRPRDYDGGVMSQLSTELIEIDHQISHLMDPTEVKAVIELLSTRRNVTFLKFEYCISHALLETFLATRNVKAFKAVSANMKFPFEELTNVQRATTISFRLNVPEPLEARDQRARELYPYRSIINQLGPYLIMHDFWKNIQENIQLVLAGLSDVDRPTVHGEFVSLNLCLEDVLAEGNLPESRAGRKLNMNDFENVLLLGKKFHKKDKKEVALVPVDNLGNQPSSDDKNKKLNIITHPIQCYKLMRNYIILSKRLNLLKNFWGARKLGLEAIENPDDFNMFNKIYKIEKLYPLMKSLCIQYRLPDLAHQGPFADTDIFVTPKGIPEIVVKQRQLGKMIETFESTMIGDLRKRIIRQTDQVMKERNREEGNLPLDLWKKPAMKEAISVKRPVIAEDFVSELMQNTDLNDEKTLISDTLTFTKEHLNKCLQNLAISVLHMQKESYENYAMYYENQLKHQHQLLYAREREIEDMKQQLLQKELATIVDVQFQLADQAHSLLLEVNALRAKVAEMREDSLQQEQTIREEVRQEYNSMVQNLFSVAFEQKTQIDVYREYLHDATLKRIQEVRTEAAIEMNKVKEKSGAKVTADDELAERNLKLSKELTSLHQQNIHLKQMMSRMKSLFNWHHTFIKCNFQKAIAKIEKDRDKYKNSVTVVEMNSEQKVQIMGEELDRLKHYLTSTEKELNDLRKTLDKEMKEKMDKKHAAERKAATDKQMALVKQMHIDQLMSEITEKNSNIATMSRVLNENMKSHKTVADKSVREVDALRKSLREERKMKQSAFTKVDDLISQVYEFEAAFAIVKGNTPINGVTGKNSDSISCSQISRPSTGISNLRSGFKPITPDMKVSTDKSRPRPITYGDILRRYPIPYAPDHYRDFRRDRVGTHQLRKRIADQLLMNLEPENHEQLTKTNRAL
Sbjct: 8 GLKILEDSLRSEIIELKSQIEENQLVYGIPSKGMSSIYVPKDPDHFRRQRKLILQRTLQVTDERPIKVQAEVMRLELISCDSREYTEKSVPLLIHQYFLDRIQEMLASKYAHLLRWKRYCINTAIIESIYPEYKERLQHIMDEYLDSSSRCHRLATCREGFLSNTEQGVDELNTDDMIIYLRWLICHLQSLKLLIQTNRIIQWFPIAHRKEFSATIVDCVEIKLSDDQSKSERSFTKIPATFNDEAPLPPPLVAATFVSTKPLKPTEFNLSLAAAGGGMVTDEKNLNLPLHTNDLNHLRSHLIVYCNMYGIEMDVVGIQSSADEMELYASVNRKFKTHFNLQEQMNIFKTYDFIVSGSEKWGLDTYTKCVLKPANWLPYIKLKPKTHLTVVKYITRLRADNKIDELLRAAARFISLTNCDRVQDALRHHALLVQHPPVIHSAAVISHRQGINISEIFKKIYMNQELFNPSNPTKNDSSSINETHDNYEFNQTMQMLGLDDSNETKDDPSSVQGAYLSYLHLRHLKIRDLQRTCLSILNYFRSVERTIVINDQGLSLNNGVGDRSYQNHRSGSSIPGHQGGGGNIGSHGYLFNTPREFRINENDFMQFAEVENHDDFYFHEDGRIHVRDQTGHWIIYDVAVSDFEKLEHDLLLIASVFIGKNKTLRSASLFKRKRQRLEESQSGDFDIGQYAHHEVDRFGVLFDIWTNHTALLECKKKILDIYMEAYNNTFNRDERRLMSQSMVNLMYKKPRIDVESAYFVTAYRLECTILRMQADIFRTLLNKQIDNQREYIKMIGDNVQDFGLPLPVVEKLLIAVNADESVLKNIYFLEFHESLSIICHVTESLEWCFKEILYNCKPTTVTHEILLEKKMYEIMQVEIDSMDSLGVSYTPQVQRDLFSGFFIENPIMLTQLADEYLKNIDSRNTRGDKRSRKIKLINEFGRLYEIITLRFRLLDATWESEVLAKIYQRQAIDLGYDEFHLYLRPIQFEAAKKKEGAELAKPLLYISTIQDDDSAMDKFTPSALPLAINEVDEVGMGKFSFKGRTSVMEMLESKGVENLMIVLKIQLCHKNALAAGVSLCNACRPSLYTLKERDLDACNPTDLRSEKSTTTGANSNFSVPISAQAGPTPLALDSKRADSFNQKDAHPEAFFSIQLEKSPCRDRAMNIYIKKFSGTGKTSGVEVEKVKRDLVLSYIDDFFDRIQQASLRSQIIYYYNSIIHVLKLVPTVSEKFFQFGDAFEKKNDPEDNMSNEEIDPRKLRKRARRILSENGSKFLNLWFIPHFTEILFLYRQRDDERTTENLKNLVNIVGNFHDILHFLVGFSRLQISSAKISTELKAENVDVNDSIEHSLSSQFVIQIAQGAEEGIEINRPRDYDGGVMSQLSTELIEIDHQISHLMDPTEVKAVIELLSTRRNVTFLKFEYCISHALLETFLATRNVKAFKAVSANMKFPFEELTNVQRATTISFRLNVPEPLEARDQRARELYPYRSIINQLGPYLIMHDFWKNIQENIQLVLAGLSDVDRPTVHGEFVSLNLCLEDVLAEGNLPESRAGRKLNMNDFENVLLLGKKFHKKDKKEVALVPVDNLGNQPSSDDKNKKLNIITHPIQCYKLMRNYIILSKRLNLLKNFWGARKLGLEAIENPDDFNMFNKIYKIEKLYPLMKSLCIQYRLPDLAHQGPFADTDIFVTPKGIPEIVVKQRQLGKMIETFESTMIGDLRKRIIRQTDQVMKERNREEGNLPLDLWKKPAMKEAISVKRPVIAEDFVSELMQNTDLNDEKTLISDTLTFTKEHLNKCLQNLAISVLHMQKESYENYAMYYENQLKHQHQLLYAREREIEDMKQQLLQKELATIVDVQFQLADQAHSLLLEVNALRAKVAEMREDSLQQEQTIREEVRQEYNSMVQNLFSVAFEQKTQIDVYREYLHDATLKRIQEVRTEAAIEMNKVKEKSGAKVTADDELAERNLKLSKELTSLHQQNIHLKQMMSRMKSLFNWHHTFIKCNFQKAIAKIEKDRDKYKNSVTVVEMNSEQKVQIMGEELDRLKHYLTSTEKELNDLRKTLDKEMKEKMDKKHAAERKAATDKQMALVKQMHIDQLMSEITEKNSNIATMSRVLNENMKSHKTVADKSVREVDALRKSLREERKMKQSAFTKVDDLISQVYEFEAAFAIVKGNTPINGVTGKNSDSISCSQISRPSTGISNLRSGFKPITPDMKVSTDKSRPRPITYGDILRRYPIPYAPDHYRDFRRDRVGTHQLRKRIADQLLMNLEPENHEQLTKTNRAL 2288
BLAST of Transmembrane protein vs. Planmine SMEST
Match: SMESG000002927.1 (SMESG000002927.1) HSP 1 Score: 4536.87 bits (11766), Expect = 0.000e+0 Identity = 2257/2281 (98.95%), Postives = 2257/2281 (98.95%), Query Frame = 3
Query: 42 GLKILEDSLRSEIIELKSQIEENQLVYGIPSKGMSSIYVPKDPDHFRRQRKLILQRTLQVTDERPIKVQAEVMRLELISCDSREYTEKSVPLLIHQYFLDRIQEMLASKYAHLLRWKRYCINTAIIESIYPEYKERLQHIMDEYLDSSSRCHRLATCREGFLSNTEQGVDELNTDDMIIYLRWLICHLQSLKLLIQTNRIIQWFPIAHRKEFSATIVDCVEIKLSDDQSKSERSFTKIPATFNDEAPLPPPLVAATFVSTKPLKPTEFNLSLAAAGGGMVTDEKNLNLPLHTNDLNHLRSHLIVYCNMYGIEMDVVGIQSSADEMELYASVNRKFKTHFNLQEQMNIFKTYDFIVSGSEKWGLDTYTKCVLKPANWLPYIKLKPKTHLTVVKYITRLRADNKIDELLRAAARFISLTNCDRVQDALRHHALLVQHPPVIHSAAVISHRQGINISEIFKKIYMNQELFNPSNPTKNDSSSINETHDNYEFNQTMQMLGLDDSNETKDDPSSVQGAYLSYLHLRHLKIRDLQRTCLSILNYFRSVERTIVINDQGLSLNNGVGDRSYQNHRXXXXXXXXXXXXXXXXXXXYLFNTPREFRINENDFMQFAEVENHDDFYFHEDGRIHVRDQTGHWIIYDVAVSDFEKLEHDLLLIASVFIGKNKTLRSASLFKRKRQRLEESQSGDFDIGQYAHHEVDRFGVLFDIWTNHTALLECKKKILDIYMEAYNNTFNRDERRLMSQSMVNLMYKKPRIDVESAYFVTAYRLECTILRMQADIFRTLLNKQIDNQREYIKMIGDNVQDFGLPLPVVEKLLIAVNADESVLKNIYFLEFHESLSIICHVTESLEWCFKEILYNCKPTTVTHEILLEKKMYEIMQVEIDSMDSLGVSYTPQVQRDLFSGFFIENPIMLTQLADEYLKNIDSRNTRGDKRSRKIKLINEFGRLYEIITLRFRLLDATWESEVLAKIYQRQAIDLGYDEFHLYLRPIQFXXXXXXXXXXXXXXXXYISTIQDDDSAMDKFTPSALPLAINEVDEVGMGKFSFKGRTSVMEMLESKGVENLMIVLKIQLCHKNALAAGVSLCNACRPSLYTLKERDLDACNPTDLRSEKSTTTGANSNFSVPISAQAGPTPLALDSKRADSFNQKDAHPEAFFSIQLEKSPCRDRAMNIYIKKFSGTGKTSGVEVEKVKRDLVLSYIDDFFDRIQQASLRSQIIYYYNSIIHVLKLVPTVSEKFFQFGDAFEKKNDPEDNMSNEEIDPRKLRKRARRILSENGSKFLNLWFIPHFTEILFLYRQRDDERTTENLKNLVNIVGNFHDILHFLVGFSRLQISSAKISTELKAENVDVNDSIEHSLSSQFVIQIAQGAEEGIEINRPRDYDGGVMSQLSTELIEIDHQISHLMDPTEVKAVIELLSTRRNVTFLKFEYCISHALLETFLATRNVKAFKAVSANMKFPFEELTNVQRATTISFRLNVPEPLEARDQRARELYPYRSIINQLGPYLIMHDFWKNIQENIQLVLAGLSDVDRPTVHGEFVSLNLCLEDVLAEGNLPESRAGRKLNMNDFENVLLLGXXXXXXXXXEVALVPVDNLGNQPSSDDKNKKLNIITHPIQCYKLMRNYIILSKRLNLLKNFWGARKLGLEAIENPDDFNMFNKIYKIEKLYPLMKSLCIQYRLPDLAHQGPFADTDIFVTPKGIPEIVVKQRQLGKMIETFESTMIGDLRKRIIRQTDQVMKERNREEGNLPLDLWKKPAMKEAISVKRPVIAEDFVSELMQNTDLNDEKTLISDTLTFTKEHLNKCLQNLAISVLHMQKESYENYAMYYENQLKHQHQLLYAREREIEDMKQQLLQKELATIVDVQFQLADQAHSLLLEVNALRAKVAEMREDSLQQEQTIREEVRQEYNSMVQNLFSVAFEQKTQIDVYREYLHDATLKRIQEVRTEAAIEMNKVKEKSGAKVTADDELAERNLKLSKELTSLHQQNIHLKQMMSRMKSLFNWHHTFIKCNFQKAIAKIEKDRDKYKNSVTVVEMNSEQKVQIMGEELDRLKHYLTSTEKELNDLRKTLXXXXXXXXXXXHAAERKAATDKQMALVKQMHIDQLMSEITEKNSNIATMSRVLNENMKSHKTVADKSVREVDALRKSLREERKMKQSAFTKVDDLISQVYEFEAAFAIVKGNTPINGVTGKNSDSISCSQISRPSTGISNLRSGFKPITPDMKVSTDKSRPRPITYGDILRRYPIPYAPDHYRDFRRDRVGTHQLRKRIADQLLMNLEPENHEQLTKTNRAL 6884
GLKILEDSLRSEIIELKSQIEENQLVYGIPSKGMSSIYVPKDPDHFRRQRKLILQRTLQVTDERPIKVQAEVMRLELISCDSREYTEKSVPLLIHQYFLDRIQEMLASKYAHLLRWKRYCINTAIIESIYPEYKERLQHIMDEYLDSSSRCHRLATCREGFLSNTEQGVDELNTDDMIIYLRWLICHLQSLKLLIQTNRIIQWFPIAHRKEFSATIVDCVEIKLSDDQSKSERSFTKIPATFNDEAPLPPPLVAATFVSTKPLKPTEFNLSLAAAGGGMVTDEKNLNLPLHTNDLNHLRSHLIVYCNMYGIEMDVVGIQSSADEMELYASVNRKFKTHFNLQEQMNIFKTYDFIVSGSEKWGLDTYTKCVLKPANWLPYIKLKPKTHLTVVKYITRLRADNKIDELLRAAARFISLTNCDRVQDALRHHALLVQHPPVIHSAAVISHRQGINISEIFKKIYMNQELFNPSNPTKNDSSSINETHDNYEFNQTMQMLGLDDSNETKDDPSSVQGAYLSYLHLRHLKIRDLQRTCLSILNYFRSVERTIVINDQGLSLNNGVGDRSYQNHRSGSSIPGHQGGGGNIGSHGYLFNTPREFRINENDFMQFAEVENHDDFYFHEDGRIHVRDQTGHWIIYDVAVSDFEKLEHDLLLIASVFIGKNKTLRSASLFKRKRQRLEESQSGDFDIGQYAHHEVDRFGVLFDIWTNHTALLECKKKILDIYMEAYNNTFNRDERRLMSQSMVNLMYKKPRIDVESAYFVTAYRLECTILRMQADIFRTLLNKQIDNQREYIKMIGDNVQDFGLPLPVVEKLLIAVNADESVLKNIYFLEFHESLSIICHVTESLEWCFKEILYNCKPTTVTHEILLEKKMYEIMQVEIDSMDSLGVSYTPQVQRDLFSGFFIENPIMLTQLADEYLKNIDSRNTRGDKRSRKIKLINEFGRLYEIITLRFRLLDATWESEVLAKIYQRQAIDLGYDEFHLYLRPIQFEAAKKKEGAELAKPLLYISTIQDDDSAMDKFTPSALPLAINEVDEVGMGKFSFKGRTSVMEMLESKGVENLMIVLKIQLCHKNALAAGVSLCNACRPSLYTLKERDLDACNPTDLRSEKSTTTGANSNFSVPISAQAGPTPLALDSKRADSFNQKDAHPEAFFSIQLEKSPCRDRAMNIYIKKFSGTGKTSGVEVEKVKRDLVLSYIDDFFDRIQQASLRSQIIYYYNSIIHVLKLVPTVSEKFFQFGDAFEKKNDPEDNMSNEEIDPRKLRKRARRILSENGSKFLNLWFIPHFTEILFLYRQRDDERTTENLKNLVNIVGNFHDILHFLVGFSRLQISSAKISTELKAENVDVNDSIEHSLSSQFVIQIAQGAEEGIEINRPRDYDGGVMSQLSTELIEIDHQISHLMDPTEVKAVIELLSTRRNVTFLKFEYCISHALLETFLATRNVKAFKAVSANMKFPFEELTNVQRATTISFRLNVPEPLEARDQRARELYPYRSIINQLGPYLIMHDFWKNIQENIQLVLAGLSDVDRPTVHGEFVSLNLCLEDVLAEGNLPESRAGRKLNMNDFENVLLLGKKFHKKDKKEVALVPVDNLGNQPSSDDKNKKLNIITHPIQCYKLMRNYIILSKRLNLLKNFWGARKLGLEAIENPDDFNMFNKIYKIEKLYPLMKSLCIQYRLPDLAHQGPFADTDIFVTPKGIPEIVVKQRQLGKMIETFESTMIGDLRKRIIRQTDQVMKERNREEGNLPLDLWKKPAMKEAISVKRPVIAEDFVSELMQNTDLNDEKTLISDTLTFTKEHLNKCLQNLAISVLHMQKESYENYAMYYENQLKHQHQLLYAREREIEDMKQQLLQKELATIVDVQFQLADQAHSLLLEVNALRAKVAEMREDSLQQEQTIREEVRQEYNSMVQNLFSVAFEQKTQIDVYREYLHDATLKRIQEVRTEAAIEMNKVKEKSGAKVTADDELAERNLKLSKELTSLHQQNIHLKQMMSRMKSLFNWHHTFIKCNFQKAIAKIEKDRDKYKNSVTVVEMNSEQKVQIMGEELDRLKHYLTSTEKELNDLRKTLDKEMKEKMDKKHAAERKAATDKQMALVKQMHIDQLMSEITEKNSNIATMSRVLNENMKSHKTVADKSVREVDALRKSLREERKMKQSAFTKVDDLISQVYEFEAAFAIVKGNTPINGVTGKNSDSISCSQISRPSTGISNLRSGFKPITPDMKVSTDKSRPRPIT VGTHQLRKRIADQLLMNLEPENHEQLTKTNRAL
