Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Lele28g1875 ATGCCACTGCCCCCTGCTACTACTCTACCTTTGCTCTCTGAGTCTTCACTACAAGAACATCTTTATCTCTGTATATTCTTCGCATCTCAATCCTACAGCTTGAATATCCCAACAATGGCTTCTTCTTCTTGTTCTATGGCTTCTCTGTTCTTTCACTCCCTTCTTCTTCTCTGCCTCACTGCCTCTGTTTCTTCACTTCCTCTGTTGTCTCTCAAAAGGCAAGCTTCAATCTTGGTCTCTCTCAGACAAGGTTTTCAACCTCAAAATTCTTCTTCTCTTGAATCCTGGCACGCCTCCAATTATCTGTCACTTTGTTCTTGGGATGGCATCAAATGTGACATGAGCAACAGGTCTGTGATTTCCTTCGACATATCCAATTACAACTTTTCTGGGTTTCTTTCCCCTGTCATAGCGGAGCTCCGGGAACTTGTGTCTGTCTCTGTTGCCGGCAACAGCTTTTCCGGCGAGTTTCCTTCGGAGATTCTCAAGCTGCCCGAGCTGCGCTTCCTCAACATATCCAACAACATGTTCACTGGGAATATGAGTACTTGGGTCTTGTCCGACGCAAGTGAGGTTGAGGTTCTTGATGTTTACGACAACGACTTTAATGGCGAACTACCTCTTGGCGTCACCAATCTTCCCAAGCTCAGGCACTTGAATTTTGGCGGGAATTACTTTTCCGGGAAAATCCCAGAAGAGTATGGAAAAATAGTGGGCTTGAATTTTCTCTCTCTTGCCGGGAATGATCTAAGTGGGTTTATACCCAGAGAAATTGGGAATCTCACCAATTTAACCCATTTGTATTTGGGATATTTCAACAAGTTTGACGGCGGAATCCCAAATGAGTTTGGGAATCTTATCAATTTGGTTCATCTTGACCTTGCAAATTGTAGCTTGAATGGTACAATTCCTTCAGAATTAGGCAAGCTTTCAAAATTAGACACACTTTTCTTGCAAACAAATCAGCTTACTGGTTCAATCCCATCTCAGATTGGCAATTTAAGCAACTTGAGATCTCTTGATCTTTCCAACAATGAGTTAATTGGAGAAATCCCATTTGAACTCTCAAATCTCCATGAGCTCACACTCATCAACTTGTTCATCAACAAATTGCATGGTGAGATTCCTCAGTTCATCTCTGAGCTACCAAAGCTTGAAACTTTACATCTATGGAAGAACAACTTCACTGGTTCAATTCCTCCTGGGCTTGGTCAAAATGGGAAGTTAATTGAGGTTGATCTTTCATCAAATAAACTTACTGGGTTAGTCCCAAAATCTCTATGCTTTGGGAAGAAGCTCAAGATCTTAATCTTGCTCAATAATTTTCTCTTTGGATCTTTGCCTGATGATCTTGGAGAATGCTACACACTTCAAAGAGTTCGTTTGGGTCAGAACTATTTAACAGGAAAAATACCAAATGGGTTTCTTTATCTTCCTCAACTTTTACTTCTTGAGCTGCAGAACAACTATCTCACTGGGGTTCTTCCTCAAGATTCATCAGCAAATTCAACATCAAAACTAGAGCAGTTGAATCTCTCAAACAATCGTCTTTCCGGATCTCTCCCAGAATCAATTGGGAATTTCCCAAATTTGCAGAATCTTCTCCTCAGTGAAAACAGATTCTCTGGAGAAATCCCACCAGATATAGGGAGGTTGAAGAATCTGTTAAAGTTGGATATGTGCAGAAACAACATATCAGGTAGTATTCCTTCAGAGATTGGGAATTGTGCTTTGCTCACTTACTTAGACTTGAGCCAGAACCAACTTTCAGGTCCCATTCCTGTTCAAATTTCCCTAATTCACATCTTAAACTATCTTAATGTCTCAATGAACAACCTTAACCAGAGCCTCCCAAAAGAACTAGGTACCATGAAAGGGTTGACCTCAGCAGATTTCTCTCACAACAACTTATCTGGTTCAATTCCTGAAGTTGGGCTTTTCACAGTCTTGAATTCATCCTTCTTTCAGGGAAACCCAAATCTATGTGGGTATGATGTAAACCCATGTGGCACTCATTCATCAAAATCACTTTCAGACTCTCCTGAGAGTAACAACATGAAATCCGGAGTTCCCGGGAAGTACAAGCTTCTTTTTGCACTTGCACTACTGGGATGTTCTTTCATTTTTGCAGCCTTGGCCATCATCAAAAGCAGAAAGAAGGCGAGGAGGAATTCGAATTCATGGAAGCTCACGGCATTTCAGAAGCTGGAATATGGAAGTCAAGACATATTGGGATGCATAAAAGAGAGCAATTTGATAGGAAGAGGAGGAGCTGGGATTGTGTACAGAGGTACCATGCCAAATGGTGAGGAGCTAGCAGTGAAAAAACTCTTAGGATTCAACAAAGGCTCTTCTCATCATGACTATGGCTTATCTGCAGAAATAAGAACATTAGGCAGGATAAGGCACAGGTACATTTATGCATACACATTAAAAGTGGATGAGAAGAGCGATGTTTATAGCTTTGGGGTGGTACTGCTAGAACTCTTGACGGGTAGACGGCCGGTGGGCGATTTCGGGGAAGAAGGAATAGACATTGTTCAGTGGACAAAGATGCAAACCAATAATTGGAGCAAAGACAAGGTTGTGAGGATCCTTGATGAGAGGCTGCACAATGAAATCCCTATAGATGAAGCAAAACAAGTGTTCTTTGTGGCTATGCTTTGTGCCATAACACCTCTCATGTACAAAGCTCAAACCCTTCATGCATCCATCGTCAAGAAGGGTCTCGAGAACAATGTTTATCAGTGTAACCTTCTTCTTCAAGCTTACATCAAATCCCACGCCTTATCTAATGCTCAGAAACTCTTGCGTTTCATGCCCAACACCAATGTCGTTTCACACAACACTCTTCTCTCTGGCTACTTCAGCTCTGGTTTGGTTCCGGAAGCCTTGGAAGTCTTTTCTGCCACACCCACGAAAGATTCTCGTTCATGGAACATACTCATTTCTGGGTACATGAAAAACCAGAAAATCAAAGATGCCATGGAGCATTTCGTGAAAATGAGGCGAAGTCCTGTTAAACCCGATGGGTATACGTATTCCATAGTACTGCCCTTTTTCGATTTGAGTTCTGGGCATCAAGTTCACGCTGAGATTGTTAAGGGTTGCTGGATTTCGGATTCTTATTTGGGGACTAATCTCTTGCAGATGTATGCAAATTGTGGGGCTATTGAGGATGCAAGGAAGGTGTTCGATGAAATGCCCATGAGAGACTTAGTTACTTGGAATGCTTTGATTTCTTGCTACTCTAGATGTGGGTTGGGTGATTTCTGCTTGAACTTCTATAAACAAATGTGTAGAGAAGGAATTTTGGCTGATGAGTTTACTCATGCAATAATTTTGAATGAAATGGCGTCTCACTTGCAACTGATGGAAGCAACGCAAGTCCATTCGTGTGCAATCAAACTCAGTTTTTGCTCTGATCCATTCATAGCCAATTCCTTGTTAGAGTTGTATGCAAAGTGTGGCTTAATTGACAGTGCATTGGTATTGTTTGAGGAGATTCAGGATAAGGATGTTTTTGCATGGACAACAATTGTTACTGCTCTGTCACAGAGTGGACATATGGACGAAGCCATGTGGCTCTTTTATGAAATGCAGTTGGCTGATGTGGAACCGAATTCCTTCACCTTTGGCGGCATGCTTGGCACCTGCGCTGCAAGAAACACCTTGCAAAGAGGAAGACAACTCCATGGGGTAGCTATAAAGTATGGATTTGAAAACAATTTGGTGGTGGGGAGTGCAATTTCCGATATGTATTCTAAATGTGGTGAAATGCAACAAGCATTCCTGATGTTTCAAAGCATGCCTGAGAGAGATATAGTTGTATGGAATGGAATCATATGCGGGTATGCTCAAAATGGAGAAGCCATGAAAGCCTTGAAACTTTATAACAAGATGGTGCATTTAGGACCTTCTGTTATTTCTCCGAATGACGTAACTTTTATCGGTGTGCTTAGCGCATGTAGTCACAGGGGTCTGGTGCAAGAGGGTTGTCGCTACTTCAATGACATGATTCATGAGTATATGATCAAACCCAAAATTGAGCATTATACATGTATGGTTGACTTGCTTGGAAGATCAGGGCTGCTTGAGGAAGCTGAGGCTCTTCTTCTGCAAATGCCTTTCAAAGCTGATGCTGTAATGTGGAGCACACTACTTGGAGCGTGCAAGCTGCACGGAAATTTAACAATGGCGAAGTGCATTTTGGGAGATCTTCACACGGTAGGACCTTGGAATTCCTCAAACTATGTGCTTCTTGCCAATTCATACGCTTTTATGGGTGAATGGAGTGAAACATTAGACATTAGGGAAATGGGGAATTTAAAGGGATTGAAGAAGAGTTTGGGATGCAGTTGGATTGAAACTGGAGGTCATATGCACTCATTTATTTCTGGGGATAAATCACATCCCCTAATTGAAAGGGTTTATTCAATTTTGAAGTGCATATACGTTCAAACGTCTGATAAGGCACGAAGGAGCCATGCGCACCGTTGGTCCTTGCGGTTCTTCTATTTGATCAAATTAGTGAAACCTGTGTTTTCTCTTTCTATTGATAGGAAGGTCACTGATCGTGGATTTAGGTCCTTTTTCGGTTGGGAATTTGGGGGTCTCTCAGTCTTGGGTGGTTTAAGTGATGAGCTTCATGAACTTCCTGTCAATTTGCTTGATGATCCGTTGTTTTCCCCCTTCGATTCGTTTTTCTCATTGCCTTTGGCTACTGAACTTGTTTTTGATCGGATGTCGATGAATTATAGAGGTAAGGAAGTCCCATATGGTTGTATGGCTTACTTCAGGAACTTTTCAAATGAAACAGTTTCACATAGTGTCCTGGAAGAAAAAGACCAAGGACAAAATGCTGATAGAATCCATAAATCAATTGGCAATGAATGTGGTGATGCATCTTCAAGTGAGAAAGAGTTTGATATGAACATGGATGCTCGGTATCATAGTGATGGCGAACCAGATGGTAGACTGCAAAATGATGCTACAGCTGATGTTGTTGGTAACATCCAGTCTACTGGAAGTAAAACTGCTATGGTTGGAAGGTGGGGTTCAACTTTTTGGAAGGACTGCCAGCCTATGAGCCATCAGAATAGGCAGGAATATGGGCAAGAATCACCAAGTGGATCGGACTATAGAAATCCAGAAGGGGCTGAAGATAATTCATCAGATGGAAGAGGGGAAAGATTAGATTCAGAAGATGATGATGGACAGAAAGAAGCAGGAAAAGGTCCAAGAGGCCATTCTGATGTGCCTGCTGAGGAGATGTTGTCTGATGAATATTATGAGCAGGAAGAGCACGGTGATTCATTGCATTACAGGGGGATTCATCAACCAAGTGGATCAAGTTCATGGCCGCGACAGATGTCTAATGCTGTCAATAGTCGTGCAAATAGGAATTCTAGGATTTCAGATGTTGTTGAAGATGATGGTGGTGGTGATGATAATGATAATGATGAAGGTGATGCTGATTATGAAGAAGAGGATGAGGCAGATGAAGATGATCCTGATGATGTGGACTTTGAGCCTGCAACAAGTGGTCGTTCTGCAAACAAGGATAGAGATTGGGAGGGTGAAGAATCAGATGGAGATGATGATAGTAATGAGAATCTAGATGTTTCAGATGACGATGATACCTACTATGCAAGAAAACCTTCGGGTAGGCAATGTGGCAAAGTGGGTCGAACTGTAAAACCTACTAGAGAACGCAAATCATTTGCTGCATCAGGTCGGCAAAGAAAACCTAAAACATCTTTTGAAGAGGATGAGTCAACAGCAGAGGATTCGGAGAGTGAAAGTGATGATGATTTCAAAAGCATGAGAAAGAGAGGTGCAAATGCTCGCAAGAATAATGACTGTTCTTCTGCAGCTGCAAGTTTTTCTGGACGGAACAGTGAGGTTCGCACTTCTAGTAGGACAGTTAGGAAGAAGGTGTCATATGTTGAAAGTGAAGAAAGTGACGAAGCAGATGAAGGGAAGAAGAAGAAGTCCCAAAAGGAAGAACTTGAAGAGGAAGATGGTGACTCCATTGAGAAGGTGCTTTGGCATCAGCCAAAGGGCATGGCTGATGAGGCGCAGAGGAATAATAGATCTACAGAACCTGTTTTATGGAGTAATTTGTTTGATTCTGTACCTGATTGGAATGAGATGGAATTTTTAATAAAATGGAAAGGCCAGTCACATTTGCACTGTCAATGGAAGTCATTTGCTGAGCTGCAAAATCTCAGTGGTTTTAAGAAGGTTTTAAATTATACGAAGAAAGTGACGGAGGACATCAGGTACAGGAACACAATCTCAAGAGAGGAGATTGAGGTTAATGATGTGAGTAAGGAGATGGATTTAGATATTATCAAGCAAAACAGTCAGGTAGAAAGAATAATTGCAGATAGAATCAGCAAAGATAATTCTGGCAATGTTAATATAGAATATTTGGTCAAGTGGCAAGGGCTGTCTTATGCTGAAGTGACTTGGGAGAAAGACACAGATATTGCTTTTGCTCAGCATGCTATTGATGAGTACAAGGCTCGTGATGCTGCAATGTCAGTTCAAGGAAAGATGGTAGATCTACAACGCAAGAAGAGTAAAGCAAGTTTGAGAAAGCTTGATGAACAGCCTGAGTGGTTGAAGGGTGGGAAGCTTCGTGATTATCAACTTGAGGGTTTGAATTTTCTTGTTAACAGTTGGAGAAATGACACAAATGTTATTTTAGCTGATGAAATGGGCCTTGGTAAAACTGTTCAGTCAGTCTCAATGCTTGGTTTTCTTCAGAATGCCCAGCAAATCCATGGTCCTTTTCTTGTAGTTGTCCCTTTGTCTACTTTGTCAAACTGGGCCAAAGAATTCAGGAAGTGGCTTCCTGATATGAATATTATTGTATATGTTGGTAATCGAGCAGGGCGAGAGGTTTGTCAACAGTATGAATTTTATAATGATAAAAAGGCTGGCAGGCCTATAAAATTTAATGCCCTCTTGACCACATATGAAGTGGTTCTGAAGGATAAAGCTGTTCTCTCCAAGATTAAATGGAATTATTTGATGGTTGATGAGGCTCATAGACTGAAAAATAGTGAGGCTCAGCTGTACACTACACTTTCAGAATTTAGCACCAAGAACAAATTGCTCATCACTGGAACTCCACTGCAAAACAGTGTTGAAGAGCTATGGGCTCTGCTTCATTTCCTTGATCCTGATAAGTTCAAGAGCAAGGATGATTTTGTTCAAAACTATAAGAATCTGAGTTCGTTCAATGAGAATGAGCTTGCTAATCTTCATATGGAATTGAGGCCTCACATACTCCGAAGAGTCATCAAGGATGTGGAGAAATCATTGCCCCCAAAAATTGAGCGTATACTTAGAGTTGAAATGTCTCCTCTTCAAAAACGGTATTACAAGTGGATTTTGGAACGTAACTTTCATGATTTGAACAAAGGAGTTCGTGGGAATCAGGTTTCTCTACTTAATATTGTGGTTGAATTAAAGAAGTGCTGCAACCATCCCTTCCTCTTTGAAAGTGCTGACCATGGTTATGGTGGGGACTCAGGAAGTAGTGATAGCAGTAAAGTCGAGAGAATTGTCTTCAGCAGCGGGAAGCTTGTCATACTTGATAAGCTACTTGTTAGATTGCATGAGACTAATCATCGTGTTCTGATTTTCTCTCAGATGGTTAGGATGCTGGATATACTGGCTGAGTATATGTCACTTAGAGGATTTCAATTCCAGAGGCTTGATGGCAGTACAAAGGCTGAGTTACGACAGCAGGCAATGGATCATTTTAATGCACCTGGTAGTGATGATTTTTGCTTCCTTCTTTCAACTAGAGCAGGAGGTCTGGGTATCAATCTTGCCACGGCAGACACTGTCATAATATTTGATTCAGACTGGAATCCCCAAAATGACCTCCAGGCCATGAGTAGAGCACATAGAATTGGGCAACAAGAAGTTGTTAACATATATAGATTTTTGACAAGCAAAAGCGTTGAGGAAGATATTTTGGAACGAGCCAAGAAAAAGATGGTCCTCGACCATTTGGTCATTCAAAAATTAAATGCAGAGGGTAGACTGGAGAAGAAAGAAGCCAAAAAAGGAGGAGGACTTTTTGACAAAAATGAGCTGTCAGCAATTTTAAGATTTGGAGCAGAGGAGCTTTTTAAGGAAGAAAGAAATGATGAAGAGAGTAAGAAACGACTTTTAAGTTTGGATATAGATGAGATTCTTGAAAGAGCAGAGAAGGTTGAAGAGAAGGAAGCAGACGGAGAGCAAGCGCATGAACTGTTGAGTGCCTTTAAGGTTGCTAATTTCTGCAATGATGAAGATGATGGGAGTTTCTGGAGTCGTTGGATAAAACCCGAGGCGATAGCCCAAGCTGAGGAAGCTTTGGTTCCACGTGCTGCAAGGAACATTAAAAGCTATGCAGAGGCCAATCAATCTGAAAGAAGTAGTAAACGAAAAAAGAAAGAACCTGAGCCTTCTGAGCGAGTTCAGAAGCGCCGGAAAGCAGATTATTCGGCTCCTTCAACGGCAATGATTGAGGGAGCATCAGCCCAAGTGAGGAGTTGGTCCTATGGGAATGTATCTAAAAGAGATGCACTACGATTTTCTCGTGCAGTTATGAAATTTGGGAATGAAAACCAAATCCACTTAATAGCTGCTGAGGTTAGTGGGGCATTTGCAGCTGCTCCGCCTGAAGCTCAGATTGAACTCTTCAATTCTCTAATTGATGGCTGTAAAGAAGCAGCGGAACTAGGAGGCATGGACCCAAAGGGACCTCTTTTGGATTTTTTTGGTGTCTCAGTGAAGGCAAATGATCTGCTTAACCGTGTACAAGAACTCCAACTCTTGGCAAAGCGCATTAGTAGATATGAAGATCCTATAGCACAGTTTCGTGTTTTAACATATCTTAAACCTTCAAACTGGTCTAAAGGTTGTGGATGGAATCAAATTGATGATGCAAGATTGCTTCTTGGAGTTCATTTCCATGGATTTGGTAATTGGGAAAAGATACGATTAGATGAAAGGCTTGGCCTCATGAAGAAGATTGCACCAGTTGAACTTCATCACCATGAAACTTTCTTGCCACGAGCTCCCAATTTGAGAGATCGTGCTAATGCCCTTTTGGAACAAGAACTACTTGTTCTTGGTGGTAAAAATGCCAATAGTAAAGGGGGACGCAAGGCTTCCAAGAAGGAGAGGGAAAATCTTATGAACATTCCGGTGGCACGTGGGCCAGAGAAGAGAAAATTAAGTTCTAAAGTTAATGTCCAAACGAGAAAGGATAGATCACTGAGGCCCCAGAGGATTGAACCAATAGTAAAAGAAGAGGGTGAAATGTCTGACAATGATGAAGTGTATGAGCAGTTCAAGGAAGTAAAATGGATGGAATGGTGTCAGGATGTGATGATTGATGAAATGAAAACCTTGAAACGTCTGCACAGGTTGCAGACAACCAGTGCCAATCTTCCAAAGGAAAAGGTGCTTTCCAAAATCCGCAATTACTTACAGCTTCTTGGGCTGAGGATAGATCAAATTGTGTTGGAACATGAAGAGGAACCTTACAAGCAAGATAGGATGACCACGCGATTGTGGAACTATGTCTCTACGTTTTCCCATCTTTCAGGGGAGAGGCTGCATCAAATCTATTCCAAACTCAAACAGGAGCAACAAGATGAGGCTGGGGTTGGCCCCTCTCGCATCAATGGGTCAGTATCTGGTCCATTTGGTAGGAACTCTCACCATATGGAGAGACAAAGAGGATACAAAAATGTGAGTTCCTATCAAATGCCAGAACCAGTTCACAATAAAGGAAAATCCGAGGCTTGGAAACGAAGGAGGAAAGGAGAAGGCGACAGTCATTTTCAGGGTCAGCCACCATCTCAAAGAGCTATGGGTAATGGAGTCCAAATATCGGACCCTAACTCACTGGGGATTCTTGGGGCTGGACCCTCTGATAGACGTTTTGTTAGCGAGAAACCTTATAGGACACGACCTGGTGGAGCTCCTCCAAGACAGGGTTTCTCCTCAGGAATAAAATAG 10035 0.4188 