result

Gene information

Detail information of AfisC4G03217

Location

Gene	Chr	Start	End	Strand
AfisC4G03217	chr4	615549829	615560568	+

Sequences

CDS

>AfisC4G03217
ATGAATAACAATGAAGAAGAATCCGCTGATCTTCGCCACGGCGAAGCGGTTATTCAGCTTCTTCAAAACCCTAAAACCGGCATAGGGTTTCACCTCGAAGAACCGGTAACAAAAGTACCTTCAAATCCTGATTTGGATGAATCTAAAGTGTCGGGGAATCTGATTAAGGGATCTAAGAGAAAAACTAATGGCGGTGAAGGAGAATTGGATGAGGATGCTCCGCTTATTATGTTGAAGAAGAAGAAGAAAAGGGTTTCGAAAATAGTGAAGATTTCGGATTTGGAAGCTAGGGAAGAAGCTCGAAACCCTAGGGCTGAGGTTGAAGAGAAGTTTATGTTGTCTGATACATTGGCTAGTTTGAAAAAGAGAGTGAAAAAGCCTCCTAAAGATGTTGAAGATTTGACCGTTGATGTATCTGTTGTTGATTCAGAGAGCAAAAAATCAAGAAAGAAGAAAAATAAAAATATTTGTCCGGTTTATGTAGTGGAAGATTCAATATCTGCATTCAGGCAGATGACAGAGTCTAAGCAAAAGGTGTTTGGAACTGAGAAAAATAAGGATGATTTGGTATCAAGTGATTCAGGTGTACATGATAGTAAGGTTAGGAATGGGCGAAACTTGAGTGCTAATGAGGATTTGGGTTTAGTGTTAACAGACGATAAAAGCTTGAGTGCTAACGAGGATTCGGGTTTAGTAGTAGCAGAAGATGAAATTAGGATTGAATCTCAGGATAGAATGAATGGAGAGGATGAAATGATTTGTGTTTCGAGTTTAAATGACAGAGGGATTGAAGTAATGGAGCAGACACAGGCTTTAGTGGATGGTTTGAAGCCCTGTTCCCATGAGAAACCGAGTAGTTTTGTATATGAAACTCTTGACGTAGAAACAATGTGTGATAATATTGAAATGAAGCGTGATCCTGAAATTTGCGTTGGAGATCTAAGTAACCATAATATTGGTCAAAACCAGTGCAGTACTGATGATGTTTTGAATCAGACATGTAAGACCGAGGGGATAATCAATGATTCAAAATCTTTAGGAAATGAGTTGTCTATTGGGTTTTGTGAGTTAACACCAAATACCATGGAAGAAGATTTGGTAGAGAAAAATGTTGCCAATGAGGAAGTCAAAGAGTTGTATGTTCACTCTGGGAATGTAGCTGTTTCTGAATTAAATCATGCAGAAGAAATTGGAGAGTATCAAAAAGCATACAAAGATACCAAGGATGTGGACGGAAACCTATCTCTGGACAAGCAATTTCTTGATATATCCAATGAGGGAATTGCTGTGGAGGACATTGATTCGGTAGAAAACCAAAAACCTGATGCAATACCAAAGTTTGAAAATCAATCTAAAGTTGCACGTTTGTTGCGTAATGTTAAAAAGCCTAGGTATGGTGATATGGCATATGAAGGAGATGATGACTGGGATCTTCTTTCAAACTTTAGAAATGTGGAGAAATTTGATTCTTCAAATTTTTTAGAGGACGAGATTAGTGGAAGTGCTGCAGCAGTAGCAGCTGGGTTAAAAGCTTCTGCTGCTGGTCTGATCGAACAAATTAAATTTAAGGAGGTGTTGAAACGTAGAGGCGGCTTACAACAGTATCTGGACTGCAGGAACTTCATTTTAAGTCTCTGGAGCAAAGATGTGAAACACATATTACGTCTTGAAGAGTGTGGTGTATCTAGTACACCTGTTGAAGATGAATCCCCACGGGCTTCCCTTATTCGAGAAGTTTTTGCTTTTCTCGATGGCAATGGTTATATAAATGCAGGAATTGCTTCAGATAAGTCAAATTCTGTTTGTTTACTGGAACCTGTGTTTTCTGAGGAATCCAAACCCATGGAAACTTCCGCAGAAAATGTCAGTTTTAAAGGTGAAACCAGTGTGCTGATAAATGCACACTCTTCTCGTGAAGTTGTAGAAACATCATCATTGCTTGTGCCTGAAGATAATAATCACAATAACCCTAGTGCATCTAATGTATCATCAGAGTCATCCACTCAGTTAACGCCTGGAAAACACGTGACTGATAATGTGCAAGTTGACACACGGTATGTGCCAACATCTGAAGCCCAAATTTTGAATAGTGTTACTGATGGGACTAATACATGCTTGAATGAGAAATACCAGAACATTGGTTCTTCTGATCACATGGTGCACCAAACTGAGAAACCATGTGGCAATATAACAATATCCAGTGACCATGTTATTGATCCTACATTGGAGATTGATCGCTGTGAGGATGTTCGCAAGAGAGTAATCGTTGTTGGGGCAGGTCCTGCAGGCTTAACTGCAGCCAGACATTTGGAGAGACAGGGCTTTTCAACAGTTGTGCTGGAGGCTCGAGATAGGGTTGGTGGTCGTGTTCATACAGATCGCTCATCACTTTCAGTGCCTGTAGATCTCGGTGCCAGCATAATAACAGGTGTAGAAGCCGATGTTACTACTGAAAGACGACCAGACCCATCTTCTCTCATTTGTAAACAATTGGGTATTGAATTAACTGTTTTGAACAGTGATTGCCCTCTCTACGATATAATTACGGGAGAAAAAGTACCTCATGATTTGGATGGTGCTTTGGAAGCGGAGTATAATAGTCTATTAGATGATATGGTACCTTTTATTGCTCAGAAAGGTGAAAATGCAAATAAAATATCACTTGAAGATGGACTAGAACATGCTCTTAGAAAAAGACGCCTGTCCCAAAGGAAATTTGCAGTATCTGATACAGTGGCGGCAAATGACATCGATAATTTTCTTAATGGAAATGTGCTGCGTCCTCTCGAGAGGAGAGTATTTAATTGGCATTTCGCGAATCTTGAGTACGGTTGTGCTGCACCACTTAAACAAGTATCCCTTCCTAATTGGAATCAGGATGATCTGTATGGAGGCTTTGGTGGAGCCCATTGTATGATTAAAGGAGGATACAGCACAATTGTAGAAAGTATAGGGGGTGGACTCAATATTCACTTAAACCATGTAGTTACTGAAATCGAATACGGTATAGACTCTGGAAATACAAGTTCGCTCCATAAAAAGAAAGTCAAAGTTCGCACATCAAATGGCTGTAATTTTGTAGGTGATGCTGTCCTGATCACCGTACCTCTTGGTTGCCTTAAAGCAAATACTATACGGTTTTCTCCACCCTTGCCAATTTGGAAAGATTCATCTATTCGGAAACTTGGTTTTGGTGTCCTGAACAAAGTGGTGTTGGAATTTCCTCAAGTTTTTTGGGATGATGCTATTGATTACTTTGGAGCCACTGCTGAAGAAACTGGTAATAGAGGACAGTGTTTTATGTTTTGGAATGTTAAAAAGACAGTCGGAGCACCTGTTCTTATAGCACTTGTAGTGGGGCAGGCAGCTTTGGATGGTCAAACTATGAGCAAGTCTGAACACGTGAACCATGCTTTGAAAGTTCTTCGCAAGCTTTTTGGTGAAACATCTGTTCCCAATCCAGTAGCTTCTGTTGTTACTAATTGGGGACTTGACCCTTTTAGTAGAGGTGCATATTCATATGTTGCCATTGGAGCTTCAGGAGACGATTATGATACCTTGGGAAAACCAGTTGAGAACTGTCTGTTTTTTGCTGGTGAAGCAACTTGCAAAGAGCATCCAGACACTGTTGGTGGTGCAATGATGAGCGGTCTCCGAGAAGCAGTGCGTATTTTTGATATTTTAACTACTGGATATGATTATGCGGCCGAGGTTGAAGCTATGGAGGCTGTACAAAGAGAGTCGGATAATGAAATAACCGAACTCAAGGATATGATTAAAAGACTCGAGGCATATAAATATACCAATGCAACTTTAGTGCGTGACTTGTTTTATAAGGCAAAGACTACATCTGGACGGTTGCATTTGATTAAAGAGATGTTGAATCTTCCTGTTAAATCTCTCAAGTCATTTGCTGGGACTAAACAAGGGCTTAGTACACTCAATTCGTGGATACTTGATTCACTAGGCAAAAATGCCACCCAGCTTTTACGTCACTGTGTTCGTTTGCTTGTCTTAGTGTCGACTGACTTGCTCGCTGTGCGTCTATCTGGCATTGGGAAAACAGTGAAGGAGAAAGTGTGTGTGCATACTAGTCGTGATATACGATCAATAGCAAGCCAACTGGTCAATGTGTGGATTGACGTTTTTCGCAAGGAAAAAGCTGCAAGTGGACGGTTAAAATTGTTGCAAGAGTCCTCAAAATCACGTTCTAAAGATCTTTCTTCTGGAAAGATAGGACCAAATAATGATGCTGCAAAAAGCAGGCATATTAGTAAGAAAACTGATAGCAAAAACACAAGACTGGAAAATGTGATGGACACAAATTCAGAAGCTAATTCTTCACGTTCCCAAAGTTCATTTCAATGTCAAGATCTTAAGATGGATAGAGATGAAGTTATTTCTGAGGAAGAAGCTGCTGCAATTGCTGCTGCTGAAGCTGCCCATGCCGCTGCTCTTGCAGCAGCTGAAGCATTTGCATCTTCGGAAGCAAATATCTCTAGTCTACACGATCTGCCGAAGATACCATCATTTCATAAATTTGTTAGGCGTGATCAGTATACAGAGCCAGATGATTCTGAATTCAGAAGGAGAATATCTGGTAGCATTCCTGGGAGGCAAGATTGTGTATCTGACATAGACTCTAGGAATTGCAAGACTCAAAATTGGACCGGTGATTTTACTGAAACTGGTGCAAATCTCGACAACTCTTCTCAGAGGAGCAACTCAAATGACTTAGCACCTCTAAATATTAGAGAGCATTCAGAAGAAAGTACGGGATTGGACAGAAGACATGTAAAAGCATGGGTTGATACAGATACTGTTGGCAGTGGAGGCATAAAAGACTATCTTGCTATTGAGCGATGGCAATCACAAGCAATGGAGGCAGATGCAGAATTCTATCAACGTTTGCAGTTGAGGGATGGAGAAGATTCAAATGGTACTTTTAGTACACCACCTTATAAGAGTGAAAGGGAAGGTAGTTCAGCTTCTCAAGTTGTGGAGAACAAATTGTCAACCGAAGATCATCCAAGGGGTGCTGACCACATAAAGCAAGGTGTTATGGATTTTGTTGCTTCTCTACTCAGGCCGTTATATAAAACTAGAAAAATTGATAGGGATGGGTACAAGTCGATAATGAAGAAAACTGTAACCAAGGTTATGGAGCAATGTACTGAAGCAGAAAAAAGGTTTACTGCTTCAGAATTCTTAGATTACAAGAGGAAGATTAAGATTCGGACTTTTGTCGACAAATTGATAGAAAGGCATATGGCAACAGCTCGAGGCTTGAAATGA