Sbjct: 8 GLKILEDSLRSEIIELKSQIEENQLVYGIPSKGMSSIYVPKDPDHFRRQRKLILQRTLQVTDERPIKVQAEVMRLELISCDSREYTEKSVPLLIHQYFLDRIQEMLASKYAHLLRWKRYCINTAIIESIYPEYKERLQHIMDEYLDSSSRCHRLATCREGFLSNTEQGVDELNTDDMIIYLRWLICHLQSLKLLIQTNRIIQWFPIAHRKEFSATIVDCVEIKLSDDQSKSERSFTKIPATFNDEAPLPPPLVAATFVSTKPLKPTEFNLSLAAAGGGMVTDEKNLNLPLHTNDLNHLRSHLIVYCNMYGIEMDVVGIQSSADEMELYASVNRKFKTHFNLQEQMNIFKTYDFIVSGSEKWGLDTYTKCVLKPANWLPYIKLKPKTHLTVVKYITRLRADNKIDELLRAAARFISLTNCDRVQDALRHHALLVQHPPVIHSAAVISHRQGINISEIFKKIYMNQELFNPSNPTKNDSSSINETHDNYEFNQTMQMLGLDDSNETKDDPSSVQGAYLSYLHLRHLKIRDLQRTCLSILNYFRSVERTIVINDQGLSLNNGVGDRSYQNHRSGSSIPGHQGGGGNIGSHGYLFNTPREFRINENDFMQFAEVENHDDFYFHEDGRIHVRDQTGHWIIYDVAVSDFEKLEHDLLLIASVFIGKNKTLRSASLFKRKRQRLEESQSGDFDIGQYAHHEVDRFGVLFDIWTNHTALLECKKKILDIYMEAYNNTFNRDERRLMSQSMVNLMYKKPRIDVESAYFVTAYRLECTILRMQADIFRTLLNKQIDNQREYIKMIGDNVQDFGLPLPVVEKLLIAVNADESVLKNIYFLEFHESLSIICHVTESLEWCFKEILYNCKPTTVTHEILLEKKMYEIMQVEIDSMDSLGVSYTPQVQRDLFSGFFIENPIMLTQLADEYLKNIDSRNTRGDKRSRKIKLINEFGRLYEIITLRFRLLDATWESEVLAKIYQRQAIDLGYDEFHLYLRPIQFEAAKKKEGAELAKPLLYISTIQDDDSAMDKFTPSALPLAINEVDEVGMGKFSFKGRTSVMEMLESKGVENLMIVLKIQLCHKNALAAGVSLCNACRPSLYTLKERDLDACNPTDLRSEKSTTTGANSNFSVPISAQAGPTPLALDSKRADSFNQKDAHPEAFFSIQLEKSPCRDRAMNIYIKKFSGTGKTSGVEVEKVKRDLVLSYIDDFFDRIQQASLRSQIIYYYNSIIHVLKLVPTVSEKFFQFGDAFEKKNDPEDNMSNEEIDPRKLRKRARRILSENGSKFLNLWFIPHFTEILFLYRQRDDERTTENLKNLVNIVGNFHDILHFLVGFSRLQISSAKISTELKAENVDVNDSIEHSLSSQFVIQIAQGAEEGIEINRPRDYDGGVMSQLSTELIEIDHQISHLMDPTEVKAVIELLSTRRNVTFLKFEYCISHALLETFLATRNVKAFKAVSANMKFPFEELTNVQRATTISFRLNVPEPLEARDQRARELYPYRSIINQLGPYLIMHDFWKNIQENIQLVLAGLSDVDRPTVHGEFVSLNLCLEDVLAEGNLPESRAGRKLNMNDFENVLLLGKKFHKKDKKEVALVPVDNLGNQPSSDDKNKKLNIITHPIQCYKLMRNYIILSKRLNLLKNFWGARKLGLEAIENPDDFNMFNKIYKIEKLYPLMKSLCIQYRLPDLAHQGPFADTDIFVTPKGIPEIVVKQRQLGKMIETFESTMIGDLRKRIIRQTDQVMKERNREEGNLPLDLWKKPAMKEAISVKRPVIAEDFVSELMQNTDLNDEKTLISDTLTFTKEHLNKCLQNLAISVLHMQKESYENYAMYYENQLKHQHQLLYAREREIEDMKQQLLQKELATIVDVQFQLADQAHSLLLEVNALRAKVAEMREDSLQQEQTIREEVRQEYNSMVQNLFSVAFEQKTQIDVYREYLHDATLKRIQEVRTEAAIEMNKVKEKSGAKVTADDELAERNLKLSKELTSLHQQNIHLKQMMSRMKSLFNWHHTFIKCNFQKAIAKIEKDRDKYKNSVTVVEMNSEQKVQIMGEELDRLKHYLTSTEKELNDLRKTLDKEMKEKMDKKHAAERKAATDKQMALVKQMHIDQLMSEITEKNSNIATMSRVLNENMKSHKTVADKSVREVDALRKSLREERKMKQSAFTKVDDLISQVYEFEAAFAIVKGNTPINGVTGKNSDSISCSQISRPSTGISNLRSGFKPITPDMKVSTDKSRPRPIT------------------------VGTHQLRKRIADQLLMNLEPENHEQLTKTNRAL 2264
BLAST of Transmembrane protein vs. Planmine SMEST
Match: SMESG000002927.1 (SMESG000002927.1) HSP 1 Score: 4536.48 bits (11765), Expect = 0.000e+0 Identity = 2254/2281 (98.82%), Postives = 2254/2281 (98.82%), Query Frame = 3
Query: 42 GLKILEDSLRSEIIELKSQIEENQLVYGIPSKGMSSIYVPKDPDHFRRQRKLILQRTLQVTDERPIKVQAEVMRLELISCDSREYTEKSVPLLIHQYFLDRIQEMLASKYAHLLRWKRYCINTAIIESIYPEYKERLQHIMDEYLDSSSRCHRLATCREGFLSNTEQGVDELNTDDMIIYLRWLICHLQSLKLLIQTNRIIQWFPIAHRKEFSATIVDCVEIKLSDDQSKSERSFTKIPATFNDEAPLPPPLVAATFVSTKPLKPTEFNLSLAAAGGGMVTDEKNLNLPLHTNDLNHLRSHLIVYCNMYGIEMDVVGIQSSADEMELYASVNRKFKTHFNLQEQMNIFKTYDFIVSGSEKWGLDTYTKCVLKPANWLPYIKLKPKTHLTVVKYITRLRADNKIDELLRAAARFISLTNCDRVQDALRHHALLVQHPPVIHSAAVISHRQGINISEIFKKIYMNQELFNPSNPTKNDSSSINETHDNYEFNQTMQMLGLDDSNETKDDPSSVQGAYLSYLHLRHLKIRDLQRTCLSILNYFRSVERTIVINDQGLSLNNGVGDRSYQNHRXXXXXXXXXXXXXXXXXXXYLFNTPREFRINENDFMQFAEVENHDDFYFHEDGRIHVRDQTGHWIIYDVAVSDFEKLEHDLLLIASVFIGKNKTLRSASLFKRKRQRLEESQSGDFDIGQYAHHEVDRFGVLFDIWTNHTALLECKKKILDIYMEAYNNTFNRDERRLMSQSMVNLMYKKPRIDVESAYFVTAYRLECTILRMQADIFRTLLNKQIDNQREYIKMIGDNVQDFGLPLPVVEKLLIAVNADESVLKNIYFLEFHESLSIICHVTESLEWCFKEILYNCKPTTVTHEILLEKKMYEIMQVEIDSMDSLGVSYTPQVQRDLFSGFFIENPIMLTQLADEYLKNIDSRNTRGDKRSRKIKLINEFGRLYEIITLRFRLLDATWESEVLAKIYQRQAIDLGYDEFHLYLRPIQFXXXXXXXXXXXXXXXXYISTIQDDDSAMDKFTPSALPLAINEVDEVGMGKFSFKGRTSVMEMLESKGVENLMIVLKIQLCHKNALAAGVSLCNACRPSLYTLKERDLDACNPTDLRSEKSTTTGANSNFSVPISAQAGPTPLALDSKRADSFNQKDAHPEAFFSIQLEKSPCRDRAMNIYIKKFSGTGKTSGVEVEKVKRDLVLSYIDDFFDRIQQASLRSQIIYYYNSIIHVLKLVPTVSEKFFQFGDAFEKKNDPEDNMSNEEIDPRKLRKRARRILSENGSKFLNLWFIPHFTEILFLYRQRDDERTTENLKNLVNIVGNFHDILHFLVGFSRLQISSAKISTELKAENVDVNDSIEHSLSSQFVIQIAQGAEEGIEINRPRDYDGGVMSQLSTELIEIDHQISHLMDPTEVKAVIELLSTRRNVTFLKFEYCISHALLETFLATRNVKAFKAVSANMKFPFEELTNVQRATTISFRLNVPEPLEARDQRARELYPYRSIINQLGPYLIMHDFWKNIQENIQLVLAGLSDVDRPTVHGEFVSLNLCLEDVLAEGNLPESRAGRKLNMNDFENVLLLGXXXXXXXXXEVALVPVDNLGNQPSSDDKNKKLNIITHPIQCYKLMRNYIILSKRLNLLKNFWGARKLGLEAIENPDDFNMFNKIYKIEKLYPLMKSLCIQYRLPDLAHQGPFADTDIFVTPKGIPEIVVKQRQLGKMIETFESTMIGDLRKRIIRQTDQVMKERNREEGNLPLDLWKKPAMKEAISVKRPVIAEDFVSELMQNTDLNDEKTLISDTLTFTKEHLNKCLQNLAISVLHMQKESYENYAMYYENQLKHQHQLLYAREREIEDMKQQLLQKELATIVDVQFQLADQAHSLLLEVNALRAKVAEMREDSLQQEQTIREEVRQEYNSMVQNLFSVAFEQKTQIDVYREYLHDATLKRIQEVRTEAAIEMNKVKEKSGAKVTADDELAERNLKLSKELTSLHQQNIHLKQMMSRMKSLFNWHHTFIKCNFQKAIAKIEKDRDKYKNSVTVVEMNSEQKVQIMGEELDRLKHYLTSTEKELNDLRKTLXXXXXXXXXXXHAAERKAATDKQMALVKQMHIDQLMSEITEKNSNIATMSRVLNENMKSHKTVADKSVREVDALRKSLREERKMKQSAFTKVDDLISQVYEFEAAFAIVKGNTPINGVTGKNSDSISCSQISRPSTGISNLRSGFKPITPDMKVSTDKSRPRPITYGDILRRYPIPYAPDHYRDFRRDRVGTHQLRKRIADQLLMNLEPENHEQLTKTNRAL 6884
