Vitellogenin domain-containing 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., 2020SMED30020296 has been reported as being expressed in these anatomical structures and/or regions. Read more about PAGEPAGE Curations: 46Note: Hover over icons to view figure legend
Homology
BLAST of Vitellogenin domain-containing protein vs. Ensembl Human
Match: AC099489.1 (novel lipoprotein amino terminal region containing protein) HSP 1 Score: 263.462 bits (672), Expect = 6.239e-69 Identity = 225/959 (23.46%), Postives = 400/959 (41.71%), Query Frame = 2
Query: 383 SYKFKSALEMNDIFFTKESNEVKSVCMDGEEPVWSGNIKKAILDSLANQGIQTKPDSYKKTS-HGKCFITSSEKSPKEETNPNSVNFQYDLQTCDNKMISNSLFGDITRSVIFK-TSQVSCKYLYKDQSNLVSIRCREEYKTATIKTNENQMVVEITTNIYKENQLPSPDRTFTNKNMFETGXXXXXXXXXXXXSPYSA----AKTTLKDICVQYKSSESSKIPKLFMELVNHLKRLNSKEFKELYLELQKSDICPEKTTEIKSIFYDASGFVNTRSSISVMVDLIKTSRISLFDQNIWLTSLSFMQEVPSIETLKELETIISVANPSTPLFLSLGSLTHLYCKEEPESCQNDPIIASIVSAFLHNLNGDCSIPKDATDDYVTKIQISLKGLGNLKYYPATVINTLNKCITKDTNKLSIRISALEVMKHMDCKQDRSSALSILLNNENDSELRINAYLTVMGCSDINTLFKVREILSKEKVNQVGSFIWTHLTNIKESNDQLKENIRDLLDDVDLKKEFDISKLKFSRNIEKTF--LTNNYGVNFDSNVIFSEKSFVPRSVSLNTTASIFSKSTNFLEMSARLEGLEDLLFKIFGPEGYLKKEKG-----------------------------------AQENLELINILNEMSGSVNIKLFGNQVSFIELIRGTLSSVKKY--NIIEEIMYWSQDKSLDFNKNLQLVDKTVVIPTLLGFPLKFKLQGSAAINIKIKSKFDVAGLVSWPISVNIDNYISPNINAELHTEIVYQTPFTNYGMRMKLKSGTNTEFKATIFTNKNEELSVKFDSPKTTQNIFSVEGNAYVIHRDK-EIIQLQDKLKEIKMCTSEMTVRILGIRVCGEAKVLDPSTRKDALLFGPFAANVFIEKIDTQTEYILLATSKTSAFISQTGKVYSNRHIKFEF-NTPNSKFYNRRFYGEILMDFKQKEFKLELVTP 3118
S + L N + F S V +C EP W N+K+A+L L P ++ + G+C T + ++ DL C + +SL V TS+++C ++ L C E + + + + +++ +++P + + + + E EE+P A A T ++ +C+ +S + LF+ LV+ L+ L+ E EL+ Q S K + DA T + +M +LI ++ + + WL+SL+F+ + P+ + L ++ S FL + +L H C C P + S+V L +C+I + + DD K+Q+ LK +GN + TL+ C + ++ IR+ A++ + + C DRS + + E D+E+RINAYL +M C +VR + E QVGSF+W+H+ + E++D LK +RD L + L +EF K S + TF ++ + G N + ++FS SF+PRS ++N T ++ N LE+ RLE E++ ++FG + + +E G Q+ + +++KL G ++SF+ T S V + N+ E + + + + N+ L L + +V PT+ G P + L SAAI+I+++ D +++ Y+ P+ ++ ++ G+R + I K L V ++P+ + S Y+I RD ++ E++ CT E G R+C V P + LL P A V ++K D LL + T Q G + F TP S+ R ++ Q +F+L+L+ P
Sbjct: 114 SESLSATLGRNPLRFILHSGRVAHLCPHPTEPRWVLNVKRAVLSLLQGHPGAHSPKTFDEVDILGRCPTTYQHHG-------DWLHKTKDLARCSLRRGRSSLHSQALPGVAPGLTSRLTCVQSFR-AGVLREASCTELDSAGPLPAKASAVQMRTLSSLSLLHEMPQDPAGTDPDDRDDEDMTPSSLLYEWEETPSQAMVATAATLVRRLCLAQTTSLEAM--DLFLTLVSQLQGLSGGELMELW---QYSSF---KCRDNGQPLLDALPSCGTEHCVGLMKELIASAAVEADEVEAWLSSLAFLPQ-PTDAMVHMLLPLLQTPRASPGAFLGISALVHNLCASLDGPCGQLPGVGSLVRILGDALGENCTIQEPSDDD---KLQLVLKAVGNAGLAAMALTPTLSACASLRSSTPEIRLGAIQAFRRVPCSADRSVLSRLYQSLEEDAEIRINAYLALMRCPSEEVFAQVRRTQAGELSTQVGSFVWSHILQLLETHDPLKRALRDTLPEDILSQEFHPEMWKHSSYSDVTFRSVSGSLGANLEGTLLFSPASFLPRSATVNLTIHTMGRAFNLLELGLRLENAEEIAHRLFGRKSFWGQEDGREPEPEEPPGPEPGPAPQPASPECPGDRDRRMRYLQQKVTRRRGARQALRCELSVKLLGQELSFVN-CGATGSHVNHWPLNLAELAIKLMKGQEVQMNRRLSLAAQELVFPTVSGLPARLTLNASAAISIRVRGTTDFQQRS----DFSVNGYVKPSALLQISAQMGTAGILGQAGLRWVTSVRSAASLDGGIQVQKGRVLKVHLNTPEEAVELLSFSSQLYLITRDGVRSLRHVPGPSEVQSCTGEEVSYTWGWRLC--TGVTWPVPGQPYLLSLPVFAAVTLQKRDPGLRQYLLEAAYT--LQPQKGSWFPQEATAHVFMGTPGSEVL-RDVGVDMSYSLPQNKFRLKLLHP 1042 HSP 2 Score: 70.8626 bits (172), Expect = 1.096e-10 Identity = 67/271 (24.72%), Postives = 120/271 (44.28%), Query Frame = 2
Query: 15878 FETYATIS-KRSVMTFDKASFTLSPDSCRVLLSKDLKFKKWEIIMNQQNNK-QMFTINIGSNTFEL--SASNYKVNLNGKPSDLPIQIG---STSLVGLGRMMKLKDDKLGLTITIDPVNEMFTVGISGWYHGKVRGLFGNSDNEQFNDFMLDNGKIVSNEVFMKEISYKSQ---SCKVVSDEEQTVVKPIKGCPFIRRMVCKFLFKCPFSPLAACFNKVNPKKFHKLCVH---STEEVLTKLDPSICKAARQYQAQCQKAGVNIQVPPPC 16651
+E +A ++ + V+TFD + LS +LL++D + + +++ + + + T L S Y++ + P D + +T+ + R+ +D G++++ D + ++ + W HG GL G +DNE N+ ML +G + + ++E+S Q C+ +Q + CP + C F+ P S L CF V+P F LCV T+E L P+ C A Y C + V + PP C
Sbjct: 3011 WEYHALVAGAQHVVTFDGRVWDLSTQCGSILLAQDFAHNTFSLTLSRTGSGLTALFVELNHKTLILYPSLQAYRLYNSSLPGDSCPDLKLHPATTRKDVSRIELASED--GVSVSCDVPTGLCSLTLGLWQHGISAGLLGTNDNEAGNELMLPDGSMARS---LEELSLAWQVGGDCRATEKPQQE-----QACPG-QLPACWAFFEGPHSSLRDCFRVVDPTPFLSLCVQVPCGTQE----LQPA-CNLAAAYIHLCARGFVPLAPPPQC 3265
BLAST of Vitellogenin domain-containing protein vs. Ensembl Human
Match: AC099489.1 (novel lipoprotein amino terminal region containing protein) HSP 1 Score: 71.633 bits (174), Expect = 2.106e-11 Identity = 67/271 (24.72%), Postives = 120/271 (44.28%), Query Frame = 2
Query: 15878 FETYATIS-KRSVMTFDKASFTLSPDSCRVLLSKDLKFKKWEIIMNQQNNK-QMFTINIGSNTFEL--SASNYKVNLNGKPSDLPIQI---GSTSLVGLGRMMKLKDDKLGLTITIDPVNEMFTVGISGWYHGKVRGLFGNSDNEQFNDFMLDNGKIVSNEVFMKEISYKSQ---SCKVVSDEEQTVVKPIKGCPFIRRMVCKFLFKCPFSPLAACFNKVNPKKFHKLCVH---STEEVLTKLDPSICKAARQYQAQCQKAGVNIQVPPPC 16651
+E +A ++ + V+TFD + LS +LL++D + + +++ + + + T L S Y++ + P D + +T+ + R+ +D G++++ D + ++ + W HG GL G +DNE N+ ML +G + + ++E+S Q C+ +Q + CP + C F+ P S L CF V+P F LCV T+E L P+ C A Y C + V + PP C
Sbjct: 200 WEYHALVAGAQHVVTFDGRVWDLSTQCGSILLAQDFAHNTFSLTLSRTGSGLTALFVELNHKTLILYPSLQAYRLYNSSLPGDSCPDLKLHPATTRKDVSRIELASED--GVSVSCDVPTGLCSLTLGLWQHGISAGLLGTNDNEAGNELMLPDGSMARS---LEELSLAWQVGGDCRATEKPQQE-----QACPG-QLPACWAFFEGPHSSLRDCFRVVDPTPFLSLCVQVPCGTQE----LQPA-CNLAAAYIHLCARGFVPLAPPPQC 454
BLAST of Vitellogenin domain-containing protein vs. Ensembl Human
Match: MUC2 (mucin 2, oligomeric mucus/gel-forming [Source:HGNC Symbol;Acc:HGNC:7512]) HSP 1 Score: 54.299 bits (129), Expect = 9.335e-6 Identity = 48/166 (28.92%), Postives = 72/166 (43.37%), Query Frame = 2
Query: 16187 GLTITIDPVNEMFTVGISGWYHGKVRGLFGNSDNEQFNDFMLDNGKIVSNEVFMKEISYKSQSCKVVSDEEQTVVKPIKGCPFIRRMVCKFLFKCPFSPLAACFNKVNPKKFHKLCVHSTEEVLTKLD-PSICKAARQYQAQCQKAGVNI--QVPPPCKK-CDMPN 16672
G+ + D +F + ++ Y G V GL GN D+ NDF + +VS+E+ ++ +C VS T +P P R K S + C +KV+PK F++ CVH + T D C A Y +C K G + + P C CD N
Sbjct: 965 GIIVIWDKRTTVF-IKLAPSYKGTVCGLCGNFDHRSNNDFTTRDHMVVSSELDFGNSWKEAPTCPDVS----TNPEPCSLNPHRRSWAEKQCSILKSSVFSICHSKVDPKPFYEACVHDSCSCDTGGDCECFCSAVASYAQECTKEGACVFWRTPDLCPIFCDYYN 1125
BLAST of Vitellogenin domain-containing protein vs. Ensembl Fly
Match: Apoltp (gene:FBgn0032136 transcript:FBtr0303874) HSP 1 Score: 188.348 bits (477), Expect = 1.805e-46 Identity = 163/595 (27.39%), Postives = 281/595 (47.23%), Query Frame = 2
Query: 458 CMDGEEPVWSGNIKKAILDSLANQGIQTKPDSYKKTSH--GKCFITSSEKSPKEETNPNSVNFQY--DLQTCDNKMISNSLF--------GDITRSVIFKTSQVSCKYLYKDQSNLVSIRCREEYKTATIKTNENQMVVEITTNIYKENQLPSPDRTFTNKN--MFETGXXXXXXXXXXXXSPYSAAKTTLKDICVQYKSSESSKIPKLFMEL-VNHLKRLNSKEFKELYLELQKSDICPEKTTEIKSIFYDASGFVNTRSSISVMVDLIKTSRISLFDQNIWLTSLSFMQEVPSIETLKELETIISVANPSTPLFLSLGS--LTHLYCKEEPESCQNDPIIASIVSAF------LHNLNGDCSIPKDATDDYVTKIQISLKGLGNLKYYPATVINTLNKCITKDTNKLSIRISALEVMKHMDCKQDRSSALSILLNNENDSELRINAYLTVMGCSDINTLFKVREILSKEKVNQVGSFIWTHLTNIKESNDQLKENIRDLLDDVDLKKEFDISKLKFSRNIEKTFLTN--NYGVNFDSNVIFSEKSFVPRSVSLNTTASIFSKSTNFLEMSARLEGLEDLLFKIFGPEGYLKKE 2167
C +E W NIKK IL + N ++ D+ + G+C + + E+T+ + V + D+ +C + ++S+ D T I K SQ C L D + I+C E + + + T+ + + F +N + E D A + + K +++ V+ I + F+++ N L+ S ++K L + LQ+S E+ ++ ++ F+ + +S VM D I +++ + W+T+LSF+ P ETL+ +I+ A +LG+ + H +CK E+C+ + + I++ L+NL ++ ++ I LKGLGN+ + L I +D + IR+ + + +DC + RS L N +SELRI +YL M C D ++ ++ IL E++NQVGSF+W+HLTN+ +SN ++ + LL + +L + F + KFSRN E + + N+G D+NVIF S++PR S+N TA +F +S NF E +AR EGLE+L FGP+G L +
Sbjct: 168 CPQEQETPWVLNIKKGILSAFQNTMMRFDVDANTTETDVSGQCQV----QYALEDTDSSYVTIRKTKDINSCRQRYATHSVLQTTPYTFRDDKTIWPILK-SQSHCN-LTIDNNVYKEIKCLETHLLVPFSNASSGALTTSTSRLKLDGVESYSAGEFLEQNPELVERRATLVFDHTPAVKPSHDEIKAA-RELLVEMCRVGFPNIQREFIDVFTNFLQTSKSLDYKTLSVLLQRSASTCEQG---RNHLLESLPFIGSTASYKVMRDQIINEKLTKQMAHDWMTALSFITR-PDEETLETFHSILEYAKNRLDAEYTLGATAVVHSFCKHH-EACEENLRVQQIINLLETEFLNLYNLFKGERRTRE-------RMVILLKGLGNIGVVSSAFAEQLQWIIREDEAPVDIRLHGILAFRRVDCARHRSYFLDNYGNYTLNSELRIYSYLQAMRCPDYISVGVIKSILEHEEINQVGSFVWSHLTNLAKSNSPVRIEAQGLLLNDELSERFKMDIRKFSRNYEHSLFFDEYNFGTTTDANVIFGTDSYLPRIASVNFTADLFGQSVNFFEFTARAEGLEELAANAFGPKGPLSGQ 743 HSP 2 Score: 139.813 bits (351), Expect = 7.216e-32 Identity = 143/634 (22.56%), Postives = 274/634 (43.22%), Query Frame = 2
Query: 15659 ITVKMTSPIPFNDFKSLPDFGYV--RRKIHKIQAAINLIKQTIKNQLANGCRYFELRSWFTLYFPQTPFTSILPEFETYATISKRSV---MTFDKASFTLSPDSCRVLLSKDLKFKKWEIIMN-------QQNNKQMFTINIGSNTFELSASNYKVNLNGKPSD-LPIQIGSTSLVGLGRMMKLKDDKLGLTITIDP-----VNEMFTV---GISGWYHGKVRGLFGNSDNEQFNDFMLDNGKIVSNEVFMKEISYKSQSCKVVS-DEEQTVVKPIKGCPFIRRMVCKFLFKCPFSPLAACFNKVNPKKFHKLCVH--STEEVLTKLDPSI---CKAARQYQAQCQKAGVNIQVPPPCKKCDMPNDKPLSINEFRNVKIKE--KVSDIVFIVDEGTCLNSLYDKLPIL--VTRLDKGMKTKGINSVHYGLVTY--VDDNNNQANFHTVGQKLLGSSQEMITSLKTLKSSNGKFKDFTGAITTAANYPFREHASRHLIIISCTSTK------EYPNVLHNLVDKLTKKAIQVSLLTDFSFKLKDSNKQSIIFGVDSQNTYTALSRNGD---KNFTSRPESDF--LYQLTMKMKGVVFDNKYLSASQELTRIRFVSSFANQISLRATPAKSSRCVC 17428
I ++ P+ ++ F P F + + + K Q+ + +I +L N + + ++W Y+ + ++L + Y T +R V + FD+ S C LL+ D + + +++ Q + + E+ +++NG P LP+++G V + R + + L+IT D N F + +SGWY G+ GL G +NE ++++ + +G ++SNE + S+ + C+ + Q V + + C F+ LA C ++P F+++C+ + K P++ C AA Y C V ++VP C C + N + F + E K SD+VFIV+ C +L I+ V+ +++ ++ I + Y +V + V + + + +++ + + NG D AI+ AA FR S+ I++SC+ +Y ++L L++ + + + +L D F + + K FG+DS+ Y+ GD +N T P+S+ L ++ +G VF + L ++ RF + FA +++L ATP +S C C
Sbjct: 3680 IDLEQKLPMSWHAFNETPRFEEIPEYQVLAKAQSFFSETNSSIVMKLYNMRTHLDPKTWLPPYYSR----ALLIDSRHYMTFDQRYVGLNLNFDELGNGRSTSQCSYLLAHDFFKRNFTLLLEPASKSLAGQGLTRKLSFIANGQLIEIDLETDHISINGNPQPILPLKLGD---VNIHRDLDV------LSITSDTEFSLHCNVQFDLCWFEVSGWYFGRTAGLLGTLNNEPYDEYTMSSG-VISNETQLFTDSWSLKQCRQNKLAQTQEVSQEVSDA-------CTSFFRTGI--LATCSAVLDPTPFYEMCMDLGMKSPPIRKGHPAVKGACAAALAYIEACTALKVPMRVPSQCVFCQLSNGSYVPEGTFMELSGPEIPKSSDVVFIVEAKECNANLKTSKNIMTVVSSIEEQLQAAKITNNRYAVVAFGGVSPYDKARSVIYEHNEFTSKPEQLADYFGHINTGNGSSNDILMAISAAAKLNFRPGVSKTFILLSCSKCAARDMRFDYTSILQYLLE----EGVNLHILADTEFDFERNKKLRHFFGLDSKLVYSKRFPEGDAETRNTTHIPKSNLGICTTLAVETQGSVFSARKLQPERKYPIKRFATIFAKRVALSATPIQSQTCEC 4286 HSP 3 Score: 64.6994 bits (156), Expect = 4.144e-9 Identity = 56/286 (19.58%), Postives = 122/286 (42.66%), Query Frame = 2
Query: 2207 NEMSGSVNIKLFGNQVSF--IELIRGTLSSVKKYNIIEEIMYWSQDKSLDFNKNLQLVDKTVVIPTLLGFPLKFKLQGSAAINIKIKSKFD-VAGLVSWPISVNIDNYISPNINAELHTEIVYQTPFTNYGMRMKLKSGTNTEFKATIFTNKNEELSVKFDSPKTTQNIFSVEGNAYVIHRDKEIIQLQDKLKEI-KMCTSEMTVRILGIRVCGEAKVLDPSTRKD----ALLFGPFAANVFIEKIDTQTEYILLATSKTSAFISQTGKVYSNRHIKFEFNTPNSK 3040
N +++FGN + + +E + ++ K+N ++ K + K+ +D + +P +G PL G+++I++++ D + W +++ P+++ ++ T + + G+++K +N+E A + +S FD P+ IFSV V R++++ Q + CT + + +G+++C V D S + LL GP ++ ++K D ++K F + + + + F TP SK
Sbjct: 837 NNPRAQFGLRVFGNDLRYFNVESLVEVMALAAKFNPFQQAKNVLSGKEFTYTKSRVFLDASYTVPLAVGLPLAIHAFGASSIDLRVSGNLDEMDPPTDW--HFDVEGQFKPSVSVDVITTMQTDMFWEQSGIKVKSNLYSNSELVAKLKVRGRNLVSFSFDLPRDKNEIFSVRSELLVQKREEQLPQAGIANRSANSTCTWPVLDQAIGLQMCSHYSVPDLSNATEIYPSLLLAGPLNFSLILKKSDL--------SAKKYVFEYKWDQQEEDNNFSLVFTTPGSK 1112
BLAST of Vitellogenin domain-containing protein vs. Ensembl Fly
Match: apolpp (gene:FBgn0087002 transcript:FBtr0345297) HSP 1 Score: 178.333 bits (451), Expect = 1.652e-43 Identity = 229/952 (24.05%), Postives = 422/952 (44.33%), Query Frame = 2
Query: 83 VLLSIITNAARTPQFINPCSMKCSFEEDRIFK--PGQKYVYSYEGESNIKTTK---GSYETTGVKIKSKVTITGLSNCEMKLSLSDVQIFDKTSSDGNQFKESPNSYKFKSALEMNDIFFTKESNEVK-SVCMDGEEPVWSGNIKKAILDSLANQGIQTKPDSYKKTSHGKCFITSSEKSPKEETNPNSVNFQYDLQTCDNK-MISNSLFGDITRSVIFKTSQVSCKYLYKDQSNLVS-----IRCREEYK-TATIKTNENQMVVEITTNIYKENQLPSPDRTFTNKNMFETGXXXXXXXXXXXXSPYS----AAKTTLKDICVQYKSSESSKIPKLFMELVNHLKRLNSKEFKELYLELQKSDICPEKTTEIKSIFYDASGFVNTRSSISVMVDLIKTSRISLFDQNIWLTSLSFMQEVPSIETLKELETIISVANPSTPLFLSLGSLTHLYCKEEPESCQNDPIIASIVSAFLHNLNGDCSIPKDATDDYVTKIQISLKGLGNLKYYPATVINTLNKCI-TKDTNKLSIRISALEVMKHMDCKQD-RSSALSILLNNENDSELRINAYLTVMGCSDINTLFKVREILSKEKVNQVGSFIWTHLTNIKESNDQLKENIRDLLDDVDLKKEFDISKLKFSRNIEKTFLTNNYGVNF--DSNVIFSEKSFVPRSVSLNTTASIFSKSTNFLEMSARLEGLEDLLFKIFGPEGYLKKE----------------KGAQENLELINILNEMSG---------------SVNIKLFGNQVSFIEL---IRGTLSSVKKY--NIIEEIMYWSQDKSLDFNKNLQLVDKTVVIPTLLGFPLKFKLQGSAAINIKIKSKFDVAGLV--SWPISVNIDNYISPNINAELHTEIVYQTPFTNYGMRM--KLKSGTNTEFKATIFTNKNEELSVKFDSPKTTQNI--FSVEGNAYVIHRDKE 2749
VLL+I NA N C++ C ++ + K PG Y YS++ I + + T +K+ I NC L LS V++ T++ + K+ NS + + FT S ++ +C D + +S NIK+A++ SL GI+ + ++ G C + S + N N + +L +C ++ I++ L TS + + Y +S +V+ ++ E YK K N +I+ + +L +P + T N TG + E+ S A KT L D+ + K F+E + L++ +S+ EL + + K ++ D G T ++ S V L + S+ ++ + + SL+ ++ V ETL + + + + N L++++G+L YC + CQ P I +I F L C K T +I LKGLGN K + L++C T +N+ IR++AL + C++ +S +L +L N DSELRI AYL+ + C + ++ EI++ E VNQVG FI ++L I++S D ++ + L ++ + K F + ++S N E ++ + GV D +I+S+ F+PRS +N T F + N E S R E +ED+L GP+G + K+ G + +++ ++++S V++KLFG++++F+ L I +L + Y E+ F+ + +D + PT +G PL+ QG AA + + D+ ++ +W + ++ P+++ + +I + + G+R+ S T ++ + ++ E +V + P+ + F+V+ YV +DK+
Sbjct: 17 VLLTIAVNAE------NACNLGCPKSDNGLLKYIPGNYYDYSFDSILTIGASSDVPNDSDDTSLKVSGSAKIFAKGNCGYTLQLSSVKV---TNTKESVEKKILNSIQ-------KPVQFTLVSGILEPQICSDSSDLDYSLNIKRAVV-SLLQSGIEAE---HEVDVFGMC---PTHTSTSKVGNANIITKARNLNSCSHREQINSGLVSGKVNEKAGITSSLLLQANYIKESRIVNHLIENVQLTETYKFIGNTKRNS-----DISAKVVTILKLKNP--SGTKANSPGTGSTVRSLIFQRPETYTSKNINALKTILSDLVDSTGDYVKKETAKKFVEFIRLLRQSDSETLLELAAFPHPNKVLARK------VYLD--GLFRTSTAESARVILKQLSKFDEKEKLLAILSLNIVKSVDK-ETLNQAASQL-LPNAPKELYIAVGNLVAKYCLKN--YCQG-PEIDAISKKFSDGLK-HC---KPNTKREEERIVYILKGLGNAKSLSGNTVAALSECASTGRSNR--IRVAALHAFSKVKCEETLQSKSLELLKNRNEDSELRIEAYLSAISCPNAEVANQISEIVNSETVNQVGGFISSNLKAIRDSTDVSRDQQKYHLANIRVTKTFPVDYRRYSFNNEVSYKLESLGVGASTDYQIIYSQHGFLPRSSRINVTTEFFGTNYNVFEASVRQENVEDVLEYYLGPKGLVNKDFDEIVKLIEVGNNGVAAGGRARRSIVDDVSKISKKYKMYGVKNVQDLNLDVSLKLFGSELAFLSLGDNIPSSLDDIINYFSTSFEKAKQELSSFEKQFSSHHLFLDTDLAYPTSIGVPLELVAQGFAATKVDLAVSLDINAILEQNWQKAKYRLKFV-PSVDINANVQIGFNAQVLSTGLRVVSSAHSATGSDITVAVISD-GEGFNVDLELPREKLELINFNVDTELYVAEQDKQ 917 HSP 2 Score: 86.2705 bits (212), Expect = 1.117e-15 Identity = 102/430 (23.72%), Postives = 184/430 (42.79%), Query Frame = 2
Query: 15896 ISKRSVMTFDKASFTLSPDSCRVLLSKDLKFKKWEIIMNQQNNK--QMFTINIGSNTFELSASNYKVNLNGKPSDLPIQIGSTSLVGLGRMMKL---KDDKLGLTITIDPVNEMFTVGISGWYHGKVRGLFGNSDNEQFNDFMLDNGKIVSNEVFMKEISYKSQSCKVVS-DEEQTVVKPIKGCPFIRRMVCKFLFKCPFSPLAACFNKVNPKKFHKLCVHSTEEVLTK-LDPSICKAARQYQAQCQKAGVNIQVPPPCKKCDMPNDKPLSINEFRNVKIKEKVSDIVFIVDEGTCLNSLYDKLPILVTRLDKGMKTKGINSVHYGLVTY----------------VDDNNNQANFHTVGQKLLGSS--QEMITSLKTLKSSNGKFKDFTG--------AITTAANYPFREHASRHLIIISCTSTKEYPN 17086
+ + + TFD +F P +C+ +L++D + II N K + I+ + FE+ A N + LNG + P + + L R + + +G+ T D ++ + I+G+Y K RGL GN + E ++DF+L +G + N + Y C + D Q K K R+ +C LF S LA F ++ + + K C + +V K + + C A Y + ++ + +PP C KC P + +EF VK+ D+VF+VD L + + + + + ++++G + V G++ + ++ N A+ G K + +++IT + L N + G A A +YPFR A++ +I + S EY N
Sbjct: 2791 VDGKHIFTFDGLNFAY-PGNCKYILAQDSVDNNFTIIGQLTNGKLKSITLIDREGSYFEV-ADNLALKLNGNLVEYPQHL--SGLHAWRRFYTIHLYSEYGVGIVCTSDL--KVCHININGFYTSKTRGLLGNGNAEPYDDFLLIDGTLAENSAALGN-DYGVGKCTAIEFDNNQ--FKSSK-----RQEMCSELFGIE-STLAFNFITLDSRPYRKACDIALAKVAEKEKEATACTFALAYGSAVKQINKWVLLPPRCIKCAGPAGQHDFGDEF-TVKLPNNKVDVVFVVDINVTPGVLSNLIAPAINDIRESLRSRGFSDVQVGVIVFEETKRYPALLTSDGGKINYKGNVADVKLAGIKSFCDNCVEQIITEKRILDIYNSLKEIVKGIAPQADEKAFQLALDYPFRAGAAKSIIGVRSDSL-EYKN 3203
BLAST of Vitellogenin domain-containing protein vs. Ensembl Fly
Match: apolpp (gene:FBgn0087002 transcript:FBtr0334627) HSP 1 Score: 178.333 bits (451), Expect = 1.652e-43 Identity = 229/952 (24.05%), Postives = 422/952 (44.33%), Query Frame = 2
Query: 83 VLLSIITNAARTPQFINPCSMKCSFEEDRIFK--PGQKYVYSYEGESNIKTTK---GSYETTGVKIKSKVTITGLSNCEMKLSLSDVQIFDKTSSDGNQFKESPNSYKFKSALEMNDIFFTKESNEVK-SVCMDGEEPVWSGNIKKAILDSLANQGIQTKPDSYKKTSHGKCFITSSEKSPKEETNPNSVNFQYDLQTCDNK-MISNSLFGDITRSVIFKTSQVSCKYLYKDQSNLVS-----IRCREEYK-TATIKTNENQMVVEITTNIYKENQLPSPDRTFTNKNMFETGXXXXXXXXXXXXSPYS----AAKTTLKDICVQYKSSESSKIPKLFMELVNHLKRLNSKEFKELYLELQKSDICPEKTTEIKSIFYDASGFVNTRSSISVMVDLIKTSRISLFDQNIWLTSLSFMQEVPSIETLKELETIISVANPSTPLFLSLGSLTHLYCKEEPESCQNDPIIASIVSAFLHNLNGDCSIPKDATDDYVTKIQISLKGLGNLKYYPATVINTLNKCI-TKDTNKLSIRISALEVMKHMDCKQD-RSSALSILLNNENDSELRINAYLTVMGCSDINTLFKVREILSKEKVNQVGSFIWTHLTNIKESNDQLKENIRDLLDDVDLKKEFDISKLKFSRNIEKTFLTNNYGVNF--DSNVIFSEKSFVPRSVSLNTTASIFSKSTNFLEMSARLEGLEDLLFKIFGPEGYLKKE----------------KGAQENLELINILNEMSG---------------SVNIKLFGNQVSFIEL---IRGTLSSVKKY--NIIEEIMYWSQDKSLDFNKNLQLVDKTVVIPTLLGFPLKFKLQGSAAINIKIKSKFDVAGLV--SWPISVNIDNYISPNINAELHTEIVYQTPFTNYGMRM--KLKSGTNTEFKATIFTNKNEELSVKFDSPKTTQNI--FSVEGNAYVIHRDKE 2749
VLL+I NA N C++ C ++ + K PG Y YS++ I + + T +K+ I NC L LS V++ T++ + K+ NS + + FT S ++ +C D + +S NIK+A++ SL GI+ + ++ G C + S + N N + +L +C ++ I++ L TS + + Y +S +V+ ++ E YK K N +I+ + +L +P + T N TG + E+ S A KT L D+ + K F+E + L++ +S+ EL + + K ++ D G T ++ S V L + S+ ++ + + SL+ ++ V ETL + + + + N L++++G+L YC + CQ P I +I F L C K T +I LKGLGN K + L++C T +N+ IR++AL + C++ +S +L +L N DSELRI AYL+ + C + ++ EI++ E VNQVG FI ++L I++S D ++ + L ++ + K F + ++S N E ++ + GV D +I+S+ F+PRS +N T F + N E S R E +ED+L GP+G + K+ G + +++ ++++S V++KLFG++++F+ L I +L + Y E+ F+ + +D + PT +G PL+ QG AA + + D+ ++ +W + ++ P+++ + +I + + G+R+ S T ++ + ++ E +V + P+ + F+V+ YV +DK+
Sbjct: 17 VLLTIAVNAE------NACNLGCPKSDNGLLKYIPGNYYDYSFDSILTIGASSDVPNDSDDTSLKVSGSAKIFAKGNCGYTLQLSSVKV---TNTKESVEKKILNSIQ-------KPVQFTLVSGILEPQICSDSSDLDYSLNIKRAVV-SLLQSGIEAE---HEVDVFGMC---PTHTSTSKVGNANIITKARNLNSCSHREQINSGLVSGKVNEKAGITSSLLLQANYIKESRIVNHLIENVQLTETYKFIGNTKRNS-----DISAKVVTILKLKNP--SGTKANSPGTGSTVRSLIFQRPETYTSKNINALKTILSDLVDSTGDYVKKETAKKFVEFIRLLRQSDSETLLELAAFPHPNKVLARK------VYLD--GLFRTSTAESARVILKQLSKFDEKEKLLAILSLNIVKSVDK-ETLNQAASQL-LPNAPKELYIAVGNLVAKYCLKN--YCQG-PEIDAISKKFSDGLK-HC---KPNTKREEERIVYILKGLGNAKSLSGNTVAALSECASTGRSNR--IRVAALHAFSKVKCEETLQSKSLELLKNRNEDSELRIEAYLSAISCPNAEVANQISEIVNSETVNQVGGFISSNLKAIRDSTDVSRDQQKYHLANIRVTKTFPVDYRRYSFNNEVSYKLESLGVGASTDYQIIYSQHGFLPRSSRINVTTEFFGTNYNVFEASVRQENVEDVLEYYLGPKGLVNKDFDEIVKLIEVGNNGVAAGGRARRSIVDDVSKISKKYKMYGVKNVQDLNLDVSLKLFGSELAFLSLGDNIPSSLDDIINYFSTSFEKAKQELSSFEKQFSSHHLFLDTDLAYPTSIGVPLELVAQGFAATKVDLAVSLDINAILEQNWQKAKYRLKFV-PSVDINANVQIGFNAQVLSTGLRVVSSAHSATGSDITVAVISD-GEGFNVDLELPREKLELINFNVDTELYVAEQDKQ 917 HSP 2 Score: 86.2705 bits (212), Expect = 1.117e-15 Identity = 102/430 (23.72%), Postives = 184/430 (42.79%), Query Frame = 2
Query: 15896 ISKRSVMTFDKASFTLSPDSCRVLLSKDLKFKKWEIIMNQQNNK--QMFTINIGSNTFELSASNYKVNLNGKPSDLPIQIGSTSLVGLGRMMKL---KDDKLGLTITIDPVNEMFTVGISGWYHGKVRGLFGNSDNEQFNDFMLDNGKIVSNEVFMKEISYKSQSCKVVS-DEEQTVVKPIKGCPFIRRMVCKFLFKCPFSPLAACFNKVNPKKFHKLCVHSTEEVLTK-LDPSICKAARQYQAQCQKAGVNIQVPPPCKKCDMPNDKPLSINEFRNVKIKEKVSDIVFIVDEGTCLNSLYDKLPILVTRLDKGMKTKGINSVHYGLVTY----------------VDDNNNQANFHTVGQKLLGSS--QEMITSLKTLKSSNGKFKDFTG--------AITTAANYPFREHASRHLIIISCTSTKEYPN 17086
