Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Vian5g01442 ATGTGGTTCAAAACACTAGGGCATGTGAATAGTTGCTTCTGCAATAACATCTTCTGCATAATCAAGCAGATCCAATATTTCTTTGACAGCAATAGCACGATGACTGGTGCAGAGAGGTACCCAGACTTCTTCAAAGTCTTCCTTCAAGAGCAGCACTTGGAAAGAATACTTATTCCCAATGCTTTTGTGAAGTTGGAACGGTTACAGGGAAAGATCCCTGAGGATGTCCTCCTCAGGAATAGTAGTGAGAGAGTGTGGCATGTTAAAACACGGTTTTTTGGAGACAGATTATATTTCGATGAAGGGTGGAAGATTTTCCATGAAGAAAACTGCTTAAGAAATGTAGATTTTCTGATATTTAGATATGACGGAGTTAATGAGTTCAGGGTCAAAATCCTTGAAAGATCAACACAGTGTGAGAAAACTCTGGTAAAGATGGAGGAGGAGGAAGGGAATGAAGAAGAGAAAGCAGCAACACAAGAAGTTGAAGAGACAAGTGAAGAAGAAATCTTCGTTGATCCTGTTGGATACACCAGTCAAAGTTATCGAAAAACTTGCAGAAGGGACACTGCATCAAATTCGTACCCCCAGACTGAAGACCCTTTCAAAGAAGATGAATTTGACCCAGAAACGTGCATTCAGCCAGAGAATAATTTTTTTGAAGCAAAACTCTACAGAAGTAGACCCAACGAATTGCATATTCCAGGAATCGCCATTCAAGATTTTTCTCTCAGTTTTCCTGAAAAGATTACCCTTAAATGTTGTCAACACTGCCAGCGTAAGGATATTCAAAGAAACAAATTACAAGACTATCATCTCAACTTGGCACAAGAGACACCCATCAGAAAAAGATATTTAGAAGTGACGGGAAAAGTGTGTAGACGAAGACCAAGTAGTAAGAACATTTCTGGTGCACGTTATAGGTTGGAGACCCTTGTTCCGTCGATTTTGGTCGGAATCGGCGAGGAAATCTTCGATGTTGTAGACGACGGTGATATAGAGAGAGCAGCTAGGGCACCGAGCAATCTCTTCACCGAGTTTGAGGTCTTCCTTCGTGATCTGGAAGAGATCCCCGCAAGGGCACGGGTACGTGTAGGCCTGCAACTCCTCGTTCCACTCCATGTCCTCGATCTCCACCTCGTCGTACGACATCTGATGCAAGGAATTCACCAACACCAACAACACCAACACCTCGCTGCACTCGTCTCCGCGGCCCTCCCCAAGGACGATTCCGACGAAGACCCCTCCCCTCGCCTAGCAGCGATCCACTCCCTCCACCGCGCCATCCTCCACCCTCACAACTCCCTCCTCCTCTCTCACTCCGCCACTTTCCTCGCCCAGGCCTTCTCCCAACTTCTCTCCGACAAATGCTACGAGGTGCGGCAGGCCGCGGTCACAGCCTACGGTGCGCTCTGCGCTGTGGCCGCTTCAATCCCTGTCGCTTCCAATGGAAGACAAAACCTCCTCTTGGTCGTCGACCGCTTCATCGGCTGGGCGTTGCCGTCTCTCAGCACAGCCGTCGCAGTCGATGGCACTAAAGAGCTCGCGCTGGAAGGCCTCCGCGAGTTCCTCAACGTTGGTGGAACAGACAGGTACGCTTTGCCTATTCTGAAGGCCTGTCAGGTGCTGCTTGAGGATGAGAGAACCTCTCTGGCTCTGTTACACAGACTTATTGGTGTTATTACTTTGATATCGTTGAAGTTTGTGAGGTGCTTTCAGCCTCATTTCCCTGACATTGTTGACTTGCTTCTTGGTTGGGCTTTGATGCCGGATTTAGCTCAGTCGGATAGGCGTGTTATTTTGGATAGCTTCTTGCAGTTTCAGAAGCATTGGGTTGGCAGTCTTCCCATGTCCTTGAGATTGCTCACTAAGTTCTTGGGGGACATGGAGGTTTTGCTTCATGATGGAACTCCAGGCACGCCGCAACAGTTTCGGCGGCTTCTTGCTCTGCTTTCTTGTTTTTCAACTATTCTGCAGTCCACTGCCTCGGGATTACTGGAGATGAACCTTCTTGAACAGATATGCGAGCCGCTTAGCGCCCTGTTGCCAAGATTGCTACGGTGTTTATCAATGATTGGGCAGAAATTTGGGTGGTCTGAGTGGATTGAGGATTCCTGGAAGTGTTTGACTCTTTTGGCTGAGATTTTGCAGGAGCGGTTTTCAAGTTTTTATCCTCTTGCTGTTGATATTTTGTTTCAGAGCTTGGAGTTTGGAGTGACAGTGCAGCGGCCAGGGTTGAAGAAGATTAGCTCTTTCCAAGTCCATGGGGTTTTGAAGACTAATCTTCAGTTGTTGTCGTTGCAAAAGCTTGGCCTCCTTCCATTGTCCGTGAAGAAGTTATTGAAGTTTGATGCATCGGTCTCTCAACTGCGGTTGCATCCAAATCATTTGGTGACTGGGAGTTCTGCAGCTACTTACGTTTTTTTGCTTCAGCATGCGAATAAAGAAGTCGTTGATGAAGCAGTCACCTCGTTGATTGAGGAACTGGAGCTCTTGAAGAGTTTAATAGGAAACAACAATGGCCATTCATATGAATTTAATCGTATTGTAGATACTAAAACATTTTCAGAAGCTGAGTTATTGGCCTTAATCAAGTTTGATTTGAAAGTACTATTAGCGTGTGTTTGCATGGGTGGGGACAACAGTTTGATTGGACAAAAGGATATTGCTTCATTGTATCTCAGGAGGTTAGAAAAGTTAGAGTTATTTATAACAAAACAGATGAATCCTTTTGAATTACCAATCCAGAATTTCATGGAGTTGCAGATCACTGTTGTTAAGACATTGGAGCGGCTAAATTCGGTTGAGTTCTTAATTAAGTGTTCTGTGAGAGAACAGAATTGTGAGAAGACTTTAGTTGAATTTCCAACTGAAAAGGAGGACAGAGATGATCAATTCAGTAATGAGCGTTTGGCTGTGATTACTGAGCATTTGGAGAAGTACAGCAAGCTCGTTGTAAAAGCCTTTCATATTTCTTCTCCTCTGGCAATTAAATTAATTGTTCTAGATTGGGGACAAAAGTTCTGCGAGAGTGTAATGGCAGTTAATAAGATCTCAAGCATTAGCGGTTTTTCCTACGAAGCATGTGAGTATGCTAGTGTAATCATGAACTTAGTTTTTTCACTTTTAGGTGGTACATTTGAGAGGGAACAGGAAGTGAGGTCACATGTTGCAATAACTCTGGAGATGTTTATGCAGGCAAAACTTTTGCATCCTGTGTGTTTTTATCCCTTAGCTGAAGTCATACTGGAGAAACTTGGGGATCCAACCATAGAAATACGGGATGCATATGTAAGACTTCTTGCCCATATTTTGCCTACTACTATATATTCTTGTGGTCTGTATGATTATGGAAGATTTAGGTCTGTTGACCCTGTGTTAGGAAACAATTCTAAGCTGCACTGGAAACAATTATTTGCCCTGAAGCAGTTGCCACTGCAACTGCACTCCCAACATCTTGTGTCAATCTTAAGTTACATTTCACAAAGATGGAAGGTACCTCTTTCTTCTTGGATCCAACGCCTCATTCATAGTTGCCGGAGTTCAAAGGATGCTATTTTAAGTCTGCCTGAAGAAACAGGAATTTTTGGTGCTAATTCTCCATGGTTGGATATACGAGTGGATGAAGACATACTTGAAAAAATCTGTTCTGTCAATAATTTGGCTGGTGCCTGGTGGGCTGTACAAGAAGCAGCTCGGTACTGTATTGCTACAAGACTACGGACTAACCTTGGTGGCCCCACCCAAACATTTGCTGCTCTAGAGCGTATGCTTTTGGACATTGCACACCTTTTGCAACTTGATAATGAGCAAAGCGATGGGAACTTAAGTATGATAGGGTCTTCTGGTGCTCACTTGCTACCAATGAGATTATTGTTGGATTTTGTTGAGGCTCTTAAGAAAAATGTATATAATGCATACGAGGGGTCTGTCATTTTACCACCTGCTACTCGTCAGAGTACTTTATTTTTTCGAGCAAACAAAAAAGTATGTGAGGATTGGTTTTCTCGTATTTGTGAGCCAATGATGAATGCTGGGTTGGCTGTACATTGTAATGATGCTGTTATTCAGTATTGTACACTGCGTTTGCAGGAGCTCAAGAATCTTTCTGTGTCAACTTTGAAGGAAAAATCTAGGACCCAGGTAACTGATAACCTCCACAATATCAGAGGAAGGTATAGAGGAGATGTCTTGAAAGTTTTAAGAGATGTTTCACTAGCTCTTTGCAAGAGTTCTGATCCAGAGTCTTTAATTGGCCTTCAAAAATGGGTTTCCATTACCTTCTCCTTACTCGGGGACGAAAACCAGTCCTTCAGTGAGGGTGGAACTGTTGGATCACTTTCTTGGATAAGTGGGCTTATATATCAGGCAAGAGGTGAGTATGAAAATGCTGCAGCTCACTTTACGCATTTGCTACAGACAGAAGAGTCACTCAGCTCCCTTGGTTCTGATGGTATACAGTTTGTCATAGCACGCATAATTGAGAGTTACACGGCTGTATCTGATTGGAGATCTCTTGAAACCTGGCTGTTAGAATTACAACAGCTTCGTGCTAAACATACTGGTCGAAGTTATTCTGGTGCTCTAACAATGGCTGGAAATGAAGTTAATGCAATCCATGCATTAGCACGTTTTGATGAGGGTGATTATCAGGCTGCATGGTCAAGCCTTGATTTGACACCTAAAAGCAATAGTGAGCTTACCCTTGATCCAAAAATAGCCTTGCAACGGAGTGAGCAGATGCTCTTGCAATCTCTGCTCTTCCAGAAGGAGGAAAAAAGTGATAAGGTACTGCGTGATCTGCAGAAAGCTAGGTCAATGTTGGAGGAACCACTTTCTGTTCTGCCACTTGATGGCTTAGCTGAAGCAACACCTCTTGCAATTCAATTGCACTGCATTTTCCTTGTAGAAGATAATTGCAAGCTTAAAACAAATCATGAGAAGGCCAAACAACTACCATCAATACTGAATTCTCTTGAATCACTGCCATCTTCCATTAGTAAAATCCGTCAAGATTGTAATCCATGGCTGAAAGTTCTTAGGGTTTATAAAACCATTTCCCCAAGTTCTCCCGTTACTCTAAAATTTTGCATTAATTTGCATAATTTAGCCCGCAAGCAAAATAATCTTTTGTTGGCAAATCGTCTGAACAACTACATAAAAGATCATGTATTTGCTTGCCCAGAGGAGAGGCATCGAAATCTTCTGGTCTTAAACTTGCAGTACGAGAGCATTTTACTACAGTATGCTGAAAACAAGTTTGAAGACGCTTTCACAAACCTTTGGTCATTTTTGCATCCTTGCATGGTTTCTCCCAAACCATCTATAATATCTGATGTTAAAGAGAGGATTCTGAAGGCCAAAGCATGCTTGAAACTCTCAGATTGGCTGAGACGAGATTATTCAGACTGGAGTCCAGAGGGTGTTGTTCTAAAGATGGCAGCAGATTTTGATTTGGCTGAATCGTCTCCACATGGCAAAGATGGCAGCAAAGAAAACTTAAGTTGCAAATCAAATTTGGGTTCTATTATTGAGGAAATTGTTGGTACAACAACAAAATTGTCTTCTAGTATTTGCCCCACCATGGGCAAGTCATGGATTTCTTATGCTTCTTGGTGCTTTAAGCAAGCAACAGACTCACTCCATGTTCAGAGTGAAACCATCCTTCATTCATGCTCGTTTTCTTCCATGCTTGTTCCAGAAATTCTACCTGACAGATTCAAGTTGACTGAGGATGAGGTTCAAAGAATTAAGTCATTGGTTTTGTGTCTTTTTCAGGACAATATTGATATGAAAGGTTTCACAGATGAACAGGAAGAACAAAGCTCTTGGCTTGATTCTGCAGAGCTCTCAATTAGTGAGAGTCCTCTGCAGAAATTGGTTTGGAATATAGTGAATGTTATAGAAACCGCTGCAGGGGCATCAGGTGCAGAAAACTCTGGTGGTGAATGTCTTTCAGACATGGTATCTTCTCAATTGAGGATTTGTTTGTTAAGCACAAATTTTGGGCTCAAAGAATCTGACATTAGTTTTGCATTGGATAATTTTGTTGATATTTGGTGGTCTTTGAGAAGGAGGAGAGTGTCCTTGTTTGGACATGCTGCTCATGGTTACATACAATATCTTTCTTATTCATCTTCCCGTATTTGCCATAGTCAAGTGCCTGGTTCTGAATATGAGACTTTGAAGCAAAAAGCTGGCAGCTACACCCTGAAGGCTACATTGTATATATTGCATATACTTCTCAATTATGGTGTGGAATTGAAAGATACTCTTGAATCTGCTCTTCTGGTTGTTCCTTTGTTGCCGTGGCAGGAGGTTACACCTCAACTGTTTGCACGTATAAGTTCACATCCTGAACAAGTGATTCGAAAGCAGTTGGAGGGTTTACTAACAATGCTGGCGAAACAATCTCCATATTCTATAGTGTACCCAATACTAGTTGATGTTAATGCTTATGAAGAGAAACCTTCCGAAGAGCTTCATCATGTGTTGAGCTGTCTGAGAGAACTTTACCCCCGACTGGTTCAGGATGTTCAGCTTATGATAAATGAACTCGGAAATGTTACTGTTCTCTGGGAGGAGTTATGGCTGAGTACTCTTCAGGATCTTCATACAGATGTGATGAGACGGATAAACTTACTGAAAGAAGAGGCAGCAAGAATTGCAGAAAATGTAACACTTAGTCAGAACGAGAAGAACAAGATAAATTCTGCTCGATATTCTGCAATGATGGCTCCAATAGTTGTGGCTTTGGAGCGTCGGTTAGCTTCAACGTCTCGAAAACCTGAGACTCCTCATGAAGCTTGGTTCCAGGAAGAGTATAAAGACCAACTAAAATCAGCCCTGGTATCATTTAAAATCCCTCCAGTATCTTCTGCAGCTATAGGTGATGTGTGGCGACCTTTTGATAGTATTGCTGCATCCTTGGCCTCATATCAGAGGAAGTCTTCAGTTTCCTTGGGAGAAGTGGCTCCACATTTGGCTTTGTTATCATCTTCAGATGTTCCAATGCCAGGTCTTGAGAAACAAATGCAAGTACCGGACTCTGACAAAGCAACTGATCACCAAGGGGTTGTCACAATTGCTTCTTTTCATGAGCAAGTTACCATCTTACCAACAAAGACAAAGCCTAAGAAACTAGGTATACTTGGTTCAGATGGTCATAAATACACATATCTCCTCAAAGGACGAGAAGATTTGCGCCTTGATGCTAGAATCATGCAATTATTGCAGGCTATAAATGGTTTTCTGCATTCTTCATCTTCTGCATGTAGCAATTCTCTTACCATTCGCTATTATTCTGTGACTCCAATCAGTGACTGGCCTCATGAAGTCAAATGTAAAGTTCTTCTTGATCTCATGAAGGAAGTGCCTAGGCATCTTCTTTACCAGGAGCTGTGGTGTGCTAGTGAAGGATATAAAGCTTTCAGCTCAAAATTGAAGAGGTATACAGGAAGTGTTGCTGCAATGAGTATGGTTGGTCATGTTTTGGGACTGGGAGACAGGCATTTAGACAACATTCTTATAGATTTTTGTAATGGGGATATCGTACACATTGATTACAATGTGTGTTTTGACAAGGGACAAAGACTAAAAATTCCAGAGATTGTTCCTTTCCGTTTGACCCAAATAATTGAAGCAGCTTTAGGGCTAACTGGAATAGAGGGTAGCTTCAGATCAAACTGCGAGAAAGTTATTGGTGTTTTAAGGAAGAACAAAGATGTGCTTTTGATGTTATTGGAAGTGTTTGTTTGGGATCCACTTGTGGAATGGACACGAGGTGATTTTCATGACGAAGCTGCAATTGGCGGTGAAGAGAGAAAAGGTATGGAGTTGGCTGTCAGCTTAAGTCTATTTGCATCTCGAGTACAGGAAATTCGGGTTCCCTTACAGGAACACCATGATCAATTATTGACTAGCCTGCCAGCTGTTGAATCGGCACTTGAGAGGTTTGGTGACGTTCTAAACAAATATGAGCTTGCCTCTAGTCTGTACTGTCGAGCTGACCAGGAGAGGTCAAGCCTTATATTGCATGAGACGTCTGCAAAGTCAATTGTTGCTGAAGCAACCAGTAATTCAGAGAAAATTCGAGCTTCTTTTGAAATTCAGGCTCGGGAATTTGCTCAAGCAAAGGCTATGGTTGCTGAGAAAGCTCAGGAGGCAATGACTTGGGCTGAGCAGCATGGAAGGATTCTTGATGCTTTACGGTGTAACTTAATCCCAGAAATAAATGCTTCTTTTAAGCTGAATAACATGGAAACGGTCATATCTCTTACATCTGCTGTCATTGCAGCAGGGGTTCCACTAACTGTTGTTCCTGAGCCAACACAGGCACAATGCCATGATATAGATAGGGAAGTTTCTCAATTCATAGTTGAGTTGGGTGATGGACTAACTTCTGCCACAGCTTCTTTGCAAGCATACTCCTTGGCCCTGCAAAGAATTCTACCGTTAAATTACCTTTCAACCAGTGCAGTGCATAACTGGGCACAAGTTCTACAACTTTCTATCAATGCCCTGTCATCAGATATGCTCTCTCTTGCCAGAAGACAGGCTTCTGAACTTATTGCAAAGTTTCATGTAGATAACAGTGATTCTATTAAATTCAGTCATGATGATCTCTGTTTCAGAGTGGAGAAGTATGCAGTTGAAATAGAAAAAATAGAAAAAGAGTGTGCTGAAATAGAGAGTTCTATTGGCTCTGAATCAGAATCAAAAACTAAGGATCGACTGGTTAGTCAAATGACAGAAGTTGTTCTGCCAGATGTAATACGAGCTGCTGTTTCATTAAATTCAGAGGTTATGGATGCATTTGGATTGATCTCACAAGTTCGGGGATCTATAGAAACTGCACTGGAGCAGCTTATGGAGGTTGAAATGGAGAGAGTATCACTTATTGAACTTGAACAGAATTATTTTGTTAAGGTTGGTCTTATTACTGAGCAGCAGCTGGCCCTTGAAGAAGCTGCAGTTAAGGGCAGAGATCATCTTTCTTGGGAAGAGGCAGAGGAACTTGCATCCCAAGAGGAAGCTTGTAGAGTACAACTGGACCAACTTCATCAAACATGGAATCAAAGGGATGTAAGGACTTCGTCTCTTACCAAGAGAGAAACAGACATTAAAAATGCCTTGATTTCTGTGAATTGTCAATTTCAATCTCTTGTTGGTGTGGAAGAAGAAAGGGAGCTACATATTTTGAGAAGCAAAGCACTACTGGCCTCACTTGTTAAGCCTTTCTTGGAATTGGAATCCATTGATATTTTGCTGTCTTCGACTGATGGTTCAGTTGCCATGCCCACGAGTAAATTTCATACTTTGACAGATTTGATAAACTCTGGGAATTCTATATCTGAATATGTCTGGAAAGTAGGAGGTCTATTGGATAATCATTCCTTCTTTATTTGGAAAATAGGAGTCATAGATTCTTTTCTTGATGCATGCATTCATGACATAGCTTCATCAGTTGAGCAAAATCTAGGCTTTGACCAATCACTCAATTTTATGAAGAAAAAACTTGAAATCCAACTTCAGAAACACATTGGTCACTATTTAAAAGAAAGAGTTGCTCCTAGTTTACTGGCTTGTTTAGATAAAGAAAATGAGCACTTGAAGCAACTTACAGAGTCATCAAAGGAACTTGCTTTAGACCAGGGGAAAAAGGATGGGGCTGTGAAAAAAGTTCTACTTATGCTCGAAGAATATTGTAATGCACATGAAACTGCTAGAGCAGCAAAATCAGCTGCTTCTATCATGAAAAAACAAGTGAATGAGTTAAAAGAAGCTCTTCGAAAAACTGCCCTTGAGAGAGCAATGGCTTGGGCTTGTGGAAATTCTAGTAATTCTGGAAATACTTCAACCACAAATTCAGGAATTCCTCCTGAGTTCCATGAACATATTAAGAATCGGAGGCAGATTTTATGGGAATCTAGAGAAAAGGCATCGGACATTGTGAAGTTGTGTGTGTCAGTGTTAGAGTTTGAAGCATCAAGAGATGGGTATTTGTTTATACCAGACCAACCTTATCCCTTTAGGAGTAGTGTTGATGCCAAGACATGGCAGCAGGTGTACCTGAATGCACTAACAAGATTAGATGTTACTTTCCATTCTTATTCACGTACTGAACAAGAGTGGAAGCTTGCACAATGCACTGTTGAAGCTGCTTCCAATGGATTATATACTGCTACCAATGAACTCTCCATTGCCTCTCTAAAAGCAAAGTCAGCTTCAGGTGATTTACAAAACACGGTTCTTTCAATGAGGGACTGTGCATACGAGGCTAGTGTTACACTGTCTGCTTTTGCTCGGATTTCGAGGATCCAAACTGCACTAACTTCAGAAAGTGGTTCAATGCTTGAAGAGGTTTTAGCAATAACTGAAGATATACATGATGTTTACAATCTGGGGAAAGAGGCAGCTGGTATCCACCTTTCTCTTATGGAAGGCCTTTCAAAGGCAAATGCAATCCTTTTTCCACTTGAATCGGTGCTGTCTAAGGATGTAGCTGCTATGGCTGATGCAATTGATAGGGAAAGTGAGACCAAGAAGGAAATATCACACATCCATGGGCAAGCTATATATCAATCATATTGTTTAAGAATCAGGGAGGCTTGTCAGACCTTTAAGCCCTTGGTACCCTCTCTGATGTTAGCTGTGAAGGGACTTTATTCATTGTTGACAAGGCTAGCAAGAACCGCTAATGCGCTTGAAGGAATAGGAGAAAGTCAGGAAGTAAAATCAGTGACTACTACTTTGTCAAGATCAGATGGCGGGGGTGGTGATGCTGTTGAGTTTGATGGTAAAGAAGGGGTGGGTCTCTCTAGGTCTGAAGATGATAAAACTGATGATTTCATTGGCTTTTCTCGACTTAGTTTGGAAGACAAAGGATGGATATCACCCCCAGATAGCATCTGCTGTACTGACTCTGGATCTGACATGACAGCAACCGAAGTTAGTCTTCCTGATAGCTTGAATGATTCAGCAGGAAATAAAGACCTGCTTTCACAGGGGTCTAGTAGTAGAAACCCCACAGGTCATATGCATACTGCTCTATTCTTTCAAACTGAAGTAGAAGAAATCTCACCCTTTGGGCTGTCACAATCTTCTCCTGTAGAAACTGATCTTAATGGTTCTGGTTCTGTGAAATCAATCAATGAGGCCACTGAACATTCTGAAGCAATAGTTGTACTAGGTGATAAAACTGCTGCCATCCCTGCTAACTCCCAAAATCCAACAAATGAGAACATAGACAAATTTGATTCAGCAGATGAGCCCCTTTCTGCAAAAGAAATTAAAAATGCTACAGAACACCGTGAAGCTCGTGATCTGAACGTAAATGCCAATACTCGTGTTGGAAGGGGTAAAAATGGTTATGCCTTGTCAGTATTGAGGCGGGTTGAGATGAAAATTGATGGTCGAGATATCTCTGAAAGCAGAGAAATTGATATTGCAGAGCAAGTAGATTATCTACTAAAGCAAGCCACTAGTGTAGATAATCTATGCAACATGTACGAAGGGCCAAACTGTGTAGCTTCTGCCGTCCTCTTGATTTCAGCTTTTGTCGAGGCAGAGTTACTATTTTTCACCTTACATGTGGACTTTCATCTACCATCCCACAGTGAAGTCCCAGGCTCACAGCTGGTCTCGTGGGAGATGAACAAGGATTACCATGCCTTCCTTCCCTCCTGGTTTAAACAGTGTAGTGTAGCTTTTAGCTCCTGCAACTTGCATAGCCATACTGATTGA 