Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Phac11g00757 ATGCAAGGAATTCACCAGCAACACCACCACCAACACCTCGCTGCACTCGTCTCCGCGGCCCTCCCAAAGGACGATTCCGACGACGACCCTTCCCCTCGCCTCGCTGCGATCCACTCCCTCCACCGCGCCATCCTCCACCCTCACAACTCCCTCCTCCTCTCTCACTCCGCCACTTTCCTCGCACAGGCCTTCTCCCAACTCCTCTCCGACAAATGCTACGAGGTGCGGCAGGCTGCGGTCACAGCCTACGGTGCGCTCTGCGCCGTGGCCACTTCAATTCCCGTCGCCTCCAACGGAAGACAAAACCTCCTCATGCTCGTCGACCGCTTCATTGGCTGGGCGTTGCCGTCTCTCAGCACGGCCGTCGCTGTCGATGGCACTAAGGAACTCGCGCTCGAAGGCCTCCGCGAGTTCCTCAACGTTGGTGGAACCGACAGATACACTTTGCCTATTCTGAAAGCCTGTCAGGTGTTGCTTGAGGATGAGAGAACCTCTCTGGCTCTGTTACACAGGCTTATTGGTGTTATTACTTTGATATCTTTGAAGTTTTTGAGGTGCTTTCAGCCTCATTTCCCTGACATTGTTGACTTGCTTCTCGGTTGGGCGTTGATGCCGGATTTAGCTCAATCGGATAGGCGTGTTATTTTGGATAGCTTCTTGCAGTTTCAGAAGCATTGGGTTGGCAGTCTTCCCATGTCCTTGAGATTGCTCACTAAGTTCTTGGGGGACATGGAGGTTTTGCTTCATGATGGAACTCCGGGCACGCCGCAGCAGTTTCGGCGGCTTCTTGCTCTGCTTTCTTGTTTTTCCACTATTCTGCAGTCCACTGCCTCGGGATTACTGGAGATGAACCTGCTTGAACAGATATGCGAGCCGCTTAGCGCCCTGCTGCCAAGATTGCTGCGGTGTTTGTCTATGATTGGGCAGAAATTTGGGTGGTCTGAGTGGATTGAAGATTCGTGGAAGTGTTTGACTCTTTTGGCTGAGATTTTGCAGGAGCGGTTTTCAAGTTTTTATCCTCTTGCTGTTGATATTTTGTTTCAGAGTTTGGAGTTTGGAGTGACAGTGCAGCGGCCAGGGTTTAAGAAGATTAGCTCTTTCCAAGTTCATGGGGTTCTGAAGACTAATCTTCAGTTGTTGTCGTTGCAAAAGCTTGGCCTCCTTCCATTGTCCGTGAAGAAGTTATTGAAGTTTGATGCATCCATCTCACAGCTGCGGTTGCACCCAAATCATTTGGTGACAGGGAGTTCTGCAGCTACTTACGTTTTTTTGCTTCAGCATGGGAATACAGAAGTCGTTGATGAAGCAGTCACATCGTTGATTGAGGAACTGGAGCTGTTGAAGAGTTTAATTGGAAACAACACTGATCATTCAGATGAATTTAGTTGTGTTGTAGATACCAAAACATTTTCAAAAGCTGAACTATTGGCATTAATCAAGTTTGATTTGAAAGTACTATTAGCGTGTGTTCCCATGGGTGGGGACAACAGTTTGATTGGACAAAAGGATGTTGCTTCGTTGTGTCTTAGGAGGTCAGAAAAGTTGGTGTCATTTATAATAAAACAGATGAATCCTTTTGAATTACCTATCCAGGTTTTCATGGAGCTGCAGATAACCGTACTTAAGACATTGGAGCGGCTAAATTCAGTTGAGTTCTTAATTAAGTGTTCTATGAGAGAACAGAATTGTGAGAACACTTTTGTTGAGTTTCCAACTGAAAAGGAGGACAGTGATGATGAATTCAGTTATGAGATTTTGGCTGTGATTACTGAGCATTTGGAGAAGTATAGCAAGCTCGTTGTAAAAGCCTTTCATGTTTCTTCTCCTCTGGCAATTAAATTAGTTGTTCTAGATTGGGGACAAAAGTTCTGTGAGAGTGTAATGGCTATTAATAAGATCTCAAGGATGAGTGGTTTTTCCTACGAAGCGTGTGAGTATGCTGGTGTAATCATGAACTTAGTTTTTTCACTTTTAGGTGGTACATTTGATAGGGAACAGGAAGTGAGGTCACAAGTTGCATTAACTTTGGAGATGTTTATGCAAGCAAAACTTTTGCATCCTGTGTGTTTTTATCCCTTAGCTGAAGTCATACTGGAGAAACTTGGGGATCCAACTATAGAAATACGGGATGCATATGTAAGACTTCTTGCCAATATTTTGCCTACTACTATATATACATGTGGTCTCTATGATTGTGGAAGATTTAGGCCTGTTGACCCTGTGTTAGGCGACAGTTCTAAGATACATTGGAAACAATTATTTGCCCTGAAGCAGTTGCCACTGCAACTGCACTCCCAACATCTTGTGTCGATTTTAAGTTACATTTCACAAAGATGGAAGGTACCTCTTTCTTCTTGGATCCAGCGACTCATTCATAGTTGCCAGAGTTCAAGGGATGCTATTTTAAGTCTGCCTGAAGAAACAGGAATTTTTGGTGCTAATTCTCCGTGGTTGGATATACGAGTGGATGAAGACATACTTGAAAAAATCTGTTCTGTCAATAATTTAGCTGGTGCCTGGTGGGCTGTACAAGAAGCAGCTCGTTACTGTATTGCTACAAGACTGCGGACTAACCTCGGTGGCCCCACCCAAACATTTGCTGCTCTTGAACGAATGCTTTTGGACATTGCACACCTTTTGCAACTTGATAATGAGCAAAGTGATGGAAACTTAAGTATGATAGGGTCTTCTGGTGCTCACTTGCAACCAATGAGATTATTGTTGGATTTTGTTGAGGCTCTAAAGAAAAATGTATATAATGCATATGAGGGGTCTGTCATTTTACCACCTGCTACTCGTCAGAGTACTTTATTTTTTCGGGCAAACAAAAAAGTATGTGAGGATTGGTTTTCTCGTATTTGTGAGCCAATGATGAATGCCGGATTGGCTGTACATTGTAATGATGCTGTTATTCAGTACTGTACACTGCGTTTGCAGGAGCTCAAGAATCTTTCTGTGTCAGCTTTGAAGGAAAAATCTAGGACTCAGGTAACTGATAACCTCCACAATAACCAAGGAAGGTATAGAGGAGATGTCTTAAAAGTTTTAAGGCATGTTTCACTTGCTCTTTGCAAGAGTTCTGATCCAGATTCTTTGATTGGCCTACAAAAATGGGTTTCCATTACCTTCTCCTTACTTGGCGACGAAAACCAGTCCTTCGGTGAGGGTGGAAATGTTGGACCACTTTCTTGGATAACTGGGCTTATATATCAGGCAAGAGGTGAGTATGAAAATGCTGCAGCTCACTTTACACACTTGCTACAGACTGAAGAGTCACTTAGCTCCCTCGGTTCTGATGGTATACAGTTTGTCATAGCACGCATAATTGAGAGTTATACGGCTGTATCTGATTGGAGATCTCTTGAAACCTGGCTGTTAGAATTACAACTGCTTCGTGCTAAACATACTGGTCGAAGTTATTCTGGTGCTCTGACAATGGCTGGCAATGAAGTTAATGCAATTCATGCATTAGCACGTTTTGATGAGGGTGATTATCAGGCTGCATGGTCAAGCCTTGATTTGACACCTAAAAGCAATAGTGAGCTTACCCTTGATCCAAAAATAGCCTTGCAACGGAGTGAGCAGATGCTTCTGCAATCTTTACTCTTTCAGAAGGAGGAAAAAAGTGAGAAGGTACTGCATGATCTGCAGAAAGCTAGATCAATGTTGGAAGAACCACTTTCTGTTCTGCCACTTGATGGCTTAGCTGAAGCAACACCTCTCGCAATTCAATTGCACTGCATTTTCCTTGTAGAAGAGAATTGCAAACTTAAAACAACTCATGAGAAGGCCAAACAACTACCATCAATACTAAGTTCTCTTGAATCATTGCCATCTTCCATTAGTAAAATCCGTCAAGATTGTAATCCATGGTTGAAAGTTCTTCGGGTTTATAAAACTATTTCCCCAAGTTCTCCAGTTACTTTAAAATTCTGCATGAATTTGCATAATTTAGCTCGCAAGCAAAATAATTTTTTGTTAGCAAATCGTCTAAACAACTACATGAAAGATTATGTATTTGCTTGCCCGGAGGAGAGGCATCGAAATATTCTGGTTTTGAATTTGCAATATGAGAGCATTTTACTACAGTATGCTGAAAACAAGTTTGAAGACGCTTTCACAAACCTTTGGTCATTTTTGCGTCCTTTCGTGGTTTCTTCAAAACCATCTATAATATCTGATGTTGAAGAGAGGATTCTGAAGGCCAAAGCATGCTTGAAACTCTCAGATTGGCTGACACGAGATTATTCAGAATGGAGTCCAGAGGGTATTGTTCTCAAGATGCCAGAAGATTTTGATTTGGCTGAATCATGTGCACTAGGCAAAGATGGCAGCAAAGAAAACATAAGTTGTAAATCAAATTTGGGTTCTATTATTGAGGAAATTGTTGGTACAACAACAAAAATGTCTTCTCATATTTGCCCCACCATGGGCAAGTCATGGATTTCTTATGCTTCTTGGTGCTTTAAGCAAGCAAGAGACTCACTCCATGTTCAGAGTGAAAATATCCTCCATTCATGCTCGTTTTCTTCCTTACTTGTTCCAGAAATTCTACCTGACAGATTTAAGTTGACTAAGGACGAGGTGCAAAGAATTAAGTCATTGGTTTTGTGTCTTTTTCAGGACAATATTGATATGAAAGGTTTTACAGATGAACAGGATGAGCGAAGCTCTTGGCTTGATTCTGCAGAGCTCTCAATTAGTGACAGTCCTCTGCAGAAATTGGTTTGGAATATAGTGAATATTATAGAAACTGCTGCAGGGGCATCAGGTGCAGAAAACTTGGGTGGTGAATGTCTTTCAGACATTGTATCTTCTCAGTTGAGAATTTGTTTGTCAAGCACAAAATTTGGGCTTGGAGAATCTGACATAAGTTCTGCATTGGATGATTTTGTTGATATTTGGTGGTCTTTGAGGAGGAGGAGAGTGTCCCTGTTTGGACATGCTGCTCATGGTTACATACAATATCTTTCTTATTCATCTTCCCGTATTTCCCATAGTCAGGTGCCTGGTTCCGAATATGAGACTTTGAAGCAAAAAACTGGCAGCTACACCCTGAAGGCTACATTGTATATATTGCATATACTTCTCAATTATGGTGTGGAATTGAAAGATACTCTTGAATCTGCTCTTCTGGTTGTTCCTTTGTTGCCATGGCAGGAGGTTACGCCTCAACTGTTTGCACGTATAAGTTCACATCCTGAACAGGTGATTCGAAAGCAGTTGGAGGGTTTACTAACACTGCTGGCGAAACAATCTCCATATTCTATAGTGTACCCAACACTAGTTGATGTTAATGCATATGAAGAGAAACCTTCAGAAGAGCTTCATCATGTGCTGGGTTATCTGAGAGAACTTTACCCCCGATTGGTTCAGGATGTTCAGCTGATGATAAATGAACTTGGAAATGTTACTGTTCTCTGGGAGGAGCTATGGCTGAGTACTCTGCAGGATCTTCACACAGATGTAATGAGACGGATAAATTTGCTGAAAGAAGAGGCAGCAAGAATTGCAGAAAATGTAACACTTAGTCAGAATGAGAAGAACAAGATAAATTCTGCTCGATATTCTGCAATGATGGCTCCAATAGTTGTGGCTTTGGAGCGTCGATTAGCTTCAACGTCTCGAAAACCTGAGACTCCTCATGAATCTTGGTTCCAGGAAGAGTATAAAGACCAACTAAAATCAGCCATAGTATCCTTTAGAATTCCTCCAGCATCTTCTGCGGCTATAGGTGATGTGTGGCGACCTTTTGATAGTATTGCTGCATCCTTGGCCTCTTATCAGAGGAAGTCTTCAGTTTCATTGGGAGAAGTTGCGCCACATTTGGCTTTGTTATCATCCTCAGATGTTCCAATGCCAGGTCTTGAGAAACAAATGCAAGTACCTGACTCTGACAAAACAACTGATCTGCAAGGGGTTGTCACAATTGCTTCTTTTCATGAGCAAGTTACCATCTTATCAACAAAGACAAAGCCTAAGAAACTAGGTATACTTGGTTCAGATGGTCAGAAGTACACATATCTCCTGAAAGGACGAGAAGATTTGCGCCTTGATGCTAGAATCATGCAATTATTGCAGGCTATAAATGGTTTTCTGCATTCTTCATCTTCTGCATGTAGCAATTCTCTTAGCATCCGCTATTATTCTGTGACTCCAATAAGTGGTCGGGCTGGCCTAATCCAGTGGGTGGGCAATGTAGTAAGTATTTACAGTGTATTTAAATCTTGGCAAACCCGTGTCCAGCTAGCACAGTTTTTGGCATTGGGCTCTGCAAATACAAAATCCTCAGCTCCTCCACCTGTTCCCCGACCCAGTGATATGTTTTACGGGAAGATCATACCTGCACTTAAAGAGAAAGGCATCAAGAGGGTGATTTCCCGAAGGGACTGGCCTCAAGAAGTCAAATGTAAAGTTCTTCTTGATCTCATGAAGGAGGTGCCTAGGCATCTTCTTTACCAGGAGCTATGGTGTGCTAGTGAAGGATATAAAGCTTTCAGCTCAAAATTGAAGAGGTATACAGGAAGTGTTGCGGCAATGAGTATGGTTGGTCATGTTTTGGGACTTGGAGACAGGCATTTAGACAACATTCTTATAGATTTTTGTAATGGGGATATTGTACACATTGATTACAATGTGTGTTTTGACAAGGGACAAAGACTAAAAGTTCCAGAGATTGTTCCTTTCCGTTTGACCCAAATGATTGAAGCAGCTTTAGGGCTGACTGGAATAGAGGGTAGCTTCAGATCAAACTGTGAGACAGTTATTGGTGTTCTAAGGAAGAACAAAGACATGCTTTTGATGTTATTGGAAGTATTTGTTTGGGATCCACTTGTGGAATGGACACGTGGTGATTTTCATGATGAAGCTGCAATTGGTGGTGAAGAAAGGAAAGGTATGGAGTTGGCTGTCAGCTTGAGTCTATTTGCATCTCGAGTACAGGAAATTCGGGTTCCCTTACAGGAACACCATGATCAATTATTGACTAGTTTGCCAGCTGTTGAATCAGCACTTGAGAGGTTTGGTGACGTTCTAAATCAATATGAGCTTGCCTCTAGTCTGTACAGTCGAGCTGACCAGGAGAGGTCAAGCCTTATATTGCATGAGACATCTGCAAAATCAATTGTTGCTGAAGCAACCAGTAATTCAGAGAAAATTCGAGCTTCTTTTGAAATTCAGGCTCGGGAATTCGCCCAAGCAAAGGCCATGGTTGCTGAGAAAGCTCAGGAGGCAATGACTTGGGCTGAGCAGCATGGAAGGATTCTTGATGCTTTACGGTGCAACTTAATCCCAGAAATAAATGCTTCTTTTAATCTGAATAACATGGAAGCAGTCGTATCTCTTACATCTGCAGTCACTGTAGCAGGGGTTCCACTAACTGTTGTTCCTGAGCCAACACAAGCACAATGTCATGATATAGATAGGGAAGTTTCTCAATTCATAGCTGAGTTGGGTGATGGACTAACTTCTGCCACAGCTTCTTTGCAAGCATACTCCTTGGCTCTGCAAAGAATTCTACCATTAAATTACCTTTCAACCAGTGCAGTGCATAACTGGGCACAAGTTCTACAACTATCTATCAATGCTCTGTCATCAGATATCCTCTCTCTTGCCAGAAGACAGGCTTCTGAACTTATTGCAAAGTTTCATGTAGATAACAGTGATTCTATCAAATGCAGTCATGATGATCTCTGTTTCAGAGTGGAGAAGTATGCAGTTGAAATAGAAAAATTAGAAAAAGAGTGTGCTGAAATAGAGAGTTCTATTGGCTCTGAATCAGAATCAAAAACCAAGGATCGTCTTTTATATGCTTTTATGAAATTCATGCAGTCCATTGGTCTTTTAAGGAAGGAAGTTGGAATATCTTCTGTTCAATCTAAATATGACAGCGGAATGAACAATGTTAGACCTTTAGGTGAGCTAGAAGAGGAGAGAGAGAAGGCATTATCAATTCTGAATATTGCCATGAGTTCACTTTATAATGAGGTTAAGCAAAAAATATTAAATATATATAATGATACATCCGGAAGAAGAAATCAATACCATATGTTGCAGAGTGATTCTGGAACTATTTTTGCTGAGTTTGAAGAACAGGTAGAAAAATGTAATCTTGTGACAGAATTTGTTCATGATCTATGCCAATTTATTGGAAAGGACATCCCTTCTGTTGATATTAACAAAGTTCGTTCGAAGATTTCTTCTGAAAGTAATTGGGTTTCCATTTTCAAAAACATTTTGATTTCCTGCAAGGGATTGGTTAGTCAAATGACAGAAGTTGTTCTGCCAGATGTAATACGAGCTGCTGTTTCATTAAATTCAGAGGTTATGGATGCATTTGGATTGATCTCACAAGTCCGGGGGTCTATAGAAACTGCACTGGAGAAGCTTGTGGAGGTTGAAATGGAGAGAGCAGCACTGATTGAACTTGAACAGAATTATTTTGTTAAGGTTGGTCTTATTACTGAGCAGCAGCTGGCCCTTGAAGAAGCTGCAGTTAAGGGCAGAGATCATCTTTCATGGGAAGAGGCAGAGGAACTTGCATCCCAAGAGGAAGCTTGTAGAGCACAACTGGACCAACTTCATCAAACTTGGAATCAAAGGGATGTAAGGACTTCTTCTCTTATTAAGAGAGAAACAGACATTAAAAATGCCTTGGTTTCTGTGAATTGTCAATTTCAATCTCTTGTTCGGGTGGAAGAAGAAAGGGAGCTACACATTTTGAGAAGCAAAGCACTATTGGCTTCACTTGTTAAGCCTTTCCTGGAACTAGAATCCATTGATATTGTGCTGTCTTCGGCTGATGGTTCAGTTGCCATGCCCACAAGTAAATTTCATACTCTGACAGATTTGATAAACTCTGGGAATTCTATATCTGAGTATGTCTGGAAAGTTGGAGGTCTATTGGATAATCATTCCTTTTTTATTTGGAAAATAGGAGTCATAGATTCTTTTCTTGATGCATGCATTCATGATGTAGCTTCATCAGTTGAGCAAAATCTAGGCTTTGACCAATCACTCAATTTTATGAAGAAAAAGCTTGAAATCCAACTTCAGAAACACATTGGTCACTATTTGAAAGAAAGAGTTGCTCCTTGTTTGTTGACTTGTTTAGATAAAGAAAATGAGTACTTGAAGCAACTTACAGAGTCATCAAAGGAACTTGCTTTAGACCAGGGGAAGAAGGATGGGGCTGTAAAAAAAGTTTTACTTATGCTTGAAGAATATTGTAATGCACATGAAACTGCTAGAGCAGCAAAATCAGCTGCTTCTCTCATGAAAAAACAAGTGAATGAGTTGAAAGAAGCTCTTCGAAAAACTGCCCTTGAGGTAGTTCAGATGGAATGGATGCATGATGCTAGTTTGAACCCATCATATAACAGAAGAATCAGATTTGAGAAGTATCTAGATACTGATGACAGCTTGTATACAATCATTTTAAATCTCAGCCGATCTAAATTACTGGACAATGTACAATCTGCTGTGTCAAAAATCACGACATCAATGGATTGTCTTCAGTCTTGTGAAAGAAATTCTCTTATAGCTGAAGGACAGCTTGAGAGAGCAATGGCTTGGGCTTGTGGAAATTCCAGTAATTCCGGAAATACTTCAACTAAAAATTCAGGAATTCCTCCTGAGTTCCATGAACATATTAAGACTCGGAGGCAGATTTTATGGGAATCCAGAGAAAAGGCATCTGACATTGTGAAGTTGTGTGTGTCAGTGTTAGAGTTTGAAGCATCAAGAGATGGGTATTTGCATATACCAGACCAACCTTACCCCTTCAGGAGTAGTGTTGATGCCAAGACATGGCAGCAAGTCTACTTGAATGCACTAACAAGATTAGATGCTACTTTCCATTCTTATTCACGTACTGAACAAGAGTGGAAGCTTGCACAATGCACTGTTGAAGCTGCTTCCAATGGATTATATACTGCTACCAATGAACTCTGCATTGCCTCTCTAAAAGCAAAGTCAGCTTCAGGTGATTTACAAAACACGGTTCTTTCAATGAGGGACTGTGCATATGAGGCTAGTGTTGCACTGTCTGCTTTTGTTCGGATTTCAAGGATCCATACTACTCTAACTTCAGAAAGTGGTTCTATGCTTGAAGAGGTTTTAGCAATAACTGAAGATATTCATGATGTTTACAATCTGGGGAAAGAGACAGCTGCTATCCACCTTTCTCTTATGGAAGGCCTTTCAAAGGCAAATGCCATCCTTTTTCCACTTGAATCGGTGCTGACTAAGGATGTAGCTGCTATGGCTGATGCAATAGATAGGGAAAGTGAGACCAAGAAGGAAATATCACACATCCATGGACAAGCTATATATCAATCATATTGTTTAAGAATCAGGGAGGCTTGTCAGACCTTTAAGCCCTTGGTACCCTCTCTGATGTTAGCTGTGAAGGGACTTTATTCATTGTTGACTAGGCTAGCAAGAACTGCTAATGTCCATGCTGGCAACCTGCACAAAGCGCTTGAAGGAATTGGAGAAAGTCAGGAAGTAAAATCAGTGGATACTACTTTGTCAAGATCAGATGTTGGGGGTGGTGATGCTGTTGAATTTGATGGTAAAGAAGGGGAGGGTCTCTCTAGGTCTGAAGATGATAAAATGGATGATTTCATTGGATTTTCTCGACTTAGTTTGGAGGACAAGGGATGGGTATCTCCACCAGATAGCATCTGCTGTACTAGCTCCGGATCTGACACCTCATCATCCGAAGTTAGTCTTCCTGATAGCTTGAATGATTCAGCAGGAAATAAAGACCTGCTTTCGCAGGGGTCTGGTAGTAGAAACCCCACAGGTCATATGCAGACCGCTCTATTGTCTCAAACTGAAGTAGAAGAAATCTCACCTTTTGGGGTGTCACAATCTTCCCCTGTAGAAACTGATCTTAATGGTGCTGGTTCTGTGAAGTCAATCAATGAGGCCACTGAACATCCAGAAGCTATAGCTTTACTAGGTGATAAAACTGTTGCCATCCCTGCTAACTCCCAAAATCCAACAAATGAGAACTTAGACAAATTTGATTCAGCAGATGAACCCCTTTCTGCAAAAGAAGTTAAAAATGCTGCAGAACATCGTGATCAGAACATAAATGCCAATACTCGTGTCGGAAGGGGTAAAAATGCTTATGCCTTGTCTGTATTGAGGCGGGTTGAGATGAAAATTGATGGTCGAGATATCTCTGAAAGCAGAGAAATTGATATTGCAGAGCAAGTAGATTATCTACTAAAGCAAGCCACTAGTGTAGATAATCTATGCAACATGTACGAAGGTTGGACACCATGGATCTGA 