GLKILEDSLRSEIIELKSQIEENQLVYGIPSKGMSSIYVPKDPDHFRRQRKLILQRTLQVTDERPIKVQAEVMRLELISCDSREYTEKSVPLLIHQYFLDRIQEMLASKYAHLLRWKRYCINTAIIESIYPEYKERLQHIMDEYLDSSSRCHRLATCREGFLSNTEQGVDELNTDDMIIYLRWLICHLQSLKLLIQTNRIIQWFPIAHRKEFSATIVDCVEIKLSDDQSKSERSFTKIPATFNDEAPLPPPLVAATFVSTKPLKPTEFNLSLAAAGGGMVTDEKNLNLPLHTNDLNHLRSHLIVYCNMYGIEMDVVGIQSSADEMELYASVNRKFKTHFNLQEQMNIFKTYDFIVSGSEKWGLDTYTKCVLKPANWLPYIKLKPKTHLTVVKYITRLRADNKIDELLRAAARFISLTNCDRVQDALRHHALLVQHPPVIHSAAVISHRQGINISEIFKKIYMNQELFNPSNPTKNDSSSINETHDNYEFNQTMQMLGLDDSNETKDDPSSVQGAYLSYLHLRHLKIRDLQRTCLSILNYFRSVERTIVINDQGLSLNNGVGDRSYQNHRSGSSIPGHQGGGGNIGSHGYLFNTPREFRINENDFMQFAEVENHDDFYFHEDGRIHVRDQTGHWIIYDVAVSDFEKLEHDLLLIASVFIGKNKTLRSASLFKRKRQRLEESQSGDFDIGQYAHHEVDRFGVLFDIWTNHTALLECKKKILDIYMEAYNNTFNRDERRLMSQSMVNLMYKKPRIDVESAYFVTAYRLECTILRMQADIFRTLLNKQIDNQREYIKMIGDNVQDFGLPLPVVEKLLIAVNADESVLKNIYFLEFHESLSIICHVTESLEWCFKEILYNCKPTTVTHEILLEKKMYEIMQVEIDSMDSLGVSYTPQVQRDLFSGFFIENPIMLTQLADEYLKNIDSRNTRGDKRSRKIKLINEFGRLYEIITLRFRLLDATWESEVLAKIYQRQAIDLGYDEFHLYLRPIQFEAAKKKEGAELAKPLLYISTIQDDDSAMDKFTPSALPLAINEVDEVGMGKFSFKGRTSVMEMLESKGVENLMIVLKIQLCHKNALAAGVSLCNACRPSLYTLKERDLDACNPTDLRSEKSTTTGANSNFSVPISAQAGPTPLALDSKRADSFNQKDAHPEAFFSIQLEKSPCRDRAMNIYIKKFSGTGKTSGVEVEKVKRDLVLSYIDDFFDRIQQASLRSQIIYYYNSIIHVLKLVPTVSEKFFQFGDAFEKKNDPEDNMSNEEIDPRKLRKRARRILSENGSKFLNLWFIPHFTEILFLYRQRDDERTTENLKNLVNIVGNFHDILHFLVGFSRLQISSAKISTELKAENVDVNDSIEHSLSSQFV STELIEIDHQISHLMDPTEVKAVIELLSTRRNVTFLKFEYCISHALLETFLATRNVKAFKAVSANMKFPFEELTNVQRATTISFRLNVPEPLEARDQRARELYPYRSIINQLGPYLIMHDFWKNIQENIQLVLAGLSDVDRPTVHGEFVSLNLCLEDVLAEGNLPESRAGRKLNMNDFENVLLLGKKFHKKDKKEVALVPVDNLGNQPSSDDKNKKLNIITHPIQCYKLMRNYIILSKRLNLLKNFWGARKLGLEAIENPDDFNMFNKIYKIEKLYPLMKSLCIQYRLPDLAHQGPFADTDIFVTPKGIPEIVVKQRQLGKMIETFESTMIGDLRKRIIRQTDQVMKERNREEGNLPLDLWKKPAMKEAISVKRPVIAEDFVSELMQNTDLNDEKTLISDTLTFTKEHLNKCLQNLAISVLHMQKESYENYAMYYENQLKHQHQLLYAREREIEDMKQQLLQKELATIVDVQFQLADQAHSLLLEVNALRAKVAEMREDSLQQEQTIREEVRQEYNSMVQNLFSVAFEQKTQIDVYREYLHDATLKRIQEVRTEAAIEMNKVKEKSGAKVTADDELAERNLKLSKELTSLHQQNIHLKQMMSRMKSLFNWHHTFIKCNFQKAIAKIEKDRDKYKNSVTVVEMNSEQKVQIMGEELDRLKHYLTSTEKELNDLRKTLDKEMKEKMDKKHAAERKAATDKQMALVKQMHIDQLMSEITEKNSNIATMSRVLNENMKSHKTVADKSVREVDALRKSLREERKMKQSAFTKVDDLISQVYEFEAAFAIVKGNTPINGVTGKNSDSISCSQISRPSTGISNLRSGFKPITPDMKVSTDKSRPRPITYGDILRRYPIPYAPDHYRDFRRDRVGTHQLRKRIADQLLMNLEPENHEQLTKTNRAL
Sbjct: 8 GLKILEDSLRSEIIELKSQIEENQLVYGIPSKGMSSIYVPKDPDHFRRQRKLILQRTLQVTDERPIKVQAEVMRLELISCDSREYTEKSVPLLIHQYFLDRIQEMLASKYAHLLRWKRYCINTAIIESIYPEYKERLQHIMDEYLDSSSRCHRLATCREGFLSNTEQGVDELNTDDMIIYLRWLICHLQSLKLLIQTNRIIQWFPIAHRKEFSATIVDCVEIKLSDDQSKSERSFTKIPATFNDEAPLPPPLVAATFVSTKPLKPTEFNLSLAAAGGGMVTDEKNLNLPLHTNDLNHLRSHLIVYCNMYGIEMDVVGIQSSADEMELYASVNRKFKTHFNLQEQMNIFKTYDFIVSGSEKWGLDTYTKCVLKPANWLPYIKLKPKTHLTVVKYITRLRADNKIDELLRAAARFISLTNCDRVQDALRHHALLVQHPPVIHSAAVISHRQGINISEIFKKIYMNQELFNPSNPTKNDSSSINETHDNYEFNQTMQMLGLDDSNETKDDPSSVQGAYLSYLHLRHLKIRDLQRTCLSILNYFRSVERTIVINDQGLSLNNGVGDRSYQNHRSGSSIPGHQGGGGNIGSHGYLFNTPREFRINENDFMQFAEVENHDDFYFHEDGRIHVRDQTGHWIIYDVAVSDFEKLEHDLLLIASVFIGKNKTLRSASLFKRKRQRLEESQSGDFDIGQYAHHEVDRFGVLFDIWTNHTALLECKKKILDIYMEAYNNTFNRDERRLMSQSMVNLMYKKPRIDVESAYFVTAYRLECTILRMQADIFRTLLNKQIDNQREYIKMIGDNVQDFGLPLPVVEKLLIAVNADESVLKNIYFLEFHESLSIICHVTESLEWCFKEILYNCKPTTVTHEILLEKKMYEIMQVEIDSMDSLGVSYTPQVQRDLFSGFFIENPIMLTQLADEYLKNIDSRNTRGDKRSRKIKLINEFGRLYEIITLRFRLLDATWESEVLAKIYQRQAIDLGYDEFHLYLRPIQFEAAKKKEGAELAKPLLYISTIQDDDSAMDKFTPSALPLAINEVDEVGMGKFSFKGRTSVMEMLESKGVENLMIVLKIQLCHKNALAAGVSLCNACRPSLYTLKERDLDACNPTDLRSEKSTTTGANSNFSVPISAQAGPTPLALDSKRADSFNQKDAHPEAFFSIQLEKSPCRDRAMNIYIKKFSGTGKTSGVEVEKVKRDLVLSYIDDFFDRIQQASLRSQIIYYYNSIIHVLKLVPTVSEKFFQFGDAFEKKNDPEDNMSNEEIDPRKLRKRARRILSENGSKFLNLWFIPHFTEILFLYRQRDDERTTENLKNLVNIVGNFHDILHFLVGFSRLQISSAKISTELKAENVDVNDSIEHSLSSQFV---------------------------STELIEIDHQISHLMDPTEVKAVIELLSTRRNVTFLKFEYCISHALLETFLATRNVKAFKAVSANMKFPFEELTNVQRATTISFRLNVPEPLEARDQRARELYPYRSIINQLGPYLIMHDFWKNIQENIQLVLAGLSDVDRPTVHGEFVSLNLCLEDVLAEGNLPESRAGRKLNMNDFENVLLLGKKFHKKDKKEVALVPVDNLGNQPSSDDKNKKLNIITHPIQCYKLMRNYIILSKRLNLLKNFWGARKLGLEAIENPDDFNMFNKIYKIEKLYPLMKSLCIQYRLPDLAHQGPFADTDIFVTPKGIPEIVVKQRQLGKMIETFESTMIGDLRKRIIRQTDQVMKERNREEGNLPLDLWKKPAMKEAISVKRPVIAEDFVSELMQNTDLNDEKTLISDTLTFTKEHLNKCLQNLAISVLHMQKESYENYAMYYENQLKHQHQLLYAREREIEDMKQQLLQKELATIVDVQFQLADQAHSLLLEVNALRAKVAEMREDSLQQEQTIREEVRQEYNSMVQNLFSVAFEQKTQIDVYREYLHDATLKRIQEVRTEAAIEMNKVKEKSGAKVTADDELAERNLKLSKELTSLHQQNIHLKQMMSRMKSLFNWHHTFIKCNFQKAIAKIEKDRDKYKNSVTVVEMNSEQKVQIMGEELDRLKHYLTSTEKELNDLRKTLDKEMKEKMDKKHAAERKAATDKQMALVKQMHIDQLMSEITEKNSNIATMSRVLNENMKSHKTVADKSVREVDALRKSLREERKMKQSAFTKVDDLISQVYEFEAAFAIVKGNTPINGVTGKNSDSISCSQISRPSTGISNLRSGFKPITPDMKVSTDKSRPRPITYGDILRRYPIPYAPDHYRDFRRDRVGTHQLRKRIADQLLMNLEPENHEQLTKTNRAL 2261
