Ggra10033.t1 (polypeptide) Gracilaria gracilis GNS1m male
Overview
Homology
BLAST of Ggra10033.t1 vs. uniprot
Match: A0A2V3IN14 (DNA polymerase n=1 Tax=Gracilariopsis chorda TaxID=448386 RepID=A0A2V3IN14_9FLOR) HSP 1 Score: 1892 bits (4901), Expect = 0.000e+0 Identity = 986/1588 (62.09%), Postives = 1188/1588 (74.81%), Query Frame = 0 Query: 1 MKPVLKHNIYGYQPSPIPFVQVFVYLPTTVQRIATIISQKALPEHLIRHHPLPYAAHIPFVLQFLSDFALAGMDYIYLSQVRFRSPLPVAPPHANALEHYNSPLESRLFYDGLQDRNAKMLWPFSVPKRSTCTLELDVIPSQIMNAVPENHEAYNFTSRTLAVLWEEERLRTGSYPKRKKPRDRTVKAGAHLTDDFMKERLNEVLN----APVGVSPQELLSSPEEPEQIAAEGDCLEEQFDDVLKYLDASSSVQADKDDIVQFKDDANYDDF--GINAQD-DLVYGDDEQEDPDEHHAVQQTWADIAACTQTESLELKIRSPGQEEQPTSTERTLTEDVRDYVPNGIIV-ADSYQAASADDSADARKVGIENSRHTL-EESQPKEGKTVRIRHPWKASASKLDIAHDVEIASFDDDTEGSERGPKSYTPDAVRNRDGTHVCNHHVNQPDK------------------EKSKLYESSEIHHILRPSARPPKVIDNDQTSLVSHAFRIKYKTPFYGKQEDELKTDYVYAGRRIPVRRAGARGYFPFPSSIGKVVPPPVEFLPRIVCPVKKPPKLSELQIALVRETNNANRSGLQRGIDIDSAGRQITKNNARTSWQQLTWTQP-NFYGGGASLDNRNLAKILSDGED--SAGELPSANREDTEMITPLEEQKNSLEFNRPPSPKYDEAYQFTV--HRQSHSTERKGYLNRTNSDIFGRSGDPRLDSERKNRTASASQSPHMHQNLTVMAIEVLASSYGDKLPDPARNGVLAVCTVTKADDIFPITREHEAVTFVLNRPKALDPSRLIQSCDSEASLFDKLASHIRTCDPDVLVGFETQHSSIGYILERAQAIGHAFPNLASRWLKESLYTSRNQEQKVDNPAAAYYRRKGADIKITGRHVISLWRVVRKQVKLPAYSKETVAAELFNTTFPRHENKYLEEWFTRDNQFCRAISHLSRLVYLDVAIVDKLNVMSRTGELARVFGIDFMSVLTRGSQYRVESMMRRVAIARDFVLLAAPREEVFKQPAVEALPLVMEPQSALYVDPVIVLDFQSLYPSVIIAHNLCFSTMMGNINRISTWVERRRIGVQPNYEPPAESELPTPPRQGVFIASNGEMFVQSSVRRGILPQLLEEILETRVMVKTAMKEAKDEAIVNLLNARQFGLKMIANVTYGYTSASFSGRMPCAGLADAIVQCGRDCLEDVARYVEEELREQTGATVVYGDTDSVFVQVPGATRDEAFKIGRKIVDYVENTFPNPITLKLEKVYQPCVLQTKKRYVGYSFESAEQAVPVFDAKGIETVRRDSCPLVQKALEKSIRMLFETKNVSLVKKYIQRICRRLHQDRIPLADYIFRKEVRLGSYKEGHLPPAAIVATKAIERDPRAVPRHGERVAFIVVYERPGAPLKDCVISPEDSVSSFRQGSVRINTTYYITKQLLPVLNRVFSLIGVRVATWYADMPRPSFEWAPPDDHEQKKRLRDNQSNLAMFYGTEKCAICHGKGNGKRLCDRCSENESELQASRFVIETRLRESAFEQSNLIRMCLRCIGFQPLGRREILCSNLTCQVHNDLSVIERNMRSLNALLNHRQVWKMGR 1556 +KPVLKH+IYGY+ S IPFVQ+FVY P+TV RIATI++QKALPEHLI H+PLPY AH+PFVLQFL+DF+LAGMDYIYLS VRFR LP+ P ++ L+ Y +PL+ RLFYDGL++ + + WPF VPKRSTC LE+D + S+IMN ++H Y+FTSRTLAVLWEEERLRTG YP RK+P +R VKAGA TDD MKE L E+LN A GVSP++ E+ +G+ +E FDDVLKYLDA S + +DDI+QF DD ++ D+ +NA D D G DEQ+ +E +++QTWADIAACTQT SL + ++ + S+ERTLT ++ +VP S AS S + + + L +++ ++G + ++ PWK S + D IASF D++E +R K +D HV + + D + SK + ILRP +PP++++ + A IKYKTPFYG ED+ K D Y G+R+PVRRAGA+G+ PFP I K + P+E LPR+VCP++KPPK S+L++ L+ E + +G G+DIDSAGR I K+ A T W+Q T + + G D LA+ L+ E S P+ R + + L +Q+++LEFNRPPSPKYDEAYQ V H+ E G R I +LDS ++NRTA+ASQSPHM+QN+TVMA+EVLASSYGDKLPDPARNG+LAV T + DD+FP R +E++ FV+ RP +LDPS I SCDSE+SL D LA+ IR DPD LVGFETQ++S+GYILERAQA+ H+F LASRWLKE+ + RNQEQK DNPAAAYYRRKG DIKITGRH+++LWR+VRK+VKLPAYSKET+AAELF+ TFP+H NK++EEWF D+QF RA++HLSRLVYLD+AI+DKLNVMSRTGELARVFGIDFMSVLTRGSQYRVESMMRRVA AR+F LL A REEVF+QPAVEALPLVMEP SALYVDPV+VLDFQSLYPSVIIAHNLCFSTMMGNINRIS W ERRRIGVQPNY+PP EL P VF+ASNGEMFVQSSVR+G+LPQLLEEILETRVMVKTAMKEAKDEAIVNLLNARQFGLKMIANVTYGYTSASFSGRMPCAGLADAIVQCGRDCLE+V +YVE ELR+ TGATVVYGDTDS+FVQVPG TR+EAF+IG KIVDYVE+ FP PITLKLEKVY PC+LQTKKRYVGYS+ES +QAVP+FDAKGIETVRRDSCPLVQK +EK IRMLFETKNVSLVK Y+QR+C+RLHQDR+P ADYIFRKEVRLGSYKEGHLPPAAIVATKAIE DPRAVPRHGERV F+VVYERPGAPLKDCV++P D SSF QG VR+NTTYYITKQLLP LNR+F LIGVRV+ WYA+MPRPSFEW P + E K+ LRD QSNL MFYG+EKC ICH K GK++C C E+E+ LQASRF++ETR RE + + +R C+ CIG QPLGRREILC+N+ C VH +++V ER +R L LL+ W R Sbjct: 118 VKPVLKHDIYGYRTSAIPFVQIFVYAPSTVLRIATIVAQKALPEHLIAHNPLPYDAHVPFVLQFLTDFSLAGMDYIYLSHVRFRGSLPMTPNRSDVLDLYRNPLDKRLFYDGLKNTQSDLFWPFQVPKRSTCALEMDTMSSRIMNTEEKDHGIYSFTSRTLAVLWEEERLRTGKYPVRKRPSERPVKAGAQFTDDVMKESLKELLNTELDASQGVSPKDSDIHLEKGIDHDDDGNNSQE-FDDVLKYLDAPSIAETYEDDIIQFPDDPDFSDWCEQLNAFDRDHHLGADEQDAQEEDKSIKQTWADIAACTQTASLNINVQKMDGGAEQLSSERTLTANLEHFVPKETSSETQSLPVASFHGSEEIQDSHSTDRNDKLGTQTRKQQGLAIAVKPPWKPSPGMITGDDDQGIASFGDNSEEGDRSTKCA-------KDTRHVSQNDQDMLDNISYALDPSVSQLPLVRPSKTSKPHGKGAKCRILRPVVKPPRILETSHSPF--EALFIKYKTPFYGHSEDQPKDDVFYGGKRVPVRRAGAKGHLPFPQFIHKDIVRPLEVLPRVVCPIQKPPKTSDLRMMLIYENGDTKHTGEHVGLDIDSAGRHIVKHQANTFWRQFTGSSHGHVLHGSGHADKAELARALNGTESVPSFNPTPTGERGSHSITSQLNDQRDALEFNRPPSPKYDEAYQIVVNSHKAKAFFEPGGQGARITPSIP--IPGSKLDSAKRNRTATASQSPHMYQNMTVMAVEVLASSYGDKLPDPARNGILAVSTYIQTDDVFPQMRTNESLIFVVKRPASLDPSHSIHSCDSESSLLDALANLIRARDPDALVGFETQNASVGYILERAQAMSHSFHQLASRWLKETTFMPRNQEQKPDNPAAAYYRRKGVDIKITGRHIVNLWRIVRKEVKLPAYSKETIAAELFDMTFPKHANKHMEEWFNCDSQFYRAMAHLSRLVYLDIAIMDKLNVMSRTGELARVFGIDFMSVLTRGSQYRVESMMRRVAGARNFALLTASREEVFRQPAVEALPLVMEPLSALYVDPVVVLDFQSLYPSVIIAHNLCFSTMMGNINRISKWFERRRIGVQPNYDPPVLGELLESPEDSVFVASNGEMFVQSSVRKGVLPQLLEEILETRVMVKTAMKEAKDEAIVNLLNARQFGLKMIANVTYGYTSASFSGRMPCAGLADAIVQCGRDCLENVIQYVEGELRQTTGATVVYGDTDSLFVQVPGVTREEAFRIGEKIVDYVEDKFPTPITLKLEKVYHPCILQTKKRYVGYSYESPKQAVPMFDAKGIETVRRDSCPLVQKTMEKCIRMLFETKNVSLVKTYVQRLCQRLHQDRVPHADYIFRKEVRLGSYKEGHLPPAAIVATKAIEMDPRAVPRHGERVPFVVVYERPGAPLKDCVVAPGDFESSFHQGYVRLNTTYYITKQLLPALNRIFGLIGVRVSVWYAEMPRPSFEWIHPLEKE-KRTLRDKQSNLKMFYGSEKCIICHKKALGKKICYTCIEDENGLQASRFIVETRRREMERKHAAFVRKCISCIGVQPLGRREILCANILCPVHEEIAVSERKLRHLEMLLSDHLSWTTER 1692
BLAST of Ggra10033.t1 vs. uniprot
Match: S0F3X8 (DNA polymerase n=1 Tax=Chondrus crispus TaxID=2769 RepID=S0F3X8_CHOCR) HSP 1 Score: 1103 bits (2853), Expect = 0.000e+0 Identity = 542/838 (64.68%), Postives = 671/838 (80.07%), Query Frame = 0 Query: 720 VLASSYGDKLPDPARNGVLAVCTVTKADDIFPITREHEAVTFVLNR-PKALDPSRLIQSCDSEASLFDKLASHIRTCDPDVLVGFETQHSSIGYILERAQAIGHAFPNLASRWLKESLYTSRNQEQKVDNPAAA-YYRRKGADIKITGRHVISLWRVVRKQVKLPAYSKETVAAELFNTTFPRHENKYLEEWFTRDNQFCRAISHLSRLVYLDVAIVDKLNVMSRTGELARVFGIDFMSVLTRGSQYRVESMMRRVAIARDFVLLAAPREEVFKQPAVEALPLVMEPQSALYVDPVIVLDFQSLYPSVIIAHNLCFSTMMGNINRISTWVERRRIGVQPNYEPPAESELPTPPRQGVFIASNGEMFVQSSVRRGILPQLLEEILETRVMVKTAMKE-AKDEAIVNLLNARQFGLKMIANVTYGYTSASFSGRMPCAGLADAIVQCGRDCLEDVARYVEEELREQTGATVVYGDTDSVFVQVPGATRDEAFKIGRKIVDYVENTFPNPITLKLEKVYQPCVLQTKKRYVGYSFESAEQAVPVFDAKGIETVRRDSCPLVQKALEKSIRMLFETKNVSLVKKYIQRICRRLHQDRIPLADYIFRKEVRLGSYKEGHLPPAAIVATKAIERDPRAVPRHGERVAFIVVYERPGAPLKDCVISPEDSVSSFRQGSVRINTTYYITKQLLPVLNRVFSLIGVRVATWYADMPRPSFEWAPPDDHEQKKRLRDNQSNLAMFYGTEKCAICHGKGNGKRLCDRCSENESELQASRFVIETRLRESAFEQSNLIRMCLRCIGFQPLGRREILCSNLTCQVHNDLSVIERNMRSLNALLNHRQVWKM 1554 VLA+ Y D+LPDP +N +LAVC VT+ D ++ + +TFV+++ K+L L+ CDSE L D LASHI DPDVL+GFETQ+SSIGYILER+ AI H+F +SRW K + + S N++++ +N AAA YY RKGADIKITGRHV+SLWR+VRK+VKL AYS+E VA+ELF TTFP+H ++ LE+W T RAI HL RL L++AI +KLN+++RTGELARVFGIDFMSVLTRGSQ+RVESM+ RV+ D++LLAAPRE VF+QPAVEALPLVMEPQSALYVDPVIVLDFQSLYPSVII HNLC+STM+GN+NR+ TW E RRIGV P Y PPA + P + ++++S+GEMFV SS+RRGILPQLLEE+LETRVMVK ++K D+ LLNARQFGLKMIANVTYGYT+ASFSGRMPC+GLADAIVQCGRD LE++ RYVEEEL+E+TGATVVYGDTDS+FV+VPGATR+EAF +G +IV FP+PITLKLEKVYQPC+LQTKKRYVGYS+ES +QA+P+FDAKGIETVRRDSCPLVQKALEK+IR+LFETK+VS+VK+YIQR+C++LH DR+P DYIFRKEVRLGSYKEGHLPPAAIVATKA+E DPR+VPRHGERV F+V+Y+RPGAPL+DCV+SPED + S R+G R+NTTYYITKQ+LP LNRVFSLIGVRV+ WYA++PRP FE +KR R QS+L MFY TE+C +CHGKG +++C C +N S +QASR+++ R RE +S L+R C C+ G R++ C N+TC V + LSV++R + L +L+ +W + Sbjct: 33 VLAACYSDRLPDPNQNQILAVCAVTQKDRKDVEGQKVQRLTFVVDKNTKSLSNRHLVIYCDSETQLLDALASHILNEDPDVLIGFETQNSSIGYILERSAAINHSFQQSSSRWAKGTNFNSENRQRQGNNSAAAAYYHRKGADIKITGRHVLSLWRIVRKEVKLSAYSREAVASELFQTTFPKHTSRDLEKWLTSTRHSGRAICHLERLASLNLAISNKLNILNRTGELARVFGIDFMSVLTRGSQFRVESMLGRVSRTSDYLLLAAPREGVFQQPAVEALPLVMEPQSALYVDPVIVLDFQSLYPSVIIGHNLCYSTMLGNVNRVMTWSECRRIGVIPKYVPPALDSETSIPMENIYVSSSGEMFVDSSIRRGILPQLLEELLETRVMVKKSLKGIVNDDVTAGLLNARQFGLKMIANVTYGYTAASFSGRMPCSGLADAIVQCGRDSLEEIVRYVEEELKEETGATVVYGDTDSLFVKVPGATRNEAFDVGERIVKKASEMFPDPITLKLEKVYQPCILQTKKRYVGYSYESRDQALPIFDAKGIETVRRDSCPLVQKALEKAIRLLFETKDVSIVKQYIQRLCQKLHLDRVPFCDYIFRKEVRLGSYKEGHLPPAAIVATKAMEHDPRSVPRHGERVPFVVLYDRPGAPLRDCVVSPEDYLDSARRGMARLNTTYYITKQILPTLNRVFSLIGVRVSAWYAEIPRPQFEPILSPTDPDRKRARSKQSSLRMFYTTERCILCHGKGVNQQVCRNCLQNTSGMQASRYLLSMRGREQERNRSYLLRKCFACVDGPVDGARDVSCGNVTCVVFDGLSVVDRKIEGLRHVLDDPNIWTL 870
BLAST of Ggra10033.t1 vs. uniprot
Match: LOW QUALITY PROTEIN: DNA polymerase zeta catalytic subunit-like n=1 Tax=Mercenaria mercenaria TaxID=6596 RepID=UPI001E1DCEEA (LOW QUALITY PROTEIN: DNA polymerase zeta catalytic subunit-like n=1 Tax=Mercenaria mercenaria TaxID=6596 RepID=UPI001E1DCEEA) HSP 1 Score: 827 bits (2137), Expect = 5.580e-279 Identity = 437/851 (51.35%), Postives = 580/851 (68.16%), Query Frame = 0 Query: 719 