Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Glsi10g0957 ATGACAACCCTAAGATCGAGCTGGCCGTCGAGGCTGCGGCAACTCTTGTCTAGCGAGGGTGCCATTGGCCCCTCCATCAAGTTGGACTCTGAACCTCCTCCTAAGATCAAAGTCTTCATTGACAAGGTCATCCAGTGTCCATTACCGGATATAGCAATTCCTCTCTCTGGTTTTCGGTGGGAGTACAATAAGGGGAATTTTAATCACTGGAGGCCACTGTTACTTCATTTTGATACATACTTCAAGACATATTTGTCATGTAGAAATGACCTGACATTGTCAGATAAGATTCTAGAAGATGACAGGCCATTACCAAAACATGCAATTCTGCAAATATTACGGGTGATGCAAATAATTTTAGAGAATTGTCCTAACAAAAGTTCATTTGATGGATTAGAGCATTTCAAGTTTTTGCTAGCGTCAACAGATCCTGAGATTCTTGTTGCTACATTAGAAACTCTATCTGCGCTTGTAAAAATAAATCCTTCTAAGCTTCATGGAAGTGCAAAGATGGTTGGTTGTGGTTCAGTGAACAGCTATCTCCTGTCCCTAGCACAGGGATGGGGAAGCAAGGAGGAGGGCCTGGGACTGTATTCTTGTATTATGGCAAATGAGAAAACCCAAGATGAAGGATTGAGCTTGTTTCCTTCTGATGTAGAGAATGGTTGTGACCAATCCAATTTCCGCATAGGTTCTACCCTTTATTTTGAATTGCATGGACCAAGTGCCCAAATCAAGGAACTCAGTGTTGATACGGTTTCCCCTAGTTTGAGAGTTATACATATGCCTGATATGCATTTGCAGAAAGAAGATGATTTGTCATTGTTGAAGCAGTGCATTGAGCAATATGGTGTTCCTCCAGAGCTCCGATTTTCATTGCTTACTAGAATTAGATATGCTCGAGCCTTCCGCTCCCCTAGAATATGCAGGCTTTATAGCAGGATTTGCCTTCTTTCATTCATCGTGCTGGTCCAGTCCAATGATGCTCAAGATGAACTTGTGTCTTTTTTTGCTAATGAACCAGAATATACGAATGAGTTAATCAGAGTTGTGAGATCTGAAGAAACTATATCTGGATCTATCAGAACACTTGCAATGCTTGCTTTAGGAGCTCAGTTAGCAGCTTACACTTCATCGCATGAACGGGCACGTATATTGAGTGGATCCAGTATAAGTTTTGCTGGTGGGAACCGCATGATACTCCTGAATGTTCTCCAGAGGGCTATTCTGTCATTGAAGAGTTCCAATGATCCATCGTCCCTTGCCTTTGTTGAGGCACTTCTTCAGTTTTATCTGCTCCATGTGGTTTCAACTTCAACTTCTGGGAGTAATATTAGGGGTTCTGGCATGGTACCGACATTCTTGCCTCTGCTGGAGGATACTGATTCTGCACATATTCATCTTGTCTGTTTTGCAGTGAAAACCCTTCAGAAGCTTATGGATTATAGTAGCTCAGCTGTATCCTTGTTTAAAGAGTTGGGGGGCGTTGAGCTTTTAGCTCAGAGATTACAGATAGAGGTAAACAGAGTTATTGGGTTGGTTGGAGAAAATGATAACTTGATGCTCAGTGGTGAAAGCTCGAGACATAGTACTGATCAGTTGTATTCCCAGAAGAGGCTTATAAAGGTCTCACTCAAGGCACTTGGTTCTGCAACTTATGCCCCTGCAAATTCTACCAGATCTCAGCACTCTTCTGATAGTTCTTTACCTGCAACTCTGGCTTTGATATTTGGGAATGTAGATAAGTTTGGAGGTGACATTTATCACTCTGCTGTTACTGTTTTGAGTGAAATAATCCACAAGGATCCTACGTGTTTTTCTTCTCTGCATGAAATGGGTCTTCCTGATGCGTTTTTATCTTCAGTTGTATCTGGAGTACTTCCTTCTTCTAAGGCTTTGACATGCATTCCTAATGGTCTAGGTGCCATTTGTCTTAGTGCCACAGGCTTAGAGGCTGTCAGAGAAACTTCATCGCTGCGGTTCCTTGTTGACATCTTCACAAGCAAAAAGTATATTGTAGCAATGAACGAGGCTATTGTTCCTTTGGCAAATGCAGTTGAGGAACTTCTACGCCATGTATCTACTTTGAGAAGTACTGGTGTTGATATTATTATTGAAATCATCCAAAAGATTGCATCCTTTGGGGCTGTTAATGGCACAGAATCTTCTGGAAAAGCTAATGAGGGTTCTGCAATGGAAACTGATTCTGAAGATAAAGAAGAGGAAGGCCATTGCCACCTTGTAGCAGCAGATTCAGCTGCAGAAGGGATAAGTGATGAGCAGTTTGTTCAGCTATGCATCTTTCATTTGATGGTATTGGTTCACAGGACTATGGAAAATTCTGAAACATGTCGGTTATTTGTGGATAAATCAGGAATTGAAGCTTTATTGAAGTTGTTATTGCGCCCAACTATTGCACAATCCTCAGATGGCATGTCTATTGCTTTACATAGCACAATGGTATTTAAGGGGTTTGCTCAGCATCACTCCACTCCTCTTGCACGGGCTTTCTGTTCCTCTCTTAGAGAGCATTTGAAGAAAGCATTAGCTGGGTTTTGTGCAGCTTCTGGATCTTTATTGTTGGATCCAAGGATGACAACCGATAGTGGCATCTTTTCTTCACTTTCCCTGGTTGAGTTTCTCCTGTTTCTTGCTGCCTCAAAAGACAACCGTTGGGTGACTGCATTGCTTACGGAATTTGGAAATGGAAGTAAGGATGTTTTGCAAGACATTGGACATGTTCATCGTGAAATTCTTTGGCAAATTGCTTTGCTTGAAAATACTAAACCTGAGATTGAGGATGATGGTGCTGGTTCTGCTGCTGATTCACAGCAAGAAGAAGCAGATGCGAATGAAACTGAAGAGCAAAGGTTCAATTCTTTCAGGCAGTTTCTTGATCCATTACTGAGGAGGAGGACATCAGGATGGAGCATTGAATCCCAGTTTTTTGAGCTTATAAATCTGTGTCGAGATCTTGGCCGTGCCACAGGTTCGCAGCCCAGATCAAGTTCAGCTGGTTCTTCAAACACGCGGTTTGGCTCCACTAATCAGCTGCACAGTTCTGGATCTGCTGATTCTTGTGGGGCTACTAATAAGAAGGAATATGATAAGCAGAGGCCATATTATGCATCTTGTTGTGACATGGTTAAATCTCTTTCATTTCATATCACTCATTTGTTTCAAGAGTTAGGAAAAGTAATGCTGCTACCTTCTCGTCGACGTGATGATGTGGTGAGTGTAAGTCCTGCTTCAAAATCGGTGGCTTCTATTTTTGCATTAATTGCTCTAGATCACATGAATTTTGGGGGCCACGTAAATCATTCGGGAACAGAGGCATCTATATCAACAAAGTGTCGTTATTTTGGTAAAGTGATTGATTTTATGGATAGCATTCTGATGGAGAGGCCAGATTCATGCAATCCTGTTCTGCTGAATTGCTTGTATGGACATGGAGTTGTTCAATCTGTATTGACCACATTTGAAGCTACTAGTCAGTTACTCTTTGCAGTTAATAGAGCTCCTGCATCACCTATGGAAACTGACAATGGAAATGTGAAGCAAGAGGACAAGGAAGATACAGATCATTCATGGATTTATGGTCCTTTAGCTAGTTATGGCAAGTTCATGGACCATTTGGTGACCTCATCTTTTATATTGTCCTCATTTACAAAGCACATGCTAGCGCAGCCCCTTACAAATGGAGATACTCCTTTCCCAAGGAATGCGGAGACTTTTGTGAAGGTCCTCCAATCCATGGTGTTGAAGGCCGTGCTTCCTGTTTGGACACATCCCCAGTTTATTGATTCCAATTATGAATTTATTTCTGCTGTTATTTCTATCATTAGGCATGTCTATTATGGTGTAGAAGTAAAAAATGTAAGCAGCAGCAGTGGTGCACGTATGACAGGGCCTCCACCTAATGAAACCACTATTTCAACCATTGTAGAGATGGGCTTTTCCAGGTCTAGAGCAGAAGAAGCTCTGAGACAAGTTGGGTCAAATAGTGTGGAGTTGGCTATGGAGTGGTTATTCTCCCATCCCGAGGACATACAAGAAGATGATGAACTTGCCCGCGCACTTGCCATGTCCCTTGGGAACTCTGAATCAGACAAAAAGGATGCTGTTGCAAATGAAAATAATCAGCAGCTTGAGGAAGAGATGGTCCAACTTCCACCTATTGAAGAGTTGTTATCTACGTGTGCAAAACTTTTGCCAAAAGAACCTCTTGCTTTTCCTGTTCGCGACTTGCTTGTAATGTTATGCGCTCAAGATGATGGTCAATATAGGTCTAATGTTGTTTCTTTTATTGTTGACCATATCAAAGAATGTGGTTTGGTTTCTAGTAACGGGAATAATAGCATGCTGGCTGCTCTCTTTCATGTCCTTGCTTTAGTTCTTAATGAGGATGCTCTGGCACGAGATGATGCTTCGAAGAGTGGTTTGATCAAAATTGCCTCAGATCTACTCCACCAGTGGGATTCTAGTCTTGATAGCAAGGAGAAACAGCAGGTGCCAAAATGGGTCACTGCTGCTTTTCTTGCATTAGACAGGCTGCTACAAGTAGATCAAAAATTGAATTCTGAAATTGCAGAGCAGCTGAAGAAGGAAGCTGTGAATAGCCAGCAGACTTCAATTACCATTGATGAGGACAGGCAAAATAAATTACAGTCTGCATTGGGACTATCTTTGAAGTATGCAGACATACATGAGCAGAAGAGACTTGTTGAGATTTCTTGTAGTTGTATGAAGAACAAACTTCCCTCGGACACCATGCATGCTGTTCTGCTATTATGTTCCAATCTTACAAGAAATCATTCTGTAGCTCTTAGCTTTCTTGATGCCGGTGGTTTAAGTTTACTTCTTTCTTTGCCAAACAGTAGTCTCTTCCCTGGGTTTGACAATATTGCTGCTAGTATCATCCGTCATGTCCTTGAAGATCCACAAACTCTCCAGCAAGCAATGGAATCTGAGATTAAACATAGTCTTGTAGTTGCATCTAATCGGCATCCAAATGGAAGGGTCAATCCTCGCAATTTCCTGTTAAATTTAGCTTCTGTGATTTCTCGGGATCCAGTAGTCTTTATGCAGGCTGCTCAGTCTGTGTGCCAAGTTGAGATGGTTGGTGAGAGGCCTTACATTGTCCTGCTGAAAGATCGTGATAAAGACAAGAGTAAGGAGAAAGAAAAGGAGAAGGATAAATCATTAGAGAAAGACAAAATACAGGTTAATGATGGGAAGGCTGGTTTGGGAAATACCAATTCAGCAGCTTCTGGGAATGGTCATGGCAAGGTTCATGATTCAAATTCAAAGAGTGGCAAAACTCATAGGAAACCCACCCAGAGTTTTATAAATGTTATAGAACTTCTTCTTGAATCCATATGCACTTTTGTTCCTCCCTCAAAGGATGACATAGCCTCAAATGTTCTTCATGGCACCCCAACATCAAGTGATATGGACATTGATGTTTCAGTTAAGGGAAAAGGAAAAGCAGTTGCCACCATGTCTGAAGAGAATGAAATCAGTAGCCAGGAAGCATCTGCATCACTTGCAAAGATTGTATTCATGTTGAAGCTTCTTACGGAGATATTATTGATGTATTCATCATCTGTTCATGTTCTGCTTCGGCGATATCCAGAAATGAGCAGCACTCGGGGCACTCATCAAAAGAGTCCTGCTGGTTTATGCATGGGTGGAATATTCTACCATATTCTTCATAATTTTCTTCCTTGTTCTCGAAGTTCCAAAAAAGACAAGAAATTTGAGGGTGATTGGAGGCAGAAACTAGCAACCAGGGCTAACCAGTTTTTAGTAGCTGCCTGTGTTCGGTCTACGGAGGCAAGGAGGAGGGTTTTTAGTGAGATTAATCATATCCTGAATGAATTTGTTGGTTCATGTAATGGTGTTAAGCCACCAGGCAATGATATTCAGGTTTATGTTGATCTTCTTAATGATGTTTTGGCTGCTCGTACACCTGCTGGTACATGCATCTCAGCAGAGGCATCTTTCTCTTTTATGGATGCTGGTCTGGTTAAATCATTCACTCGTACCCTCCAAGTTTTGGACCTGGACCATGCTGACTCATCTAAGGTTGCTGCTGGTATCGTGAAAGCTCTTGAGCTGGTAACTAAAGAGCATGTCCATTCAGCTGATTCTAATGCTGGGAAGGGTGATAATTCAACAAAGCCTTCTGATCTTAGTGAACCTGGAAGACTAGAGAATATCGGTGACATGCCACAGTCAGTAGAAATGACTTCTCAGGCTGATCATGATTCCCTTCAAGCTGACCATGTTGGGTCTTATAATGCAATTCAATCTTATGGTGGGTCTGAAGCTGTTACTGATGATATGGAACATGATCAAGATCTTGATGGGAGTTTTGCTCCTGCTAATGAGGATGACTACATGCATGAAAATTCTGAGGATGCAAGAGGTCTAGAGAATGGCATTGAAAATGTGGGGATGCGATTTGAAGTCCAGCCTCATGGACAAGAAAATATTGATGAAGATGATGACGAGGATGATGAGATGTCCGGAGATGACGGTGATGATGTAGATGATGATGAGGATGATGAGGAACATAATGATTTGGAAGAAGATGAAGTCCATCACTTGCCACATCCTGACACAGATCAAGATGATCATGAGATTGATGATGATGATTTTGATGATGAAGTGATGGAGGAAGATGATGATGATGACGACGACGATGAAGATGGAGTGATACTGCGACTTGAGGAGGGCATTAATGGAATAAATGTTTTTGACCACATTGAGGTTTTTGGTAGAGATAATACTTTTTCAAATGAGGCTCTTCATGTGATGCCTGTAGAGGTTTTTGGATCTAGACGTCCAGGACGAACCACATCCATTTACAGTCTTCTGGGAAGAACTGGTGATATGGCTTCTCCTTCTCGTCATCCACTCCTAGTTGGACCTTCATCCTCATTGCACCCATCTATTGGGCAATCAGATACTACATTGGATAGCAACTCAGTGGGCTTGGATAATATCTTCCGATCATTGAGGAGTGGACGCCATGGCAACCGGTTGAACTTGTGGACTGATAATAACCAGCAGAGTGGTGGATCAAACACCAGTATTGTACCACAAGGCCTCGAGGAGCTGCTTGTCACTCAATTAAAGCGACCCACCCCTGAAAAGTCATCTGGTCAGAACATAGCAGAAGCAGACTGTCAGAGTAAAGGTGAAGTGAGCCAGACACTAGATTTAGGAGTTGCAAGGACAGAAAACCCAGCTGAAATTAATGCAGGTCAGGAAGGTGTTACGGTGATTGCTGCAGCAGTTGATAACTCTAACAATTCTGAAATGAGACCTGTAGCTACAGGATCTCTGCCGACAGATGTAGGAAGTACTCCTTCACATGCAGTTGAGATGCAGTTTGAGCATAATGATGCAGCTGTGCGGGATGTTGAAGCTGTGAGCCAAGAGAGCAGTGGCAGTGGGGCAACTTTTGGTGAAAGCCTGAGGAGCCTTGATGTTGAGATTGGAAGTGTTGATGGCCATGAGGATGGTGGAGAAAGGCAGGTTTCTGTAGATAGAATACCAGCAGGTGATTCTCAGGCTGCTCGCACAAGAAGGGCAAATATGGCTATTGGTCATTCTTCTCCTGTAAGTGGGAGAGATGCGTCTCTTCATAGCGTTACAGAAGTTTCTGAAAATTCTAGCCGAGATGCAGAACAAGATGGGCAGGCAGCAGGGCAGCTGGTGAGCAGTGATGCTGGGTCAGGAGCAATTGATCCTGCCTTTCTGGATGCTCTTCCTGAGGAGTTGCGTGCTGAAGTTCTCTCAGCTCAGCAGGGTCAGGTGGCTCAACCATCAAATAGTGAGTCTCAAAACACTGGGGATATTGATCCAGAGTTCCTTGCAGCTCTTCCCCCAGATATTCGAGCAGAAGTTCTAGCACAACAGCAAGCACAGAGAATACATCAGGCTCAAGAGTTGGAGGGTCAACCTGTTGAAATGGATACAGTCTCAATAATTGCAACGTTTCCTTCAGATTTAAGAGAAGAGGTTCTGTTAACTTCATCTGATGCTATCCTTGCAAACCTTACACCTGCACTTGTTGCTGAGGCAAATATGTTGCGGGAGAGGGTTGCGCACCGTTACAGTCGTACCCTCTTTGGTATGTACCCCAGAGGTCGTAGAGGTGAGACTTCTAGACGTGGTGAAGGTATTGGTTCCAGCTTAGATGGAACCGGGGGAAGCATTTCTTCCCGCAGGTCTGATGGAGCAAAGCTAGTTGAAGCTGATGGAGTGCCTCTTGTTGACACTGAAACTTTGCATGCCATGATTCGGTTATTCCGCATAGTTCAGCCACTCTATAAAGGTCAATTGCAGAGGCTGCTTTTAAATCTTTGTGCCCATAGTGAAACCAGAACTTCTTTGGTGAAAATCCTGATGGACTTGCTAATGCTTGATGTAAGAAAGCCTGCCAGTTATTTTAGTGCAGCTGAGCCACAATATAGACTGTATGGTTGTCAGAACAATGTTATGTATTCTCGTCCTCAATCTTTTGATGGAGTTCCCCCGTTGCTCTCTCGGCGTGTACTTGAGACTCTCACTTATCTTGCTCGAAATCATCCATATGTGGCGAGGATTTTGCTTCAGCTTAAACTGCGTCATCCTGCATTAAGAGAACCCGATGCTGATGATGCACGCGGCAAATCTGTGATAATTATTGAAGATGATGTGAATAGAGTTGAAAATAGTGAAGGATATGTATCCATTGCATTGCTTTTGAGCCTCTTGAACCAACCTCTGTATCTGAGGAGTGTAGCCCATCTTGAACAGCTGCTAAATCTTCTGGAAGTCATCATTGATAGTGCTGGAAGCAAATCTACTTCATATGATAAATCCCAGGTCTTTACTTTTGAGCCGCCATCTGGACCACAAATTTCTTCTATGGAGGCAGATGTAAACACAGATTCTGGTGTTATGGCTTCCAGGGTTGATACATCTGTGAAAGTTGTGGAGTCCTCCAAAGCTACAACTTCTGGAATTGATAAGGAATGTGAGAGTCAGAGAGTATTGAGCAACCTGCCACAGGCAGAACTTCGTCTTTTGTGCTCATTGCTTGCACAAGAAGGTTTGTCAGACAATGCATATGCTCTTGTGGCGGAGGTAATGAAGAAATTGGTGGCCATTGCTCCTACTCATTGTCAGCTTTTTGTCACTGAGCTGGCAGAAGAAGTTCAAAAGTTAACTTCATCTGCAATGGATGAGTTACGTGTCTTCAGTGAAGCAATGAAGGCCCTTCTTAGTACAACATCTTCTGATGGGGCTGCAATTTTGAGAGTTCTGCAGGCCTTAAGTTCCCTTGTCACCTCACTGACTGATAGGGAGAGTGAGAAAATTGCTCCTGTTGCTCTTTCTGAAGTTCGGGAAATCAATACAGCTTTAGAGCCTTTGTGGCATGAGCTGAGCTGTTGCATAGGCAAGATAGAGTCCTACTCAGAGTCTGCCTCTGATCTTTTCACCCCTTCTAGAACTTCTGTGTCTAAACCATCTGGTGCATTGCCTCCACTTCCAGCAGGCTCTCAAAATATCTTACCATACATAGAATCTTTCTTTGTGGTTAGTGAGAAGCTGCATCCTGCACAACCAGGTGCTAGTCATGACTTGGGTATTCCTGCTATTTCTGATGTTGAAGACGCCAGCACATCTGCTACTCACCAGAAAATGACTGTACCTGCTGTGAAAGTAGATGAGAAACATGCTGCTTTTGTCAAGTTCTCAGAGAAGCATAGGAAGCTACTAAATGCTTTTATCAGGCAAAATCCTGGTTTGCTTGAGAAATCTTTCTCCCTTATGCTGAAGGTTCCAAGATTTATTGATTTTGATAACAAGCGTGCCCACTTTAGATCAAAAATAAAGCATCAGCATGACCATCACCATAGCCCCTTAAGAATATCAGTAAGAAGGGCCTATGTTTTAGAGGACTCTTATAACCAGCTTCGCATGAGATCAACTCAAGATCTGAAGGGGAGGTTGACTGTTCACTTTCAAGGGGAAGAAGGTATTGATGCAGGTGGGCTTACAAGGGAATGGTATCAATTGTTATCCAGAGTTATTTTTGACAAAGGAGCACTACTTTTTACCACAGTGGGTAATGAATCAACATTCCAGCCAAACCCTAATTCTGTTTATCAAACAGAACATCTTTCTTATTTCAAATTTGTTGGTAGAGTGGTTGGGAAAGCGTTATTTGATGGTCAGCTCTTGGATGTCCATTTTACTCGGTCATTCTACAAGCACATATTGGGGGTCAAAGTTACTTATCATGATATTGAAGCAATTGATCCTGACTACTTCAAAAATTTGAAATGGATGCTTGAGAATGATACTCGTGATGTTTTGGATCTTACTTTTAGCATTGATGCTGATGAAGAAAAGCTCATCTTATATGAACGAACAGAAGTGACTGATTATGAGTTGATTCCTGGTGGACGGAATATTAAAGTTACTGAGGAGAATAAGCATCAATATGTGGATTTGATTGTTGAGCATCGGTTGACCACTGCTATACGACCTCAAATAACTGCTTTCTTGGAAGGATTTAAGGAATTAATTCCCAGGGAGTTGATATCTATATTCAATGACAAAGAGCTGGAATTATTGATCAGCGGTCTACCTGATATTGATTTGGATGACTTGAAAGCAAATACAGAATATTCTGGATATAGTGCTGCATCACCAGTCGTACAATGGTTCTGGGAGGTTGTTCATAGTTTCAGCAAGGAAGATAAGGCTCGATTGTTGCAGTTTGTGACAGGCACATCCAAGGTGCCTTTGGAAGGTTTTAGTGCACTTCAAGGAATTTCAGGCTCCCAGAAGTTTCAGATACACAAAGCATATGGAAGCCCTGATCATTTGCCTTCTGCTCATACATGTTTCAATCAATTAGATTTGCCGGAATATCCATCTAGACAACATCTGGAAGAAAGGTTGCTGCTTGCAATTCATGAAGCCAGCGAGGGGTTTGGATTTGGTTAA 11013 0.4248 MTTLRSSWPSRLRQLLSSEGAIGPSIKLDSEPPPKIKVFIDKVIQCPLPDIAIPLSGFRWEYNKGNFNHWRPLLLHFDTYFKTYLSCRNDLTLSDKILEDDRPLPKHAILQILRVMQIILENCPNKSSFDGLEHFKFLLASTDPEILVATLETLSALVKINPSKLHGSAKMVGCGSVNSYLLSLAQGWGSKEEGLGLYSCIMANEKTQDEGLSLFPSDVENGCDQSNFRIGSTLYFELHGPSAQIKELSVDTVSPSLRVIHMPDMHLQKEDDLSLLKQCIEQYGVPPELRFSLLTRIRYARAFRSPRICRLYSRICLLSFIVLVQSNDAQDELVSFFANEPEYTNELIRVVRSEETISGSIRTLAMLALGAQLAAYTSSHERARILSGSSISFAGGNRMILLNVLQRAILSLKSSNDPSSLAFVEALLQFYLLHVVSTSTSGSNIRGSGMVPTFLPLLEDTDSAHIHLVCFAVKTLQKLMDYSSSAVSLFKELGGVELLAQRLQIEVNRVIGLVGENDNLMLSGESSRHSTDQLYSQKRLIKVSLKALGSATYAPANSTRSQHSSDSSLPATLALIFGNVDKFGGDIYHSAVTVLSEIIHKDPTCFSSLHEMGLPDAFLSSVVSGVLPSSKALTCIPNGLGAICLSATGLEAVRETSSLRFLVDIFTSKKYIVAMNEAIVPLANAVEELLRHVSTLRSTGVDIIIEIIQKIASFGAVNGTESSGKANEGSAMETDSEDKEEEGHCHLVAADSAAEGISDEQFVQLCIFHLMVLVHRTMENSETCRLFVDKSGIEALLKLLLRPTIAQSSDGMSIALHSTMVFKGFAQHHSTPLARAFCSSLREHLKKALAGFCAASGSLLLDPRMTTDSGIFSSLSLVEFLLFLAASKDNRWVTALLTEFGNGSKDVLQDIGHVHREILWQIALLENTKPEIEDDGAGSAADSQQEEADANETEEQRFNSFRQFLDPLLRRRTSGWSIESQFFELINLCRDLGRATGSQPRSSSAGSSNTRFGSTNQLHSSGSADSCGATNKKEYDKQRPYYASCCDMVKSLSFHITHLFQELGKVMLLPSRRRDDVVSVSPASKSVASIFALIALDHMNFGGHVNHSGTEASISTKCRYFGKVIDFMDSILMERPDSCNPVLLNCLYGHGVVQSVLTTFEATSQLLFAVNRAPASPMETDNGNVKQEDKEDTDHSWIYGPLASYGKFMDHLVTSSFILSSFTKHMLAQPLTNGDTPFPRNAETFVKVLQSMVLKAVLPVWTHPQFIDSNYEFISAVISIIRHVYYGVEVKNVSSSSGARMTGPPPNETTISTIVEMGFSRSRAEEALRQVGSNSVELAMEWLFSHPEDIQEDDELARALAMSLGNSESDKKDAVANENNQQLEEEMVQLPPIEELLSTCAKLLPKEPLAFPVRDLLVMLCAQDDGQYRSNVVSFIVDHIKECGLVSSNGNNSMLAALFHVLALVLNEDALARDDASKSGLIKIASDLLHQWDSSLDSKEKQQVPKWVTAAFLALDRLLQVDQKLNSEIAEQLKKEAVNSQQTSITIDEDRQNKLQSALGLSLKYADIHEQKRLVEISCSCMKNKLPSDTMHAVLLLCSNLTRNHSVALSFLDAGGLSLLLSLPNSSLFPGFDNIAASIIRHVLEDPQTLQQAMESEIKHSLVVASNRHPNGRVNPRNFLLNLASVISRDPVVFMQAAQSVCQVEMVGERPYIVLLKDRDKDKSKEKEKEKDKSLEKDKIQVNDGKAGLGNTNSAASGNGHGKVHDSNSKSGKTHRKPTQSFINVIELLLESICTFVPPSKDDIASNVLHGTPTSSDMDIDVSVKGKGKAVATMSEENEISSQEASASLAKIVFMLKLLTEILLMYSSSVHVLLRRYPEMSSTRGTHQKSPAGLCMGGIFYHILHNFLPCSRSSKKDKKFEGDWRQKLATRANQFLVAACVRSTEARRRVFSEINHILNEFVGSCNGVKPPGNDIQVYVDLLNDVLAARTPAGTCISAEASFSFMDAGLVKSFTRTLQVLDLDHADSSKVAAGIVKALELVTKEHVHSADSNAGKGDNSTKPSDLSEPGRLENIGDMPQSVEMTSQADHDSLQADHVGSYNAIQSYGGSEAVTDDMEHDQDLDGSFAPANEDDYMHENSEDARGLENGIENVGMRFEVQPHGQENIDEDDDEDDEMSGDDGDDVDDDEDDEEHNDLEEDEVHHLPHPDTDQDDHEIDDDDFDDEVMEEDDDDDDDDEDGVILRLEEGINGINVFDHIEVFGRDNTFSNEALHVMPVEVFGSRRPGRTTSIYSLLGRTGDMASPSRHPLLVGPSSSLHPSIGQSDTTLDSNSVGLDNIFRSLRSGRHGNRLNLWTDNNQQSGGSNTSIVPQGLEELLVTQLKRPTPEKSSGQNIAEADCQSKGEVSQTLDLGVARTENPAEINAGQEGVTVIAAAVDNSNNSEMRPVATGSLPTDVGSTPSHAVEMQFEHNDAAVRDVEAVSQESSGSGATFGESLRSLDVEIGSVDGHEDGGERQVSVDRIPAGDSQAARTRRANMAIGHSSPVSGRDASLHSVTEVSENSSRDAEQDGQAAGQLVSSDAGSGAIDPAFLDALPEELRAEVLSAQQGQVAQPSNSESQNTGDIDPEFLAALPPDIRAEVLAQQQAQRIHQAQELEGQPVEMDTVSIIATFPSDLREEVLLTSSDAILANLTPALVAEANMLRERVAHRYSRTLFGMYPRGRRGETSRRGEGIGSSLDGTGGSISSRRSDGAKLVEADGVPLVDTETLHAMIRLFRIVQPLYKGQLQRLLLNLCAHSETRTSLVKILMDLLMLDVRKPASYFSAAEPQYRLYGCQNNVMYSRPQSFDGVPPLLSRRVLETLTYLARNHPYVARILLQLKLRHPALREPDADDARGKSVIIIEDDVNRVENSEGYVSIALLLSLLNQPLYLRSVAHLEQLLNLLEVIIDSAGSKSTSYDKSQVFTFEPPSGPQISSMEADVNTDSGVMASRVDTSVKVVESSKATTSGIDKECESQRVLSNLPQAELRLLCSLLAQEGLSDNAYALVAEVMKKLVAIAPTHCQLFVTELAEEVQKLTSSAMDELRVFSEAMKALLSTTSSDGAAILRVLQALSSLVTSLTDRESEKIAPVALSEVREINTALEPLWHELSCCIGKIESYSESASDLFTPSRTSVSKPSGALPPLPAGSQNILPYIESFFVVSEKLHPAQPGASHDLGIPAISDVEDASTSATHQKMTVPAVKVDEKHAAFVKFSEKHRKLLNAFIRQNPGLLEKSFSLMLKVPRFIDFDNKRAHFRSKIKHQHDHHHSPLRISVRRAYVLEDSYNQLRMRSTQDLKGRLTVHFQGEEGIDAGGLTREWYQLLSRVIFDKGALLFTTVGNESTFQPNPNSVYQTEHLSYFKFVGRVVGKALFDGQLLDVHFTRSFYKHILGVKVTYHDIEAIDPDYFKNLKWMLENDTRDVLDLTFSIDADEEKLILYERTEVTDYELIPGGRNIKVTEENKHQYVDLIVEHRLTTAIRPQITAFLEGFKELIPRELISIFNDKELELLISGLPDIDLDDLKANTEYSGYSAASPVVQWFWEVVHSFSKEDKARLLQFVTGTSKVPLEGFSALQGISGSQKFQIHKAYGSPDHLPSAHTCFNQLDLPEYPSRQHLEERLLLAIHEASEGFGFG 3670
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Glsi10g0957 3670 MobiDBLite consensus disorder prediction 719 739 - -
Glsi10g0957 3670 MobiDBLite consensus disorder prediction 2197 2211 - -
Glsi10g0957 3670 MobiDBLite consensus disorder prediction 997 1030 - -
Glsi10g0957 3670 SMART hect_3 3327 3670 IPR000569 GO:0004842
Glsi10g0957 3670 MobiDBLite consensus disorder prediction 2212 2237 - -
Glsi10g0957 3670 Pfam Domain of Unknown Function (DUF913) 472 803 IPR010314 -
Glsi10g0957 3670 SMART uba_6 1307 1345 IPR015940 -
Glsi10g0957 3670 FunFam E3 ubiquitin-protein ligase UPL1 3551 3670 - -
Glsi10g0957 3670 MobiDBLite consensus disorder prediction 2503 2580 - -
Glsi10g0957 3670 MobiDBLite consensus disorder prediction 2382 2402 - -
Glsi10g0957 3670 MobiDBLite consensus disorder prediction 1721 1777 - -
Glsi10g0957 3670 SUPERFAMILY UBA-like 1289 1356 IPR009060 GO:0005515
Glsi10g0957 3670 MobiDBLite consensus disorder prediction 2114 2140 - -
Glsi10g0957 3670 SUPERFAMILY ARM repeat 111 2235 IPR016024 -
Glsi10g0957 3670 ProSiteProfiles Ubiquitin-interacting motif (UIM) domain profile. 1351 1370 IPR003903 -
Glsi10g0957 3670 CDD HECTc 3308 3668 IPR000569 GO:0004842
Glsi10g0957 3670 MobiDBLite consensus disorder prediction 1721 1743 - -
Glsi10g0957 3670 Pfam UBA/TS-N domain 1306 1343 IPR015940 -
Glsi10g0957 3670 Gene3D - 1304 1376 - -
Glsi10g0957 3670 MobiDBLite consensus disorder prediction 2046 2075 - -