+ + + TFD +F P +C+ +L++D + II N K + I+ + FE+ A N + LNG + P + + L R + + +G+ T D ++ + I+G+Y K RGL GN + E ++DF+L +G + N + Y C + D Q K K R+ +C LF S LA F ++ + + K C + +V K + + C A Y + ++ + +PP C KC P + +EF VK+ D+VF+VD L + + + + + ++++G + V G++ + ++ N A+ G K + +++IT + L N + G A A +YPFR A++ +I + S EY N
Sbjct: 2791 VDGKHIFTFDGLNFAY-PGNCKYILAQDSVDNNFTIIGQLTNGKLKSITLIDREGSYFEV-ADNLALKLNGNLVEYPQHL--SGLHAWRRFYTIHLYSEYGVGIVCTSDL--KVCHININGFYTSKTRGLLGNGNAEPYDDFLLIDGTLAENSAALGN-DYGVGKCTAIEFDNNQ--FKSSK-----RQEMCSELFGIE-STLAFNFITLDSRPYRKACDIALAKVAEKEKEATACTFALAYGSAVKQINKWVLLPPRCIKCAGPAGQHDFGDEF-TVKLPNNKVDVVFVVDINVTPGVLSNLIAPAINDIRESLRSRGFSDVQVGVIVFEETKRYPALLTSDGGKINYKGNVADVKLAGIKSFCDNCVEQIITEKRILDIYNSLKEIVKGIAPQADEKAFQLALDYPFRAGAAKSIIGVRSDSL-EYKN 3203
BLAST of Vitellogenin domain-containing protein vs. Ensembl Fly
Match: apolpp (gene:FBgn0087002 transcript:FBtr0345296) HSP 1 Score: 178.333 bits (451), Expect = 1.652e-43 Identity = 229/952 (24.05%), Postives = 422/952 (44.33%), Query Frame = 2
Query: 83 VLLSIITNAARTPQFINPCSMKCSFEEDRIFK--PGQKYVYSYEGESNIKTTK---GSYETTGVKIKSKVTITGLSNCEMKLSLSDVQIFDKTSSDGNQFKESPNSYKFKSALEMNDIFFTKESNEVK-SVCMDGEEPVWSGNIKKAILDSLANQGIQTKPDSYKKTSHGKCFITSSEKSPKEETNPNSVNFQYDLQTCDNK-MISNSLFGDITRSVIFKTSQVSCKYLYKDQSNLVS-----IRCREEYK-TATIKTNENQMVVEITTNIYKENQLPSPDRTFTNKNMFETGXXXXXXXXXXXXSPYS----AAKTTLKDICVQYKSSESSKIPKLFMELVNHLKRLNSKEFKELYLELQKSDICPEKTTEIKSIFYDASGFVNTRSSISVMVDLIKTSRISLFDQNIWLTSLSFMQEVPSIETLKELETIISVANPSTPLFLSLGSLTHLYCKEEPESCQNDPIIASIVSAFLHNLNGDCSIPKDATDDYVTKIQISLKGLGNLKYYPATVINTLNKCI-TKDTNKLSIRISALEVMKHMDCKQD-RSSALSILLNNENDSELRINAYLTVMGCSDINTLFKVREILSKEKVNQVGSFIWTHLTNIKESNDQLKENIRDLLDDVDLKKEFDISKLKFSRNIEKTFLTNNYGVNF--DSNVIFSEKSFVPRSVSLNTTASIFSKSTNFLEMSARLEGLEDLLFKIFGPEGYLKKE----------------KGAQENLELINILNEMSG---------------SVNIKLFGNQVSFIEL---IRGTLSSVKKY--NIIEEIMYWSQDKSLDFNKNLQLVDKTVVIPTLLGFPLKFKLQGSAAINIKIKSKFDVAGLV--SWPISVNIDNYISPNINAELHTEIVYQTPFTNYGMRM--KLKSGTNTEFKATIFTNKNEELSVKFDSPKTTQNI--FSVEGNAYVIHRDKE 2749
VLL+I NA N C++ C ++ + K PG Y YS++ I + + T +K+ I NC L LS V++ T++ + K+ NS + + FT S ++ +C D + +S NIK+A++ SL GI+ + ++ G C + S + N N + +L +C ++ I++ L TS + + Y +S +V+ ++ E YK K N +I+ + +L +P + T N TG + E+ S A KT L D+ + K F+E + L++ +S+ EL + + K ++ D G T ++ S V L + S+ ++ + + SL+ ++ V ETL + + + + N L++++G+L YC + CQ P I +I F L C K T +I LKGLGN K + L++C T +N+ IR++AL + C++ +S +L +L N DSELRI AYL+ + C + ++ EI++ E VNQVG FI ++L I++S D ++ + L ++ + K F + ++S N E ++ + GV D +I+S+ F+PRS +N T F + N E S R E +ED+L GP+G + K+ G + +++ ++++S V++KLFG++++F+ L I +L + Y E+ F+ + +D + PT +G PL+ QG AA + + D+ ++ +W + ++ P+++ + +I + + G+R+ S T ++ + ++ E +V + P+ + F+V+ YV +DK+
Sbjct: 17 VLLTIAVNAE------NACNLGCPKSDNGLLKYIPGNYYDYSFDSILTIGASSDVPNDSDDTSLKVSGSAKIFAKGNCGYTLQLSSVKV---TNTKESVEKKILNSIQ-------KPVQFTLVSGILEPQICSDSSDLDYSLNIKRAVV-SLLQSGIEAE---HEVDVFGMC---PTHTSTSKVGNANIITKARNLNSCSHREQINSGLVSGKVNEKAGITSSLLLQANYIKESRIVNHLIENVQLTETYKFIGNTKRNS-----DISAKVVTILKLKNP--SGTKANSPGTGSTVRSLIFQRPETYTSKNINALKTILSDLVDSTGDYVKKETAKKFVEFIRLLRQSDSETLLELAAFPHPNKVLARK------VYLD--GLFRTSTAESARVILKQLSKFDEKEKLLAILSLNIVKSVDK-ETLNQAASQL-LPNAPKELYIAVGNLVAKYCLKN--YCQG-PEIDAISKKFSDGLK-HC---KPNTKREEERIVYILKGLGNAKSLSGNTVAALSECASTGRSNR--IRVAALHAFSKVKCEETLQSKSLELLKNRNEDSELRIEAYLSAISCPNAEVANQISEIVNSETVNQVGGFISSNLKAIRDSTDVSRDQQKYHLANIRVTKTFPVDYRRYSFNNEVSYKLESLGVGASTDYQIIYSQHGFLPRSSRINVTTEFFGTNYNVFEASVRQENVEDVLEYYLGPKGLVNKDFDEIVKLIEVGNNGVAAGGRARRSIVDDVSKISKKYKMYGVKNVQDLNLDVSLKLFGSELAFLSLGDNIPSSLDDIINYFSTSFEKAKQELSSFEKQFSSHHLFLDTDLAYPTSIGVPLELVAQGFAATKVDLAVSLDINAILEQNWQKAKYRLKFV-PSVDINANVQIGFNAQVLSTGLRVVSSAHSATGSDITVAVISD-GEGFNVDLELPREKLELINFNVDTELYVAEQDKQ 917 HSP 2 Score: 86.2705 bits (212), Expect = 1.117e-15 Identity = 102/430 (23.72%), Postives = 184/430 (42.79%), Query Frame = 2
Query: 15896 ISKRSVMTFDKASFTLSPDSCRVLLSKDLKFKKWEIIMNQQNNK--QMFTINIGSNTFELSASNYKVNLNGKPSDLPIQIGSTSLVGLGRMMKL---KDDKLGLTITIDPVNEMFTVGISGWYHGKVRGLFGNSDNEQFNDFMLDNGKIVSNEVFMKEISYKSQSCKVVS-DEEQTVVKPIKGCPFIRRMVCKFLFKCPFSPLAACFNKVNPKKFHKLCVHSTEEVLTK-LDPSICKAARQYQAQCQKAGVNIQVPPPCKKCDMPNDKPLSINEFRNVKIKEKVSDIVFIVDEGTCLNSLYDKLPILVTRLDKGMKTKGINSVHYGLVTY----------------VDDNNNQANFHTVGQKLLGSS--QEMITSLKTLKSSNGKFKDFTG--------AITTAANYPFREHASRHLIIISCTSTKEYPN 17086
+ + + TFD +F P +C+ +L++D + II N K + I+ + FE+ A N + LNG + P + + L R + + +G+ T D ++ + I+G+Y K RGL GN + E ++DF+L +G + N + Y C + D Q K K R+ +C LF S LA F ++ + + K C + +V K + + C A Y + ++ + +PP C KC P + +EF VK+ D+VF+VD L + + + + + ++++G + V G++ + ++ N A+ G K + +++IT + L N + G A A +YPFR A++ +I + S EY N
Sbjct: 2791 VDGKHIFTFDGLNFAY-PGNCKYILAQDSVDNNFTIIGQLTNGKLKSITLIDREGSYFEV-ADNLALKLNGNLVEYPQHL--SGLHAWRRFYTIHLYSEYGVGIVCTSDL--KVCHININGFYTSKTRGLLGNGNAEPYDDFLLIDGTLAENSAALGN-DYGVGKCTAIEFDNNQ--FKSSK-----RQEMCSELFGIE-STLAFNFITLDSRPYRKACDIALAKVAEKEKEATACTFALAYGSAVKQINKWVLLPPRCIKCAGPAGQHDFGDEF-TVKLPNNKVDVVFVVDINVTPGVLSNLIAPAINDIRESLRSRGFSDVQVGVIVFEETKRYPALLTSDGGKINYKGNVADVKLAGIKSFCDNCVEQIITEKRILDIYNSLKEIVKGIAPQADEKAFQLALDYPFRAGAAKSIIGVRSDSL-EYKN 3203
BLAST of Vitellogenin domain-containing protein vs. Ensembl Fly
Match: apolpp (gene:FBgn0087002 transcript:FBtr0089188) HSP 1 Score: 178.333 bits (451), Expect = 1.652e-43 Identity = 229/952 (24.05%), Postives = 422/952 (44.33%), Query Frame = 2
Query: 83 VLLSIITNAARTPQFINPCSMKCSFEEDRIFK--PGQKYVYSYEGESNIKTTK---GSYETTGVKIKSKVTITGLSNCEMKLSLSDVQIFDKTSSDGNQFKESPNSYKFKSALEMNDIFFTKESNEVK-SVCMDGEEPVWSGNIKKAILDSLANQGIQTKPDSYKKTSHGKCFITSSEKSPKEETNPNSVNFQYDLQTCDNK-MISNSLFGDITRSVIFKTSQVSCKYLYKDQSNLVS-----IRCREEYK-TATIKTNENQMVVEITTNIYKENQLPSPDRTFTNKNMFETGXXXXXXXXXXXXSPYS----AAKTTLKDICVQYKSSESSKIPKLFMELVNHLKRLNSKEFKELYLELQKSDICPEKTTEIKSIFYDASGFVNTRSSISVMVDLIKTSRISLFDQNIWLTSLSFMQEVPSIETLKELETIISVANPSTPLFLSLGSLTHLYCKEEPESCQNDPIIASIVSAFLHNLNGDCSIPKDATDDYVTKIQISLKGLGNLKYYPATVINTLNKCI-TKDTNKLSIRISALEVMKHMDCKQD-RSSALSILLNNENDSELRINAYLTVMGCSDINTLFKVREILSKEKVNQVGSFIWTHLTNIKESNDQLKENIRDLLDDVDLKKEFDISKLKFSRNIEKTFLTNNYGVNF--DSNVIFSEKSFVPRSVSLNTTASIFSKSTNFLEMSARLEGLEDLLFKIFGPEGYLKKE----------------KGAQENLELINILNEMSG---------------SVNIKLFGNQVSFIEL---IRGTLSSVKKY--NIIEEIMYWSQDKSLDFNKNLQLVDKTVVIPTLLGFPLKFKLQGSAAINIKIKSKFDVAGLV--SWPISVNIDNYISPNINAELHTEIVYQTPFTNYGMRM--KLKSGTNTEFKATIFTNKNEELSVKFDSPKTTQNI--FSVEGNAYVIHRDKE 2749
VLL+I NA N C++ C ++ + K PG Y YS++ I + + T +K+ I NC L LS V++ T++ + K+ NS + + FT S ++ +C D + +S NIK+A++ SL GI+ + ++ G C + S + N N + +L +C ++ I++ L TS + + Y +S +V+ ++ E YK K N +I+ + +L +P + T N TG + E+ S A KT L D+ + K F+E + L++ +S+ EL + + K ++ D G T ++ S V L + S+ ++ + + SL+ ++ V ETL + + + + N L++++G+L YC + CQ P I +I F L C K T +I LKGLGN K + L++C T +N+ IR++AL + C++ +S +L +L N DSELRI AYL+ + C + ++ EI++ E VNQVG FI ++L I++S D ++ + L ++ + K F + ++S N E ++ + GV D +I+S+ F+PRS +N T F + N E S R E +ED+L GP+G + K+ G + +++ ++++S V++KLFG++++F+ L I +L + Y E+ F+ + +D + PT +G PL+ QG AA + + D+ ++ +W + ++ P+++ + +I + + G+R+ S T ++ + ++ E +V + P+ + F+V+ YV +DK+
Sbjct: 17 VLLTIAVNAE------NACNLGCPKSDNGLLKYIPGNYYDYSFDSILTIGASSDVPNDSDDTSLKVSGSAKIFAKGNCGYTLQLSSVKV---TNTKESVEKKILNSIQ-------KPVQFTLVSGILEPQICSDSSDLDYSLNIKRAVV-SLLQSGIEAE---HEVDVFGMC---PTHTSTSKVGNANIITKARNLNSCSHREQINSGLVSGKVNEKAGITSSLLLQANYIKESRIVNHLIENVQLTETYKFIGNTKRNS-----DISAKVVTILKLKNP--SGTKANSPGTGSTVRSLIFQRPETYTSKNINALKTILSDLVDSTGDYVKKETAKKFVEFIRLLRQSDSETLLELAAFPHPNKVLARK------VYLD--GLFRTSTAESARVILKQLSKFDEKEKLLAILSLNIVKSVDK-ETLNQAASQL-LPNAPKELYIAVGNLVAKYCLKN--YCQG-PEIDAISKKFSDGLK-HC---KPNTKREEERIVYILKGLGNAKSLSGNTVAALSECASTGRSNR--IRVAALHAFSKVKCEETLQSKSLELLKNRNEDSELRIEAYLSAISCPNAEVANQISEIVNSETVNQVGGFISSNLKAIRDSTDVSRDQQKYHLANIRVTKTFPVDYRRYSFNNEVSYKLESLGVGASTDYQIIYSQHGFLPRSSRINVTTEFFGTNYNVFEASVRQENVEDVLEYYLGPKGLVNKDFDEIVKLIEVGNNGVAAGGRARRSIVDDVSKISKKYKMYGVKNVQDLNLDVSLKLFGSELAFLSLGDNIPSSLDDIINYFSTSFEKAKQELSSFEKQFSSHHLFLDTDLAYPTSIGVPLELVAQGFAATKVDLAVSLDINAILEQNWQKAKYRLKFV-PSVDINANVQIGFNAQVLSTGLRVVSSAHSATGSDITVAVISD-GEGFNVDLELPREKLELINFNVDTELYVAEQDKQ 917 HSP 2 Score: 86.2705 bits (212), Expect = 1.117e-15 Identity = 102/430 (23.72%), Postives = 184/430 (42.79%), Query Frame = 2
Query: 15896 ISKRSVMTFDKASFTLSPDSCRVLLSKDLKFKKWEIIMNQQNNK--QMFTINIGSNTFELSASNYKVNLNGKPSDLPIQIGSTSLVGLGRMMKL---KDDKLGLTITIDPVNEMFTVGISGWYHGKVRGLFGNSDNEQFNDFMLDNGKIVSNEVFMKEISYKSQSCKVVS-DEEQTVVKPIKGCPFIRRMVCKFLFKCPFSPLAACFNKVNPKKFHKLCVHSTEEVLTK-LDPSICKAARQYQAQCQKAGVNIQVPPPCKKCDMPNDKPLSINEFRNVKIKEKVSDIVFIVDEGTCLNSLYDKLPILVTRLDKGMKTKGINSVHYGLVTY----------------VDDNNNQANFHTVGQKLLGSS--QEMITSLKTLKSSNGKFKDFTG--------AITTAANYPFREHASRHLIIISCTSTKEYPN 17086
+ + + TFD +F P +C+ +L++D + II N K + I+ + FE+ A N + LNG + P + + L R + + +G+ T D ++ + I+G+Y K RGL GN + E ++DF+L +G + N + Y C + D Q K K R+ +C LF S LA F ++ + + K C + +V K + + C A Y + ++ + +PP C KC P + +EF VK+ D+VF+VD L + + + + + ++++G + V G++ + ++ N A+ G K + +++IT + L N + G A A +YPFR A++ +I + S EY N
Sbjct: 2791 VDGKHIFTFDGLNFAY-PGNCKYILAQDSVDNNFTIIGQLTNGKLKSITLIDREGSYFEV-ADNLALKLNGNLVEYPQHL--SGLHAWRRFYTIHLYSEYGVGIVCTSDL--KVCHININGFYTSKTRGLLGNGNAEPYDDFLLIDGTLAENSAALGN-DYGVGKCTAIEFDNNQ--FKSSK-----RQEMCSELFGIE-STLAFNFITLDSRPYRKACDIALAKVAEKEKEATACTFALAYGSAVKQINKWVLLPPRCIKCAGPAGQHDFGDEF-TVKLPNNKVDVVFVVDINVTPGVLSNLIAPAINDIRESLRSRGFSDVQVGVIVFEETKRYPALLTSDGGKINYKGNVADVKLAGIKSFCDNCVEQIITEKRILDIYNSLKEIVKGIAPQADEKAFQLALDYPFRAGAAKSIIGVRSDSL-EYKN 3203
BLAST of Vitellogenin domain-containing protein vs. Ensembl Zebrafish
Match: si:dkeyp-106c3.3 (si:dkeyp-106c3.3 [Source:ZFIN;Acc:ZDB-GENE-070705-528]) HSP 1 Score: 131.724 bits (330), Expect = 1.498e-31 Identity = 90/404 (22.28%), Postives = 185/404 (45.79%), Query Frame = 2
Query: 1613 LSIRISALEVMKHMDCKQDRSSALSILLNNENDSELRINAYLTVMGCSDINTLFKVREILSKEKVNQVGSFIWTHLTNIKESNDQLKENIRDLLDDVDLKKEFDISKLKFSRNIEKTFLTNNYGVNFDSNVIFSEKSFVPRSVSLNTTASIFSKSTNFLEMSARLEGLEDLLFKIF-----------GPEGYL----KKEKGAQENLELINILNEMSGS--------------VNIKLFGNQVSFIELIRGTLSSVKKY---------NIIEEIMYWSQDKSLDFNKNLQLVDKTVVIPTLLGFPLKFKLQGSAAINIKIKSKFDVAGLVSWPISVNIDNYISPNINAELHTEIVYQTPFTNYGMRMKLKSGTNTEFKATIFTNKNEELSVKFDSPKTTQNIFS 2710
L ++++A+ + + C QDR + + + E+RI AY +M C + V+ LS EK +QVGSF+W+HL NI+++ D LK+ + + L D + ++F+ K+S +++ T T N + ++FS +SF+P N T I ++ N LE+S R+E LE LL +F GP KKE+ + + + M +N+K+FGN ++F+ T + Y ++ +++ + + + ++ ++ + +V+P+L G P++ + SA ++++K ++ +W ++ YI P+ + G+ + T+T ++ + + L + ++P+ +I +
Sbjct: 7 LELQLAAIRAFRRIPCHQDRKVLAQVFQRQQENVEVRIAAYQQLMHCPNQEIFTLVKTTLSNEKSSQVGSFVWSHLFNIQKTEDPLKKYLMESLPDDIISRDFEAEPWKYSSHMDYTVDTGVAAANVEGALVFSPQSFLPSYAMANLTVFILGRAFNLLEISLRMENLEPLLKTVFEQQPLASADHSGPSAQADSVKKKERNSNSDGCQSATFSSMRTKFTEQRKKDRTLHCWINVKMFGNDMTFM-----TCDDLHSYQRKLSLSTAGVVVKLL---KGQEIKLSQKPVVLAEELVLPSLSGLPMRLSINMSALFSLRLKG---ISNYKNWS-HFSLAGYIKPSALVGISVRAGVDGAIGRVGLEWVTQLKTSTSLDGAVYLHHGQNLKLVLNTPEDVMDILT 398
BLAST of Vitellogenin domain-containing protein vs. Ensembl Zebrafish
Match: apoba (apolipoprotein Ba [Source:ZFIN;Acc:ZDB-GENE-070702-4]) HSP 1 Score: 97.4413 bits (241), Expect = 6.752e-19 Identity = 191/858 (22.26%), Postives = 352/858 (41.03%), Query Frame = 2
Query: 173 FKPGQKYVYSYEGESNIKTTKGSYETTGVKIKSKVTITGLSNCEMKLS-----LSDVQIFDKTSSDGNQFKESPNSYKFKSALEMNDIFFTKESNEVKSVCMDGEEPVWSGNIKKAILDSLANQGIQTKPDSYKKTSHGKCFITSSEKSPKEETNPNS-------VNFQYDLQTCDN---KMIS----------NSLFGDITRSVIFKTSQVSCKYLYKDQS-NLVSIRCREEYKTATIKTNENQMVV--EITTNIYKENQLPSPDRTFTNKNMFETGXXXXXXXXXXXXSPYSAAKTTLKDICVQYKSSESSKIPKLFMELVNHLKRLNSKEFKELYLELQKSDICPEKTTEIKSIFYDASGFVNTRSSISVMVDLIKTSRISLFDQNIWLTSLSFM-QEVPSIETLKELETIISVAN--PSTPLFLSLGSLTHLYCKEEPESCQNDPIIASIVSAFLHNLNGDCSIPKDATDDYVTKIQISLKGLGNLKYYPATVINTLNKCITKDTNKLSIRISALEVMKHMDCKQD-RSSALSILLNNENDSELRINAYLTVMGCSDINTLFKVREILSKEKVNQVGSFIWTHLTNIKESNDQLKENIRDLLDDVDLKKEFDISKLKFSRNIEKTFLTNNYGV------NFDSNVIFSEKSFVPRSVSLNTTASIFSKSTNFLEMSARLEGLEDLLFKIFGPEGY-----------------------------------LKKE------KGAQENL-ELINILNEMS----GSVNIKLFGNQVSFIELIRGTLSSVKKY-NIIEEIMYWSQDKSLDFNKNL------------QLVDKTVVIPTLLGFPLKFKLQGSAAINIK 2455
FK +KYVY Y ES T + G KI +V I C L LS+V + D ++++ + F++A+E N + F + S+ + +EP NIK+ I+ +L ++ + + T HG C K E NS V+ DL C + +S N LF + RS +C Y + ++ ++ +C E++ ++E Q + E+ ++ ++ + +R F + E + E E + T+K++ S +S + LF +LV+ ++ L ++ E+ K + +++F T S ++ +++T + + + + +LS + Q P + L ++S+A PS P+ +L + K+ P+ V+ F+ + GDCS +D+T ++T I + G ++ +P+ + LN C+ + L ++ +A++ + M+ D RS+ + N E ++ RI AYL +M ++ V L E+ QV SF+ +H+ NI ES + +D + ++ + + F++ L+ NY + +SNVIF +++PR V L TT F+ LE+ EGLE ++ +FG G+ +K++ K +E + E N L ++ G ++LFG ++ +++ L V +Y N+ E + SL+F L +DK +PT GFPLK L G A K
Sbjct: 39 FKNLRKYVYQYTAESKNGVTGTANLKNGPKISCQVEIEVPQTCSFVLRTTECVLSEVSVIDAQGQP--VYRQAAGAEAFQAAMEKNTLNFVVDQVTSVSIYPEEDEPENILNIKRGIISALLVPVLEEEHNERMSTIHGIC---------KTEVTVNSRKDIDIDVSVVRDLSDCSHFSPHSLSTSPLSLMPGLNGLFSKLIRST------QTCNYQFDNRRKHMTEAQCTEKHLFIPF-SHEGQYGISSEVKQSLTLQDSVKINNRYFNKDDTLEKKLFIEEVEDKHPVQSKDDVLATMKELITLSSSGKSQQRASLFHKLVSEVRGLKNETLSGAADEMMKF----SEWLTWQTLFQ-----CGTDECTSAIMQILRTFDEADREVDAIVYALSLLPQSSP-----QRLRDMLSMAQSKPSKPIMYALANT----VKQLPQDQATSTPEVKEVAKFMEFMLGDCSGDEDST--FLTLRVIGVMG-KYMEGFPSLKSSVLN-CMKQAYAPLPVQKAAIQAFRLMEMDSDVRSALIQQYQNVEAPAQKRIAAYLMLMRNPEVAE--NVLRTLKSEQNEQVKSFVSSHIANILESENPNLSIAKDYILKA-VQGDVSFPPMDFTK------LSRNYKTEVPLVGSVESNVIFDSANYMPREVMLATTLDNFNP--EILEIGLEGEGLEPVIEVLFGENGFFPDTISKAMYWVNDKIPHPVKRVLEKWISPLNGERMKRQVPQDIMKSMEEYISEFKNRLEQVEDAPKGLAYLRLFGTELGYLK--TSDLKHVTQYINLCAETF---KSTSLNFMGKLISSLENEFFVHYMFLDKAFTLPTSAGFPLKLTLSGVLAPGAK 840
BLAST of Vitellogenin domain-containing protein vs. Ensembl Zebrafish
Match: apobb.1 (apolipoprotein Bb, tandem duplicate 1 [Source:ZFIN;Acc:ZDB-GENE-030131-9732]) HSP 1 Score: 94.3597 bits (233), Expect = 5.278e-18 Identity = 210/995 (21.11%), Postives = 395/995 (39.70%), Query Frame = 2
Query: 173 FKPGQKYVYSYEGESNIKTTKGSYETTGVKIKSKVTITGLSNCEMKLSLSDVQIFDKTSSDGNQ---FKESPNSYKFKSALEMNDIFFTKESNEVKSVCMDGEEPVWSGNIKKAILDSLANQGIQTKPDSYKKTSHGKCFITSSEKSPKEETNPNSVNFQYDLQTCDN-----------KMISNSLFGDITRSVIFKTSQVSCKYLY-KDQSNLVSIRCREE-------YKTATIKTNEN-QMVVEITTNIYKENQLPSPDRTFT-NKNMFETGXXXXXXXXXXXXSPYSAAKTTLKDICVQYKSSESSKIPKLFMELVNHLKRLNSKEFKELYLELQKSDICPEKTTEIKSIFYDASGFVNTRSSISVMVDLIKTSRISLFDQNIWLTSLSFMQEVPSIETLKELETIISVANPSTPLFLSLG-SLTHLYCKEEPESCQNDPIIASIVSAFLHNLNGDCSIPKDATDDYVTKIQISLKGLGNLKYYPATVINTLN----KCITKDTNKLSIRISALEVMKHMDC-KQDRSSALSILLNNENDSELRINAYLTVMGCSDINTLFKVREILSKEKVNQVGSFIWTHLTNIKESN----DQLKENIRDLLDDVDLKKEFDISKLKFSRNIEKTFLTNNYGV-NFDSNVIFSEKSFVPRSVSLNTTASIFSKSTNFLEMSARLEGLEDLLFKIFGPEGY---------------------------------LKKEKGAQENLELINILNEMSGSVN-----IKLFGNQVSFIEL-IRGTLSSVKKYNIIEEIMYWSQ--DKSL------DFNKNLQ------------LVDKTVVIPTLLGFPLKFKLQGSAAINIK--IKSKFDVAGLVSWP---------ISVNIDNYISPNINAELHTEIVYQTPFTNYGMRMKLKSGTNTEFKATIFTNKNEELSVKFDSPKTTQNIFSVEGNAYVIHRD--KEIIQLQDKLKEIKMCTSEMTVRILGIRVCG 2836
FK QKY Y+YE ES + G+ G K + KV I C + ++ ++ D D F S + FK+A+ N + FT E + + + +EP N K+ ++ +LA ++ + T +G C S + ++ V DL CD +I+ + + + ++SQ +C Y + DQ ++ S C E+ YK +N Q + + ++Y R F N+ +T + A + L+D+ +++ L +L++ +++++++ S PE + + Y A T S ++ +++T S + + + ++ + PS + ++E+ + + S P++ +L ++ LY E+ + P I ++ L + GDC+ ++ + +SL+ +GN+ L +CI + ++ +A++V + + R + ++ + + R+ AYL VM L ++ L K Q SF+ +HL NI S +L+ I + L ++ D +K FSRN Y + + + NVIF + +P V L T + F + E+ +GLE + + G +G+ +K +K Q +I+ E++ +VN +K+ N + I L + G K N +E++ Y + KSL DF +NL +D +PT G PL+ L G+ A +K +K D++ + P + + Y+ + E+HT I +++ G+++K+ + TN +FK TI T PKT+ + SV + Y + K I L + +K K CT I G + CG
Sbjct: 23 FKSFQKYEYTYETES-LNALNGA--INGPKARCKVEIEVPRICSYIVHTTECELSDVIDVDAEGKPIFMSSAGAEAFKAAMAKNPLKFTVEGDNDIKLFPENDEPANILNFKRGLISALAAPVLEEDRNRRMPTVYGMCRTDYSVNARQDIAT--DVVLNRDLSNCDKFSPVKDHTSPLALITGMQY---PLAQLIRSSQ-TCNYKFDNDQKHMTSASCSEKHMLLPFSYKGEHGVSNVGKQALTLVGVSVYN-------GRIFDHNEANMKTLHLDDSIDSVHPIQDKDAILSILRDLNDLSETTNGENRAHLAHKLISTIRKMSAESL---------SAALPEALEISRPLVYQALFQCGTPECTSAILRVLRTFDRSSVEIDAAVYAMGMVPN-PSRDLVEEMLEMAKFKS-SKPIYYALSNAVKRLYEVEKSVT----PEIKAVADYTLEQI-GDCTGNQE-------HVYLSLRVIGNMAAAVGAASPALKSAVIQCINQPAASPEVQQAAIQVFRLTSVPDEGREVLMKVIFDKAAPIQKRVAAYLIVMKDPQPTELAQLVAALPNNKNCQAMSFVNSHLRNILSSTTSETGELRVKILNALQGNEISTSTDPTK--FSRN---------YKIGSLEGNVIFESEELLPNEVILEMTLNAFGYDVDMFEIGLNGKGLEPTVDALIGIDGFFRDTMQKTINYAADKVPRGNDIMQSMFPTLWNNIKMQKAPQ------SIVKEITNNVNKLIQKLKVQDNPEAMIYLRLLGAEMGYLKTNDVEDMAYSAALLTKSLLNMFPTDFLRNLYSSVNNNLFLHYVFMDNEFYLPTGTGIPLRVALSGTFAPGVKGGLKLARDMSEVAFMPSAGVEFVTEVGALLPEYVESGL--EMHTNIYHES-----GLKVKV-AVTNKQFKLTIPT------------PKTSTKLISVSNSLYSVTGTEIKRIPPLAEHVKARK-CTP----FIPGFQYCG 936
BLAST of Vitellogenin domain-containing protein vs. Ensembl Zebrafish
Match: apobb.1 (apolipoprotein Bb, tandem duplicate 1 [Source:ZFIN;Acc:ZDB-GENE-030131-9732]) HSP 1 Score: 79.337 bits (194), Expect = 1.816e-13 Identity = 190/925 (20.54%), Postives = 366/925 (39.57%), Query Frame = 2
Query: 374 SPNSYKFKSALEMNDIFFTKESNEVKSVCMDGEEPVWSGNIKKAILDSLANQGIQTKPDSYKKTSHGKCFITSSEKSPKEETNPNSVNFQYDLQTCDN-----------KMISNSLFGDITRSVIFKTSQVSCKYLY-KDQSNLVSIRCREE-------YKTATIKTNEN-QMVVEITTNIYKENQLPSPDRTFT-NKNMFETGXXXXXXXXXXXXSPYSAAKTTLKDICVQYKSSESSKIPKLFMELVNHLKRLNSKEFKELYLELQKSDICPEKTTEIKSIFYDASGFVNTRSSISVMVDLIKTSRISLFDQNIWLTSLSFMQEVPSIETLKELETIISVANPSTPLFLSLG-SLTHLYCKEEPESCQNDPIIASIVSAFLHNLNGDCSIPKDATDDYVTKIQISLKGLGNLKYYPATVINTLN----KCITKDTNKLSIRISALEVMKHMDC-KQDRSSALSILLNNENDSELRINAYLTVMGCSDINTLFKVREILSKEKVNQVGSFIWTHLTNIKESN----DQLKENIRDLLDDVDLKKEFDISKLKFSRNIEKTFLTNNYGV-NFDSNVIFSEKSFVPRSVSLNTTASIFSKSTNFLEMSARLEGLEDLLFKIFGPEGY---------------------------------LKKEKGAQENLELINILNEMSGSVN-----IKLFGNQVSFIEL-IRGTLSSVKKYNIIEEIMYWSQ--DKSL------DFNKNLQ------------LVDKTVVIPTLLGFPLKFKLQGSAAINIK--IKSKFDVAGLVSWP---------ISVNIDNYISPNINAELHTEIVYQTPFTNYGMRMKLKSGTNTEFKATIFTNKNEELSVKFDSPKTTQNIFSVEGNAYVIHRD--KEIIQLQDKLKEIKMCTSEMTVRILGIRVCG 2836
S + FK+A+ N + FT E + + + +EP N K+ ++ +LA ++ + T +G C S + ++ V DL CD +I+ + + + ++SQ +C Y + DQ ++ S C E+ YK +N Q + + ++Y R F N+ +T + A + L+D+ +++ L +L++ +++++++ S PE + + Y A T S ++ +++T S + + + ++ + PS + ++E+ + + S P++ +L ++ LY E+ + P I ++ L + GDC+ ++ + +SL+ +GN+ L +CI + ++ +A++V + + R + ++ + + R+ AYL VM L ++ L K Q SF+ +HL NI S +L+ I + L ++ D +K FSRN Y + + + NVIF + +P V L T + F + E+ +GLE + + G +G+ +K +K Q +I+ E++ +VN +K+ N + I L + G K N +E++ Y + KSL DF +NL +D +PT G PL+ L G+ A +K +K D++ + P + + Y+ + E+HT I +++ G+++K+ + TN +FK TI T PKT+ + SV + Y + K I L + +K K CT I G + CG