BLAST of Transmembrane protein vs. Planmine SMEST
Match: SMESG000078557.1 (SMESG000078557.1) HSP 1 Score: 1549.64 bits (4011), Expect = 0.000e+0 Identity = 896/2293 (39.08%), Postives = 1396/2293 (60.88%), Query Frame = 3
Query: 54 LEDSLRSEIIELKSQIEENQLVYGIPSKGMSSIYVPKDPDHFRRQRKLILQRTLQVTDERPIKVQAEVMRLELISCDSREYTEKSVPLLIHQYFLDRIQEMLASKYAHLLRWKRYCINTAIIESIYPEYKERLQHIMDEYLDSSSRCHRLATCREGFLSNTEQGVDELNTDDMIIYLRWLICHLQSLKLLIQTNRIIQWFPIAHRKEFSATIVDCVEIKLSDDQSKSERSFTKIPATF----NDEAPLPPPLVAATFVSTKPLKPTEFNLSLAAAGGGMVTDEKNLNLPLHTNDLNHLRSHLIVYCNMYGIEMDVVGIQSSADEMELYASVNRKFKTHFNLQEQMNIFKTYDFIVSGSEKWGLDTYTKCVLKPANWLPYIKLKPKTHLTVVKYITRLRADNKIDELLRAAARFISLTNCDRVQDALRHHALLVQHPPVIHSAAVISHRQGINISEIFKKIY----MNQELFNPSNPTKNDSSSINETHDNYEFNQTMQMLGLDDSNETKDDPSSVQGAYLSYLHLRHLKIRDLQRTCLSILNYFRSVERTIVINDQGLSLNNGVGDRSYQNHRXXXXXXXXXXXXXXXXXXXYLFNTPREFRINENDFMQFAEVENHDDFYFHEDGRIHVRDQTGHWIIYDVAVSDFEKLEHDLLLIASVFIGKNKTLRSASLFKRKRQRLEESQSGDFDIGQYAHHEVDRFGVLFDIWTNHTALLECKKKILDIYMEAYNNTFNRDERRLMSQSMVNLMYKKPRIDVESAYFVTAYRLECTILRMQADIFRTLLNKQIDNQREYIKMIGDNVQDFGLPLPVVEKLLIAVNADESVLKNIYFLEFHESLSIICHVTESLEWCFKEILYNCKPTTVTHEILLEKKMYEIMQVEIDSMDSLGVSYT-PQVQRDLFSGFFIENPIMLTQLADEYLKNIDSRNTRGDKRSRKIKLINEFGRLYEIITLRFRLLDATWESEVLAKIYQRQAIDLGYDEFHLYLRPIQFXXXXXXXXXXXXXXXXYISTIQDDDSAMDKFTPSALPLAINEVDEVGMGKFSFKGRTSVMEMLESKGVENLMIVLKIQLCHKNALAAGVSLCNACRPSLY-TLKERDLDACNPTDLRSEKSTTTGANSNFSVPISAQAGPTPLALDSKRADSFNQKDAHPEAFFSIQLEKSPCRDRAMNIYIKKFSGTGKTSGVEVEKVKRDLVLSYIDDFFDRIQQASLRSQIIYYYNSIIHVLKLVPTVSEKFFQFGDAFEKKNDPEDNMSNEEIDPRKLRKRARRILSENGSKFLNLWFIPHFTEILFLYRQRDDERTTENLKNLVNIVGNFHDILHFLVGFSRLQISSAKISTELKAENVDVNDSIEHSLSSQFVIQIAQGAEEGIEINRPRDYDGGVMSQLSTELIEIDHQISHLMDPTEVKAVIELLSTRRNVTFLKFEYCISHALLETFLATRNVKAFKAVSANMKFPFEELTNVQRATTISFRLNVPEPLEARDQRARELYPYRSIINQLGPYLIMHDFWKNIQENIQLVLAGLSDVDRPTVHGEFVSLNLCLEDVLAEGNLPESRAGRKLNMNDFENVLL---LGXXXXXXXXXEVALVPVDNLGNQPSSDDKNKKLNIITHPIQCYKLMRNYIILSKRLNLLKNFWGARKLGLEAIENPDDFNMFNKIYKIEKLYPLMKSLCIQYRLPDLAHQGPFADTDIFVTPKGIPEIVVKQRQLGKMIETFESTMIGDLRKRIIRQTDQVMKERNREEGNLPLDLWKKPAMKEAISVKRPVIAEDFVSELMQNTDL---------------------NDEKTLISDTLTFTKEHLNKCLQNLAISVLHMQKESYENYAMYYENQLKHQHQLLYAREREIEDMKQQLLQKELATIVDVQFQLADQAHSLLLEVNALRAKVAEMREDSLQQEQTIREEVRQEYNSMVQNLFSVAFEQKTQIDVYREYLHDATLKRIQEVRTEAAIEMNKVKEKSGAKVTADDELAERNLKLSKELTSLHQQNIHLKQMMSRMKSLFNWHHTFIKCNFQKAIAKIEKDRDKYKNSVTVVEMNSEQKVQIMGEELDRLKHYLTSTEKELNDLRKTLXXXXXXXXXXXHAAERKAATDKQMALVKQMHIDQLMSEITEKNSNIATMSRVLNENMKSHKTVADKSVREVDALRKSLREERKMKQSAFTKVDDLISQVYEFEAAFAIVKGNTPINGVTGKNSDSISCSQISRPSTGISNLRSGFKPITPDMKVSTDKSRPRPITYGDILRRYPIPYAPDHYRDFRRDRVGTHQLRKRIADQLL 6830
L++ L+ +++ELK+QIEENQL+YG+ +K SSIY PKDP+ + ++R+L L+R + K+ A+ ++LE+ C+ EY +KS+ LL++QYF +R++ ++ K + +LR+KRYCIN + E I Y RL I EY D +R +RL +EGF+ N++QG++E+ DD+ IY++WLI H+ +++ + +II+W PI +RK +A + +D +KSE ++ I +T N E+ L T +T+ ++ NLS AA+GGG DE+NL PLHTND+++L LI +C +YGI MDV I+++ADEMELY+ V+R+FKT FN+QEQM FK YD I S E+WG+D+ + +LKPANW P+ K PK +L +Y+ +LR + DE L A+ F+ +N + Q LRHHAL++QH PV+++ AV+++ +G +I++I K IY +N F + NDSS HDNY F + +Q+LGLD+S ETKDD S+VQGAYLSYLHLR LKIRD+QRTCLSILNYFRSVERT+VI++ + + R + SS N+G+HGYL T +F+I+ DFM+ E+ENHDDFY HE+GRIHV+D G+WI+YDVA+ DFEKLE DL+LI S +I +K +RS++LF RK+ + E ++ +F I +Y H EVDRFGVL+D+W HT +E KKK+ D+ ME YN +++R+ ++Q+++NLM+ KPRID+ S YF+ +YR E IL + IF+ +L+K+I +REY+ + +D P + LLIA N+DE L+ ++FLEF SLS +C + + +++ I T VT + E + + + EI + + +T P + + L I NP+++ ++ +YLK IDS+NTRG+K+ RKI+ INEF RL E+ +RFRL+ E+E L IY QAI LGYD FHL++R + FE A K EGAE KP LY+S++QDDDS +DK+ P AI+E+D V G F+ +++ LESKG+ENL ++LK+Q CHKNA+A+GV LC+ CRPS+Y + KE+ L +S+ + +++PISAQ+GPTPLALDS RA D++PEA FS+QLEK P RD+ +N ++KKF S V++EK KRD + + + F+DRI +L++QII YYNSII+ L VP + +FFQFG AF D N + +P+KL R R+++ ++G K +N+W+IPHF+EILFLYRQ +D + L N + +V FHDI+ ++VGF + +S ++ ++K + ++ ++ +SQ ++ +E +++ DY+ QL E ++++ QI HL +P +++ VI+LL+ RR F FE C + L E FL+T N+ +K + ++ + NV+ IS L +P + D +L+P+RS++ + GP I D NI + +QL + R ++ +F +LNL LED+L E E+ ND E LL + KK K+ + +A V + + ++ K L++ +PIQ Y+ + ++ + ++L +L++ + + ++ I++ + F +K YK+ L+P+++ L +P+ GP D+ PKGIPE+ + + +I E I LR +I ++ D V+K+R+ E + D+ K P + S+K P + D + + L +EK + +D L ++K ++NKCLQ LA ++L + +E+YE++AMY+EN LKHQ QLL R RE +K++ +KE + V+ QF LA++ +LE+N LR KV E +++ +E T+R + + +++NL+++ FEQ T+I V R LH +RI R A EMNK+KE+SGAK T DDE+A RNL L+K+++ N L Q ++RMKSLFNW + + C+++ + + D+ K V +V +N++QKV+++ E RLK ++ TEKEL++L+ TL+KE+ ++ K+ A+ K + K+ + KQ I LM+++ E N IATM ++K++K+V S +V+ L L +ER+ K +AF KVDDLI+QVYEFEA FA+V NT G+ + +++ + T +LR + PD+ + R +TY I++R+ IPY P H+ FRRDRV H+++ RI ++L+
Sbjct: 12 LDELLKMDVVELKAQIEENQLIYGLNNKDPSSIYTPKDPEFYLKKRRLKLKRQIDGQCTHTGKIVADTIKLEIECCEKFEYRDKSLLLLVYQYFKNRMKVLVNMKRSQMLRYKRYCINKTLTEFIKEHYNARLNAINTEYNDVRARYNRLKAAQEGFICNSDQGLEEITMDDIFIYMKWLIQHMYNMEYITTMVKIIRWIPIKYRKNNAAKAEND-----TDSFNKSESTYKYIRSTTSILQNRESSLTARHSQRTISNTR----SDINLS-AASGGGYAVDERNLLFPLHTNDMHYLEHLLIYFCEVYGINMDVHKIRNAADEMELYSVVSRRFKTVFNMQEQMRTFKVYDKIDSSQERWGMDSAMRALLKPANWKPFNKFTPKINLLEARYLNKLRDEEIKDEFLITASLFLKKSNAEETQMNLRHHALVIQHLPVVYNTAVVTNPKGFDIADILKTIYTKCDVNLRTFTTDDKPNNDSSG---DHDNYNFTEALQLLGLDESIETKDDSSTVQGAYLSYLHLRFLKIRDMQRTCLSILNYFRSVERTLVIDEYQFTKESV---RPVKKSNPASSQDLDSSNFDNLGNHGYLQATVDDFKISIEDFMKTNEIENHDDFYLHENGRIHVQDLMGNWIMYDVALKDFEKLESDLILIGSYYITFDKEMRSSTLFNRKQSQSEHTEGSEFYILEYGHREVDRFGVLYDLWCQHTDFMEQKKKLFDLNMEVYNTVCKQEDRQHLAQTLINLMHHKPRIDLHSKYFLISYRYENMILERKFQIFKMILDKEISREREYLSKV---YKDSDYPYRHIPHLLIAPNSDECALQEVHFLEFLPSLSQVCQINKMIDYASLNIKNLSSNTPVTSMLKKELDLLDTIYKEISEYEDITRQFTDPNLIKFLSQDSVICNPLIMEEIGRKYLKIIDSKNTRGEKKRRKIRCINEFSRLIELANIRFRLIHVLHETEYLHSIYDNQAITLGYDNFHLFMRQVPFERAVKTEGAEYYKPFLYVSSVQDDDSVVDKYRPEHPYPAIHELDNVHFGLFNLITINDIIQCLESKGLENLQVMLKVQFCHKNAVASGVLLCDYCRPSVYKSHKEKSLSHI--------ESSLGQTVTTYNLPISAQSGPTPLALDSSRASIHALTDSYPEALFSLQLEKVPIRDKMLNNFLKKFPSPSTVSQVDMEKAKRDCITFFTNAFYDRIAHIALKAQIIAYYNSIINTLNAVPEIVSEFFQFGKAFNPAKSTVDANCNLDKNPKKLHNRCRKVIDDDGQKLINIWYIPHFSEILFLYRQTEDAKANLILYNFLRLVMAFHDIIQYVVGFWKFGFNSTRVPEKMKMK-INKIYNLPTDTNSQNIVHHLH-CDEVADLSYFTDYNTTNTYQLRKEFVDLEIQIEHLPNPYDLEQVIDLLNIRRKYHFYYFEICATLLLKELFLSTDNIHCYKKLMNGIQSSIPTIRNVRYTKHISEGLCIPSLISETDPEIDKLFPWRSMMLKSGPVFINFDCTMNICDYLQLCFICIPQKYRFLIYNQFYNLNLSLEDMLVEQ---ETMTTNPSINNDNEKFLLSKKMHKKEKKEGHQHLATEHVKKDDLESTIIEEKKSLSLRENPIQTYEHLLTFLYVLRQLYVLRDIYSFKVSQIKKIDSYESFLTVSKQYKLSILFPVLRKLSYDINVPNFYFYGPLKAEDVVTYPKGIPEVSIYNLLIKALINKIEKQQINLLRSKITQKIDHVIKQRHYESETI--DMEKSPYLIFKNSLKNPNLVADLIKKFEAPFQLAEKKEEEKAEGTKENESEDGKENEKEIENDNLVYSKMYVNKCLQYLANTLLRIHRETYESFAMYFENLLKHQQQLLLFRNREYYGLKEEFHEKEQSLSVERQFILANKVSERILEINYLRGKVKEDKQNIQNKENTLRRQTSLSFKFLIRNLYNLGFEQMTRIKVSRFKLHCDVYQRINATRLNAFYEMNKIKERSGAKYTTDDEIALRNLILTKKMSDARAVNFSLFQFIARMKSLFNWIYNYTVCDWENMLNENMNRTDRVKGLVFLVTVNAQQKVKLIKCEFKRLKVIISDTEKELSELKNTLNKEITQQTQKRQKAKLKHLSLKKTTIQKQKQISDLMNQLQEMNGQIATMKMKFESHIKNNKSVTVTSHNQVEKLSTILTDERRKKLNAFNKVDDLIAQVYEFEAGFAMV--NTQSEASRGRVEKNYK-ARLLQTKTKKVDLRGNY----PDLIL-----HQRQLTYDAIIKRHCIPYTPCHFLPFRRDRVEAHRMKMRIQNRLI 2258
BLAST of Transmembrane protein vs. Planmine SMEST
Match: SMESG000078557.1 (SMESG000078557.1) HSP 1 Score: 1545.79 bits (4001), Expect = 0.000e+0 Identity = 894/2286 (39.11%), Postives = 1391/2286 (60.85%), Query Frame = 3
Query: 75 EIIELKSQIEENQLVYGIPSKGMSSIYVPKDPDHFRRQRKLILQRTLQVTDERPIKVQAEVMRLELISCDSREYTEKSVPLLIHQYFLDRIQEMLASKYAHLLRWKRYCINTAIIESIYPEYKERLQHIMDEYLDSSSRCHRLATCREGFLSNTEQGVDELNTDDMIIYLRWLICHLQSLKLLIQTNRIIQWFPIAHRKEFSATIVDCVEIKLSDDQSKSERSFTKIPATF----NDEAPLPPPLVAATFVSTKPLKPTEFNLSLAAAGGGMVTDEKNLNLPLHTNDLNHLRSHLIVYCNMYGIEMDVVGIQSSADEMELYASVNRKFKTHFNLQEQMNIFKTYDFIVSGSEKWGLDTYTKCVLKPANWLPYIKLKPKTHLTVVKYITRLRADNKIDELLRAAARFISLTNCDRVQDALRHHALLVQHPPVIHSAAVISHRQGINISEIFKKIY----MNQELFNPSNPTKNDSSSINETHDNYEFNQTMQMLGLDDSNETKDDPSSVQGAYLSYLHLRHLKIRDLQRTCLSILNYFRSVERTIVINDQGLSLNNGVGDRSYQNHRXXXXXXXXXXXXXXXXXXXYLFNTPREFRINENDFMQFAEVENHDDFYFHEDGRIHVRDQTGHWIIYDVAVSDFEKLEHDLLLIASVFIGKNKTLRSASLFKRKRQRLEESQSGDFDIGQYAHHEVDRFGVLFDIWTNHTALLECKKKILDIYMEAYNNTFNRDERRLMSQSMVNLMYKKPRIDVESAYFVTAYRLECTILRMQADIFRTLLNKQIDNQREYIKMIGDNVQDFGLPLPVVEKLLIAVNADESVLKNIYFLEFHESLSIICHVTESLEWCFKEILYNCKPTTVTHEILLEKKMYEIMQVEIDSMDSLGVSYT-PQVQRDLFSGFFIENPIMLTQLADEYLKNIDSRNTRGDKRSRKIKLINEFGRLYEIITLRFRLLDATWESEVLAKIYQRQAIDLGYDEFHLYLRPIQFXXXXXXXXXXXXXXXXYISTIQDDDSAMDKFTPSALPLAINEVDEVGMGKFSFKGRTSVMEMLESKGVENLMIVLKIQLCHKNALAAGVSLCNACRPSLY-TLKERDLDACNPTDLRSEKSTTTGANSNFSVPISAQAGPTPLALDSKRADSFNQKDAHPEAFFSIQLEKSPCRDRAMNIYIKKFSGTGKTSGVEVEKVKRDLVLSYIDDFFDRIQQASLRSQIIYYYNSIIHVLKLVPTVSEKFFQFGDAFEKKNDPEDNMSNEEIDPRKLRKRARRILSENGSKFLNLWFIPHFTEILFLYRQRDDERTTENLKNLVNIVGNFHDILHFLVGFSRLQISSAKISTELKAENVDVNDSIEHSLSSQFVIQIAQGAEEGIEINRPRDYDGGVMSQLSTELIEIDHQISHLMDPTEVKAVIELLSTRRNVTFLKFEYCISHALLETFLATRNVKAFKAVSANMKFPFEELTNVQRATTISFRLNVPEPLEARDQRARELYPYRSIINQLGPYLIMHDFWKNIQENIQLVLAGLSDVDRPTVHGEFVSLNLCLEDVLAEGNLPESRAGRKLNMNDFENVLL---LGXXXXXXXXXEVALVPVDNLGNQPSSDDKNKKLNIITHPIQCYKLMRNYIILSKRLNLLKNFWGARKLGLEAIENPDDFNMFNKIYKIEKLYPLMKSLCIQYRLPDLAHQGPFADTDIFVTPKGIPEIVVKQRQLGKMIETFESTMIGDLRKRIIRQTDQVMKERNREEGNLPLDLWKKPAMKEAISVKRPVIAEDFVSELMQNTDL---------------------NDEKTLISDTLTFTKEHLNKCLQNLAISVLHMQKESYENYAMYYENQLKHQHQLLYAREREIEDMKQQLLQKELATIVDVQFQLADQAHSLLLEVNALRAKVAEMREDSLQQEQTIREEVRQEYNSMVQNLFSVAFEQKTQIDVYREYLHDATLKRIQEVRTEAAIEMNKVKEKSGAKVTADDELAERNLKLSKELTSLHQQNIHLKQMMSRMKSLFNWHHTFIKCNFQKAIAKIEKDRDKYKNSVTVVEMNSEQKVQIMGEELDRLKHYLTSTEKELNDLRKTLXXXXXXXXXXXHAAERKAATDKQMALVKQMHIDQLMSEITEKNSNIATMSRVLNENMKSHKTVADKSVREVDALRKSLREERKMKQSAFTKVDDLISQVYEFEAAFAIVKGNTPINGVTGKNSDSISCSQISRPSTGISNLRSGFKPITPDMKVSTDKSRPRPITYGDILRRYPIPYAPDHYRDFRRDRVGTHQLRKRIADQLL 6830
+++ELK+QIEENQL+YG+ +K SSIY PKDP+ + ++R+L L+R + K+ A+ ++LE+ C+ EY +KS+ LL++QYF +R++ ++ K + +LR+KRYCIN + E I Y RL I EY D +R +RL +EGF+ N++QG++E+ DD+ IY++WLI H+ +++ + +II+W PI +RK +A + +D +KSE ++ I +T N E+ L T +T+ ++ NLS AA+GGG DE+NL PLHTND+++L LI +C +YGI MDV I+++ADEMELY+ V+R+FKT FN+QEQM FK YD I S E+WG+D+ + +LKPANW P+ K PK +L +Y+ +LR + DE L A+ F+ +N + Q LRHHAL++QH PV+++ AV+++ +G +I++I K IY +N F + NDSS HDNY F + +Q+LGLD+S ETKDD S+VQGAYLSYLHLR LKIRD+QRTCLSILNYFRSVERT+VI++ + + R + SS N+G+HGYL T +F+I+ DFM+ E+ENHDDFY HE+GRIHV+D G+WI+YDVA+ DFEKLE DL+LI S +I +K +RS++LF RK+ + E ++ +F I +Y H EVDRFGVL+D+W HT +E KKK+ D+ ME YN +++R+ ++Q+++NLM+ KPRID+ S YF+ +YR E IL + IF+ +L+K+I +REY+ + +D P + LLIA N+DE L+ ++FLEF SLS +C + + +++ I T VT + E + + + EI + + +T P + + L I NP+++ ++ +YLK IDS+NTRG+K+ RKI+ INEF RL E+ +RFRL+ E+E L IY QAI LGYD FHL++R + FE A K EGAE KP LY+S++QDDDS +DK+ P AI+E+D V G F+ +++ LESKG+ENL ++LK+Q CHKNA+A+GV LC+ CRPS+Y + KE+ L +S+ + +++PISAQ+GPTPLALDS RA D++PEA FS+QLEK P RD+ +N ++KKF S V++EK KRD + + + F+DRI +L++QII YYNSII+ L VP + +FFQFG AF D N + +P+KL R R+++ ++G K +N+W+IPHF+EILFLYRQ +D + L N + +V FHDI+ ++VGF + +S ++ ++K + ++ ++ +SQ ++ +E +++ DY+ QL E ++++ QI HL +P +++ VI+LL+ RR F FE C + L E FL+T N+ +K + ++ + NV+ IS L +P + D +L+P+RS++ + GP I D NI + +QL + R ++ +F +LNL LED+L E E+ ND E LL + KK K+ + +A V + + ++ K L++ +PIQ Y+ + ++ + ++L +L++ + + ++ I++ + F +K YK+ L+P+++ L +P+ GP D+ PKGIPE+ + + +I E I LR +I ++ D V+K+R+ E + D+ K P + S+K P + D + + L +EK + +D L ++K ++NKCLQ LA ++L + +E+YE++AMY+EN LKHQ QLL R RE +K++ +KE + V+ QF LA++ +LE+N LR KV E +++ +E T+R + + +++NL+++ FEQ T+I V R LH +RI R A EMNK+KE+SGAK T DDE+A RNL L+K+++ N L Q ++RMKSLFNW + + C+++ + + D+ K V +V +N++QKV+++ E RLK ++ TEKEL++L+ TL+KE+ ++ K+ A+ K + K+ + KQ I LM+++ E N IATM ++K++K+V S +V+ L L +ER+ K +AF KVDDLI+QVYEFEA FA+V NT G+ + +++ + T +LR + PD+ + R +TY I++R+ IPY P H+ FRRDRV H+++ RI ++L+
Sbjct: 2 DVVELKAQIEENQLIYGLNNKDPSSIYTPKDPEFYLKKRRLKLKRQIDGQCTHTGKIVADTIKLEIECCEKFEYRDKSLLLLVYQYFKNRMKVLVNMKRSQMLRYKRYCINKTLTEFIKEHYNARLNAINTEYNDVRARYNRLKAAQEGFICNSDQGLEEITMDDIFIYMKWLIQHMYNMEYITTMVKIIRWIPIKYRKNNAAKAEND-----TDSFNKSESTYKYIRSTTSILQNRESSLTARHSQRTISNTR----SDINLS-AASGGGYAVDERNLLFPLHTNDMHYLEHLLIYFCEVYGINMDVHKIRNAADEMELYSVVSRRFKTVFNMQEQMRTFKVYDKIDSSQERWGMDSAMRALLKPANWKPFNKFTPKINLLEARYLNKLRDEEIKDEFLITASLFLKKSNAEETQMNLRHHALVIQHLPVVYNTAVVTNPKGFDIADILKTIYTKCDVNLRTFTTDDKPNNDSSG---DHDNYNFTEALQLLGLDESIETKDDSSTVQGAYLSYLHLRFLKIRDMQRTCLSILNYFRSVERTLVIDEYQFTKESV---RPVKKSNPASSQDLDSSNFDNLGNHGYLQATVDDFKISIEDFMKTNEIENHDDFYLHENGRIHVQDLMGNWIMYDVALKDFEKLESDLILIGSYYITFDKEMRSSTLFNRKQSQSEHTEGSEFYILEYGHREVDRFGVLYDLWCQHTDFMEQKKKLFDLNMEVYNTVCKQEDRQHLAQTLINLMHHKPRIDLHSKYFLISYRYENMILERKFQIFKMILDKEISREREYLSKV---YKDSDYPYRHIPHLLIAPNSDECALQEVHFLEFLPSLSQVCQINKMIDYASLNIKNLSSNTPVTSMLKKELDLLDTIYKEISEYEDITRQFTDPNLIKFLSQDSVICNPLIMEEIGRKYLKIIDSKNTRGEKKRRKIRCINEFSRLIELANIRFRLIHVLHETEYLHSIYDNQAITLGYDNFHLFMRQVPFERAVKTEGAEYYKPFLYVSSVQDDDSVVDKYRPEHPYPAIHELDNVHFGLFNLITINDIIQCLESKGLENLQVMLKVQFCHKNAVASGVLLCDYCRPSVYKSHKEKSLSHI--------ESSLGQTVTTYNLPISAQSGPTPLALDSSRASIHALTDSYPEALFSLQLEKVPIRDKMLNNFLKKFPSPSTVSQVDMEKAKRDCITFFTNAFYDRIAHIALKAQIIAYYNSIINTLNAVPEIVSEFFQFGKAFNPAKSTVDANCNLDKNPKKLHNRCRKVIDDDGQKLINIWYIPHFSEILFLYRQTEDAKANLILYNFLRLVMAFHDIIQYVVGFWKFGFNSTRVPEKMKMK-INKIYNLPTDTNSQNIVHHLH-CDEVADLSYFTDYNTTNTYQLRKEFVDLEIQIEHLPNPYDLEQVIDLLNIRRKYHFYYFEICATLLLKELFLSTDNIHCYKKLMNGIQSSIPTIRNVRYTKHISEGLCIPSLISETDPEIDKLFPWRSMMLKSGPVFINFDCTMNICDYLQLCFICIPQKYRFLIYNQFYNLNLSLEDMLVEQ---ETMTTNPSINNDNEKFLLSKKMHKKEKKEGHQHLATEHVKKDDLESTIIEEKKSLSLRENPIQTYEHLLTFLYVLRQLYVLRDIYSFKVSQIKKIDSYESFLTVSKQYKLSILFPVLRKLSYDINVPNFYFYGPLKAEDVVTYPKGIPEVSIYNLLIKALINKIEKQQINLLRSKITQKIDHVIKQRHYESETI--DMEKSPYLIFKNSLKNPNLVADLIKKFEAPFQLAEKKEEEKAEGTKENESEDGKENEKEIENDNLVYSKMYVNKCLQYLANTLLRIHRETYESFAMYFENLLKHQQQLLLFRNREYYGLKEEFHEKEQSLSVERQFILANKVSERILEINYLRGKVKEDKQNIQNKENTLRRQTSLSFKFLIRNLYNLGFEQMTRIKVSRFKLHCDVYQRINATRLNAFYEMNKIKERSGAKYTTDDEIALRNLILTKKMSDARAVNFSLFQFIARMKSLFNWIYNYTVCDWENMLNENMNRTDRVKGLVFLVTVNAQQKVKLIKCEFKRLKVIISDTEKELSELKNTLNKEITQQTQKRQKAKLKHLSLKKTTIQKQKQISDLMNQLQEMNGQIATMKMKFESHIKNNKSVTVTSHNQVEKLSTILTDERRKKLNAFNKVDDLIAQVYEFEAGFAMV--NTQSEASRGRVEKNYK-ARLLQTKTKKVDLRGNY----PDLIL-----HQRQLTYDAIIKRHCIPYTPCHFLPFRRDRVEAHRMKMRIQNRLI 2241 The following BLAST results are available for this feature:
BLAST of Transmembrane protein vs. Ensembl Human
Analysis Date: 2016-08-08 (Schmidtea mediterranea smed_20140614 BLASTX Human e!99) Total hits: 0
BLAST of Transmembrane protein vs. Ensembl Celegans
Analysis Date: 2020-05-01 (Schmidtea mediterranea smed_20140614 BLASTX Celegan e!99) Total hits: 0
BLAST of Transmembrane protein vs. Ensembl Fly
Analysis Date: 2020-05-01 (Schmidtea mediterranea smed_20140614 BLASTX Drosophila e!99) Total hits: 0
BLAST of Transmembrane protein vs. Ensembl Zebrafish
Analysis Date: 2016-08-08 (Schmidtea mediterranea smed_20140614 BLASTX Zebrafish e!99) Total hits: 2
BLAST of Transmembrane protein vs. Ensembl Xenopus
Analysis Date: 2020-05-01 (Schmidtea mediterranea smed_20140614 BLASTX Xenopus e!99) Total hits: 1
BLAST of Transmembrane protein vs. Ensembl Mouse
Analysis Date: 2020-05-01 (Schmidtea mediterranea smed_20140614 BLASTX Mouse e!99) Total hits: 5
BLAST of Transmembrane protein vs. UniProt/SwissProt
Analysis Date: 2020-05-01 (Schmidtea mediterranea smed_20140614 BLASTX EMBL-EBI UniProt) Total hits: 1
BLAST of Transmembrane protein vs. TrEMBL
Analysis Date: 2020-05-01 (Schmidtea mediterranea smed_20140614 BLASTX EMBL-EBI TrEMBL) Total hits: 5
BLAST of Transmembrane protein vs. Ensembl Cavefish
Analysis Date: 2020-05-08 (Schmidtea mediterranea smed_20140614 BLASTX Cavefish e!99) Total hits: 2
BLAST of Transmembrane protein vs. Ensembl Sea Lamprey
Analysis Date: 2020-05-08 (Schmidtea mediterranea smed_20140614 BLASTX Sea Lamprey e!99) Total hits: 1
BLAST of Transmembrane protein vs. Ensembl Yeast
Analysis Date: 2020-05-08 (Schmidtea mediterranea smed_20140614 BLASTX Yeast e!Fungi46) Total hits: 0
BLAST of Transmembrane protein vs. Ensembl Nematostella
Analysis Date: 2020-05-08 (Schmidtea mediterranea smed_20140614 BLASTX Nematostella e!Metazoa46) Total hits: 1
BLAST of Transmembrane protein vs. Ensembl Medaka
Analysis Date: 2020-05-08 (Schmidtea mediterranea smed_20140614 BLASTX Medaka e!99) Total hits: 0
BLAST of Transmembrane protein vs. Planmine SMEST
Analysis Date: 2020-05-08 (Schmidtea mediterranea smed_20140614 BLASTX Planmine SMEST) Total hits: 5
Analyses
This transcript is derived from or has results from the following analyses Sequences
The following sequences are available for this feature:
transcript sequence >SMED30009231 ID=SMED30009231|Name=Transmembrane protein|organism=Schmidtea mediterranea sexual|type=transcript|length=6957bpback to top protein sequence of SMED30009231-orf-1 >SMED30009231-orf-1 ID=SMED30009231-orf-1|Name=SMED30009231-orf-1|organism=Schmidtea mediterranea sexual|type=polypeptide|length=2289bp MEENEEEGLKILEDSLRSEIIELKSQIEENQLVYGIPSKGMSSIYVPKDPback to top Annotated Terms
The following terms have been associated with this transcript:
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