MPLPPATTLPLLSESSLQEHLYLCIFFASQSYSLNIPTMASSSCSMASLFFHSLLLLCLTASVSSLPLLSLKRQASILVSLRQGFQPQNSSSLESWHASNYLSLCSWDGIKCDMSNRSVISFDISNYNFSGFLSPVIAELRELVSVSVAGNSFSGEFPSEILKLPELRFLNISNNMFTGNMSTWVLSDASEVEVLDVYDNDFNGELPLGVTNLPKLRHLNFGGNYFSGKIPEEYGKIVGLNFLSLAGNDLSGFIPREIGNLTNLTHLYLGYFNKFDGGIPNEFGNLINLVHLDLANCSLNGTIPSELGKLSKLDTLFLQTNQLTGSIPSQIGNLSNLRSLDLSNNELIGEIPFELSNLHELTLINLFINKLHGEIPQFISELPKLETLHLWKNNFTGSIPPGLGQNGKLIEVDLSSNKLTGLVPKSLCFGKKLKILILLNNFLFGSLPDDLGECYTLQRVRLGQNYLTGKIPNGFLYLPQLLLLELQNNYLTGVLPQDSSANSTSKLEQLNLSNNRLSGSLPESIGNFPNLQNLLLSENRFSGEIPPDIGRLKNLLKLDMCRNNISGSIPSEIGNCALLTYLDLSQNQLSGPIPVQISLIHILNYLNVSMNNLNQSLPKELGTMKGLTSADFSHNNLSGSIPEVGLFTVLNSSFFQGNPNLCGYDVNPCGTHSSKSLSDSPESNNMKSGVPGKYKLLFALALLGCSFIFAALAIIKSRKKARRNSNSWKLTAFQKLEYGSQDILGCIKESNLIGRGGAGIVYRGTMPNGEELAVKKLLGFNKGSSHHDYGLSAEIRTLGRIRHRYIYAYTLKVDEKSDVYSFGVVLLELLTGRRPVGDFGEEGIDIVQWTKMQTNNWSKDKVVRILDERLHNEIPIDEAKQVFFVAMLCAITPLMYKAQTLHASIVKKGLENNVYQCNLLLQAYIKSHALSNAQKLLRFMPNTNVVSHNTLLSGYFSSGLVPEALEVFSATPTKDSRSWNILISGYMKNQKIKDAMEHFVKMRRSPVKPDGYTYSIVLPFFDLSSGHQVHAEIVKGCWISDSYLGTNLLQMYANCGAIEDARKVFDEMPMRDLVTWNALISCYSRCGLGDFCLNFYKQMCREGILADEFTHAIILNEMASHLQLMEATQVHSCAIKLSFCSDPFIANSLLELYAKCGLIDSALVLFEEIQDKDVFAWTTIVTALSQSGHMDEAMWLFYEMQLADVEPNSFTFGGMLGTCAARNTLQRGRQLHGVAIKYGFENNLVVGSAISDMYSKCGEMQQAFLMFQSMPERDIVVWNGIICGYAQNGEAMKALKLYNKMVHLGPSVISPNDVTFIGVLSACSHRGLVQEGCRYFNDMIHEYMIKPKIEHYTCMVDLLGRSGLLEEAEALLLQMPFKADAVMWSTLLGACKLHGNLTMAKCILGDLHTVGPWNSSNYVLLANSYAFMGEWSETLDIREMGNLKGLKKSLGCSWIETGGHMHSFISGDKSHPLIERVYSILKCIYVQTSDKARRSHAHRWSLRFFYLIKLVKPVFSLSIDRKVTDRGFRSFFGWEFGGLSVLGGLSDELHELPVNLLDDPLFSPFDSFFSLPLATELVFDRMSMNYRGKEVPYGCMAYFRNFSNETVSHSVLEEKDQGQNADRIHKSIGNECGDASSSEKEFDMNMDARYHSDGEPDGRLQNDATADVVGNIQSTGSKTAMVGRWGSTFWKDCQPMSHQNRQEYGQESPSGSDYRNPEGAEDNSSDGRGERLDSEDDDGQKEAGKGPRGHSDVPAEEMLSDEYYEQEEHGDSLHYRGIHQPSGSSSWPRQMSNAVNSRANRNSRISDVVEDDGGGDDNDNDEGDADYEEEDEADEDDPDDVDFEPATSGRSANKDRDWEGEESDGDDDSNENLDVSDDDDTYYARKPSGRQCGKVGRTVKPTRERKSFAASGRQRKPKTSFEEDESTAEDSESESDDDFKSMRKRGANARKNNDCSSAAASFSGRNSEVRTSSRTVRKKVSYVESEESDEADEGKKKKSQKEELEEEDGDSIEKVLWHQPKGMADEAQRNNRSTEPVLWSNLFDSVPDWNEMEFLIKWKGQSHLHCQWKSFAELQNLSGFKKVLNYTKKVTEDIRYRNTISREEIEVNDVSKEMDLDIIKQNSQVERIIADRISKDNSGNVNIEYLVKWQGLSYAEVTWEKDTDIAFAQHAIDEYKARDAAMSVQGKMVDLQRKKSKASLRKLDEQPEWLKGGKLRDYQLEGLNFLVNSWRNDTNVILADEMGLGKTVQSVSMLGFLQNAQQIHGPFLVVVPLSTLSNWAKEFRKWLPDMNIIVYVGNRAGREVCQQYEFYNDKKAGRPIKFNALLTTYEVVLKDKAVLSKIKWNYLMVDEAHRLKNSEAQLYTTLSEFSTKNKLLITGTPLQNSVEELWALLHFLDPDKFKSKDDFVQNYKNLSSFNENELANLHMELRPHILRRVIKDVEKSLPPKIERILRVEMSPLQKRYYKWILERNFHDLNKGVRGNQVSLLNIVVELKKCCNHPFLFESADHGYGGDSGSSDSSKVERIVFSSGKLVILDKLLVRLHETNHRVLIFSQMVRMLDILAEYMSLRGFQFQRLDGSTKAELRQQAMDHFNAPGSDDFCFLLSTRAGGLGINLATADTVIIFDSDWNPQNDLQAMSRAHRIGQQEVVNIYRFLTSKSVEEDILERAKKKMVLDHLVIQKLNAEGRLEKKEAKKGGGLFDKNELSAILRFGAEELFKEERNDEESKKRLLSLDIDEILERAEKVEEKEADGEQAHELLSAFKVANFCNDEDDGSFWSRWIKPEAIAQAEEALVPRAARNIKSYAEANQSERSSKRKKKEPEPSERVQKRRKADYSAPSTAMIEGASAQVRSWSYGNVSKRDALRFSRAVMKFGNENQIHLIAAEVSGAFAAAPPEAQIELFNSLIDGCKEAAELGGMDPKGPLLDFFGVSVKANDLLNRVQELQLLAKRISRYEDPIAQFRVLTYLKPSNWSKGCGWNQIDDARLLLGVHFHGFGNWEKIRLDERLGLMKKIAPVELHHHETFLPRAPNLRDRANALLEQELLVLGGKNANSKGGRKASKKERENLMNIPVARGPEKRKLSSKVNVQTRKDRSLRPQRIEPIVKEEGEMSDNDEVYEQFKEVKWMEWCQDVMIDEMKTLKRLHRLQTTSANLPKEKVLSKIRNYLQLLGLRIDQIVLEHEEEPYKQDRMTTRLWNYVSTFSHLSGERLHQIYSKLKQEQQDEAGVGPSRINGSVSGPFGRNSHHMERQRGYKNVSSYQMPEPVHNKGKSEAWKRRRKGEGDSHFQGQPPSQRAMGNGVQISDPNSLGILGAGPSDRRFVSEKPYRTRPGGAPPRQGFSSGIK 3344
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Lele28g1875 3344 Gene3D Ribonuclease Inhibitor 427 670 IPR032675 -
Lele28g1875 3344 Gene3D Ribonuclease Inhibitor 69 268 IPR032675 -
Lele28g1875 3344 FunFam Leucine-rich repeat receptor-like serine/threonine-protein kinase BAM3 186 273 - -
Lele28g1875 3344 SMART DUF4208_2 3112 3217 IPR025260 -
Lele28g1875 3344 MobiDBLite consensus disorder prediction 1719 1757 - -
Lele28g1875 3344 MobiDBLite consensus disorder prediction 2810 2834 - -
Lele28g1875 3344 ProSiteProfiles Leucine-rich repeat profile. 336 359 IPR001611 GO:0005515
Lele28g1875 3344 ProSiteProfiles Pentatricopeptide (PPR) repeat profile. 1072 1106 IPR002885 -
Lele28g1875 3344 SMART LRR_typ_2 478 501 IPR003591 -
Lele28g1875 3344 SMART LRR_typ_2 286 310 IPR003591 -
Lele28g1875 3344 SMART LRR_typ_2 382 406 IPR003591 -
Lele28g1875 3344 SMART LRR_typ_2 334 358 IPR003591 -
Lele28g1875 3344 SMART LRR_typ_2 552 576 IPR003591 -
Lele28g1875 3344 SMART LRR_typ_2 504 528 IPR003591 -
Lele28g1875 3344 Gene3D Tetratricopeptide repeat domain 882 1023 IPR011990 GO:0005515
Lele28g1875 3344 FunFam Chromodomain-helicase-DNA-binding protein 2 isoform 1 2446 2676 - -
Lele28g1875 3344 Coils Coil 2729 2756 - -
Lele28g1875 3344 CDD CD2_tandem 2121 2177 - -
Lele28g1875 3344 Gene3D Transferase(Phosphotransferase) domain 1 808 875 - -
Lele28g1875 3344 Pfam Leucine Rich Repeat 336 358 IPR001611 GO:0005515
Lele28g1875 3344 FunFam Leucine-rich repeat receptor-like serine/threonine-protein kinase BAM3 274 379 - -
Lele28g1875 3344 FunFam Pentatricopeptide repeat-containing protein, chloroplastic 1025 1127 - -
Lele28g1875 3344 Pfam Leucine rich repeat N-terminal domain 72 113 IPR013210 -
Lele28g1875 3344 SUPERFAMILY P-loop containing nucleoside triphosphate hydrolases 2439 2720 IPR027417 -
Lele28g1875 3344 SUPERFAMILY Protein kinase-like (PK-like) 745 889 IPR011009 -
Lele28g1875 3344 Pfam SNF2-related domain 2234 2503 IPR000330 GO:0005524|GO:0140658
Lele28g1875 3344 SMART ultradead3 2211 2410 IPR014001 -
Lele28g1875 3344 MobiDBLite consensus disorder prediction 1698 1713 - -
