Homology
BLAST of Spo04665.1 vs. NCBI nr
Match:
gi|902240889|gb|KNA26113.1| (hypothetical protein SOVF_000290 [Spinacia oleracea])
HSP 1 Score: 1761.1 bits (4560), Expect = 0.000e+0
Identity = 929/929 (100.00%), Postives = 929/929 (100.00%), Query Frame = 1
Query: 1 MSFLLSLSSSHFFSNGFLIFKQQIIPTNTHFPPKFRHPIPPHSLPPTHSFTIKSLQNDAV 60 MSFLLSLSSSHFFSNGFLIFKQQIIPTNTHFPPKFRHPIPPHSLPPTHSFTIKSLQNDAV Sbjct: 1 MSFLLSLSSSHFFSNGFLIFKQQIIPTNTHFPPKFRHPIPPHSLPPTHSFTIKSLQNDAV 60 Query: 61 ESSNAFVPQNPPPRTLFPGGYKRPEIKIPNIVLQLNAAEVLSDGSVVNFVDMAVSKWVGI 120 ESSNAFVPQNPPPRTLFPGGYKRPEIKIPNIVLQLNAAEVLSDGSVVNFVDMAVSKWVGI Sbjct: 61 ESSNAFVPQNPPPRTLFPGGYKRPEIKIPNIVLQLNAAEVLSDGSVVNFVDMAVSKWVGI 120 Query: 121 VVVNGDEGSGGGKLYEAACLLKSVIRDRAYLLIAERVDIAAAVNASGVLLSDQGLPPIVA 180 VVVNGDEGSGGGKLYEAACLLKSVIRDRAYLLIAERVDIAAAVNASGVLLSDQGLPPIVA Sbjct: 121 VVVNGDEGSGGGKLYEAACLLKSVIRDRAYLLIAERVDIAAAVNASGVLLSDQGLPPIVA 180 Query: 181 RNTLMSSKSESVVLPVVGKIVQNVNAALNASSAEGADFLIYSTFAKEPAEIFMNSINKNV 240 RNTLMSSKSESVVLPVVGKIVQNVNAALNASSAEGADFLIYSTFAKEPAEIFMNSINKNV Sbjct: 181 RNTLMSSKSESVVLPVVGKIVQNVNAALNASSAEGADFLIYSTFAKEPAEIFMNSINKNV 240 Query: 241 KIPVFIEMELITPGGSCEEVSKVLTSGASGVVSSLKELKSSGDDFTKNICDLFTFDGNRQ 300 KIPVFIEMELITPGGSCEEVSKVLTSGASGVVSSLKELKSSGDDFTKNICDLFTFDGNRQ Sbjct: 241 KIPVFIEMELITPGGSCEEVSKVLTSGASGVVSSLKELKSSGDDFTKNICDLFTFDGNRQ 300 Query: 301 EKVASFNRPNLLSTTNGFSGETGIAGFVNLEDREMQFIQKERRLLMEAINIIEKAAPLME 360 EKVASFNRPNLLSTTNGFSGETGIAGFVNLEDREMQFIQKERRLLMEAINIIEKAAPLME Sbjct: 301 EKVASFNRPNLLSTTNGFSGETGIAGFVNLEDREMQFIQKERRLLMEAINIIEKAAPLME 360 Query: 361 EISLLKDAISQLDEPFLLVIVGEFNSGKSSVINALLGGKFLMEGVVPTTNEITFLRYAEL 420 EISLLKDAISQLDEPFLLVIVGEFNSGKSSVINALLGGKFLMEGVVPTTNEITFLRYAEL Sbjct: 361 EISLLKDAISQLDEPFLLVIVGEFNSGKSSVINALLGGKFLMEGVVPTTNEITFLRYAEL 420 Query: 421 DAKEQQRCERLPDGQNICYLPAEILKKMVIVDTPGTNVILQRQQRLTEEFVPRADILLFV 480 DAKEQQRCERLPDGQNICYLPAEILKKMVIVDTPGTNVILQRQQRLTEEFVPRADILLFV Sbjct: 421 DAKEQQRCERLPDGQNICYLPAEILKKMVIVDTPGTNVILQRQQRLTEEFVPRADILLFV 480 Query: 481 LSADRPLSESEVTFLRYTQQWKKKVLFLLNKADLYRNANELDEAITFVKDNVRKLLNVEN 540 LSADRPLSESEVTFLRYTQQWKKKVLFLLNKADLYRNANELDEAITFVKDNVRKLLNVEN Sbjct: 481 LSADRPLSESEVTFLRYTQQWKKKVLFLLNKADLYRNANELDEAITFVKDNVRKLLNVEN 540 Query: 541 VKLFPVSARSALEGKLATTDGADQHNLLLSESYSSSQTFDEFEKFLYAFMDGSTTAGLER 600 VKLFPVSARSALEGKLATTDGADQHNLLLSESYSSSQTFDEFEKFLYAFMDGSTTAGLER Sbjct: 541 VKLFPVSARSALEGKLATTDGADQHNLLLSESYSSSQTFDEFEKFLYAFMDGSTTAGLER 600 Query: 601 MTIKLETPLAIAERLLSSCQTLVTQDCRYAQKDLMSVQEVVRSVDEYGMKMDKESILWRR 660 MTIKLETPLAIAERLLSSCQTLVTQDCRYAQKDLMSVQEVVRSVDEYGMKMDKESILWRR Sbjct: 601 MTIKLETPLAIAERLLSSCQTLVTQDCRYAQKDLMSVQEVVRSVDEYGMKMDKESILWRR 660 Query: 661 QIFSLVSNAKERLLKVVESTLQLSNLDVAFSMFFGGDKSASAATQSIQSDIVSPALADAQ 720 QIFSLVSNAKERLLKVVESTLQLSNLDVAFSMFFGGDKSASAATQSIQSDIVSPALADAQ Sbjct: 661 QIFSLVSNAKERLLKVVESTLQLSNLDVAFSMFFGGDKSASAATQSIQSDIVSPALADAQ 720 Query: 721 RILGEYTSWLRESNIREGMQYKETFEKRWSLLFDSHNKVDFTSNLLQREVDTLSLKSLEK 780 RILGEYTSWLRESNIREGMQYKETFEKRWSLLFDSHNKVDFTSNLLQREVDTLSLKSLEK Sbjct: 721 RILGEYTSWLRESNIREGMQYKETFEKRWSLLFDSHNKVDFTSNLLQREVDTLSLKSLEK 780 Query: 781 FNGTAASKLFDQEVRQVFVGAFGGLGAAGLSASLLTSVLPTTLEDLLALGLCSAGGLLAI 840 FNGTAASKLFDQEVRQVFVGAFGGLGAAGLSASLLTSVLPTTLEDLLALGLCSAGGLLAI Sbjct: 781 FNGTAASKLFDQEVRQVFVGAFGGLGAAGLSASLLTSVLPTTLEDLLALGLCSAGGLLAI 840 Query: 841 SNFPARRQKVLDNVKSIADAVEQEIIEAMQQDLSTSVKNMEDFVTLVGKPYEEAAQQKLD 900 SNFPARRQKVLDNVKSIADAVEQEIIEAMQQDLSTSVKNMEDFVTLVGKPYEEAAQQKLD Sbjct: 841 SNFPARRQKVLDNVKSIADAVEQEIIEAMQQDLSTSVKNMEDFVTLVGKPYEEAAQQKLD 900 Query: 901 KLLDTREQLTVMEKKLQTLQVELQNLHLS 930 KLLDTREQLTVMEKKLQTLQVELQNLHLS Sbjct: 901 KLLDTREQLTVMEKKLQTLQVELQNLHLS 929
BLAST of Spo04665.1 vs. NCBI nr
Match:
gi|731346069|ref|XP_010684259.1| (PREDICTED: uncharacterized protein LOC104898847 [Beta vulgaris subsp. vulgaris])
HSP 1 Score: 1348.6 bits (3489), Expect = 0.000e+0
Identity = 741/939 (78.91%), Postives = 820/939 (87.33%), Query Frame = 1
Query: 4 LLSLSSSHFFSNGFLIFKQQIIPTNTHFPPKFRHPIPP-HSLPPTHSFT-IKSLQNDAVE 63 LLSLSSS FS +F +Q PT H+PPKFR P H LP +H FT KS QNDA+ Sbjct: 4 LLSLSSSLSFSTTGNLFLKQ--PTFPHYPPKFRPQHPQQHPLPHSHHFTKTKSAQNDAM- 63 Query: 64 SSNAFVPQNPPPRTLFPGGYKRPEIKIPNIVLQLNAAEVLSDGS-VVNFVDMAVSKWVGI 123 +A++PQN PRTLFPGGYKRPEIKIPNIVLQL+AA++LSD S V++FVD AV+K VG+ Sbjct: 64 -FDAYIPQNSQPRTLFPGGYKRPEIKIPNIVLQLSAAQILSDTSFVLDFVDSAVAKRVGV 123 Query: 124 VVVNGDEGS----GGGKLYEAACLLKSVIRDRAYLLIAERVDIAAAVNASGVLLSDQGLP 183 VVVNG EGS GGG+LYEAACLLKSVIRDRAYLL+AERVDIAAAVNASGVLLSDQGLP Sbjct: 124 VVVNGGEGSSSNSGGGQLYEAACLLKSVIRDRAYLLVAERVDIAAAVNASGVLLSDQGLP 183 Query: 184 PIVARNTLMSSKSESVVLPVVGKIVQNVNAALNASSAEGADFLIYSTFAKEPAEIFMNSI 243 PIVARNTLMSSKSESVVLPVVGKIVQ VN+ALNASSAEGADFLI S+FA+ A++FMNSI Sbjct: 184 PIVARNTLMSSKSESVVLPVVGKIVQTVNSALNASSAEGADFLILSSFAEGSADLFMNSI 243 Query: 244 NKNVKIPVFIEMELITPGGSCEEVSKVLTSGASGVVSSLKELKSSGDDFTKNICDLFTFD 303 ++ VKIPVFIEM+LIT GS +EVSKVL SGASGVV+SL+ELKS GD +K + D D Sbjct: 244 SEVVKIPVFIEMKLITDAGSFDEVSKVLMSGASGVVTSLEELKSCGDGLSKILYDPSITD 303 Query: 304 GNRQEKVASFNRPNLLSTTNGFSGETGIAGFVNLEDREMQFIQKERRLLMEAINIIEKAA 363 Q+KVA F TNGF G+ GI FVNLEDREMQFIQ+ERRLL+EA++IIEKAA Sbjct: 304 ERSQDKVARF--------TNGFPGDVGITSFVNLEDREMQFIQRERRLLVEAVDIIEKAA 363 Query: 364 PLMEEISLLKDAISQLDEPFLLVIVGEFNSGKSSVINALLGGKFLMEGVVPTTNEITFLR 423 PLMEEISLL DAISQLDEPFLLVIVGEFNSGKSSVINALLGGKF+MEGVVPTTNEITFLR Sbjct: 364 PLMEEISLLNDAISQLDEPFLLVIVGEFNSGKSSVINALLGGKFVMEGVVPTTNEITFLR 423 Query: 424 YAELDAKEQQRCERLPDGQNICYLPAEILKKMVIVDTPGTNVILQRQQRLTEEFVPRADI 483 YAELDAKEQQRCERLPDGQNICYLPAEILKKMVIVDTPGTNVILQRQQRLTEEFVPRADI Sbjct: 424 YAELDAKEQQRCERLPDGQNICYLPAEILKKMVIVDTPGTNVILQRQQRLTEEFVPRADI 483 Query: 484 LLFVLSADRPLSESEVTFLRYTQQWKKKVLFLLNKADLYRNANELDEAITFVKDNVRKLL 543 LLFVLSADRPLSESEV FLRYTQQWKK V+FLLNKADLYRNA+ELDEAITFV+DNV KLL Sbjct: 484 LLFVLSADRPLSESEVAFLRYTQQWKKNVVFLLNKADLYRNASELDEAITFVRDNVGKLL 543 Query: 544 NVENVKLFPVSARSALEGKLATTD-GADQHNLLLSE-SYSSSQTFDEFEKFLYAFMDGST 603 NVE+VKLFPVSAR+ALE KLAT D DQ NLL S+ YSSSQ+FDEFE FLY FMDGST Sbjct: 544 NVEHVKLFPVSARAALEAKLATADFETDQQNLLASKYYYSSSQSFDEFENFLYDFMDGST 603 Query: 604 TAGLERMTIKLETPLAIAERLLSSCQTLVTQDCRYAQKDLMSVQEVVRSVDEYGMKMDKE 663 TAGLERM IKL+TP+AIAERLLSSCQTLVTQDCRYAQKDLMSV+E++ SV +YG KM+ E Sbjct: 604 TAGLERMKIKLQTPIAIAERLLSSCQTLVTQDCRYAQKDLMSVKELICSVRDYGTKMESE 663 Query: 664 SILWRRQIFSLVSNAKERLLKVVESTLQLSNLDVAFSMFFGGDKSASAATQSIQSDIVSP 723 S+ WRRQ+FS V +AKER LK+VESTLQLSNLD+AF+MFFGG+KS S AT+SIQ+DIV+P Sbjct: 664 SMSWRRQVFSQVGSAKERALKLVESTLQLSNLDLAFAMFFGGEKSTSTATRSIQNDIVTP 723 Query: 724 ALADAQRILGEYTSWLRESNIREGMQYKETFEKRWSLLFDSHNKVDFTSN----LLQREV 783 ALAD QRILGEYTSWLRE+NIREGM+YKETF KRW LL DSHN+ DFT+N L REV Sbjct: 724 ALADVQRILGEYTSWLRENNIREGMRYKETFAKRWPLLVDSHNQADFTTNLQNCLAPREV 783 Query: 784 DTLSLKSLEKFNGTAASKLFDQEVRQVFVGAFGGLGAAGLSASLLTSVLPTTLEDLLALG 843 DT SL S KF+ T ASKLF+QE+RQVF GAFGGLGAAGLSASLLTSVLPTTLEDLLALG Sbjct: 784 DTQSLISTGKFSATTASKLFEQEIRQVFFGAFGGLGAAGLSASLLTSVLPTTLEDLLALG 843 Query: 844 LCSAGGLLAISNFPARRQKVLDNVKSIADAVEQEIIEAMQQDLSTSVKNMEDFVTLVGKP 903 LCSAGGLLAISNFPARRQKV+D VKSIAD VEQEI+EAMQ+DL ++KNMEDFV+LVGKP Sbjct: 844 LCSAGGLLAISNFPARRQKVVDKVKSIADTVEQEIVEAMQKDLLMTIKNMEDFVSLVGKP 903 Query: 904 YEEAAQQKLDKLLDTREQLTVMEKKLQTLQVELQNLHLS 930 YEEAAQQ+LDKLLDT+EQLT++EKKLQTLQVELQN HL+ Sbjct: 904 YEEAAQQRLDKLLDTQEQLTIIEKKLQTLQVELQNFHLT 930
BLAST of Spo04665.1 vs. NCBI nr
Match:
gi|595796918|ref|XP_007201215.1| (hypothetical protein PRUPE_ppa001060mg [Prunus persica])
HSP 1 Score: 1025.0 bits (2649), Expect = 8.100e-296
Identity = 543/910 (59.67%), Postives = 708/910 (77.80%), Query Frame = 1
Query: 39 IPPHSLP--PTHSFTIKS--------LQNDAVESSNAFVPQNP------PPRTLFPGGYK 98 + P S P TH IKS L + ++SN F QNP PPRT FPGG+K Sbjct: 17 LTPSSTPFLHTHLSRIKSQPSRRTRFLISSISQNSNQFTNQNPQTPPKKPPRTQFPGGFK 76 Query: 99 RPEIKIPNIVLQLNAAEVLSDGSVVNFVDMAVSKWVGIVVVNGDEGSGGGKLYEAACLLK 158 RPEIK+PNIVLQL+ +VL ++ +D AVSKWVGI+V+NG E SGG +LYEAAC LK Sbjct: 77 RPEIKVPNIVLQLDPDDVLVGDDALDLIDKAVSKWVGILVLNGREASGG-RLYEAACKLK 136 Query: 159 SVIRDRAYLLIAERVDIAAAVNASGVLLSDQGLPPIVARNTLMSSKSESVVLPVVGKIVQ 218 SV+RDRAYLLI+ERVDIAAA NASGVLLSDQGLP IVAR T+M+SKSESV+LP+V + VQ Sbjct: 137 SVVRDRAYLLISERVDIAAAANASGVLLSDQGLPTIVARGTMMASKSESVILPLVARNVQ 196 Query: 219 NVNAALNASSAEGADFLIYSTFAKEPAEIFMNSINKNVKIPVFIEMELITPGGSCEEVSK 278 +++ A++ASS+EGADFLIY +E + +N + KNVKIP+F+ + EV Sbjct: 197 DIDGAISASSSEGADFLIYGIGGQEEVHVALNPLFKNVKIPIFVMFP--SYDSLYSEVPT 256 Query: 279 VLTSGASGVVSSLKELKSSGDDFTKNICDL-FTFDGNRQEKVASFNRPNLLSTTNGFSGE 338 +L SGASG+V+SLK+ + D+ + D+ + +G Q++V SF+ +L+ NG + + Sbjct: 257 LLKSGASGLVTSLKDFRLLNDEALSELFDIIYMKNGKTQDEVESFDNLTVLNVLNGLNDD 316 Query: 339 TGIAGFVNLEDREMQFIQKERRLLMEAINIIEKAAPLMEEISLLKDAISQLDEPFLLVIV 398 +AGF+ LEDRE QFI+ ER +L++AIN+I+KAAPLMEE+SLL DA+SQ+DEPFLLVIV Sbjct: 317 KNVAGFLKLEDREKQFIETERSVLLKAINVIQKAAPLMEEVSLLIDAVSQIDEPFLLVIV 376 Query: 399 GEFNSGKSSVINALLGGKFLMEGVVPTTNEITFLRYAELDAKEQQRCERLPDGQNICYLP 458 GEFNSGKS+VINALLG ++L EGVVPTTNEITFLRY+E+D+ E+QRCER PDGQ ICYLP Sbjct: 377 GEFNSGKSTVINALLGSRYLKEGVVPTTNEITFLRYSEMDSGEEQRCERHPDGQYICYLP 436 Query: 459 AEILKKMVIVDTPGTNVILQRQQRLTEEFVPRADILLFVLSADRPLSESEVTFLRYTQQW 518 A ILK+M +VDTPGTNVILQRQQRLTEEFVPRAD+LLFV+SADRPL+ESEV FLRYTQQW Sbjct: 437 APILKEMHVVDTPGTNVILQRQQRLTEEFVPRADLLLFVISADRPLTESEVAFLRYTQQW 496 Query: 519 KKKVLFLLNKADLYRNANELDEAITFVKDNVRKLLNVENVKLFPVSARSALEGKL-ATTD 578 KKKV+F+LNK+D+Y+NA+EL+EA++F+K+N +KLLN ENV LFPVSARSALE KL A+ Sbjct: 497 KKKVVFVLNKSDIYQNAHELEEAMSFIKENTQKLLNTENVTLFPVSARSALEAKLSASAL 556 Query: 579 GADQHNLLLSESYSSSQTFDEFEKFLYAFMDGSTTAGLERMTIKLETPLAIAERLLSSCQ 638 G D LL S+S + +F E E FLY+F+DGST+ G+ERM +KLETP+AIAE+LLS+C+ Sbjct: 557 GKDYAKLLGSDSQWKTSSFYELENFLYSFLDGSTSTGMERMKLKLETPIAIAEKLLSACE 616 Query: 639 TLVTQDCRYAQKDLMSVQEVVRSVDEYGMKMDKESILWRRQIFSLVSNAKERLLKVVEST 698 TLVTQDCRYA++DL S+ ++V S+ Y +KM+ ESI WRR+I S++ K R+++++E+T Sbjct: 617 TLVTQDCRYAKQDLASINDIVGSIKNYAVKMENESIAWRRRILSVIDTTKSRVVELIEAT 676 Query: 699 LQLSNLDVAFSMFFGGDKSAS-AATQSIQSDIVSPALADAQRILGEYTSWLRESNIREGM 758 LQLSNLD+ F G+KSAS AT +Q+DI+ PA +D Q++LGEY WL+ N REG Sbjct: 677 LQLSNLDLVAYYVFKGEKSASIPATSRVQNDIMGPAFSDVQKLLGEYAIWLQSDNAREGR 736 Query: 759 QYKETFEKRWSLLFDSHNKVDFTSNLLQREVDTLSLKSLEKFNGTAASKLFDQEVRQVFV 818 Y ETFEKRWS H +V ++L +V+ LSLK +E F+ AASKLF+QE+R+V + Sbjct: 737 MYAETFEKRWSSFVYPHRQVHLETSL--EKVNELSLKVIEGFSTNAASKLFEQEIREVSL 796 Query: 819 GAFGGLGAAGLSASLLTSVLPTTLEDLLALGLCSAGGLLAISNFPARRQKVLDNVKSIAD 878 FGGLGAAGLSASLLTSVLPTTLEDLLALGLCSAGGLLA+S FPARRQ+++D VK AD Sbjct: 797 ATFGGLGAAGLSASLLTSVLPTTLEDLLALGLCSAGGLLAVSKFPARRQEMIDKVKRTAD 856 Query: 879 AVEQEIIEAMQQDLSTSVKNMEDFVTLVGKPYEEAAQQKLDKLLDTREQLTVMEKKLQTL 930 + +E+ EAMQ+DLS ++ NME FV + +PY++ AQQ+L+KLL+ +++++ ++K+LQTL Sbjct: 857 VLAREVEEAMQKDLSEAIGNMESFVKNISQPYQDTAQQRLEKLLELQDEISNVDKQLQTL 916
