|
|
Accession Number |
TCMCG081C16413 |
gbkey |
CDS |
Protein Id |
XP_010653802.1 |
Location |
complement(join(21442571..21443167,21443563..21444337,21447149..21447289,21448211..21448473,21448558..21448756,21449201..21449403,21450258..21450463,21451501..21451642,21451752..21452093,21452343..21452558,21452680..21452827,21452930..21453018,21454068..21454331,21455669..21455859,21456295..21456457,21457211..21457390,21457539..21457826,21459303..21459623,21459812..21459971,21461993..21462162,21462760..21462777)) |
Gene |
LOC100250406 |
GeneID |
100250406 |
Organism |
Vitis vinifera |
|
|
Length |
1691aa |
Molecule type |
protein |
Topology |
linear |
Data_file_division |
PLN |
dblink |
BioProject:PRJNA33471 |
db_source |
XM_010655500.2
|
Definition |
PREDICTED: DNA-directed RNA polymerase I subunit 1 [Vitis vinifera] |
CDS: ATGGCGCACGTTATCGAGGGCACCACGGAATTTGTTGAAGCTGTTAAATTCAGTTTCTTCACTGATGAAGAGGTTAGGAAGTATAGTTTTAAGAAGATTACAAGTCCCCTCATGCTCGACAGTGTGCAGAGACCAGTGCCCGGTGGACTGTATGATCCAGCATTGGGGTCGATAGATGAAAACACACCTTGTCAATCATGCGGCCAGCGTTCATTTTATTGCCCAGGTCATTGTGGTCATATTGACCTTGTTTCATCAGTCTACAATCCCTTATTATTTAATCTGCTTCACAATCTTCTACAAAAAACTTGTTTCTTCTGCCATCACTTCAAGACAAGCAGCAGCCTGGTCCAAAAATATGTTTCTCAATTGGAACTCATAAGCAAGGGTGATGTTGTTGGGGCCAAAAATTTGGATTCAATCTCACCAAGTGAATCTTCATATCCTGAAGACAGTGATGGGAGTCATGTATCATGTTCTTCTACAGTTAATTCAAGTGCACGAGATAATTGCTCTGTGCATTTGAAGCAGCAAGAATGGACCTCTCTTCAGTGCATCGAAGCAATGTCTGTTATGGATAATTTTCTGAAGCTGAAACATAGAGATTGTAAAAATTGCAAAGCCAAGAGTCCTCAAGTCACCAAGCCTACTTTTGGATGGTTTCACATGGCTGGCTTGTCGGATGCACAGACTAGAGCTAATGTTATTAGGGGCAGCAAGCTGGAAAGGCCATTAAGTAGGGTTGCAGAGGAGAAATCTTCATCTGAGGTAGAGAATGTTAATGATATGTTTCCTTGGGGAGATGGTGTTGACACAGATGAAACACATTCATCTATAGCACCCACTGATGGAATTCAAGATACTGTGACCAAAAGGCTTGAAAGGAAAGGGGCACAAGCGCCTATTGAATTCATTAAGCAAAAGAGTTTCTTTTCAGGTCCTCTGTTACCATCCGAGGTTAGAGATATTATGGAACGTTTGTGGGAAAATGAAGCTGAACTCTGCTCGTTTATCAGTGATATTCTACAGGAACGTCTCGGTGCATCAGGAAATAAAGCAGGTTACTCTATGTTTTTTCTGGAGACCATTCTTGTACCCCCAATCAAATTCCGCCCGCCTTCCAAAGGACAAATTTCTGTGATGGAGCATCCCCAAACTGTTTTATTAGGTAAGGTGTTGCAGGCCAATATAGCTTTGGGAAATGCTCATGCTAACAACTCAGAACGTTCAAAGATTATTAGTAGGTGGATGGATCTTCAGCAATCTATTAATGTCTTGTTCGACGGCAAAACTGCTGCAGGTCAAGGTCAAAGAGATACTGGTTCTGGAATATGTCAGTTGCTGGAGAAAAAGGAGGGTGTGTTCCGCCAGAAAATGATGGGAAAGAGGGTTAATTTTGCTTGCCGGTCTGTCATATCCCCAGATCCTTATTTAGCTGTTAATGAAATTGGGATTCCTCCATATTTTGCATTGAGATTGACATATCCTGAGAAAGTAACTCCTTGGAATGTTGTGAAGTTGAGGGATGCTATTATTAATGGTCCTGAAATCCATCCCGGAGCTACACACTATGTTGACAAATTGTCTACTGTGAAACTGGCGGTAAACAAAAAAATGCGAATTTCAATTTCGAGGAAACTGCCTTCCTCAAGAGGCGTTGTTGCACAACCTGGGAGGAGTTCTGATAATGAATTTGAAGGCAAAATTGTATATCGCCACTTACAGGATGGAGATATTGTGCTTGTCAATCGACAGCCTACACTTCATAAGCCAAGTATAATGGCACATGTAGTTCGTGTATTGAAAGGAGAGAAAACACTTCGCATGCACTATGCAAATTGCAGTACCTACAATGCTGATTTTGATGGTGATGAGATGAATGTCCATTTCCCACAAGATGAAATTTCTCGTGCAGAAGCATACAATATTGTAAACGCAAATAATCAATACATTGTTCCATCCCGTGGTGATCCTATAAGAGGCCTGATTCAGGATCACATTGTATCTGCTGTACTTCTTACAAAGAAGGATACCTTTTTAACTCGTGAGCAGTATAATCAGCTTCTCTACAGTTCTGGTCTGTCTTCTGGGTCTGGTTCTTTCATTGGCAAACCTGGCAAAAAAGTTTCTGTTTTAGATTCTGAAGATGAGATGCAGCCCCTTCTGCCTGCAATATGGAAACCTGAGCCTCTTTGGTCTGGAAAACAGGTTATAACTGCAGTGCTAAATCATATAACTAGGGGTCGGAAGCCATTTACAACTGAGAAAGATGGGAAGATCCCACGTGAATATTTTGGAAGTGAGATAGATGAAAAGAAATCCGGCAAAGGAAAAGATCCTGGTTCTGACAGAAGAAAAGAAAAACGAATAGAAAAAAAACATGGTGAATATAAATTGTTAATCCATAAAAACGAGTTGGTGCGTGGTGTGATCGACAAGGCACAGTTCGACAAATATGGTTTGGTTCATATGGTGCAGGAGCTCTATGGCTCAAACACCGCAGGCATTTTGCTTTCTGTGTTGAGCCGCTTATTTACTGTTTTTTTGCAGATGCATGGGTTCACGTGTGGAGTAGATGACCTTTTGATATCACCAAATTATGACATTGCAAGGAAGATTGAACTTGACAAAAGTGAAAATATTGGTGAATTAGTGCATTGCAAGTTCATTGGGTCTAATCATGGAAAAATAGATCCAGTGAAACTGCAAGTGGAAGTTGAAAAAATTATACTCAGTAATGGAGAAGCTGCCATAACACGTTTGGATAGGATGATGAAAAATGAGCTTAATGAATTAACCTCCAAGGTCAACAAAGACTTGTTGCTGAAAGGATTAGTAAAACCCTTCCCAAAGAATTGCCTCTCTCTTATGACCACTACTGGGGCTAAGGGTAGCACGGTTAATTTCTCGCAAATATCTTCTTTTCTGGGTCAACAAGATTTAGAAGGCAAACGAGTCCCTCGAATGGTTTCTGGGAAGACATTACCCTGTTTTCCTCCATGGGATTGTGCAGCTCGAGCTGGAGGCTTTATCAGTGATCGCTTTCTTACTGGTCTTCATCCTCAAGAATATTACTTCCATTGCATGGCTGGTCGTGAAGGGTTAGTTGATACAGCTGTAAAAACATCTCGTAGTGGATACCTGCAAAGGTGCCTAATAAAAAATCTTGAGTGCCTTAAAGTCTGTTATGATTATACTGTCCGCGATTCAGATGGCTCCATCGTTCAATTTAATTATGGAGACGATGGTGTGGACGTCCATCAAACCAGCTTTATCACAGAATTTGAAGCGTTGGCAGTGAATGAAGAAGTTGTTTGTGAAAAATTTGGTCAAGATGGAAAATTCAATGGTTATATTCAGAAGTTGCCTAAGGAACTTAGAAAGAAAACAAAAAAATTCATTGAAGGTTTTATGGAGGAGCGGCAAGATTTTGATAATATGAAGAAGCAAAAAGACTTTGTGAACTTGGTGAAGCAGAAATACATCTCGAGTCTTGCACAGCCAGGAGAACCAGTTGGTGTGCTCGCTGCTCAGTCAGTTGGAGAACCATCAACACAGATGACACTGAACACATTCCATCTTGCTGGCCGAGGAGAAGTAAATGTGACACTTGGAATCCCACGTCTACAAGAGATCTTGATGACTGCTGCAAATGATATTAAAACTCCGATTATGACTTGCCCTCTTCAAATGGGAAGGTCAAAGGATGATGCTGAGCGTCTTGCTGCAAAATTAAAGAAGGTTACTGTGGCAGACATAACTGAGAGCATGGAAGTAAGCATTGTGCCATTCACAGTTCAAGATCACCAAACCTGCAGTATTTATAAGCTTAAGATGAAGCTCTATGAACCTGCACTCTACCCTCCACACACTGGTATATCTTTGGAAGACTGTGAGGAAACTCTGGAAGCTGTGTTTGTGAGGGAATTGGAGGATGCAATACAGAATCATCTCCTTTTGCTCTCCAAAATCAGCGGCATAAAAAATTTCTTGCCAGATTCACGATCTATGGCCTCAAAAGAGACAGATGAGGATGCTTCTGGTGATGGGTTGGCAGGCGGAAATGGTGACGAGGATGATGATGGTGAGGATGATGGAGGGGCTGAAGATCTAGGTTTGGATGCACAGAAAAGAAAACAGCAAGCTTCAGATGAGATGGATTATGGAGATTCTGAAGGTGAACCTGATGAAGGGGAACCATCAGCTGGACTTACAGAAGAAATTGATCTTGTGGAGGACGAAGTTGAAATTAGTAATAATGAAGAAGTAGGGATATCTGATCCTAAAGATGAAGATTCCAAGGTGCCCTCTAAGTCTAAATCATCAAAAAACAAAAAGGCTAAAACAGAAGCCAAAAGAAAGAAGCGGTTCAGAGCAATTAAAAAGGACTTTGATCGAGCAATCTTGGTGAAAGCTAAGGGAACATATTTTGAGGTCCACTTCAGATTTACCAATGAACCTCATATTTTACTTGCTCAGATTGCTCAGAAGGCTGCAAATAAAGTCTACATCAGAAGTTCGGGGAAGATTGATCTGTGCCAAGTGATTGACTGCAACAAAGACCAAGTAATCTACTATGGAAGAGATCCCAAAAAGAGGGAAAATATTCCAGGAGAGGAGAAGAAGAAACTCCCAGCGTTGCAGACAGCCGGTGTGGATTTCACTGCATTTTGGAAAATGCAAGATGAGCTTGATGTGAGGTATGTATATTCCAACAATGTCCATGCTATGCTGAATACTTTTGGGGTAGAAGCTGCCAGAGCAACCATCATAAAAGAGGTGTTCAACGTCTTCAATGCCTATGGGGTTAAAGTTAACATCCGCCACCTATCCCTAATCGCCGACTTCATGACCCATTCTGGTGGGTACCGGCCAATGAACAGACACGGGGGCATAGCTGAGTCAGTATCACCATTCAGCAAGATGACTTTTGAAACAGCTTCCAAATTCATCGTGGAGGCAGCATCTCATGGCATGACGGACAACTTGGAGTCTGCATCTGCCCGGATTTGCCTCGGTCTGCCGGTGAAAATGGGTACAGGATGTTTTGACTTGATGCAGAAAATAGAAATTTGA |
