Ggra9818.t1 (polypeptide) Gracilaria gracilis GNS1m male
Overview
Homology
BLAST of Ggra9818.t1 vs. uniprot
Match: A0A2V3IS87 (Uncharacterized protein n=2 Tax=Gracilariopsis chorda TaxID=448386 RepID=A0A2V3IS87_9FLOR) HSP 1 Score: 1844 bits (4776), Expect = 0.000e+0 Identity = 941/1792 (52.51%), Postives = 1247/1792 (69.59%), Query Frame = 0 Query: 40 SPTLYDEEAPKLSKAPSYQAFSHRALAMRLKTATATGQLGTSAPESNPADFSLLWMLLTTIPSTILSLQLVWSSVVILISYYLAPEDGDSLS---VRFWSSRLAVSSSVSYAVGWALFVLLGFFIREASNRYWEAQLGWTHMAAYLRYVLRDLRQGFPAGSWHPGDLDRIVAHLIAFPIALKMELRGEREHKQLEGILCDADIDDVLCAQSMHLHCTRVVRAYFSAAQDDSLISFQSVAMKSTPAGRGTQHLIMNNVDAADSEAGTLTTISSFSPAVGYVNHMRIFLYIWMFFLPLAVVETSGWFTPLWTVLITYGVAMLFTIARALNDPFGYDLQDIKLNRLAAETALQLLNSFSVEKLAYTSVIDPHHDTPAWLEQPLPKMSTSKQKEKKRSYVQSVLSMLRFLRITKNIALALVLLLLWATFIVFFTWSITRDDDNTSCRWWCVYIPVGGSTDSYVSLGIFLVLGFWLNDAYKRYSRGLEIWQTKLKPAIEEAAFRYAMSCSPGTWHRRDRERLFSHFAALPYAAKQLLRDTRDTSELHSILSAEDVIAFDESENLFEHAMDVLYGYNNSLDCGDDETCQLSASPMRGAGETVAYTLRKIEIAVHECVAMHTFPISQSFTVHLKVFAVFWLALLPLALVEFNGFLVFLYIIPIGFSVINLLKIGEDLSDPFGFDDYDIPLQSFCEEIKLALHEMYQNSQDGTVGFVRESSYSRDSFTPKKAGMGMSIDNVVSYTKSRWSPTTWLKLK--SRDKTASP--LTSIFFLLESVPSVRVRDIVLLILWSLIAVFSSYGISFAWGEGRRNACHGWCSPIDVELRVLGNIGFALFLILAFRASDAIGRYEAGARLIFDMKMQLRTLAIEVIQNFRAGMFHENDKERLVAHIVQIPLSFRDILQSDGGKLEEDTDGLLSTDDKEKLESSNDRISYLLQTIEAYIVLQDKKSREGHDEMGPYRCQGTIVILMLNRILTLRELIQRAFGVKRFPLVKSYTKHQHLFTVIWLMLLPLAMTPATGFFTLLWAPIISYGVTALEDIAVKLVDPYGTDAIDIPVEDICCETAGFILEAVHQADWDCHPFIRSSPPDSKAELGIILRDRMVREEYALPRLEC--DTSRFGEEPLSHFDKLEELWSKPHLYSHLIRSVPWKTLITIICYTTLAVTLSYISRDRSED--AKWWRSRISIDTSVATYVSFAAFLLLGFYVHAAFDRFKDAGYIWVDMLHSSCHSLAVQFLTLFEDGAIHAGDHNRIISHIAAIPLVLKSEMRNSRDIREVKGLLSQEDLAHVHCAGSMSRYCVEVIKTYQLVAASRPEYATEKITYGKRFIAMKREMELLEKSVQQSEFLSTFPIAPGFLILLNALLAIWFLILPFALAEISGWFTILWVFIIGYGVLGMYTVASEIQHPFGSDMNDLDLDSFARNIVSDILFIRKNYRSDGHGLNHASPVRSFWTDPLSGESRQHLQKGFRARVVEKFKLAANVLSPVILIMISVWTAASITIAWIVSENFPFDGEFNEECEPWFCSRIAIDSSVEEYVGFALFLLLGFRLYDSHWRYVRATNIWQKGVISKLAVLSNRIFESYSNGLWHPEDLERIAGHLGSFPIALMGQLRGKDYREEFEKILGDEDTRKLLSTKERTSYCVDVVQNYLAEGDRISATEGAVYPAGGQEVEYMWKYLHQLKEAAFECDRMVRVPMPYGYVQHLRIFLVIWLMLLPLGLVESSGWLTXXXXXXXSYGVLGIEKWASELSDPFGYDVSDVPLDDFVEKAIKTVKSNLELYRNGVKDIVEKQRGGF 1820 SP + EAP PSY+ F H A+A+RL++A ATGQLG+ PE NPAD+S L +L TIP IL QL+WS++V L++Y LAP + S+S V FW+SRL VSSSVSY VGWALFVLLGFFIREASNRYWEAQL W + LR +R LRQ +P G+WH D+DRIVAHL+A+PIALKM +RGE+E +QL+GIL DIDDVL HLHC RVVR Y SA++DD+ SF A TPAG G ++LIM+ +DA D+ A + I++ SP+ GYVNH+ IFLYIWMFFLPLA+V++SGWFT LW VL +YGV MLFTI +AL