BLAST of Spo04665.1 vs. NCBI nr
Match:
gi|645259264|ref|XP_008235280.1| (PREDICTED: uncharacterized protein LOC103334119 [Prunus mume])
HSP 1 Score: 1020.0 bits (2636), Expect = 2.600e-294
Identity = 530/886 (59.82%), Postives = 704/886 (79.46%), Query Frame = 1
Query: 50 FTIKSLQNDAVESSNAFVPQNPP---PRTLFPGGYKRPEIKIPNIVLQLNAAEVLSDGSV 109 F I S+ ++ +S+N PQ PP PRT FPGG+KRPEIK+PNIVLQL+ +VL Sbjct: 42 FLISSISQNSNQSTNQN-PQTPPKQPPRTQFPGGFKRPEIKVPNIVLQLDPDDVLVGDDA 101 Query: 110 VNFVDMAVSKWVGIVVVNGDEGSGGGKLYEAACLLKSVIRDRAYLLIAERVDIAAAVNAS 169 ++ +D AVSKWVGI+V+NG E SGG +LYEAAC LKSV+RDRAYLLI+ERVDIAAA NAS Sbjct: 102 LDLIDKAVSKWVGILVLNGREASGG-RLYEAACKLKSVVRDRAYLLISERVDIAAAANAS 161 Query: 170 GVLLSDQGLPPIVARNTLMSSKSESVVLPVVGKIVQNVNAALNASSAEGADFLIYSTFAK 229 GVLLSDQGLP IVAR+T+M+SKS+SV+LP+V + VQ+++ A++ASS+EGADFLIY + Sbjct: 162 GVLLSDQGLPTIVARSTMMASKSDSVILPLVARNVQDIDGAISASSSEGADFLIYGIGGQ 221 Query: 230 EPAEIFMNSINKNVKIPVFIEMELITPGGSCEEVSKVLTSGASGVVSSLKELKSSGDDFT 289 E + +N + KNVKIP+F+ + EV +L SGASG+V+SLK+ + D+ Sbjct: 222 EEVHVALNPLFKNVKIPIFVMFP--SYDALYSEVPTLLKSGASGLVTSLKDFRLLNDEAL 281 Query: 290 KNICDL-FTFDGNRQEKVASFNRPNLLSTTNGFSGETGIAGFVNLEDREMQFIQKERRLL 349 + D+ + +G Q+++ SF+ +L+ NG + + +AGF+ LEDRE QFI+ ER +L Sbjct: 282 SELFDIVYMKNGKTQDEIESFDNLTVLNVLNGLNDDKNVAGFLKLEDREKQFIETERSVL 341 Query: 350 MEAINIIEKAAPLMEEISLLKDAISQLDEPFLLVIVGEFNSGKSSVINALLGGKFLMEGV 409 ++AIN+I+KAAPLMEE+SLL DA+SQ+DEPFLLVIVGEFNSGKS+VINALLG ++L EGV Sbjct: 342 LKAINVIQKAAPLMEEVSLLIDAVSQIDEPFLLVIVGEFNSGKSTVINALLGSRYLKEGV 401 Query: 410 VPTTNEITFLRYAELDAKEQQRCERLPDGQNICYLPAEILKKMVIVDTPGTNVILQRQQR 469 VPTTNEITFLRY+E+D+ E+QRCER PDGQ ICYLPA ILK+M +VDTPGTNVILQRQQR Sbjct: 402 VPTTNEITFLRYSEMDSGEEQRCERHPDGQYICYLPAPILKEMHVVDTPGTNVILQRQQR 461 Query: 470 LTEEFVPRADILLFVLSADRPLSESEVTFLRYTQQWKKKVLFLLNKADLYRNANELDEAI 529 LTEEFVPRAD+LLFV+SADRPL+ESEV FLRYTQQWKKKV+F+LNK+D+Y+NA+EL+EA+ Sbjct: 462 LTEEFVPRADLLLFVISADRPLTESEVAFLRYTQQWKKKVVFVLNKSDIYQNAHELEEAM 521 Query: 530 TFVKDNVRKLLNVENVKLFPVSARSALEGKL-ATTDGADQHNLLLSESYSSSQTFDEFEK 589 +F+K+N +KLLN E+V LFPVSARSALE KL A+ G D LL S+S + +F E E Sbjct: 522 SFIKENTQKLLNTEHVTLFPVSARSALEAKLSASALGKDYAKLLGSDSQWKTSSFYELEN 581 Query: 590 FLYAFMDGSTTAGLERMTIKLETPLAIAERLLSSCQTLVTQDCRYAQKDLMSVQEVVRSV 649 FLY+F+DGST+ G+ERM +KLETP+AIAE+LLS+C+TLVTQDCRYA++DL S+ ++V S+ Sbjct: 582 FLYSFLDGSTSTGMERMKLKLETPIAIAEKLLSACETLVTQDCRYAKQDLASINDIVGSI 641 Query: 650 DEYGMKMDKESILWRRQIFSLVSNAKERLLKVVESTLQLSNLDVAFSMFFGGDKSAS-AA 709 Y +KM+ ESI WRR+I S++ K R+++++E+TLQLSNLD+ F G+K+AS A Sbjct: 642 KNYAVKMENESIAWRRRILSVIDTTKSRVVELIEATLQLSNLDLVAYYVFKGEKAASIPA 701 Query: 710 TQSIQSDIVSPALADAQRILGEYTSWLRESNIREGMQYKETFEKRWSLLFDSHNKVDFTS 769 T +Q+DI+ PA +D Q++LGEY WL+ N REG Y ETFEKRWS H +V + Sbjct: 702 TTRVQNDIMGPAFSDVQKLLGEYVIWLQSDNAREGRMYAETFEKRWSSFVYPHRQVHLET 761 Query: 770 NLLQREVDTLSLKSLEKFNGTAASKLFDQEVRQVFVGAFGGLGAAGLSASLLTSVLPTTL 829 +L +V+ LSLK +E F+ AASKLF+QE+R+V + FGGLGAAGLSASLLTS+LPTTL Sbjct: 762 SL--EKVNELSLKVIEGFSTNAASKLFEQEIREVSLATFGGLGAAGLSASLLTSILPTTL 821 Query: 830 EDLLALGLCSAGGLLAISNFPARRQKVLDNVKSIADAVEQEIIEAMQQDLSTSVKNMEDF 889 EDLLALGLCSAGGLLA+S FPARRQ+++D VK AD + +E+ EAMQ+DLS +++NME F Sbjct: 822 EDLLALGLCSAGGLLAVSKFPARRQEMIDKVKRTADVLAREVEEAMQKDLSETIENMESF 881 Query: 890 VTLVGKPYEEAAQQKLDKLLDTREQLTVMEKKLQTLQVELQNLHLS 930 V + +PY++ A+Q+L+KLL+ +++++ ++K+LQTL++E+QNLH+S Sbjct: 882 VKNISQPYQDTARQRLEKLLELQDEISNVDKQLQTLRIEIQNLHVS 921
BLAST of Spo04665.1 vs. NCBI nr
Match:
gi|703076691|ref|XP_010090399.1| (Uncharacterized protein in xynA 3'region [Morus notabilis])
HSP 1 Score: 1012.3 bits (2616), Expect = 5.500e-292
Identity = 533/885 (60.23%), Postives = 695/885 (78.53%), Query Frame = 1
Query: 52 IKSLQNDAVESSNAFVPQ---NPPPRTLFPGGYKRPEIKIPNIVLQLNAAEVLSDGSVVN 111 ++S+ + + +N P+ PPRT+FPGGYKRPEI++P +VLQL+A EVL+ ++ Sbjct: 44 VRSISQNGSQFANQSSPELQGQGPPRTVFPGGYKRPEIRVPCLVLQLDADEVLAGDGALD 103 Query: 112 FVDMAVSKWVGIVVVNGDEGSGGGKLYEAACLLKSVIRDRAYLLIAERVDIAAAVNASGV 171 VD AVSKW GIVV+NG E +GG ++YEAAC LKSV+RDRAYLL+AERVDIAAA NASGV Sbjct: 104 LVDRAVSKWTGIVVLNGGEATGG-RIYEAACKLKSVVRDRAYLLVAERVDIAAAANASGV 163 Query: 172 LLSDQGLPPIVARNTLMSSKSESVVLPVVGKIVQNVNAALNASSAEGADFLIYSTFAKEP 231 +LSDQGLP IVAR+T+M SKS+SVVLP+V + VQ +AALNASS+EGADFLIYS ++ Sbjct: 164 VLSDQGLPAIVARSTMMDSKSDSVVLPLVARNVQTADAALNASSSEGADFLIYSLGEEKL 223 Query: 232 AEIFMNSINKNVKIPVFIEMELITPGGSCEEVSKVLTSGASGVVSSLKELKSSGDDFTKN 291 ++ +NS+ +NVKIP+F+ M E SK+L SGASG+V+S+K + DD + Sbjct: 224 VDVVLNSVRENVKIPIFV-MFTYEEDALVTEASKLLKSGASGLVTSVKGFEKFSDDALNS 283 Query: 292 I-CDLFTFDGNRQEKVASFNRPNLLSTTNGFSGETGIAGFVNLEDREMQFIQKERRLLME 351 + D++T + + Q+ + + LL++ NG + +AGF+NLEDR+ Q I++ER +L+E Sbjct: 284 LFSDVYTLNKSTQDDFDNSSENKLLNSENGIGAKERVAGFINLEDRKKQCIERERLVLLE 343 Query: 352 AINIIEKAAPLMEEISLLKDAISQLDEPFLLVIVGEFNSGKSSVINALLGGKFLMEGVVP 411 AIN+I+KAAPLME +SLL DA++Q+DEPFLL IVGEFNSGKSSVINALLG K+L EGVVP Sbjct: 344 AINVIQKAAPLMEGVSLLADAVAQIDEPFLLAIVGEFNSGKSSVINALLGSKYLKEGVVP 403 Query: 412 TTNEITFLRYAELDAKEQQRCERLPDGQNICYLPAEILKKMVIVDTPGTNVILQRQQRLT 471 TTNEITFLRY+ +D+ E QRCER PDGQ ICYLPA ILK+M IVDTPGTNVILQRQQRLT Sbjct: 404 TTNEITFLRYSNIDSGEAQRCERHPDGQYICYLPAPILKEMNIVDTPGTNVILQRQQRLT 463 Query: 472 EEFVPRADILLFVLSADRPLSESEVTFLRYTQQWKKKVLFLLNKADLYRNANELDEAITF 531 EEFVPRAD+LLFV+SADRPL+ESEV FLRY QQWKKKV+F+LNK+DLYR ANEL+EA++F Sbjct: 464 EEFVPRADLLLFVISADRPLTESEVGFLRYIQQWKKKVVFVLNKSDLYRTANELEEAVSF 523 Query: 532 VKDNVRKLLNVENVKLFPVSARSALEGKLATTDGADQH--NLLLSESYSSSQTFDEFEKF 591 +K+N +KLLN E+V ++PVSARSALE KL+ + ++ +L S+S S +FDEFE+F Sbjct: 524 IKENTQKLLNAEHVTIYPVSARSALEAKLSASSEFEKESDDLSTSDSDWKSSSFDEFEEF 583 Query: 592 LYAFMDGSTTAGLERMTIKLETPLAIAERLLSSCQTLVTQDCRYAQKDLMSVQEVVRSVD 651 LY+F+DGST+ G+ERM +KL TP+AIAERLLSSC+TLV QDCR A++DL S+ ++V SV Sbjct: 584 LYSFLDGSTSNGIERMKLKLGTPVAIAERLLSSCETLVRQDCRSAKQDLESINDIVSSVK 643 Query: 652 EYGMKMDKESILWRRQIFSLVSNAKERLLKVVESTLQLSNLDVAFSMFFGGDKSAS-AAT 711 +Y MKM+ ESI WRR+ S + N K R++ ++++TLQLSNLD+ S F G+KS + A T Sbjct: 644 DYAMKMENESISWRRRALSSIDNTKSRVIDLIQATLQLSNLDLVASYAFKGEKSTTLAPT 703 Query: 712 QSIQSDIVSPALADAQRILGEYTSWLRESNIREGMQYKETFEKRWSLLFDSHNKVDFTSN 771 IQ+D++ PAL D Q +LGEY WL+ +N+REGM YKE+FEK W ++++ F + Sbjct: 704 SRIQNDVIGPALIDVQNLLGEYIEWLQSNNVREGMVYKESFEKCWPSFVYPNSQLHFETF 763 Query: 772 LLQREVDTLSLKSLEKFNGTAASKLFDQEVRQVFVGAFGGLGAAGLSASLLTSVLPTTLE 831 ++V+ LSL + F+G AASKLFDQEVR+VF+G FGGLGAAGLSASLLTSVLPTTLE Sbjct: 764 ESLKKVNELSLGVMRNFSGPAASKLFDQEVREVFLGTFGGLGAAGLSASLLTSVLPTTLE 823 Query: 832 DLLALGLCSAGGLLAISNFPARRQKVLDNVKSIADAVEQEIIEAMQQDLSTSVKNMEDFV 891 DLLALGLCSAGGLLA+SNFPARRQ ++ VK ADA+ E+ EAMQ+DLS ++ N+E+FV Sbjct: 824 DLLALGLCSAGGLLAVSNFPARRQAMIVKVKKTADALALELEEAMQKDLSEALDNIENFV 883 Query: 892 TLVGKPYEEAAQQKLDKLLDTREQLTVMEKKLQTLQVELQNLHLS 930 +V KPY++AAQ KL+KLL + ++ +EK+LQ LQVE+QNLH+S Sbjct: 884 KVVAKPYQDAAQNKLEKLLAIQAEIADVEKELQRLQVEIQNLHVS 926
BLAST of Spo04665.1 vs. UniProtKB/TrEMBL
Match:
A0A0K9S320_SPIOL (Uncharacterized protein OS=Spinacia oleracea GN=SOVF_000290 PE=4 SV=1)
HSP 1 Score: 1761.1 bits (4560), Expect = 0.000e+0
Identity = 929/929 (100.00%), Postives = 929/929 (100.00%), Query Frame = 1
Query: 1 MSFLLSLSSSHFFSNGFLIFKQQIIPTNTHFPPKFRHPIPPHSLPPTHSFTIKSLQNDAV 60 MSFLLSLSSSHFFSNGFLIFKQQIIPTNTHFPPKFRHPIPPHSLPPTHSFTIKSLQNDAV Sbjct: 1 MSFLLSLSSSHFFSNGFLIFKQQIIPTNTHFPPKFRHPIPPHSLPPTHSFTIKSLQNDAV 60 Query: 61 ESSNAFVPQNPPPRTLFPGGYKRPEIKIPNIVLQLNAAEVLSDGSVVNFVDMAVSKWVGI 120 ESSNAFVPQNPPPRTLFPGGYKRPEIKIPNIVLQLNAAEVLSDGSVVNFVDMAVSKWVGI Sbjct: 61 ESSNAFVPQNPPPRTLFPGGYKRPEIKIPNIVLQLNAAEVLSDGSVVNFVDMAVSKWVGI 120 Query: 121 VVVNGDEGSGGGKLYEAACLLKSVIRDRAYLLIAERVDIAAAVNASGVLLSDQGLPPIVA 180 VVVNGDEGSGGGKLYEAACLLKSVIRDRAYLLIAERVDIAAAVNASGVLLSDQGLPPIVA Sbjct: 121 VVVNGDEGSGGGKLYEAACLLKSVIRDRAYLLIAERVDIAAAVNASGVLLSDQGLPPIVA 180 Query: 181 RNTLMSSKSESVVLPVVGKIVQNVNAALNASSAEGADFLIYSTFAKEPAEIFMNSINKNV 240 RNTLMSSKSESVVLPVVGKIVQNVNAALNASSAEGADFLIYSTFAKEPAEIFMNSINKNV Sbjct: 181 RNTLMSSKSESVVLPVVGKIVQNVNAALNASSAEGADFLIYSTFAKEPAEIFMNSINKNV 240 Query: 241 KIPVFIEMELITPGGSCEEVSKVLTSGASGVVSSLKELKSSGDDFTKNICDLFTFDGNRQ 300 KIPVFIEMELITPGGSCEEVSKVLTSGASGVVSSLKELKSSGDDFTKNICDLFTFDGNRQ Sbjct: 241 KIPVFIEMELITPGGSCEEVSKVLTSGASGVVSSLKELKSSGDDFTKNICDLFTFDGNRQ 300 Query: 301 EKVASFNRPNLLSTTNGFSGETGIAGFVNLEDREMQFIQKERRLLMEAINIIEKAAPLME 360 EKVASFNRPNLLSTTNGFSGETGIAGFVNLEDREMQFIQKERRLLMEAINIIEKAAPLME Sbjct: 301 EKVASFNRPNLLSTTNGFSGETGIAGFVNLEDREMQFIQKERRLLMEAINIIEKAAPLME 360 Query: 361 EISLLKDAISQLDEPFLLVIVGEFNSGKSSVINALLGGKFLMEGVVPTTNEITFLRYAEL 420 EISLLKDAISQLDEPFLLVIVGEFNSGKSSVINALLGGKFLMEGVVPTTNEITFLRYAEL Sbjct: 361 EISLLKDAISQLDEPFLLVIVGEFNSGKSSVINALLGGKFLMEGVVPTTNEITFLRYAEL 420 Query: 421 