EVLASSYGDKLPDPARNGVLAVCTVTKADDIFPITREHEAVTFVLNRPKALDPSRL---IQSCDSEASLFDKLASHIRTCDPDVLVGFETQHSSIGYILERAQAIGHAFPNLASRWLKESLYT--------SRNQEQKVDNPAAAYYRRKGADIKITGRHVISLWRVVRKQVKLPAYSKETVAAELFNTTFPRHENKYLEEWFTRDNQFCRAISHLSRLVYLDVAIVDKLNVMSRTGELARVFGIDFMSVLTRGSQYRVESMMRRVAIARDFVLLAAPREEVFKQPAVEALPLVMEPQSALYVDPVIVLDFQSLYPSVIIAHNLCFSTMMGNINRISTWVERRRIGVQPNYE----PPAESELPTPPRQGVFIASNGEMFVQSSVRRGILPQLLEEILETRVMVKTAMKEAK--DEAIVNLLNARQFGLKMIANVTYGYTSASFSGRMPCAGLADAIVQCGRDCLEDVARYVEEELREQTGATVVYGDTDSVFVQVPGATRDEAFKIGRKIVDYVENTFPNPITLKLEKVYQPCVLQTKKRYVGYSFESAEQAVPVFDAKGIETVRRDSCPLVQKALEKSIRMLFETKNVSLVKKYIQRICRRLHQDRIPLADYIFRKEVRLGSYKEGHLPPAAIVATKAIERDPRAVPRHGERVAFIVVYERPGAPLKDCVISPEDSVSSFRQGSVRINTTYYITKQLLPVLNRVFSLIGVRVATWYADMPRPSFEWAPPDDHEQKKRLRDNQSNLAMFYGTEKCAICHGKGNGKRLCDRCSENESELQASRFVIETRLRESAFEQSNLIRMCLRCIGFQPLGRREILCSNLTCQVHNDLSVIERNMRSLNALLNHRQVW 1552 +V+ASS+ ++ DP + +LAVC + + + F+L+ L P+ L ++ SE +L D +A + DPDV+ GFETQ SIGY+L+RA ++ H F + SR ++ S + +R +N A Y+ RKGAD+KI GRHV+++WRVVR +VKL +YS E VA + + + P+H+ LE W + + R + HL ++I+DKLNV+SRTGELARV+GIDFMSVLTRGSQYRVESM+ RVA R F+LL+A RE+VF QPAVE LPLVMEP SA YVDPVIVLDFQSLYPS++IAHNLC+STM+GN+NR++ W +++ IGV Y+ P ++ P + FIA NGE+FV +SVRRG+LPQ+L E+LETR+MVKTAMK K D ++ L+NARQFGLKMIANVTYGY SASFSGRMPC+GLAD+IVQCGRD LE + RYV+ EL +TGA VVYGDTDS+FV+VPGA+R +AF+IGR+I + FP P+ L+LEKVY PCVL TKKRYVGY+++S + A PVFDAKGIETVRRDSC +VQK LE ++R+LFE+K++S VK+ +QR +R+ +R +ADYIFRKEVRLG+YK+ LPPAA+VAT+A+E DPRA PRHGERVAF+VVY GA LKD V+ P + + + +G +RI++TYYITKQ+LP LNRVFSL+G V++WYA++PR FE P R+ + F + C +C G+ +C C + + QASR++I R + S L R C+RCIG RE+ C N+ C V S+ LN +W Sbjct: 18 QVIASSHNNRRSDPRIDVILAVCIIKRDERRCSGNAPDSCYLFLLDSACCL-PNALTNDVKRFSSETALLDGVALALCDIDPDVIAGFETQTGSIGYLLDRADSLNHEFMRVISRVMESSSHCKDNVWGVHTREGRSATENAGAKYFHRKGADVKIPGRHVLNVWRVVRSEVKLGSYSLEGVANAILDISIPKHDAHQLEAWLRSERRAKRVLQHLRDRSACCLSILDKLNVLSRTGELARVYGIDFMSVLTRGSQYRVESMLARVAHERGFLLLSAQREQVFDQPAVECLPLVMEPSSAFYVDPVIVLDFQSLYPSMVIAHNLCYSTMLGNVNRMTEWSDQQHIGVVSKYQTAPAPVLQAHFRGPVDENTFIAPNGELFVTASVRRGVLPQMLREVLETRIMVKTAMKNCKEHDTDLLKLMNARQFGLKMIANVTYGYASASFSGRMPCSGLADSIVQCGRDALEKIVRYVDGELHVRTGAQVVYGDTDSLFVRVPGASRAQAFEIGREISAKASSMFPVPVVLQLEKVYHPCVLLTKKRYVGYAYDSEDCATPVFDAKGIETVRRDSCGVVQKTLELALRVLFESKDISRVKRIVQRTMQRILSNRTQVADYIFRKEVRLGTYKDV-LPPAAVVATRAMESDPRASPRHGERVAFVVVYAGQGAGLKDSVMGPIEFLEAETKGLMRIHSTYYITKQILPALNRVFSLLGASVSSWYAELPRVYFE---PTAVSSTSRIH------SYFPSSSPCTLCRGRCPRSNICSLCLSSPVDKQASRYIIAIRRAILDSKMSRLRRSCMRCIGAYEYDPREVQCLNMDCPVKFVCHRTSVLAISIGRALNDDTIW 857
BLAST of Ggra10033.t1 vs. uniprot
Match: A0A7S1XCZ6 (DNA polymerase n=1 Tax=Compsopogon caeruleus TaxID=31354 RepID=A0A7S1XCZ6_9RHOD) HSP 1 Score: 732 bits (1889), Expect = 9.530e-232 Identity = 562/1663 (33.79%), Postives = 838/1663 (50.39%), Query Frame = 0 Query: 3 PVLKHNIYGYQPSPIPFVQVFVYLPTTVQRIATIISQKALPEHLIRHHPL-PYAAHIPFVLQFLSDFALAGMDYIYLSQVRFRSPLPVAPPHANA--LEHYNSPLESRLFYDGLQDRNAKMLWPFSVPKRSTCTLELDVIPSQIMNAVPENHEAYNFTSR----TLAVLWEEERLR----------------TGSYPKRK-KPRDRTVKAGAHLTDDFMKERL------NEVLNAPVGVSPQELLSSPEEPE------------QIAAEGDCLEEQFDDV---LKYLDASSSVQADKDDIVQFKD-DANYDDFGINAQDDLVYGDDEQEDPDEHHAVQQTWADIAACTQTESLELKIRSPGQEEQPTSTERTLTEDVRDYVPNGIIVADSYQAASADDSADARKVGIENSRHTLEESQPKEGKTVRIRHPWKASASKLDIAHDVEIASFD--DDTEGSERGPKSYTPDAVRNRDGTHVCNHHVNQPDKEKSKLYESSEIHHILRPSARPPKVIDNDQTSLVSHAFRIKYKTPFYGKQEDELKTDYV-YAGR--RIPVRRAG----ARGYFPFPSSIGKVVPPPVEFLPRIVCPVKKPPKLSELQIALVRETNNANRSGLQRGIDIDSAGRQIT------KNNARTS---WQQLTWTQPNFYGGGASLDNRNLAKILSDG------EDSAGELPSANREDTEMITPLEEQKNSLEF-NRPPSPKYDEAYQFT--VHRQSHSTERKGYLNRTNSDIFGRSGDPRLDSERKNRTAS--------------ASQSP---HMHQNLTVMAIEVLASSYGDKLPDPARNGVLAVCTVTKADDIFPITREHEAVTFVLNRPKALD----PSRLIQSCDSEASLFDKLASHIRTCDPDVLVGFETQHSSIGYILERAQAIGHAFPNLASRWLKESLYTSRNQEQKVDNPAAAYYRRKGADIKITGRHVISLWRVVRKQVKLPAYSKETVAAELFNTTFPRHENKYLEEWFTRDNQ-FCRAISHLSRLVYLDVAIVDKLNVMSRTGELARVFGIDFMSVLTRGSQYRVESMMRRVAIARDFVLLAAPREEVFKQPAVEALPLVMEPQSALYVDPVIVLDFQSLYPSVIIAHNLCFSTMMGNINRISTWVERRRIGVQPNYEPPAESELPTPPRQGVFIASNGEMFVQSSVRRGILPQLLEEILETRVMVKTAMKEAK----DEAIVNLLNARQFGLKMIANVTYGYTSASFSGRMPCAGLADAIVQCGRDCLEDVARYVEEELREQTGATVVYGDTDSVFVQVPGATRDEAFKIGRKIVDYVENTFPNPITLKLEKVYQPCVLQTKKRYVGYSFESAEQAVPVFDAKGIETVRRDSCPLVQKALEKSIRMLFETKNVSLVKKYIQRICRRLHQDRIPLADYIFRKEVRLGSYKEGHLPPAAIVATKAIERDPRAVPRHGERVAFIVVYERPGAPLKDCVISPEDSVSSFRQGSVRINTTYYITKQLLPVLNRVFSLIGVRVATWYADMPRPSFEWAPPDDHEQKKRLRDNQSNLAMFYGTEKCAICH-----GKGNGK-------------RLCDRCSENESELQASRFVIETRLRESAFEQSNLI-RMCLRCIGFQPLGRREILCSNLTCQVHNDLSVIERNMRSLNALLN 1547 P+ + +IYG+ I F++V + P+ + R+A + S +L I PL P+ +HI F LQ + D L GM YI L V+FR PLP P + Y S L L++ ++ W + + +R+ LE D ++N V ++ + +L LWE+E+ R T + K P +R V+ G HL+ +E + +E AP+ ++L+SS + + Q A E DDV ++YL ++ + ++ D D YD G+ + + + D + D D + +LE + S E QPT+ E R V + ++ + S + +A +++ + + + +G+ ++ H D I FD D+ EG P +R VC L P+ +PP V + + S + P Y ++D V GR RIP G A+ P K ++V P + PP EL E + LQ ID+AGRQ+ K N+ + + T P L + ++ S G DS EL + D +I + F PPSPKYDE++ F + Q ++R R + +PR DSE N ++ ASQ H QNL+ M +E++A S D LPDP + V AV ++ + E ++F +R + + ++ +SE LFD L + + DPD+L G++ Q S+GY+LER+Q IG R+L+E + R E + ++P Y+ R + I I GRHV+++W+ +R +VKL +Y+ E V +E+ PRH + L WF+ + RA++++ R L + I++ ++V+ RTGELARVFG+DFMSV+TRGSQ+RVES++ R A ++LLAA RE+VF+QPA+E LPLVMEP S+ Y DPVIVLDFQSLYPS+II+HNLCFSTM+G+I R+ W + RR+GV +Y PP+ S L + VF++ NG++FV RRG+LPQ+LE+IL TR+MVK +MKEAK ++++ LLN+RQFGLKMIANVTYGY SASFSGRMP + LAD+IVQCG L D +EE+ A VVYGDTDS+FV +PGA + EAF IG++I ++ + +P+P+ L+LEKVY C+L TKKRYVG+S+ES +Q +P FDAKGIETVRRDSC ++ LE+S+R+LFET ++S VK+ +QR R+ + D+IFR+EVRLG+YKEG +PPAA+VA KA +RDPRA P +GERV ++VVY P +PLKD V++PE + R G+ R+N TYYITKQ++P L+R F+L+G V W+ ++PRP F R +S L ++ + +C +C G+ + LC C E F+ T L + E+ L+ ++C C + ++LCS+L C + R L LN Sbjct: 144 PLTRTSIYGFHEDQI-FLKVTAFNPSLISRLANLCSSGSL----IEFGPLQPFESHISFSLQTMVDLNLVGMGYINLRSVKFRLPLPHEAPVSGCGIFPVYTSEL--------LREARSEQFWSYDMRRRARTELECDAFVLDVLNRVRIERDSDSSPPFVKVFSLVELWEDEKSRRVARLMERGMSFETAQTNTLESLKILPDNRVVQPGFHLSTKSHQEHIKRLRCQSEAQPAPILPYKKQLVSSGSDQDKHDNVWQSAYHSQRPASRPARELPVDDVEEIVQYL-VQNAESTTRSPLMHDSDYDVQYD--GVEPEHEALNDRDGEVDVD---------LGASIIEDNNTLEEETVSVPDECQPTA------EGSRHSVFDQTPPTETKEKPSIETAA-----WVDDKKSSTFLQEEGDGEIEQLMH-----------FVDTPINMFDSWDEVEGVVE------PHLLRQTQAV-VC-----------------------LVPAKKPPTVSELQRDIPDSFCSTVT-PIPHYSSRKDANHAGSVTLLGREFRIPCGSPGEYDEAQVLVPGGQKSSKF-----SAERKVVTPSRYPPLGGELPDL---EREERVKKVLQ--CRIDAAGRQVNYEVFVPKTNSASDHGIFPLSIRTFPAMKEDDLDLLDFSIPVRESGGPPKQTDSDSEDELRLSR--DIAVILGESSDDEDIPFAQNPPSPKYDESFGFRSMMLNQDRKSKRTALHTRISPP------EPR-DSEYSNEISALRDTTAARTLVAQEASQGSVNLHESQNLSYMVVEIIAQSRTDLLPDPRIDPVRAVVLHSRRELGSCDEELVEVISFPPDRSWSQSFLEVENSVVSVVESEQELFDLLQNRVLDRDPDILFGWDVQRDSLGYLLERSQCIGGTLETSVGRFLEERVAHQRGSEVE-NHPGITYFERLQSGINILGRHVVNIWKSIRSEVKLTSYTFEAVCSEVLRERVPRHSPQQLSTWFSESPATYTRALAYVCRRTSLCLRILENVDVIGRTGELARVFGLDFMSVITRGSQFRVESVLARTAHREGYLLLAASREQVFRQPALEVLPLVMEPDSSYYTDPVIVLDFQSLYPSIIISHNLCFSTMLGSI-RVDQWSQERRLGVVSDYVPPSLSAL----GRDVFVSPNGQVFVTREKRRGVLPQMLEDILNTRIMVKQSMKEAKAAKAGQSLLKLLNSRQFGLKMIANVTYGYASASFSGRMPSSPLADSIVQCGHSALHDCVGVIEEKWFRHK-ARVVYGDTDSLFVLLPGANKCEAFAIGQEIASHISDLYPSPMKLQLEKVYIGCILATKKRYVGHSYESPDQNIPTFDAKGIETVRRDSCGATRRILERSLRVLFETHDLSRVKRGVQRQFSRILAGHASIEDFIFRQEVRLGTYKEGAMPPAALVAAKARDRDPRADPAYGERVGYVVVYGPPQSPLKDLVVAPEVLLEGQRTGAKRLNATYYITKQIIPALSRCFNLLGANVQAWFTELPRPYFT-------ALSSSTRSRES-LRRYFPSARCPVCAQWSKPGRARARPRSSSELAPDVVTTLCGSCMEQPQNA----FLHLTALAHQSQERLALLDQLCRHCS--RAAEPDQVLCSSLDCTLFFARHTASVRARDLATQLN 1688
BLAST of Ggra10033.t1 vs. uniprot
Match: I0Z9N2 (DNA polymerase n=1 Tax=Coccomyxa subellipsoidea (strain C-169) TaxID=574566 RepID=I0Z9N2_COCSC) HSP 1 Score: 604 bits (1558), Expect = 2.610e-194 Identity = 348/764 (45.55%), Postives = 473/764 (61.91%), Query Frame = 0 Query: 780 SEASLFDKLASHIRTCDPDVLVGFETQHSSIGYILERAQAIGHAFPNLASRWLKESLYTSRNQEQKVDNPAAAYYRRKGADIKITGRHVISLWRVVRKQVKLPAYSKETVAAELFNTTFPRHENKYLEEWFTRD--NQFCRAISHLSRLVYLDVAIVDKLNVMSRTGELARVFGIDFMSVLTRGSQYRVESMMRRVAIARDFVLLAAPREEVFKQPAVEALPLVMEPQSALYVDPVIVLDFQSLYPSVIIAHNLCFSTMMGNINRISTWVERRRIGVQPNYEPPAESELPTPPRQGVFIASNGEMFVQSSVRRGILPQLLEEILETRVMVKTAMKEAKDEAIV--NLLNARQFGLKMIANVTYGYTSASFSGRMPCAGLADAIVQCGRDCLEDVARYVEEELREQTGATVVYGDTDSVFVQVPGATRDEAFKIGRKIVDYVENTFPNPITLKLEKVYQPCVLQTKKRYVGYSFESAEQAVPVFDAKGIETVRRDSCPLVQKALEKSIRMLFETKNVSLVKKYIQRICRRLHQDRIPLADYIFRKEVRLGSYKEGH--LPPAAIVATKAIERDPRAVPRHGERVAFIVVYERPGAPLKDCVISPEDSVSSFRQGSVRINTTYYITKQLLPVLNRVFSLIGVRVATWYADMPRPSFEWAPPDDHEQKKRLRDNQS---NLAMFYGTEKCAICHGKGNGKR-LCDRCSENESELQASRFVIETRLRESAFEQSNLIRMCLRCIGFQPLGRRE-----ILCSNLTCQV 1528 SE +L D L +R DPD+LVG+E Q S+GY+ +RA + P L R L + S E++ D + + I + GR V++LWR++R ++KL Y+ E A + P L +WF R + ++ R L +A++++L++ RTGE+AR FGIDF SVLTRGSQYRVE+MM R+A ++++L A E+ QPA+EA+PLVMEP+S LYVDPV+VLDFQSLYPS IIA+NLCFST +G + R+G Q P P + + +A NG + R+G+LP+LL EIL TR+MVK AMK A A V +LNARQF LK+IANVTYGYT+A FSGRMPCA LAD+IVQ GR+ LE+ R