Sbjct: 3 SAGAEAFKAAMAKNPLKFTVEGDNDIKLFPENDEPANILNFKRGLISALAAPVLEEDRNRRMPTVYGMCRTDYSVNARQDIAT--DVVLNRDLSNCDKFSPVKDHTSPLALITGMQY---PLAQLIRSSQ-TCNYKFDNDQKHMTSASCSEKHMLLPFSYKGEHGVSNVGKQALTLVGVSVYN-------GRIFDHNEANMKTLHLDDSIDSVHPIQDKDAILSILRDLNDLSETTNGENRAHLAHKLISTIRKMSAESL---------SAALPEALEISRPLVYQALFQCGTPECTSAILRVLRTFDRSSVEIDAAVYAMGMVPN-PSRDLVEEMLEMAKFKS-SKPIYYALSNAVKRLYEVEKSVT----PEIKAVADYTLEQI-GDCTGNQE-------HVYLSLRVIGNMAAAVGAASPALKSAVIQCINQPAASPEVQQAAIQVFRLTSVPDEGREVLMKVIFDKAAPIQKRVAAYLIVMKDPQPTELAQLVAALPNNKNCQAMSFVNSHLRNILSSTTSETGELRVKILNALQGNEISTSTDPTK--FSRN---------YKIGSLEGNVIFESEELLPNEVILEMTLNAFGYDVDMFEIGLNGKGLEPTVDALIGIDGFFRDTMQKTINYAADKVPRGNDIMQSMFPTLWNNIKMQKAPQ------SIVKEITNNVNKLIQKLKVQDNPEAMIYLRLLGAEMGYLKTNDVEDMAYSAALLTKSLLNMFPTDFLRNLYSSVNNNLFLHYVFMDNEFYLPTGTGIPLRVALSGTFAPGVKGGLKLARDMSEVAFMPSAGVEFVTEVGALLPEYVESGL--EMHTNIYHES-----GLKVKV-AVTNKQFKLTIPT------------PKTSTKLISVSNSLYSVTGTEIKRIPPLAEHVKARK-CTP----FIPGFQYCG 849
BLAST of Vitellogenin domain-containing protein vs. Ensembl Zebrafish
Match: vtg3 (vitellogenin 3, phosvitinless [Source:ZFIN;Acc:ZDB-GENE-991019-2]) HSP 1 Score: 70.0922 bits (170), Expect = 8.830e-11 Identity = 108/504 (21.43%), Postives = 212/504 (42.06%), Query Frame = 2
Query: 1355 LFLSLGSLTHLYCKEEPESCQNDPIIASIVSAFLHNLNGDCSIPKDATDDYVTKIQISLKGLGNLKYYPATVINTLNKCITKDTN---KLSIRI--SALEVMKHMDCKQDRSS---ALSILLNNENDSELRINAYLTVMGCSDINTLFKV-REILSKEKVNQVGSFIWTHLTNIKESNDQLKENIRDLLDDVDLK---KEFDISKLKFSRNIEKTFLTNNYGVNFDSNV-IFSEKSFVPRSVSLNTTASIFSKSTNFLEMSARLEGLEDLLFKIFGPEGYLKKEKGAQENLELINILNEMSG--------SVNIKLFGNQVSFIELIRGTLSSV---------KKYNIIEEIMYWSQDKSLDFNKNLQLVDKTVVIPTLLGFPLKFKLQGSAAINIKIKSKFDV--------AGLVSWPISVNIDNYISPNINAELHTEIVYQTPFTNYGMRMKLKSGTNTEFKATIFTNKNEE-LSVKFDSPKTTQNIFSVEGNAYVIHRDKE 2749
+ L+ GSL H YC DP ++V L N+ S+ K++ D+ V ++LK LGN + + TL K + +N KLS R+ +A++ + + + S L++ + +E+R+ A + ++ L V E+L +E QV SF ++ L +S +++ + ++ +K ++ ++S+N+ + +++ ++V + +S +P + L + FLE R +GL+D LF PE L K+ G + ++ IL+ + ++FG + +++ R ++ S+ K+ + E I + S + K + + + PT LG P++ S + +K+K ++ L+S IS+ D +I + L I T G +K K + + N E+ + K+ +FSV N Y + R+ E
Sbjct: 435 VVLAYGSLVHRYC------VYTDPCPITVVQPLL-NMAAS-SLSKNSEDEMV----LALKSLGNAAHL--SSFKTLLKFLPGYSNGAEKLSTRVQGAAVQAFRLLASRASHSVQDIVLNLFVQKHLPAEIRMLACIVLLETKPSTALISVVSEVLLEEADLQVASFSYSLLKGFAKSRTPDNQHL-SIACNIAMKILTRKLGHLSYRYSKNLHFDWFHDDFLFGTSADVYMLQNESPIPTKLMLKGKFHFIGRILQFLEFGIRADGLKD-LFAGKIPE--LTKDLGISDLASILKILSNWQSLPKDKPLLTAYARVFGQEAFLMDVSRDSVQSIIKSFSPSAGKESKVWERIQDVQKGTSWHWTKPHLVYEARFIQPTCLGLPVEISKYYSVVNAVTMKAKAEINPPPKEHLGELLSSDISMQTDGFIGVTKDHFLFHGI--NTDLFQCGTELKSKVSMGLPWAFDLKINPKEQTYEMNLTPSKSVTELFSVSSNVYAVLRNIE 918
BLAST of Vitellogenin domain-containing protein vs. Ensembl Xenopus
Match: fosb (FBJ murine osteosarcoma viral oncogene homolog B [Source:Xenbase;Acc:XB-GENE-6258697]) HSP 1 Score: 149.828 bits (377), Expect = 1.536e-34 Identity = 78/215 (36.28%), Postives = 123/215 (57.21%), Query Frame = 2
Query: 1499 DDYVTKIQISLKGLGNLKYYPATVINTLNKCITKDTNKLSIRISALEVMKHMDCKQDRSSALSILLNNENDSELRINAYLTVMGCSDINTLFKVREILSKEKVNQVGSFIWTHLTNIKESNDQLKENIRDLLDDVDLKKEFDISKLKFSRNIEKTFLTNNYGVNFDSNVIFSEKSFVPRSVSLNTTASIFSKSTNFLEMSARLEGLEDLLFKIFG 2143
D+ + K+Q+ LK +GN ++I L C +N SIR++A+E + + C +R+ + + + E+RI +Y T M C L VR++L EK QVGSF+W+HL+ + ES+D LK++I D L D L K+F+ K+S + T L+ + G N ++++IF+ SF+PRS N T ++ N LE RLE EDLL ++FG
Sbjct: 17 DEQIHKMQLILKAIGNAGLAAESLIPVLTSCAFLRSNPDSIRLAAVEAFRRIPCSANRTILAELYQSVHKNEEIRIASYYTAMKCPTQEFLHIVRQMLKHEKSMQVGSFVWSHLSQLLESDDPLKQDIADSLPDDILSKDFEGEFWKYSSYSDATVLSESAGANVEASMIFTPSSFIPRSAMANLTIHAMGRAMNILEFGIRLENAEDLLKRMFG 231 HSP 2 Score: 95.9005 bits (237), Expect = 3.036e-18 Identity = 77/262 (29.39%), Postives = 127/262 (48.47%), Query Frame = 2
Query: 15878 FETYAT-ISKRSVMTFDKASFTLSPDSCRVLLSKDLKFKKWEIIMNQQNNKQMFTINIGSNTFELSA-SNYKVNLNGKPSDLPIQIGSTSLVGLGRMMKLKDDKLGLTITIDPVNEMFTVGISGWYHGKVRGLFGNSDNEQFNDFML-DNGKIVSNEVFMKEISYKSQSCKVVSDEEQTVVKPIKGCPFI-RRMVCKFLFKCPFSPLAACFNKVNPKKFHKLCVHSTEEVLTKLDPSICKAARQYQAQCQKAGVNIQVPPPC 16651
FE +A I + V+TFD ++ C +LL+KD + K+ +I+NQ M ++++ N + K+ N + DLP+ + +++ + + G+T+ D +++ + + GWYHG GLFG +DNE NDF+L D+ S + F S K Q V + + K IK CP + +CK LF+ S L CF + P+ F+ CV + ++ P IC A Y C + V I++P C
Sbjct: 3179 FEYHAVLIGNKHVVTFDGILLNVA-SKCSLLLAKDFMYNKFTLILNQ-GGGTMRSLHVDMNHVSVDIYPGLKIEENCQRLDLPVYKNGIFIKKDANHIEVANQE-GITVQCDIYHDICSFTLEGWYHGISAGLFGTNDNESGNDFLLPDHSHTNSTQDF----SLKWQ----VDTQCSSGRKKIKACPTSPHQKLCKALFQGSNSVLRNCFRVIYPQPFYNACVEDICDS-NEIKP-ICNLAAAYVHLCNRNFVPIEIPLQC 3427 HSP 3 Score: 77.7962 bits (190), Expect = 7.142e-13 Identity = 78/342 (22.81%), Postives = 149/342 (43.57%), Query Frame = 2
Query: 2129 FKIFGPEGYLKKEKGAQENLE--LINILNEMSGSVNIKLFGNQVSFIELIRGTLSSVKKYNI--IEEIMYWSQDKSLDFNKNLQLVDKTVVIPTLLGFPLKFKLQGSAAINIKIKSKFDVAGLVSWPISVNIDNYISPNINAELHTEIVYQTPFTNYGMRMKLKSGTNTEFKATIFTNKNEELSVKFDSPKTTQNIFSVEGNAYVIHRDK-EIIQLQDKLKEIKMCTSEMTVRILGIRVCGEAKVLDPSTRKDALLF-----GPFAANVFIEKIDTQTEYILLATSKTSAFISQTGKVYSNRH-IKFEFNTPNSKFYNRRFYG-EILMDFKQKEFKLELVTP 3118
FK P G K Q+ + +I NE+ +++K+FGN+++F++ G ++K+Y++ E + + + + ++K + L + + PTL GFP++ L + + ++KI+ D+ ++ I+ YI P+ +L +++ G+R + I K +EL + ++P + I Y + D + I KE K C +E ++ G + C LD S +D L GP ++ + K D LL S I Q N + F TP S+ RR G ++ + + ++F++ L+ P
Sbjct: 289 FKHSCPSGKYNKINEIQQKFTKGMKSITNELKCGLSMKIFGNELNFLD-CEGVKQTIKQYSLSMAELAVRLLKGQEVQYSKRMGLATEEITFPTLSGFPVQLSLNATLSTSVKIRGNMDIKQQANF----YINGYIKPSALIQLSSQMGIVGTVGKMGLRWVTGLKAMSSVDGGIQMKKGQELKIFLNTPDESMEILDFSSTLYQVTPDGLKTISNPIYQKERKACMNEEVSKLFGWQPC-----LDVSYPEDESLLPFPLSGPVKVSLVLRKQDKGLRQYLLEASYNQ--IPQKDDWIPNEATLHFFMGTPKSEI--RRDVGIDLHYNIQHRKFRITLLHP 616
BLAST of Vitellogenin domain-containing protein vs. Ensembl Xenopus
Match: fosb (FBJ murine osteosarcoma viral oncogene homolog B [Source:Xenbase;Acc:XB-GENE-6258697]) HSP 1 Score: 149.443 bits (376), Expect = 1.751e-34 Identity = 78/215 (36.28%), Postives = 123/215 (57.21%), Query Frame = 2
Query: 1499 DDYVTKIQISLKGLGNLKYYPATVINTLNKCITKDTNKLSIRISALEVMKHMDCKQDRSSALSILLNNENDSELRINAYLTVMGCSDINTLFKVREILSKEKVNQVGSFIWTHLTNIKESNDQLKENIRDLLDDVDLKKEFDISKLKFSRNIEKTFLTNNYGVNFDSNVIFSEKSFVPRSVSLNTTASIFSKSTNFLEMSARLEGLEDLLFKIFG 2143
D+ + K+Q+ LK +GN ++I L C +N SIR++A+E + + C +R+ + + + E+RI +Y T M C L VR++L EK QVGSF+W+HL+ + ES+D LK++I D L D L K+F+ K+S + T L+ + G N ++++IF+ SF+PRS N T ++ N LE RLE EDLL ++FG
Sbjct: 17 DEQIHKMQLILKAIGNAGLAAESLIPVLTSCAFLRSNPDSIRLAAVEAFRRIPCSANRTILAELYQSVHKNEEIRIASYYTAMKCPTQEFLHIVRQMLKHEKSMQVGSFVWSHLSQLLESDDPLKQDIADSLPDDILSKDFEGEFWKYSSYSDATVLSESAGANVEASMIFTPSSFIPRSAMANLTIHAMGRAMNILEFGIRLENAEDLLKRMFG 231 HSP 2 Score: 95.9005 bits (237), Expect = 2.858e-18 Identity = 77/262 (29.39%), Postives = 127/262 (48.47%), Query Frame = 2
Query: 15878 FETYAT-ISKRSVMTFDKASFTLSPDSCRVLLSKDLKFKKWEIIMNQQNNKQMFTINIGSNTFELSA-SNYKVNLNGKPSDLPIQIGSTSLVGLGRMMKLKDDKLGLTITIDPVNEMFTVGISGWYHGKVRGLFGNSDNEQFNDFML-DNGKIVSNEVFMKEISYKSQSCKVVSDEEQTVVKPIKGCPFI-RRMVCKFLFKCPFSPLAACFNKVNPKKFHKLCVHSTEEVLTKLDPSICKAARQYQAQCQKAGVNIQVPPPC 16651
FE +A I + V+TFD ++ C +LL+KD + K+ +I+NQ M ++++ N + K+ N + DLP+ + +++ + + G+T+ D +++ + + GWYHG GLFG +DNE NDF+L D+ S + F S K Q V + + K IK CP + +CK LF+ S L CF + P+ F+ CV + ++ P IC A Y C + V I++P C
Sbjct: 3134 FEYHAVLIGNKHVVTFDGILLNVA-SKCSLLLAKDFMYNKFTLILNQ-GGGTMRSLHVDMNHVSVDIYPGLKIEENCQRLDLPVYKNGIFIKKDANHIEVANQE-GITVQCDIYHDICSFTLEGWYHGISAGLFGTNDNESGNDFLLPDHSHTNSTQDF----SLKWQ----VDTQCSSGRKKIKACPTSPHQKLCKALFQGSNSVLRNCFRVIYPQPFYNACVEDICDS-NEIKP-ICNLAAAYVHLCNRNFVPIEIPLQC 3382 HSP 3 Score: 77.7962 bits (190), Expect = 7.952e-13 Identity = 78/342 (22.81%), Postives = 149/342 (43.57%), Query Frame = 2
Query: 2129 FKIFGPEGYLKKEKGAQENLE--LINILNEMSGSVNIKLFGNQVSFIELIRGTLSSVKKYNI--IEEIMYWSQDKSLDFNKNLQLVDKTVVIPTLLGFPLKFKLQGSAAINIKIKSKFDVAGLVSWPISVNIDNYISPNINAELHTEIVYQTPFTNYGMRMKLKSGTNTEFKATIFTNKNEELSVKFDSPKTTQNIFSVEGNAYVIHRDK-EIIQLQDKLKEIKMCTSEMTVRILGIRVCGEAKVLDPSTRKDALLF-----GPFAANVFIEKIDTQTEYILLATSKTSAFISQTGKVYSNRH-IKFEFNTPNSKFYNRRFYG-EILMDFKQKEFKLELVTP 3118
FK P G K Q+ + +I NE+ +++K+FGN+++F++ G ++K+Y++ E + + + + ++K + L + + PTL GFP++ L + + ++KI+ D+ ++ I+ YI P+ +L +++ G+R + I K +EL + ++P + I Y + D + I KE K C +E ++ G + C LD S +D L GP ++ + K D LL S I Q N + F TP S+ RR G ++ + + ++F++ L+ P
Sbjct: 289 FKHSCPSGKYNKINEIQQKFTKGMKSITNELKCGLSMKIFGNELNFLD-CEGVKQTIKQYSLSMAELAVRLLKGQEVQYSKRMGLATEEITFPTLSGFPVQLSLNATLSTSVKIRGNMDIKQQANF----YINGYIKPSALIQLSSQMGIVGTVGKMGLRWVTGLKAMSSVDGGIQMKKGQELKIFLNTPDESMEILDFSSTLYQVTPDGLKTISNPIYQKERKACMNEEVSKLFGWQPC-----LDVSYPEDESLLPFPLSGPVKVSLVLRKQDKGLRQYLLEASYNQ--IPQKDDWIPNEATLHFFMGTPKSEI--RRDVGIDLHYNIQHRKFRITLLHP 616
BLAST of Vitellogenin domain-containing protein vs. Ensembl Xenopus
Match: ddx6 (DEAD-box helicase 6 [Source:Xenbase;Acc:XB-GENE-922227]) HSP 1 Score: 103.605 bits (257), Expect = 1.324e-20 Identity = 189/925 (20.43%), Postives = 371/925 (40.11%), Query Frame = 2
Query: 173 FKPGQKYVYSYEGESNIKTTKGSYETTGVKIKSKVTITGLSNCEMKLSLSDV---QIFDKTSSDGNQFKESPNSYKFKSALEMNDIFFTKESNEVKSVCMDGEEPVWSGNIKKAILDSLANQGIQTKPDSYKKTSHGKCFITSSEKSPKEETN-PNSVNFQYDLQTCD------NKMISNSLFGDITR--SVIFKTSQVSCKY-LYKDQSNLVSIRCREEYKTATIKTNENQMV-VEITTNIYKENQLPSPDRTFTNKNMFETGXXXXXXXXXXXXSPYSAAKTTLKDICVQYKSSESSKIPKLFMELVNHLKRLNSKEFKELYLELQK--SDICPEKTTEIKSIFYDASGFVNTRSSISVMVDLIKTSRISLFDQNIWLTSLSFMQEVPSIETLKELETIISVANPSTPLFLSLGSLTHLYCK--EEPESCQNDPIIASIVSAFLHNLNGDCSIPKDATDDYVTKIQISLKGLGNLKYYPATVINTLNKCITKDTNKLSIRISALEVMKHMDCKQDRSSALSILLNNENDSEL-RINAYLTVMGCSDINTLFKVREILSKEKVNQVGSFIWTHLTNIKESNDQLKENIRDLLDDVD-LKKEFDISKL----KFSRNIEKTFLTNNYGVNFDSNVIFSEKSFVPRSVSLNTTASIFSKSTNFLEMSARLEGLEDLLFKIFGPEGY-----------------------LKKEKGAQENLELINI---LNEM------SGSVNIKLFGNQVSFIEL---------IRGTLSSVKKYNIIEEIM-YWSQDKSLDFNKNLQLVDKTVVIPTLLGFPLKFKLQGSAAINIKIKSKFDVAGLVSWPISVNIDNYISPNINAELHTEIVYQTP-FTNYGMRMKLKSGTNTEFKATIFTNKNEELSVKFDSPKTTQNIFSVEGNAYVIHRDK 2746
FK +KYVY+YE + + + +G K KV + +C L + +++ +S K+S NS F +A+ ++ T + + + D +EP+ N+K+ IL +L +T+ Y T +GKC TS K + N P V + +L+TCD + + ++ + R S + +SQV C+Y L + ++ C E + + + ++T + E+ + R F G + ++ AA L+++ S ++ + F +LV L+ LN+ L L + S I + T+ T ++ ++++ IS + L + P + ++EL + + + +L+H K EE ++ ++ + + L + +C+ +D T + T I + G P + ++L KC + I+ +A++ + M D L + + N E R+ AYL +M + L KV ++L ++ QV +F+ +H+ NI LK +++ L L + D +KL FSR++ L + G + +N+IF + ++P+ L T ++F KS + E+ +G E L +FG G+ L K G L N+ + E+ + +++ G ++ +++L + TL + ++ + +IM S+ D + +D +PT G L+ G A + KF ++ + + P + E T++ Q P F+ + + M + F+ F+ K +L +PKT +FS+ ++ K
Sbjct: 58 FKHLRKYVYNYEAATTSGVSGTADSQSGTKFNCKVELEVPQSCNFILRVKQCTLREVYGVSSEGKALLKKSKNSEDFSNAMTKYEVKVTVQDGKNVVLYPDKDEPLNVLNMKRGILSALLVD--ETQETDYMDTVYGKC--TSEIKVTGRKGNTPTDVTVKRNLKTCDRFTPIRDYVNPLAIIKGMNRPLSTLISSSQV-CQYSLDPKRRHITEASCAETHLFLPFSYRDQYGINGKVTQTLKLEDVAKTNSRDFDPDTSLARGFALEATKTVSKNE--DAALENLQELQKLSTSEQNQQRASRFYKLVTALRGLNNDSLGPLVPRLMQLSSPIALQALTQ-----------CGTPECFGGILQVLRSGDISPVISDTVTFGLGLLPS-PCTKRVRELLNMAQYQSSRASFY----ALSHAVSKFYEEQQTVTDE--LRDVADFMLSLIGNECTGNEDKT--FQTLKAIGIMGSAMEATNPE-IKSSLLKCARGQASSPDIQKAAIQAFRRMTMTDDVRGVLVQVFQDSNAPEQKRLAAYLMLMKNPSQSDLRKVVKVLLRDDNKQVKNFVSSHIRNI-----LLKTKLQEALKSSQPLNVDTDFTKLSQNYHFSRDVTIPGLYDAAGADMVANIIFDSEGYMPKEAMLEATLNVFGKSVDMFEIGVEGKGFEPTLDSLFGNGGFFPDCTLKALYWADGKLPDKVTEILFKWYGVPRQTILYNVEKLIKEVRSNYAPEAKLYLEILGKELGYLQLNDFRTLGSMLLRTLHTTQE--LPAQIMKAISKGAETDLFLHYIFMDNEFDLPTGSGLQLQVSFSGVIAPGTRAGMKFGGR-------NIRAELSMKPAVAVEFVTQMGIQIPEFSRHAVLMNTNLYHESGFEGR-FSMKEGQLKFSIPAPKTPTKLFSIRNQLNLVFASK 939
BLAST of Vitellogenin domain-containing protein vs. Ensembl Xenopus
Match: ddx6 (DEAD-box helicase 6 [Source:Xenbase;Acc:XB-GENE-922227]) HSP 1 Score: 102.449 bits (254), Expect = 2.618e-20 Identity = 189/925 (20.43%), Postives = 371/925 (40.11%), Query Frame = 2
Query: 173 FKPGQKYVYSYEGESNIKTTKGSYETTGVKIKSKVTITGLSNCEMKLSLSDV---QIFDKTSSDGNQFKESPNSYKFKSALEMNDIFFTKESNEVKSVCMDGEEPVWSGNIKKAILDSLANQGIQTKPDSYKKTSHGKCFITSSEKSPKEETN-PNSVNFQYDLQTCD------NKMISNSLFGDITR--SVIFKTSQVSCKY-LYKDQSNLVSIRCREEYKTATIKTNENQMV-VEITTNIYKENQLPSPDRTFTNKNMFETGXXXXXXXXXXXXSPYSAAKTTLKDICVQYKSSESSKIPKLFMELVNHLKRLNSKEFKELYLELQK--SDICPEKTTEIKSIFYDASGFVNTRSSISVMVDLIKTSRISLFDQNIWLTSLSFMQEVPSIETLKELETIISVANPSTPLFLSLGSLTHLYCK--EEPESCQNDPIIASIVSAFLHNLNGDCSIPKDATDDYVTKIQISLKGLGNLKYYPATVINTLNKCITKDTNKLSIRISALEVMKHMDCKQDRSSALSILLNNENDSEL-RINAYLTVMGCSDINTLFKVREILSKEKVNQVGSFIWTHLTNIKESNDQLKENIRDLLDDVD-LKKEFDISKL----KFSRNIEKTFLTNNYGVNFDSNVIFSEKSFVPRSVSLNTTASIFSKSTNFLEMSARLEGLEDLLFKIFGPEGY-----------------------LKKEKGAQENLELINI---LNEM------SGSVNIKLFGNQVSFIEL---------IRGTLSSVKKYNIIEEIM-YWSQDKSLDFNKNLQLVDKTVVIPTLLGFPLKFKLQGSAAINIKIKSKFDVAGLVSWPISVNIDNYISPNINAELHTEIVYQTP-FTNYGMRMKLKSGTNTEFKATIFTNKNEELSVKFDSPKTTQNIFSVEGNAYVIHRDK 2746
FK +KYVY+YE + + + +G K KV + +C L + +++ +S K+S NS F +A+ ++ T + + + D +EP+ N+K+ IL +L +T+ Y T +GKC TS K + N P V + +L+TCD + + ++ + R S + +SQV C+Y L + ++ C E + + + ++T + E+ + R F G + ++ AA L+++ S ++ + F +LV L+ LN+ L L + S I + T+ T ++ ++++ IS + L + P + ++EL + + + +L+H K EE ++ ++ + + L + +C+ +D T + T I + G P + ++L KC + I+ +A++ + M D L + + N E R+ AYL +M + L KV ++L ++ QV +F+ +H+ NI LK +++ L L + D +KL FSR++ L + G + +N+IF + ++P+ L T ++F KS + E+ +G E L +FG G+ L K G L N+ + E+ + +++ G ++ +++L + TL + ++ + +IM S+ D + +D +PT G L+ G A + KF ++ + + P + E T++ Q P F+ + + M + F+ F+ K +L +PKT +FS+ ++ K
Sbjct: 58 FKHLRKYVYNYEAATTSGVSGTADSQSGTKFNCKVELEVPQSCNFILRVKQCTLREVYGVSSEGKALLKKSKNSEDFSNAMTKYEVKVTVQDGKNVVLYPDKDEPLNVLNMKRGILSALLVD--ETQETDYMDTVYGKC--TSEIKVTGRKGNTPTDVTVKRNLKTCDRFTPIRDYVNPLAIIKGMNRPLSTLISSSQV-CQYSLDPKRRHITEASCAETHLFLPFSYRDQYGINGKVTQTLKLEDVAKTNSRDFDPDTSLARGFALEATKTVSKNE--DAALENLQELQKLSTSEQNQQRASRFYKLVTALRGLNNDSLGPLVPRLMQLSSPIALQALTQ-----------CGTPECFGGILQVLRSGDISPVISDTVTFGLGLLPS-PCTKRVRELLNMAQYQSSRASFY----ALSHAVSKFYEEQQTVTDE--LRDVADFMLSLIGNECTGNEDKT--FQTLKAIGIMGSAMEATNPE-IKSSLLKCARGQASSPDIQKAAIQAFRRMTMTDDVRGVLVQVFQDSNAPEQKRLAAYLMLMKNPSQSDLRKVVKVLLRDDNKQVKNFVSSHIRNI-----LLKTKLQEALKSSQPLNVDTDFTKLSQNYHFSRDVTIPGLYDAAGADMVANIIFDSEGYMPKEAMLEATLNVFGKSVDMFEIGVEGKGFEPTLDSLFGNGGFFPDCTLKALYWADGKLPDKVTEILFKWYGVPRQTILYNVEKLIKEVRSNYAPEAKLYLEILGKELGYLQLNDFRTLGSMLLRTLHTTQE--LPAQIMKAISKGAETDLFLHYIFMDNEFDLPTGSGLQLQVSFSGVIAPGTRAGMKFGGR-------NIRAELSMKPAVAVEFVTQMGIQIPEFSRHAVLMNTNLYHESGFEGR-FSMKEGQLKFSIPAPKTPTKLFSIRNQLNLVFASK 939
BLAST of Vitellogenin domain-containing protein vs. Ensembl Xenopus
Match: ddx6 (DEAD-box helicase 6 [Source:Xenbase;Acc:XB-GENE-922227]) HSP 1 Score: 101.293 bits (251), Expect = 2.945e-20 Identity = 146/688 (21.22%), Postives = 288/688 (41.86%), Query Frame = 2
Query: 173 FKPGQKYVYSYEGESNIKTTKGSYETTGVKIKSKVTITGLSNCEMKLSLSDV---QIFDKTSSDGNQFKESPNSYKFKSALEMNDIFFTKESNEVKSVCMDGEEPVWSGNIKKAILDSLANQGIQTKPDSYKKTSHGKCFITSSEKSPKEETN-PNSVNFQYDLQTCD------NKMISNSLFGDITR--SVIFKTSQVSCKY-LYKDQSNLVSIRCREEYKTATIKTNENQMV-VEITTNIYKENQLPSPDRTFTNKNMFETGXXXXXXXXXXXXSPYSAAKTTLKDICVQYKSSESSKIPKLFMELVNHLKRLNSKEFKELYLELQK--SDICPEKTTEIKSIFYDASGFVNTRSSISVMVDLIKTSRISLFDQNIWLTSLSFMQEVPSIETLKELETIISVANPSTPLFLSLGSLTHLYCKEEPESCQNDPIIASIVSAFLHNLNG-DCSIPKDATDDYVTKIQISLKGLGNLKYYPATVINTLNKCITKDTNKLSIRISALEVMKHMDCKQDRSSALSILLNNENDSELRINAYLTVMGCSDINTLFKVREILSKEKVNQVGSFIWTHLTNIKESNDQLKENIRDLLDDV-----DLKKEFDISKL----KFSRNIEKTFLTNNYGVNFDSNVIFSEKSFVPRSVSLNTTASIFSKSTNFLEMSARLEGLEDLLFKIFGPEGYL 2158
FK +KYVY+YE + + + +G K KV + +C L + +++ +S K+S NS F +A+ ++ T + + + D +EP+ N+K+ IL +L +T+ Y T +GKC TS K + N P V + +L+TCD + + ++ + R S + +SQV C+Y L + ++ C E + + + ++T + E+ + R F G + ++ AA L+++ S ++ + F +LV L+ LN+ L L + S I + T+ T ++ ++++ IS + L + P + ++EL + + + +L+H ++ D V+ F+ +L G +C+ +D T + T I + G P + ++L KC + I+ +A++ + M D + + ++ + R+ AYL +M + L KV ++L ++ QV +F+ +H+ NI + + E ++ L + L + D +KL FSR++ L + G + +N+IF + ++P+ L T ++F KS + E+ +G E L +FG G+
Sbjct: 38 FKHLRKYVYNYEAATTSGVSGTADSQSGTKFNCKVELEVPQSCNFILRVKQCTLREVYGVSSEGKALLKKSKNSEDFSNAMTKYEVKVTVQDGKNVVLYPDKDEPLNVLNMKRGILSALLVD--ETQETDYMDTVYGKC--TSEIKVTGRKGNTPTDVTVKRNLKTCDRFTPIRDYVNPLAIIKGMNRPLSTLISSSQV-CQYSLDPKRRHITEASCAETHLFLPFSYRDQYGINGKVTQTLKLEDVAKTNSRDFDPDTSLARGFALEATKTVSKNE--DAALENLQELQKLSTSEQNQQRASRFYKLVTALRGLNNDSLGPLVPRLMQLSSPIALQALTQ-----------CGTPECFGGILQVLRSGDISPVISDTVTFGLGLLPS-PCTKRVRELLNMAQYQSSRASFY----ALSHAVKQQTVTDELRD------VADFMLSLIGNECTGNEDKT--FQTLKAIGIMGSAMEATNPE-IKSSLLKCARGQASSPDIQKAAIQAFRRMTMTDDVRVLVQVFQDSNAPEQKRLAAYLMLMKNPSQSDLRKVVKVLLRDDNKQVKNFVSSHIRNILQMDAPEAEGLKTKLQEALKSSQPLNVDTDFTKLSQNYHFSRDVTIPGLYDAAGADMVANIIFDSEGYMPKEAMLEATLNVFGKSVDMFEIGVEGKGFEPTLDSLFGNGGFF 693
BLAST of Vitellogenin domain-containing protein vs. Ensembl Mouse
Match: Apob (apolipoprotein B [Source:MGI Symbol;Acc:MGI:88052]) HSP 1 Score: 99.3673 bits (246), Expect = 1.979e-19 Identity = 160/719 (22.25%), Postives = 307/719 (42.70%), Query Frame = 2
Query: 137 CSMKCSFEEDRIFKPGQKYVYSYEGESN--IKTTKGSYETTGVKIKSKVTITGLSNCEMKL---SLSDVQIFDKTSSDGNQF-KESPNSYKFKSALEMNDIFFTKESNEVKSVCMDGEEPVWSGNIKKAILDSL--ANQGIQTKPDSYKKTSHGKCFITSSEKSPKEETNPNSVNFQYDLQTCDN-KMISNS-----LFGDITR--SVIFKTSQVSCKYLYKDQSNLVS-IRCREEYKTATIK-TNENQMVVEITTNIYKENQLPSPDRTFTNKNMFETGXXXXXXXXXXXXSPYSAAKTTLKDICVQYKSSESSKIPKLFMELVNHLKRLNSKEFKELY---------LELQKSDIC--PEKTTEIKSIFYDASGFVNTRSSISVMVDLIKTSRISLFDQNIWLTSLSFMQEVPSIETLKELETIISVANPSTPLFLSLGSLTHLYCKEEPESCQNDPIIASIVSAFLHNLNGDCSIPKDATDDYVTKIQISLKGLGNLKYYPATVINTLN----KCITKDTNKLSIRISALEVMKHMDCKQD-RSSALSILLNNENDSELRINAYLTVM---GCSDINTLFKVREILSKEKVNQVGSFIWTHLTNIKESNDQLKENIRDLLDDVDLKKEFD--ISKLKFSRN--IEKTF---LTNNYGVNFDSNVIFSEKSFVPRSVSLNTTASIFS-KSTNFLEMSARLEGLEDLLFKIFGPEGYL 2158
S C + R FK +KYVY+YE ES+ ++ T S T + K ++ + + M+ +L +V F+ +G K++ NS +F +A+ ++ + + D +EP + NIK+ I+ +L + + + + + T +G C + S ++ T P ++ + +LQ CD + IS S L + S + +SQ +C+Y + VS C E++ N+ ++ +T + E+ P + F ++ G+ + + A TL+++ S ++++ LF +LV L+ L + L + LQ C P+ T I ++ T + ++VD++ T L + PS + L+E+ L+ +L+H P++ I L ++ +C+ +D T + L+ +GN+ V+ L C+ L I+ +AL+ ++ M+ + + R+ +N E R+ AYL +M SDIN K+ ++L E+ QV +F+ +H+ NI S + ++++ L+ + +F + KFSRN I K+ + + V + N+IF S++PR L TT ++F S + E+ +G E L +FG +G+
Sbjct: 35 LSFSCPKDATR-FKHLRKYVYNYEAESSSGVQGTADSRSATKINCKVELEVPQICGFIMRTNQCTLKEVYGFN---PEGKALMKKTKNSEEFAAAMSRYELKLAIPEGKQIVLYPDKDEPKYILNIKRGIISALLVPPETEEDQQELFLDTVYGNCSTQVTVNS-RKGTVPTEMSTERNLQQCDGFQPISTSVSPLALIKGLVHPLSTLISSSQ-TCQYTLDPKRKHVSEAVCDEQHLFLPFSYKNKYGIMTRVTQKLSLEDT-PKINSRFFSEGTNRMGLAFESTKSTSSPKQADAVLKTLQELKKLSISEQNAQRANLFNKLVTELRGLTGEAITSLLPQLIEVSSPITLQALVQCGQPQCYTHILQ-------WLKTEKAHPLLVDIV--------------TYLMALIPNPSTQRLQEIFNTAKEQQSRATLY----ALSHAVNSYFDVDHSRSPVLQDIAGYLLKQIDNECTGNEDHT-------FLILRVIGNMGRTMEQVMPALKSSVLSCVRSTKPSLLIQKAALQALRKMELEDEVRTILFDTFVNGVAPVEKRLAAYLLLMKNPSSSDIN---KIAQLLQWEQSEQVKNFVASHIANILNSEELYVQDLKVLIKNALENSQFPTIMDFRKFSRNYQISKSASLPMFDPVSVKIEGNLIFDPSSYLPRESLLKTTLTVFGLASLDLFEIGLEGKGFEPTLEALFGKQGFF 711