DAKEQQRCERLPDGQNICYLPAEILKKMVIVDTPGTNVILQRQQRLTEEFVPRADILLFV 480 DAKEQQRCERLPDGQNICYLPAEILKKMVIVDTPGTNVILQRQQRLTEEFVPRADILLFV Sbjct: 421 DAKEQQRCERLPDGQNICYLPAEILKKMVIVDTPGTNVILQRQQRLTEEFVPRADILLFV 480 Query: 481 LSADRPLSESEVTFLRYTQQWKKKVLFLLNKADLYRNANELDEAITFVKDNVRKLLNVEN 540 LSADRPLSESEVTFLRYTQQWKKKVLFLLNKADLYRNANELDEAITFVKDNVRKLLNVEN Sbjct: 481 LSADRPLSESEVTFLRYTQQWKKKVLFLLNKADLYRNANELDEAITFVKDNVRKLLNVEN 540 Query: 541 VKLFPVSARSALEGKLATTDGADQHNLLLSESYSSSQTFDEFEKFLYAFMDGSTTAGLER 600 VKLFPVSARSALEGKLATTDGADQHNLLLSESYSSSQTFDEFEKFLYAFMDGSTTAGLER Sbjct: 541 VKLFPVSARSALEGKLATTDGADQHNLLLSESYSSSQTFDEFEKFLYAFMDGSTTAGLER 600 Query: 601 MTIKLETPLAIAERLLSSCQTLVTQDCRYAQKDLMSVQEVVRSVDEYGMKMDKESILWRR 660 MTIKLETPLAIAERLLSSCQTLVTQDCRYAQKDLMSVQEVVRSVDEYGMKMDKESILWRR Sbjct: 601 MTIKLETPLAIAERLLSSCQTLVTQDCRYAQKDLMSVQEVVRSVDEYGMKMDKESILWRR 660 Query: 661 QIFSLVSNAKERLLKVVESTLQLSNLDVAFSMFFGGDKSASAATQSIQSDIVSPALADAQ 720 QIFSLVSNAKERLLKVVESTLQLSNLDVAFSMFFGGDKSASAATQSIQSDIVSPALADAQ Sbjct: 661 QIFSLVSNAKERLLKVVESTLQLSNLDVAFSMFFGGDKSASAATQSIQSDIVSPALADAQ 720 Query: 721 RILGEYTSWLRESNIREGMQYKETFEKRWSLLFDSHNKVDFTSNLLQREVDTLSLKSLEK 780 RILGEYTSWLRESNIREGMQYKETFEKRWSLLFDSHNKVDFTSNLLQREVDTLSLKSLEK Sbjct: 721 RILGEYTSWLRESNIREGMQYKETFEKRWSLLFDSHNKVDFTSNLLQREVDTLSLKSLEK 780 Query: 781 FNGTAASKLFDQEVRQVFVGAFGGLGAAGLSASLLTSVLPTTLEDLLALGLCSAGGLLAI 840 FNGTAASKLFDQEVRQVFVGAFGGLGAAGLSASLLTSVLPTTLEDLLALGLCSAGGLLAI Sbjct: 781 FNGTAASKLFDQEVRQVFVGAFGGLGAAGLSASLLTSVLPTTLEDLLALGLCSAGGLLAI 840 Query: 841 SNFPARRQKVLDNVKSIADAVEQEIIEAMQQDLSTSVKNMEDFVTLVGKPYEEAAQQKLD 900 SNFPARRQKVLDNVKSIADAVEQEIIEAMQQDLSTSVKNMEDFVTLVGKPYEEAAQQKLD Sbjct: 841 SNFPARRQKVLDNVKSIADAVEQEIIEAMQQDLSTSVKNMEDFVTLVGKPYEEAAQQKLD 900 Query: 901 KLLDTREQLTVMEKKLQTLQVELQNLHLS 930 KLLDTREQLTVMEKKLQTLQVELQNLHLS Sbjct: 901 KLLDTREQLTVMEKKLQTLQVELQNLHLS 929
BLAST of Spo04665.1 vs. UniProtKB/TrEMBL
Match:
A0A0J8C1W7_BETVU (Uncharacterized protein OS=Beta vulgaris subsp. vulgaris GN=BVRB_7g163090 PE=4 SV=1)
HSP 1 Score: 1348.6 bits (3489), Expect = 0.000e+0
Identity = 741/939 (78.91%), Postives = 820/939 (87.33%), Query Frame = 1
Query: 4 LLSLSSSHFFSNGFLIFKQQIIPTNTHFPPKFRHPIPP-HSLPPTHSFT-IKSLQNDAVE 63 LLSLSSS FS +F +Q PT H+PPKFR P H LP +H FT KS QNDA+ Sbjct: 4 LLSLSSSLSFSTTGNLFLKQ--PTFPHYPPKFRPQHPQQHPLPHSHHFTKTKSAQNDAM- 63 Query: 64 SSNAFVPQNPPPRTLFPGGYKRPEIKIPNIVLQLNAAEVLSDGS-VVNFVDMAVSKWVGI 123 +A++PQN PRTLFPGGYKRPEIKIPNIVLQL+AA++LSD S V++FVD AV+K VG+ Sbjct: 64 -FDAYIPQNSQPRTLFPGGYKRPEIKIPNIVLQLSAAQILSDTSFVLDFVDSAVAKRVGV 123 Query: 124 VVVNGDEGS----GGGKLYEAACLLKSVIRDRAYLLIAERVDIAAAVNASGVLLSDQGLP 183 VVVNG EGS GGG+LYEAACLLKSVIRDRAYLL+AERVDIAAAVNASGVLLSDQGLP Sbjct: 124 VVVNGGEGSSSNSGGGQLYEAACLLKSVIRDRAYLLVAERVDIAAAVNASGVLLSDQGLP 183 Query: 184 PIVARNTLMSSKSESVVLPVVGKIVQNVNAALNASSAEGADFLIYSTFAKEPAEIFMNSI 243 PIVARNTLMSSKSESVVLPVVGKIVQ VN+ALNASSAEGADFLI S+FA+ A++FMNSI Sbjct: 184 PIVARNTLMSSKSESVVLPVVGKIVQTVNSALNASSAEGADFLILSSFAEGSADLFMNSI 243 Query: 244 NKNVKIPVFIEMELITPGGSCEEVSKVLTSGASGVVSSLKELKSSGDDFTKNICDLFTFD 303 ++ VKIPVFIEM+LIT GS +EVSKVL SGASGVV+SL+ELKS GD +K + D D Sbjct: 244 SEVVKIPVFIEMKLITDAGSFDEVSKVLMSGASGVVTSLEELKSCGDGLSKILYDPSITD 303 Query: 304 GNRQEKVASFNRPNLLSTTNGFSGETGIAGFVNLEDREMQFIQKERRLLMEAINIIEKAA 363 Q+KVA F TNGF G+ GI FVNLEDREMQFIQ+ERRLL+EA++IIEKAA Sbjct: 304 ERSQDKVARF--------TNGFPGDVGITSFVNLEDREMQFIQRERRLLVEAVDIIEKAA 363 Query: 364 PLMEEISLLKDAISQLDEPFLLVIVGEFNSGKSSVINALLGGKFLMEGVVPTTNEITFLR 423 PLMEEISLL DAISQLDEPFLLVIVGEFNSGKSSVINALLGGKF+MEGVVPTTNEITFLR Sbjct: 364 PLMEEISLLNDAISQLDEPFLLVIVGEFNSGKSSVINALLGGKFVMEGVVPTTNEITFLR 423 Query: 424 YAELDAKEQQRCERLPDGQNICYLPAEILKKMVIVDTPGTNVILQRQQRLTEEFVPRADI 483 YAELDAKEQQRCERLPDGQNICYLPAEILKKMVIVDTPGTNVILQRQQRLTEEFVPRADI Sbjct: 424 YAELDAKEQQRCERLPDGQNICYLPAEILKKMVIVDTPGTNVILQRQQRLTEEFVPRADI 483 Query: 484 LLFVLSADRPLSESEVTFLRYTQQWKKKVLFLLNKADLYRNANELDEAITFVKDNVRKLL 543 LLFVLSADRPLSESEV FLRYTQQWKK V+FLLNKADLYRNA+ELDEAITFV+DNV KLL Sbjct: 484 LLFVLSADRPLSESEVAFLRYTQQWKKNVVFLLNKADLYRNASELDEAITFVRDNVGKLL 543 Query: 544 NVENVKLFPVSARSALEGKLATTD-GADQHNLLLSE-SYSSSQTFDEFEKFLYAFMDGST 603 NVE+VKLFPVSAR+ALE KLAT D DQ NLL S+ YSSSQ+FDEFE FLY FMDGST Sbjct: 544 NVEHVKLFPVSARAALEAKLATADFETDQQNLLASKYYYSSSQSFDEFENFLYDFMDGST 603 Query: 604 TAGLERMTIKLETPLAIAERLLSSCQTLVTQDCRYAQKDLMSVQEVVRSVDEYGMKMDKE 663 TAGLERM IKL+TP+AIAERLLSSCQTLVTQDCRYAQKDLMSV+E++ SV +YG KM+ E Sbjct: 604 TAGLERMKIKLQTPIAIAERLLSSCQTLVTQDCRYAQKDLMSVKELICSVRDYGTKMESE 663 Query: 664 SILWRRQIFSLVSNAKERLLKVVESTLQLSNLDVAFSMFFGGDKSASAATQSIQSDIVSP 723 S+ WRRQ+FS V +AKER LK+VESTLQLSNLD+AF+MFFGG+KS S AT+SIQ+DIV+P Sbjct: 664 SMSWRRQVFSQVGSAKERALKLVESTLQLSNLDLAFAMFFGGEKSTSTATRSIQNDIVTP 723 Query: 724 ALADAQRILGEYTSWLRESNIREGMQYKETFEKRWSLLFDSHNKVDFTSN----LLQREV 783 ALAD QRILGEYTSWLRE+NIREGM+YKETF KRW LL DSHN+ DFT+N L REV Sbjct: 724 ALADVQRILGEYTSWLRENNIREGMRYKETFAKRWPLLVDSHNQADFTTNLQNCLAPREV 783 Query: 784 DTLSLKSLEKFNGTAASKLFDQEVRQVFVGAFGGLGAAGLSASLLTSVLPTTLEDLLALG 843 DT SL S KF+ T ASKLF+QE+RQVF GAFGGLGAAGLSASLLTSVLPTTLEDLLALG Sbjct: 784 DTQSLISTGKFSATTASKLFEQEIRQVFFGAFGGLGAAGLSASLLTSVLPTTLEDLLALG 843 Query: 844 LCSAGGLLAISNFPARRQKVLDNVKSIADAVEQEIIEAMQQDLSTSVKNMEDFVTLVGKP 903 LCSAGGLLAISNFPARRQKV+D VKSIAD VEQEI+EAMQ+DL ++KNMEDFV+LVGKP Sbjct: 844 LCSAGGLLAISNFPARRQKVVDKVKSIADTVEQEIVEAMQKDLLMTIKNMEDFVSLVGKP 903 Query: 904 YEEAAQQKLDKLLDTREQLTVMEKKLQTLQVELQNLHLS 930 YEEAAQQ+LDKLLDT+EQLT++EKKLQTLQVELQN HL+ Sbjct: 904 YEEAAQQRLDKLLDTQEQLTIIEKKLQTLQVELQNFHLT 930
BLAST of Spo04665.1 vs. UniProtKB/TrEMBL
Match:
M5VMJ9_PRUPE (Uncharacterized protein OS=Prunus persica GN=PRUPE_ppa001060mg PE=4 SV=1)
HSP 1 Score: 1025.0 bits (2649), Expect = 5.700e-296
Identity = 543/910 (59.67%), Postives = 708/910 (77.80%), Query Frame = 1
Query: 39 IPPHSLP--PTHSFTIKS--------LQNDAVESSNAFVPQNP------PPRTLFPGGYK 98 + P S P TH IKS L + ++SN F QNP PPRT FPGG+K Sbjct: 17 LTPSSTPFLHTHLSRIKSQPSRRTRFLISSISQNSNQFTNQNPQTPPKKPPRTQFPGGFK 76 Query: 99 RPEIKIPNIVLQLNAAEVLSDGSVVNFVDMAVSKWVGIVVVNGDEGSGGGKLYEAACLLK 158 RPEIK+PNIVLQL+ +VL ++ +D AVSKWVGI+V+NG E SGG +LYEAAC LK Sbjct: 77 RPEIKVPNIVLQLDPDDVLVGDDALDLIDKAVSKWVGILVLNGREASGG-RLYEAACKLK 136 Query: 159 SVIRDRAYLLIAERVDIAAAVNASGVLLSDQGLPPIVARNTLMSSKSESVVLPVVGKIVQ 218 SV+RDRAYLLI+ERVDIAAA NASGVLLSDQGLP IVAR T+M+SKSESV+LP+V + VQ Sbjct: 137 SVVRDRAYLLISERVDIAAAANASGVLLSDQGLPTIVARGTMMASKSESVILPLVARNVQ 196 Query: 219 NVNAALNASSAEGADFLIYSTFAKEPAEIFMNSINKNVKIPVFIEMELITPGGSCEEVSK 278 +++ A++ASS+EGADFLIY +E + +N + KNVKIP+F+ + EV Sbjct: 197 DIDGAISASSSEGADFLIYGIGGQEEVHVALNPLFKNVKIPIFVMFP--SYDSLYSEVPT 256 Query: 279 VLTSGASGVVSSLKELKSSGDDFTKNICDL-FTFDGNRQEKVASFNRPNLLSTTNGFSGE 338 +L SGASG+V+SLK+ + D+ + D+ + +G Q++V SF+ +L+ NG + + Sbjct: 257 LLKSGASGLVTSLKDFRLLNDEALSELFDIIYMKNGKTQDEVESFDNLTVLNVLNGLNDD 316 Query: 339 TGIAGFVNLEDREMQFIQKERRLLMEAINIIEKAAPLMEEISLLKDAISQLDEPFLLVIV 398 +AGF+ LEDRE QFI+ ER +L++AIN+I+KAAPLMEE+SLL DA+SQ+DEPFLLVIV Sbjct: 317 KNVAGFLKLEDREKQFIETERSVLLKAINVIQKAAPLMEEVSLLIDAVSQIDEPFLLVIV 376 Query: 399 GEFNSGKSSVINALLGGKFLMEGVVPTTNEITFLRYAELDAKEQQRCERLPDGQNICYLP 458 GEFNSGKS+VINALLG ++L EGVVPTTNEITFLRY+E+D+ E+QRCER PDGQ ICYLP Sbjct: 377 GEFNSGKSTVINALLGSRYLKEGVVPTTNEITFLRYSEMDSGEEQRCERHPDGQYICYLP 436 Query: 459 AEILKKMVIVDTPGTNVILQRQQRLTEEFVPRADILLFVLSADRPLSESEVTFLRYTQQW 518 A ILK+M +VDTPGTNVILQRQQRLTEEFVPRAD+LLFV+SADRPL+ESEV FLRYTQQW Sbjct: 437 APILKEMHVVDTPGTNVILQRQQRLTEEFVPRADLLLFVISADRPLTESEVAFLRYTQQW 496 Query: 519 KKKVLFLLNKADLYRNANELDEAITFVKDNVRKLLNVENVKLFPVSARSALEGKL-ATTD 578 KKKV+F+LNK+D+Y+NA+EL+EA++F+K+N +KLLN ENV LFPVSARSALE KL A+ Sbjct: 497 KKKVVFVLNKSDIYQNAHELEEAMSFIKENTQKLLNTENVTLFPVSARSALEAKLSASAL 556 Query: 579 GADQHNLLLSESYSSSQTFDEFEKFLYAFMDGSTTAGLERMTIKLETPLAIAERLLSSCQ 638 G D LL S+S + +F E E FLY+F+DGST+ G+ERM +KLETP+AIAE+LLS+C+ Sbjct: 557 GKDYAKLLGSDSQWKTSSFYELENFLYSFLDGSTSTGMERMKLKLETPIAIAEKLLSACE 616 Query: 639 TLVTQDCRYAQKDLMSVQEVVRSVDEYGMKMDKESILWRRQIFSLVSNAKERLLKVVEST 698 TLVTQDCRYA++DL S+ ++V S+ Y +KM+ ESI WRR+I S++ K R+++++E+T Sbjct: 617 TLVTQDCRYAKQDLASINDIVGSIKNYAVKMENESIAWRRRILSVIDTTKSRVVELIEAT 676 Query: 699 LQLSNLDVAFSMFFGGDKSAS-AATQSIQSDIVSPALADAQRILGEYTSWLRESNIREGM 758 LQLSNLD+ F G+KSAS AT +Q+DI+ PA +D Q++LGEY WL+ N REG Sbjct: 677 LQLSNLDLVAYYVFKGEKSASIPATSRVQNDIMGPAFSDVQKLLGEYAIWLQSDNAREGR 736 Query: 759 QYKETFEKRWSLLFDSHNKVDFTSNLLQREVDTLSLKSLEKFNGTAASKLFDQEVRQVFV 818 Y ETFEKRWS H +V ++L +V+ LSLK +E F+ AASKLF+QE+R+V + Sbjct: 737 MYAETFEKRWSSFVYPHRQVHLETSL--EKVNELSLKVIEGFSTNAASKLFEQEIREVSL 796 Query: 819 GAFGGLGAAGLSASLLTSVLPTTLEDLLALGLCSAGGLLAISNFPARRQKVLDNVKSIAD 878 FGGLGAAGLSASLLTSVLPTTLEDLLALGLCSAGGLLA+S FPARRQ+++D VK AD Sbjct: 797 ATFGGLGAAGLSASLLTSVLPTTLEDLLALGLCSAGGLLAVSKFPARRQEMIDKVKRTAD 856 Query: 879 AVEQEIIEAMQQDLSTSVKNMEDFVTLVGKPYEEAAQQKLDKLLDTREQLTVMEKKLQTL 930 + +E+ EAMQ+DLS ++ NME FV + +PY++ AQQ+L+KLL+ +++++ ++K+LQTL Sbjct: 857 VLAREVEEAMQKDLSEAIGNMESFVKNISQPYQDTAQQRLEKLLELQDEISNVDKQLQTL 916
BLAST of Spo04665.1 vs. UniProtKB/TrEMBL
Match:
W9QKM1_9ROSA (Uncharacterized protein in xynA 3'region OS=Morus notabilis GN=L484_025064 PE=4 SV=1)
HSP 1 Score: 1012.3 bits (2616), Expect = 3.800e-292
Identity = 533/885 (60.23%), Postives = 695/885 (78.53%), Query Frame = 1