Lele28g1875 3344 FunFam Chromo domain-containing protein 1 1998 2123 - -
Lele28g1875 3344 Gene3D - 2206 2445 IPR038718 -
Lele28g1875 3344 Gene3D Tetratricopeptide repeat domain 1225 1308 IPR011990 GO:0005515
Lele28g1875 3344 ProSiteProfiles Pentatricopeptide (PPR) repeat profile. 975 1009 IPR002885 -
Lele28g1875 3344 MobiDBLite consensus disorder prediction 1778 1803 - -
Lele28g1875 3344 Pfam Helicase conserved C-terminal domain 2532 2645 IPR001650 -
Lele28g1875 3344 MobiDBLite consensus disorder prediction 1971 2013 - -
Lele28g1875 3344 Gene3D - 2446 2676 IPR027417 -
Lele28g1875 3344 FunFam Leucine-rich repeat receptor-like serine/threonine-protein kinase BAM3 386 673 - -
Lele28g1875 3344 MobiDBLite consensus disorder prediction 1897 1924 - -
Lele28g1875 3344 Pfam PPR repeat family 1172 1219 IPR002885 -
Lele28g1875 3344 Pfam PPR repeat family 975 1018 IPR002885 -
Lele28g1875 3344 Pfam PPR repeat family 1274 1324 IPR002885 -
Lele28g1875 3344 Pfam PPR repeat family 1072 1119 IPR002885 -
Lele28g1875 3344 MobiDBLite consensus disorder prediction 1936 1950 - -
Lele28g1875 3344 Gene3D - 2125 2177 - -
Lele28g1875 3344 Coils Coil 2675 2695 - -
Lele28g1875 3344 Pfam PPR repeat 1046 1071 IPR002885 -
Lele28g1875 3344 Pfam PPR repeat 946 969 IPR002885 -
Lele28g1875 3344 Pfam PPR repeat 1351 1375 IPR002885 -
Lele28g1875 3344 SMART helicmild6 2561 2645 IPR001650 -
Lele28g1875 3344 MobiDBLite consensus disorder prediction 3286 3305 - -
Lele28g1875 3344 Pfam E motif 1394 1456 IPR046848 -
Lele28g1875 3344 Pfam Domain of unknown function (DUF4208) 3124 3216 IPR025260 -
Lele28g1875 3344 TIGRFAM PPR: pentatricopeptide repeat domain 978 1010 IPR002885 -
Lele28g1875 3344 TIGRFAM PPR: pentatricopeptide repeat domain 1276 1304 IPR002885 -
Lele28g1875 3344 TIGRFAM PPR: pentatricopeptide repeat domain 1074 1107 IPR002885 -
Lele28g1875 3344 TIGRFAM PPR: pentatricopeptide repeat domain 1176 1208 IPR002885 -
Lele28g1875 3344 ProSiteProfiles Superfamilies 1 and 2 helicase C-terminal domain profile. 2535 2686 IPR001650 -
Lele28g1875 3344 Gene3D Tetratricopeptide repeat domain 1120 1224 IPR011990 GO:0005515
Lele28g1875 3344 Gene3D Tetratricopeptide repeat domain 1309 1476 IPR011990 GO:0005515
Lele28g1875 3344 Gene3D Tetratricopeptide repeat domain 1024 1119 IPR011990 GO:0005515
Lele28g1875 3344 MobiDBLite consensus disorder prediction 1860 1877 - -
Lele28g1875 3344 Gene3D Ribonuclease Inhibitor 269 426 IPR032675 -
Lele28g1875 3344 SMART chromo_7 2121 2180 IPR000953 -
Lele28g1875 3344 ProSiteProfiles Superfamilies 1 and 2 helicase ATP-binding type-1 domain profile. 2227 2399 IPR014001 -