11745 0.4196 MWFKTLGHVNSCFCNNIFCIIKQIQYFFDSNSTMTGAERYPDFFKVFLQEQHLERILIPNAFVKLERLQGKIPEDVLLRNSSERVWHVKTRFFGDRLYFDEGWKIFHEENCLRNVDFLIFRYDGVNEFRVKILERSTQCEKTLVKMEEEEGNEEEKAATQEVEETSEEEIFVDPVGYTSQSYRKTCRRDTASNSYPQTEDPFKEDEFDPETCIQPENNFFEAKLYRSRPNELHIPGIAIQDFSLSFPEKITLKCCQHCQRKDIQRNKLQDYHLNLAQETPIRKRYLEVTGKVCRRRPSSKNISGARYRLETLVPSILVGIGEEIFDVVDDGDIERAARAPSNLFTEFEVFLRDLEEIPARARVRVGLQLLVPLHVLDLHLVVRHLMQGIHQHQQHQHLAALVSAALPKDDSDEDPSPRLAAIHSLHRAILHPHNSLLLSHSATFLAQAFSQLLSDKCYEVRQAAVTAYGALCAVAASIPVASNGRQNLLLVVDRFIGWALPSLSTAVAVDGTKELALEGLREFLNVGGTDRYALPILKACQVLLEDERTSLALLHRLIGVITLISLKFVRCFQPHFPDIVDLLLGWALMPDLAQSDRRVILDSFLQFQKHWVGSLPMSLRLLTKFLGDMEVLLHDGTPGTPQQFRRLLALLSCFSTILQSTASGLLEMNLLEQICEPLSALLPRLLRCLSMIGQKFGWSEWIEDSWKCLTLLAEILQERFSSFYPLAVDILFQSLEFGVTVQRPGLKKISSFQVHGVLKTNLQLLSLQKLGLLPLSVKKLLKFDASVSQLRLHPNHLVTGSSAATYVFLLQHANKEVVDEAVTSLIEELELLKSLIGNNNGHSYEFNRIVDTKTFSEAELLALIKFDLKVLLACVCMGGDNSLIGQKDIASLYLRRLEKLELFITKQMNPFELPIQNFMELQITVVKTLERLNSVEFLIKCSVREQNCEKTLVEFPTEKEDRDDQFSNERLAVITEHLEKYSKLVVKAFHISSPLAIKLIVLDWGQKFCESVMAVNKISSISGFSYEACEYASVIMNLVFSLLGGTFEREQEVRSHVAITLEMFMQAKLLHPVCFYPLAEVILEKLGDPTIEIRDAYVRLLAHILPTTIYSCGLYDYGRFRSVDPVLGNNSKLHWKQLFALKQLPLQLHSQHLVSILSYISQRWKVPLSSWIQRLIHSCRSSKDAILSLPEETGIFGANSPWLDIRVDEDILEKICSVNNLAGAWWAVQEAARYCIATRLRTNLGGPTQTFAALERMLLDIAHLLQLDNEQSDGNLSMIGSSGAHLLPMRLLLDFVEALKKNVYNAYEGSVILPPATRQSTLFFRANKKVCEDWFSRICEPMMNAGLAVHCNDAVIQYCTLRLQELKNLSVSTLKEKSRTQVTDNLHNIRGRYRGDVLKVLRDVSLALCKSSDPESLIGLQKWVSITFSLLGDENQSFSEGGTVGSLSWISGLIYQARGEYENAAAHFTHLLQTEESLSSLGSDGIQFVIARIIESYTAVSDWRSLETWLLELQQLRAKHTGRSYSGALTMAGNEVNAIHALARFDEGDYQAAWSSLDLTPKSNSELTLDPKIALQRSEQMLLQSLLFQKEEKSDKVLRDLQKARSMLEEPLSVLPLDGLAEATPLAIQLHCIFLVEDNCKLKTNHEKAKQLPSILNSLESLPSSISKIRQDCNPWLKVLRVYKTISPSSPVTLKFCINLHNLARKQNNLLLANRLNNYIKDHVFACPEERHRNLLVLNLQYESILLQYAENKFEDAFTNLWSFLHPCMVSPKPSIISDVKERILKAKACLKLSDWLRRDYSDWSPEGVVLKMAADFDLAESSPHGKDGSKENLSCKSNLGSIIEEIVGTTTKLSSSICPTMGKSWISYASWCFKQATDSLHVQSETILHSCSFSSMLVPEILPDRFKLTEDEVQRIKSLVLCLFQDNIDMKGFTDEQEEQSSWLDSAELSISESPLQKLVWNIVNVIETAAGASGAENSGGECLSDMVSSQLRICLLSTNFGLKESDISFALDNFVDIWWSLRRRRVSLFGHAAHGYIQYLSYSSSRICHSQVPGSEYETLKQKAGSYTLKATLYILHILLNYGVELKDTLESALLVVPLLPWQEVTPQLFARISSHPEQVIRKQLEGLLTMLAKQSPYSIVYPILVDVNAYEEKPSEELHHVLSCLRELYPRLVQDVQLMINELGNVTVLWEELWLSTLQDLHTDVMRRINLLKEEAARIAENVTLSQNEKNKINSARYSAMMAPIVVALERRLASTSRKPETPHEAWFQEEYKDQLKSALVSFKIPPVSSAAIGDVWRPFDSIAASLASYQRKSSVSLGEVAPHLALLSSSDVPMPGLEKQMQVPDSDKATDHQGVVTIASFHEQVTILPTKTKPKKLGILGSDGHKYTYLLKGREDLRLDARIMQLLQAINGFLHSSSSACSNSLTIRYYSVTPISDWPHEVKCKVLLDLMKEVPRHLLYQELWCASEGYKAFSSKLKRYTGSVAAMSMVGHVLGLGDRHLDNILIDFCNGDIVHIDYNVCFDKGQRLKIPEIVPFRLTQIIEAALGLTGIEGSFRSNCEKVIGVLRKNKDVLLMLLEVFVWDPLVEWTRGDFHDEAAIGGEERKGMELAVSLSLFASRVQEIRVPLQEHHDQLLTSLPAVESALERFGDVLNKYELASSLYCRADQERSSLILHETSAKSIVAEATSNSEKIRASFEIQAREFAQAKAMVAEKAQEAMTWAEQHGRILDALRCNLIPEINASFKLNNMETVISLTSAVIAAGVPLTVVPEPTQAQCHDIDREVSQFIVELGDGLTSATASLQAYSLALQRILPLNYLSTSAVHNWAQVLQLSINALSSDMLSLARRQASELIAKFHVDNSDSIKFSHDDLCFRVEKYAVEIEKIEKECAEIESSIGSESESKTKDRLVSQMTEVVLPDVIRAAVSLNSEVMDAFGLISQVRGSIETALEQLMEVEMERVSLIELEQNYFVKVGLITEQQLALEEAAVKGRDHLSWEEAEELASQEEACRVQLDQLHQTWNQRDVRTSSLTKRETDIKNALISVNCQFQSLVGVEEERELHILRSKALLASLVKPFLELESIDILLSSTDGSVAMPTSKFHTLTDLINSGNSISEYVWKVGGLLDNHSFFIWKIGVIDSFLDACIHDIASSVEQNLGFDQSLNFMKKKLEIQLQKHIGHYLKERVAPSLLACLDKENEHLKQLTESSKELALDQGKKDGAVKKVLLMLEEYCNAHETARAAKSAASIMKKQVNELKEALRKTALERAMAWACGNSSNSGNTSTTNSGIPPEFHEHIKNRRQILWESREKASDIVKLCVSVLEFEASRDGYLFIPDQPYPFRSSVDAKTWQQVYLNALTRLDVTFHSYSRTEQEWKLAQCTVEAASNGLYTATNELSIASLKAKSASGDLQNTVLSMRDCAYEASVTLSAFARISRIQTALTSESGSMLEEVLAITEDIHDVYNLGKEAAGIHLSLMEGLSKANAILFPLESVLSKDVAAMADAIDRESETKKEISHIHGQAIYQSYCLRIREACQTFKPLVPSLMLAVKGLYSLLTRLARTANALEGIGESQEVKSVTTTLSRSDGGGGDAVEFDGKEGVGLSRSEDDKTDDFIGFSRLSLEDKGWISPPDSICCTDSGSDMTATEVSLPDSLNDSAGNKDLLSQGSSSRNPTGHMHTALFFQTEVEEISPFGLSQSSPVETDLNGSGSVKSINEATEHSEAIVVLGDKTAAIPANSQNPTNENIDKFDSADEPLSAKEIKNATEHREARDLNVNANTRVGRGKNGYALSVLRRVEMKIDGRDISESREIDIAEQVDYLLKQATSVDNLCNMYEGPNCVASAVLLISAFVEAELLFFTLHVDFHLPSHSEVPGSQLVSWEMNKDYHAFLPSWFKQCSVAFSSCNLHSHTD 3914
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Vian5g01442 3914 Gene3D - 35 139 IPR015300 -
Vian5g01442 3914 Pfam Serine/threonine-protein kinase smg-1 1073 1549 IPR031559 GO:0000184|GO:0004674|GO:0016310
Vian5g01442 3914 SMART FATC_2 3812 3842 IPR003152 GO:0005515
Vian5g01442 3914 ProSiteProfiles Phosphatidylinositol 3- and 4-kinases catalytic domain profile. 2365 2632 IPR000403 -