Protein: MAHVIEGTTEFVEAVKFSFFTDEEVRKYSFKKITSPLMLDSVQRPVPGGLYDPALGSIDENTPCQSCGQRSFYCPGHCGHIDLVSSVYNPLLFNLLHNLLQKTCFFCHHFKTSSSLVQKYVSQLELISKGDVVGAKNLDSISPSESSYPEDSDGSHVSCSSTVNSSARDNCSVHLKQQEWTSLQCIEAMSVMDNFLKLKHRDCKNCKAKSPQVTKPTFGWFHMAGLSDAQTRANVIRGSKLERPLSRVAEEKSSSEVENVNDMFPWGDGVDTDETHSSIAPTDGIQDTVTKRLERKGAQAPIEFIKQKSFFSGPLLPSEVRDIMERLWENEAELCSFISDILQERLGASGNKAGYSMFFLETILVPPIKFRPPSKGQISVMEHPQTVLLGKVLQANIALGNAHANNSERSKIISRWMDLQQSINVLFDGKTAAGQGQRDTGSGICQLLEKKEGVFRQKMMGKRVNFACRSVISPDPYLAVNEIGIPPYFALRLTYPEKVTPWNVVKLRDAIINGPEIHPGATHYVDKLSTVKLAVNKKMRISISRKLPSSRGVVAQPGRSSDNEFEGKIVYRHLQDGDIVLVNRQPTLHKPSIMAHVVRVLKGEKTLRMHYANCSTYNADFDGDEMNVHFPQDEISRAEAYNIVNANNQYIVPSRGDPIRGLIQDHIVSAVLLTKKDTFLTREQYNQLLYSSGLSSGSGSFIGKPGKKVSVLDSEDEMQPLLPAIWKPEPLWSGKQVITAVLNHITRGRKPFTTEKDGKIPREYFGSEIDEKKSGKGKDPGSDRRKEKRIEKKHGEYKLLIHKNELVRGVIDKAQFDKYGLVHMVQELYGSNTAGILLSVLSRLFTVFLQMHGFTCGVDDLLISPNYDIARKIELDKSENIGELVHCKFIGSNHGKIDPVKLQVEVEKIILSNGEAAITRLDRMMKNELNELTSKVNKDLLLKGLVKPFPKNCLSLMTTTGAKGSTVNFSQISSFLGQQDLEGKRVPRMVSGKTLPCFPPWDCAARAGGFISDRFLTGLHPQEYYFHCMAGREGLVDTAVKTSRSGYLQRCLIKNLECLKVCYDYTVRDSDGSIVQFNYGDDGVDVHQTSFITEFEALAVNEEVVCEKFGQDGKFNGYIQKLPKELRKKTKKFIEGFMEERQDFDNMKKQKDFVNLVKQKYISSLAQPGEPVGVLAAQSVGEPSTQMTLNTFHLAGRGEVNVTLGIPRLQEILMTAANDIKTPIMTCPLQMGRSKDDAERLAAKLKKVTVADITESMEVSIVPFTVQDHQTCSIYKLKMKLYEPALYPPHTGISLEDCEETLEAVFVRELEDAIQNHLLLLSKISGIKNFLPDSRSMASKETDEDASGDGLAGGNGDEDDDGEDDGGAEDLGLDAQKRKQQASDEMDYGDSEGEPDEGEPSAGLTEEIDLVEDEVEISNNEEVGISDPKDEDSKVPSKSKSSKNKKAKTEAKRKKRFRAIKKDFDRAILVKAKGTYFEVHFRFTNEPHILLAQIAQKAANKVYIRSSGKIDLCQVIDCNKDQVIYYGRDPKKRENIPGEEKKKLPALQTAGVDFTAFWKMQDELDVRYVYSNNVHAMLNTFGVEAARATIIKEVFNVFNAYGVKVNIRHLSLIADFMTHSGGYRPMNRHGGIAESVSPFSKMTFETASKFIVEAASHGMTDNLESASARICLGLPVKMGTGCFDLMQKIEI |