DP+GYD+QDIKLN AA++ALQ+L++F+ + L TSV+ +HDTP WLE+P+ K K + L + R I K + L ++++++W+ F++F TW R DD T CRWWC+Y+PV S SYVSLGIFL+LGFW+N AY RY R L++WQ++++ IEE AF++A+ C PGTWH RDRERLFSH AL YAAK LR +RDTSEL+ LS +DV AFD S++ F HA DV++GY NS+DC + T Q+ A P A ++ YTL +E + EC A+H FPIS SFT HLKVF FWLALLPL+L+ F+GFL FLYIIPI +S+INL+KIG +L+DPFGFD DIPL C EIK ++H +Y ++ G +VR S+YSR+ F ++ +V +S W + S D++ P + S+ L + +PSV R ++L+I+W+++AVF SYG+SF+W + RR+ C WCSPIDVE+ VL NIGFALF+IL+FRASDAIGRYE GA L++D++M LR LAIE++QNFR G FHE DKER+VAHIVQIPL FRD L K ++ +GLLS +D+ ESS I +LLQTIE Y++LQD + R+ + +G R GT+ MLNRI R I RA GVKRFP++ SYT HQH+FTV+WL LLPLAM P+TGFFT+LWAPIIS+GV LE+IA +LVDPYG DAIDIP+E +C E A +L V +W I D+ +LG +L+ R V EY LP + ++S FG+ F + KP Y+H++ SVPW L+ + +T + +SY +R R +D A+WW+S+ S++ +VATY+SFAAF+LLGF+V +AF R+ AG +W L SSCH+LA QF LFE+G+ H GDH RII+H+AAIPLVLK+E+RNSRDIRE+KGLLS ED+A + CA SM +CV+V+++Y L + + + YG R +K E+ LEK +++S+FL +F IAPGFLILLN L +WFLILPFA+AE SGWFTILW+ II YGVLGMY++A E+Q PFG+D+NDLDLD+ A IV+D+LF++K+ + AS + FWT+ S ++ + KGF+ R+ E KLA N S +I +WTA + AW+VS FPF E E C WFCSRIA+ + V+EYVGFALFLLLGFRLY+SH R+V+ T+IW + + + +LSNR+FESY G WH +DLER A HL +F + +M +LRG+D + KIL +ED +LL ++R+ YC+DV+ YL+EGDR SA + + + + W YL L+ + + + +V +PMPYGYVQHLRIFL IWL+LLPLG VESSGWL SYG++GIEKW+SEL++PFG D+SDVPL+ V++ VK NL LY GV+ + ++R F Sbjct: 38 SPEENNIEAPP--PGPSYRLFEHHAVALRLRSAKATGQLGSGKPEPNPADYSGLIAVLQTIPYRILLFQLIWSTLVTLVAYGLAPREDISISWFSVEFWTSRLVVSSSVSYGVGWALFVLLGFFIREASNRYWEAQLNWAQLTGNLRQTVRHLRQNYPEGTWHARDIDRIVAHLVAYPIALKMVIRGEKESEQLQGILHGGDIDDVL-NYGDHLHCMRVVRTYLSASEDDAPNSFACAAAAKTPAGWGVRYLIMDVMDAVDTYANGVMKIANTSPSAGYVNHLHIFLYIWMFFLPLALVQSSGWFTILWAVLTSYGVGMLFTIGQALTDPYGYDMQDIKLNHFAADSALQVLDAFARDPLELTSVVRKNHDTPLWLEKPVGGSIEDPIKPPKGPGLLKRLIINRIANIGKGVFLYVLVVVVWSAFLLFLTWG-KRTDDGT-CRWWCIYLPVDSSITSYVSLGIFLILGFWMNVAYSRYWRALQLWQSEIRTCIEELAFQFAVMCKPGTWHDRDRERLFSHVVALCYAAKLKLRGSRDTSELNEFLSPQDVAAFDMSDDFFVHATDVVFGYINSVDCAHESTTQIPACPFSSAIYSLGYTLWALERTMQECAAIHKFPISPSFTTHLKVFTFFWLALLPLSLISFSGFLSFLYIIPISYSIINLIKIGSNLADPFGFDKEDIPLDVLCNEIKTSVHNLYHETKGGIASYVRPSTYSREMFKARQLSANPVTCDVEDLKESTSLWRRWFRKSNSSHDQSTHPTVMGSLRLLSDKIPSVSRRYMILVIVWAIMAVFLSYGLSFSWSDERRDQCLWWCSPIDVEVSVLANIGFALFMILSFRASDAIGRYEEGAMLVYDIEMNLRNLAIEIVQNFRDGFFHEKDKERIVAHIVQIPLCFRDRLLGIERKEADEKEGLLSDEDRHAFESSAYPIEHLLQTIEGYLLLQDLRVRD-YSSIGDERIAGTLTGTMLNRIAATRTTISRALGVKRFPVIASYTLHQHMFTVLWLGLLPLAMAPSTGFFTILWAPIISFGVLGLEEIAARLVDPYGNDAIDIPLEKMCTEAAAGVLGGVQSVEWGLSRHIHPMLSDNNPQLGTVLQKRSVGNEYTLPHFDDSQESSMFGDGTPVRFSGPKSSKMKPGFYAHVLGSVPWWMLLYVTVWTAIGTIISYAARKRGDDVVARWWQSKFSVNATVATYISFAAFMLLGFFVRSAFVRYISAGSVWGARLRSSCHALATQFQVLFEEGSFHDGDHRRIIAHVAAIPLVLKAELRNSRDIREIKGLLSFEDVARIQCADSMVSHCVDVLRSYFLGVVANSDQMRKPFHYGSRVAFVKYEIIELEKMIRESKFLRSFEIAPGFLILLNTFLGLWFLILPFAIAEHSGWFTILWIPIIAYGVLGMYSIAKELQFPFGTDLNDLDLDTMADEIVADLLFVQKHLTRNSEKFVRASSIEPFWTE-RSDNGQKPVNKGFKERMRENLKLALNTFSLWQTTVILIWTALCVLAAWLVSREFPFSDEIEEGCSMWFCSRIAVSAEVKEYVGFALFLLLGFRLYESHGRFVKGTSIWGE-MTGVMHLLSNRVFESYYGGEWHEQDLERFAAHLAAFAVTIMSKLRGEDCEDRLRKILSEEDCDQLLRARDRSDYCLDVLHYYLSEGDRWSAYKEKGHAGCNEHWIFFW-YLRVLRYKSVDLEEIVNIPMPYGYVQHLRIFLFIWLLLLPLGFVESSGWLAILWIGFISYGIVGIEKWSSELANPFGKDLSDVPLEQIVDEMCDVVKQNLMLYNAGVQPFIRQERNSF 1820
BLAST of Ggra9818.t1 vs. uniprot
Match: A0A2V3II06 (Uncharacterized protein n=1 Tax=Gracilariopsis chorda TaxID=448386 RepID=A0A2V3II06_9FLOR) HSP 1 Score: 1714 bits (4439), Expect = 0.000e+0 Identity = 887/1792 (49.50%), Postives = 1209/1792 (67.47%), Query Frame = 0 Query: 37 SLQSPTLYDEEAPKLSKAPSYQAFSHRALAMRLKTATATGQLGTSAPESNPADFSLLWMLLTTIPSTILSLQLVWSSVVILISYYLAPEDGDSLSVRFWSSRLAVSSSVSYAVGWALFVLLGFFIREASNRYWEAQLGWTHMAAYLRYVLRDLRQGFPAGSWHPGDLDRIVAHLIAFPIALKMELRGEREHKQLEGILCDADIDDVLCAQSMHLHCTRVVRAYFSAAQDDSLISFQSVAMKSTPAGRGTQHLIMNNVDAADSEAGTLTTISSFSPAVGYVNHMRIFLYIWMFFLPLAVVETSGWFTPLWTVLITYGVAMLFTIARALNDPFGYDLQDIKLNRLAAETALQLLNSFSVEKLAYTSVIDPHHDTPAWLEQPLPKMSTSKQKEKKRSYVQSVLSMLRFLRITKNIALALVLLLLWATFIVFFTWSITRDDDNTSCRWWCVYIPVGGSTDSYVSLGIFLVLGFWLNDAYKRYSRGLEIWQTKLKPAIEEAAFRYAMSCSPGTWHRRDRERLFSHFAALPYAAKQLLRDTRDTSELHSILSAEDVIAFDESENLFEHAMDVLYGYNNSLDCGDDETCQLSASPMRGAGETVAYTLRKIEIAVHECVAMHTFPISQSFTVHLKVFAVFWLALLPLALVEFNGFLVFLYIIPIGFSVINLLKIGEDLSDPFGFDDYDIPLQSFCEEIKLALHEMYQNSQDGTVGFVRESSYSRDSFTPKKAGMGMSIDNVVSYTKSRWSPTTWLKL--KSRDKTASPLT--SIFFLLESVPSVRVRDIVLLILWSLIAVFSSYGISFAWGEGRRNACHGWCSPIDVELRVLGNIGFALFLILAFRASDAIGRYEAGARLIFDMKMQLRTLAIEVIQNFRAGMFHENDKERLVAHIVQIPLSFRDILQSDGGKLEEDTDGLLSTDDKEKLESSNDRISYLLQTIEAYIVLQDKKSREGHDEMGPYRCQGTIVILMLNRILTLRELIQRAFGVKRFPLVKSYTKHQHLFTVIWLMLLPLAMTPATGFFTLLWAPIISYGVTALEDIAVKLVDPYGTDAIDIPVEDICCETAGFILEAVHQADWDCHPFIRSSPPDSKAELGIILRDRMVREEYALP---RLECDTSRFGEEPLSHFDKLEELWSKPHLYSHLIRSVPWKTLITIICYTTLAVTLSYISRDRSEDAKWWRSRISIDTSVATYVSFAAFLLLGFYVHAAFDRFKDAGYIWVDMLHSSCHSLAVQFLTLFEDGAIHAGDHNRIISHIAAIPLVLKSEMRNSRDIREVKGLLSQEDLAHVHCAGSMSRYCVEVIKTYQLVAASRPEYATEKITYGKRFIAMKREMELLEKSVQQSEFLSTFPIAPGFLILLNALLAIWFLILPFALAEISGWFTILWVFIIGYGVLGMYTVASEIQHPFGSDMNDLDLDSFARNIVSDILFIRKNYRSDGHGLNHASPVRSFWTDPLS-GESRQHLQKGFRARVVEKFKLAANVLSPVILIMISVWTAASITIAWIVSENFPFDGEFNEECEPWFCSRIAIDSSVEEYVGFALFLLLGFRLYDSHWRYVRATNIWQKGVISKLAVLSNRIFESYSNGLWHPEDLERIAGHLGSFPIALMGQLRGKDYREEFEKILGDEDTRKLLSTKERTSYCVDVVQNYLAEGDRISATEGAVYPAGGQEVEYMWKYLHQLKEAAFECDRMVRVPMPYGYVQHLRIFLVIWLMLLPLGLVESSGWLTXXXXXXXSYGVLGIEKWASELSDPFGYDVSDVPLDDFVEKAIKTVKSNLELYRNGVKDIVEKQRGGF 