Query: 52 IKSLQNDAVESSNAFVPQ---NPPPRTLFPGGYKRPEIKIPNIVLQLNAAEVLSDGSVVN 111 ++S+ + + +N P+ PPRT+FPGGYKRPEI++P +VLQL+A EVL+ ++ Sbjct: 44 VRSISQNGSQFANQSSPELQGQGPPRTVFPGGYKRPEIRVPCLVLQLDADEVLAGDGALD 103 Query: 112 FVDMAVSKWVGIVVVNGDEGSGGGKLYEAACLLKSVIRDRAYLLIAERVDIAAAVNASGV 171 VD AVSKW GIVV+NG E +GG ++YEAAC LKSV+RDRAYLL+AERVDIAAA NASGV Sbjct: 104 LVDRAVSKWTGIVVLNGGEATGG-RIYEAACKLKSVVRDRAYLLVAERVDIAAAANASGV 163 Query: 172 LLSDQGLPPIVARNTLMSSKSESVVLPVVGKIVQNVNAALNASSAEGADFLIYSTFAKEP 231 +LSDQGLP IVAR+T+M SKS+SVVLP+V + VQ +AALNASS+EGADFLIYS ++ Sbjct: 164 VLSDQGLPAIVARSTMMDSKSDSVVLPLVARNVQTADAALNASSSEGADFLIYSLGEEKL 223 Query: 232 AEIFMNSINKNVKIPVFIEMELITPGGSCEEVSKVLTSGASGVVSSLKELKSSGDDFTKN 291 ++ +NS+ +NVKIP+F+ M E SK+L SGASG+V+S+K + DD + Sbjct: 224 VDVVLNSVRENVKIPIFV-MFTYEEDALVTEASKLLKSGASGLVTSVKGFEKFSDDALNS 283 Query: 292 I-CDLFTFDGNRQEKVASFNRPNLLSTTNGFSGETGIAGFVNLEDREMQFIQKERRLLME 351 + D++T + + Q+ + + LL++ NG + +AGF+NLEDR+ Q I++ER +L+E Sbjct: 284 LFSDVYTLNKSTQDDFDNSSENKLLNSENGIGAKERVAGFINLEDRKKQCIERERLVLLE 343 Query: 352 AINIIEKAAPLMEEISLLKDAISQLDEPFLLVIVGEFNSGKSSVINALLGGKFLMEGVVP 411 AIN+I+KAAPLME +SLL DA++Q+DEPFLL IVGEFNSGKSSVINALLG K+L EGVVP Sbjct: 344 AINVIQKAAPLMEGVSLLADAVAQIDEPFLLAIVGEFNSGKSSVINALLGSKYLKEGVVP 403 Query: 412 TTNEITFLRYAELDAKEQQRCERLPDGQNICYLPAEILKKMVIVDTPGTNVILQRQQRLT 471 TTNEITFLRY+ +D+ E QRCER PDGQ ICYLPA ILK+M IVDTPGTNVILQRQQRLT Sbjct: 404 TTNEITFLRYSNIDSGEAQRCERHPDGQYICYLPAPILKEMNIVDTPGTNVILQRQQRLT 463 Query: 472 EEFVPRADILLFVLSADRPLSESEVTFLRYTQQWKKKVLFLLNKADLYRNANELDEAITF 531 EEFVPRAD+LLFV+SADRPL+ESEV FLRY QQWKKKV+F+LNK+DLYR ANEL+EA++F Sbjct: 464 EEFVPRADLLLFVISADRPLTESEVGFLRYIQQWKKKVVFVLNKSDLYRTANELEEAVSF 523 Query: 532 VKDNVRKLLNVENVKLFPVSARSALEGKLATTDGADQH--NLLLSESYSSSQTFDEFEKF 591 +K+N +KLLN E+V ++PVSARSALE KL+ + ++ +L S+S S +FDEFE+F Sbjct: 524 IKENTQKLLNAEHVTIYPVSARSALEAKLSASSEFEKESDDLSTSDSDWKSSSFDEFEEF 583 Query: 592 LYAFMDGSTTAGLERMTIKLETPLAIAERLLSSCQTLVTQDCRYAQKDLMSVQEVVRSVD 651 LY+F+DGST+ G+ERM +KL TP+AIAERLLSSC+TLV QDCR A++DL S+ ++V SV Sbjct: 584 LYSFLDGSTSNGIERMKLKLGTPVAIAERLLSSCETLVRQDCRSAKQDLESINDIVSSVK 643 Query: 652 EYGMKMDKESILWRRQIFSLVSNAKERLLKVVESTLQLSNLDVAFSMFFGGDKSAS-AAT 711 +Y MKM+ ESI WRR+ S + N K R++ ++++TLQLSNLD+ S F G+KS + A T Sbjct: 644 DYAMKMENESISWRRRALSSIDNTKSRVIDLIQATLQLSNLDLVASYAFKGEKSTTLAPT 703 Query: 712 QSIQSDIVSPALADAQRILGEYTSWLRESNIREGMQYKETFEKRWSLLFDSHNKVDFTSN 771 IQ+D++ PAL D Q +LGEY WL+ +N+REGM YKE+FEK W ++++ F + Sbjct: 704 SRIQNDVIGPALIDVQNLLGEYIEWLQSNNVREGMVYKESFEKCWPSFVYPNSQLHFETF 763 Query: 772 LLQREVDTLSLKSLEKFNGTAASKLFDQEVRQVFVGAFGGLGAAGLSASLLTSVLPTTLE 831 ++V+ LSL + F+G AASKLFDQEVR+VF+G FGGLGAAGLSASLLTSVLPTTLE Sbjct: 764 ESLKKVNELSLGVMRNFSGPAASKLFDQEVREVFLGTFGGLGAAGLSASLLTSVLPTTLE 823 Query: 832 DLLALGLCSAGGLLAISNFPARRQKVLDNVKSIADAVEQEIIEAMQQDLSTSVKNMEDFV 891 DLLALGLCSAGGLLA+SNFPARRQ ++ VK ADA+ E+ EAMQ+DLS ++ N+E+FV Sbjct: 824 DLLALGLCSAGGLLAVSNFPARRQAMIVKVKKTADALALELEEAMQKDLSEALDNIENFV 883 Query: 892 TLVGKPYEEAAQQKLDKLLDTREQLTVMEKKLQTLQVELQNLHLS 930 +V KPY++AAQ KL+KLL + ++ +EK+LQ LQVE+QNLH+S Sbjct: 884 KVVAKPYQDAAQNKLEKLLAIQAEIADVEKELQRLQVEIQNLHVS 926
BLAST of Spo04665.1 vs. UniProtKB/TrEMBL
Match:
D7TPB4_VITVI (Putative uncharacterized protein OS=Vitis vinifera GN=VIT_07s0104g00480 PE=4 SV=1)
HSP 1 Score: 1006.9 bits (2602), Expect = 1.600e-290
Identity = 528/897 (58.86%), Postives = 703/897 (78.37%), Query Frame = 1
Query: 36 RHPIPPHSLPPTHSFTIKSLQNDAVESSNAFVPQNPPPRTLFPGGYKRPEIKIPNIVLQL 95 R+P+P S + +I S+ N+++ ++ QN PRT++PGGYKRPEI++P++VLQL Sbjct: 36 RYPLPLFSRRRSR-LSIVSIANNSIPPTS----QNKQPRTVYPGGYKRPEIRVPSLVLQL 95 Query: 96 NAAEVLSDGSVVNFVDMAVSKWVGIVVVNGDEGSGGGKLYEAACLLKSVIRDRAYLLIAE 155 + EVL V++ VD AVSKWVG+VV++G +GSGG +LYEAACLLKSV+R+RAYL++AE Sbjct: 96 SVDEVLDRAGVLDVVDEAVSKWVGVVVLDGGDGSGG-RLYEAACLLKSVVRERAYLMVAE 155 Query: 156 RVDIAAAVNASGVLLSDQGLPPIVARNTLMSSKSESVVLPVVGKIVQNVNAALNASSAEG 215 RVDIAAAVNA+GV+LSD+GLP IVARNT+M S+SESV+LP+V + VQ NAA AS++EG Sbjct: 156 RVDIAAAVNANGVVLSDKGLPAIVARNTMMDSRSESVILPLVARNVQTANAAFTASNSEG 215 Query: 216 ADFLIYSTFAKEPAEIFMNSINKNVKIPVFIEMELITPGGSCEEVSKVLTSGASGVVSSL 275 ADFL+Y ++ +E+ S+ +NVKIP+F + S E S++L +GASG+V SL Sbjct: 216 ADFLLYGAVEEKQSEVLATSVFENVKIPIFAVVPSRAKDTSLFEASELLKAGASGLVFSL 275 Query: 276 KELKSSGDDFTKNICD-LFTFDGNRQEKVASFNRPNLLSTTNGFSGETGIAGFVNLEDRE 335 ++L+ DD + + + + + ++++ + N+ L +G G+ +AGF+ LEDRE Sbjct: 276 EDLRLFSDDVLRKLFETVHAMNKRTEDELQNLNKLKSLDVNSGVPGKRRVAGFIKLEDRE 335 Query: 336 MQFIQKERRLLMEAINIIEKAAPLMEEISLLKDAISQLDEPFLLVIVGEFNSGKSSVINA 395 + I+ ER +L+EAINII+KAAPLMEE+SLL DA+SQLDEPFLL IVGEFNSGKS+VINA Sbjct: 336 KEVIETERLVLLEAINIIQKAAPLMEEVSLLIDAVSQLDEPFLLAIVGEFNSGKSTVINA 395 Query: 396 LLGGKFLMEGVVPTTNEITFLRYAELDAKEQQRCERLPDGQNICYLPAEILKKMVIVDTP 455 LLG ++L EGVVPTTNEITFLRY+ELD+ +QRCER PDGQ ICYLPA ILK+M IVDTP Sbjct: 396 LLGRRYLKEGVVPTTNEITFLRYSELDSDGKQRCERHPDGQYICYLPAPILKEMNIVDTP 455 Query: 456 GTNVILQRQQRLTEEFVPRADILLFVLSADRPLSESEVTFLRYTQQWKKKVLFLLNKADL 515 GTNVILQRQQRLTEEFVPRAD+LLFV+SADRPL+ESEV FLRYTQQW+KK++F+LNKADL Sbjct: 456 GTNVILQRQQRLTEEFVPRADLLLFVISADRPLTESEVAFLRYTQQWRKKIVFVLNKADL 515 Query: 516 YRNANELDEAITFVKDNVRKLLNVENVKLFPVSARSALEGKLATTD-GADQHNLLLSESY 575 Y+NA+EL+EA++F+K NV+KLLNV++V L+PVSAR ALE KL+ + G D + S+ Sbjct: 516 YQNASELEEAVSFIKKNVQKLLNVKHVILYPVSARLALEAKLSASGIGKDYEPSVADSSH 575 Query: 576 SSSQTFDEFEKFLYAFMDGSTTAGLERMTIKLETPLAIAERLLSSCQTLVTQDCRYAQKD 635 + +F EFE FLY+F+DGST+ G+ERM +KLETP+ IAERL SSC+TLV QD +YA++D Sbjct: 576 WKATSFSEFENFLYSFLDGSTSTGMERMRLKLETPIGIAERLFSSCETLVRQDYQYAKQD 635 Query: 636 LMSVQEVVRSVDEYGMKMDKESILWRRQIFSLVSNAKERLLKVVESTLQLSNLDVAFSMF 695 L S+ E+V SV EY +KM+ E+I WRRQ SL+ K R++K+++STLQLSNLD+ S Sbjct: 636 LASINEMVSSVKEYAVKMESENISWRRQTLSLIDTTKARIVKLIDSTLQLSNLDLVGSYV 695 Query: 696 FGGDKSAS-AATQSIQSDIVSPALADAQRILGEYTSWLRESNIREGMQYKETFEKRWSLL 755 G KSA+ AT S+Q+DI+ PA ADA+++LGEY +WL+ +N EG YKE+FE++W L Sbjct: 696 LKGAKSATLPATSSVQNDIIGPAHADARKLLGEYVTWLQSNNAHEGRLYKESFERKWPLF 755 Query: 756 FDSHNKVDFTSNLLQREVDTLSLKSLEKFNGTAASKLFDQEVRQVFVGAFGGLGAAGLSA 815 HN+V + L R+ D LSLK+LE F+ AAS+LFDQE+R+VF+G FGGLGAAG SA Sbjct: 756 VYPHNQVGLETYELLRKGDELSLKALENFSAGAASRLFDQEIREVFLGVFGGLGAAGFSA 815 Query: 816 SLLTSVLPTTLEDLLALGLCSAGGLLAISNFPARRQKVLDNVKSIADAVEQEIIEAMQQD 875 SLLTSVLPTTLEDLLALGLCSAGG LAISNFPARR+ +++ V ADA +E+ AMQ+D Sbjct: 816 SLLTSVLPTTLEDLLALGLCSAGGWLAISNFPARRKGMIEKVTRAADAFARELEVAMQKD 875 Query: 876 LSTSVKNMEDFVTLVGKPYEEAAQQKLDKLLDTREQLTVMEKKLQTLQVELQNLHLS 930 L +V+N+E+FV L+ KPY++ AQ +LDKLL+ +++L+ +EKKLQTLQ+++QNLH+S Sbjct: 876 LLETVENLENFVKLIAKPYQDEAQNRLDKLLEIQDELSNVEKKLQTLQIQIQNLHVS 926
BLAST of Spo04665.1 vs. ExPASy Swiss-Prot
Match:
FZL_ARATH (Probable transmembrane GTPase FZO-like, chloroplastic OS=Arabidopsis thaliana GN=FZL PE=1 SV=1)
HSP 1 Score: 865.9 bits (2236), Expect = 3.900e-250
Identity = 477/891 (53.54%), Postives = 654/891 (73.40%), Query Frame = 1
Query: 45 PPTHS-FTIKSLQNDAVESSNAFVPQNPPPRTLFPGGYKRPEIKIPNIVLQLNAAEVLSD 104 PP H F+ S++N + ES++ + PRTL+PGGYKRPE+ +P ++L+L+A EV+S Sbjct: 36 PPRHRRFSSLSIRNISHESADQ--TSSSRPRTLYPGGYKRPELAVPGLLLRLDADEVMSG 95 Query: 105 G--SVVNFVDMAVSKWVGIVVVNGDEGSGGGKLYEAACLLKSVIRDRAYLLIAERVDIAA 164 ++ VD A++K V IVV++G G+ GKLYEAACLLKS+++ RAYLLIAERVDIA+ Sbjct: 96 NREETLDLVDRALAKSVQIVVIDG--GATAGKLYEAACLLKSLVKGRAYLLIAERVDIAS 155 Query: 165 AVNASGVLLSDQGLPPIVARNTLMSSKSESVVLPVVGKIVQNVNAALNASSAEGADFLIY 224 AV ASGV LSD+GLP IVARNTLM S +SV+LP+V +IV++V++AL ASS+EGADFLI Sbjct: 156 AVGASGVALSDEGLPAIVARNTLMGSNPDSVLLPLVARIVKDVDSALIASSSEGADFLIL 215 Query: 225 STFAKEPAEIFMNSINKNVKIPVFIEMELITPGGSCEEVSKVLTSGASGVVSSLKELKSS 284 + +E ++ +S+ K+VKIP+++ +E ++L SG SG V SLK+L+SS Sbjct: 216 GS-GEEDTQV-ADSLLKSVKIPIYVTCR---GNEEAKEELQLLKSGVSGFVISLKDLRSS 275 Query: 285 GDDFTKNICDLFTFDGNRQEKVASFNRPNLLSTTNGFSGETGIAGFVNLEDREMQFIQKE 344 D + D N + + N + AGF+ LED++ ++ E Sbjct: 276 RDVALRQSLDGAYVVNNHETQ-----------NMNELPEKKNSAGFIKLEDKQKLIVEME 335 Query: 345 RRLLMEAINIIEKAAPLMEEISLLKDAISQLDEPFLLVIVGEFNSGKSSVINALLGGKFL 404 + +L E I II KAAPLMEE+SLL DA+S++DEPFL+VIVGEFNSGKS+VINALLG ++L Sbjct: 336 KSVLRETIEIIHKAAPLMEEVSLLIDAVSRIDEPFLMVIVGEFNSGKSTVINALLGKRYL 395 Query: 405 MEGVVPTTNEITFLRYAELDAKEQQRCERLPDGQNICYLPAEILKKMVIVDTPGTNVILQ 464 EGVVPTTNEITFL Y++L+++EQQRC+ PDGQ +CYLPA ILK + IVDTPGTNVILQ Sbjct: 396 KEGVVPTTNEITFLCYSDLESEEQQRCQTHPDGQYVCYLPAPILKDINIVDTPGTNVILQ 455 Query: 465 RQQRLTEEFVPRADILLFVLSADRPLSESEVTFLRYTQQWKKKVLFLLNKADLYRNANEL 524 RQQRLTEEFVPRAD+L+FVLSADRPL+ESEV FLRYTQQWKKK +F+LNK+D+YR+A EL Sbjct: 456 RQQRLTEEFVPRADLLVFVLSADRPLTESEVAFLRYTQQWKKKFVFILNKSDIYRDAREL 515 Query: 525 DEAITFVKDNVRKLLNVENVKLFPVSARSALEGKLATTDGADQHNLLLSESYSS--SQTF 584 +EAI+FVK+N RKLLN ENV L+PVSARSALE KL+T + +L +++ S+ Q+F Sbjct: 516 EEAISFVKENTRKLLNTENVILYPVSARSALEAKLSTASLVGRDDLEIADPGSNWRVQSF 575 Query: 585 DEFEKFLYAFMDGSTTAGLERMTIKLETPLAIAERLLSSCQTLVTQDCRYAQKDLMSVQE 644 +E EKFLY+F+D ST G+ER+ +KLETP+AIAERLLSS + LV QDC A++DL S + Sbjct: 576 NELEKFLYSFLDSSTATGMERIRLKLETPMAIAERLLSSVEALVRQDCLAAREDLASADK 635 Query: 645 VVRSVDEYGMKMDKESILWRRQIFSLVSNAKERLLKVVESTLQLSNLDVAFSMFFGGDKS 704 ++ EY +KM+ ESI WRRQ SL+ NA+ +++ ++ +TL+LS+LD+A S F G+KS Sbjct: 636 IISRTKEYALKMEYESISWRRQALSLIDNARLQVVDLIGTTLRLSSLDLAISYVFKGEKS 695 Query: 705 AS-AATQSIQSDIVSPALADAQRILGEYTSWLRESNIREGMQYKETFEKRWSLLFDSHNK 764 AS AAT +Q +I++PAL +A+ +LG+Y WL+ + REG ++FE +W +S + Sbjct: 696 ASVAATSKVQGEILAPALTNAKELLGKYAEWLQSNTAREGSLSLKSFENKWPTYVNSKTQ 755 Query: 765 VDFTSNLLQREVDTLSLKSLEKFNGTAASKLFDQEVRQVFVGAFGGLGAAGLSASLLTSV 824 + + L ++ D +SLK+++ + SK +Q++R+VF GGLGAAGLSASLLTSV Sbjct: 756 LGIDTYDLLQKTDKVSLKTIQNLSAGTTSKRLEQDIREVFFVTVGGLGAAGLSASLLTSV 815 Query: 825 LPTTLEDLLALGLCSAGGLLAISNFPARRQKVLDNVKSIADAVEQEIIEAMQQDLSTSVK 884 LPTTLEDLLALGLCSAGG +AI+NFP RRQ ++ V +ADA+ Q++ +AMQ+DLS + Sbjct: 816 LPTTLEDLLALGLCSAGGYVAIANFPYRRQAIIGKVNKVADALAQQLEDAMQKDLSDATS 875 Query: 885 NMEDFVTLVGKPYEEAAQQKLDKLLDTREQLTVMEKKLQTLQVELQNLHLS 930 N+ +FV +V KPY E AQ +LD+LL +++L+ + KLQ LQV++ NLH+S Sbjct: 876 NLVNFVNIVAKPYREEAQLRLDRLLGIQKELSDIRSKLQLLQVDIDNLHVS 906
BLAST of Spo04665.1 vs. ExPASy Swiss-Prot
Match:
YOR6_CALSR (Uncharacterized protein in xynA 3'region (Fragment) OS=Caldicellulosiruptor sp. (strain Rt8B.4) PE=4 SV=1)