BLAST of Vitellogenin domain-containing protein vs. Ensembl Mouse
Match: Apob (apolipoprotein B [Source:MGI Symbol;Acc:MGI:88052]) HSP 1 Score: 98.2117 bits (243), Expect = 3.992e-19 Identity = 160/709 (22.57%), Postives = 302/709 (42.60%), Query Frame = 2
Query: 173 FKPGQKYVYSYEGESN--IKTTKGSYETTGVKIKSKVTITGLSNCEMKL---SLSDVQIFDKTSSDGNQF-KESPNSYKFKSALEMNDIFFTKESNEVKSVCMDGEEPVWSGNIKKAILDSL--ANQGIQTKPDSYKKTSHGKCFITSSEKSPKEETNPNSVNFQYDLQTCDN-KMISNS-----LFGDITR--SVIFKTSQVSCKYLYKDQSNLVS-IRCREEYKTATIK-TNENQMVVEITTNIYKENQLPSPDRTFTNKNMFETGXXXXXXXXXXXXSPYSAAKTTLKDICVQYKSSESSKIPKLFMELVNHLKRLNSKEFKELY---------LELQKSDIC--PEKTTEIKSIFYDASGFVNTRSSISVMVDLIKTSRISLFDQNIWLTSLSFMQEVPSIETLKELETIISVANPSTPLFLSLGSLTHLYCKEEPESCQNDPIIASIVSAFLHNLNGDCSIPKDATDDYVTKIQISLKGLGNLKYYPATVINTLN----KCITKDTNKLSIRISALEVMKHMDCKQD-RSSALSILLNNENDSELRINAYLTVM---GCSDINTLFKVREILSKEKVNQVGSFIWTHLTNIKESND----QLKENIRDLLDDVDLKKEFDISKLKFSRN--IEKTF---LTNNYGVNFDSNVIFSEKSFVPRSVSLNTTASIFS-KSTNFLEMSARLEGLEDLLFKIFGPEGYL 2158
FK +KYVY+YE ES+ ++ T S T + K ++ + + M+ +L +V F+ +G K++ NS +F +A+ ++ + + D +EP + NIK+ I+ +L + + + + + T +G C + S ++ T P ++ + +LQ CD + IS S L + S + +SQ +C+Y + VS C E++ N+ ++ +T + E+ P + F ++ G+ + + A TL+++ S ++++ LF +LV L+ L + L + LQ C P+ T I ++ T + ++VD++ T L + PS + L+E+ L+ +L+H P++ I L ++ +C+ +D T + L+ +GN+ V+ L C+ L I+ +AL+ ++ M+ + + R+ +N E R+ AYL +M SDIN K+ ++L E+ QV +F+ +H+ NI S + LK I++ L++ D KFSRN I K+ + + V + N+IF S++PR L TT ++F S + E+ +G E L +FG +G+
Sbjct: 33 FKHLRKYVYNYEAESSSGVQGTADSRSATKINCKVELEVPQICGFIMRTNQCTLKEVYGFN---PEGKALMKKTKNSEEFAAAMSRYELKLAIPEGKQIVLYPDKDEPKYILNIKRGIISALLVPPETEEDQQELFLDTVYGNCSTQVTVNS-RKGTVPTEMSTERNLQQCDGFQPISTSVSPLALIKGLVHPLSTLISSSQ-TCQYTLDPKRKHVSEAVCDEQHLFLPFSYKNKYGIMTRVTQKLSLEDT-PKINSRFFSEGTNRMGLAFESTKSTSSPKQADAVLKTLQELKKLSISEQNAQRANLFNKLVTELRGLTGEAITSLLPQLIEVSSPITLQALVQCGQPQCYTHILQ-------WLKTEKAHPLLVDIV--------------TYLMALIPNPSTQRLQEIFNTAKEQQSRATLY----ALSHAVNSYFDVDHSRSPVLQDIAGYLLKQIDNECTGNEDHT-------FLILRVIGNMGRTMEQVMPALKSSVLSCVRSTKPSLLIQKAALQALRKMELEDEVRTILFDTFVNGVAPVEKRLAAYLLLMKNPSSSDIN---KIAQLLQWEQSEQVKNFVASHIANILNSEELYVQDLKVLIKNALENSQFPTIMDFR--KFSRNYQISKSASLPMFDPVSVKIEGNLIFDPSSYLPRESLLKTTLTVFGLASLDLFEIGLEGKGFEPTLEALFGKQGFF 698
BLAST of Vitellogenin domain-containing protein vs. UniProt/SwissProt
Match: sp|Q9U943|APLP_LOCMI (Apolipophorins OS=Locusta migratoria OX=7004 PE=1 SV=2) HSP 1 Score: 216.468 bits (550), Expect = 5.951e-54 Identity = 262/1117 (23.46%), Postives = 487/1117 (43.60%), Query Frame = 2
Query: 74 FLLVLLSIITNAARTPQFINPCSMKCSFEEDRI-FKPGQKYVYSYEGES--NIKTTKGSYETTGVKIKSKVTITGLSNCEMKLSLSDVQIFDKTSSDGNQFKESPNSYKFKSALEMNDIFFT-KESNEVKSVCMDGEEPVWSGNIKKAILDSLANQGIQTKPDSYKKTSHGKCFITSSEKSPKEETNPNSVNFQYDLQTCDNKMISNSLFGDITRSVIFKTSQVSCKYLYKDQ----SNLVSIRCREEY--KTATIKTNENQMVVEITTNIYKENQLPSPDR---TFTNKNMFET--GXXXXXXXXXXXXSPYSAAKTTLKDICVQYKSSESSKIPKLFMELVNHLKRLNSKEFKELYLELQKSDICPEKTTEIKSIFYDASGFVNTRSSISVMVDLIKTSRISLFDQNIWLTSLSFMQEVPSIETLKELETIISVANPSTPLFLSLGSLTHLYCKEEPESCQNDPIIASIVSAFLHNLNGDCSIPKDATDDYVTKIQISLKGLGNLKYYPATVINTLNKCITKDTNKLSIRISALEVMKHMDCKQD-RSSALSILLNNENDSELRINAYLTVMGCSDINTLFKVREILSKEKVNQVGSFIWTHLTNIKESNDQLKENIRDLLDDVDLKKEFDISKLKFSRNIEKTFLTN--NYGVNFDSNVIFSEKSFVPRSVSLNTTASIFSKSTNFLEMSARLEGLEDLLFKIFGPEGYLKKE-----------------------------------KGAQENLE------LINILNEMSGSVNIKL--FGNQVSFIELIRGTLSSVKKYNIIEEIMYWSQDKSL--------DFNKNLQLVDKTVVIPTLLGFPLKFKLQGSAAINIKIKSKFDVAGLVSWPISVNIDNYISPNINAELHTEIVYQTPFTNYGMRMKLKSGTNTEFKATIFTNKNEELSVKFDSPKTTQNIFSVEGNAYVIHRDKEIIQLQDKL---------KEIKMCTSEMTVRILGIRVCGEAKVLDPSTRKDALLF---GPFAANVFIEKIDTQTEYILLATSKTSAFISQTGKVYSNRHIKFEFNTPNSKFYNRRFYGEILMDFKQKEFK---LELVTPWTDALVAARLKLTDGETK 3172
+ L++L+I + + C+ +C+ + ++ GQ Y YS+EG + ++ T+G E +K+K+ ++ +C L L V + S + K+ LE + + K S+ K +C + + S NIK+AIL L Q TK + + T+ S + + S + +I +L T + L+ +Q +VS RE Y + + + N + +VE + +N P+P T +FE + A + AA+++ KD V ++E F LV+ L++ ++ + ++Y +++ K + +++ DA +T ++ V+ L+KT I+ N W SL+F+Q S++++ + +++ N T FL +GS YC+E +C+N +++ F +L+G S A ++ +LK LGN+++ + + + + +R++ALEV++ C+++ + +AL IL + DSELRI AYL V+ C N + + +L E + QVGSF+ +HL N++ S D K ++ L + KK F K+S+N E ++ + N G + +SNVIFS+ S++PRSVSLN TA +F S N E++AR E L+ ++ GP+GY++ E K A +N+ L+ + S V++ L FG+++++ G +++EI + + D+ L DF + +D + PT LGFPLK + GS A +K+ + DV ++ P + P+ EL +++ G+++ ++T + + + +K P Q+I V+ + +++ + L K+ + C +++ + G+ CG V S + A + GP +V IE D +EY A K ++ V F+TP S +R+ +L++ K+K + L + W + +VA L + D K
Sbjct: 8 WFLLILAISSGGLSAA--VGGCNHQCTPQSSVFQYQKGQTYTYSFEGTTLTSLPGTQG--EPVRLKLKATADLSVADDCNKVLRLRGVTVSGPDSKNYANLKD----------LEAHPVLANFKGSSINKQLCSEDGDNQSSLNIKRAILSLL--QTPNTKSSTASEVDVFGICPTNVRHSQRGDVTVISKTRNLNRYASRENLIQETLSTRFTGQSDLHATPFLDADLHVEQQIKGGLIVSATSRESYLFRPFSNQGNGAKTIVETKLTLTSQNAQPAPPLASFTVPKSIVFEAPHALASVPGGSSAITAALHAAESSTKD-GVTVDAAEK------FRTLVSVLRQSSTTDILKVYNDVKAGAGFSNKHSA-RNLLLDALFRTSTGDAVEVIARLLKTKEIT---ANHWYLSLAFIQHA-SLKSVVSISSLLDQKNLPTEAFLGIGSFIGRYCREH--NCENVAEFDEVLNKFSKHLSG--STTSKAGENRAIA---ALKALGNIRHLNNALGEKVKQLALDKSLPPRVRVAALEVIQSDPCRKNIKQAALQILRDQVEDSELRIKAYLAVVECPCDNVVKTISNLLENEPIIQVGSFVVSHLKNLQASTDPSKAEAKEKLGQLKPKKIFSSDIRKYSQNYELSYAIDAINAGASVESNVIFSQSSYLPRSVSLNLTADVFGHSYNVFEIAARTENLDHIIESFLGPKGYIETEDDDKFVDEVEEKTKSLYNRITERFEKTFRQKRSVSKDAVDNIRQQAYKSLLPSQRDRSLDVDLSLKTFGSELAWFNY-DGKHEQKSSERVVDEI-FDAIDEGLKKSKKFNYDFEPHFTFLDSELSYPTNLGFPLKLAIDGSIAARLKLNGEVDVRSILRQPENAAFRLEFVPSAAVELTGKLLVDAYVVEGGLKLDYNVHSSTGINVAVHNLNDLGIDIKVGLPVKKQDIIDVKTDVLTTVKERGHPETSTPLHFNLKGNDYKQYRGCFDQLS-PVSGLTFCGNVSVPWVSPTQAAAFYPLNGPSHLSVSIEADDV-SEYHFRAEIKKDESAFKSAAVL--------FDTPGSS-ADRKVL--LLVEKKEKPHQGITAHLKSGWKE-IVAEGLLIDDNNEK 1073 HSP 2 Score: 121.324 bits (303), Expect = 3.148e-25 Identity = 137/565 (24.25%), Postives = 242/565 (42.83%), Query Frame = 2
Query: 15818 LRSWFTLYFPQTPFTSILPEFETYATI-SKRSVMTFDKASFTLSPDSCRVLLSKDLKFKKWEIIMNQQNNK-QMFTINIGSNTFELSASNYKVNLNGKPSDLPIQIGSTSLVGLGRMMKLKDDKLGLTITIDPVNEMFTVGISGWYHGKVRGLFGNSDNEQFNDFMLDNGKIVS--NEVFMKEISYKSQSCKV--VSDEEQTVVKPIKGCPFIRRMVCKFLFKCPFSPLAACFNKVNPKKFHKLCVHSTEEVLTKLDPSI--CKAARQYQAQCQKAGVNIQVPPPCKKCDMPNDKPLSINEFRNVKIKEKVSDIVFIVDEGTC-LNSLYDKLPILVTRLDKGMKTKGINSVHYGLVTYVDDNNNQANFHT-VGQKLLGSSQEMITSLKTLKSSNG-KFKDFTGA--------------ITTA---ANYPFREHASRHLIII---SCTST---KEYPNVLHNLVDKLTKKAIQVSLLTDFSFKLKDSNKQSIIFGVDSQNTYTALSRNGDKNFTSRPESD----------FLYQLTMKMKGVVFDNKYLSASQELTRIRFVSSFAN 17380
L Y P F +I+P ++ A + + TFD+ T C +L++D++ + II N + + ++ + TFEL AS+ + +NG+P++ P G + ++ K G+ +T + E+ T I+G+Y GK RGL G +NE ++DF +G++ S NE F +Q V V E + I+ C+ +F S L+ C ++P + + C H E TK + + C+ A Y C V + VPP C C + D + I + +VK+ +K +DI+ ++++ T ++ D + +V++L + + ++GI+ V L+ Y + +T G KL ++ K F +FT + ITTA +YPFR A++ +I + SC +T K P L D + I + L+T+ DS + I G D+ + Y ++ G K S + Q+ + G VF+ L +++ S N
Sbjct: 2793 LSDLLASYRPSLRFDNIIPPYDATAILLNSHHFFTFDRRHLTFK-GICSYILAQDVQDGNFTIIANIEGGSLKSIIVSDQATTFEL-ASDKSLLVNGRPTEYPADEGEFHAWREYNRVGIQT-KAGVKVTCETSIELCTFEINGFYFGKTRGLLGTINNEPWDDFTKPDGQVASKANE-FGNAWKVDAQCANVDGVDHHEHS----------IKVEECEEVF-SKASLLSPCSLFLDPAPYLEACSHIAHEATTKEEKQLAACRTAAAYVQACSVENVFVSVPPHCVHCSVNGDAAIDIGQSFSVKVPQKSADILIVLEQVTGNAETVKDFVSPIVSQLTQELSSRGISDVWISLLGYGAPGQEYPHLYTSSGGKLSYDGKQKNIQFGERKVLGPFPFDNFTESIDWLDEFTDQAFHLITTADTILDYPFRPGAAKSIIYVLDTSCETTLFLKHLPVKALKLKDAIGSPGIVLHLVTNV-----DSVQSKNIVGFDTNHAY--YNQEGKKRVVSEVTGNEKAALKISETACGQIALATSGTVFNKNNLKQTKKFVAQHIADSLTN 3335
BLAST of Vitellogenin domain-containing protein vs. UniProt/SwissProt
Match: sp|Q6RG02|VIT_PENME (Vitellogenin OS=Penaeus merguiensis OX=71412 PE=1 SV=2) HSP 1 Score: 181.8 bits (460), Expect = 1.579e-43 Identity = 148/631 (23.45%), Postives = 294/631 (46.59%), Query Frame = 2
Query: 986 LKDICVQYKSSESSKIPKLFMELVNHLKRLNSKEFKELYLELQKSDICPEKTTEIKSIFYDASGFVNTRSSISVMVDLIKTSRISLFDQNIWLTSLSFMQEVPSIETLKELETIISVANPSTPLFLSLGSLTHLYCKEEPESCQNDPIIASIVSAFLHNLNGDCSIPKDATDDYVTKIQISLKGLGNLKYYPATVINTLNKCITKDTNKLSIRISALEVMKHMDCKQDRSSAL-SILLNNENDSELRINAYLTVMGCSDINTLFKVREILSKEKVNQVGSFIWTHLTNIKESNDQLKENIRDLLDDVDLKKEFDISKLKFSRNIEKTFLTNNYGVN--FDSNVIFSEKSFVPRSVSLNTTASIFSKSTNFLEMSARLEGLEDLLFKIFGPEGYLKK---------------EKGAQENLELINIL---NEMSGSVNIKLF--------------------GNQVSFIELIRGTLSSVKKYNIIEEIMYWSQDKSLDFNKNLQL-------VDKTVVIPTLLGFPLKFKLQGSAAINIKIKSKFDVAGLVSWPISVNIDNYISPNINAELHTEIVYQTPFTNYGMRMKLKSGTNTEFKATIFTNKNEELSVKFDSPKTTQNIFSVEGNAYVI 2734
+K+IC + K + ++ L + ++ L+R+ E ++++ C + + ++SIF DA F++ ++ VMV+ I+ R + ++ +L ++ P+IE +K L + P L L+ ++ + YC+ P +C +A I + + CS P +D + I K +GN+ V CI + + S+R++A E + +C + L I + ++E+RI +YL + C++ L + E +SKE+ QV F+ HL NI+ES KEN+R LL +V + +F+ KFSRNI+ + +G+ +SN+I++ SFVPR+V+L A + + E+ AR G+E ++ + GP+GYL+ EKG + +L + L + SV F G+++++ + + G+L V +IE + ++ SL+ K+L L + +PT+ G PL+ +L G+A +K++ ++A ++S + P ++ + + G+ M+ + T I T +N+++ ++ + P+ + + +++ Y++
Sbjct: 305 MKEICDKTKDTVEAEAGALVAKALHVLRRIPDTVVVETAQKVRQGHYCSD-SARLESIFLDAVAFIHESGAVKVMVNEIENGRATGGRLALYTAAL-YLIPRPNIEAVKALTPLFESPRPMPSLLLAAATMVNHYCRHTP-ACYEKAPVARIAEILANRVQTHCS-PSAGVEDNEVALAI-FKTIGNMGVATPAVTRAAVHCIEVEGLETSVRVAAAEAFRQANCFRPAVEKLVDIAVRPAFETEVRIASYLAAVRCAEQEHLETIIEKISKEENTQVRGFVLGHLINIQESTCPAKENLRYLLANV-IPTDFERDFRKFSRNIDVAYHAPAFGMGAGLESNIIYAPGSFVPRAVNLKMKADVDETHMDIAEIGARFVGIESIIEEPLGPQGYLRTATFGKIMEDITGFAGEKGYKVMEQLKHTLRTRRSIDSSVIADFFGKLYGKSRSHTHAELFARFMGHEITYAD-VAGSLKGVTADTLIETFFSFFEN-SLEHMKDLNLNTARTAQLSMDYSLPTIQGTPLRLRLAGTAVAGLKMEGNVNIAQILSDLGNSQTGVKFFPGLSVHATGFVGFDWLLARVGIEMQNTISSATGAAIKIRTTENKKIEMELEVPEKME-LLNIKAETYLV 926
BLAST of Vitellogenin domain-containing protein vs. UniProt/SwissProt
Match: sp|Q9V496|APLP_DROME (Apolipophorins OS=Drosophila melanogaster OX=7227 GN=apolpp PE=1 SV=2) HSP 1 Score: 178.333 bits (451), Expect = 1.656e-42 Identity = 229/952 (24.05%), Postives = 422/952 (44.33%), Query Frame = 2
Query: 83 VLLSIITNAARTPQFINPCSMKCSFEEDRIFK--PGQKYVYSYEGESNIKTTK---GSYETTGVKIKSKVTITGLSNCEMKLSLSDVQIFDKTSSDGNQFKESPNSYKFKSALEMNDIFFTKESNEVK-SVCMDGEEPVWSGNIKKAILDSLANQGIQTKPDSYKKTSHGKCFITSSEKSPKEETNPNSVNFQYDLQTCDNK-MISNSLFGDITRSVIFKTSQVSCKYLYKDQSNLVS-----IRCREEYK-TATIKTNENQMVVEITTNIYKENQLPSPDRTFTNKNMFETGXXXXXXXXXXXXSPYS----AAKTTLKDICVQYKSSESSKIPKLFMELVNHLKRLNSKEFKELYLELQKSDICPEKTTEIKSIFYDASGFVNTRSSISVMVDLIKTSRISLFDQNIWLTSLSFMQEVPSIETLKELETIISVANPSTPLFLSLGSLTHLYCKEEPESCQNDPIIASIVSAFLHNLNGDCSIPKDATDDYVTKIQISLKGLGNLKYYPATVINTLNKCI-TKDTNKLSIRISALEVMKHMDCKQD-RSSALSILLNNENDSELRINAYLTVMGCSDINTLFKVREILSKEKVNQVGSFIWTHLTNIKESNDQLKENIRDLLDDVDLKKEFDISKLKFSRNIEKTFLTNNYGVNF--DSNVIFSEKSFVPRSVSLNTTASIFSKSTNFLEMSARLEGLEDLLFKIFGPEGYLKKE----------------KGAQENLELINILNEMSG---------------SVNIKLFGNQVSFIEL---IRGTLSSVKKY--NIIEEIMYWSQDKSLDFNKNLQLVDKTVVIPTLLGFPLKFKLQGSAAINIKIKSKFDVAGLV--SWPISVNIDNYISPNINAELHTEIVYQTPFTNYGMRM--KLKSGTNTEFKATIFTNKNEELSVKFDSPKTTQNI--FSVEGNAYVIHRDKE 2749
VLL+I NA N C++ C ++ + K PG Y YS++ I + + T +K+ I NC L LS V++ T++ + K+ NS + + FT S ++ +C D + +S NIK+A++ SL GI+ + ++ G C + S + N N + +L +C ++ I++ L TS + + Y +S +V+ ++ E YK K N +I+ + +L +P + T N TG + E+ S A KT L D+ + K F+E + L++ +S+ EL + + K ++ D G T ++ S V L + S+ ++ + + SL+ ++ V ETL + + + + N L++++G+L YC + CQ P I +I F L C K T +I LKGLGN K + L++C T +N+ IR++AL + C++ +S +L +L N DSELRI AYL+ + C + ++ EI++ E VNQVG FI ++L I++S D ++ + L ++ + K F + ++S N E ++ + GV D +I+S+ F+PRS +N T F + N E S R E +ED+L GP+G + K+ G + +++ ++++S V++KLFG++++F+ L I +L + Y E+ F+ + +D + PT +G PL+ QG AA + + D+ ++ +W + ++ P+++ + +I + + G+R+ S T ++ + ++ E +V + P+ + F+V+ YV +DK+
Sbjct: 17 VLLTIAVNAE------NACNLGCPKSDNGLLKYIPGNYYDYSFDSILTIGASSDVPNDSDDTSLKVSGSAKIFAKGNCGYTLQLSSVKV---TNTKESVEKKILNSIQ-------KPVQFTLVSGILEPQICSDSSDLDYSLNIKRAVV-SLLQSGIEAE---HEVDVFGMC---PTHTSTSKVGNANIITKARNLNSCSHREQINSGLVSGKVNEKAGITSSLLLQANYIKESRIVNHLIENVQLTETYKFIGNTKRNS-----DISAKVVTILKLKNP--SGTKANSPGTGSTVRSLIFQRPETYTSKNINALKTILSDLVDSTGDYVKKETAKKFVEFIRLLRQSDSETLLELAAFPHPNKVLARK------VYLD--GLFRTSTAESARVILKQLSKFDEKEKLLAILSLNIVKSVDK-ETLNQAASQL-LPNAPKELYIAVGNLVAKYCLKN--YCQG-PEIDAISKKFSDGLK-HC---KPNTKREEERIVYILKGLGNAKSLSGNTVAALSECASTGRSNR--IRVAALHAFSKVKCEETLQSKSLELLKNRNEDSELRIEAYLSAISCPNAEVANQISEIVNSETVNQVGGFISSNLKAIRDSTDVSRDQQKYHLANIRVTKTFPVDYRRYSFNNEVSYKLESLGVGASTDYQIIYSQHGFLPRSSRINVTTEFFGTNYNVFEASVRQENVEDVLEYYLGPKGLVNKDFDEIVKLIEVGNNGVAAGGRARRSIVDDVSKISKKYKMYGVKNVQDLNLDVSLKLFGSELAFLSLGDNIPSSLDDIINYFSTSFEKAKQELSSFEKQFSSHHLFLDTDLAYPTSIGVPLELVAQGFAATKVDLAVSLDINAILEQNWQKAKYRLKFV-PSVDINANVQIGFNAQVLSTGLRVVSSAHSATGSDITVAVISD-GEGFNVDLELPREKLELINFNVDTELYVAEQDKQ 917 HSP 2 Score: 86.2705 bits (212), Expect = 1.120e-14 Identity = 102/430 (23.72%), Postives = 184/430 (42.79%), Query Frame = 2
Query: 15896 ISKRSVMTFDKASFTLSPDSCRVLLSKDLKFKKWEIIMNQQNNK--QMFTINIGSNTFELSASNYKVNLNGKPSDLPIQIGSTSLVGLGRMMKL---KDDKLGLTITIDPVNEMFTVGISGWYHGKVRGLFGNSDNEQFNDFMLDNGKIVSNEVFMKEISYKSQSCKVVS-DEEQTVVKPIKGCPFIRRMVCKFLFKCPFSPLAACFNKVNPKKFHKLCVHSTEEVLTK-LDPSICKAARQYQAQCQKAGVNIQVPPPCKKCDMPNDKPLSINEFRNVKIKEKVSDIVFIVDEGTCLNSLYDKLPILVTRLDKGMKTKGINSVHYGLVTY----------------VDDNNNQANFHTVGQKLLGSS--QEMITSLKTLKSSNGKFKDFTG--------AITTAANYPFREHASRHLIIISCTSTKEYPN 17086
+ + + TFD +F P +C+ +L++D + II N K + I+ + FE+ A N + LNG + P + + L R + + +G+ T D ++ + I+G+Y K RGL GN + E ++DF+L +G + N + Y C + D Q K K R+ +C LF S LA F ++ + + K C + +V K + + C A Y + ++ + +PP C KC P + +EF VK+ D+VF+VD L + + + + + ++++G + V G++ + ++ N A+ G K + +++IT + L N + G A A +YPFR A++ +I + S EY N
Sbjct: 2791 VDGKHIFTFDGLNFAY-PGNCKYILAQDSVDNNFTIIGQLTNGKLKSITLIDREGSYFEV-ADNLALKLNGNLVEYPQHL--SGLHAWRRFYTIHLYSEYGVGIVCTSDL--KVCHININGFYTSKTRGLLGNGNAEPYDDFLLIDGTLAENSAALGN-DYGVGKCTAIEFDNNQ--FKSSK-----RQEMCSELFGIE-STLAFNFITLDSRPYRKACDIALAKVAEKEKEATACTFALAYGSAVKQINKWVLLPPRCIKCAGPAGQHDFGDEF-TVKLPNNKVDVVFVVDINVTPGVLSNLIAPAINDIRESLRSRGFSDVQVGVIVFEETKRYPALLTSDGGKINYKGNVADVKLAGIKSFCDNCVEQIITEKRILDIYNSLKEIVKGIAPQADEKAFQLALDYPFRAGAAKSIIGVRSDSL-EYKN 3203
BLAST of Vitellogenin domain-containing protein vs. UniProt/SwissProt
Match: sp|Q25490|APLP_MANSE (Apolipophorins OS=Manduca sexta OX=7130 PE=2 SV=1) HSP 1 Score: 164.081 bits (414), Expect = 4.067e-38 Identity = 155/679 (22.83%), Postives = 292/679 (43.00%), Query Frame = 2
Query: 968 SAAKTTLKDICVQYKSSESSKIPKLFMELVNHLKRLNSKEFKELYLELQKSDICPEKTTEIKSIFYDASGFVNTRSSISVMVDLIKTSRISLFDQNIWLTSLSFMQEVPSIETLKELETIISVANPSTPLFLSLGSLTHLYCKEEPESCQN---DPIIASIVSAFLHNLNGDCSIPKDATD-DYVTKIQISLKGLGNLKYYPATVINTLNKCITKDTNKLSIRISALEVMKHMDCKQD-RSSALSILLNNENDSELRINAYLTVMGCSDINTLFKVREILSKEKVNQVGSFIWTHLTNIKESNDQLKENIRDLLDDVDLKKEFDISKLKFSRNIEKTFLTNNYGVN--FDSNVIFSEKSFVPRSVSLNTTASIFSKSTNFLEMSARLEGLEDLLFKIFGPEGYLKKEKGAQENLELINILNEMSGSVNIKLFGNQVSF---IELIRGTLSS--------------VKKYNIIEEIMYWSQDKSLDFNK-------------------------NLQLVDKTVVIPTLLGFPLKFKLQGSAAINIKIKSKFDVAGLVSWPISVNIDNYISPNINAELHTEIVYQTPFTNYGMRM--KLKSGTNTEFKATIFTNKNEELSVKFDSPKTTQNIFSVEGNAYVIHRDK------EIIQLQDKLKEIKMCTSEMTVRILGIRVC 2833
SA K T + + + SSK F +LV ++ + + +Y +++ + K ++ DA T SI + ++K+ +S +Q++ SL + V + LK ++ + N ++L G+L YC+E C N + I+A +S L + +C PK+ D D V I LKG+ N+++ ++I+ L C + K +R ALE C +A+ I+ N + DSE+RI AYL V+ C ++ +++ +L E V+QVG+FI + L +I+ S++ K+ + + +F + + K+S E ++ + G D VI+S+ SF+PRSV+ N T +F +S N +E+ R L+ ++ GP+ +L+ E L+ E V L + S I++ L + VK + + + DK DFNK +L +D + PT +G PL+ L G+A + + + D+ + P + D P+ + E+ + + G+++ L S T A + N + ++ P Q + + + + +K ++I+++ E C +++ LG+ +C
Sbjct: 296 SAVKETARTVA----NDASSKSAGQFAQLVRIMRTSSKDDLMRIYSQVKAHQL-------EKRVYLDALLRAGTGESIEASIQILKSKDLSQLEQHLVFLSLGNARHVNN-PALKAAAGLLDMPNLPKEVYLGAGALGGAYCREH--DCHNVKPEGIVA--LSNKLGSKLQNCR-PKNKPDEDVVVAI---LKGIRNIRHLEDSLIDKLVHCAVDNNVKARVRAVALEAFHADPCSAKIHKTAMDIMKNRQLDSEIRIKAYLAVIECPCSHSASEIKNLLDSEPVHQVGNFITSSLRHIRSSSNPDKQLAKKHYGQIRTPNKFKVDERKYSFYREMSYKLDALGAGGSVDQTVIYSQTSFLPRSVNFNLTVDLFGQSYNVMELGGRQGNLDRVVEHFLGPKSFLRTEDPQALYDNLVKRFQESKKKVEDSLSRGRRSIKSEIDVFDKNLKAESAPYNNELDLDIYVKLFGTDAVFLSFGDDKGFDFNKMLDQILGGCNSGINKAKHFQQEIRSHLLFMDAELAYPTSVGLPLRLNLIGAATARLDVATNIDIRQIFQSPQNAKADIKFVPSTDFEISGAFIIDADAFSTGIKVITNLHSSTGVHVNAKVLEN-GRGIDLQIGLPVDKQELIAASSDLVFVTAEKGQKEKQKVIKMEKGENEYSACFDQLS-GPLGLTMC 952
BLAST of Vitellogenin domain-containing protein vs. UniProt/SwissProt
Match: sp|Q7TMA5|APOB_RAT (Apolipoprotein B-100 OS=Rattus norvegicus OX=10116 GN=Apob PE=1 SV=1) HSP 1 Score: 106.301 bits (264), Expect = 1.113e-20 Identity = 159/706 (22.52%), Postives = 310/706 (43.91%), Query Frame = 2
Query: 173 FKPGQKYVYSYEGESN--IKTTKGSYETTGVKIKSKVTITGLSNCEMKLSLSDVQIFDKTSSDGNQF-KESPNSYKFKSALEMNDIFFTKESNEVKSVCMDGEEPVWSGNIKKAILDSL--ANQGIQTKPDSYKKTSHGKCFITSSEKSPKEETNPNSVNFQYDLQTCDN-KMISNS-----LFGDITR--SVIFKTSQVSCKYLYKDQSNLVS-IRCREEYKTATIK-TNENQMVVEITTNIYKENQLPSPDRTFTNKNMFETGXXXXXXXXXXXXSPYSAAKTTLKDICVQYKSSESSKIPKLFMELVNHLKRLNSKEFKELY---------LELQKSDIC--PEKTTEIKSIFYDASGFVNTRSSISVMVDLIKTSRISLFDQNIWLTSLSFMQEVPSIETLKEL-ETIISVANPSTPLFLSLGSLTHLYCKEEPESCQNDPIIASIVSAFLHNLNGDCSIPKDATDDYVTKIQISLKGLGNL-----KYYPATVINTLNKCITKDTNKLSIRISALEVMKHMDCKQD-RSSALSILLNNENDSELRINAYLTVM---GCSDINTLFKVREILSKEKVNQVGSFIWTHLTNIKESNDQLKENIRDLLDDVDLKKEFD--ISKLKFSRN--IEKTF---LTNNYGVNFDSNVIFSEKSFVPRSVSLNTTASIFS-KSTNFLEMSARLEGLEDLLFKIFGPEGYL 2158
FK +KYVYSYE ES+ ++ T S T + K ++ + + M+ S ++ + +G K++ NS +F SA+ ++ + ++ D EP + NIK+ I+ +L + + K ++ T +G C + S ++ T ++ + +LQ CD + IS S L + R S + +SQ SC+Y + + VS C E++ N+ ++ +T + E+ P + F + + G+ + + A TL+++ S ++++ LF +LV L+ L+ + L + LQ C PE T I ++ T + +++D++ T L + PS++ L+E+ T + + +T LS ++ + S P++ I + ++ +C +D T + L+ +GN+ + PA + LN C+ L I+ +AL+ ++ M+ + R+ +N+ E R+ AYL +M SDIN K+ ++L E+ QV +F+ +H+ NI S + +++++L+ + + + KFSRN I K+ L + + N++F S++P+ L TT ++F S + E+ +G E L +FG +G+
Sbjct: 33 FKHLRKYVYSYEAESSSGVRGTADSRSATKINCKVELEVPQVCTLIMRTSQCTLKEVYGFNPEGKALMKKTKNSEEFASAMSRYELKLAFPEGKRVALYPDLGEPNYILNIKRGIISALLVPPETEEDKQVLFQDTVYGNCSTQVTVNS-RKGTVATEMSTERNLQHCDGFQPISTSVSPLALIKGLVRPLSTLISSSQ-SCQYTLEPKRKHVSEAICNEQHLFLPFSYKNKYGIMTHVTQKLSLEDT-PKINSRFFRGGINQVGLAFESTKSTSPPKQADAVLKTLQELKKLSISEQNAQRANLFHKLVTELRGLSGEAITSLLPQLIEVSSPITLQALIQCGQPECYTHILQ-------WLKTEKAHPLLIDIV--------------TYLMALIPNPSVQRLQEIFNTAKELQSRATLYALSHAVNSYYAIMDHSRS----PVLEDIAGYLMKQIDNECMGDEDRT-------FLILRVIGNMGRTMERVMPALKSSVLN-CVRSTKPSLQIQKAALQALRKMEMGDEVRTILFDTFVNDVAPVEKRLAAYLLLMRSPSSSDIN---KIAKLLQWEQSEQVKNFVASHIANILNSEELYVQDLKNLIKNALVNSRLPTIMDFRKFSRNYQISKSVSIPLFDPVSAKIEGNLVFDPSSYLPKESMLKTTLTVFGIASLDLFEIGLEGKGFEPTLEALFGKQGFF 699
BLAST of Vitellogenin domain-containing protein vs. TrEMBL