1820 S + P L+ + + Y F HRA+A+RL+ A+G+LG+ PE + D+S L L+ TIP I+ QLVWS+++ ++Y L D + SV FW SRL +S S+SY VGWALFVLLGFFIREASNRYWE Q+ W HMA YLR V+ LRQG+P G+WH GDL+RI AH+IA+PI LKM +RGERE++QL+GIL + DI D+L A SMH +C VVRAYFSAA++D+ SF+ VA + TPAG GT+ + + +D AD+ G++ I++ P++GYV H+RI LYIWM F+PLA+V SGWFT LW VLI+YG+ MLFTI +AL++PFG+D+ D+KLN LAA+TAL LL++FS EK SV+ HD P WL +P+ K+ KE S ++ S++ F +K + +LV ++LW TF+V T+ + + SCRWWC+YIP+ S +YVSLGIFLVLGFWLN AY RY L++WQ+K K +E+ AF ++M+C GTWH DRERL SH AL YAAK LR++RDT+ELH+ILS +DV AFDESE+ + HA+DV++GY NS++ +T Q+ P + + LR ++ ++ EC+++H PI +S+T+HLK+F FWLALLP++L++F GFL FLYIIPI +SVI L+ IG +L+DPFGFD DIPL FC E+K ++H++Y +S GT FV S Y+R +F + K + S W ++ +S D+ +P S+ L+ ++PSV R + L+ +WS+ A SYG S+ W E +RN C+ WCSP+DVE VL NIGFALF+IL+FRASDAIGRYE GA LIF+++M LR +AIE +QN+ FH++DKER+VAH+VQIPL FRD L D +GLLS +D++ E+S + +L+QT+EAY LQD +REGH ++ +R GT +L R+ +RE I RA GVK FP++ SYT+HQHLFTV+WL LLP AMTP TGFF AP+ISYG+ LE+IA KLVDPYG DAIDIP++ +C + + I++ V +W + + ++ +LG IL+ + EY L +LE S +PL F + KP L +HLIRSVPW L+ I +TT+A +SY++RD+S+ A+WW+S S++T+VATY+SFAAF+LLGF+V AAF R+ AG +W L S CH LAVQF TLF +G H GDH RII+H+AAIPLVLKSE+RNSRDIREVKGLLS +DL + CA SM +CV+V+++Y + + YG+R +K + +EK +++S FL TF IAPGF LLN L +WFLILPFALAE SGWFTILWV +I YGVLGM+ +A E+Q PFG+D+NDLDLD+ A +IVSD+LF++K+ + L H SP+ FW + G ++ ++K F ++++ KLA NV S V I ++ W+A + AW VS+ FPFD E EC WFCSRIA++ SV+EY+GFALFLLLGFRLY+SH RY + + + +L ++SNRIFESY G WH DL+RIA HL + PIALMGQ+R +D E +L ED K+L +R+ YC+DV+ YL EGDR SA AG E +++ Y+ ++++ + +V +PMPYGYVQHLRIFLVIWL+LLPL XXXXXXX EL++PFG DVSDVP++ FV VKSNL+++ +G+K + ++RG F Sbjct: 8 STEIPALHGDNVEAEHQTTPYSDFQHRAVALRLQNVKASGRLGSGPPEPDATDYSTLVALMQTIPYDIIGFQLVWSTLITFLAYKLNRSDVNWFSVEFWDSRLVISPSISYGVGWALFVLLGFFIREASNRYWEVQVDWEHMARYLRQVILHLRQGYPDGTWHDGDLERIAAHVIAYPIVLKMSIRGERENEQLQGILHNLDIHDILRASSMHHYCLSVVRAYFSAAEEDANHSFKHVAAEKTPAGDGTRFTLHHYLDYADAHTGSIVKIANSLPSIGYVTHLRILLYIWMLFIPLALVRNSGWFTILWAVLISYGIGMLFTIGQALSEPFGFDIHDVKLNSLAADTALNLLDAFSREKQDLKSVVKKVHDAPDWLVKPMEKLG----KESPSSKLRDCCSLIVFGCSSKKVFFSLVGVVLWTTFLVCLTYEVRNTSNAESCRWWCIYIPLDSSITAYVSLGIFLVLGFWLNVAYNRYWSALQLWQSKFKTGVEQLAFFFSMACKQGTWHDGDRERLLSHLVALCYAAKLELRESRDTTELHAILSHQDVRAFDESEDFYGHAIDVIFGYINSIERVHADTVQVPFCPFKSSKYATILVLRGLDHSMGECISIHKHPIPKSYTIHLKLFTFFWLALLPMSLIQFAGFLSFLYIIPISYSVIRLIGIGSNLADPFGFDKEDIPLDMFCSEVKQSIHDIYSSSLQGTPAFVYPSDYTRQAFNALPLDGEQDFIGNSCHRKPKRSFLNWRRMLRRSLDEEVNPTLAGSLKNLVNNLPSVSFRRMALVTIWSVAASGISYGFSYLWSEDKRNTCNAWCSPVDVETHVLANIGFALFMILSFRASDAIGRYEEGAMLIFNIQMNLRNVAIEAVQNYTDNFFHKHDKERIVAHLVQIPLCFRDRLLGIVRDDPADKEGLLSPEDRKSFETSPVPLEHLVQTVEAYFTLQDSVAREGHPDIPKFRTAGTFTETLLIRMAKVRESISRALGVKAFPVISSYTRHQHLFTVLWLALLPFAMTPNTGFFXXXXAPLISYGILGLEEIAEKLVDPYGNDAIDIPLDKMCLDASSSIIQGVTSINWGLDVHTQFAGCENVPQLGTILKKKTPSHEYTLAHFDKLERSVSFGDGDPLC-FAGPKAPKMKPSLLAHLIRSVPWWVLVYITAWTTVATLISYLARDKSQVARWWQSNFSVNTTVATYLSFAAFMLLGFFVRAAFVRYLAAGGVWGSRLRSYCHGLAVQFQTLFPEGTFHEGDHRRIIAHLAAIPLVLKSELRNSRDIREVKGLLSYKDLGRLQCADSMVTHCVDVLRSYLYSVTNYSNRLHKPFYYGRRVSMVKFLLHHMEKMIRESMFLRTFEIAPGFQTLLNTFLGLWFLILPFALAEHSGWFTILWVPVIAYGVLGMHAIARELQFPFGTDLNDLDLDAMADSIVSDLLFVQKHIKPHPELLVHESPIVPFWNESRKCGIKKKRIRKTFCRKLLDNTKLAMNVFSLVETIGVAGWSALCVLAAWAVSKEFPFDDEVEVECTNWFCSRIAVNDSVKEYIGFALFLLLGFRLYESHGRYTDGIRLLTQ-LSGRLHLISNRIFESYQQGDWHRNDLQRIAAHLAALPIALMGQMRNEDCGEHLRHVLSKEDCEKMLKAHDRSEYCMDVLHFYLMEGDRWSAHMKEKPHAGNHEHWFIFWYMLEVRKVCVDLREIVSIPMPYGYVQHLRIFLVIWLLLLPLXXXXXXXXXXXXXXXXXXXXXXXXXXXXXELANPFGVDVSDVPVERFVHDIGNAVKSNLKMFEHGMKPFLREERGAF 1793
BLAST of Ggra9818.t1 vs. uniprot
Match: A0A2V3IMX9 (Uncharacterized protein n=1 Tax=Gracilariopsis chorda TaxID=448386 RepID=A0A2V3IMX9_9FLOR) HSP 1 Score: 167 bits (423), Expect = 1.140e-40 Identity = 102/285 (35.79%), Postives = 155/285 (54.39%), Query Frame = 0 Query: 101 PSTILSLQLVWSSVVILISY-----YLAPEDGDSLSVRFWSSRLAVSSSVSYAVGWALFVLLGFFIREASNRYWEAQLGWTHMAAYLRYVLRDLRQGFPAGSWHPGDLDRIVAHLIAFPIALKMELRGEREHKQLEGILCDADIDDVLCAQSMHLHCTRVVRAYFSAAQDDSLISFQSVAMKSTPAGRGTQHLIMNNVDAADSEAGTLTTISSFSPAVGYVNHMRIFLYIWMFFLPLAVVETSGWFTPLWTVLITYGVAMLFTIARALNDPFGYDLQDIKLNRLA 380 P T L + VW ++ + I+Y Y +DG+ R+W + LAV + VG+ALF+L F + EA NRY EA WT + + + + Q FP G +H GD +RI+ L+AFP+ALK +LRGER+ ++L+G+L D+ ++ + +M HC V+ AY +A+ Q+ + HLI D A + A T I + Y++H+ +FL +W+FFLP A+VET+GW T I+YG+ + A L DPFG D D+ L RL+ Sbjct: 120 PLTPLLISTVWCAIAVGITYATSKSYQPHKDGEC---RWWCTPLAVDGNALSYVGFALFLLTSFRVSEAYNRYMEAIRVWTGIGGTITSFAKYVVQAFPPGVFHRGDSERILGFLVAFPVALKRQLRGERDLRELKGVLTPEDLAELQNSPNMPSHCLYVLSAYLLSAKLRERELPQTFLV----------HLIRWVADLAGA-ADTCMQIKTMPAPYSYISHLNVFLGLWLFFLPFALVETTGWLTISIVAFISYGILGVVANAAELEDPFGGDYNDLPLGRLS 390
BLAST of Ggra9818.t1 vs. uniprot