HSP 1 Score: 117.9 bits (294), Expect = 6.100e-25
Identity = 91/324 (28.09%), Postives = 159/324 (49.07%), Query Frame = 1
Query: 360 EEISLLKDAISQLDEP--FLLVIVGEFNSGKSSVINALLGGKFLMEGVVPTTNEITFLRY 419 E I L +I + E F LV++G+F GKS++IN +LG L GV+P T+ IT + Y Sbjct: 30 ESIKKLAGSIKEKIEKNAFYLVVLGQFKRGKSTLINYMLGANLLPTGVLPLTSVITKIYY 89 Query: 420 A--------------------ELDA----KEQQRCERLPDGQNICYLPAEILKK-MVIVD 479 + ELD + + ++ D I Y P + L K +VIVD Sbjct: 90 SPEVKVDVIFESGVKKEIPVDELDLYCTERGNPKNQKCVDTIEIGY-PFDFLNKDVVIVD 149 Query: 480 TPGTNVILQRQQRLTEEFVPRADILLFVLSADRPLSESEVTFLRYTQQWKKKVLFLLNKA 539 TPG + Q +T EF+ ++D ++FVLS D P++E E FL + K+ F++NK+ Sbjct: 150 TPGIGSVYQHNTDVTYEFIDKSDAVVFVLSVDPPITEVEKQFLLKIAENVDKIFFVINKS 209 Query: 540 DLYRNANELDEAITFVKDNVRKLLNVENVKLFPVSARSALEGKLATTDGADQHNLLLSES 599 DL + NE++E ++F + ++ + N+ +FP+SA+ ALEGK++ +E Sbjct: 210 DL-TSKNEIEEIVSFTTNVIKDITKKGNINIFPLSAKMALEGKISK-----------NEE 269 Query: 600 YSSSQTFDEFEKFLYAFMDGSTTAGLERMTIKLETPLAIAERLLSSCQTLVTQDCRYAQK 657 + FEK L F+ E+ I++ + L + L C+ + D + Sbjct: 270 MIEKSCVEIFEKELKQFLKE------EKGKIQILSNLKSLDGFLGVCEAFLENDMKLKIM 329
BLAST of Spo04665.1 vs. ExPASy Swiss-Prot
Match:
MNME_CLOBK (tRNA modification GTPase MnmE OS=Clostridium botulinum (strain Okra / Type B1) GN=mnmE PE=3 SV=1)
HSP 1 Score: 57.0 bits (136), Expect = 1.300e-6
Identity = 53/204 (25.98%), Postives = 95/204 (46.57%), Query Frame = 1
Query: 339 QKERRLLMEAINIIEKAAPLMEEISLLKDAISQLDEPFLLVIVGEFNSGKSSVINALLGG 398 QK + L E IN I+ EE +L++ ++ VIVG+ N GKSS++NAL+ Sbjct: 194 QKIKVDLKEIINKIDNLISASEEGKILREGLNT-------VIVGKPNVGKSSLLNALINE 253 Query: 399 KFLMEGVVPTTNEITFLRYAELDAKEQQRCERLPDGQNICYLPAEILKKMVIVDTPGTNV 458 + +P T Y +D +P +I+ I +T +V Sbjct: 254 NKAIVTEIPGTTRDVIEEYINIDG-----------------IPIKIVDTAGIRET--EDV 313 Query: 459 ILQRQQRLTEEFVPRADILLFVLSADRPLSESEVTFLRYTQQWKKKVLFLLNKADLYRNA 518 + + ++E + AD+++F+L R + E ++ + + + KK + LLNK DL ++ Sbjct: 314 VEKIGVEKSKEKIDEADLVIFMLDLSRKIDEEDIEIMDFIK--NKKYIVLLNKLDLNKDL 366 Query: 519 NELDEAITFVKDNVRKLLNVENVK 543 NE + F+K+ K + +VK Sbjct: 374 NEENH---FIKELDSKYIIKTSVK 366
BLAST of Spo04665.1 vs. ExPASy Swiss-Prot
Match:
MNME_CLOBM (tRNA modification GTPase MnmE OS=Clostridium botulinum (strain Loch Maree / Type A3) GN=mnmE PE=3 SV=1)
HSP 1 Score: 57.0 bits (136), Expect = 1.300e-6
Identity = 53/204 (25.98%), Postives = 95/204 (46.57%), Query Frame = 1
Query: 339 QKERRLLMEAINIIEKAAPLMEEISLLKDAISQLDEPFLLVIVGEFNSGKSSVINALLGG 398 QK + L E IN I+ EE +L++ ++ VIVG+ N GKSS++NAL+ Sbjct: 194 QKIKVDLKEIINKIDNLISASEEGKILREGLNT-------VIVGKPNVGKSSLLNALINE 253 Query: 399 KFLMEGVVPTTNEITFLRYAELDAKEQQRCERLPDGQNICYLPAEILKKMVIVDTPGTNV 458 + +P T Y +D +P +I+ I +T +V Sbjct: 254 NKAIVTEIPGTTRDVIEEYINIDG-----------------IPIKIVDTAGIRET--EDV 313 Query: 459 ILQRQQRLTEEFVPRADILLFVLSADRPLSESEVTFLRYTQQWKKKVLFLLNKADLYRNA 518 + + ++E + AD+++F+L R + E ++ + + + KK + LLNK DL ++ Sbjct: 314 VEKIGVEKSKEKIDEADLVIFMLDLSRKIDEEDIEIMDFIK--NKKYIVLLNKLDLNKDL 366 Query: 519 NELDEAITFVKDNVRKLLNVENVK 543 NE + F+K+ K + +VK Sbjct: 374 NEENH---FIKELDSKYIIKTSVK 366
BLAST of Spo04665.1 vs. ExPASy Swiss-Prot
Match:
MNME_CLOBH (tRNA modification GTPase MnmE OS=Clostridium botulinum (strain Hall / ATCC 3502 / NCTC 13319 / Type A) GN=mnmE PE=3 SV=1)
HSP 1 Score: 57.0 bits (136), Expect = 1.300e-6
Identity = 53/204 (25.98%), Postives = 95/204 (46.57%), Query Frame = 1
Query: 339 QKERRLLMEAINIIEKAAPLMEEISLLKDAISQLDEPFLLVIVGEFNSGKSSVINALLGG 398 QK + L E IN I+ EE +L++ ++ VIVG+ N GKSS++NAL+ Sbjct: 194 QKIKVDLKEIINKIDNLISASEEGKILREGLNT-------VIVGKPNVGKSSLLNALINE 253 Query: 399 KFLMEGVVPTTNEITFLRYAELDAKEQQRCERLPDGQNICYLPAEILKKMVIVDTPGTNV 458 + +P T Y +D +P +I+ I +T +V Sbjct: 254 NKAIVTEIPGTTRDVIEEYINIDG-----------------IPIKIVDTAGIRET--EDV 313 Query: 459 ILQRQQRLTEEFVPRADILLFVLSADRPLSESEVTFLRYTQQWKKKVLFLLNKADLYRNA 518 + + ++E + AD+++F+L R + E ++ + + + KK + LLNK DL ++ Sbjct: 314 VEKIGVEKSKEKIDEADLVIFMLDLSRKIDEEDIEIMDFIK--NKKYIVLLNKLDLNKDL 366 Query: 519 NELDEAITFVKDNVRKLLNVENVK 543 NE + F+K+ K + +VK Sbjct: 374 NEENH---FIKELDSKYIIKTSVK 366
BLAST of Spo04665.1 vs. TAIR (Arabidopsis)
Match:
AT1G03160.1 (FZO-like)
HSP 1 Score: 865.9 bits (2236), Expect = 2.200e-251
Identity = 477/891 (53.54%), Postives = 654/891 (73.40%), Query Frame = 1
Query: 45 PPTHS-FTIKSLQNDAVESSNAFVPQNPPPRTLFPGGYKRPEIKIPNIVLQLNAAEVLSD 104 PP H F+ S++N + ES++ + PRTL+PGGYKRPE+ +P ++L+L+A EV+S Sbjct: 36 PPRHRRFSSLSIRNISHESADQ--TSSSRPRTLYPGGYKRPELAVPGLLLRLDADEVMSG 95 Query: 105 G--SVVNFVDMAVSKWVGIVVVNGDEGSGGGKLYEAACLLKSVIRDRAYLLIAERVDIAA 164 ++ VD A++K V IVV++G G+ GKLYEAACLLKS+++ RAYLLIAERVDIA+ Sbjct: 96 NREETLDLVDRALAKSVQIVVIDG--GATAGKLYEAACLLKSLVKGRAYLLIAERVDIAS 155 Query: 165 AVNASGVLLSDQGLPPIVARNTLMSSKSESVVLPVVGKIVQNVNAALNASSAEGADFLIY 224 AV ASGV LSD+GLP IVARNTLM S +SV+LP+V +IV++V++AL ASS+EGADFLI Sbjct: 156 AVGASGVALSDEGLPAIVARNTLMGSNPDSVLLPLVARIVKDVDSALIASSSEGADFLIL 215 Query: 225 STFAKEPAEIFMNSINKNVKIPVFIEMELITPGGSCEEVSKVLTSGASGVVSSLKELKSS 284 + +E ++ +S+ K+VKIP+++ +E ++L SG SG V SLK+L+SS Sbjct: 216 GS-GEEDTQV-ADSLLKSVKIPIYVTCR---GNEEAKEELQLLKSGVSGFVISLKDLRSS 275 Query: 285 GDDFTKNICDLFTFDGNRQEKVASFNRPNLLSTTNGFSGETGIAGFVNLEDREMQFIQKE 344 D + D N + + N + AGF+ LED++ ++ E Sbjct: 276 RDVALRQSLDGAYVVNNHETQ-----------NMNELPEKKNSAGFIKLEDKQKLIVEME 335 Query: 345 RRLLMEAINIIEKAAPLMEEISLLKDAISQLDEPFLLVIVGEFNSGKSSVINALLGGKFL 404 + +L E I II KAAPLMEE+SLL DA+S++DEPFL+VIVGEFNSGKS+VINALLG ++L Sbjct: 336 KSVLRETIEIIHKAAPLMEEVSLLIDAVSRIDEPFLMVIVGEFNSGKSTVINALLGKRYL 395 Query: 405 MEGVVPTTNEITFLRYAELDAKEQQRCERLPDGQNICYLPAEILKKMVIVDTPGTNVILQ 464 EGVVPTTNEITFL Y++L+++EQQRC+ PDGQ +CYLPA ILK + IVDTPGTNVILQ Sbjct: 396 KEGVVPTTNEITFLCYSDLESEEQQRCQTHPDGQYVCYLPAPILKDINIVDTPGTNVILQ 455 Query: 465 RQQRLTEEFVPRADILLFVLSADRPLSESEVTFLRYTQQWKKKVLFLLNKADLYRNANEL 524 RQQRLTEEFVPRAD+L+FVLSADRPL+ESEV FLRYTQQWKKK +F+LNK+D+YR+A EL Sbjct: 456 RQQRLTEEFVPRADLLVFVLSADRPLTESEVAFLRYTQQWKKKFVFILNKSDIYRDAREL 515 Query: 525 DEAITFVKDNVRKLLNVENVKLFPVSARSALEGKLATTDGADQHNLLLSESYSS--SQTF 584 +EAI+FVK+N RKLLN ENV L+PVSARSALE KL+T + +L +++ S+ Q+F Sbjct: 516 EEAISFVKENTRKLLNTENVILYPVSARSALEAKLSTASLVGRDDLEIADPGSNWRVQSF 575 Query: 585 DEFEKFLYAFMDGSTTAGLERMTIKLETPLAIAERLLSSCQTLVTQDCRYAQKDLMSVQE 644 +E EKFLY+F+D ST G+ER+ +KLETP+AIAERLLSS + LV QDC A++DL S + Sbjct: 576 NELEKFLYSFLDSSTATGMERIRLKLETPMAIAERLLSSVEALVRQDCLAAREDLASADK 635 Query: 645 VVRSVDEYGMKMDKESILWRRQIFSLVSNAKERLLKVVESTLQLSNLDVAFSMFFGGDKS 704 ++ EY +KM+ ESI WRRQ SL+ NA+ +++ ++ +TL+LS+LD+A S F G+KS Sbjct: 636 IISRTKEYALKMEYESISWRRQALSLIDNARLQVVDLIGTTLRLSSLDLAISYVFKGEKS 695 Query: 705 AS-AATQSIQSDIVSPALADAQRILGEYTSWLRESNIREGMQYKETFEKRWSLLFDSHNK 764 AS AAT +Q +I++PAL +A+ +LG+Y WL+ + REG ++FE +W +S + Sbjct: 696 ASVAATSKVQGEILAPALTNAKELLGKYAEWLQSNTAREGSLSLKSFENKWPTYVNSKTQ 755 Query: 765 VDFTSNLLQREVDTLSLKSLEKFNGTAASKLFDQEVRQVFVGAFGGLGAAGLSASLLTSV 824 + + L ++ D +SLK+++ + SK +Q++R+VF GGLGAAGLSASLLTSV Sbjct: 756 LGIDTYDLLQKTDKVSLKTIQNLSAGTTSKRLEQDIREVFFVTVGGLGAAGLSASLLTSV 815 Query: 825 LPTTLEDLLALGLCSAGGLLAISNFPARRQKVLDNVKSIADAVEQEIIEAMQQDLSTSVK 884 LPTTLEDLLALGLCSAGG +AI+NFP RRQ ++ V +ADA+ Q++ +AMQ+DLS + Sbjct: 816 LPTTLEDLLALGLCSAGGYVAIANFPYRRQAIIGKVNKVADALAQQLEDAMQKDLSDATS 875 Query: 885 NMEDFVTLVGKPYEEAAQQKLDKLLDTREQLTVMEKKLQTLQVELQNLHLS 930 N+ +FV +V KPY E AQ +LD+LL +++L+ + KLQ LQV++ NLH+S Sbjct: 876 NLVNFVNIVAKPYREEAQLRLDRLLGIQKELSDIRSKLQLLQVDIDNLHVS 906
The following BLAST results are available for this feature:
BLAST of Spo04665.1 vs. NCBI nr
Analysis Date: 2018-06-29 (
blastp Spinacia oleracea peptides vs. NCBI nr )
Total hits: 5
C C G C C T A G A A T T A A C C A G G A C A C G T C A A C A C T T G A C C T G C A A T T G A C C A T A A T T G A A A A T G A T C C T A C T C A A G C C C A A A C T G A A G C A G T G A A G C C G A T A A C C T T T G A C T T G G T C G T G A C C C G C A T G T C A T G G G T C A A C C C A A A C T C G G T G A C C C G A T T T G A C A C A A A T C A T A G C C T C C A T T G T C C A T A T G A A C A T T T T A G A T A A G C T T T T C C T A A T T T G A T T C T C T C C T C T C T C A C A G C C C C T A A C C A A A T C C A C C T T C T C A A T A C C A C C A T C T T C A T C T C A A T T C C C T C C A T C A A T G T C A T T T C T T C T T T C T C T C T C C T C A T C C C A T T T C T T C T C C A A T G G C T T T C T C A T C T T C A A A C A A C A A A T T A T T C C C A C A A A C A C C C A T T T C C C C C C C A A A T T C A G G C A T C C A A T T C C A C C A C A C T C A C T T C C C C C C A C T C A C T C T T T C A C C A T A A A A T C A C T C C A A A A C G A T G C A G T T G A A T C A T C A A A T G C C T T C G T C C C C C A A A A C C C G C C G C C G A G G A C G C T T T T C C C T G G T G G G T A T A A G C G G C C A G A G A T C A A A A T C C C C A A C A T T G T G C T C C A A T T G A A T G C T G C T G A A G T T C T G A G T G A T G G G T C G G T T G T T A A T T T T G T G G A C A T G G C G G T T T C A A A G T G G G T T G G T A T C G T G G T T G T T A A T G G C G A C G A A G G G A G T G G T G G T G G C A A G C T G T A T G A G G C T G C G T G T T T G T T G A A G T C T G T G A T T A G A G A C C G C G C T T A T T T G T T G A T T G C T G A G C G T G T T G A T A T T G C T G C T G C T G T T A A T G C T A G C G G A G T T T T G T T G T C T G A T C A A G G T C T T C C C C C A A T T G T A G C A A G G A A T A C A T T G A T G A G T T C A A A G T C A G A G T C A G T A G T C C T T C C T G T T G T A G G A A A G A T A G T G C A A A A T G T G A A T G C T G C A C T C A A C G C T T C T A G T G C T G A A G G G G C T G A T T T T C T T A T T T A T A G T A C T T T T G C G A A A G A A C C T G C T G A A A T T T T T A T G A A C T C T A T T A A T A A G A A