VE + A VVYGDTDS+FV + G +R+EAF+IG +I P P+TLK+EKVY PCVL TKKRYVGY +E+ +QA PVFDAKGIETVRRD+C V K LE+S+R+LF +K+VS VK+Y++R ++ R+ LAD++F KEVRLG+Y+ H +PPAA VA++A+ DPRA PR+GERV ++VV+ PGA L D ++P + S G +R++ YYI KQ++P L RVFSL+GV V WYA +PRP P L S + +Y + CA+C G + +R +C+ C E Q + V+ R Q+ L+R+CL+C G GRR I+C +L C V Sbjct: 6 SEEALLDALVGAVRALDPDILVGYEVQQGSLGYLNDRATTLARPEPLL--RQLSRTPTVSSMVERRNDEYGVLH----ASGIHVAGRIVLNLWRLLRSELKLRIYTFEACVAAVLQLRTPHIPAWVLSQWFQGGPGGGRWRCVQYIVRRARLSLAMMEQLDITGRTGEMARTFGIDFFSVLTRGSQYRVEAMMARLAHTQNYLLPAPSTEQTKNQPAMEAIPLVMEPESRLYVDPVVVLDFQSLYPSQIIAYNLCFSTCLGRPAHAAAAATPLRLGAQVFGLPKGSLSGAVAPDK-LIVAPNGVAYAPPEARQGVLPRLLNEILATRIMVKAAMKRAPKTAKVLQRILNARQFSLKLIANVTYGYTAAGFSGRMPCAELADSIVQSGRETLENTIRMVEAH--PEWRARVVYGDTDSLFVLLEGRSRNEAFRIGAEIAAAATAANPPPVTLKMEKVYHPCVLLTKKRYVGYMYETPKQAAPVFDAKGIETVRRDTCSAVAKMLERSLRILFSSKDVSQVKEYVERQWTKILSGRVSLADFVFAKEVRLGTYRAAHGLVPPAAQVASRAMATDPRAEPRYGERVPYVVVHGEPGARLVDMAVAPHALIES--GGRLRLHAHYYIIKQIVPALERVFSLLGVDVRGWYAALPRPQ-RLLPQKRPAAALGLGGRGSAAGTIDAYYLSRHCAVCDGLTHAQRPICEEC---RGEPQGAAVVLSARAARLTEAQALLVRVCLQCGGGG--GRRGTLEAGIVCDSLDCGV 752
BLAST of Ggra10033.t1 vs. uniprot
Match: A0A218VQX5 (DNA polymerase n=1 Tax=Punica granatum TaxID=22663 RepID=A0A218VQX5_PUNGR) HSP 1 Score: 610 bits (1572), Expect = 1.810e-193 Identity = 358/878 (40.77%), Postives = 523/878 (59.57%), Query Frame = 0 Query: 711 QNLTVMAIEVLASSYGDKLPDPARNGVLAVCTVTKADDIFPITREHEAVTFVLNRPKALDPSRLIQSCDS-----------EASLFDKLASHIRTCDPDVLVGFETQHSSIGYILERAQAIGHAFPNLASRWLKESLYTSRNQEQ---------KVDNPAA------------AYYRRKGADIKITGRHVISLWRVVRKQVKLPAYSKETVAAELFNTTFPRHENKYLEEWFTRDNQFCR--AISHLSRLVYLDVAIVDKLNVMSRTGELARVFGIDFMSVLTRGSQYRVESMMRRVAIARDFVLLAAPREEVFKQPAVEALPLVMEPQSALYVDPVIVLDFQSLYPSVIIAHNLCFSTMMGNINRISTWVERRRIGVQPNYEPPAESELPTPPRQGVFIASNGEMFVQSSVRRGILPQLLEEILETRVMVKTAMKE-AKDEAIVN-LLNARQFGLKMIANVTYGYTSASFSGRMPCAGLADAIVQCGRDCLEDVARYVEEELREQTGATVVYGDTDSVFVQVPGATRDEAFKIGRKIVDYVENTFPNPITLKLEKVYQPCVLQTKKRYVGYSFESAEQAVPVFDAKGIETVRRDSCPLVQKALEKSIRMLFETKNVSLVKKYIQRICRRLHQDRIPLADYIFRKEVRLGSYK---EGHLPPAAIVATKAIERDPRAVPRHGERVAFIVVYERPGAPLKDCVISPEDSVSSFRQGSVRINTTYYITKQLLPVLNRVFSLIGVRVATWYADMPRPSFEWAPPDDHEQKKRLRD---NQSNLAMFYGTEKCAICHGK-GNGKRLCDRCSENESELQASRFVIETRLRESAFEQSNLIRMCLRCIGFQPLGRREILCSNLTCQVHNDLSVIERNMRSLNAL 1545 Q LT++++EV A S GD PDP + V + ADD + +V +VL + R SCD E LF I DPD+LVG++ Q SIG++ ERA +G NL SR E+ + + E D+ A + R + + + GR V++LWRV+R +VKL Y+ E V+ + P ++K L +WF+ + R I +L + L++ I+++L++++RT ELARVFGIDF SVL+RGSQYRVESM+ R+A +++V ++ ++V QPA+E LPLVMEP+S Y DPV+VLDFQSLYPS+IIA+NLCF T +G ++ +GV +Y P + + + +F+A NG M+V VR+GILP+LLEEIL TR+MVK AMK+ A+ + +++ + NARQ LK+IANVTYGYT+A FSGRMPCA LAD+IVQCGR LE+ YV + G V+YGDTDS+FV + G + EAF+IG++I + P+P+TLK+EKVY PC L TKKRYVGYS+ES +Q P+FDAKGIETVRRD+C V KA+E+++R+ FE +++S VK Y+ R R+ R+ L D++F KEVRLG+Y LPP+AIVATKA+ DPRA PR+GER+ ++VV+ PGA L D V+ P + ++ R+N YYITKQ++P L RVF L+G + W+ +MPRP+ E + K+ L ++ + +Y + C +C LC +CS+ + A+ ++L + E +L +C C G + + C++L C V + +++ ++SL+A+ Sbjct: 132 QQLTILSVEVQAESRGDLRPDPRFDAVNVLTLAIMADD------DPLSVIYVLLHSRTEFYPR---SCDGLADCKVLVFQEEKHLFLHFTKLISEFDPDILVGWDVQGGSIGFLAERASYLGIGLLNLLSRTPSENKMAAGDAEHLDKGLLEHIPADSLIADSGLVEEAVIEDEWGRTHASGVHVGGRIVLNLWRVMRFEVKLNMYTLEAVSEAVLRQKIPSIQHKILTKWFSSGSGRARYRCIEYLIKRTKLNLLIMNQLDLVNRTSELARVFGIDFFSVLSRGSQYRVESMLLRLAHTQNYVAISPGSQQVASQPAMECLPLVMEPESGFYADPVVVLDFQSLYPSMIIAYNLCFCTCLGKVSPSKA----NTLGVA-SYSP--DPHVLRDLKDQIFLAPNGAMYVPPQVRKGILPRLLEEILSTRIMVKQAMKKLARSQQVLHRIFNARQLALKLIANVTYGYTAAGFSGRMPCAELADSIVQCGRRTLENAISYVNAHTKWNAG--VIYGDTDSMFVLLKGRSVKEAFRIGQEIASAISAMNPDPVTLKMEKVYHPCFLLTKKRYVGYSYESPDQVEPIFDAKGIETVRRDTCVAVAKAMEQTLRLYFENQDISKVKAYLYRQWTRILSGRVSLQDFVFAKEVRLGTYSTRSSSSLPPSAIVATKAMRIDPRAEPRYGERIPYVVVHGEPGARLVDMVVDPLELLAL--NSPFRLNGVYYITKQIIPALQRVFGLVGADLNQWFLEMPRPTRE------NLGKRPLNPWNPQRARIDYYYLSRHCVLCGELVPTSMHLCSKCSQKSDVVSAALTGKTSKLEK---EMHHLAAICRHCGGGDWVLESGVKCTSLACSVFYERRKVQKELQSLSAV 980
BLAST of Ggra10033.t1 vs. uniprot