Match: A0A7S3DV53 (Hypothetical protein n=2 Tax=Amphiprora paludosa TaxID=265537 RepID=A0A7S3DV53_9STRA) HSP 1 Score: 90.9 bits (224), Expect = 7.780e-16 Identity = 70/267 (26.22%), Postives = 123/267 (46.07%), Query Frame = 0 Query: 1210 SRISIDTSVATYVSFAAFLLLGFYVHAAFDRFKDAGYIWVDMLHSS-------CHSLAVQFLTLFEDGAIHAGDHNRIISHIAAIPLVLKSEMRNSRDIREVKGLLSQEDLAHVHCAGSMSRYCVEVIKTYQLVAASRPEYATEKITYGKRFIAMKREMELLEKSVQQS-----EFLSTFPIAPGFLILLNALLAIWFLILPFALAEISGWFTILWVFIIGYGVLGMYTVASEIQHPFGSDMNDLDLDSFARNIVSDILFIRKNYRS 1464 S + ++ V T + FLLL F + A+DRF + +W M S C + V+ F+D N + AA L L+ E +RDI++++ L +D+A++ A M +C +V+ Y +++ +G+ ++ + +V E ++ PI +++ L L +W ++ P + GW+TIL ++ + VLG+ +++SEI++PFG D NDLDLD D I K S Sbjct: 7 SFVLLEDKVLTGFTVGMFLLLAFRANQAYDRFWEGRKMWGRMREVSRDFTRFVCTHIRVETQADFDDRRRAV---NFVTCFAAATKLHLRKERDINRDIQKLRIQLCPQDIANIQHADHMPIFCQDVLSFY----------LNDQVKHGRLSEHQLSDINQICVAVMSDVMGSCERIANTPIPLSYVLQLRFFLILWLILYPLHIVAYYGWWTILLTCLMSFAVLGIESMSSEIENPFGYDRNDLDLDKMVSGFYVDTQAILKRVES 260
BLAST of Ggra9818.t1 vs. uniprot
Match: A0A6C0GQF1 (Bestrophin n=1 Tax=Rhodocytophaga rosea TaxID=2704465 RepID=A0A6C0GQF1_9BACT) HSP 1 Score: 90.5 bits (223), Expect = 1.220e-15 Identity = 66/263 (25.10%), Postives = 118/263 (44.87%), Query Frame = 0 Query: 1553 RIAIDSSVEEYVGFALFLLLGFRLYDSHWRYVRATNIWQKGVISKLAVLSNRIFESYSNGLWHPEDLERIAGHLGSFPIALMGQLRGKDYREEFEKILGDEDTRKLLSTKERTSYCVDVVQNYLAEGDRISATEGAVYPAGGQEVEYMWKYLHQLKEAAFECDRMVRVPMPYGYVQHLRIFLVIWLMLLPLGLVESSGWLTXXXXXXXSYGVLGIEKWASELSDPFGYDVSDVPLDDFVEKAIKTVKSNLELYRNGVKDIVEK 1815 I SS+ +G L +LL FR ++ R+ +W G+++ L+ + G + ED A H+ +F +AL LR EE + D R+++ K+R ++ + + +E G + + +L + C+R+ R P+P+ Y +++IF++++ ++LP GL+E G+ T Y +GIE A E+ DPFG D +D+P V L LY+ K+ V + Sbjct: 50 EIRFQSSLFSLLGIVLSILLVFRTNTAYDRWWEGRRLWG-GLVNNSRDLALMMHSMLDRG--NMEDRNYFAKHIANFAVALKEHLRNGVKLEELYHL----DEREIVMYKQRQHIPNQIIASLYERTQHLCRSEAIT----GFDSIPIRTHLQAFTDILGACERIKRTPIPFSYSIYIKIFIMLYALILPFGLIEEFGYFTIFLEMLLFYAFIGIELMAEEIEDPFGLDCNDLPTGTIATTIKNNVYEILCLYKEVEKEKVRE 301
BLAST of Ggra9818.t1 vs. uniprot
Match: A0A892BRE2 (Uncharacterized protein n=1 Tax=Archangium violaceum TaxID=83451 RepID=A0A892BRE2_9DELT) HSP 1 Score: 88.6 bits (218), Expect = 6.270e-15 Identity = 66/237 (27.85%), Postives = 112/237 (47.26%), Query Frame = 0 Query: 1553 RIAIDSSVEEYVGFALFLLLGFRLYDSHWRYVRATNIWQKGVISKLAVLSNRIFESYSNGLWHPEDLERIAGHLGSFPIALMGQLRGKDYREEFEKILGDEDTRKLLSTKERTSYCVDVVQNYLAEGDRISATEGAVYPAGGQEVEYMWKYLHQLKEAAFECDRMVRVPMPYGYVQHLRIFLVIWLMLLPLGLVESSGWLTXXXXXXXSYGVLGIEKWASELSDPFGYDVSDVPLDD 1789 +I + ++ VG AL LLL FR S+ R+ +W G++++ + + + + + E L R+A +P AL LRG +L + +++++ + LAE + V + V+ + Y C+R+VR PMP+ Y+ HLR L+++++ LP LVES GW T +Y LGIE+ E+ DPFG + +D+PL+D Sbjct: 47 KIDVPATGHTLVGTALSLLLVFRTNSSYDRFWEGRKLWG-GIVNE----TRNLLRAAAMNIPSLELLRRLAAWTAVYPYALTRVLRGSGELGPAASLLPPTEIARVMASGNAGVAVTLRMSAVLAEAKQRGLISDIVQMEIDRNVQMLVGYQGG-------CERIVRTPMPFAYMLHLRRTLILFILGLPFALVESFGWSTVAVVVIIAYTFLGIEEIGVEIEDPFGTEDNDLPLED 271