Lele28g1875 3344 SUPERFAMILY RNI-like 122 444 - -
Lele28g1875 3344 MobiDBLite consensus disorder prediction 2805 2839 - -
Lele28g1875 3344 CDD CD1_tandem 2008 2088 - -
Lele28g1875 3344 Gene3D - 2942 3046 - -
Lele28g1875 3344 MobiDBLite consensus disorder prediction 1951 1970 - -
Lele28g1875 3344 SUPERFAMILY Chromo domain-like 2102 2178 IPR016197 -
Lele28g1875 3344 MobiDBLite consensus disorder prediction 1812 1842 - -
Lele28g1875 3344 Gene3D Phosphorylase Kinase; domain 1 744 807 - -
Lele28g1875 3344 ProSiteProfiles Leucine-rich repeat profile. 506 528 IPR001611 GO:0005515
Lele28g1875 3344 ProSiteProfiles Pentatricopeptide (PPR) repeat profile. 1173 1207 IPR002885 -
Lele28g1875 3344 ProSiteProfiles Pentatricopeptide (PPR) repeat profile. 1142 1172 IPR002885 -
Lele28g1875 3344 SUPERFAMILY Chromo domain-like 2007 2090 IPR016197 -
Lele28g1875 3344 Pfam Chromo (CHRromatin Organisation MOdifier) domain 2124 2178 IPR023780 -
Lele28g1875 3344 MobiDBLite consensus disorder prediction 1698 2013 - -
Lele28g1875 3344 ProSiteProfiles Chromo and chromo shadow domain profile. 2010 2089 IPR000953 -
Lele28g1875 3344 ProSiteProfiles Pentatricopeptide (PPR) repeat profile. 1274 1308 IPR002885 -
Lele28g1875 3344 FunFam protein CHROMATIN REMODELING 5 isoform X2 2125 2177 - -
Lele28g1875 3344 SUPERFAMILY P-loop containing nucleoside triphosphate hydrolases 2202 2436 IPR027417 -
Lele28g1875 3344 FunFam Photoperiod-independent early flowering 1 2185 2459 - -
Lele28g1875 3344 Coils Coil 3343 3344 - -
Lele28g1875 3344 CDD SF2_C_SNF 2522 2656 - -
Lele28g1875 3344 Gene3D - 1997 2123 - -
Lele28g1875 3344 PANTHER CHROMODOMAIN-HELICASE-DNA-BINDING PROTEIN 3-RELATED-RELATED 1787 3274 - -
Lele28g1875 3344 MobiDBLite consensus disorder prediction 3268 3284 - -
Lele28g1875 3344 ProSiteProfiles Chromo and chromo shadow domain profile. 2123 2187 IPR000953 -
Lele28g1875 3344 SUPERFAMILY L domain-like 351 689 - -
Lele28g1875 3344 MobiDBLite consensus disorder prediction 3220 3344 - -
Lele28g1875 3344 FunFam Pentatricopeptide repeat-containing protein At2g34400 1232 1483 - -
       

Duplication type information

Select Gene Chromosome Start End Duplicated_type
Lele28g1875 Lele-ChrLele28 22127071 22159438 Dispersed/Wgd
       

Functional genes information

Select Gene Gene_start Gene_end Function Ath_gene Identity(%) E-value Score
Lele28g1875 807 890 Receptor kinase-like Gene Family AT5G65700 66.667 6.98e-26 115
       

Transcription factors information

Select Regulatory Factors Family Gene Hmm_acc Hmm_name E_value Clan
TR SNF2 Lele28g1875 SNF2_N 2.1e-64 CL0023