11301 0.4147 MQGIHQQHHHQHLAALVSAALPKDDSDDDPSPRLAAIHSLHRAILHPHNSLLLSHSATFLAQAFSQLLSDKCYEVRQAAVTAYGALCAVATSIPVASNGRQNLLMLVDRFIGWALPSLSTAVAVDGTKELALEGLREFLNVGGTDRYTLPILKACQVLLEDERTSLALLHRLIGVITLISLKFLRCFQPHFPDIVDLLLGWALMPDLAQSDRRVILDSFLQFQKHWVGSLPMSLRLLTKFLGDMEVLLHDGTPGTPQQFRRLLALLSCFSTILQSTASGLLEMNLLEQICEPLSALLPRLLRCLSMIGQKFGWSEWIEDSWKCLTLLAEILQERFSSFYPLAVDILFQSLEFGVTVQRPGFKKISSFQVHGVLKTNLQLLSLQKLGLLPLSVKKLLKFDASISQLRLHPNHLVTGSSAATYVFLLQHGNTEVVDEAVTSLIEELELLKSLIGNNTDHSDEFSCVVDTKTFSKAELLALIKFDLKVLLACVPMGGDNSLIGQKDVASLCLRRSEKLVSFIIKQMNPFELPIQVFMELQITVLKTLERLNSVEFLIKCSMREQNCENTFVEFPTEKEDSDDEFSYEILAVITEHLEKYSKLVVKAFHVSSPLAIKLVVLDWGQKFCESVMAINKISRMSGFSYEACEYAGVIMNLVFSLLGGTFDREQEVRSQVALTLEMFMQAKLLHPVCFYPLAEVILEKLGDPTIEIRDAYVRLLANILPTTIYTCGLYDCGRFRPVDPVLGDSSKIHWKQLFALKQLPLQLHSQHLVSILSYISQRWKVPLSSWIQRLIHSCQSSRDAILSLPEETGIFGANSPWLDIRVDEDILEKICSVNNLAGAWWAVQEAARYCIATRLRTNLGGPTQTFAALERMLLDIAHLLQLDNEQSDGNLSMIGSSGAHLQPMRLLLDFVEALKKNVYNAYEGSVILPPATRQSTLFFRANKKVCEDWFSRICEPMMNAGLAVHCNDAVIQYCTLRLQELKNLSVSALKEKSRTQVTDNLHNNQGRYRGDVLKVLRHVSLALCKSSDPDSLIGLQKWVSITFSLLGDENQSFGEGGNVGPLSWITGLIYQARGEYENAAAHFTHLLQTEESLSSLGSDGIQFVIARIIESYTAVSDWRSLETWLLELQLLRAKHTGRSYSGALTMAGNEVNAIHALARFDEGDYQAAWSSLDLTPKSNSELTLDPKIALQRSEQMLLQSLLFQKEEKSEKVLHDLQKARSMLEEPLSVLPLDGLAEATPLAIQLHCIFLVEENCKLKTTHEKAKQLPSILSSLESLPSSISKIRQDCNPWLKVLRVYKTISPSSPVTLKFCMNLHNLARKQNNFLLANRLNNYMKDYVFACPEERHRNILVLNLQYESILLQYAENKFEDAFTNLWSFLRPFVVSSKPSIISDVEERILKAKACLKLSDWLTRDYSEWSPEGIVLKMPEDFDLAESCALGKDGSKENISCKSNLGSIIEEIVGTTTKMSSHICPTMGKSWISYASWCFKQARDSLHVQSENILHSCSFSSLLVPEILPDRFKLTKDEVQRIKSLVLCLFQDNIDMKGFTDEQDERSSWLDSAELSISDSPLQKLVWNIVNIIETAAGASGAENLGGECLSDIVSSQLRICLSSTKFGLGESDISSALDDFVDIWWSLRRRRVSLFGHAAHGYIQYLSYSSSRISHSQVPGSEYETLKQKTGSYTLKATLYILHILLNYGVELKDTLESALLVVPLLPWQEVTPQLFARISSHPEQVIRKQLEGLLTLLAKQSPYSIVYPTLVDVNAYEEKPSEELHHVLGYLRELYPRLVQDVQLMINELGNVTVLWEELWLSTLQDLHTDVMRRINLLKEEAARIAENVTLSQNEKNKINSARYSAMMAPIVVALERRLASTSRKPETPHESWFQEEYKDQLKSAIVSFRIPPASSAAIGDVWRPFDSIAASLASYQRKSSVSLGEVAPHLALLSSSDVPMPGLEKQMQVPDSDKTTDLQGVVTIASFHEQVTILSTKTKPKKLGILGSDGQKYTYLLKGREDLRLDARIMQLLQAINGFLHSSSSACSNSLSIRYYSVTPISGRAGLIQWVGNVVSIYSVFKSWQTRVQLAQFLALGSANTKSSAPPPVPRPSDMFYGKIIPALKEKGIKRVISRRDWPQEVKCKVLLDLMKEVPRHLLYQELWCASEGYKAFSSKLKRYTGSVAAMSMVGHVLGLGDRHLDNILIDFCNGDIVHIDYNVCFDKGQRLKVPEIVPFRLTQMIEAALGLTGIEGSFRSNCETVIGVLRKNKDMLLMLLEVFVWDPLVEWTRGDFHDEAAIGGEERKGMELAVSLSLFASRVQEIRVPLQEHHDQLLTSLPAVESALERFGDVLNQYELASSLYSRADQERSSLILHETSAKSIVAEATSNSEKIRASFEIQAREFAQAKAMVAEKAQEAMTWAEQHGRILDALRCNLIPEINASFNLNNMEAVVSLTSAVTVAGVPLTVVPEPTQAQCHDIDREVSQFIAELGDGLTSATASLQAYSLALQRILPLNYLSTSAVHNWAQVLQLSINALSSDILSLARRQASELIAKFHVDNSDSIKCSHDDLCFRVEKYAVEIEKLEKECAEIESSIGSESESKTKDRLLYAFMKFMQSIGLLRKEVGISSVQSKYDSGMNNVRPLGELEEEREKALSILNIAMSSLYNEVKQKILNIYNDTSGRRNQYHMLQSDSGTIFAEFEEQVEKCNLVTEFVHDLCQFIGKDIPSVDINKVRSKISSESNWVSIFKNILISCKGLVSQMTEVVLPDVIRAAVSLNSEVMDAFGLISQVRGSIETALEKLVEVEMERAALIELEQNYFVKVGLITEQQLALEEAAVKGRDHLSWEEAEELASQEEACRAQLDQLHQTWNQRDVRTSSLIKRETDIKNALVSVNCQFQSLVRVEEERELHILRSKALLASLVKPFLELESIDIVLSSADGSVAMPTSKFHTLTDLINSGNSISEYVWKVGGLLDNHSFFIWKIGVIDSFLDACIHDVASSVEQNLGFDQSLNFMKKKLEIQLQKHIGHYLKERVAPCLLTCLDKENEYLKQLTESSKELALDQGKKDGAVKKVLLMLEEYCNAHETARAAKSAASLMKKQVNELKEALRKTALEVVQMEWMHDASLNPSYNRRIRFEKYLDTDDSLYTIILNLSRSKLLDNVQSAVSKITTSMDCLQSCERNSLIAEGQLERAMAWACGNSSNSGNTSTKNSGIPPEFHEHIKTRRQILWESREKASDIVKLCVSVLEFEASRDGYLHIPDQPYPFRSSVDAKTWQQVYLNALTRLDATFHSYSRTEQEWKLAQCTVEAASNGLYTATNELCIASLKAKSASGDLQNTVLSMRDCAYEASVALSAFVRISRIHTTLTSESGSMLEEVLAITEDIHDVYNLGKETAAIHLSLMEGLSKANAILFPLESVLTKDVAAMADAIDRESETKKEISHIHGQAIYQSYCLRIREACQTFKPLVPSLMLAVKGLYSLLTRLARTANVHAGNLHKALEGIGESQEVKSVDTTLSRSDVGGGDAVEFDGKEGEGLSRSEDDKMDDFIGFSRLSLEDKGWVSPPDSICCTSSGSDTSSSEVSLPDSLNDSAGNKDLLSQGSGSRNPTGHMQTALLSQTEVEEISPFGVSQSSPVETDLNGAGSVKSINEATEHPEAIALLGDKTVAIPANSQNPTNENLDKFDSADEPLSAKEVKNAAEHRDQNINANTRVGRGKNAYALSVLRRVEMKIDGRDISESREIDIAEQVDYLLKQATSVDNLCNMYEGWTPWI* 3767
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Phac11g00757 3766 Pfam Serine/threonine-protein kinase smg-1 653 1164 IPR031559 GO:0000184|GO:0004674|GO:0016310
Phac11g00757 3766 SUPERFAMILY ARM repeat 264 1401 IPR016024 -
Phac11g00757 3766 SUPERFAMILY Protein kinase-like (PK-like) 1948 2285 IPR011009 -