BLAST of Ggra9818.t1 vs. uniprot
Match: A0A524Q1L6 (Uncharacterized protein n=1 Tax=Xanthomonadales bacterium TaxID=2006849 RepID=A0A524Q1L6_9GAMM) HSP 1 Score: 84.3 bits (207), Expect = 1.440e-13 Identity = 70/254 (27.56%), Postives = 119/254 (46.85%), Query Frame = 0 Query: 1554 IAIDSSVEEYVGFALFLLLGFRLYDSHWRYVRATNIWQKGVISKLAVLSNRIF--ESYSNGLWHP-EDLERIAGHLGSFPIALMGQLRGKDYREEFEKILGDEDTRKLLSTKERTSYCVDVVQNYLAEGDRISATEGAVYPAGGQEVEYMWKYLHQLKEAAFECDRMVRVPMPYGYVQHLRIFLVIWLMLLPLGLVESSGWLTXXXXXXXSYGVLGIEKWASELSDPFGYDVSDVPLDDFVEKAIKTVKSNLEL 1804 I S + VG AL LLL FR S+ R+ W+ ++ V R ++ S + P + ERI ++ + A+ LR + E +L +E+ +L+ + + LA I A G + Q + M + + L E +R+++ P+P+ Y H++ FL I+ + +PL L++S GW T +YG+ GI++ E+ +PFGYD +D+P+D E + V LEL Sbjct: 49 IPTSSVLHSIVGVALGLLLVFRTNSSYDRF------WEGRILIGAMVNETRDLARQTASYLVDSPFQTRERIGHYIIALFAAIRRSLRREREAAEMAVLLSEEERVQLVGASAPPLLVARWISDQLA----IEAGAGRL---SEQRLVAMDRRISALIELWGGAERILKTPVPFAYAHHIKGFLTIFCVTVPLSLLDSMGWFTPLGAAIVAYGLFGIDEIGIEIEEPFGYDDNDLPMDGIGETIARNVSDILEL 289
BLAST of Ggra9818.t1 vs. uniprot
Match: A0A0F3GMG3 (Uncharacterized protein n=1 Tax=Candidatus Magnetobacterium bavaricum TaxID=29290 RepID=A0A0F3GMG3_9BACT) HSP 1 Score: 83.6 bits (205), Expect = 2.170e-13 Identity = 64/239 (26.78%), Postives = 109/239 (45.61%), Query Frame = 0 Query: 1564 VGFALFLLLGFRLYDSHWRYVRATNIWQKGVISKLAVLSNRIFESYSNGLWHPEDL---ERIAGHLGSFPIALMGQLRGKDYREEFEKILGDEDTRKLLSTKERTSYCVDVVQNYLAEGDRISATEGAVYPAGGQEVEYMWKYLHQLKEAAFECDRMVRVPMPYGYVQHLRIFLVIWLMLLPLGLVESSGWLTXXXXXXXSYGVLGIEKWASELSDPFGYDVSDVPLDDFVEKAIKTVK 1799 VG AL L+L FR ++ RY W + S + + I S+ H E L +R+ L +FPI + +LR ++ EE L + + L + + +++ L ++ + + + L L + C+R+ P+P Y HL+ F+ ++ + +P+ LV S GW T +Y +GIE+ E+ DPFG D +D+PLDDF E T++ Sbjct: 58 VGVALGLMLVFRTNTAYERYWEGRRTWGSIINSTQNLAVDSIAYISSD---HTESLKLRQRLFKLLTAFPILVKQRLRDQNDIEELRSFLTNAEIAVLEKSFNMPVSLIAMIKKTLYMCLKLGILNQS-------HLTILNSNLSDLMSSLSSCERIKSTPIPLAYALHLKRFMYLFCLTIPISLVNSFGWWTILFGALVAYAFVGIEEIGIEVEDPFGEDPNDLPLDDFCENIKNTLQ 286
BLAST of Ggra9818.t1 vs. uniprot
Match: A0A0G2ZUF4 (Putative membrane protein n=4 Tax=Archangium TaxID=47 RepID=A0A0G2ZUF4_9DELT) HSP 1 Score: 83.2 bits (204), Expect = 3.770e-13 Identity = 62/238 (26.05%), Postives = 110/238 (46.22%), Query Frame = 0 Query: 1553 RIAIDSSVEEYVGFALFLLLGFRLYDSHWRYVRATNIWQKGVISKLAVLSNRIFESYSNGLWHPEDLERIAGHLGSFPIALMGQLR-GKDYREEFEKILGDEDTRKLLSTKERTSYCVDVVQNYLAEGDRISATEGAVYPAGGQEVEYMWKYLHQLKEAAFECDRMVRVPMPYGYVQHLRIFLVIWLMLLPLGLVESSGWLTXXXXXXXSYGVLGIEKWASELSDPFGYDVSDVPLDD 1789 ++ + ++ G L LLL FR S+ R+ +W GV+++ + + + + + PE + R+ +P AL LR G D +L + ++L+ + + L E R+ + + V+ + Y C+R+VR PMP+ Y+ HLR L+I+++ LP LVE GW T ++ LGIE+ E+ +PFG + +D+PL+D Sbjct: 47 KVDVPATGHTLAGTVLSLLLVFRTNSSYDRFWEGRKLWG-GVVNE----TRNLVRAAALNISSPELVRRVTAWTAVYPYALTRVLRSGGDDLGPAAAVLPRAEINQILNARNAGLAVAMRISATLVEARRLGFISDIIQMELDRNVQLLVDYQGG-------CERIVRTPMPFAYMLHLRRTLIIFMLGLPFALVEPFGWATVPVILLIAHTFLGIEEIGVEIEEPFGTEDNDLPLED 272
BLAST of Ggra9818.t1 vs. uniprot
Match: hypothetical protein n=1 Tax=Fischerella sp. PCC 9605 TaxID=1173024 RepID=UPI0004B89D0E (hypothetical protein n=1 Tax=Fischerella sp. PCC 9605 TaxID=1173024 RepID=UPI0004B89D0E) HSP 1 Score: 83.2 bits (204), Expect = 6.810e-13 Identity = 73/281 (25.98%), Postives = 124/281 (44.13%), Query Frame = 0 Query: 1548 PWF--CSRIAIDSSVEEYVGF-------------------ALFLLLGFRLYDSHWRYVRATNIWQKGVISKLAVLSNRIFESYSNGLWHPEDLERIAGHL-GSFPIALMGQLRGKDYREEFEKILGDEDTRKLLSTKERTSYCVDVVQNYLA---EGDRISATEGAVYPAGGQEVEYMWKYLHQLKEAAFECDRMVRVPMPYGYVQHLRIFLVIWLMLLPLGLVESSGWLTXXXXXXXSYGVLGIEKWASELSDPFGYDVSDVPLDDFVEKAIKTVKSNLE 1803 PW C A SV EY G+ L LLL FR +H R+ +W +++ + L+ I+ H ++ + L +F +A+ LR + E + + L + +YL E +R++ VY ++ + K L+ + + C+R+++ P+P Y L+ LVI+ +++PLGLV GW T S +LGI++ SE+ +PFG+D SD+PLD F+ KT+ +N+E Sbjct: 77 PWMLLCGGYAFLVSVAEYFGYLSSLRDIKSLPNVILSLNIVLSLLLAFRTNTAHERFWEGRKLWG-AMVNVVRNLARSIWIFIEEREPHEQETKAATVRLVAAFAVAMKLHLRREPVNSELAPFMSQDQYHTLQQVNHSPLQIAFWIGDYLQQQYESERVN-----VY-----QLSDLQKMLNDMVDILGGCERILKTPVPLVYTITLKSLLVIYFLVMPLGLVHDLGWWTGLDMSFISLLLLGIDEIGSEIEEPFGHDPSDLPLD-FI---CKTIANNVE 342 The following BLAST results are available for this feature:
BLAST of Ggra9818.t1 vs. uniprot
Analysis Date: 2022-06-02 (Diamond blastp: OGS1.0 vs UniRef90) Total hits: 25
Pagesback to topInterPro
Analysis Name: InterProScan on OGS1.0
Date Performed: 2022-06-01
Alignments
The following features are aligned
Analyses
This polypeptide is derived from or has results from the following analyses
Relationships
This polypeptide derives from the following mRNA feature(s):
Sequences
The following sequences are available for this feature:
polypeptide sequence >Ggra9818.t1 ID=Ggra9818.t1|Name=Ggra9818.t1|organism=Gracilaria gracilis GNS1m male|type=polypeptide|length=1835bpback to top |