Match: A0A267DH01 (Vitellogenin domain-containing protein OS=Macrostomum lignano OX=282301 GN=BOX15_Mlig027085g3 PE=4 SV=1) HSP 1 Score: 523.472 bits (1347), Expect = 1.552e-151 Identity = 331/1028 (32.20%), Postives = 545/1028 (53.02%), Query Frame = 2
Query: 137 CSMKCSFEED----RIFKPGQKYVYSYEGESNIKTTKGSYETTGVKIKSKVTITGLSNCEMKLSLSDVQIFDKTSSDGNQFKESPNSYKFKSALEMNDIFFTKESNEVKSVCMDGEEPVWSGNIKKAILDSLANQGIQTKPDSYKKTS---HGKCFITSSEKSPKEETNPNSVNFQYDLQTC-DNKMISNSLFGDITR------SVIFKTSQVSCKYLYKDQSNLVSIRCREEYKTATIKTNENQMVVEITTNI--YKENQLP--SPDRTFTNKNMFETGXXXXXXXXXXXXSPYSAAKTTLKDICVQYKSSESSKIPKLFMELVNHLKRLNSKEFKELYLELQKSDICPEKTTEIKSIFYDASGFVNTRSSISVMVDLIKTSRISLFDQNIWLTSLSFMQEVPSIETLKELETIISVANPSTPLFLSLGSLTHLYCKEEPESCQNDPIIASIVSAFLHNLNGDCSIPKDATDDYVTKIQISLKGLGNLKYYPATVINTLNKCITKDTNKLSIRISALEVMKHMDCKQDRSSALSILLNNENDSELRINAYLTVMGCSDINTLFKVREILSKEKVNQVGSFIWTHLTNIKESNDQLKENIRDLLDDVDLKKEFDISKLKFSRNIEKTFLTN--NYGVNFDSNVIFSEKSFVPRSVSLNTTASIFSKSTNFLEMSARLEGLEDLLFKIFGPEGYLKKEKGAQEN--LELIN----ILNEMSGSVNIKLFGNQVSFIELIRGTLSSVKKYNIIEEIMYWSQDKSLDFNKNLQLVDKTVVIPTLLGFPLKFKLQGSAAINIKIKSKFDVAGLVSWPISVNIDNYISPNINAELHTEIVYQTPFTNYGMRMKLKSGTNTEFKATIFTNKNEELSVKFDSPKTTQNIFSVEGNAYVIHR--DKEIIQLQDKLKEIKMCT-SEMTVRILGIRVCGEAKVLDPSTRKDALLFGPFAA----NVFIEKIDTQTEYILLATSKTSAFISQTGKVYSNRHIKFEFNTPNSKFYNRRFYGEILMDFKQKEFKLELVTPW 3121
C+ C +D + PG+ Y ++Y + S E+TG+++ +KV + S CE+ + + +V++ ++ SD ++ ESP+ +F+S L +D+ F + ++ VC + EP W NIKKA + L N K +SY GKC +T S KE V DL +C D + + S R S+ + +CK +Y NL S C EE+ T+ V ++ + +P S D TF + Q D + P ++ L D+C + +S + + PKLF EL++ L+ L+S++ + E++ S +C + F+DA V+T ++ ++M +L+ + +IS +WLTSL+F+Q+ P L+ L ++ NPS L +G+L H YCK E C DPI+ SI +A L DCS T D + +LK +GN Y ++ TL +C+ ++ N + +R++A+E ++ C +DR+ + ++ N + DSELRI AYL +M C + V+E+L+ E NQ SF+WTHLTN+ E++D K++IR +++DV LKK++D+ KLKFSRN+EK+F +N N G +SN+I+S++SF+PRS +LN T +F KS NF E+ R++GLE LL K GP+G +K++ + EL N I +E+ GS++IK+FG+Q++F++L R L N++E + Q + +++ K+ +D V IPT+ GFPL G+A+ IK K DV L+ WP + ++ +SP+ L + T + +YG++M ++TE +ATI T+ EEL V+F P+ QNI + + + +VIHR ++E +D L + K C+ ++ +ILG+ C E ++ A L P AA +V + K DT T Y L +K NRH K +TP S+ +R+ + E ++D + + L+TPW
Sbjct: 29 CAKSCPRPKDGDAPSPYTPGKSYTFNYMTGVRSEIKGASEESTGLRLTAKVVLDAFSTCELAMRMEEVRVSEQDPSDPTRWTESPHQAQFESELTASDVHFVLRNGQIPEVCAELLEPEWVLNIKKAAISMLQNTN-PNKVESYNGIETDISGKCKVTYSPA--KESGREFEVVKVTDLMSCLDQQRVRGSFQSSSYRVPAQIQSMPLTKANRTCKVVYYSSGNLKSSLCTEEHIFRPFSTDNAGAVTQVEQRMEFIGSGGMPRLSHDHTFKRSPL----EYQHHDFKQPSRVPEQDVRSVLNDLC-ELGTSVTPQTPKLFNELIHRLRGLSSQQLAAIRSEVEGSSVCRRNGQMAQQFFFDALPMVSTAAATAMMKELVLSGKISSTISEMWLTSLAFVQQ-PERAMLESLLPLLEAENPSQQAQLGIGALVHQYCKSRSE-CSKDPIVKSIGAALQRLLGRDCS-----TGDR-KALLTTLKAIGNAGYL-IDLMPTLVQCVNREANLVEVRVAAIEALRRTPCSEDRTPLMKLIRNKDVDSELRITAYLGLMSCPTMELFDTVKELLTAESSNQFASFMWTHLTNLLETSDPHKQDIRLIVEDVKLKKQYDLDKLKFSRNVEKSFFSNYLNAGAKVESNLIWSQRSFLPRSATLNMTLDLFGKSFNFFEVGGRVQGLETLLEKYLGPKGMERKQQTDTNSQLAELDNTFKVIEDEIGGSLDIKVFGHQIAFVDLWRENLER-SGTNLLEWLNSLKQLREVNWQKSFSFLDTQVSIPTISGFPLILGTNGTASFVIKSSGKLDVKKLMQWPPKLEVEGKLSPSGTVHLSGMLGIGTIYGDYGVKMTASIHSSTEMQATIKTSNGEELQVEFQQPRDRQNILNTKTSYFVIHRSVEREQTMRRDLLIKHKACSQGKLMEKILGVEFCAEISYPTLVPQESAPL-APLAAGMEMDVTMFKRDTHTSYQLHLVNKKEGM---------NRHWKALIDTPGSRV-DRKLHAEFVIDSTNQRIEASLLTPW 1027
BLAST of Vitellogenin domain-containing protein vs. TrEMBL
Match: A0A1I8HY32 (Vitellogenin domain-containing protein OS=Macrostomum lignano OX=282301 PE=4 SV=1) HSP 1 Score: 527.709 bits (1358), Expect = 4.697e-147 Identity = 333/1028 (32.39%), Postives = 545/1028 (53.02%), Query Frame = 2
Query: 137 CSMKCSFEED----RIFKPGQKYVYSYEGESNIKTTKGSYETTGVKIKSKVTITGLSNCEMKLSLSDVQIFDKTSSDGNQFKESPNSYKFKSALEMNDIFFTKESNEVKSVCMDGEEPVWSGNIKKAILDSLANQGIQTKPDSYKKTS---HGKCFITSSEKSPKEETNPNSVNFQYDLQTC-DNKMISNSLFGDITR------SVIFKTSQVSCKYLYKDQSNLVSIRCREEYKTATIKTNENQMVVEITTNI--YKENQLP--SPDRTFTNKNMFETGXXXXXXXXXXXXSPYSAAKTTLKDICVQYKSSESSKIPKLFMELVNHLKRLNSKEFKELYLELQKSDICPEKTTEIKSIFYDASGFVNTRSSISVMVDLIKTSRISLFDQNIWLTSLSFMQEVPSIETLKELETIISVANPSTPLFLSLGSLTHLYCKEEPESCQNDPIIASIVSAFLHNLNGDCSIPKDATDDYVTKIQISLKGLGNLKYYPATVINTLNKCITKDTNKLSIRISALEVMKHMDCKQDRSSALSILLNNENDSELRINAYLTVMGCSDINTLFKVREILSKEKVNQVGSFIWTHLTNIKESNDQLKENIRDLLDDVDLKKEFDISKLKFSRNIEKTFLTN--NYGVNFDSNVIFSEKSFVPRSVSLNTTASIFSKSTNFLEMSARLEGLEDLLFKIFGPEGYLKKEKGAQEN--LELIN----ILNEMSGSVNIKLFGNQVSFIELIRGTLSSVKKYNIIEEIMYWSQDKSLDFNKNLQLVDKTVVIPTLLGFPLKFKLQGSAAINIKIKSKFDVAGLVSWPISVNIDNYISPNINAELHTEIVYQTPFTNYGMRMKLKSGTNTEFKATIFTNKNEELSVKFDSPKTTQNIFSVEGNAYVIHR--DKEIIQLQDKLKEIKMCT-SEMTVRILGIRVCGEAKVLDPSTRKDALLFGPFAA----NVFIEKIDTQTEYILLATSKTSAFISQTGKVYSNRHIKFEFNTPNSKFYNRRFYGEILMDFKQKEFKLELVTPW 3121
C+ C +D + PG+ Y ++Y + S E+TG+++ +KV + S CE+ + + +V++ ++ SD ++ ESP+ +F+S L +D+ F + ++ VC + EP W NIKKA + L N K +SY GKC +T S KE V DL +C D + + S R S+ + +CK +Y NL S C EE+ T+ V ++ + +P S D TF + Q D + P ++ L D+C + +S + + PKLF EL++ L+ L+S++ + E++ S +C + F+DA V+T ++ ++M +L+ + +IS +WLTSL+F+Q+ P L+ L ++ NPS L +G+L H YCK E C DPI+ SI +A L DCS T D + +LK +GN Y ++ TL +C+ ++ N + +R++A+E ++ C +DR+ + ++ N + DSELRI AYL +M C + V+E+L+ E NQ SF+WTHLTN+ E++D K++IR +++DV LKK++D+ KLKFSRN+EK+F +N N G +SN+I+S++SF+PRS +LN T +F KS NF E+ R++GLE LL K GP+G +K++ + EL N I +E+ GS++IK+FG+Q++F++L R L N++E + Q + +++ K+ +D V IPT+ GFPL G+A+ IK K DV L+ WP V ++ +SP+ L + T + +YG++M ++TE +ATI T+ EEL V+F P+ QNI + + + +VIHR ++E +D L + K C+ ++ +ILG+ C E ++ A L P AA +V + K DT T Y L +K NRH K +TP S+ +R+ + E ++D K + L+TPW
Sbjct: 424 CAKSCPRPKDGDAPSPYTPGKSYTFNYMTGVRSEIKGASEESTGLRLTAKVVLDAFSTCELAMRMEEVRVSEQDPSDPTRWTESPHQAQFESELTASDVHFVLRNGQIPEVCAELLEPEWVLNIKKAAISMLQNTN-PNKVESYNGIETDISGKCKVTYSPA--KESGREFEVVKVTDLMSCLDQQRVRGSFQSSSYRVPAQIQSMPLTKANRTCKVVYYSSGNLKSSLCTEEHIFRPFSTDNAGAVTQVEQRMEFIGSGGMPRLSHDHTFKRSPL----EYQHHDFKQPSRVPEQDVRSVLNDLC-ELGTSVTPQTPKLFNELIHRLRGLSSQQLAAIRSEVEGSSVCRRNGQMAQQFFFDALPMVSTAAATAMMKELVLSGKISSTISEMWLTSLAFVQQ-PERAMLESLLPLLEAENPSQQAQLGIGALVHQYCKSRSE-CSKDPIVKSIGAALQRLLGRDCS-----TGDR-KALLTTLKAIGNAGYL-IDLMPTLVQCVNREANLVEVRVAAIEALRRTPCSEDRTPLMKLIRNKDVDSELRITAYLGLMSCPTMELFDTVKELLTAESSNQFASFMWTHLTNLLETSDPHKQDIRLIVEDVKLKKQYDLDKLKFSRNVEKSFFSNYLNAGAKVESNLIWSQRSFLPRSATLNMTLDLFGKSFNFFEVGGRVQGLETLLEKYLGPKGMERKQQTDTNSQLAELDNTFKVIEDEIGGSLDIKVFGHQIAFVDLWRENLER-SGTNLLEWLNSLKQLREVNWQKSFSFLDTQVSIPTISGFPLILGTNGTASFVIKSSGKLDVKKLMQWPPKVEVEGKLSPSGTVHLSGMLGIGTIYGDYGVKMTASIHSSTEMQATIKTSNGEELQVEFQQPRDRQNILNTKTSYFVIHRSVEREQTMRRDLLIKHKACSQGKLMEKILGVEFCAEISYPTLVPQESAPL-APLAAGMEMDVTMFKRDTHTSYQLHLVNKKEGM---------NRHWKALIDTPGSRV-DRKLHAEFVIDSTNKRIEASLLTPW 1422 HSP 2 Score: 87.4261 bits (215), Expect = 1.677e-12 Identity = 72/362 (19.89%), Postives = 155/362 (42.82%), Query Frame = 2
Query: 4457 NPEEFRTLFNVDLNGNSNSDNKIEFDIQALQK-NPVYKQFESVARLALQYPGNRHSIGFKSDFKYSEMVAQIDLIWNKNQRISITSTYQLDNSWTQKGLAASLTVKTPFIGYEQIHFGMTAVGQLRYRKVNFECKWADNKKLIFDIVIQPKSSSDFSLNAKLTSPFKGFNLVTFQAKHLQTSNSINTQCVVEIGPVKRYQIKFETINNSEDKNRDFLSN-----ILIESGI----YPAFKMSLLHKDDSVHYKSQFDVLWMKTQSINVKSDISFNLEDY-EFTTKGNVELFSTIKEAKQMKMVWSLENRDSQFLHNVQMFHNNKNLFQTTIKGFYET---EDNKIKIEFNGVASVMNGRSMK 5500
N E+ +L N F I+ K N + + +L + YP K + ++ + I++++ +++S Y +++ WT+KG+ + L + TPF YE I + G LR R++ E ++++ +++I + ++F + +P+ + + F+ HL TS+ I T+ +E K + FE + N+ F S + IES P HKDD + S ++ W +++++ S+ +F + Y + ++G + L + + + W +N + N ++ + + + + E D ++ F+ +A M ++K
Sbjct: 1757 NKEDDSNRLTAELYWNPRRARSDGFQIEGHMKVNRMAHSLKRDGKLVINYPTGSVEFNLKENNEHLKGNKFIEMVYGNGKKVSANFMYDINDGWTEKGIVSMLKLVTPFRRYEDITLKLDGYGSLRIRQLKIE-SIINSRRFKAELLINLGNINNFHSRLSIVTPWAQASFIKFELTHLLTSSEIKTKLDMEF---KTKNMTFEV----QGHNKGFYSQSSDLGLKIESTSTFEWMPKLLFEFNHKDDGKQFTSNAELTWNDDRTVSMNSNFNFIPQPYNKLESRGTISLTTPFSGYETFSITWDHKNNNQMIGSNCKVTYLPGKTVEVALSAYDELTAHRDRQMGCSFSIMAPFMEPVTLK 2110
BLAST of Vitellogenin domain-containing protein vs. TrEMBL
Match: A0A267G3Y0 (Vitellogenin domain-containing protein OS=Macrostomum lignano OX=282301 GN=BOX15_Mlig027085g4 PE=4 SV=1) HSP 1 Score: 526.554 bits (1355), Expect = 3.074e-145 Identity = 333/1028 (32.39%), Postives = 545/1028 (53.02%), Query Frame = 2
Query: 137 CSMKCSFEED----RIFKPGQKYVYSYEGESNIKTTKGSYETTGVKIKSKVTITGLSNCEMKLSLSDVQIFDKTSSDGNQFKESPNSYKFKSALEMNDIFFTKESNEVKSVCMDGEEPVWSGNIKKAILDSLANQGIQTKPDSYKKTS---HGKCFITSSEKSPKEETNPNSVNFQYDLQTC-DNKMISNSLFGDITR------SVIFKTSQVSCKYLYKDQSNLVSIRCREEYKTATIKTNENQMVVEITTNI--YKENQLP--SPDRTFTNKNMFETGXXXXXXXXXXXXSPYSAAKTTLKDICVQYKSSESSKIPKLFMELVNHLKRLNSKEFKELYLELQKSDICPEKTTEIKSIFYDASGFVNTRSSISVMVDLIKTSRISLFDQNIWLTSLSFMQEVPSIETLKELETIISVANPSTPLFLSLGSLTHLYCKEEPESCQNDPIIASIVSAFLHNLNGDCSIPKDATDDYVTKIQISLKGLGNLKYYPATVINTLNKCITKDTNKLSIRISALEVMKHMDCKQDRSSALSILLNNENDSELRINAYLTVMGCSDINTLFKVREILSKEKVNQVGSFIWTHLTNIKESNDQLKENIRDLLDDVDLKKEFDISKLKFSRNIEKTFLTN--NYGVNFDSNVIFSEKSFVPRSVSLNTTASIFSKSTNFLEMSARLEGLEDLLFKIFGPEGYLKKEKGAQEN--LELIN----ILNEMSGSVNIKLFGNQVSFIELIRGTLSSVKKYNIIEEIMYWSQDKSLDFNKNLQLVDKTVVIPTLLGFPLKFKLQGSAAINIKIKSKFDVAGLVSWPISVNIDNYISPNINAELHTEIVYQTPFTNYGMRMKLKSGTNTEFKATIFTNKNEELSVKFDSPKTTQNIFSVEGNAYVIHR--DKEIIQLQDKLKEIKMCT-SEMTVRILGIRVCGEAKVLDPSTRKDALLFGPFAA----NVFIEKIDTQTEYILLATSKTSAFISQTGKVYSNRHIKFEFNTPNSKFYNRRFYGEILMDFKQKEFKLELVTPW 3121
C+ C +D + PG+ Y ++Y + S E+TG+++ +KV + S CE+ + + +V++ ++ SD ++ ESP+ +F+S L +D+ F + ++ VC + EP W NIKKA + L N K +SY GKC +T S KE V DL +C D + + S R S+ + +CK +Y NL S C EE+ T+ V ++ + +P S D TF + Q D + P ++ L D+C + +S + + PKLF EL++ L+ L+S++ + E++ S +C + F+DA V+T ++ ++M +L+ + +IS +WLTSL+F+Q+ P L+ L ++ NPS L +G+L H YCK E C DPI+ SI +A L DCS T D + +LK +GN Y ++ TL +C+ ++ N + +R++A+E ++ C +DR+ + ++ N + DSELRI AYL +M C + V+E+L+ E NQ SF+WTHLTN+ E++D K++IR +++DV LKK++D+ KLKFSRN+EK+F +N N G +SN+I+S++SF+PRS +LN T +F KS NF E+ R++GLE LL K GP+G +K++ + EL N I +E+ GS++IK+FG+Q++F++L R L N++E + Q + +++ K+ +D V IPT+ GFPL G+A+ IK K DV L+ WP V ++ +SP+ L + T + +YG++M ++TE +ATI T+ EEL V+F P+ QNI + + + +VIHR ++E +D L + K C+ ++ +ILG+ C E ++ A L P AA +V + K DT T Y L +K NRH K +TP S+ +R+ + E ++D K + L+TPW
Sbjct: 29 CAKSCPRPKDGDAPSPYTPGKSYTFNYMTGVRSEIKGASEESTGLRLTAKVVLDAFSTCELAMRMEEVRVSEQDPSDPTRWTESPHQAQFESELTASDVHFVLRNGQIPEVCAELLEPEWVLNIKKAAISMLQNTN-PNKVESYNGIETDISGKCKVTYS--PAKESGREFEVVKVTDLMSCLDQQRVRGSFQSSSYRVPAQIQSMPLTKANRTCKVVYYSSGNLKSSLCTEEHIFRPFSTDNAGAVTQVEQRMEFIGSGGMPRLSHDHTFKRSPL----EYQHHDFKQPSRVPEQDVRSVLNDLC-ELGTSVTPQTPKLFNELIHRLRGLSSQQLAAIRSEVEGSSVCRRNGQMAQQFFFDALPMVSTAAATAMMKELVLSGKISSTISEMWLTSLAFVQQ-PERAMLESLLPLLEAENPSQQAQLGIGALVHQYCKSRSE-CSKDPIVKSIGAALQRLLGRDCS-----TGDR-KALLTTLKAIGNAGYL-IDLMPTLVQCVNREANLVEVRVAAIEALRRTPCSEDRTPLMKLIRNKDVDSELRITAYLGLMSCPTMELFDTVKELLTAESSNQFASFMWTHLTNLLETSDPHKQDIRLIVEDVKLKKQYDLDKLKFSRNVEKSFFSNYLNAGAKVESNLIWSQRSFLPRSATLNMTLDLFGKSFNFFEVGGRVQGLETLLEKYLGPKGMERKQQTDTNSQLAELDNTFKVIEDEIGGSLDIKVFGHQIAFVDLWRENLER-SGTNLLEWLNSLKQLREVNWQKSFSFLDTQVSIPTISGFPLILGTNGTASFVIKSSGKLDVKKLMQWPPKVEVEGKLSPSGTVHLSGMLGIGTIYGDYGVKMTASIHSSTEMQATIKTSNGEELQVEFQQPRDRQNILNTKTSYFVIHRSVEREQTMRRDLLIKHKACSQGKLMEKILGVEFCAEISYPTLVPQESAPL-APLAAGMEMDVTMFKRDTHTSYQLHLVNKKEGM---------NRHWKALIDTPGSRV-DRKLHAEFVIDSTNKRIEASLLTPW 1027 HSP 2 Score: 74.7146 bits (182), Expect = 1.112e-8 Identity = 64/319 (20.06%), Postives = 142/319 (44.51%), Query Frame = 2
Query: 4583 ARLALQYPGNRHSIGFKSDFKYSEMVAQIDLIWNKNQRISITSTYQLDNSWTQKGLAASLTVKTPFIGYEQIHFGMTAVGQLRYRKVNFECKWADNKKLIFDIVIQPKSSSDFSLNAKLTSPFKGFNLVTFQAKHLQTSNSINTQCVVEIGPVKRYQIKFETINNSEDKNRDFLS-----NILIESG----IYPAFKMSLLHKDDSVHYKSQFDVLWMKTQSINVKSDISFNLEDY-EFTTKGNVELFSTIKEAKQMKMVWSLENRDSQFLHNVQMFHNNKNLFQTTIKGFYET---EDNKIKIEFNGVASVMNGRSMK 5500
+L + YP K + ++ + I++++ +++S Y +++ WT+KG+ + L + TPF YE I + G LR R++ E ++++ +++I + ++F + +P+ + + F+ HL TS+ I T+ +E K + FE + N+ F S + IES P HKDD + S ++ W +++++ S+ +F + Y + ++G + L + + + W +N + N ++ + + + + E D ++ F+ +A M ++K
Sbjct: 1483 GKLVINYPTGSVEFNLKENNEHLKGNKFIEMVYGNGKKVSANFMYDINDGWTEKGIVSMLKLVTPFRRYEDITLKLDGYGSLRIRQLKIES-IINSRRFKAELLINLGNINNFHSRLSIVTPWAQASFIKFELTHLLTSSEIKTKLDMEF---KTKNMTFEV----QGHNKGFYSQSSDLGLKIESTSTFEWMPKLLFEFNHKDDGKQFTSNAELTWNDDRTVSMNSNFNFIPQPYNKLESRGTISLTTPFSGYETFSITWDHKNNNQMIGSNCKVTYLPGKTVEVALSAYDELTAHRDRQMGCSFSIMAPFMEPVTLK 1793
BLAST of Vitellogenin domain-containing protein vs. TrEMBL
Match: A0A267GYF7 (Vitellogenin domain-containing protein (Fragment) OS=Macrostomum lignano OX=282301 GN=BOX15_Mlig016013g3 PE=4 SV=1) HSP 1 Score: 445.277 bits (1144), Expect = 2.030e-128 Identity = 294/1032 (28.49%), Postives = 522/1032 (50.58%), Query Frame = 2
Query: 137 CSMKCSFEEDRIFKP-----GQKYVYSYEGESNIKTTKGSYETTGVKIKSKVTITGLSNCEMKLSLSDVQIFDKTSSDGNQFKESPNSYKFKSALEMNDIFFTKESNEVKSVCMDGEEPVWSGNIKKAILDSLANQGIQTKPDSYKKTS---HGKCFITSSEKSPKEETNPNSVNFQYDLQTC-DNKMISNSLFGDITR------SVIFKTSQVSCKYLYKDQSNLVSIRCREEY--------KTATIKTNENQMVVEITTNIYKENQLPSPDRTFTNKNMFETGXXXXXXXXXXXXS--PYSAAKTTLKDICVQYKSSESSKIPKLFMELVNHLKRLNSKEFKELYLELQKSDICPEKTTEIKSIFYDASGFVNTRSSISVMVDLIKTSRISLFDQNIWLTSLSFMQEVPSIETLKELETIISVANPSTPLFLSLGSLTHLYCKEEPESCQNDPIIASIVSAFLHNLNGDCSIPKDATDDYVTKIQISLKGLGNLKYYPATVINTLNKCITKDTNKLSIRISALEVMKHMDCKQDRSSALSILLNNENDSELRINAYLTVMGCSDINTLFKVREILSKEKVNQVGSFIWTHLTNIKESNDQLKENIRDLLDDVDLKKEFDISKLKFSRNIEKTFLTN--NYGVNFDSNVIFSEKSFVPRSVSLNTTASIFSKSTNFLEMSARLEGLEDLLFKIFGPEGYLKKEKGAQENLELIN-----ILNEMSGSVNIKLFGNQVSFIELIRGTLSSVKKYNIIEEIMYWSQDKSLDFNKNLQLVDKTVVIPTLLGFPLKFKLQGSAAINIKIKSKFDVAGLVSWPISVNIDNYISPNINAELHTEIVYQTPFTNYGMRMKLKSGTNTEFKATIFTNKNEELSVKFDSPKTTQNIFSVEGNAYVIHR--DKEIIQLQDKLKEIKMCTSEMTV-RILGIRVCGEAKV--LDPSTRKDALLFGPFAANVFIEKIDTQTEYILLATSKTSAFISQTGKVYSNRHIKFEFNTPNSKFYNRRFYGEILMDFKQKEFKLELVTPW 3121
C++ C R +P G+ Y + Y + + E+ G+++ ++V L+ CE+ + LS++++ + G + +SP +F+ L +D F + V VC + EP W NIKKA++ L N + + D ++ G+C +T + + ++ + SV DL +C D K + +S R S+ + +C+ Y +L S C EE+ + T + +M T I + + ++F+ + + + S P ++ L +C ++ K P LF EL+ LK L +++ + +++ +C K F+DA V T +++ +M LI + ++S + + WLTSL+F+Q+ PS E L+ L ++ V P T L + ++ + YC C+ + ++ S+ +A + DCS T D T + ++LK +GN + + N L +C K++N + +R++A+E ++ C DR L ++ N + DSELRI AYL +M C I VRE+L+ E NQ SF+WTHLTN+ E++D K++IR +++DV LKK++D+ KLKFSRNIEK+F +N N G +SN+I+S+KSF+PRS +LN T +F KS NFLE+ R++G+E LL K GP+ E L ++ I ++ G+++IK+FG+QV+F++L + + + NI++ + Q + +++ K++ +D V IPT+ GFPL+ + G+A+ +K KSK ++ L+ WP ++ + P+ + + T F +YG++M ++TE +A+I EEL V+ + P+ QNI + + + +++ R ++E +D K C+ + ++LGI C E + L A L F ++ + K DT Y+L ++ NRH K + P SK +R+ E+ +D ++ + L TPW
Sbjct: 29 CALSCP----RAVQPPAYSVGRAYTFDYSTDMRAHIRGATEESAGLQLSARVVFDFLAPCEVAMRLSNIRV-QELDPAGEAWLDSPQQARFEQELTASDAHFAFANGLVGDVCAEVAEPDWVLNIKKAMIGLLQNSNTEQR-DGFEGVETDISGRCKVTYNVQ--QDSSKGASVTKVTDLMSCPDQKKVRSSFQSSSYRTSARIQSMPLTRANRTCRAQYDTSGHLKSSVCSEEHLFRPFSTETAGAVTTVQQKMTFVGTGGIVR----------IAHDHVFQRSKLEYQHHDFKQTSENPVENVRSVLSSLC-DLGTAIGPKTPVLFNELIYRLKELTTEQLVTMRRDVEGFSVCRRNNQMAKQFFFDALPAVTTPAAVQMMNGLIASGQVSNTEADAWLTSLAFVQD-PSKEMLESLLPLLQVEEPRTQAQLGITAVVNQYCSSRTR-CETETVVKSVGAALQRLIGSDCS-----TGDRRT-LLVALKAIGNAGHLTELLPN-LARCANKESNLMEVRVAAIEALRRTPCSVDRRPLLRLIRNMDLDSELRITAYLGLMACPTIEVFDTVRELLTAESSNQFASFMWTHLTNLLETSDPHKQDIRLIVEDVKLKKQYDMDKLKFSRNIEKSFFSNYLNAGAKVESNLIWSQKSFLPRSATLNMTLDLFGKSLNFLEVGGRVQGMEVLLEKYLGPKSNKSNETDTNTQLAQLDETFKLIEEKIGGNLDIKIFGHQVAFLDLWKEDM-EISGSNILKLLNSLRQMREINWYKSISFLDTQVTIPTISGFPLRLGINGTASFILKAKSKVNLKKLMQWPPEFEVEGQLVPSGAVHVSGMLGINTVFGDYGVKMVSNVYSSTEMQASIKAANGEELKVEINQPRQRQNILNAKTSFFIVRRSVEREQNMRRDLTVNRKSCSGGGFLQKVLGIEFCSEIRYPSLPAEDAPQAPLVAGFELDLSMLKKDTHESYVLHLINRKEGI---------NRHWKALVDMPGSK-SDRKIQAEVKIDSDSRKAEAILETPW 1021
BLAST of Vitellogenin domain-containing protein vs. TrEMBL
Match: X2ATR8 (Uncharacterized protein OS=Capitella teleta OX=283909 PE=4 SV=1) HSP 1 Score: 436.032 bits (1120), Expect = 8.062e-118 Identity = 342/1220 (28.03%), Postives = 576/1220 (47.21%), Query Frame = 2
Query: 137 CSMKCSFEEDRIFKPGQKYVYSYEGESNIKTTKG--SYETTGVKIKSKVTITGLSNCEMKLSLSDVQIFDKTSSDGNQFKESPNSYKFKSALEMNDIFFTKESNEVKSVCMDGEEPVWSGNIKKAILDSLAN--QGIQTKPDSYKKTSHGKCFITSSEKSPKEETNPNSVNFQYDLQTCDNKMISNSLF--------GDITRSVIFKTSQVSCKYLYKDQSNLVSIRCREEYKTATIKTNENQMVVEITTNIYKENQLPSPDRTFTNKNMFETGXXXXXXXXXXXXSPYSAAKTTLKDICVQYKSSESSKIPKLFMELVNHLKRLNSKEFKELYLELQKSDICPEKTTEIKSIFYDASGFVNTRSSISVMVDLIKTSRISLFDQNIWLTSLSFMQEVPSIETLKELETIISVANPSTPLFLSLGSLTHLYCKEEPESCQNDPIIASIVSAFLHNLNGDCSIPKDATDDYVTKIQISLKGLGNLKYYPATVINTLNKCITKDTNKLSIRISALEVMKHMDCKQDRSSALSILLNNENDSELRINAYLTVMGCSDINTLFKVREILSKEKVNQVGSFIWTHLTNIKESNDQLKENIRDLLDDVDLKKEFDISKLKFSRNIEKTFLTN--NYGVNFDSNVIFSEKSFVPRSVSLNTTASIFSKSTNFLEMSARLEGLEDLLFKIFGPEGYLK--KEKGAQENLELINILN--------EMSGSVNIKLFGNQVSFIELIRGTLSSVK-KYNIIEEIMYWSQDKSLDFNKNLQLVDKTVVIPTLLGFPLKFKLQGSAAINIKIKSKFDVAGLVSWPISVNIDNYISPNINAELHTEIVYQTPFTNYGMRMKLKSGTNTEFKATIFTNKNEELSVKFDSPKTTQNIFSVEGNAYVIHRD----KEIIQLQDKLKEIKMCTSEMTVRILGIRVCGE-AKVLDPSTRKDALLF---GPFAANVFIEKIDTQTEYILLATSKTSAFISQTGKVYSNRHIKFEFNTPNSKFYNRRFYGEILMDFKQKEFKLELVTPWTDALVAARLKLTDGETKIAFNFKANKQNIIDISAEHLIFSSPKRTNTKGGISI-----QILNLTPIRKRWNLELT-----DDAYSFTFVSKGLLKEETHLKIKVLRKNPMKNLSAFNTYEISGFFNTYFGYGKISGRTSEN------YFGHRWDIKISHKNKQRKEYQIIFRHKVEDKSSKNLNKYILTTTF 3649
CS CS ++ F + Y+ ES++KT+ G S E + + +++ I LS CEM L LS V + D + S + K+ LE + F+ +V+S+C + EEPVW+ NIK+ IL + N + + ++ G C K N +V DL C + S F DI I K++ C+ L C E + EN EITT + Q+ R + + E + AK TL D+C Q ++ +P LF V ++L + + L+ ++ +C + + F DA + T +S +++ LI+ R + + +IWLTS+S PS + L+ +++ + S +L++ SL + YC E C +D I +I+ F L +C ++ +DD+ + ++LK LGN + + + TL +C + +R+ AL+ + M C DR+ ++L N END+ELRI+AYL +M C D NTL +V +L E+VNQVGSFIWTHLTN++E+++ K+ IR +L++ +LKK FD+ K KFSRNIE + + N G + +SNVIFSEKSF+PRSV LN TA +F +S NF E+ RL+G+E LL + FGP+G + +EK + E IN+L+ M S +++FGN++ + +L LS++K K N +E ++ + D + K++ D VIPT G PLK + G+A IN+K+ K D+ + + P + +I + P+ E+ + + G++M T+T + + ++ +D P+ I S E +V+ RD + ++ ++ K C + +LG+ +CGE + DP D F GP + V++ K D+ T + A +QTG V K +FNTP S +R E MD K+ K+ + +PW + A + TD I+ + +ID ++E+ + + + T+G S+ + + P R+ L+ + + + K L ++ V + N + + E+S F T G++ G N R ++ S++ Q + I+ +K+ DKS++ Y L + +
Sbjct: 33 CSTWCSAGDNDKFSFDADKTHEYQYESDVKTSMGGASEEHSSLHLRATAHIEVLSRCEMALRLSGVSLQDSEPGRYESRSDIERSAELKAVLEARLLRFSFIDGQVESICGEQEEPVWAMNIKRGILSAFQNTMESLDEDKRVFETDVTGICPTEYENKGTL--WNTRTVKKTKDLIGCIERNGPQSAFQGAPFQVPSDIQTLPIMKSTH-ECEQKINGDGLLTQSICTESHVFRPFSRQENGAKTEITTKLTFTRQVAGVTRQRAAVRQRSSLLFDHTLTAEEQAENVRQAKQTLTDLCSQSETDIRPDVPSLFTRFVREARKLQTNDLSRLF-DVAVRGVCGKA----EKFFRDAIPVLGTEASTNLIRKLIQEDRATEAEADIWLTSISTSIHRPSKPMIMALKPLLT-GSTSRKAYLAVSSLINNYCTLN-EGCDSDGEIQAIIRIFTEQLRYNCR--QEGSDDH-DNVLMALKALGNTGH-AESAVPTLQRCAANAELSMELRVVALQSFRRMSCVADRTELFNLLSNIENDAELRIHAYLVLMTCPDANTLQRVLLLLENEQVNQVGSFIWTHLTNLQETSNPHKQQIRAILENEELKKTFDMDKRKFSRNIEMSLFSELLNMGGSVESNVIFSEKSFIPRSVMLNLTAELFGQSINFFELGGRLQGMEQLLERFFGPDGKVSDGREKRSLIRDESINMLDRSFDAERERMGMSYFLRMFGNEIRYGDLHNFDLSNIKDKLNFLEWLIELASDHDFEVTKSMMFFDLAHVIPTSAGLPLKLEADGAATINVKVNGKMDIRRMFTSPSTFDISGSVKPSAALEVTSMMGIDAFVAKTGLKMVTTLHTSTVAQGKFQLAGGKIFNMDWDIPQDKMEIISAESKFFVVWRDVDREQNMLNTGERSSHSK-CIGDKFTTVLGLELCGEISYPWDPKKSNDVPFFPFTGPMSTKVYLNKKDSHTGFHFEAKYIQDKTRAQTG-VQIKDIAKVQFNTPGSSV-DRELAFEFEMDRASKQMKISMKSPWKKVDMNAAMVKTDSVKSIS------ARTMIDDNSEYAVTA---QLTTQGSDSVIKYIPDVQVIIPGRENIVLDGSVTLRQNRKFDVDLALKNLFARPFSVRGSVDKINNRRRMKYGGELELSSSFLT----GRVEGFVDHNKASAGQSLASRLTVEYSYQGGQSQ--SIVLSNKIRDKSTETDMSYSLDSAW 1220 HSP 2 Score: 184.496 bits (467), Expect = 8.384e-42 Identity = 148/607 (24.38%), Postives = 273/607 (44.98%), Query Frame = 2