Match: A0A833QAQ2 (DNA polymerase n=1 Tax=Carex littledalei TaxID=544730 RepID=A0A833QAQ2_9POAL) HSP 1 Score: 626 bits (1615), Expect = 7.920e-193 Identity = 498/1650 (30.18%), Postives = 790/1650 (47.88%), Query Frame = 0 Query: 4 VLKHNIYGYQPSPIPFVQVFVYLPTTVQRIATIISQKALPEHLIRHHPLPYAAHIPFVLQFLSDFALAGMDYIYLSQVRFRSPLPVAPPHANALEHYNSPLESRLFY--DGLQ-DRN----------------AKMLWPFSVP-----KRSTCTLELDVIPSQIMNAVPENHEAYNFTSRTLAVLWEEERLRTGSYPKRKKPRDRTVKAGAHLTDDFMKERLNEVLNAPVGVSPQELLSSPEEPEQIAAEGDCLEEQFDDVLKYLDASSSVQADKDDIVQFKDDANYDDFGINAQDDLVYGDDEQEDPDEHHAVQQTWADIAACTQTESLELKIRSPGQEEQPTSTERTLTEDVRDYVPNGIIVADSYQAASADDSADARKVGIENSRHTLEESQPKEGKTVRIRHPWKASASKLDIAHDVEIASFDDDTEGSERGPKSYTPDAVRNRDGTHVCNHHVNQPDKEKSKLYESSEIHHILRPSARPPKVIDNDQTSLVSHAFRIKYK-TPFYGKQEDELKTDYVYAGRRIPVRRAGARGYFPFPSSIGK---VVPPPVEFLPRI-------VCPVKKPPKLSELQIALVRETNNANRSGLQRGIDIDSAGRQITKNNARTSWQQLTW-TQPNFYGGGASLDN-RNLAKILSDGEDS----AGELPSANREDTEMITPLEEQKNSL----EFNRPPSPKYDEAYQFTVHRQSHSTERKGYLN-RTNSDIFGRSGDPRLDSERKNRT----------ASASQSPHMH---------------------------QNLTVMAIEVLASSYGDKLPDPARNGVLAVCTVTKADDIFPITREHEAVTFVLNRPKALDPSRL----IQSCD-----SEASLFDKLASHIRTCDPDVLVGFETQHSSIGYILERAQAIGHAFPNLASRWLK--ESLYTSRNQEQKVDNPAA-----AYYRRKGADIKITGRHVISLWRVVRKQVKLPAYSKETVAAELFNTTFPRHENKYLEEWFTRDNQFCR--AISHLSRLVYLDVAIVDKLNVMSRTGELARVFGIDFMSVLTRGSQYRVESMMRRVAIARDFVLLAAPREEVFKQPAVEALPLVMEPQSALYVDPVIVLDFQSLYPSVIIAHNLCFSTMMGNINRISTWVERRRIGVQP-NYEPPAESELPTPPRQGVFIASNGEMFVQSSVRRGILPQLLEEILETRVMVKTAMKEA--KDEAIVNLLNARQFGLKMIANVTYGYTSASFSGRMPCAGLADAIVQCGRDCLEDVARYVEEELREQTGATVVYGDTDSVFVQVPGATRDEAFKIGRKIVDYVENTFPNPITLKLEKVYQPCVLQTKKRYVGYSFESAEQAVPVFDAKGIETVRRDSCPLVQKALEKSIRMLFETKNVSLVKKYIQRICRRLHQDRIPLADYIFRKEVRLGSY--KEGHLPPAAIVATKAIERDPRAVPRHGERVAFIVVYERPGAPLKDCVISPEDSVSSFRQGSVRINTTYYITKQLLPVLNRVFSLIGVRVATWYADMPRPSFEWAPPDDHEQKKRLRDNQ--SNLAMFYGTEKCAICHGKGNGKR--LCDRCSENESELQASRFVIETRLRESAFEQSNLIRMCLRCIGFQPLGRREILCSNLTCQVHNDLSVIERNMRSLN 1543 V +YG+ P F+++++Y P V R +T++ A+ + PY +HIP++LQFL D+ L GM +I++S+++FR P+P ++ +S L+ + D LQ D N +LW S+ ++S LE D I+N E ++ Y S+T + + + V++ + ++F + L E N P P PE + F + +Y D + + +K+ + +++ + E +E IRS + +T+ N +I+ + D R G E + SQ K W AS+ + + + ++ E +++ ++ + C ++ + KS+ E+ S+ VI S YK T K+ E K + + +R G+ PF + V P L R+ VC + + +++ NN+ ++R + I+ A I K R + + +P+ G L+N I S+G++ A E A + + T E + L + PPSP+ + RQ+ +++ + + + S I P + E K A+ S + + Q LT++++EVLA GD PDP + + V + D + + T+VL R + + R + C+ E + + + + DPDVL+G+E Q S+G++ ERA +G + SR K + L ++N +++ + R + + + GR V++LWR++R +VK+ Y E V E+ P + L WF +F R +I ++S +++ ++++L++++RT ELARVFGIDF SVL+RGSQ+RVESM+ R+A ++++ ++ ++V QPA+E LPLVMEP+S Y DPV+VLDFQSLYPS+IIA+NLC+ST +G + + V +GV ++P S+L + G+ +A NG ++VQS VR+G+LP+LL+EIL TR+MVK AMK+ + + + NARQ LK+IANVTYGYT+A FSGRMPCA LAD+IVQCGR LE +V + R + A VVYGDTDS+FV + G + +EAFKIG++I V P P+TLKLEKVYQPC L TKKRYVGYS+ES +Q P FDAKGIETVRRD+CP V K LEKS+R++FE ++++ VK Y++R R+ +I L D+IF KEVRLG+Y + G +PP+AIVA KA+ +DPRA P++GERV ++VV+ PGA L D VI P + R+N YYI KQ++PVL RVF L+G + W+A+MPRP K+ L +N + +Y ++ C +C GK + LCD C E E + A V+ R+ + E +L +C C G R + C +L+C V + +++ +R L+ Sbjct: 105 VKAKRMYGFFPKEELFMKIYLYYPHDVSRASTLLLSGAIMSRQFQ----PYESHIPYLLQFLVDYNLYGMSHIHVSKMKFRPPIP------DSFGKCSSQLKEKSLSASDNLQADPNDCSLGKFAIWITSTISRDLLWDSSITENFARRQSISMLEADSCVDDILN---EKYKMYTSLSQTTSDV-------------------KMVQSLIPIWEEFARSGLQEEANLPDVSKPN--------PETVLT-------SFMNNFEYDDIIAKLNFEKE---------------------------------------TSLFNLSPAEEAERIEHCIRSLSGVCGSVAFGKTVDSSGMKLKDNELII-----------TTDVRPEGEEITHGVQSTSQEHTNKEALGLLSWLASSQAANYVNSDDELTYQAALETAQQDFETASQ---------RECQDILDSVEIHKSRSKETDST----STSSDNFSVIPQVDGSTDEKEHITPYKDTKKTVKRSREKKPPWGVLPLSVKMREVGSSSASPFVEGGERNSLVSSPSARDLMRMQRFCRSDVCESANSRDMLDFELSPQELDNNS----IEREVSIEMAF--IEKPPMREQVEDFNYFLEPSINAAGPGLNNVLPFFNIESNGKEENKYFAEEQHGAQQTTLGVPTHFENNGSVLYLLTQAFSPPSPESVSQWLVQEGRQNIKNDQENHNSPQKRSIIVSEIDTPESNKETKENISFEVKGNEAYATGSWNEYSQISGPDDKGKLTPLSQIGFQDPASVGGGQQLTIISLEVLAECRGDLRPDPKFDAINVVSICVQDDSVSTVD------TYVLMRGNSEEYCRRNVDGVSGCNFVIFPEERHVLEYFIDIMSSLDPDVLIGWEVQRGSLGFLAERASYLGISLLERISRTPKCDKKLKITKNSDEEASTSIEDVVDDEWGRTHASGVHVGGRIVLNLWRLMRGEVKINMYKMEAVVEEVLRRKVPLIPTRVLNRWFASGPRFARHRSIEYISDRARINLELINQLDMINRTSELARVFGIDFFSVLSRGSQFRVESMLLRLAHTQNYLAISPGSQQVALQPAMECLPLVMEPESGFYPDPVVVLDFQSLYPSMIIAYNLCYSTCLGKVFPSRSTV----LGVSSYQHDPQILSDL----KDGLLLAPNGVLYVQSKVRKGVLPRLLQEILSTRIMVKQAMKKLGPSQQVLQRIYNARQLALKLIANVTYGYTAAGFSGRMPCAELADSIVQCGRRTLETAILFVNQHPRWK--ARVVYGDTDSMFVLLKGRSVEEAFKIGKEIASAVTAMNPEPVTLKLEKVYQPCFLLTKKRYVGYSYESPDQKAPTFDAKGIETVRRDTCPAVAKILEKSLRIMFEHQDITEVKSYLERQWTRILCGKISLQDFIFAKEVRLGTYSTRAGTVPPSAIVAMKAMAQDPRAEPQYGERVPYVVVHGEPGARLVDMVIDPYFLLDL--DSPYRLNNLYYINKQIIPVLQRVFGLVGANLYQWFAEMPRPVRRML-------KRNLNENNRGGRIDRYYVSKHCMVC-GKFTRRLDYLCDDCVEKEGMVSA---VLVGRVAKLEREMQHLNDICRHCGGADWKVERGVKCISLSCSVFYERRKVQKELRDLS 1609