T G T C A A G A T T C C T G T C T T C A T T G A A A T G G A A T T G A T A A C A C C T G G T G G G T C A T G C G A A G A A G T A T C A A A G G T G C T C A C A T C C G G G G C A A G T G G T G T T G T T T C T T C A T T G A A A G A A C T G A A G T C T A G C G G T G A C G A T T T T A C C A A A A A T A T T T G T G A C C T T T T C A C T T T T G A C G G A A A T A G G C A G G A A A A A G T T G C A A G C T T T A A T A G G C C C A A C T T G C T G A G C A C T A C A A A T G G A T T T T C T G G G G A A A C G G G G A T A G C T G G C T T T G T C A A T C T A G A G G A T A G G G A A A T G C A A T T C A T A C A G A A G G A G A G A C G A T T G T T A A T G G A A G C A A T T A A C A T T A T T G A G A A G G C T G C A C C A C T G A T G G A G G A A A T T T C A C T T C T C A A A G A T G C A A T C T C A C A A C T T G A T G A G C C G T T T T T G C T G G T C A T A G T G G G T G A A T T T A A C T C G G G G A A A T C T T C A G T C A T C A A T G C A C T C C T T G G A G G A A A A T T C T T G A T G G A G G G G G T A G T T C C C A C C A C C A A T G A G A T T A C T T T C T T G C G C T A T G C T G A G C T A G A T G C T A A G G A G C A G C A A C G T T G T G A A A G G C T T C C A G A T G G T C A A A A T A T T T G C T A C C T A C C T G C T G A A A T T C T G A A A A A G A T G G T T A T T G T C G A T A C G C C T G G A A C T A A T G T C A T C T T G C A A A G G C A G C A G C G C C T C A C T G A G G A A T T T G T G C C T C G A G C T G A T A T A C T T C T T T T T G T T C T T T C T G C T G A T C G T C C A T T A A G T G A G A G T G A G G T T A C C T T C C T G C G C T A C A C G C A G C A G T G G A A G A A A A A A G T G C T A T T C T T G C T G A A T A A A G C C G A T C T G T A C A G G A A T G C C A A T G A G C T T G A T G A A G C T A T T A C A T T T G T C A A A G A T A A T G T G C G A A A G T T G C T C A A T G T A G A A A A T G T A A A G C T A T T T C C T G T A T C T G C A C G T T C T G C T C T T G A A G G A A A A C T T G C A A C T A C T G A T G G A G C A G A T C A A C A T A A T C T T T T A T T G T C T G A A T C C T A C T C A A G C T C T C A G A C T T T T G A T G A A T T T G A G A A A T T T T T A T A T G C C T T C A T G G A T G G T T C A A C A A C T G C T G G C C T T G A G A G G A T G A C A A T T A A G C T T G A A A C A C C T C T T G C A A T T G C T G A G C G A C T G T T G T C T T C C T G T C A A A C A C T G G T G A C A C A G G A T T G T A G G T A T G C C C A G A A G G A C T T G A T G T C A G T G C A G G A G G T A G T T C G C A G T G T T G A T G A G T A T G G A A T G A A A A T G G A T A A A G A G A G C A T T T T G T G G A G G C G G C A A A T T T T T T C A C T G G T C A G T A A T G C G A A G G A G C G T T T G T T A A A A G T C G T G G A A T C T A C C C T A C A G T T G T C C A A T T T G G A T G T T G C T T T T T C A A T G T T T T T T G G A G G A G A C A A A T C T G C T T C A G C T G C C A C A C A G A G T A T T C A A A G T G A T A T T G T C A G C C C T G C A C T T G C T G A T G C T C A A A G A A T T C T T G G A G A A T A T A C T T C A T G G T T A A G A G A G A G C A A C A T C C G T G A A G G C A T G C A G T A T A A G G A G A C A T T C G A G A A A A G A T G G T C T T T A C T T T T T G A C T C A C A C A A C A A G G T G G A T T T T A C C A G T A A T C T T C T G C A G A G G G A A G T T G A T A C C C T A A G C T T A A A A T C A C T A G A A A A G T T T A A C G G T A C A G C A G C C T C A A A A T T G T T T G A C C A A G A A G T T C G T C A A G T G T T C G T C G G A G C T T T T G G A G G T T T A G G G G C T G C T G G T T T A T C T G C T T C A C T A C T C A C A T C A G T G T T G C C A A C T A C A C T A G A A G A C C T T C T T G C A C T T G G G C T T T G T T C A G C T G G C G G T T T G T T G G C T A T C T C A A A T T T T C C A G C T C G T A G G C A A A A G G T T C T A G A C A A T G T C A A A A G C A T T G C A G A T G C T G T T G A A C A A G A A A T T A T A G A A G C C A T G C A G C A G G A T C T G T C A A C C A G C G T C A A G A A T A T G G A A G A C T T T G T A A C C C T G G T T G G C A A A C C A T A T G A G G A G G C A G C A C A A C A G A A A T T A G A C A A G T T A T T G G A T A C T C G A G A A C A G C T G A C A G T T A T G G A G A A A A A A C T C C A A A C G T T A C A G G T T G A A C T T C A G A A T T T A C A T T T A T C C T A A G C T G T C T T G G A G C T G A G A T G A T G T A G C T G A A G T C T G A A G A C A A A T C T T G C A A C A T G G G T A A A T A A T G T A T A C T A C A A C T G A A G A A T C A G T G G G A G A A A A A A G G C G G T A C T T T A A A C G T A G T C A A A A A A G C T T A A A G G A C A T G A A A T G G A G G A A G A T G G A G G C C G G C T T T G A A A A A T G C T T G T T A A T T G T A A A G C C A T G A C G A A G A A A G C C A G C T T T G T C T T C C T C T C A A A G G G A A A A G C C G A T G T G A C G A G A C A A A C A G C A A A A C T T T T T T T G C T T A G T T T G C A A G A T A C T T G T T T C C T T G A T T A G C T T A A T T A T A A T T A T G T T A A T T G C T A A A G A T G G A T T A C G G T A G C A A A T T C A A C G G T T T A G G T T C C A A A T T G T G T A C T A G G C T A G G C T C T T A G A G T C T T A G G G G C A C A T A T T C T T G C C A G C C T C C G G C T T T C C A A T G T T A A A A T A G A A A G C A T T T G T A T T T G T A T T T G T A T T T G T A T T T G T A T T T G T A T G T T T G T T T A G T C G C G A A C T G T T A G A T G T T T G T A T G C T G G 500 1000 1500 2000 2500 3000 3500 Expect = 0.00e+0 / Id = 100.00 Expect = 0.00e+0 / Id = 78.91 Expect = 8.10e-296 / Id = 59.67 Expect = 2.60e-294 / Id = 59.82 Expect = 5.50e-292 / Id = 60.23 Sequence KNA26113.1 XP_010684259.1 XP_007201215.1 XP_008235280.1 XP_010090399.1
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BLAST of Spo04665.1 vs. UniProtKB/TrEMBL
Analysis Date: 2018-06-29 (
blastp Spinacia oleracea peptides vs. UniprotKB/TrEMBL )
Total hits: 5
C C G C C T A G A A T T A A C C A G G A C A C G T C A A C A C T T G A C C T G C A A T T G A C C A T A A T T G A A A A T G A T C C T A C T C A A G C C C A A A C T G A A G C A G T G A A G C C G A T A A C C T T T G A C T T G G T C G T G A C C C G C A T G T C A T G G G T C A A C C C A A A C T C G G T G A C C C G A T T T G A C A C A A A T C A T A G C C T C C A T T G T C C A T A T G A A C A T T T T A G A T A A G C T T T T C C T A A T T T G A T T C T C T C C T C T C T C A C A G C C C C T A A C C A A A T C C A C C T T C T C A A T A C C A C C A T C T T C A T C T C A A T T C C C T C C A T C A A T G T C A T T T C T T C T T T C T C T C T C C T C A T C C C A T T T C T T C T C C A A T G G C T T T C T C A T C T T C A A A C A A C A A A T T A T T C C C A C A A A C A C C C A T T T C C C C C C C A A A T T C A G G C A T C C A A T T C C A C C A C A C T C A C T T C C C C C C A C T C A C T C T T T C A C C A T A A A A T C A C T C C A A A A C G A T G C A G T T G A A T C A T C A A A T G C C T T C G T C C C C C A A A A C C C G C C G C C G A G G A C G C T T T T C C C T G G T G G G T A T A A G C G G C C A G A G A T C A A A A T C C C C A A C A T T G T G C T C C A A T T G A A T G C T G C T G A A G T T C T G A G T G A T G G G T C G G T T G T T A A T T T T G T G G A C A T G G C G G T T T C A A A G T G G G T T G G T A T C G T G G T T G T T A A T G G C G A C G A A G G G A G T G G T G G T G G C A A G C T G T A T G A G G C T G C G T G T T T G T T G A A G T C T G T G A T T A G A G A C C G C G C T T A T T T G T T G A T T G C T G A G C G T G T T G A T A T T G C T G C T G C T G T T A A T G C T A G C G G A G T T T T G T T G T C T G A T C A A G G T C T T C C C C C A A T T G T A G C A A G G A A T A C A T T G A T G A G T T C A A A G T C A G A G T C A G T A G T C C T T C C T G T T G T A G G A A A G A T A G T G C A A A A T G T G A A T G C T G C A C T C A A C G C T T C T A G T G C T G A A G G G G C T G A T T T T C T T A T T T A T A G T A C T T T T G C G A A A G A A C C T G C T G A A A T T T T T A T G A A C T C T A T T A A T A A G A A T G T C A A G A T T C C T G T C T T C A T T G A A A T G G A A T T G A T A A C A C C T G G T G G G T C A T G C G A A G A A G T A T C A A A G G T G C T C A C A T C C G G G G C A A G T G G T G T T G T T T C T T C A T T G A A A G A A C T G A A G T C T A G C G G T G A C G A T T T T A C C A A A A A T A T T T G T G A C C T T T T C A C T T T T G A C G G A A A T A G G C A G G A A A A A G T T G C A A G C T T T A A T A G G C C C A A C T T G C T G A G C A C T A C A A A T G G A T T T T C T G G G G A A A C G G G G A T A G C T G G C T T T G T C A A T C T A G A G G A T A G G G A A A T G C A A T T C A T A C A G A A G G A G A G A C G A T T G T T A A T G G A A G C A A T T A A C A T T A T T G A G A A G G C T G C A C C A C T G A T G G A G G A A A T T T C A C T T C T C A A A G A T G C A A T C T C A C A A C T T G A T G A G C C G T T T T T G C T G G T C A T A G T G G G T G A A T T T A A C T C G G G G A A A T C T T C A G T C A T C A A T G C A C T C C T T G G A G G A A A A T T C T T G A T G G A G G G G G T A G T T C C C A C C A C C A A T G A G A T T A C T T T C T T G C G C T A T G C T G A G C T A G A T G C T A A G G A G C A G C A A C G T T G T G A A A G G C T T C C A G A T G G T C A A A A T A T T T G C T A C C T A C C T G C T G A A A T T C T G A A A A A G A T G G T T A T T G T C G A T A C G C C T G G A A C T A A T G T C A T C T T G C A A A G G C A G C A G C G C C T C A C T G A G G A A T T T G T G C C T C G A G C T G A T A T A C T T C T T T T T G T T C T T T C T G C T G A T C G T C C A T T A A G T G A G A G T G A G G T T A C C T T C C T G C G C T A C A C G C A G C A G T G G A A G A A A A A A G T G C T A T T C T T G C T G A A T A A A G C C G A T C T G T A C A G G A A T G C C A A T G A G C T T G A T G A A G C T A T T A C A T T T G T C A A A G A T A A T G T G C G A A A G T