Phac11g00757 3766 Gene3D - 2146 2314 IPR036940 -
Phac11g00757 3766 ProSiteProfiles FAT domain profile. 1143 1767 IPR014009 -
Phac11g00757 3766 FunFam serine/threonine-protein kinase SMG1 isoform X1 2143 2315 - -
Phac11g00757 3766 Coils Coil 2789 2809 - -
Phac11g00757 3766 Coils Coil 2568 2595 - -
Phac11g00757 3766 Pfam FATC domain 3737 3765 IPR003152 GO:0005515
Phac11g00757 3766 Pfam Phosphatidylinositol 3- and 4-kinase 2006 2282 IPR000403 -
Phac11g00757 3766 SUPERFAMILY ARM repeat 24 432 IPR016024 -
Phac11g00757 3766 Coils Coil 3766 3766 - -
Phac11g00757 3766 CDD PIKKc_SMG1 1977 2283 IPR039414 GO:0000184|GO:0004674
Phac11g00757 3766 MobiDBLite consensus disorder prediction 3561 3604 - -
Phac11g00757 3766 MobiDBLite consensus disorder prediction 3501 3537 - -
Phac11g00757 3766 ProSitePatterns Phosphatidylinositol 3- and 4-kinases signature 2. 2176 2196 IPR018936 GO:0016301
Phac11g00757 3766 ProSiteProfiles Phosphatidylinositol 3- and 4-kinases catalytic domain profile. 1980 2321 IPR000403 -
Phac11g00757 3766 MobiDBLite consensus disorder prediction 3519 3537 - -
Phac11g00757 3766 Coils Coil 1827 1847 - -
Phac11g00757 3766 ProSiteProfiles FATC domain profile. 3734 3766 IPR003152 GO:0005515
Phac11g00757 3766 FunFam Serine/threonine-protein kinase SMG1 1931 2064 - -
Phac11g00757 3766 SMART pi3k_hr1_6 2007 2337 IPR000403 -
Phac11g00757 3766 Coils Coil 3082 3109 - -
Phac11g00757 3766 Gene3D - 1943 2064 - -
Phac11g00757 3766 PANTHER ATAXIA TELANGIECTASIA MUTATED ATM -RELATED 19 2282 - -
Phac11g00757 3766 SMART FATC_2 3734 3766 IPR003152 GO:0005515
Phac11g00757 3766 Coils Coil 2843 2863 - -
       

Duplication type information

Select Gene Chromosome Start End Duplicated_type
Phac11g00757 Phac-Chr11 4888468 4904893 Tandem
       

Functional genes information

Select Gene Gene_start Gene_end Function Ath_gene Identity(%) E-value Score
Phac11g00757 2170 2292 Acyl Lipid Metabolism Gene Families AT1G60490 29.787 1.75e-07 55.5
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Phac11g00757 K08873 - gmx:100808763 6577.65
       

Event-related genes

Select Gene_1 Chr_1 Start_1 End_1 Gene_2 Chr_2 Start_2 End_2 Event_name
Phac11g00757 11 4888468 4904893 Phac11g00757 11 4888468 4904893 ECH