BLAST of Ggra10033.t1 vs. uniprot
Match: A0A5B7AYN5 (DNA polymerase n=1 Tax=Davidia involucrata TaxID=16924 RepID=A0A5B7AYN5_DAVIN) HSP 1 Score: 611 bits (1576), Expect = 6.100e-191 Identity = 351/869 (40.39%), Postives = 524/869 (60.30%), Query Frame = 0 Query: 711 QNLTVMAIEVLASSYGDKLPDPARNGVLAVCTVTKAD-----DIFPITREHEAVTFVLNRPKALDPSRLIQSCDSEASLFDKLASHIRTCDPDVLVGFETQHSSIGYILERAQAIGHAFPNLASRWLKESLYTSRNQEQKV--------DNPAAAYY-------------RRKGADIKITGRHVISLWRVVRKQVKLPAYSKETVAAELFNTTFPRHENKYLEEWFTRD--NQFCRAISHLSRLVYLDVAIVDKLNVMSRTGELARVFGIDFMSVLTRGSQYRVESMMRRVAIARDFVLLAAPREEVFKQPAVEALPLVMEPQSALYVDPVIVLDFQSLYPSVIIAHNLCFSTMMGNINRISTWVERRRIGVQP-NYEPPAESELPTPPRQGVFIASNGEMFVQSSVRRGILPQLLEEILETRVMVKTAMKE-AKDEAIVN-LLNARQFGLKMIANVTYGYTSASFSGRMPCAGLADAIVQCGRDCLEDVARYVEEELREQTGATVVYGDTDSVFVQVPGATRDEAFKIGRKIVDYVENTFPNPITLKLEKVYQPCVLQTKKRYVGYSFESAEQAVPVFDAKGIETVRRDSCPLVQKALEKSIRMLFETKNVSLVKKYIQRICRRLHQDRIPLADYIFRKEVRLGSYKE--GHLPPAAIVATKAIERDPRAVPRHGERVAFIVVYERPGAPLKDCVISPEDSVSSFRQGSVRINTTYYITKQLLPVLNRVFSLIGVRVATWYADMPRPSFEWAPPDDHEQKKRLRDNQSNLAMFYGTEKCAICHGKGNGK-RLCDRCSENESELQASRFVIETRLRESAFEQSNLIRMCLRCIGFQPLGRREILCSNLTCQVHNDLSVIERNMRSLNAL 1545 Q LT+ +IEV A S GD PDP + V + + D DI+ + R V + +++ S + E LF+ + I T DPD+L+G++ Q S+G++ ERA IG + SR E+ + + + P A + R + + + GR V+++WR++R ++KL Y+ E V + P +K L +WF+ R I ++ L++ I+++L++++RT ELARVFGIDF SVL+RGSQYRVESM+ R+A ++++ ++ ++V QPA+E LPLVMEP+S Y DPV+VLDFQSLYPS+IIA+NLCF T +GN+ T + +GV + +P +L + + + NG M+V S VR+GILP+LLEEIL TR+M+K AMK+ A + I++ + NARQ LK+IANVTYGYT+A FSGRMPCA LAD+IVQCGR LE+ +V+ ++ A V+YGDTDS+FV + G T E+F+IG++I + PNP+TLK+EKVY PC L TKKRYVGYS+ES +Q PVFDAKGIETVRRD+C V K +E+S+R+ FE K+++ VK Y+QR R+ R+ L D++F KEVRLG+Y+ LPPAAIVATKA+ DPRA PR+ ER+ ++VV+ PG+ L D V+ P D ++ R+N YYI KQ++P L RVF L+G + W++DMPRP E A H +++ + +Y ++ C +C +CD+CS NE+ + S ++L + E +L+ +C C G L + C++LTC V + +++ +++++++ Sbjct: 394 QQLTLFSIEVQAESRGDLRPDPQFDAVNVIVLALQEDNDNIIDIYVLLRSK--TEHVQRNLDGISGCKVLVSSE-EKHLFNHFINIICTFDPDILIGWDIQGGSLGFLAERASHIGIGLLDKISRTPSETKVAAIDSDVPARGVSDIVSPEPLCADFVPLEDAIIEDEWGRTHASGVHVVGRIVLNIWRLMRGEIKLNMYTVEAVGEAVLRRKIPSLHSKVLTKWFSSGPGQARYRCIEYVVEKAKLNLEIMNRLDMINRTSELARVFGIDFFSVLSRGSQYRVESMLLRLAHTQNYLAISPGNQQVASQPAMECLPLVMEPESGFYADPVVVLDFQSLYPSMIIAYNLCFCTCLGNV----TPAKANTLGVSSFSPDPTVLRDL----KNEILLTPNGVMYVPSKVRKGILPRLLEEILSTRIMMKQAMKKLAPSQQILHRIFNARQLALKLIANVTYGYTAAGFSGRMPCAELADSIVQCGRRTLENAISFVDAH--DKWKAKVIYGDTDSMFVLLKGRTVKESFRIGQEIASAITAMNPNPVTLKMEKVYHPCFLLTKKRYVGYSYESPDQIKPVFDAKGIETVRRDTCGAVAKTMEQSLRLFFENKDINKVKAYLQRQWTRILSGRVSLQDFVFAKEVRLGTYRTRASSLPPAAIVATKAMRADPRAEPRYAERIPYVVVHGEPGSRLVDMVVDPLDLLAI--DSPFRLNDLYYIRKQIIPALQRVFGLVGADLYQWFSDMPRPGRE-AVSKRHSYAPNA--HRTRIDYYYLSKHCILCGELVQASAHVCDKCSNNEAAVATSLVGRTSKLEK---EIQHLVAICRHCGGGDWLMESGVKCTSLTCSVFYERRKVQKELQAVSSV 1241
BLAST of Ggra10033.t1 vs. uniprot
Match: A8IZI8 (DNA polymerase (Fragment) n=1 Tax=Chlamydomonas reinhardtii TaxID=3055 RepID=A8IZI8_CHLRE) HSP 1 Score: 589 bits (1519), Expect = 2.820e-189 Identity = 340/738 (46.07%), Postives = 469/738 (63.55%), Query Frame = 0 Query: 781 EASLFDKLASHIRTCDPDVLVGFETQHSSIGYILERAQAIGHAFPNLASRWLKESLYTSRNQEQKVDNPAAAYYRRKGADIKITGRHVISLWRVVRKQVKLPAYSKETVAAELFNTTFPRHENKYLEEWFTRDNQF--CRAISHLSRLVYLDVAIVDKLNVMSRTGELARVFGIDFMSVLTRGSQYRVESMMRRVAIARDFVLLAAPREEVFKQPAVEALPLVMEPQSALYVDPVIVLDFQSLYPSVIIAHNLCFSTMMGNINRISTWVERRRIGV-QPNYEPPAESELPTPPRQGVFIASNGEMFVQSSVRRGILPQLLEEILETRVMVKTAMKEA--KDEAIVNLLNARQFGLKMIANVTYGYTSASFSGRMPCAGLADAIVQCGRDCLEDVARYVEEELREQTGATVVYGDTDSVFVQVPGATRDEAFKIGRKIVDYVENTFPNPITLKLEKVYQPCVLQTKKRYVGYSFESAEQAVPVFDAKGIETVRRDSCPLVQKALEKSIRMLFETKNVSLVKKYIQRICRRLHQDRIPLADYIFRKEVRLGSYKEGH--LPPAAIVATKAIERDPRAVPRHGERVAFIVVYERPGAPLKDCVISPEDSVSSFRQGSVRINTTYYITKQLLPVLNRVFSLIGVRVATWYADMPRPSFEWAPPDDHEQKKRLRDNQSNLAMFYGTEKCAICHGKGNGKR-LCDRCSENESELQASRFVIETRLRESAFEQSNLIRMCLRCIG 1510 E SL A+ + + DPDV+ G++ Q S+GY+ ERA A+G A P L R + TS +E++ D A + + +TGR +++LWRV+R ++KL +Y+ E+ AA + PR + L WF R +S L R L +A+ ++L+++ RT E+AR FGIDF SVL+RGSQYRVES++ R+A ++++ RE+V QPA+EALPLVMEP+S +Y PV+VLDFQSLYPS +IA+NLC+ST +G R+GV Q +Y PA TP + + I+ NG +V VR G+LP++L EIL+TRVM+K AMK+ +D+ ++ +LNARQFGLKMIANV+YGYT+A FSGRMP A LADAIVQ GR LE+ VE + A VVYGDTDS+FV + G +R EAF+IG +I V P+P+TLK+EKVY PC+LQTKKRYVG+S+ES QA P FDAKGIETVRRDSCP V K LE+SIR+LF +K++S VK Y+QR ++ +R+ + D+IF KEVRLG+Y +PPAA VA +A+ DPRA P++ ERV ++VV+ PGA L D +SP V + GS+R+N TYYITKQ++P L RV SL+G V W+A+MPRP P + FY + C +C + LCD C + QAS ++ ++ + ++++RMCL C G Sbjct: 2 EPSLLRAFAAALSSLDPDVVCGWDVQRHSLGYLAERAAALGLAPPLL--RAAGRTPGTSSVKERQNDEWGALH----ASGFHVTGRVLLNLWRVLRGELKLGSYTFESCAAAVLGLRVPRVREQQLALWFAAGPSAGRWRTLSWLCRRCRLQLAMAEQLDLVGRTAEMARTFGIDFFSVLSRGSQYRVESLLVRLAHTNNYIMPTPSREQVGGQPAMEALPLVMEPESRMYASPVVVLDFQSLYPSQVIAYNLCYSTCVGRPMHARAGGTPVRLGVTQYSYPAPAAGTA-TP--EDLVISPNGVAYVSPQVRPGVLPRMLREILDTRVMIKGAMKKVPPEDKVLLRVLNARQFGLKMIANVSYGYTAAGFSGRMPFAELADAIVQSGRQTLENAIAMVESH--PEWRARVVYGDTDSMFVLLQGRSRKEAFRIGAEIARAVTAANPSPVTLKMEKVYHPCLLQTKKRYVGFSYESPTQASPTFDAKGIETVRRDSCPAVAKLLEQSIRLLFGSKDLSGVKSYLQRQWTKILSNRVSVQDFIFAKEVRLGTYSANAATMPPAAEVAARAMAADPRAEPKYAERVPYVVVHAEPGARLVDSAVSPWALVEA--GGSLRLNGTYYITKQIIPALERVLSLVGADVRAWFAEMPRPQ-RMLPQKRPAGMLAGAAAGGTIDRFYLSRHCVVCDQLTRAAQPLCDVCKRDP---QASLALLAAQVARLERQHTHMVRMCLHCGG 722
BLAST of Ggra10033.t1 vs. uniprot
Match: A0A0V0J011 (DNA polymerase n=1 Tax=Solanum chacoense TaxID=4108 RepID=A0A0V0J011_SOLCH) HSP 1 Score: 595 bits (1533), Expect = 4.900e-189 Identity = 351/868 (40.44%), Postives = 503/868 (57.95%), Query Frame = 0 Query: 711 QNLTVMAIEVLASSYGDKLPDPARNGVLAVCTVTKADDIFPITREHEAVTFVLNRPKALDPSRLIQSCD-----SEASLFDKLASHIRTCDPDVLVGFETQHSSIGYILERAQAIGHAFPNLASRWLKESLYTSRNQE----QKVDNPAAA---------------YYRRKGADIKITGRHVISLWRVVRKQVKLPAYSKETVAAELFNTTFPRHENKYLEEWFTRD--NQFCRAISHLSRLVYLDVAIVDKLNVMSRTGELARVFGIDFMSVLTRGSQYRVESMMRRVAIARDFVLLAAPREEVFKQPAVEALPLVMEPQSALYVDPVIVLDFQSLYPSVIIAHNLCFSTMMGNINRISTWVERRRIGVQPNYEPPAESELPTPPRQGVFIASNGEMFVQSSVRRGILPQLLEEILETRVMVKTAMKEAK--DEAIVNLLNARQFGLKMIANVTYGYTSASFSGRMPCAGLADAIVQCGRDCLEDVARYVEEELREQTGATVVYGDTDSVFVQVPGATRDEAFKIGRKIVDYVENTFPNPITLKLEKVYQPCVLQTKKRYVGYSFESAEQAVPVFDAKGIETVRRDSCPLVQKALEKSIRMLFETKNVSLVKKYIQRICRRLHQDRIPLADYIFRKEVRLGSY--KEGHLPPAAIVATKAIERDPRAVPRHGERVAFIVVYERPGAPLKDCVISPEDSVSSFRQGSVRINTTYYITKQLLPVLNRVFSLIGVRVATWYADMPRPSFEWAPPDDHEQKKRLRDNQSNLAMFYGTEKCAICHGKGNGKR-LCDRCSENESELQASRFVIETRLRESAFEQS--NLIRMCLRCIGFQPLGRREILCSNLTCQVHNDLSVIERNMRSLNAL 1545 Q LT+++IEV A S GD PDP + V + V + DD F R V N + C E +F I + DPD+ +G++ Q S+G++ ERA +G N SR E SR+ E + + A A + R + + + GR V+++WR++R +VKL Y+ E VA + FP NK L WF R I + L++ I+++L+V++RT ELAR+FGIDF SVL+RGSQYRVESM R+A A+++V ++ ++V QPA+E +PLVMEP+S Y DPV+VLDFQSLYPS+IIA+NLCF T +G + + + +GV +Y + + + + + NG M++ +R+G+LP+LLEEIL+TR+MVKTAMK+ + + + NARQ LK+IANVTYGYT+A FSGRMPCA LAD+IVQC R LE +V R A V+YGDTDS+FV + G + +EAF+IG +I V PNP+TLK+EKVY C L TKKRYVGYS E+ Q+ PVFDAKGIETVRRD+C V K +E+S+R+ FE +++ VK Y+ R +++ R+ L D++F KEVRLG+Y + LPPAAIVATKA+ DPRA PR+ ERV ++VV+ PGA L D V+ P D +S R+N YYI KQ++P L RVF L+ + W++DMPRP E A + +++ + +Y ++ C IC +C CS NE+ + A+ R S E++ +L +C C G L + C++L C V + I++ ++SL+ + Sbjct: 37 QQLTILSIEVQAESRGDLRPDPRFDAVRIIVLVFQEDDDF---RSDTHVLLHCNGESVQRNLDGVSECKVLTFIEERQVFFHFIKMINSFDPDIFMGWDIQGGSLGFLAERAAYLGIGLLNKISRTPSEGNIASRDSEGGKLSDIFSEAVAADPMFHEDAAIIDDEWGRTHASGVHVGGRIVLNIWRLMRGEVKLNLYTLEAVAEAVLRRKFPYIPNKVLTNWFLSGPGRARYRCIEYFLERTKLNLQIMNQLDVVNRTSELARIFGIDFFSVLSRGSQYRVESMFLRLAHAQNYVAISPGNQQVASQPAMECIPLVMEPKSGFYADPVVVLDFQSLYPSMIIAYNLCFCTCLGKVTSTNANI----LGVS-SYS--RDKNVMHNLKDEILLTPNGVMYIPPRIRKGVLPRLLEEILDTRIMVKTAMKKLAPGQQVLHRIFNARQLALKLIANVTYGYTAAGFSGRMPCAELADSIVQCARRTLESAISFVNTNHR--WNAKVIYGDTDSMFVLLEGRSVEEAFRIGHEIASEVTAMNPNPVTLKMEKVYHSCFLLTKKRYVGYSHENVGQSKPVFDAKGIETVRRDTCGAVSKIMERSLRVFFEYRDIEKVKFYLVRQWKKIISGRVSLQDFVFAKEVRLGTYSAQASSLPPAAIVATKAMRVDPRAEPRYAERVPYVVVHGEPGARLADVVVDPLDVLSI--DSPYRLNDIYYIKKQIIPALQRVFGLVRADLNQWFSDMPRPGREAA---GKRHRFTANAHRTRIDYYYLSKHCIICGELIQASSYVCQNCSRNEAVVAAA-----LTGRTSVLERNIQHLADVCRHCGGGDWLIESGVKCTSLACSVFYERRKIQKELQSLSTV 882 The following BLAST results are available for this feature:
BLAST of Ggra10033.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 >Ggra10033.t1 ID=Ggra10033.t1|Name=Ggra10033.t1|organism=Gracilaria gracilis GNS1m male|type=polypeptide|length=1557bpback to top Annotated Terms
The following terms have been associated with this polypeptide:
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