T G C T C A A T G T A G A A A A T G T A A A G C T A T T T C C T G T A T C T G C A C G T T C T G C T C T T G A A G G A A A A C T T G C A A C T A C T G A T G G A G C A G A T C A A C A T A A T C T T T T A T T G T C T G A A T C C T A C T C A A G C T C T C A G A C T T T T G A T G A A T T T G A G A A A T T T T T A T A T G C C T T C A T G G A T G G T T C A A C A A C T G C T G G C C T T G A G A G G A T G A C A A T T A A G C T T G A A A C A C C T C T T G C A A T T G C T G A G C G A C T G T T G T C T T C C T G T C A A A C A C T G G T G A C A C A G G A T T G T A G G T A T G C C C A G A A G G A C T T G A T G T C A G T G C A G G A G G T A G T T C G C A G T G T T G A T G A G T A T G G A A T G A A A A T G G A T A A A G A G A G C A T T T T G T G G A G G C G G C A A A T T T T T T C A C T G G T C A G T A A T G C G A A G G A G C G T T T G T T A A A A G T C G T G G A A T C T A C C C T A C A G T T G T C C A A T T T G G A T G T T G C T T T T T C A A T G T T T T T T G G A G G A G A C A A A T C T G C T T C A G C T G C C A C A C A G A G T A T T C A A A G T G A T A T T G T C A G C C C T G C A C T T G C T G A T G C T C A A A G A A T T C T T G G A G A A T A T A C T T C A T G G T T A A G A G A G A G C A A C A T C C G T G A A G G C A T G C A G T A T A A G G A G A C A T T C G A G A A A A G A T G G T C T T T A C T T T T T G A C T C A C A C A A C A A G G T G G A T T T T A C C A G T A A T C T T C T G C A G A G G G A A G T T G A T A C C C T A A G C T T A A A A T C A C T A G A A A A G T T T A A C G G T A C A G C A G C C T C A A A A T T G T T T G A C C A A G A A G T T C G T C A A G T G T T C G T C G G A G C T T T T G G A G G T T T A G G G G C T G C T G G T T T A T C T G C T T C A C T A C T C A C A T C A G T G T T G C C A A C T A C A C T A G A A G A C C T T C T T G C A C T T G G G C T T T G T T C A G C T G G C G G T T T G T T G G C T A T C T C A A A T T T T C C A G C T C G T A G G C A A A A G G T T C T A G A C A A T G T C A A A A G C A T T G C A G A T G C T G T T G A A C A A G A A A T T A T A G A A G C C A T G C A G C A G G A T C T G T C A A C C A G C G T C A A G A A T A T G G A A G A C T T T G T A A C C C T G G T T G G C A A A C C A T A T G A G G A G G C A G C A C A A C A G A A A T T A G A C A A G T T A T T G G A T A C T C G A G A A C A G C T G A C A G T T A T G G A G A A A A A A C T C C A A A C G T T A C A G G T T G A A C T T C A G A A T T T A C A T T T A T C C T A A G C T G T C T T G G A G C T G A G A T G A T G T A G C T G A A G T C T G A A G A C A A A T C T T G C A A C A T G G G T A A A T A A T G T A T A C T A C A A C T G A A G A A T C A G T G G G A G A A A A A A G G C G G T A C T T T A A A C G T A G T C A A A A A A G C T T A A A G G A C A T G A A A T G G A G G A A G A T G G A G G C C G G C T T T G A A A A A T G C T T G T T A A T T G T A A A G C C A T G A C G A A G A A A G C C A G C T T T G T C T T C C T C T C A A A G G G A A A A G C C G A T G T G A C G A G A C A A A C A G C A A A A C T T T T T T T G C T T A G T T T G C A A G A T A C T T G T T T C C T T G A T T A G C T T A A T T A T A A T T A T G T T A A T T G C T A A A G A T G G A T T A C G G T A G C A A A T T C A A C G G T T T A G G T T C C A A A T T G T G T A C T A G G C T A G G C T C T T A G A G T C T T A G G G G C A C A T A T T C T T G C C A G C C T C C G G C T T T C C A A T G T T A A A A T A G A A A G C A T T T G T A T T T G T A T T T G T A T T T G T A T T T G T A T T T G T A T G T T T G T T T A G T C G C G A A C T G T T A G A T G T T T G T A T G C T G G 500 1000 1500 2000 2500 3000 3500 Expect = 0.00e+0 / Id = 100.00 Expect = 0.00e+0 / Id = 78.91 Expect = 5.70e-296 / Id = 59.67 Expect = 3.80e-292 / Id = 60.23 Expect = 1.60e-290 / Id = 58.86 Sequence A0A0K9S320_SPIOL A0A0J8C1W7_BETVU M5VMJ9_PRUPE W9QKM1_9ROSA D7TPB4_VITVI
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BLAST of Spo04665.1 vs. ExPASy Swiss-Prot
Analysis Date: 2018-06-29 (
blastp Spinacia oleracea peptides vs. ExPASy SwissProt )
Total hits: 5
C C G C C T A G A A T T A A C C A G G A C A C G T C A A C A C T T G A C C T G C A A T T G A C C A T A A T T G A A A A T G A T C C T A C T C A A G C C C A A A C T G A A G C A G T G A A G C C G A T A A C C T T T G A C T T G G T C G T G A C C C G C A T G T C A T G G G T C A A C C C A A A C T C G G T G A C C C G A T T T G A C A C A A A T C A T A G C C T C C A T T G T C C A T A T G A A C A T T T T A G A T A A G C T T T T C C T A A T T T G A T T C T C T C C T C T C T C A C A G C C C C T A A C C A A A T C C A C C T T C T C A A T A C C A C C A T C T T C A T C T C A A T T C C C T C C A T C A A T G T C A T T T C T T C T T T C T C T C T C C T C A T C C C A T T T C T T C T C C A A T G G C T T T C T C A T C T T C A A A C A A C A A A T T A T T C C C A C A A A C A C C C A T T T C C C C C C C A A A T T C A G G C A T C C A A T T C C A C C A C A C T C A C T T C C C C C C A C T C A C T C T T T C A C C A T A A A A T C A C T C C A A A A C G A T G C A G T T G A A T C A T C A A A T G C C T T C G T C C C C C A A A A C C C G C C G C C G A G G A C G C T T T T C C C T G G T G G G T A T A A G C G G C C A G A G A T C A A A A T C C C C A A C A T T G T G C T C C A A T T G A A T G C T G C T G A A G T T C T G A G T G A T G G G T C G G T T G T T A A T T T T G T G G A C A T G G C G G T T T C A A A G T G G G T T G G T A T C G T G G T T G T T A A T G G C G A C G A A G G G A G T G G T G G T G G C A A G C T G T A T G A G G C T G C G T G T T T G T T G A A G T C T G T G A T T A G A G A C C G C G C T T A T T T G T T G A T T G C T G A G C G T G T T G A T A T T G C T G C T G C T G T T A A T G C T A G C G G A G T T T T G T T G T C T G A T C A A G G T C T T C C C C C A A T T G T A G C A A G G A A T A C A T T G A T G A G T T C A A A G T C A G A G T C A G T A G T C C T T C C T G T T G T A G G A A A G A T A G T G C A A A A T G T G A A T G C T G C A C T C A A C G C T T C T A G T G C T G A A G G G G C T G A T T T T C T T A T T T A T A G T A C T T T T G C G A A A G A A C C T G C T G A A A T T T T T A T G A A C T C T A T T A A T A A G A A T G T C A A G A T T C C T G T C T T C A T T G A A A T G G A A T T G A T A A C A C C T G G T G G G T C A T G C G A A G A A G T A T C A A A G G T G C T C A C A T C C G G G G C A A G T G G T G T T G T T T C T T C A T T G A A A G A A C T G A A G T C T A G C G G T G A C G A T T T T A C C A A A A A T A T T T G T G A C C T T T T C A C T T T T G A C G G A A A T A G G C A G G A A A A A G T T G C A A G C T T T A A T A G G C C C A A C T T G C T G A G C A C T A C A A A T G G A T T T T C T G G G G A A A C G G G G A T A G C T G G C T T T G T C A A T C T A G A G G A T A G G G A A A T G C A A T T C A T A C A G A A G G A G A G A C G A T T G T T A A T G G A A G C A A T T A A C A T T A T T G A G A A G G C T G C A C C A C T G A T G G A G G A A A T T T C A C T T C T C A A A G A T G C A A T C T C A C A A C T T G A T G A G C C G T T T T T G C T G G T C A T A G T G G G T G A A T T T A A C T C G G G G A A A T C T T C A G T C A T C A A T G C A C T C C T T G G A G G A A A A T T C T T G A T G G A G G G G G T A G T T C C C A C C A C C A A T G A G A T T A C T T T C T T G C G C T A T G C T G A G C T A G A T G C T A A G G A G C A G C A A C G T T G T G A A A G G C T T C C A G A T G G T C A A A A T A T T T G C T A C C T A C C T G C T G A A A T T C T G A A A A A G A T G G T T A T T G T C G A T A C G C C T G G A A C T A A T G T C A T C T T G C A A A G G C A G C A G C G C C T C A C T G A G G A A T T T G T G C C T C G A G C T G A T A T A C T T C T T T T T G T T C T T T C T G C T G A T C G T C C A T T A A G T G A G A G T G A G G T T A C C T T C C T G C G C T A C A C G C A G C A G T G G A A G A A A A A A G T G C T A T T C T T G C T G A A T A A A G C C G A T C T G T A C A G G A A T G C C A A T G A G C T T G A T G A A G C T A T T A C A T T T G T C A A A G A T A A T G T G C G A A A G T T G C T C A A T G T A G A A A A T G T A A A G C T A T T T C C T G T A T C T G C A C G T T C T G C T C T T G A A G G A A A A C T T G C A A C T A C T G A T G G A G C A G A T C A A C A T A A T C T T T T A T T G T C T G A A T C C T A C T C A A G C T C T C A G A C T T T T G A T G A A T T T G A G A A A T T T T T A T A T G C C T T C A T G G A T G G T T C A A C A A C T G C T G G C C T T G A G A G G A T G A C A A T T A A G C T T G A A A C A C C T C T T G C A A T T G C T G A G C G A C T G T T G T C T T C C T G T C A A A C A C T G G T G A C A C A G G A T T G T A G G T A T G C C C A G A A G G A C T T G A T G T C A G T G C A G G A G G T A G T T C G C A G T G T T G A T G A G T A T G G A A T G A A A A T G G A T A A A G A G A G C A T T T T G T G G A G G C G G C A A A T T T T T T C A C T G G T C A G T A A T G C G A A G G A G C G T T T G T T A A A A G T C G T G G A A T C T A C C C T A C A G T T G T C C A A T T T G G A T G T T G C T T T T T C A A T G T T T T T T G G A G G A G A C A A A T C T G C T T C A G C T G C C A C A C A G A G T A T T C A A A G T G A T A T T G T C A G C C C T G C A C T T G C T G A T G C T C A A A G A A T T C T T G G A G A A T A T A C T T C A T G G T T A A G A G A G A G C A A C A T C C G T G A A G G C A T G C A G T A T A A G G A G A C A T T C G A G A A A A G A T G G T C T T T A C T T T T T G A C T C A C A C A A C A A G G T G G A T T T T A C C A G T A A T C T T C T G C A G A G G G A A G T T G A T A C C C T A A G C T T A A A A T C A C T A G A A A A G T T T A A C G G T A C A G C A G C C T C A A A A T T G T T T G A C C A A G A A G T T C G T C A A G T G T T C G T C G G A G C T T T T G G A G G T T T A G G G G C T G C T G G T T T A T C T G C T T C A C T A C T C A C A T C A G T G T T G C C A A C T A C A C T A G A A G A C C T T C T T G C A C T T G G G