Query: 15680 PIPFNDFKSLPDFGYVRRKIHKIQAAINLIKQTIKNQLANGCRYFELRSWFTLYFPQTPFTSILPEFETYATI-SKRSVMTFDKASFTLSPDSCRVLLSKDLKFKKWEIIMNQQNNKQMF---TINIGSNTFELSASN-YKVNLNGKPSDLPIQIGSTSLVGLGRMMKLKDDKLGLTITIDPVNEMFTVGISGWYHGKVRGLFGNSDNEQFNDFMLDNGKIVSNEVFMKEISYKSQSCKVVSDEEQTVVKPIKGCPFIRRMVCKFLFKCPFSPLAACFNKVNPKKFHKLCVHS--TEEVLTKLDPSICKAARQYQAQCQKAGVNIQVPPPCKKCDMPNDKPLSINEFRNVKIKEKV----SDIVFIVDEGTCLNSLYDKLPILVTRLDKGMKTKGINSVHYGLVTYVDDNN-NQANFHTVGQKLLGSSQEMITSLKTLKSSNGKFKDFTGAITTAANYPFREHASRHLIIISCTSTKEYPNVLHNLVDKLTKKAIQVSLLTDFSFKLK-DSNKQSI-IFGVDSQNTYTALSRN-----GDKNFTSRPE--SDFLYQLTMKMKGVVFDNKYLSASQELTRIRFVSSFANQISLRATPAKSSRCVCVDD 17437
P ++D L Y R I IQ IN+ K+ I N+ F L + Y P T + + +P F+TYA + + MTFDK + + + C LL++D + + +N Q + +++I +N ++ N +V ++G ++P+ G+T++ +G M+++ D+ LGLT+ + + TV ++GWY K GLFG +NE +DF S + + Q C+ + +P +C +FK SP C+ V+P+ F K+C + +E + C A Y C++ GVN+++P C +C++ + E +N ++ +D+VFI+ C + L +V ++K K+ GI + Y ++ Y + N + T+ ++ + +++ L G+ D AI A+ P+R S+ ++++ CT+ E ++ L +K I + +L + +FKL D + S IFG DS+ +T GD + + D L M+ G +F+ + S+ + RF+ + + P +C CV D
Sbjct: 4669 PFHWDDIHHL----YRLRDI-DIQKYINMAKEMI-NEYMPVTPEFNLVDLYYRYRPSTDYFNWIPPFKTYAAVMGSQHFMTFDKRFYEFAGE-CSYLLARDFIDGTFSVAVNYQRQRGRPVKKSLSIITNGKQVEVFNDGRVVVDGSRIEMPVAFGNTTISRIGSMIRV-DNTLGLTVDCNLPYDRCTVNVTGWYFSKTGGLFGTYNNEPADDFTTAENTRASTPEQLADSWTAGQRCRPENYAVNVAPEPHTEA----YKICSRMFKEDASPFRPCYKVVDPQPFQKMCENDLMLKENRLPTEQDACNANAFYVDVCRREGVNVRIPHSCVRCEIES-MGAEFTEGQNYTLEGDAVPQSADVVFILQHAECNEVVLANLKDVVDDMEKAFKSTGITNNRYSIIGYGATGSLNTPHIRTMDGQVFNTHDKILLGLDDFTKGYGESADALAAIYYASKLPYRAGVSKSIVMVPCTACMEMSVSYADVEQVLMQKDIHLHMLMEHNFKLNVDKDPVSAYIFGADSRRVFTRKDAGGKVLEGDNELRQQVQMPKDLCAALAMETDGSIFNTLQWTQSRPYMQKRFIDVMVRLFAEKGHPESCQKCDCVSD 5262
BLAST of Vitellogenin domain-containing protein vs. Ensembl Cavefish
Match: apoba (apolipoprotein B [Source:NCBI gene;Acc:103044560]) HSP 1 Score: 97.8265 bits (242), Expect = 4.411e-19 Identity = 162/703 (23.04%), Postives = 299/703 (42.53%), Query Frame = 2
Query: 173 FKPGQKYVYSYEGESNIKTTKGSYETTGVKIKSKVTITGLSNCEMKLSLSDVQIFDKT--SSDGNQ-FKESPNSYKFKSALEMNDIFFTKESNEVKSVCMDGEEPVWSGNIKKAILDSLANQGIQTKPDSYKKTSHGKCFITSSEKSPKEETNPN-SVNFQYDLQTCDNKMISN----------SLFGDITRSVIFKTSQVSCKYLYKDQ-SNLVSIRCREEYKTATIKTNENQ--MVVEITTNIYKENQLPSPDRTFTNKNMFET---GXXXXXXXXXXXXSPYSAAKTTLKDICVQYKSSESSKIPKLFMELVNHLKRLNSKEFKELYLELQK--------------SDICPEKTTEIKSIFYDASGFVNTRSSISVMVDLIKTSRISLFDQNIWLTSLSFMQEVPSIETLKELETIISVANPSTPLFLSLGSLTHLYCKEEPESCQNDPIIASIVSAFLHNLNGDCSIPKDATDDYVTKIQISLKGLGNLKYYPATVINTLNKCITKDTNKLSIRISALEVMKHMDCKQDRSSAL-SILLNNENDSELRINAYLTVMGCSDINTLFKVREILSKEKVNQVGSFIWTHLTNIKESNDQLKENIRDLLDDVDLKKEFDISKLKFSRNIEKTFLTNNYGV------NFDSNVIFSEKSFVPRSVSLNTTASIFSKSTNFLEMSARLEGLEDLLFKIFGPEGYL 2158
+K +KY Y Y ES + + G +I KV + C L +D + + S+ G +K S F++A+E N + F E SV +EP NIK+ I+ +L + ++ + + T HG C SSE + + + V + DL C N N L G +++ + +S +C Y + ++ ++ +CRE++ ++E+Q +V E+ ++ + +R F+N+ E E + ++ TL D+ ++ E + +LF +LV+ ++ + ++ E+ + S C +I + G V+ +V+ L SR P + L+++ T T L+ ++ K+ Q P + + + F+ L GDCS +D T ++T I + G ++ +P ++ ++L +CI + LS++ SA++ + M+ D S AL + E +E RI AYL +M ++ + +V + L E QV SF+ +H++N+ + D + I+D + L+ + ++S F++ + NY V + SNVIF +F+PR V L TT F S LE+ EGLE + +FG G+
Sbjct: 23 YKNFRKYTYDYTAESTNGVSGTANIKNGPRITCKVELEVPQTCSFVLRTADCALSEVALISAQGQPVYKPVAGSDLFQAAMEKNPLNFVVEQVTEVSVFPKEDEPENILNIKRGIISALLSPVMEEEHNKKMPTIHGLC---SSELTVNSRKDIDVDVTVERDLSQCSNFSPQNLPTSPLSLTPGLNGLVSKLI---SSSQTCNYQFDNRKKHMTETQCREKHVFIPF-SHEDQYGIVSEVKQSLVLQESSKINNRYFSNEGSLHRKLFPEEVEEKLFSQNKEDVLSSMQTLSDLSRLGRNQERA---RLFQKLVSQVRGMKNETLSSAVEEMARISGWLSWQVLLQCGSSECSSAALQILRGLEGSGGEVD-----AVVYTLALLSR-------------------PDPQRLRDILTTAQTRPTKTVLYALANTVKKFPLKD----AQMIPEVREV-AEFMEFLLGDCSGDQDQT--FLTLRVIGVMG-KYMEGFP-SLKSSLLRCIRQSDASLSVQKSAVQSFRLMEIDPDVSRALMDQYQDAEAPAEKRIAAYLMLMRNPEL--VDEVLKTLRDESNLQVKSFVISHISNLMDLTDPDLQTIKDYITRA-LENDENLSAADFTK------FSRNYKVVVPRAGSVQSNVIFDSVNFMPREVMLATTLDAF--SAEILEIGLEGEGLEPTIDALFGENGFF 671
BLAST of Vitellogenin domain-containing protein vs. Ensembl Cavefish
Match: apoba (apolipoprotein B [Source:NCBI gene;Acc:103044560]) HSP 1 Score: 97.8265 bits (242), Expect = 4.961e-19 Identity = 158/700 (22.57%), Postives = 298/700 (42.57%), Query Frame = 2
Query: 173 FKPGQKYVYSYEGESNIKTTKGSYETTGVKIKSKVTITGLSNCEMKLSLSDVQIFDKT--SSDGNQ-FKESPNSYKFKSALEMNDIFFTKESNEVKSVCMDGEEPVWSGNIKKAILDSLANQGIQTKPDSYKKTSHGKCFITSSEKSPKEETNPN-SVNFQYDLQTCDNKMISN----------SLFGDITRSVIFKTSQVSCKYLYKDQ-SNLVSIRCREEYKTATIKTNENQ--MVVEITTNIYKENQLPSPDRTFTNKNMFETGXXXXXXXXXXXXSPYSAAKTTLKDICVQYKSSESSKIPKLFMELVNHLKRLNSKEFKELYLELQK--------------SDICPEKTTEIKSIFYDASGFVNTRSSISVMVDLIKTSRISLFDQNIWLTSLSFMQEVPSIETLKELETIISVANPSTPLFLSLGSLTHLYCKEEPESCQNDPIIASIVSAFLHNLNGDCSIPKDATDDYVTKIQISLKGLGNLKYYPATVINTLNKCITKDTNKLSIRISALEVMKHMDCKQDRSSAL-SILLNNENDSELRINAYLTVMGCSDINTLFKVREILSKEKVNQVGSFIWTHLTNIKESNDQLKENIRDLLDDVDLKKEFDISKLKFSRNIEKTFLTNNYGV------NFDSNVIFSEKSFVPRSVSLNTTASIFSKSTNFLEMSARLEGLEDLLFKIFGPEGYL 2158
+K +KY Y Y ES + + G +I KV + C L +D + + S+ G +K S F++A+E N + F E SV +EP NIK+ I+ +L + ++ + + T HG C SSE + + + V + DL C N N L G +++ + +S +C Y + ++ ++ +CRE++ ++E+Q +V E+ ++ + +R F+N+ + E E + ++++ + + + + +LF +LV+ ++ + ++ E+ + S C +I + G V+ +V+ L SR P + L+++ T T L+ ++ K+ Q P + + + F+ L GDCS +D T ++T I + G ++ +P ++ ++L +CI + LS++ SA++ + M+ D S AL + E +E RI AYL +M ++ + +V + L E QV SF+ +H++N+ + D + I+D + L+ + ++S F++ + NY V + SNVIF +F+PR V L TT F S LE+ EGLE + +FG G+
Sbjct: 40 YKNFRKYTYDYTAESTNGVSGTANIKNGPRITCKVELEVPQTCSFVLRTADCALSEVALISAQGQPVYKPVAGSDLFQAAMEKNPLNFVVEQVTEVSVFPKEDEPENILNIKRGIISALLSPVMEEEHNKKMPTIHGLC---SSELTVNSRKDIDVDVTVERDLSQCSNFSPQNLPTSPLSLTPGLNGLVSKLI---SSSQTCNYQFDNRKKHMTETQCREKHVFIPF-SHEDQYGIVSEVKQSLVLQESSKINNRYFSNEGSLHRKLFPEEVEEKLFSQNKEDVLSSMQTLSDLSRLGRNQERARLFQKLVSQVRGMKNETLSSAVEEMARISGWLSWQVLLQCGSSECSSAALQILRGLEGSGGEVD-----AVVYTLALLSR-------------------PDPQRLRDILTTAQTRPTKTVLYALANTVKKFPLKD----AQMIPEVREV-AEFMEFLLGDCSGDQDQT--FLTLRVIGVMG-KYMEGFP-SLKSSLLRCIRQSDASLSVQKSAVQSFRLMEIDPDVSRALMDQYQDAEAPAEKRIAAYLMLMRNPEL--VDEVLKTLRDESNLQVKSFVISHISNLMDLTDPDLQTIKDYITRA-LENDENLSAADFTK------FSRNYKVVVPRAGSVQSNVIFDSVNFMPREVMLATTLDAF--SAEILEIGLEGEGLEPTIDALFGENGFF 688
BLAST of Vitellogenin domain-containing protein vs. Ensembl Cavefish
Match: apoba (apolipoprotein B [Source:NCBI gene;Acc:103044560]) HSP 1 Score: 97.8265 bits (242), Expect = 4.962e-19 Identity = 162/703 (23.04%), Postives = 299/703 (42.53%), Query Frame = 2
Query: 173 FKPGQKYVYSYEGESNIKTTKGSYETTGVKIKSKVTITGLSNCEMKLSLSDVQIFDKT--SSDGNQ-FKESPNSYKFKSALEMNDIFFTKESNEVKSVCMDGEEPVWSGNIKKAILDSLANQGIQTKPDSYKKTSHGKCFITSSEKSPKEETNPN-SVNFQYDLQTCDNKMISN----------SLFGDITRSVIFKTSQVSCKYLYKDQ-SNLVSIRCREEYKTATIKTNENQ--MVVEITTNIYKENQLPSPDRTFTNKNMFET---GXXXXXXXXXXXXSPYSAAKTTLKDICVQYKSSESSKIPKLFMELVNHLKRLNSKEFKELYLELQK--------------SDICPEKTTEIKSIFYDASGFVNTRSSISVMVDLIKTSRISLFDQNIWLTSLSFMQEVPSIETLKELETIISVANPSTPLFLSLGSLTHLYCKEEPESCQNDPIIASIVSAFLHNLNGDCSIPKDATDDYVTKIQISLKGLGNLKYYPATVINTLNKCITKDTNKLSIRISALEVMKHMDCKQDRSSAL-SILLNNENDSELRINAYLTVMGCSDINTLFKVREILSKEKVNQVGSFIWTHLTNIKESNDQLKENIRDLLDDVDLKKEFDISKLKFSRNIEKTFLTNNYGV------NFDSNVIFSEKSFVPRSVSLNTTASIFSKSTNFLEMSARLEGLEDLLFKIFGPEGYL 2158
+K +KY Y Y ES + + G +I KV + C L +D + + S+ G +K S F++A+E N + F E SV +EP NIK+ I+ +L + ++ + + T HG C SSE + + + V + DL C N N L G +++ + +S +C Y + ++ ++ +CRE++ ++E+Q +V E+ ++ + +R F+N+ E E + ++ TL D+ ++ E + +LF +LV+ ++ + ++ E+ + S C +I + G V+ +V+ L SR P + L+++ T T L+ ++ K+ Q P + + + F+ L GDCS +D T ++T I + G ++ +P ++ ++L +CI + LS++ SA++ + M+ D S AL + E +E RI AYL +M ++ + +V + L E QV SF+ +H++N+ + D + I+D + L+ + ++S F++ + NY V + SNVIF +F+PR V L TT F S LE+ EGLE + +FG G+
Sbjct: 40 YKNFRKYTYDYTAESTNGVSGTANIKNGPRITCKVELEVPQTCSFVLRTADCALSEVALISAQGQPVYKPVAGSDLFQAAMEKNPLNFVVEQVTEVSVFPKEDEPENILNIKRGIISALLSPVMEEEHNKKMPTIHGLC---SSELTVNSRKDIDVDVTVERDLSQCSNFSPQNLPTSPLSLTPGLNGLVSKLI---SSSQTCNYQFDNRKKHMTETQCREKHVFIPF-SHEDQYGIVSEVKQSLVLQESSKINNRYFSNEGSLHRKLFPEEVEEKLFSQNKEDVLSSMQTLSDLSRLGRNQERA---RLFQKLVSQVRGMKNETLSSAVEEMARISGWLSWQVLLQCGSSECSSAALQILRGLEGSGGEVD-----AVVYTLALLSR-------------------PDPQRLRDILTTAQTRPTKTVLYALANTVKKFPLKD----AQMIPEVREV-AEFMEFLLGDCSGDQDQT--FLTLRVIGVMG-KYMEGFP-SLKSSLLRCIRQSDASLSVQKSAVQSFRLMEIDPDVSRALMDQYQDAEAPAEKRIAAYLMLMRNPEL--VDEVLKTLRDESNLQVKSFVISHISNLMDLTDPDLQTIKDYITRA-LENDENLSAADFTK------FSRNYKVVVPRAGSVQSNVIFDSVNFMPREVMLATTLDAF--SAEILEIGLEGEGLEPTIDALFGENGFF 688
BLAST of Vitellogenin domain-containing protein vs. Ensembl Cavefish
Match: apoba (apolipoprotein B [Source:NCBI gene;Acc:103044560]) HSP 1 Score: 97.4413 bits (241), Expect = 5.762e-19 Identity = 162/703 (23.04%), Postives = 299/703 (42.53%), Query Frame = 2
Query: 173 FKPGQKYVYSYEGESNIKTTKGSYETTGVKIKSKVTITGLSNCEMKLSLSDVQIFDKT--SSDGNQ-FKESPNSYKFKSALEMNDIFFTKESNEVKSVCMDGEEPVWSGNIKKAILDSLANQGIQTKPDSYKKTSHGKCFITSSEKSPKEETNPN-SVNFQYDLQTCDNKMISN----------SLFGDITRSVIFKTSQVSCKYLYKDQ-SNLVSIRCREEYKTATIKTNENQ--MVVEITTNIYKENQLPSPDRTFTNKNMFET---GXXXXXXXXXXXXSPYSAAKTTLKDICVQYKSSESSKIPKLFMELVNHLKRLNSKEFKELYLELQK--------------SDICPEKTTEIKSIFYDASGFVNTRSSISVMVDLIKTSRISLFDQNIWLTSLSFMQEVPSIETLKELETIISVANPSTPLFLSLGSLTHLYCKEEPESCQNDPIIASIVSAFLHNLNGDCSIPKDATDDYVTKIQISLKGLGNLKYYPATVINTLNKCITKDTNKLSIRISALEVMKHMDCKQDRSSAL-SILLNNENDSELRINAYLTVMGCSDINTLFKVREILSKEKVNQVGSFIWTHLTNIKESNDQLKENIRDLLDDVDLKKEFDISKLKFSRNIEKTFLTNNYGV------NFDSNVIFSEKSFVPRSVSLNTTASIFSKSTNFLEMSARLEGLEDLLFKIFGPEGYL 2158
+K +KY Y Y ES + + G +I KV + C L +D + + S+ G +K S F++A+E N + F E SV +EP NIK+ I+ +L + ++ + + T HG C SSE + + + V + DL C N N L G +++ + +S +C Y + ++ ++ +CRE++ ++E+Q +V E+ ++ + +R F+N+ E E + ++ TL D+ ++ E + +LF +LV+ ++ + ++ E+ + S C +I + G V+ +V+ L SR P + L+++ T T L+ ++ K+ Q P + + + F+ L GDCS +D T ++T I + G ++ +P ++ ++L +CI + LS++ SA++ + M+ D S AL + E +E RI AYL +M ++ + +V + L E QV SF+ +H++N+ + D + I+D + L+ + ++S F++ + NY V + SNVIF +F+PR V L TT F S LE+ EGLE + +FG G+
Sbjct: 40 YKNFRKYTYDYTAESTNGVSGTANIKNGPRITCKVELEVPQTCSFVLRTADCALSEVALISAQGQPVYKPVAGSDLFQAAMEKNPLNFVVEQVTEVSVFPKEDEPENILNIKRGIISALLSPVMEEEHNKKMPTIHGLC---SSELTVNSRKDIDVDVTVERDLSQCSNFSPQNLPTSPLSLTPGLNGLVSKLI---SSSQTCNYQFDNRKKHMTETQCREKHVFIPF-SHEDQYGIVSEVKQSLVLQESSKINNRYFSNEGSLHRKLFPEEVEEKLFSQNKEDVLSSMQTLSDLSRLGRNQERA---RLFQKLVSQVRGMKNETLSSAVEEMARISGWLSWQVLLQCGSSECSSAALQILRGLEGSGGEVD-----AVVYTLALLSR-------------------PDPQRLRDILTTAQTRPTKTVLYALANTVKKFPLKD----AQMIPEVREV-AEFMEFLLGDCSGDQDQT--FLTLRVIGVMG-KYMEGFP-SLKSSLLRCIRQSDASLSVQKSAVQSFRLMEIDPDVSRALMDQYQDAEAPAEKRIAAYLMLMRNPEL--VDEVLKTLRDESNLQVKSFVISHISNLMDLTDPDLQTIKDYITRA-LENDENLSAADFTK------FSRNYKVVVPRAGSVQSNVIFDSVNFMPREVMLATTLDAF--SAEILEIGLEGEGLEPTIDALFGENGFF 688
BLAST of Vitellogenin domain-containing protein vs. Ensembl Cavefish
Match: apobb.2 (apolipoprotein B-100-like [Source:NCBI gene;Acc:103031260]) HSP 1 Score: 76.6406 bits (187), Expect = 1.115e-12 Identity = 196/959 (20.44%), Postives = 375/959 (39.10%), Query Frame = 2
Query: 173 FKPGQKYVYSYEGESNIKTTKGSYETTGVKIKSKVTITGLSNCEMKLSLSDVQIFD--KTSSDGNQ-FKESPNSYKFKSALEMNDIFFTKESNEVKSVCMDGEEPVWSGNIKKAILDSLANQGIQTKPDSYKKTSHGKCFITSSEKSPKEETNPNS-------VNFQYDLQTCDN-----------KMISNSLFGDITRSVIFKTSQVSCKYLYKDQ-SNLVSIRCREEYKTATIKTNENQMVVEITTNIYKE-----NQLPSPDRTFTNKNMFETGXXXXXXXXXXXXSPYSAAK---TTLKDICVQYKSSESSKIPKLFMELVNHLKRLNSKEFKELYLELQKSDICPEKTTEIKSIFYDASGFVNTRSSISVMVDLIKTSRISLFDQNIWLTSLSFMQEVPSIETLKELETIISVANPSTPLFLSLGSLTHLYCKEEPESCQNDPIIASIVSAFLHNLNGDCSIPKDATDDYVTKIQISLKGLGNLKYYPATVINTLN----KCITKDTNKLSIRISALEVMKHMDCKQD-RSSALSILLNNENDSELRINAYLTVMGCSDINTLFKVREILSKEKVNQVGSFIWTHLTNIKESND----QLKENIRDLLDDVDLKKEFDISKLKFSRNIEKTFLTNNYGV-NFDSNVIFSEKSFVPRSVSLNTTASIFSKSTNFLEMSARLEGLEDLLFKIFGPEGYL---------------------------------KKEKGAQENL---------ELINILNEMS---GSVNIKLFGNQVSFIEL--IRGTLSSVKKYNIIEEI-----------MYWSQDKSLDFNKNLQLVDKTVVIPTLLGFPLKFKLQGSAAINIK--IKSKFDVAGLVSWP---------ISVNIDNYISPNINAELHTEIVYQTPFTNYGMRMKLKSGTNTEFKATIFTNKNEELSVKFDSPKTTQNIFSVEGN 2722
++ KY Y YE ES + G+ G K KV I C + + + + T +DG+ F+ + S FK+ +E N + E + + + +E + NIK+ I+ +LA ++ + ++ T G C K E N+ V DL CDN +I+ +G + +F + Q +C Y + + ++ S C E + E + TN+ K+ DR F + E ++ + + SP K T + ++ K++ + L +LV+ +++ N+ S PE T + + Y A T S ++ ++ S S + + + ++ + PS +KE+ + + + ++ LY E + Q A VS + GDC+ ++ I ++L+ GN+ L +CI++ ++ +A++V + ++ RS L ++L+ + RI AYL +M + L ++ L E+ Q SF +H+TNI S QL+E I D L ++ + + + +FSR NY + + ++IF E +P+ + L T + F + E+ +G E + +FGP G+ +K++ A +N+ +LIN L + ++L G ++ ++++ ++ +V K ++E++ ++ S D L + +D +PT G PL+ L G+ A K +K D++ + P I ++ +Y+ + E+HT + ++ G+ KL N + K TI E K S T ++FSV G+
Sbjct: 33 YRSFHKYEYLYEAES-LNGLNGAL--NGPKASCKVEIEVPGTCHYVVHTKECTLSEVIDTDTDGSPVFRPAAASDNFKAEMEKNPLKVIVEGDNDIKLFPEDDELINILNIKRGIISALAVPVLEEERNNRMPTIFGLC---------KTEYTVNARGDIATDVTLTRDLSRCDNFRPIKDHTSPLALITGMNYG---LAQLFNSKQ-TCNYKFDNTLKHMTSGVCTENHLLVPFSHQEKYGI----TNVAKQTVSLVGVTEYNDRVFDHN---EANMKPLYLDASIDMSPIQDEKAILTVMTELADLSKTNNGRRRAHLAQKLVSMMRKANADTL---------SAFLPEALTVSRFLTYQALFQCGTPECSSAIMKFLRISGSSTAEIDTAVYAMGLVPN-PSRALVKEMLEMARYKPTKLIYYATSNAVRRLYTAEG-KVTQEIQAAADYVSEEI----GDCTGDQE-------HIYLTLRVTGNMAAAVGAASPALKSAVIQCISQPAATPKVQQAAIQVFRLTPIPEEGRSVLLQVVLDGVAPLQKRIAAYLILMKDPQADELTQITAALPNEQNLQAKSFFISHMTNILSSTAPETRQLRERILDALQGNEIGEVMNPA--QFSR---------NYKIGSLQGSMIFGEDE-LPKEIVLEMTLNAFGFDFDMFEVGVEGKGFEPTVEALFGPNGFFPDTVMKTIYFAADKMPPQFNQVLRNIIPELRNDRKKRQATQNIVREITQNVEKLINDLKAQDTPEAMLYLRLLGAELGYLKMEDMQELAHAVSK--VVEKLLKMFPTEYIKGLFSSTDNELFL--HYMFMDNEFYLPTGPGVPLRVALSGTFAPGFKGGLKIARDMSEISCMPSVGVEFVTEIGTHLPDYVQSGL--EMHTSLYHER-----GITAKLALAQN-QIKLTI---PAPETPSKLIS--ITNSLFSVAGD 917
BLAST of Vitellogenin domain-containing protein vs. Ensembl Nematostella
Match: EDO48127 (Predicted protein [Source:UniProtKB/TrEMBL;Acc:A7RK90]) HSP 1 Score: 98.2117 bits (243), Expect = 7.468e-23 Identity = 53/168 (31.55%), Postives = 98/168 (58.33%), Query Frame = 2
Query: 1586 KCITKDTNKLSIRISALEVMKHMDCKQDRSSAL-SILLNNENDSELRINAYLTVMGCSDINTLFKVREILSKEKVNQVGSFIWTHLTNIKESND-----QLKENIRDLLDDVDLKKEFDISKLKFSRNIEKTFLTN--NYGVNFDSNVIFSEKSFVPRSVSLNTTASI 2065
KC D +++ I+ALE ++ M C+Q+ + L +I ++ ND E+R+ +YL ++ C + L ++ ++ E NQVGSF+W+HLTN ES + + ++ L ++ +EF++++L+FSR +E +F ++ G + ++I+ SF PRS LN T +
Sbjct: 2 KCAVNDNLPINMTIAALESLRRMPCRQETTEQLFNIYASHHNDVEIRVASYLALLKCPNKELLRRIAKVQRTEVNNQVGSFVWSHLTNAMESTEPVHGLPMARMLQKALGG-NVLREFNLNRLRFSRAVEGSFYSDILRAGGSVQGHLIYHPNSFFPRSTHLNITMDV 168
BLAST of Vitellogenin domain-containing protein vs. Ensembl Medaka
Match: ENSORLT00000015835.2 (pep primary_assembly:ASM223467v1:24:6559546:6567281:-1 gene:ENSORLG00000012638.2 transcript:ENSORLT00000015835.2 gene_biotype:protein_coding transcript_biotype:protein_coding) HSP 1 Score: 92.0485 bits (227), Expect = 1.498e-17 Identity = 153/694 (22.05%), Postives = 292/694 (42.07%), Query Frame = 2
Query: 185 QKYVYSYEGESNIKTTKGSYETTGVKIKSKVTITGLSNCEMKLSLSDVQIFDKTSSD--GNQ-FKESPNSYKFKSALEMNDIFFTKESNEVKSVCMDGEEPVWSGNIKKAILDSLA--------NQGIQTKPDSYKKTSHGKCFITSSEKSPKEETNPNSVNFQYDLQTCDN-----------KMISNSLFGDITRSVIFKTSQVSCKYLYKDQ-SNLVSIRCREEYKTATIKTNENQ----MVVEITTNIYKENQLPSPDRTFTNKNMFETGXXXXXXXXXXXXSPYSAAKTTLKDICVQYKSSESSKIPKLFMELVNHLKRLNSKEFKELYLELQKSDICPEKTTEIKSIFYDASGFVNTRSSISVMVDLIKTSRISLFDQNIWLTSLSFMQEVPSIETLKELETIISVANPSTPLFLSLGSLTHLYCKEEPESCQNDPIIASIVSAFLHNLNGDCSIPKDATDDYVTKIQISLKGLGN----LKYYPATVINTLNKCITKDTNKLSIRISALEVMKHMDCKQD-RSSALSILLNNENDSELRINAYLTVMGCSDINTLFKVREILSKEKVNQVGSFIWTHLTNIKESND----QLKENIRDLLDDVDLKKEFDISKLKFSRNIEKTFLTNNYGVNFDSNVIFSEKSFVPRSVSLNTTASIFSKSTNFLEMSARLEGLEDLLFKIFGPEGYL 2158
+++VYSY+ E+ S +G ++ V + C L ++ + + + D GN ++ + + F++A+ + EVK D +EPV NIK+ I+ +L NQ + + T HG C + S +EE P V DL CD +IS + S + ++Q +C Y + +Q ++ S C E++ +++N+ VV T + + Q+ DR F F D+ ++ A T++ + +++ + LF ELV+ L+ L + + + E+ DI S+ + A T S ++ ++T + + + + ++ +Q PS +K+L ++ + S P+ +L + K I + L DC K+ T ++L+ +GN ++ + TL KC+ + LS++++A++ + M + RS+ + + + R+ AYL +M + + V +IL++E+ QV +F+ +H+ NI SND + I D ++D D+ +D + +K SRN + + + NVIF S +PR V L TT F S++ E+ +G E + +FG G+
Sbjct: 50 KRFVYSYKAETFNSVNGASDNKSGPRVSCTVEVDVPQTCSFILRTTECSLSEISGVDDGGNPVYRVAAEAEAFRTAM--------AKQTEVKLYPED-DEPVNILNIKRGIVSALMVPEMTEEKNQNVV----NLFPTVHGVCSTDITVNS-REEI-PTDVTLIRDLSKCDGFTAHRQHTSPLALISGM---NYPLSKMISSTQ-TCNYKFDNQMKHMTSGSCTEKHVFLPF-SHKNEYGISAVVRQTVTLRETEQI--NDRIFDISEFFTVSHLILADDKSPLQTK-DAVIATMQKLNTLSQTANGEERAGLFRELVSELRGLKADLLRSVTDEMM--DIS-------SSLAWQALIQCGTPECTSAILKTLRTYDSAAMEVDAVVYAMGMLQH-PSRLMVKDLLE-MAQSKQSKPIMYALSITKTILTK-----------INDVYEFVTSILGADCPGEKELT-------FLTLRVVGNMGDAMESVDPKIKTTLVKCMRQPATTLSVQLAAIQAFRRMSVNDEVRSNLQRVSQYPKGAVQKRLAAYLILMRNPQDSDIEAVTKILTQEQNPQVKAFVSSHIYNIISSNDPDTKSFGKKILDAMEDTDVATHYDYT-IK-SRNYKLGMAHESLQASVQGNVIFDPSSRLPREVLLETTLKAFGYSSDIWEVGMEGKGFEPTIEALFGENGFF 689
BLAST of Vitellogenin domain-containing protein vs. Ensembl Medaka
Match: apobb.2 (apolipoprotein B-100-like [Source:NCBI gene;Acc:101158990]) HSP 1 Score: 91.2781 bits (225), Expect = 4.312e-17 Identity = 171/809 (21.14%), Postives = 330/809 (40.79%), Query Frame = 2
Query: 404 LEMNDIFFTKESNEVKSVCMDGEEPVWSGNIKKAILDSLANQGIQTKPDSYKKTSHGKCFITSSEKSPKEETNPNSVNFQYDLQTCDNKMI----SNSLFGDITR-----SVIFKTSQVSCKYLYKDQS-NLVSIRCREEYKTATIKTNENQMVVEITTNIYKENQLPSPDRTFTNKNMFETGXXXXXXXXXXXXSPYS---AAKTTLKDICVQYKSSESSKIPKLFMELVNHLKRLNSKEFKELYLELQKSDICPEKTTEIKSIFYDASGFVNTRSSISVMVDLIKTSRISLFDQNIWLTSLSFMQEVPSIETLKELETIISVANPSTPLFLSLGSLTHLYCKEEPESCQNDPIIASIVSAFLHNLNGDCSIPKDATDDYVTKIQISLKGLGNLK--YYPAT--VINTLNKCITKDTNKLSIRISALEVMKHMDCKQD-RSSALSILLNNENDSELRINAYLTVMGCSDINTLFKVREILSKEKVNQVGSFIWTHLTNIKESND-QLKENIRDLLDDVDLKKEFDISKLKFSRNIEKTFLTNNYGVNFDSNVIFSEKSFVPRSVSLNTTASIFSKSTNFLEMSARLEGLEDLLFKIFGPEGYLK-----------------------------KEKGAQENL------ELINILNEMSGS------VNIKLFGNQVSFIELIRGTLSSVKKYNIIEEIMYWSQ--DKSLDFNKNLQLVDKTVVIPTLLGFPLKFKLQGSAAINIKIKSKFDVAGLVSWPISVNIDNYISPNINAELHTEIVYQTP-FTNYGMRMKL----KSGTNTEF 2629