Glsi10g0957 3670 Pfam Domain of Unknown Function (DUF908) 107 409 IPR010309 -
Glsi10g0957 3670 Gene3D Hect, E3 ligase catalytic domains 3284 3547 - -
Glsi10g0957 3670 MobiDBLite consensus disorder prediction 2603 2625 - -
Glsi10g0957 3670 Gene3D Hect, E3 ligase catalytic domain 3430 3514 - -
Glsi10g0957 3670 FunFam E3 ubiquitin-protein ligase NEDD4-like 3430 3514 - -
Glsi10g0957 3670 Gene3D Hect, E3 ligase catalytic domain 3551 3670 - -
Glsi10g0957 3670 MobiDBLite consensus disorder prediction 2052 2066 - -
Glsi10g0957 3670 MobiDBLite consensus disorder prediction 2157 2237 - -
Glsi10g0957 3670 MobiDBLite consensus disorder prediction 1746 1765 - -
Glsi10g0957 3670 CDD UBA_atUPL1_2_like 1310 1346 - -
Glsi10g0957 3670 MobiDBLite consensus disorder prediction 997 1028 - -
Glsi10g0957 3670 Pfam Ubiquitin binding region 2620 2648 IPR025527 -
Glsi10g0957 3670 Pfam Ubiquitin binding region 2585 2609 IPR025527 -
Glsi10g0957 3670 Pfam Ubiquitin binding region 2656 2687 IPR025527 -
Glsi10g0957 3670 ProSiteProfiles HECT domain profile. 3329 3670 IPR000569 GO:0004842
Glsi10g0957 3670 ProSiteProfiles Ubiquitin-associated domain (UBA) profile. 1305 1346 IPR015940 -
Glsi10g0957 3670 MobiDBLite consensus disorder prediction 2164 2196 - -
Glsi10g0957 3670 MobiDBLite consensus disorder prediction 2720 2749 - -
Glsi10g0957 3670 FunFam E3 ubiquitin-protein ligase HACE1 3515 3549 - -
Glsi10g0957 3670 MobiDBLite consensus disorder prediction 2604 2622 - -
Glsi10g0957 3670 SUPERFAMILY Hect, E3 ligase catalytic domain 3299 3662 IPR035983 GO:0004842
Glsi10g0957 3670 MobiDBLite consensus disorder prediction 933 957 - -
Glsi10g0957 3670 Pfam HECT-domain (ubiquitin-transferase) 3359 3669 IPR000569 GO:0004842
Glsi10g0957 3670 FunFam E3 ubiquitin-protein ligase UPL1 1304 1376 - -
Glsi10g0957 3670 Gene3D - 2621 2650 - -
Glsi10g0957 3670 PANTHER HECT DOMAIN UBIQUITIN-PROTEIN LIGASE 256 3668 - -
Glsi10g0957 3670 MobiDBLite consensus disorder prediction 2546 2577 - -
Glsi10g0957 3670 FunFam E3 ubiquitin-protein ligase UPL1 3283 3439 - -
       

Duplication type information

Select Gene Chromosome Start End Duplicated_type
Glsi10g0957 Glsi-ChrGlsi10 6271482 6297035 Wgd
       

Event-related genes

Select Gene_1 Chr_1 Start_1 End_1 Gene_2 Chr_2 Start_2 End_2 Event_name
Glsi10g0957 10 6271482 6297035 Glsi10g0957 10 6271482 6297035 ECH