C T T T G T T C A G C T G G C G G T T T G T T G G C T A T C T C A A A T T T T C C A G C T C G T A G G C A A A A G G T T C T A G A C A A T G T C A A A A G C A T T G C A G A T G C T G T T G A A C A A G A A A T T A T A G A A G C C A T G C A G C A G G A T C T G T C A A C C A G C G T C A A G A A T A T G G A A G A C T T T G T A A C C C T G G T T G G C A A A C C A T A T G A G G A G G C A G C A C A A C A G A A A T T A G A C A A G T T A T T G G A T A C T C G A G A A C A G C T G A C A G T T A T G G A G A A A A A A C T C C A A A C G T T A C A G G T T G A A C T T C A G A A T T T A C A T T T A T C C T A A G C T G T C T T G G A G C T G A G A T G A T G T A G C T G A A G T C T G A A G A C A A A T C T T G C A A C A T G G G T A A A T A A T G T A T A C T A C A A C T G A A G A A T C A G T G G G A G A A A A A A G G C G G T A C T T T A A A C G T A G T C A A A A A A G C T T A A A G G A C A T G A A A T G G A G G A A G A T G G A G G C C G G C T T T G A A A A A T G C T T G T T A A T T G T A A A G C C A T G A C G A A G A A A G C C A G C T T T G T C T T C C T C T C A A A G G G A A A A G C C G A T G T G A C G A G A C A A A C A G C A A A A C T T T T T T T G C T T A G T T T G C A A G A T A C T T G T T T C C T T G A T T A G C T T A A T T A T A A T T A T G T T A A T T G C T A A A G A T G G A T T A C G G T A G C A A A T T C A A C G G T T T A G G T T C C A A A T T G T G T A C T A G G C T A G G C T C T T A G A G T C T T A G G G G C A C A T A T T C T T G C C A G C C T C C G G C T T T C C A A T G T T A A A A T A G A A A G C A T T T G T A T T T G T A T T T G T A T T T G T A T T T G T A T T T G T A T G T T T G T T T A G T C G C G A A C T G T T A G A T G T T T G T A T G C T G G 500 1000 1500 2000 2500 3000 3500 Expect = 3.90e-250 / Id = 53.54 Expect = 6.10e-25 / Id = 28.09 Expect = 1.30e-6 / Id = 25.98 Expect = 1.30e-6 / Id = 25.98 Expect = 1.30e-6 / Id = 25.98 Sequence FZL_ARATH YOR6_CALSR MNME_CLOBK MNME_CLOBM MNME_CLOBH
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BLAST of Spo04665.1 vs. TAIR (Arabidopsis)
Analysis Date: 2018-06-29 (
blastp Spinacia oleracea peptides vs. TAIR )
Total hits: 1
C C G C C T A G A A T T A A C C A G G A C A C G T C A A C A C T T G A C C T G C A A T T G A C C A T A A T T G A A A A T G A T C C T A C T C A A G C C C A A A C T G A A G C A G T G A A G C C G A T A A C C T T T G A C T T G G T C G T G A C C C G C A T G T C A T G G G T C A A C C C A A A C T C G G T G A C C C G A T T T G A C A C A A A T C A T A G C C T C C A T T G T C C A T A T G A A C A T T T T A G A T A A G C T T T T C C T A A T T T G A T T C T C T C C T C T C T C A C A G C C C C T A A C C A A A T C C A C C T T C T C A A T A C C A C C A T C T T C A T C T C A A T T C C C T C C A T C A A T G T C A T T T C T T C T T T C T C T C T C C T C A T C C C A T T T C T T C T C C A A T G G C T T T C T C A T C T T C A A A C A A C A A A T T A T T C C C A C A A A C A C C C A T T T C C C C C C C A A A T T C A G G C A T C C A A T T C C A C C A C A C T C A C T T C C C C C C A C T C A C T C T T T C A C C A T A A A A T C A C T C C A A A A C G A T G C A G T T G A A T C A T C A A A T G C C T T C G T C C C C C A A A A C C C G C C G C C G A G G A C G C T T T T C C C T G G T G G G T A T A A G C G G C C A G A G A T C A A A A T C C C C A A C A T T G T G C T C C A A T T G A A T G C T G C T G A A G T T C T G A G T G A T G G G T C G G T T G T T A A T T T T G T G G A C A T G G C G G T T T C A A A G T G G G T T G G T A T C G T G G T T G T T A A T G G C G A C G A A G G G A G T G G T G G T G G C A A G C T G T A T G A G G C T G C G T G T T T G T T G A A G T C T G T G A T T A G A G A C C G C G C T T A T T T G T T G A T T G C T G A G C G T G T T G A T A T T G C T G C T G C T G T T A A T G C T A G C G G A G T T T T G T T G T C T G A T C A A G G T C T T C C C C C A A T T G T A G C A A G G A A T A C A T T G A T G A G T T C A A A G T C A G A G T C A G T A G T C C T T C C T G T T G T A G G A A A G A T A G T G C A A A A T G T G A A T G C T G C A C T C A A C G C T T C T A G T G C T G A A G G G G C T G A T T T T C T T A T T T A T A G T A C T T T T G C G A A A G A A C C T G C T G A A A T T T T T A T G A A C T C T A T T A A T A A G A A T G T C A A G A T T C C T G T C T T C A T T G A A A T G G A A T T G A T A A C A C C T G G T G G G T C A T G C G A A G A A G T A T C A A A G G T G C T C A C A T C C G G G G C A A G T G G T G T T G T T T C T T C A T T G A A A G A A C T G A A G T C T A G C G G T G A C G A T T T T A C C A A A A A T A T T T G T G A C C T T T T C A C T T T T G A C G G A A A T A G G C A G G A A A A A G T T G C A A G C T T T A A T A G G C C C A A C T T G C T G A G C A C T A C A A A T G G A T T T T C T G G G G A A A C G G G G A T A G C T G G C T T T G T C A A T C T A G A G G A T A G G G A A A T G C A A T T C A T A C A G A A G G A G A G A C G A T T G T T A A T G G A A G C A A T T A A C A T T A T T G A G A A G G C T G C A C C A C T G A T G G A G G A A A T T T C A C T T C T C A A A G A T G C A A T C T C A C A A C T T G A T G A G C C G T T T T T G C T G G T C A T A G T G G G T G A A T T T A A C T C G G G G A A A T C T T C A G T C A T C A A T G C A C T C C T T G G A G G A A A A T T C T T G A T G G A G G G G G T A G T T C C C A C C A C C A A T G A G A T T A C T T T C T T G C G C T A T G C T G A G C T A G A T G C T A A G G A G C A G C A A C G T T G T G A A A G G C T T C C A G A T G G T C A A A A T A T T T G C T A C C T A C C T G C T G A A A T T C T G A A A A A G A T G G T T A T T G T C G A T A C G C C T G G A A C T A A T G T C A T C T T G C A A A G G C A G C A G C G C C T C A C T G A G G A A T T T G T G C C T C G A G C T G A T A T A C T T C T T T T T G T T C T T T C T G C T G A T C G T C C A T T A A G T G A G A G T G A G G T T A C C T T C C T G C G C T A C A C G C A G C A G T G G A A G A A A A A A G T G C T A T T C T T G C T G A A T A A A G C C G A T C T G T A C A G G A A T G C C A A T G A G C T T G A T G A A G C T A T T A C A T T T G T C A A A G A T A A T G T G C G A A A G T T G C T C A A T G T A G A A A A T G T A A A G C T A T T T C C T G T A T C T G C A C G T T C T G C T C T T G A A G G A A A A C T T G C A A C T A C T G A T G G A G C A G A T C A A C A T A A T C T T T T A T T G T C T G A A T C C T A C T C A A G C T C T C A G A C T T T T G A T G A A T T T G A G A A A T T T T T A T A T G C C T T C A T G G A T G G T T C A A C A A C T G C T G G C C T T G A G A G G A T G A C A A T T A A G C T T G A A A C A C C T C T T G C A A T T G C T G A G C G A C T G T T G T C T T C C T G T C A A A C A C T G G T G A C A C A G G A T T G T A G G T A T G C C C A G A A G G A C T T G A T G T C A G T G C A G G A G G T A G T T C G C A G T G T T G A T G A G T A T G G A A T G A A A A T G G A T A A A G A G A G C A T T T T G T G G A G G C G G C A A A T T T T T T C A C T G G T C A G T A A T G C G A A G G A G C G T T T G T T A A A A G T C G T G G A A T C T A C C C T A C A G T T G T C C A A T T T G G A T G T T G C T T T T T C A A T G T T T T T T G G A G G A G A C A A A T C T G C T T C A G C T G C C A C A C A G A G T A T T C A A A G T G A T A T T G T C A G C C C T G C A C T T G C T G A T G C T C A A A G A A T T C T T G G A G A A T A T A C T T C A T G G T T A A G A G A G A G C A A C A T C C G T G A A G G C A T G C A G T A T A A G G A G A C A T T C G A G A A A A G A T G G T C T T T A C T T T T T G A C T C A C A C A A C A A G G T G G A T T T T A C C A G T A A T C T T C T G C A G A G G G A A G T T G A T A C C C T A A G C T T A A A A T C A C T A G A A A A G T T T A A C G G T A C A G C A G C C T C A A A A T T G T T T G A C C A A G A A G T T C G T C A A G T G T T C G T C G G A G C T T T T G G A G G T T T A G G G G C T G C T G G T T T A T C T G C T T C A C T A C T C A C A T C A G T G T T G C C A A C T A C A C T A G A A G A C C T T C T T G C A C T T G G G C T T T G T T C A G C T G G C G G T T T G T T G G C T A T C T C A A A T T T T C C A G C T C G T A G G C A A A A G G T T C T A G A C A A T G T C A A A A G C A T T G C A G A T G C T G T T G A A C A A G A A A T T A T A G A A G C C A T G C A G C A G G A T C T G T C A A C C A G C G T C A A G A A T A T G G A A G A C T T T G T A A C C C T G G T T G G C A A A C C A T A T G A G G A G G C A G C A C A A C A G A A A T T A G A C A A G T T A T T G G A T A C T C G A G A A C A G C T G A C A G T T A T G G A G A A A A A A C T C C A A A C G T T A C A G G T T G A A C T T C A G A A T T T A C A T T T A T C C T A A G C T G T C T T G G A G C T G A G A T G A T G T A G C T G A A G T C T G A A G A C A A A T C T T G C A A C A T G G G T A A A T A A T G T A T A C T A C A A C T G A A G A A T C A G T G G G A G A A A A A A G G C G G T A C T T T A A A C G T A G T C A A A A A A G C T T A A A G G A C A T G A A A T G G A G G A A G A T G G A G G C C G G C T T T G A A A A A T G C T T G T T A A T T G T A A A G C C A T G A C G A A G A A A G C C A G C T T T G T C T T C C T C T C A A A G G G A A A A G C C G A T G T G A C G A G A C A A A C A G C A A A A C T T T T T T T G C T T A G T T T G C A A G A T A C T T G T T T C C T T G A T T A G C T T A A T T A T A A T T A T G T T A A T T G C T A A A G A T G G A T T A C G G T A G C A A A T T C A A C G G T T T A G G T T C C A A A T T G T G T A C T A G G C T A G G C T C T T A G A G T C T T A G G G G C A C A T A T T C T T G C C A G C C T C C G G C T T T C C A A T G T T A A A A T A G A A A G C A T T T G T A T T T G T A T T T G T A T T T G T A T T T G T A T T T G T A T G T T T G T T T A G T C G C G A A C T G T T A G A T G T T T G T A T G C T G G 500 1000 1500 2000 2500 3000 3500 Expect = 2.20e-251 / Id = 53.54 Sequence AT1G03160.1
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