+E D + +VK DGE N K+ I+ +LA +Q + T HGKC TS + +E+ + +N DL CD K + NS IT S + ++SQ +C Y + ++ ++ S C E + V TN+ K+ +L + N +F+ ++ E ++S AA T ++++ V SE + P LF +LV+ ++ L ++ S P+ + + Y T S ++ +++T + + + + +L FM PS + ++ + + S P+ +L ++ + K E + P I S V+ F+ + GDC+ +D ++L+ +GN+ +PA+ + + +C+ + ++ +A++ + + Q+ R + +LLN N + RI AYL +M + + L ++ + E +Q+ +F+ +H+ NI S D + + + D + L + + L +SN+I+ S++P+ V L+ T F + +E+ +G E + +FG +G+ K + +ENL + +L EM + V ++L GN++ +++ SS EI +Q D +F + +D +PT+ G PL+ L G+ A + G+ +S P+ E T++ P F + G+ M +SG EF
Sbjct: 1 MESMDTIVVEGEYDVKLYPEDGETSTIL-NFKRGIVSALAVPSLQEDKNKNMPTIHGKCR-TSYNINAREDIITD-INLNRDLSRCD-KFVPIRDHNSPLALITGMHYPLSQLVRSSQ-TCNYKFDNEKKHMTSGSCTETHILIPFSHKGKYGV----TNVGKQ-ELTLVQVSAHNDRVFDHNVQDLHMEAVKDKSAIQDKEAALTLMREL-VSLPDSEGERRPHLFQKLVSMVRGLTTETL---------SAAVPDALGVSRFLTYQVLAQCGTPECSSAIMQILRTFDTTSPEVDAAIFALGFMSN-PSALLINDMLQMAKFKS-SKPIMYALSNVVKRFYKAEKKLI---PEIHS-VAEFMADELGDCTGDQDHA-------FLTLRVIGNMAPAVFPASPALRKAVLQCVNQPAAGQQVQQAAIQAYRQIPVPQEARKVLMEVLLNKGNPVQQRIAAYLVLMKDPETSELAQLDDAFLNEDNDQLLNFVMSHIINILSSTDPETRHVVAPYFDPMTLSSNYKLGSL-------------------ESNMIYESGSYLPKEVMLDMTLKAFGFEIDMMEIGMEGKGFEPAIVALFGEDGFFPDTTLKAMYFVTENMPDAVSEMLQNIIPALKNRKKRENLIKEIGQNIEKLLREMKAAESPEAMVYLRLLGNELGYLK------SS--------EIASSAQMIDPVTNFFAHYIFMDNEFFLPTVTGVPLRVSLSGTFAPGFR-------GGIQQNSVS------FMPSAGLEFVTQVGSHIPEFVDSGLEMHTNLFHESGIKVEF 730
BLAST of Vitellogenin domain-containing protein vs. Ensembl Medaka
Match: apoba (apolipoprotein B-100 [Source:NCBI gene;Acc:101156458]) HSP 1 Score: 73.1738 bits (178), Expect = 1.270e-11 Identity = 112/497 (22.54%), Postives = 205/497 (41.25%), Query Frame = 2
Query: 1442 VSAFLHNLNGDCS--IPKDATDDYVTKIQIS---LKGLG----NLKYYPATVINTLNKCITKDTNKLSIRISALEVMKHMDCKQD-RSSALSILLNNENDSELRINAYLTVMGCSDINTLFKVREILSKEKVNQVGSFIWTHLTNIKESND----QLKENIRDLLDDVDLKKEFDISKLKFSRNIEKTFLTNNYGVNFDSNVIFSEKSFVPRSVSLNTTASIFSKSTNFLEMSARLEGLEDLLFKIFGPEGY-----------------------------------------LKKEKGA-QENLELINILNEMSGSVNIKLFGNQVSFIELIRGTLSSVKKYNIIE--EIMYWSQDKSLDFNKNLQLVDKT--------------VVIPTLLGFPLKFKLQGSAAINIKIKSKFDVAGLVSWPISVNIDNYISPNINAELHTEIVYQTP-FTNYGMRMKLKSGTNTEFKATIFTNKNEELSVKFDSPKTTQNIFSV 2713
VS F+ L DCS IP A+D ++S L+ +G ++ ++++++ +C K L+ + +AL ++ MD + RS+ + + + ++ E RI AYL +M D + L + L KE+ Q+ SF+ ++L NI S D Q+K +I +L +L + ++ SRN + + + G + SN+IF ++ +P+ V L T F S + E+ G E + +FG +G+ LK KG Q+ L+ + + + ++L G ++ G L + + NI+E + Y + L L+L T +PT GFPL F L G A ++ GL+ S + P++ E T + P + + G++M + A I ++N ++ V +P + +FS+
Sbjct: 446 VSTFMEQLLNDCSKEIPDTASDFSPDPKEMSFLVLRVVGVMAQAMQDSSPSLVSSVLRCSQKTDLPLANQKAALRTLQQMDMNDEIRSTLMELYRDTQSPLEKRIAAYLVLMKKPDRSLLRDLVNSLMKERDKQLRSFVVSYLNNILRSEDPQMLQIKADIEKVLQG-ELPPQNNVFH-GLSRNYK---MESPLG-SVHSNIIFDGRNTLPKEVILEATMKAFGSSYDIFEVGVEGAGFEPTVDALFGEKGFFSESISRLMRFLGDKTPLLKEVLDRISPHQERMKRQVTEDHLKAFKGIFQKLLQDVRLSEAPEATAYLRLLGEEI-------GYLKTSEMRNILEGFSLYYHIFIRVLPAQAFLKLTSSTENELFFHYIFMENAFSLPTASGFPLTFSLSGVLAPGVQ-------GGLIP---SAMTSLSVMPSVGLEFITHMGVDIPDYVDAGIQMHTNMYHESSLNAKISISRN-QVRVWIPAPTSNTQVFSI 918
BLAST of Vitellogenin domain-containing protein vs. Ensembl Medaka
Match: FCGBP (Fc fragment of IgG binding protein [Source:NCBI gene;Acc:101155957]) HSP 1 Score: 60.8474 bits (146), Expect = 6.353e-8 Identity = 56/213 (26.29%), Postives = 91/213 (42.72%), Query Frame = 2
Query: 16037 TINIGSNTFELSASN-YKVNLNGKPSDLPIQIGSTSLVGLGRMMKLKDDKLGLTITIDPVNEMFTVGISGWYHGKVRGLFGNSDNEQFNDFMLDNGKIVSNEVFMKEISYKSQS------------CKVVSDEEQTVVKPIKGCPFIRRMVCKFLFKCPFSPLAACFNKVNPKKFHKLCVHSTEEVLTKLDPSICKAARQYQAQCQKAGVNIQ 16636
T +I +T +S N YK LNG+ + LP++ V L + + G+TIT D + + V + YHG + GL GN + + +D + NGK +E + E S++ S C+ SD ++ V + + C I P C V+P + + CV+ + S+CKA Y + CQ G+ I
Sbjct: 1689 TFSIYGSTLTISKENPYK--LNGQLAALPLKSNDELAVFLSGSQAVIETAAGITITYDWWSTV-RVTVPSNYHGAMCGLCGNYNGKALDDMTMQNGKTTPDEAKLGE-SWQVASVPGCSSACQGPWCQACSDSQKKVYQASQFCGIIADET---------GPFRECHKFVDPAAYVEDCVYDVCQ-FHGHHGSVCKAVEVYLSACQSQGIPIH 1887
BLAST of Vitellogenin domain-containing protein vs. Ensembl Medaka
Match: ENSORLT00000029569.1 (vitellogenin-1-like [Source:NCBI gene;Acc:101159180]) HSP 1 Score: 58.5362 bits (140), Expect = 3.090e-7 Identity = 80/384 (20.83%), Postives = 161/384 (41.93%), Query Frame = 2
Query: 1355 LFLSLGSLTHLYCKEEPESCQNDPIIASIVSAFLHNLNGDCSIPKDATDDYVTKIQISLKGLGNLKYYPATVINTLNKCI-----TKDTNKLSIRISALEVMKHMDCKQDR---SSALSILLNNENDSELRINAYLTVMGCSDINTLFKVREILSKEKVN-QVGSFIWTHLTNIKESNDQLKENIRDLLDDVD--LKKEFDISKLKFSRNIEKTFLTNNY--GVNFDSNVIFSEKSFVPRSVSLNTTASIFSKSTNFLEMSARLEGLEDLLFK---IFGPEGYLKKEKGAQENLELINIL--NEMSGSVNIKLFGNQVSFI--------ELIRGTLSSVKKYNIIEEIMYWSQDKSLDFNKNLQLVDKTVVIPTLLGFPLKFKL 2428
+FL G++ YC E +D V L+ ++ K T+D + +++ LGN + P++ + ++ K I + + + I A+ ++++ K+ R AL + ++ D ELR+ + + + + L K + N QV SF ++H+ ++ S + ++ + L + D L++S+ + ++++ G + I +F+PRSV T A + + LE+ R +GL++ L K + + K K + L L N+ S IKLFG +++F + I + SS + Y+I S ++ + + ++PT G P + L
Sbjct: 428 VFLGYGTMISKYCAE------SDVCPVEFVQPIQKRLSE--AVSKGETEDIILYVKV----LGNAGH-PSS-LKSITKIIPIHGTAAASLPIRVHIEAIMALRNIAKKEPRMVQELALQLYMDKALDPELRMLSCIVLFETNPSMALISTLANAVKSEENLQVASFTYSHMKSLSRSASMIHPSVAAACNVAMKILSPKLDRLSLRYSKAVYGEAYSSSFMLGAAATAFYINDAATFLPRSVVAKTKAFFVGAAADVLEIGVRTDGLQETLLKNPSVLKSGDRITKMKRVIKALSQWRSLPNNKPLASFYIKLFGQEIAFANIDKPLIEQAILASGSSAQTYSIKALKTLLLTGVSFNYTMPVMYTEVRRILPTASGLPFELSL 797
BLAST of Vitellogenin domain-containing protein vs. Planmine SMEST
Match: SMESG000037977.1 (SMESG000037977.1) HSP 1 Score: 5722.9 bits (14845), Expect = 0.000e+0 Identity = 2859/2891 (98.89%), Postives = 2865/2891 (99.10%), Query Frame = 2
Query: 53 MNLFGTAFLLVLLSIITNAARTPQFINPCSMKCSFEEDRIFKPGQKYVYSYEGESNIKTTKGSYETTGVKIKSKVTITGLSNCEMKLSLSDVQIFDKTSSDGNQFKESPNSYKFKSALEMNDIFFTKESNEVKSVCMDGEEPVWSGNIKKAILDSLANQGIQTKPDSYKKTSHGKCFITSSEKSPKEETNPNSVNFQYDLQTCDNKMISNSLFGDITRSVIFKTSQVSCKYLYKDQSNLVSIRCREEYKTATIKTNENQMVVEITTNIYKENQLPSPDRTFTNKNMFETGXXXXXXXXXXXXSPYSAAKTTLKDICVQYKSSESSKIPKLFMELVNHLKRLNSKEFKELYLELQKSDICPEKTTEIKSIFYDASGFVNTRSSISVMVDLIKTSRISLFDQNIWLTSLSFMQEVPSIETLKELETIISVANPSTPLFLSLGSLTHLYCKEEPESCQNDPIIASIVSAFLHNLNGDCSIPKDATDDYVTKIQISLKGLGNLKYYPATVINTLNKCITKDTNKLSIRISALEVMKHMDCKQDRSSALSILLNNENDSELRINAYLTVMGCSDINTLFKVREILSKEKVNQVGSFIWTHLTNIKESNDQLKENIRDLLDDVDLKKEFDISKLKFSRNIEKTFLTNNYGVNFDSNVIFSEKSFVPRSVSLNTTASIFSKSTNFLEMSARLEGLEDLLFKIFGPEGYLKKEKGAQENLELINILNEMSGSVNIKLFGNQVSFIELIRGTLSSVKKYNIIEEIMYWSQDKSLDFNKNLQLVDKTVVIPTLLGFPLKFKLQGSAAINIKIKSKFDVAGLVSWPISVNIDNYISPNINAELHTEIVYQTPFTNYGMRMKLKSGTNTEFKATIFTNKNEELSVKFDSPKTTQNIFSVEGNAYVIHRDKEIIQLQDKLKEIKMCTSEMTVRILGIRVCGEAKVLDPSTRKDALLFGPFAANVFIEKIDTQTEYILLATSKTSAFISQTGKVYSNRHIKFEFNTPNSKFYNRRFYGEILMDFKQKEFKLELVTPWTDALVAARLKLTDGETKIAFNFKANKQNIIDISAEHLIFSSPKRTNTKGGISIQILNLTPIRKRWNLELTDDAYSFTFVSKGLLKEETHLKIKVLRKNPMKNLSAFNTYEISGFFNTYFGYGKISGRTSENYFGHRWDIKISHKNKQRKEYQIIFRHKVEDKSSKNLNKYILTTTFNYGEKAENFVTFKTENELSDKHIRTSMKASYGGKETPNNKAYEEEMSMKLYGGYTWKSDDIYYAEGSLSFKLPSKNLNYEGRYISEIGKRVFKLSLDFDKDQQSKINLKINYLQPKLYLKDTDFSVLFSLPYHNFDLKWKLMEIDVNKYTYTLDGKYNTYDMKIDGVHTQISRLDHDSYVSIKMPRIQGLPTDVKGKLRVNLVDMAKAKIKGGIEIPNTDYKYSFDSEFSYIPNNLLEISKSEISSVLTYNIEVSSKQRLMKSKFIFTCNPEEFRTLFNVDLNGNSNSDNKIEFDIQALQKNPVYKQFESVARLALQYPGNRHSIGFKSDFKYSEMVAQIDLIWNKNQRISITSTYQLDNSWTQKGLAASLTVKTPFIGYEQIHFGMTAVGQLRYRKVNFECKWADNKKLIFDIVIQPKSSSDFSLNAKLTSPFKGFNLVTFQAKHLQTSNSINTQCVVEIGPVKRYQIKFETINNSEDKNRDFLSNILIESGIYPAFKMSLLHKDDSVHYKSQFDVLWMKTQSINVKSDISFNLEDYEFTTKGNVELFSTIKEAKQMKMVWSLENRDSQFLHNVQMFHNNKNLFQTTIKGFYETEDNKIKIEFNGVASVMNGRSMKIANILIYSPLSIQNQFSVSQETNIIYSHNFNMNXXXXXXXXXIPNIQTKKVEFEYKIDRKQEEAESQIFVKINEKHLFHIEMEEKYQRVXXXXXXXXXXXXFMSDYATVKNFETKTDIKIKPEFFKVDFKLKSENLVLLTVTAEVLKELHKKKIQLVINSKYESLKQLKFDWEHIYKDSDSSFTNSLDFNMNKIIHFNSKINLRGFELIKIDMMLKKRDYVRYFKLKHSRHLLGFEDQMDTNLFSEKFKFTNTIISRGGISVQFRLQTNLFFFKSIEIFGRFSKEHEIKVFYQLPRDSNKIEKIKVIFSNFQGIQKLTVDTTTLFKLEFNFDRKQFKTILFDFKFLPNSDESAVKFKFNFDGNRNALKHSSELKLNIGNRKFEIENKVEKVKWSYLLFETEIKTNDNSFKNYRTGFEYKIRPSKYSTDVKLFFNDKFIKLSSELDSSFGSKVELKIETSFEVLKEVSFELKHKQNSMMTQVTHKCKTVIKSFDNFLRLQNEIEWSGFNYVKVESTFEGNLSDNRYAFEPKSLKFLHQYHKGIMKDNFQLSMSKNRHFKFQLEVPLNRKSKSLFELESSFQNLKQLTIDFNINFSENEEKSLALKIVRNNEIAINMESKLKHQEKFVLMTVDLDTVGNFKSGLSIELVENSFGTKTVKVKLVSSLLKESIILITKVNIQKKEISLSLTAAIDQQASFYGKVSKSQNLIQIKYGKHKFDFETLVDKNDGFKLLKVSLFSIVKFNTELTRSSNYLGLKGDFDNHSLQISYNYKRELKVEFNIKHIFGALKINQIISDSNINYKIEGKSNIPEWTAMHTELDMTKSTKGFTMVFYIKKENRDALKLNFEQKFFQSITFTYSSIHKLFKTGKLEINYENFPQKLNMKFDGKNSISQPITAEYELNATSFSGKITSPFEWLRSCSIKGQLTISNDEVKGKFDINHNKLKQPINGEITIQRKFDLLKVELKTPFLYPLNQLSFRNERSDSILIIELNDAQNQLFYYKLKTYSKAKYDLDASITIPXXXXXXXXXXXXNFDFENPTKSIKFLVKSNQFSDTSLSATYNLNQNEYKIQFSHPKK 8725
MNLFGTAFLLVLLSIITNAARTPQFINPCSMKCSFEEDRIFKPGQKYVYSYEGESNIKTTKGSYETTGVKIKSKVTITGLSNCEMKLSLSDVQIFDKTSSDGNQFKESPNSYKFKSALEMNDIFFTKESNEVKSVCMDGEEPVWSGNIKKAILDSLANQGIQTKPDSYKKTSHGKCFITSSEKSPKEETNPNSVNFQYDLQTCDNKMISNSLFGDITRSVIFKTSQVSCKYLYKDQSNLVSIRCREEYKTATIKTNENQMVVEITTNIYKENQLPSPDRTFTNKNMFETGIEQAEDEIEAEESPYSAAKTTLKDICVQYKSSESSKIPKLFMELVNHLKRLNSKEFKELYLELQKSDICPEKTTEIKSIFYDASGFVNTRSSISVMVDLIKTSRISLFDQNIWLTSLSFMQEVPSIETLKELETIISVANPSTPLFLSLGSLTHLYCKEEPESCQNDPIIASIVSAFLHNLNGDCSIPKDATDDYVTKIQISLKGLGNLKYYPATVINTLNKCITKDTNKLSIRISALEVMKHMDCKQDRSSALSILLNNENDSELRINAYLTVMGCSDINTLFKVREILSKEKVNQVGSFIWTHLTNIKESNDQLKENIRDLLDDVDLKKEFDISKLKFSRNIEKTFLTNNYGVNFDSNVIFSEKSFVPRSVSLNTTASIFSKSTNFLEMSARLEGLEDLLFKIFGPEGYLKKEKGAQENLELINILNEMSGSVNIKLFGNQVSFIELIRGTLSSVKKYNIIEEIMYWSQDKSLDFNKNLQLVDKTVVIPTLLGFPLKFKLQGSAAINIKIKSKFDVAGLVSWPIS+NIDNYISPNINAELHTEIVYQTPFTNYGMRMKLKSGTNTEFKATIFTNKNEELSVKFDSPKTTQNIFSVEGNAYVIHRDKEIIQLQDKLKEIKMCTSEMTVRILGIRVCGEAKVLDPSTRKDALLFGPFAANVFIEKIDTQTEYILLATSKTSAFISQTGKVYSNRHIKFEFNTPNSKFYNRRFYGEILMDFKQKEFKLELVTPWTDALVAARLKLTD ETKIAFNFKANKQNIIDISAEHLIFSSPKRTNTKGGISIQILNLTPIRKRWNLELTDDAYSFTFVSKGLLKEETHLKIKVLRKNPMKNLSAFNTYEISGFFNTYFGYGKISGRTSENYFGHRWDIKISHKNKQRKEYQIIFRHKVEDKSSKNLNKYILTTTFNYGEKAENFVTFKTENELSDKHIRTSMKASYGGKETPNNKAYEEEMSMKLYGGYTWKSDDIYYAEGSLSFKLPSKNLNYEGRYISEIGKRVFKLSLDFDKDQQSKINLKINYLQPKLYLKDTDFSVLFSLPYHNFDLKWKLMEIDVNKYTYTLDGKYNTYDMKIDGVHTQISRLDHDSYVSIKMPRIQGLPTDVKGKLRVNLVDMAKAKIKGGIEIPNTDYKYSFDSEFSYIPNNLLEISKSEISSVLTYNIEVSSKQRLMKSKFIFTCNPEEFRTLFNVDLNGNSNSDNKIEFDIQALQKNPVYKQFESVARLALQYPGNRHSIGFKSDFKYSEMVAQIDLIWNKNQRISITSTYQLDNSWTQKGLAASLTVKTPFIGYEQIHFGMTAVGQLRYRKVNFECKWADNKKLIFDIVIQPKSSSDFSLNAKLTSPFKGFNLVTFQAKHLQTSNSINTQCVVEIGPVKRYQIKFE INNSEDKNRDFLSNILIESGIYPAFKMSLLHKDDSVHYKSQFDVLWMKTQSINVKSDISFNLEDYEFTTKGNVELFSTIKEAKQMKMVWSLENRDSQFLHNVQMFHNNKNLFQTTIKGFYETEDNKIKIEFNGVASVMNGRSMKIANILIYSPLSIQNQFSVSQETNIIYSHNFN+NSKSLKLKLLIPNIQTKKVEFEYKIDRKQEEAESQIFVKINEKHL +++ FMSDYATVKNFETKTDIKIKPEFFKVDFKLKSENLVLLTVTAEVLKELHKKKIQLVINSKYESLKQLKFDWEHIYKDSDSSFTNSLDFNMNKIIHFNSKINLRGFELIKIDMMLKKRDYVRYFKLKHSRHLLGFEDQMDTNLFSEKFKFTNTIISRGGISVQFRLQTNLFFFKSIEIFGRFSKEHEIKVFYQLPRDSNKIEKIKVIFSNFQGIQKLTVDTTTLFKLEFNFDRKQFKTILFDFKFLPNSDESAVKFKFNFDGNRNALKHSSELKLNIGNRKFEIENKVEKVKWSYLLFETEIKTNDNSFKNYRTGFEYKIRPSKYSTDVKLFFNDKFIKLSSELDSSFGSKVELKIETSFEVLKEVSFELKHKQNSMMTQVTHKCKTVIKSFDNFLRLQNEIEWSGFNYVKVESTFEGNLSDNRYAFEPKSLKFLHQYHKGIMKDNFQLSMSKNRHFKFQLEVPLNRKSKSLFELESSFQNLKQLTIDFNINFSENEEKSLALKIVRNNEIAINMESKLKHQEKFVLMTVDLDTVGNFKSGLSIELVENSFGTKTVKVKLVSSLLKESIILITKVNIQKKEISLSLTAAIDQQASFYGKVSKSQNLIQIKYGKHKFDFETLVDKNDGFKLLKVSLFSIVKFNTELTRSSNYLGLKGDFDNHSLQISYNYKRELKVEFNIK IFGALKINQIISDSNINYKIEGKSNIPEWT MHTELDM KSTKGFTMVFYIKKENRDALKLNFEQKFFQSITFTYSSIHKLFKTGKLEINYENFPQKLN+KFDGKNSISQPITAEYELNATSFSGKITSPFEWLRSCSIKGQLTISNDEVKGKFDINHNKLKQPINGEITIQRKFDLLKVELKTPFLYPLNQLSFRNERSDSILIIELNDAQNQLFYYKLKTYSKAKYDLDASITIPKLLSEFKLSSFSNFDFENPTKSIKFLVKSNQFSDTSLSATYNLNQNEYKIQFSHPKK
Sbjct: 1 MNLFGTAFLLVLLSIITNAARTPQFINPCSMKCSFEEDRIFKPGQKYVYSYEGESNIKTTKGSYETTGVKIKSKVTITGLSNCEMKLSLSDVQIFDKTSSDGNQFKESPNSYKFKSALEMNDIFFTKESNEVKSVCMDGEEPVWSGNIKKAILDSLANQGIQTKPDSYKKTSHGKCFITSSEKSPKEETNPNSVNFQYDLQTCDNKMISNSLFGDITRSVIFKTSQVSCKYLYKDQSNLVSIRCREEYKTATIKTNENQMVVEITTNIYKENQLPSPDRTFTNKNMFETGIEQAEDEIEAEESPYSAAKTTLKDICVQYKSSESSKIPKLFMELVNHLKRLNSKEFKELYLELQKSDICPEKTTEIKSIFYDASGFVNTRSSISVMVDLIKTSRISLFDQNIWLTSLSFMQEVPSIETLKELETIISVANPSTPLFLSLGSLTHLYCKEEPESCQNDPIIASIVSAFLHNLNGDCSIPKDATDDYVTKIQISLKGLGNLKYYPATVINTLNKCITKDTNKLSIRISALEVMKHMDCKQDRSSALSILLNNENDSELRINAYLTVMGCSDINTLFKVREILSKEKVNQVGSFIWTHLTNIKESNDQLKENIRDLLDDVDLKKEFDISKLKFSRNIEKTFLTNNYGVNFDSNVIFSEKSFVPRSVSLNTTASIFSKSTNFLEMSARLEGLEDLLFKIFGPEGYLKKEKGAQENLELINILNEMSGSVNIKLFGNQVSFIELIRGTLSSVKKYNIIEEIMYWSQDKSLDFNKNLQLVDKTVVIPTLLGFPLKFKLQGSAAINIKIKSKFDVAGLVSWPISMNIDNYISPNINAELHTEIVYQTPFTNYGMRMKLKSGTNTEFKATIFTNKNEELSVKFDSPKTTQNIFSVEGNAYVIHRDKEIIQLQDKLKEIKMCTSEMTVRILGIRVCGEAKVLDPSTRKDALLFGPFAANVFIEKIDTQTEYILLATSKTSAFISQTGKVYSNRHIKFEFNTPNSKFYNRRFYGEILMDFKQKEFKLELVTPWTDALVAARLKLTDSETKIAFNFKANKQNIIDISAEHLIFSSPKRTNTKGGISIQILNLTPIRKRWNLELTDDAYSFTFVSKGLLKEETHLKIKVLRKNPMKNLSAFNTYEISGFFNTYFGYGKISGRTSENYFGHRWDIKISHKNKQRKEYQIIFRHKVEDKSSKNLNKYILTTTFNYGEKAENFVTFKTENELSDKHIRTSMKASYGGKETPNNKAYEEEMSMKLYGGYTWKSDDIYYAEGSLSFKLPSKNLNYEGRYISEIGKRVFKLSLDFDKDQQSKINLKINYLQPKLYLKDTDFSVLFSLPYHNFDLKWKLMEIDVNKYTYTLDGKYNTYDMKIDGVHTQISRLDHDSYVSIKMPRIQGLPTDVKGKLRVNLVDMAKAKIKGGIEIPNTDYKYSFDSEFSYIPNNLLEISKSEISSVLTYNIEVSSKQRLMKSKFIFTCNPEEFRTLFNVDLNGNSNSDNKIEFDIQALQKNPVYKQFESVARLALQYPGNRHSIGFKSDFKYSEMVAQIDLIWNKNQRISITSTYQLDNSWTQKGLAASLTVKTPFIGYEQIHFGMTAVGQLRYRKVNFECKWADNKKLIFDIVIQPKSSSDFSLNAKLTSPFKGFNLVTFQAKHLQTSNSINTQCVVEIGPVKRYQIKFEAINNSEDKNRDFLSNILIESGIYPAFKMSLLHKDDSVHYKSQFDVLWMKTQSINVKSDISFNLEDYEFTTKGNVELFSTIKEAKQMKMVWSLENRDSQFLHNVQMFHNNKNLFQTTIKGFYETEDNKIKIEFNGVASVMNGRSMKIANILIYSPLSIQNQFSVSQETNIIYSHNFNINSKSLKLKLLIPNIQTKKVEFEYKIDRKQEEAESQIFVKINEKHLENLK--------------------FMSDYATVKNFETKTDIKIKPEFFKVDFKLKSENLVLLTVTAEVLKELHKKKIQLVINSKYESLKQLKFDWEHIYKDSDSSFTNSLDFNMNKIIHFNSKINLRGFELIKIDMMLKKRDYVRYFKLKHSRHLLGFEDQMDTNLFSEKFKFTNTIISRGGISVQFRLQTNLFFFKSIEIFGRFSKEHEIKVFYQLPRDSNKIEKIKVIFSNFQGIQKLTVDTTTLFKLEFNFDRKQFKTILFDFKFLPNSDESAVKFKFNFDGNRNALKHSSELKLNIGNRKFEIENKVEKVKWSYLLFETEIKTNDNSFKNYRTGFEYKIRPSKYSTDVKLFFNDKFIKLSSELDSSFGSKVELKIETSFEVLKEVSFELKHKQNSMMTQVTHKCKTVIKSFDNFLRLQNEIEWSGFNYVKVESTFEGNLSDNRYAFEPKSLKFLHQYHKGIMKDNFQLSMSKNRHFKFQLEVPLNRKSKSLFELESSFQNLKQLTIDFNINFSENEEKSLALKIVRNNEIAINMESKLKHQEKFVLMTVDLDTVGNFKSGLSIELVENSFGTKTVKVKLVSSLLKESIILITKVNIQKKEISLSLTAAIDQQASFYGKVSKSQNLIQIKYGKHKFDFETLVDKNDGFKLLKVSLFSIVKFNTELTRSSNYLGLKGDFDNHSLQISYNYKRELKVEFNIKQIFGALKINQIISDSNINYKIEGKSNIPEWTTMHTELDMAKSTKGFTMVFYIKKENRDALKLNFEQKFFQSITFTYSSIHKLFKTGKLEINYENFPQKLNLKFDGKNSISQPITAEYELNATSFSGKITSPFEWLRSCSIKGQLTISNDEVKGKFDINHNKLKQPINGEITIQRKFDLLKVELKTPFLYPLNQLSFRNERSDSILIIELNDAQNQLFYYKLKTYSKAKYDLDASITIPKLLSEFKLSSFSNFDFENPTKSIKFLVKSNQFSDTSLSATYNLNQNEYKIQFSHPKK 2871
BLAST of Vitellogenin domain-containing protein vs. Planmine SMEST
Match: SMESG000037978.1 (SMESG000037978.1) HSP 1 Score: 5510.65 bits (14294), Expect = 0.000e+0 Identity = 2721/2736 (99.45%), Postives = 2729/2736 (99.74%), Query Frame = 2
Query: 9287 MTFSTNTLGKYELISEYKLLSNAEIEISNQINTPTTNRKAYIQINLKNSDSDQSLIGLVEIVGQTYQLSLSRQNRHLQIKINSPFEHLKKFELSMKDKSNFYEIEGFYNHYQMKTIVSQNQEISSLIIQSNTDYFKIISLSIENSMADNLEKSLKIKIKMDEKYFKTDFKINCNKRSLEFNSENDLINYLPKSFSGKVQLSLAPIDIAMELKINDNTPVNFIFHRDQFLISFKRNXXXXXXXXXXXXXXNQLDAKFQLDNDEYSMRTIVDNSREKLTFSINALKNKVNKLIEFNSEIGKRNGNLEMEIEYLSNTVFKFKFTNENLPDRKLSIEMRLFSFNGVTDLIVQRKPSETNLKFSWNLLYNEQQLHIGSIIYGIKSSTPINYLAILNLQKVSYEIQLIQSENGEFQFKLSSPIKILDFEAKYQLEKKLNSYKMWLTWRNNLIGEYSIKSRIQFNQDPEIKFLFSSFRPIVQFKWAMKTSVANEISINTELGLLDWEKLSFDFQLSTKQLIKLIAVLKTPFKPIKNIQITKNIKFISFFDHKYETIIIYNGITNIKYIGSHEVKFSEKIFKFQGGFHNDNTKLIAVNISHTGNHKEMDHSVIWHVRNQKFGWKFNGGFRPLFEGKSEIYTPFHETGKIVLLGKHMGQGIMLEAGDRNQRIGSFEYMNEKDVQMMKITPPKNFGKPLTVKYSSKRLRRSVGNEMETDVTYGVEKLLEWASKFEMTSDEYNALINFKMPKFTEKAAELSLKHNYRDKTWNFDHQLTIKDQESKVYRLFGKLFMESLRNLKVSMNAEHPTFGSMHMSIGHSWTPNQYGHHFVMKSNDKTWITHSGNVKYNFDESSFSTEWKTGMNSKHYTVKASHSGIWKKFLQSLIMEYNDIPHLIFKSEVIPNEQSEVEINFPQLNSMXXXXXXXXXXXXXXXXCELKSDKYVLEVTGTLKHFEIQLNLNEKNIGSLLIKYDRLKLSVEGKYLKNFCTVEMAFQESTISLIVKSSNKKLEKLQLMISANKMSFGIDHYGTPYAIETEYDYAPNSLIIKINSSFKQLSKFALRFQPKQITLELNEFYQKVDYLFTQHHVKLISKNNFLPIQNLLFEVLIENPNNAMWKLTVDTFDTVSKLKFTNDKLSFENRNNYFRVRSLEMEANVKIEKEFTGYTGLLVMNKQQILKIQMANKQQLYFVKLETYLGEHLVASYNVPLKEMIISFKFKENFLNIIQKFQETVKGSSKTFIFNFTIESSHAYLYSFDNSATLIVSDSSYSLRTISEYNTKKVEFRGELSRTKLFCHLRLKYSEFALRLIRTNNDKINIELQAPYNKIMMTLEKEKNKYSTILQFNNKEILVIRTKQNSNIETSVEHESTVEFYGRQVWNYKFKTDYKRYEMKMTAPTTFDMIITNDWNKNEKTKLGFWVKYLLNGKSTECGAGLNFLLTSQSSSVEVNLENQYHIIRLMKTIEMTKNKQITTELINKNTKESWIVIFTTVKDKTIELEWKTPTSNRKIKYNEIVINNVKTSIDLDIVDSLKLTLKTDETDPKIWTGSLSLFKVRIAEIETGKDYVQATINKDGTENNRIFLKWTTSSEGEWKKDYIRTRQVTIVQKSLNINVDIVQKTVMKTSVYSTMTTMKYQLIDKSMKTLKIGASIDFSEKNKIVIDLPNPYMPIKTILIRSQPNQSQLTYQMETYLNEDSKVHGYFTIKTGSNPGVMTRLYYNPEDESEFFHLHSKYIDDRQMETIVYKNIDETKTTYFQVLFRLLNEHHIESTFAIKLDTISTTIKAIRQIKYIAQSKFSDLVINEIKWIALETNNRYNQLKDKIPNFTTMQNQMVLFLRTIKIEMNSFSKELSEIIAKNEFFIQTISEKVYKCLSVRSFLYKFASKVVYVVERALKTVFKILKSKIQDIFMLNCQLYYFSSGIVSWITGPITSLTKAFFKNYFPLAQKYFVNNLEKIKISLDQTLNMIFSTYVQIQKFIKLSILNHTFKIVEKTIEIAKSTLQIIMSGSLDFLKHENELKNLYKNLISCLEKFSKAILNKIDNLMNQVDSNLNNVIGSKFFYIITKSVSTVSSYVIDQMKDEENQKIITSFVYYSIASPLNDWMHKIQIFTMDSINPYSFVIYERKNKQLLNENEFSITVKMTSPIPFNDFKSLPDFGYVRRKIHKIQAAINLIKQTIKNQLANGCRYFELRSWFTLYFPQTPFTSILPEFETYATISKRSVMTFDKASFTLSPDSCRVLLSKDLKFKKWEIIMNQQNNKQMFTINIGSNTFELSASNYKVNLNGKPSDLPIQIGSTSLVGLGRMMKLKDDKLGLTITIDPVNEMFTVGISGWYHGKVRGLFGNSDNEQFNDFMLDNGKIVSNEVFMKEISYKSQSCKVVSDEEQTVVKPIKGCPFIRRMVCKFLFKCPFSPLAACFNKVNPKKFHKLCVHSTEEVLTKLDPSICKAARQYQAQCQKAGVNIQVPPPCKKCDMPNDKPLSINEFRNVKIKEKVSDIVFIVDEGTCLNSLYDKLPILVTRLDKGMKTKGINSVHYGLVTYVDDNNNQANFHTVGQKLLGSSQEMITSLKTLKSSNGKFKDFTGAITTAANYPFREHASRHLIIISCTSTKEYPNVLHNLVDKLTKKAIQVSLLTDFSFKLKDSNKQSIIFGVDSQNTYTALSRNGDKNFTSRPESDFLYQLTMKMKGVVFDNKYLSASQELTRIRFVSSFANQISLRATPAKSSRCVCVDDGDYNCTPLDTHTIFPVKRA 17494