Vian5g01442 3914 ProSiteProfiles FATC domain profile. 3812 3854 IPR003152 GO:0005515
Vian5g01442 3914 Coils Coil 2212 2232 - -
Vian5g01442 3914 ProSitePatterns Phosphatidylinositol 3- and 4-kinases signature 2. 2487 2507 IPR018936 GO:0016301
Vian5g01442 3914 Gene3D - 2457 2626 IPR036940 -
Vian5g01442 3914 Pfam FATC domain 3815 3839 IPR003152 GO:0005515
Vian5g01442 3914 Coils Coil 143 168 - -
Vian5g01442 3914 Pfam Phosphatidylinositol 3- and 4-kinase 2456 2593 IPR000403 -
Vian5g01442 3914 MobiDBLite consensus disorder prediction 3584 3609 - -
Vian5g01442 3914 Coils Coil 3197 3217 - -
Vian5g01442 3914 Coils Coil 2879 2899 - -
Vian5g01442 3914 SMART pi3k_hr1_6 2392 2648 IPR000403 -
Vian5g01442 3914 PANTHER ATAXIA TELANGIECTASIA MUTATED ATM -RELATED 1470 2593 - -
Vian5g01442 3914 MobiDBLite consensus disorder prediction 146 165 - -
Vian5g01442 3914 SUPERFAMILY Protein kinase-like (PK-like) 2332 2596 IPR011009 -
Vian5g01442 3914 SUPERFAMILY DNA-binding pseudobarrel domain 40 136 IPR015300 -
Vian5g01442 3914 Pfam B3 DNA binding domain 43 135 IPR003340 GO:0003677
Vian5g01442 3914 Coils Coil 3242 3269 - -
Vian5g01442 3914 Gene3D - 2332 2442 - -
Vian5g01442 3914 ProSiteProfiles FAT domain profile. 1528 2152 IPR014009 -
Vian5g01442 3914 SMART B3_2 43 136 IPR003340 GO:0003677
Vian5g01442 3914 SUPERFAMILY ARM repeat 266 735 IPR016024 -
Vian5g01442 3914 CDD B3_DNA 41 133 IPR003340 GO:0003677
Vian5g01442 3914 MobiDBLite consensus disorder prediction 3641 3678 - -
Vian5g01442 3914 FunFam serine/threonine-protein kinase SMG1 isoform X1 2454 2626 - -
Vian5g01442 3914 FunFam Serine/threonine-protein kinase SMG1 2316 2443 - -
Vian5g01442 3914 ProSiteProfiles B3 DNA-binding domain profile. 41 136 IPR003340 GO:0003677
       

Duplication type information

Select Gene Chromosome Start End Duplicated_type
Vian5g01442 Vian-Chr5 37034716 37057962 Dispersed/Wgd
       

Functional genes information

Select Gene Gene_start Gene_end Function Ath_gene Identity(%) E-value Score
Vian5g01442 37 135 REM Transcription Factor Family AT3G53310 36.364 5.96e-12 67.8
       

Transcription factors information

Select Regulatory Factors Family Gene Hmm_acc Hmm_name E_value Clan
TF B3 Vian5g01442 SMG1 2.4e-40 No_clan
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Vian5g01442 K08873 - gmx:100808763 3563.85