MTFSTNTLGKYELISEYKLLSNAEIEISNQINTPTTNRKAYIQINLKNSDSDQSLIGLVEIVGQTYQLSLSRQNRHLQIKINSPFEHLKKFELSMKDKSNFYEIEGFYNHYQMKTIVSQNQEISSLIIQSNTDYFK+ISLSIENSMADNLEKS+KIKIKMDEKYFKTDFKINCNKRSLEFNSENDLINYLPKSFSGKVQLSLAPIDIAMELKINDNTPVNFIFHRDQFLISFKRNSKSKISIEISKKIKNQLDAKFQLDNDEYSMRT+VDNSREKLTFSINALKNKVNKLIEFNSEIGKRNGNLEMEIEYLSNTVFKFKFTNENLPDRKLSIEMRLFSFNGVTDLIVQRKPSETNLKFSWNLLYNEQQLHIGSIIYGIKSSTPINYLAILNLQKVSYEIQLIQSENGEFQFK+SSPIKILDFEAKYQLEKKLNSYKMWLTWRNNLIGEYSIKSRIQFNQDPEIKFLFSSFRPIVQFKWAMKTSVANEISINTELGLLDWEKLSFDFQLSTKQLIKLIAVLKTPFKPIKNIQITKNIKFISFFDHKYETIIIYNGITNIKYIGSHEVKFSEKIFKFQGGFHNDNTKLIAVNISHTGNHKEMDHSVIWHVRNQKFGWKFNGGFRPLFEGKSEIYTPFHETGKIVLLGKHMGQGIMLEAGDRNQRIGSFEYMNEKDVQMMKITPPKN+GKPLTVKYSSKRLRRSVGNEMETDVTYGVEKLLEWASKFEMTSDEYNALINFKMPKFTEKAAELSLKHNYRDKTWNFDHQLTIKDQESKVYRLFGKLFMESLRNLKVSMNAEHPTFGSMHMSIGHSWTPNQYGHHFVMKSNDKTWITHSGNVKYNFDESSFSTEWKTGMNSKHYTVKASHSGIWKKFLQSLIMEYNDIPHLIFKSEVIPNEQSEVEINFPQLNSMKWKMIINNNKNKIDLICELKSDKYVLEVTGTLKHFEIQLNLNEKNIGSLLIKYDRLKLSVEGKYLKNFCTVEMAFQESTISLIVKSSNKKLEKLQLMISANKMSFGIDHYGTPYAIETEYDYAPNSLIIKINSSFKQLSKFALRFQPKQITLELNEFYQKVDYLFTQHHVKLISKNNFLPIQNLLFEVLIENPNNAMWKLTVDTFDTVSK+KFTNDKLSFENRNNYFRVRSLEMEANVKIEKEFTGYTGLLVMNKQQILKIQMANKQQLYFVKLETYLGEHLVASY VPLKEMIISFKFKENFLNIIQKFQETVKGSSKTFIFNFTIESSHAYLYSFDNSATL VSDSSYSLRTISEYNTKKVEFRGELSRTKLFCHLRLKYSEFALRLIRTNNDKINIELQAPYNKIMMTLEKEKNKYSTILQFNNKEILVIRTKQNSNIETSVEHESTVEFYGRQVWNYKFKTDYKRYEMKMTAPTTFDMIITNDWNKNEKTKLGFWVKYLLNGKSTECGAGLNFLLTSQSSS EVNLENQYHIIRLMKTIEMTKNKQITTELINKNTKESWIVIFTTVKDKTIELEWKTPTSNRKIKYNEIVINNVKTSIDLDIVDSLKLTLKTDETDPKIWTGSLSLFKVRIAEIETGKDYVQATINKDGTENNRIFLKWTTSSEGEWKKDYIRTRQVTIVQKSLNINVDIVQKTVMKTSVYSTMTTMKYQLIDKSMKTLKIGASIDFSEKNKIVIDLPNPYMPIKTILIRSQPNQSQLTYQMETYLNEDSKVHGYFTIKTGSNPGVMTRLYYNPEDESEFFHLHSKYIDDRQMETIVYKNIDETKTTYFQVLFRLLNEHHIESTFAIKLDTIST IKAIRQIKYIAQSKFSDLVINEIKWIALETNNRYNQLKDKIPNFTTMQNQMVLFLRTIKIEMNSFSKELSEIIAKNEFFIQTISEKVYKCLSVR FLYKFASKVVYVVERALKTVFKILKSKIQDIFM NCQLYYFSSGIVSWITGPITSLTKAFFKNYFPLAQKYFVNNLEKIKISLDQTLNMIFSTYVQIQKFIKLSILNHTFKIVEKTIEIAKSTLQIIMSGSLDFLKHENELKNLYKNLISCLEKFSKAILNKIDNLMNQVDSNLNNVIG+KFFYIITKSVSTVSSYVIDQMKDEENQKIITSFVYYSIASPLNDWMHKIQIFTMDSINPYSFVIYERKNKQLLNENEFSITV+MTSPIPFNDFKSLPDFGYVRRKIHKIQAAINLIKQTIKNQLANGCRYFELRSWFTLYFPQTPFTSILPEFETYATISKRSVMTFDKASFTLSPDSCRVLLSKDLKFKKWEIIMNQQNNKQMFTINIGSNTFELSASNYKVNLNGKPSDLPIQIGSTSLVGLGRMMKLKDDKLGLTITIDPVNEMFTVGISGWYHGKVRGLFGNSDNE FNDFMLDNGKIVSNEVFMKEISYKSQSCKVVSDEEQTVVKPIKGCPFIRRMVCKFLFKCPFSPLAACFNKVNPKKFHKLCVHSTEEVLTKLDPSICKAARQYQAQCQKAGVNIQVPPPCKKCDMPNDKPLSINEFRNVKIKEKVSDIVFIVDEGTCLNSLYDKLPILVTRLDKGMKTKGINSVHYGLVTYVDDNNNQANFHTVGQKLLGSSQEMITSLKTLKSSNGKFKDFTGAITTAANYPFREHASRHLIIISCTSTKEYPNVLHNLVDKLTKKAIQVSLLTDFSFKLKDSNKQSIIFGVDSQNTYTALSRNGDKNFTSRPESDFLYQLTMKMKGVVFDNKYLSASQELTRIRFVSSFANQISLRATPAKSSRCVCVDDGDYNCTPLDTHTIFPVKRA
Sbjct: 1 MTFSTNTLGKYELISEYKLLSNAEIEISNQINTPTTNRKAYIQINLKNSDSDQSLIGLVEIVGQTYQLSLSRQNRHLQIKINSPFEHLKKFELSMKDKSNFYEIEGFYNHYQMKTIVSQNQEISSLIIQSNTDYFKVISLSIENSMADNLEKSIKIKIKMDEKYFKTDFKINCNKRSLEFNSENDLINYLPKSFSGKVQLSLAPIDIAMELKINDNTPVNFIFHRDQFLISFKRNSKSKISIEISKKIKNQLDAKFQLDNDEYSMRTVVDNSREKLTFSINALKNKVNKLIEFNSEIGKRNGNLEMEIEYLSNTVFKFKFTNENLPDRKLSIEMRLFSFNGVTDLIVQRKPSETNLKFSWNLLYNEQQLHIGSIIYGIKSSTPINYLAILNLQKVSYEIQLIQSENGEFQFKISSPIKILDFEAKYQLEKKLNSYKMWLTWRNNLIGEYSIKSRIQFNQDPEIKFLFSSFRPIVQFKWAMKTSVANEISINTELGLLDWEKLSFDFQLSTKQLIKLIAVLKTPFKPIKNIQITKNIKFISFFDHKYETIIIYNGITNIKYIGSHEVKFSEKIFKFQGGFHNDNTKLIAVNISHTGNHKEMDHSVIWHVRNQKFGWKFNGGFRPLFEGKSEIYTPFHETGKIVLLGKHMGQGIMLEAGDRNQRIGSFEYMNEKDVQMMKITPPKNYGKPLTVKYSSKRLRRSVGNEMETDVTYGVEKLLEWASKFEMTSDEYNALINFKMPKFTEKAAELSLKHNYRDKTWNFDHQLTIKDQESKVYRLFGKLFMESLRNLKVSMNAEHPTFGSMHMSIGHSWTPNQYGHHFVMKSNDKTWITHSGNVKYNFDESSFSTEWKTGMNSKHYTVKASHSGIWKKFLQSLIMEYNDIPHLIFKSEVIPNEQSEVEINFPQLNSMKWKMIINNNKNKIDLICELKSDKYVLEVTGTLKHFEIQLNLNEKNIGSLLIKYDRLKLSVEGKYLKNFCTVEMAFQESTISLIVKSSNKKLEKLQLMISANKMSFGIDHYGTPYAIETEYDYAPNSLIIKINSSFKQLSKFALRFQPKQITLELNEFYQKVDYLFTQHHVKLISKNNFLPIQNLLFEVLIENPNNAMWKLTVDTFDTVSKIKFTNDKLSFENRNNYFRVRSLEMEANVKIEKEFTGYTGLLVMNKQQILKIQMANKQQLYFVKLETYLGEHLVASYKVPLKEMIISFKFKENFLNIIQKFQETVKGSSKTFIFNFTIESSHAYLYSFDNSATLTVSDSSYSLRTISEYNTKKVEFRGELSRTKLFCHLRLKYSEFALRLIRTNNDKINIELQAPYNKIMMTLEKEKNKYSTILQFNNKEILVIRTKQNSNIETSVEHESTVEFYGRQVWNYKFKTDYKRYEMKMTAPTTFDMIITNDWNKNEKTKLGFWVKYLLNGKSTECGAGLNFLLTSQSSSAEVNLENQYHIIRLMKTIEMTKNKQITTELINKNTKESWIVIFTTVKDKTIELEWKTPTSNRKIKYNEIVINNVKTSIDLDIVDSLKLTLKTDETDPKIWTGSLSLFKVRIAEIETGKDYVQATINKDGTENNRIFLKWTTSSEGEWKKDYIRTRQVTIVQKSLNINVDIVQKTVMKTSVYSTMTTMKYQLIDKSMKTLKIGASIDFSEKNKIVIDLPNPYMPIKTILIRSQPNQSQLTYQMETYLNEDSKVHGYFTIKTGSNPGVMTRLYYNPEDESEFFHLHSKYIDDRQMETIVYKNIDETKTTYFQVLFRLLNEHHIESTFAIKLDTISTAIKAIRQIKYIAQSKFSDLVINEIKWIALETNNRYNQLKDKIPNFTTMQNQMVLFLRTIKIEMNSFSKELSEIIAKNEFFIQTISEKVYKCLSVRFFLYKFASKVVYVVERALKTVFKILKSKIQDIFMFNCQLYYFSSGIVSWITGPITSLTKAFFKNYFPLAQKYFVNNLEKIKISLDQTLNMIFSTYVQIQKFIKLSILNHTFKIVEKTIEIAKSTLQIIMSGSLDFLKHENELKNLYKNLISCLEKFSKAILNKIDNLMNQVDSNLNNVIGAKFFYIITKSVSTVSSYVIDQMKDEENQKIITSFVYYSIASPLNDWMHKIQIFTMDSINPYSFVIYERKNKQLLNENEFSITVRMTSPIPFNDFKSLPDFGYVRRKIHKIQAAINLIKQTIKNQLANGCRYFELRSWFTLYFPQTPFTSILPEFETYATISKRSVMTFDKASFTLSPDSCRVLLSKDLKFKKWEIIMNQQNNKQMFTINIGSNTFELSASNYKVNLNGKPSDLPIQIGSTSLVGLGRMMKLKDDKLGLTITIDPVNEMFTVGISGWYHGKVRGLFGNSDNEPFNDFMLDNGKIVSNEVFMKEISYKSQSCKVVSDEEQTVVKPIKGCPFIRRMVCKFLFKCPFSPLAACFNKVNPKKFHKLCVHSTEEVLTKLDPSICKAARQYQAQCQKAGVNIQVPPPCKKCDMPNDKPLSINEFRNVKIKEKVSDIVFIVDEGTCLNSLYDKLPILVTRLDKGMKTKGINSVHYGLVTYVDDNNNQANFHTVGQKLLGSSQEMITSLKTLKSSNGKFKDFTGAITTAANYPFREHASRHLIIISCTSTKEYPNVLHNLVDKLTKKAIQVSLLTDFSFKLKDSNKQSIIFGVDSQNTYTALSRNGDKNFTSRPESDFLYQLTMKMKGVVFDNKYLSASQELTRIRFVSSFANQISLRATPAKSSRCVCVDDGDYNCTPLDTHTIFPVKRA 2736
BLAST of Vitellogenin domain-containing protein vs. Planmine SMEST
Match: SMESG000037977.1 (SMESG000037977.1) HSP 1 Score: 3851.21 bits (9986), Expect = 0.000e+0 Identity = 1901/1905 (99.79%), Postives = 1903/1905 (99.90%), Query Frame = 2
Query: 53 MNLFGTAFLLVLLSIITNAARTPQFINPCSMKCSFEEDRIFKPGQKYVYSYEGESNIKTTKGSYETTGVKIKSKVTITGLSNCEMKLSLSDVQIFDKTSSDGNQFKESPNSYKFKSALEMNDIFFTKESNEVKSVCMDGEEPVWSGNIKKAILDSLANQGIQTKPDSYKKTSHGKCFITSSEKSPKEETNPNSVNFQYDLQTCDNKMISNSLFGDITRSVIFKTSQVSCKYLYKDQSNLVSIRCREEYKTATIKTNENQMVVEITTNIYKENQLPSPDRTFTNKNMFETGXXXXXXXXXXXXSPYSAAKTTLKDICVQYKSSESSKIPKLFMELVNHLKRLNSKEFKELYLELQKSDICPEKTTEIKSIFYDASGFVNTRSSISVMVDLIKTSRISLFDQNIWLTSLSFMQEVPSIETLKELETIISVANPSTPLFLSLGSLTHLYCKEEPESCQNDPIIASIVSAFLHNLNGDCSIPKDATDDYVTKIQISLKGLGNLKYYPATVINTLNKCITKDTNKLSIRISALEVMKHMDCKQDRSSALSILLNNENDSELRINAYLTVMGCSDINTLFKVREILSKEKVNQVGSFIWTHLTNIKESNDQLKENIRDLLDDVDLKKEFDISKLKFSRNIEKTFLTNNYGVNFDSNVIFSEKSFVPRSVSLNTTASIFSKSTNFLEMSARLEGLEDLLFKIFGPEGYLKKEKGAQENLELINILNEMSGSVNIKLFGNQVSFIELIRGTLSSVKKYNIIEEIMYWSQDKSLDFNKNLQLVDKTVVIPTLLGFPLKFKLQGSAAINIKIKSKFDVAGLVSWPISVNIDNYISPNINAELHTEIVYQTPFTNYGMRMKLKSGTNTEFKATIFTNKNEELSVKFDSPKTTQNIFSVEGNAYVIHRDKEIIQLQDKLKEIKMCTSEMTVRILGIRVCGEAKVLDPSTRKDALLFGPFAANVFIEKIDTQTEYILLATSKTSAFISQTGKVYSNRHIKFEFNTPNSKFYNRRFYGEILMDFKQKEFKLELVTPWTDALVAARLKLTDGETKIAFNFKANKQNIIDISAEHLIFSSPKRTNTKGGISIQILNLTPIRKRWNLELTDDAYSFTFVSKGLLKEETHLKIKVLRKNPMKNLSAFNTYEISGFFNTYFGYGKISGRTSENYFGHRWDIKISHKNKQRKEYQIIFRHKVEDKSSKNLNKYILTTTFNYGEKAENFVTFKTENELSDKHIRTSMKASYGGKETPNNKAYEEEMSMKLYGGYTWKSDDIYYAEGSLSFKLPSKNLNYEGRYISEIGKRVFKLSLDFDKDQQSKINLKINYLQPKLYLKDTDFSVLFSLPYHNFDLKWKLMEIDVNKYTYTLDGKYNTYDMKIDGVHTQISRLDHDSYVSIKMPRIQGLPTDVKGKLRVNLVDMAKAKIKGGIEIPNTDYKYSFDSEFSYIPNNLLEISKSEISSVLTYNIEVSSKQRLMKSKFIFTCNPEEFRTLFNVDLNGNSNSDNKIEFDIQALQKNPVYKQFESVARLALQYPGNRHSIGFKSDFKYSEMVAQIDLIWNKNQRISITSTYQLDNSWTQKGLAASLTVKTPFIGYEQIHFGMTAVGQLRYRKVNFECKWADNKKLIFDIVIQPKSSSDFSLNAKLTSPFKGFNLVTFQAKHLQTSNSINTQCVVEIGPVKRYQIKFETINNSEDKNRDFLSNILIESGIYPAFKMSLLHKDDSVHYKSQFDVLWMKTQSINVKSDISFNLEDYEFTTKGNVELFSTIKEAKQMKMVWSLENRDSQFLHNVQMFHNNKNLFQTTIKGFYETEDNKIKIEFNGVASVMNGRSMKIANILIYSPLSIQNQFSVSQETNIIYSHNFNMNXXXXXXXXXIPNIQTKKVEFEYKIDRKQEEAESQIFVKINEKHLFHIEMEEKYQRV 5767
MNLFGTAFLLVLLSIITNAARTPQFINPCSMKCSFEEDRIFKPGQKYVYSYEGESNIKTTKGSYETTGVKIKSKVTITGLSNCEMKLSLSDVQIFDKTSSDGNQFKESPNSYKFKSALEMNDIFFTKESNEVKSVCMDGEEPVWSGNIKKAILDSLANQGIQTKPDSYKKTSHGKCFITSSEKSPKEETNPNSVNFQYDLQTCDNKMISNSLFGDITRSVIFKTSQVSCKYLYKDQSNLVSIRCREEYKTATIKTNENQMVVEITTNIYKENQLPSPDRTFTNKNMFETGIEQAEDEIEAEESPYSAAKTTLKDICVQYKSSESSKIPKLFMELVNHLKRLNSKEFKELYLELQKSDICPEKTTEIKSIFYDASGFVNTRSSISVMVDLIKTSRISLFDQNIWLTSLSFMQEVPSIETLKELETIISVANPSTPLFLSLGSLTHLYCKEEPESCQNDPIIASIVSAFLHNLNGDCSIPKDATDDYVTKIQISLKGLGNLKYYPATVINTLNKCITKDTNKLSIRISALEVMKHMDCKQDRSSALSILLNNENDSELRINAYLTVMGCSDINTLFKVREILSKEKVNQVGSFIWTHLTNIKESNDQLKENIRDLLDDVDLKKEFDISKLKFSRNIEKTFLTNNYGVNFDSNVIFSEKSFVPRSVSLNTTASIFSKSTNFLEMSARLEGLEDLLFKIFGPEGYLKKEKGAQENLELINILNEMSGSVNIKLFGNQVSFIELIRGTLSSVKKYNIIEEIMYWSQDKSLDFNKNLQLVDKTVVIPTLLGFPLKFKLQGSAAINIKIKSKFDVAGLVSWPIS+NIDNYISPNINAELHTEIVYQTPFTNYGMRMKLKSGTNTEFKATIFTNKNEELSVKFDSPKTTQNIFSVEGNAYVIHRDKEIIQLQDKLKEIKMCTSEMTVRILGIRVCGEAKVLDPSTRKDALLFGPFAANVFIEKIDTQTEYILLATSKTSAFISQTGKVYSNRHIKFEFNTPNSKFYNRRFYGEILMDFKQKEFKLELVTPWTDALVAARLKLTD ETKIAFNFKANKQNIIDISAEHLIFSSPKRTNTKGGISIQILNLTPIRKRWNLELTDDAYSFTFVSKGLLKEETHLKIKVLRKNPMKNLSAFNTYEISGFFNTYFGYGKISGRTSENYFGHRWDIKISHKNKQRKEYQIIFRHKVEDKSSKNLNKYILTTTFNYGEKAENFVTFKTENELSDKHIRTSMKASYGGKETPNNKAYEEEMSMKLYGGYTWKSDDIYYAEGSLSFKLPSKNLNYEGRYISEIGKRVFKLSLDFDKDQQSKINLKINYLQPKLYLKDTDFSVLFSLPYHNFDLKWKLMEIDVNKYTYTLDGKYNTYDMKIDGVHTQISRLDHDSYVSIKMPRIQGLPTDVKGKLRVNLVDMAKAKIKGGIEIPNTDYKYSFDSEFSYIPNNLLEISKSEISSVLTYNIEVSSKQRLMKSKFIFTCNPEEFRTLFNVDLNGNSNSDNKIEFDIQALQKNPVYKQFESVARLALQYPGNRHSIGFKSDFKYSEMVAQIDLIWNKNQRISITSTYQLDNSWTQKGLAASLTVKTPFIGYEQIHFGMTAVGQLRYRKVNFECKWADNKKLIFDIVIQPKSSSDFSLNAKLTSPFKGFNLVTFQAKHLQTSNSINTQCVVEIGPVKRYQIKFE INNSEDKNRDFLSNILIESGIYPAFKMSLLHKDDSVHYKSQFDVLWMKTQSINVKSDISFNLEDYEFTTKGNVELFSTIKEAKQMKMVWSLENRDSQFLHNVQMFHNNKNLFQTTIKGFYETEDNKIKIEFNGVASVMNGRSMKIANILIYSPLSIQNQFSVSQETNIIYSHNFN+NSKSLKLKLLIPNIQTKKVEFEYKIDRKQEEAESQIFVKINEKHLFHIEMEEKYQRV
Sbjct: 1 MNLFGTAFLLVLLSIITNAARTPQFINPCSMKCSFEEDRIFKPGQKYVYSYEGESNIKTTKGSYETTGVKIKSKVTITGLSNCEMKLSLSDVQIFDKTSSDGNQFKESPNSYKFKSALEMNDIFFTKESNEVKSVCMDGEEPVWSGNIKKAILDSLANQGIQTKPDSYKKTSHGKCFITSSEKSPKEETNPNSVNFQYDLQTCDNKMISNSLFGDITRSVIFKTSQVSCKYLYKDQSNLVSIRCREEYKTATIKTNENQMVVEITTNIYKENQLPSPDRTFTNKNMFETGIEQAEDEIEAEESPYSAAKTTLKDICVQYKSSESSKIPKLFMELVNHLKRLNSKEFKELYLELQKSDICPEKTTEIKSIFYDASGFVNTRSSISVMVDLIKTSRISLFDQNIWLTSLSFMQEVPSIETLKELETIISVANPSTPLFLSLGSLTHLYCKEEPESCQNDPIIASIVSAFLHNLNGDCSIPKDATDDYVTKIQISLKGLGNLKYYPATVINTLNKCITKDTNKLSIRISALEVMKHMDCKQDRSSALSILLNNENDSELRINAYLTVMGCSDINTLFKVREILSKEKVNQVGSFIWTHLTNIKESNDQLKENIRDLLDDVDLKKEFDISKLKFSRNIEKTFLTNNYGVNFDSNVIFSEKSFVPRSVSLNTTASIFSKSTNFLEMSARLEGLEDLLFKIFGPEGYLKKEKGAQENLELINILNEMSGSVNIKLFGNQVSFIELIRGTLSSVKKYNIIEEIMYWSQDKSLDFNKNLQLVDKTVVIPTLLGFPLKFKLQGSAAINIKIKSKFDVAGLVSWPISMNIDNYISPNINAELHTEIVYQTPFTNYGMRMKLKSGTNTEFKATIFTNKNEELSVKFDSPKTTQNIFSVEGNAYVIHRDKEIIQLQDKLKEIKMCTSEMTVRILGIRVCGEAKVLDPSTRKDALLFGPFAANVFIEKIDTQTEYILLATSKTSAFISQTGKVYSNRHIKFEFNTPNSKFYNRRFYGEILMDFKQKEFKLELVTPWTDALVAARLKLTDSETKIAFNFKANKQNIIDISAEHLIFSSPKRTNTKGGISIQILNLTPIRKRWNLELTDDAYSFTFVSKGLLKEETHLKIKVLRKNPMKNLSAFNTYEISGFFNTYFGYGKISGRTSENYFGHRWDIKISHKNKQRKEYQIIFRHKVEDKSSKNLNKYILTTTFNYGEKAENFVTFKTENELSDKHIRTSMKASYGGKETPNNKAYEEEMSMKLYGGYTWKSDDIYYAEGSLSFKLPSKNLNYEGRYISEIGKRVFKLSLDFDKDQQSKINLKINYLQPKLYLKDTDFSVLFSLPYHNFDLKWKLMEIDVNKYTYTLDGKYNTYDMKIDGVHTQISRLDHDSYVSIKMPRIQGLPTDVKGKLRVNLVDMAKAKIKGGIEIPNTDYKYSFDSEFSYIPNNLLEISKSEISSVLTYNIEVSSKQRLMKSKFIFTCNPEEFRTLFNVDLNGNSNSDNKIEFDIQALQKNPVYKQFESVARLALQYPGNRHSIGFKSDFKYSEMVAQIDLIWNKNQRISITSTYQLDNSWTQKGLAASLTVKTPFIGYEQIHFGMTAVGQLRYRKVNFECKWADNKKLIFDIVIQPKSSSDFSLNAKLTSPFKGFNLVTFQAKHLQTSNSINTQCVVEIGPVKRYQIKFEAINNSEDKNRDFLSNILIESGIYPAFKMSLLHKDDSVHYKSQFDVLWMKTQSINVKSDISFNLEDYEFTTKGNVELFSTIKEAKQMKMVWSLENRDSQFLHNVQMFHNNKNLFQTTIKGFYETEDNKIKIEFNGVASVMNGRSMKIANILIYSPLSIQNQFSVSQETNIIYSHNFNINSKSLKLKLLIPNIQTKKVEFEYKIDRKQEEAESQIFVKINEKHLFHIEMEEKYQRV 1905
BLAST of Vitellogenin domain-containing protein vs. Planmine SMEST
Match: SMESG000073666.1 (SMESG000073666.1) HSP 1 Score: 138.272 bits (347), Expect = 1.700e-31 Identity = 148/644 (22.98%), Postives = 294/644 (45.65%), Query Frame = 2
Query: 989 KDICVQYK-SSESSKIPKLFMELVNHLKRLNSKEFKELYLELQKSDICPEKTTEIKSIFYDASGFVNTRSSISVMVDLIKTSRISLFDQNIWLTSLSFMQEV-PSIETLKELETIISVANPSTPLFLSLGSLTHLYCKEEPESCQNDPIIASIVSAFLHNLNGDCSIPKDATDDYVTKIQISLKGLGNLKYYPATVINTLNKCITKDTNKLSIRISALEVMKHMDCKQDRSSALSILLNNEND-SELRINAYLTVMGCSDINTLFKVREILSKEKVNQVGSFIWTHLTNIKESNDQLKENIRDLLDDV-----DLKKEFDISKLKFSRNIEKTFLTNNYGVNFDSNVIFSEKSFVPRSVSLNTTASIFSKSTNFLEMSARLEGLEDLLFKIFGPEGYLKKEKGAQENLELINILNEMSG-----SVNIKLFGNQVSFIELIRGTLSSVKKYNIIEEIMYWSQDKSLDFNKNLQLVDKTVVIPTLLGFPLKFKLQGSAAINIKIKSKFDVAGLVSWPISVNIDNYISPNINAELH-----TEIVYQTPFT-----NYGMRMKLKSGTNTEFKATIFTNKNEELSVKFDSPKTTQNIFSVEGNAYVIHRDKEIIQLQDKLKE-IKMCTSEMTVRILGIRVCGEAKV 2848
K +C+ K ++ +S+ +LF++ + L ++ K KE+ + C +++K++ DA + LI+ S + QN +SF + P+I +K I L+L S+ +C + P C +P I ++ + ++ C + ++ V +L GN Y +I L C++ ++ ++I A+E ++ C D + L + ++ + SE+RI AYL+++ C T K+ + L++E Q+GSF+W+H++N+ E++D+ K +RDLL DL ++F++ +S+NIEKTF V D+N++FS + N + IF +S N LE R +G+ + LF F P K K A ++ + +E G V ++ G ++ + + L+ +I+ M + DKS L+D V + T+ GFP++ ++ + ++++ + + I++++ N ++ + +L T++ Q+ T +G ++K SG + T T+ E++ D K + ++ +IH K I + + K + CTS+ + + G ++C V
Sbjct: 323 KQLCMTLKKNNAASEKAQLFVKFIRALSDIDYKTIKEVEKYFNDNSECSPNKSKLKNLLIDALPHTKNEEAFKF---LIEDSNL----QNFQDLGISFFENTTPTI--IKLFSNKIGDPKFDNSALLTLSSMIKSFCDKTP-GCVLNPDIIYAMNKLVKHIENSCYFDNNKDNEKVLYTLRALGNSGNFHNYKL-LIKILESCVSSKVSQNDVKIFAVEALRQFPCHADIDNFLWKVYDDISYLSEVRIQAYLSLIRCPFRETFRKIIQKLNQEDNQQLGSFVWSHISNLMETSDRFKTELRDLLQIFTKPMNDLTRKFNLDFRSYSKNIEKTFQRGYSAVKLDTNILFSNSPIPSSIST-NVSVDIFGRSVNILEFGIRGKGISEKLFGRFYP----KPHKNAHPDIVKMQKKSENKGEKLSLGVYSRIMGREIFYSPNVLSALT----MSILNPNMKFYVDKS------FLLLDVIVSVSTITGFPIELTIESALSVDLSSNNMIKLGD-----INLSLQNNVALQVIGKLQINAHCTKVGIQSYGTVSSDAEFGGKLKTISGLKKD-DGTSLTDYQFEINKIPDDKK----LLAISNELSLIHNLK-IEEAKPKYSALLNKCTSDAFLELRGFKLCALVSV 929 HSP 2 Score: 86.6557 bits (213), Expect = 7.475e-16 Identity = 163/707 (23.06%), Postives = 304/707 (43.00%), Query Frame = 2
Query: 15233 EIAKSTLQIIMSGSLDFLKHENELKNLYKN-----LISCLEKFSKAILNKIDNLMNQVDSNLNNVIGSKFFYIITKSVSTVSSYVIDQMKD-EENQKIITSF-----VYYSIASPLNDWMHKIQ-IFTMDSINPYSFVIYERKNKQLLNENEFSITVKM-TSPIPFNDFKSLPDFGYVRRKIHKIQAAINLIKQTIKNQLANGCRYFELRSWFTLYFPQTPFTSI---LPEF-ETYATISKRSVMTFDKASFTLSPDSCRVLLSKDLKFKKWEIIMN--QQNNKQMFTINIGSNTFELSASNYKVNLNGK-----PSDLPIQIGSTSLVGLGRMMKLKDDKLGLTITIDPVNEMFTVGIS--GWYHGKVRGLFGNSDNEQFNDFMLDNGKIVSNEVFMKEISYKSQSCKVVSDEEQTVVKPIKGCPFIRRMVCKFLFKC-PFSPLAACFNKVNPKKFHKLCVHSTEEVLTK----LDPSICKAARQYQAQCQKAGVNIQVPPPCKKCDMPN-DKPLSINEFRNVKIKEKVSDIVFIVDEGTCLNSLYDKLPILVTRLDK--GMKTKGINSVHYGLVTY-VDDNNNQANFHTVGQKLLGSSQEMITSLK--------TLKSSNGKFKDFTGAITTAANYPFREHASRHLIIISCTSTKEYPNVLHNLVDKLTKKA-IQVSLLTDFSFKLKDSNKQSIIFGVDSQNTYT 17221
E AK TL +S SL +N LKN+Y N L S + +LN ++ +M Q D II + + Y D +KD EE +I SF Y+ ++ + + + I+ I ++ + ++ + K +N +E SI KM P+ FK L F Q + K I ++L F + + F S+ LP F +T + S++TFD + + C LL++D K + ++MN +NNK + ++ + + ++ +V+++GK P+ + + ++ ++K+K + I I NE ++ I G++HG ++GL G++D E+ ND G I + + KS S + +T + IK + C+ F S L CF+ +NP+ + LC H T + K +C +R Y +C+ G+ I++ C C N +K +S +E + K +FI+++ C+ S +L+ L K G+K++ I + L+++ D + +F T+ K+ + E++ L+ T K + K + AI + +++++C++ E+ ++L+ L A I +S LT +F + S + G+ ++ YT
Sbjct: 3072 EKAKKTL--FLSNSL-----KNALKNVYSNSLIMDLFSIMADLKTEVLNILEKIM-QTD-------------IIKQRIK----YYQDAIKDSEETINLILSFKNKVLEYFKTSNAVTNILKTIEFIRSLKYKEAFLNLVKLEETKLQMNLDEASIEFKMYVPPVSMTYFKILKTF----TNWLPSQTFYKVAKLRISDKL---LELFYRYEYIMFNYGSYNFESLRKLLPPFSKTAWVLDGNSILTFDGNAIKIGSGQCSYLLARDFKKGSFSLVMNVDSKNNKIEYELSYINKI--VIRNDGRVSVDGKIVNILPAVFKDEKRNFAIYRNDDLVKIKTSE---GIVIKYFNEFKSLKIMAIGFWHGSIKGLLGSNDFEKSNDLSTPTGLITHDAGVLS----KSWSLGKCDAKTKTGLYSIK-ISTSQLQECENTFHPDSLSYLKRCFSLINPEPYFALC-HRTLQYGPKSKSEFKELLCSLSRNYVMRCKSKGILIRLDKTCVNCGKINLNKKISDHELQ----KNSKFHYIFIIEQSKCIES----YRVLIENLAKMMGLKSENI----FTLLSFNGKDVYKEVHFKTINNKMYVNYDEIMKLLQEAFSPEQLTSKMTEKKITEPGQAIYDVIKMSSVPGFTEKIVLLTCSACSEHQKYGYSLLAGLLNNAGISISYLTTETF----TGGNSDVVGIANKMVYT 3719 The following BLAST results are available for this feature:
BLAST of Vitellogenin domain-containing protein vs. Ensembl Human
Analysis Date: 2016-08-08 (Schmidtea mediterranea smed_20140614 BLASTX Human e!99) Total hits: 3
BLAST of Vitellogenin domain-containing protein vs. Ensembl Celegans
Analysis Date: 2020-05-01 (Schmidtea mediterranea smed_20140614 BLASTX Celegan e!99) Total hits: 0
BLAST of Vitellogenin domain-containing protein vs. Ensembl Fly
Analysis Date: 2020-05-01 (Schmidtea mediterranea smed_20140614 BLASTX Drosophila e!99) Total hits: 5
BLAST of Vitellogenin domain-containing protein vs. Ensembl Zebrafish
Analysis Date: 2016-08-08 (Schmidtea mediterranea smed_20140614 BLASTX Zebrafish e!99) Total hits: 5
BLAST of Vitellogenin domain-containing protein vs. Ensembl Xenopus
Analysis Date: 2020-05-01 (Schmidtea mediterranea smed_20140614 BLASTX Xenopus e!99) Total hits: 5
BLAST of Vitellogenin domain-containing protein vs. Ensembl Mouse
Analysis Date: 2020-05-01 (Schmidtea mediterranea smed_20140614 BLASTX Mouse e!99) Total hits: 2
BLAST of Vitellogenin domain-containing protein vs. UniProt/SwissProt
Analysis Date: 2020-05-01 (Schmidtea mediterranea smed_20140614 BLASTX EMBL-EBI UniProt) Total hits: 5
BLAST of Vitellogenin domain-containing protein vs. TrEMBL
Analysis Date: 2020-05-01 (Schmidtea mediterranea smed_20140614 BLASTX EMBL-EBI TrEMBL) Total hits: 5
BLAST of Vitellogenin domain-containing protein vs. Ensembl Cavefish
Analysis Date: 2020-05-08 (Schmidtea mediterranea smed_20140614 BLASTX Cavefish e!99) Total hits: 5
BLAST of Vitellogenin domain-containing protein vs. Ensembl Sea Lamprey
Analysis Date: 2020-05-08 (Schmidtea mediterranea smed_20140614 BLASTX Sea Lamprey e!99) Total hits: 0
BLAST of Vitellogenin domain-containing protein vs. Ensembl Yeast
Analysis Date: 2020-05-08 (Schmidtea mediterranea smed_20140614 BLASTX Yeast e!Fungi46) Total hits: 0
BLAST of Vitellogenin domain-containing protein vs. Ensembl Nematostella
Analysis Date: 2020-05-08 (Schmidtea mediterranea smed_20140614 BLASTX Nematostella e!Metazoa46) Total hits: 1
BLAST of Vitellogenin domain-containing protein vs. Ensembl Medaka
Analysis Date: 2020-05-08 (Schmidtea mediterranea smed_20140614 BLASTX Medaka e!99) Total hits: 5
BLAST of Vitellogenin domain-containing protein vs. Planmine SMEST
Analysis Date: 2020-05-08 (Schmidtea mediterranea smed_20140614 BLASTX Planmine SMEST) Total hits: 4
Analyses
This transcript is derived from or has results from the following analyses Sequences
The following sequences are available for this feature:
transcript sequence >SMED30020296 ID=SMED30020296|Name=Vitellogenin domain-containing protein|organism=Schmidtea mediterranea sexual|type=transcript|length=17504bpback to top protein sequence of SMED30020296-orf-1 >SMED30020296-orf-1 ID=SMED30020296-orf-1|Name=SMED30020296-orf-1|organism=Schmidtea mediterranea sexual|type=polypeptide|length=5815bp MNLFGTAFLLVLLSIITNAARTPQFINPCSMKCSFEEDRIFKPGQKYVYSback to top Annotated Terms
The following terms have been associated with this transcript:
InterPro
Analysis Name: Schmidtea mediteranean smed_20140614 Interproscan
Date Performed: 2020-05-01
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