Protein

>AfisC4G03217
MNNNEEESADLRHGEAVIQLLQNPKTGIGFHLEEPVTKVPSNPDLDESKVSGNLIKGSKRKTNGGEGELDEDAPLIMLKKKKKRVSKIVKISDLEAREEARNPRAEVEEKFMLSDTLASLKKRVKKPPKDVEDLTVDVSVVDSESKKSRKKKNKNICPVYVVEDSISAFRQMTESKQKVFGTEKNKDDLVSSDSGVHDSKVRNGRNLSANEDLGLVLTDDKSLSANEDSGLVVAEDEIRIESQDRMNGEDEMICVSSLNDRGIEVMEQTQALVDGLKPCSHEKPSSFVYETLDVETMCDNIEMKRDPEICVGDLSNHNIGQNQCSTDDVLNQTCKTEGIINDSKSLGNELSIGFCELTPNTMEEDLVEKNVANEEVKELYVHSGNVAVSELNHAEEIGEYQKAYKDTKDVDGNLSLDKQFLDISNEGIAVEDIDSVENQKPDAIPKFENQSKVARLLRNVKKPRYGDMAYEGDDDWDLLSNFRNVEKFDSSNFLEDEISGSAAAVAAGLKASAAGLIEQIKFKEVLKRRGGLQQYLDCRNFILSLWSKDVKHILRLEECGVSSTPVEDESPRASLIREVFAFLDGNGYINAGIASDKSNSVCLLEPVFSEESKPMETSAENVSFKGETSVLINAHSSREVVETSSLLVPEDNNHNNPSASNVSSESSTQLTPGKHVTDNVQVDTRYVPTSEAQILNSVTDGTNTCLNEKYQNIGSSDHMVHQTEKPCGNITISSDHVIDPTLEIDRCEDVRKRVIVVGAGPAGLTAARHLERQGFSTVVLEARDRVGGRVHTDRSSLSVPVDLGASIITGVEADVTTERRPDPSSLICKQLGIELTVLNSDCPLYDIITGEKVPHDLDGALEAEYNSLLDDMVPFIAQKGENANKISLEDGLEHALRKRRLSQRKFAVSDTVAANDIDNFLNGNVLRPLERRVFNWHFANLEYGCAAPLKQVSLPNWNQDDLYGGFGGAHCMIKGGYSTIVESIGGGLNIHLNHVVTEIEYGIDSGNTSSLHKKKVKVRTSNGCNFVGDAVLITVPLGCLKANTIRFSPPLPIWKDSSIRKLGFGVLNKVVLEFPQVFWDDAIDYFGATAEETGNRGQCFMFWNVKKTVGAPVLIALVVGQAALDGQTMSKSEHVNHALKVLRKLFGETSVPNPVASVVTNWGLDPFSRGAYSYVAIGASGDDYDTLGKPVENCLFFAGEATCKEHPDTVGGAMMSGLREAVRIFDILTTGYDYAAEVEAMEAVQRESDNEITELKDMIKRLEAYKYTNATLVRDLFYKAKTTSGRLHLIKEMLNLPVKSLKSFAGTKQGLSTLNSWILDSLGKNATQLLRHCVRLLVLVSTDLLAVRLSGIGKTVKEKVCVHTSRDIRSIASQLVNVWIDVFRKEKAASGRLKLLQESSKSRSKDLSSGKIGPNNDAAKSRHISKKTDSKNTRLENVMDTNSEANSSRSQSSFQCQDLKMDRDEVISEEEAAAIAAAEAAHAAALAAAEAFASSEANISSLHDLPKIPSFHKFVRRDQYTEPDDSEFRRRISGSIPGRQDCVSDIDSRNCKTQNWTGDFTETGANLDNSSQRSNSNDLAPLNIREHSEESTGLDRRHVKAWVDTDTVGSGGIKDYLAIERWQSQAMEADAEFYQRLQLRDGEDSNGTFSTPPYKSEREGSSASQVVENKLSTEDHPRGADHIKQGVMDFVASLLRPLYKTRKIDRDGYKSIMKKTVTKVMEQCTEAEKRFTASEFLDYKRKIKIRTFVDKLIERHMATARGLK

Gene

>AfisC4G03217
GATCCACCCCTTTATTTCTCTCTCTCAGGAAGAAAGAACCATTTTTATTTTCAGGCGTTCCCCAGCTCCGTCAAATCTTATCTCAGGTCAGCCATAACTCTGCCTATCTCCATCTATTAGTACTGTACGGTCACTTTACACATGAATAACAATGAAGAAGAATCCGCTGATCTTCGCCACGGCGAAGCGGTTATTCAGCTTCTTCAAAACCCTAAAACCGGCATAGGGTTTCACCTCGAAGAACCGGTAACAAAAGTACCTTCAAATCCTGATTTGGATGAATCTAAAGTGTCGGGGAATCTGATTAAGGGATCTAAGAGAAAAACTAATGGCGGTGAAGGAGAATTGGATGAGGATGCTCCGCTTATTATGTTGAAGAAGAAGAAGAAAAGGGTTTCGAAAATAGTGAAGATTTCGGATTTGGAAGCTAGGGAAGAAGCTCGAAACCCTAGGGCTGAGGTTGAAGAGAAGTTTATGTTGTCTGATACATTGGCTAGTTTGAAAAAGAGAGTGAAAAAGCCTCCTAAAGATGTTGAAGATTTGACCGTTGATGTATCTGTTGTTGATTCAGAGAGCAAAAAATCAAGAAAGAAGAAAAATAAAAATATTTGTCCGGTTTATGTAGTGGAAGATTCAATATCTGCATTCAGGCAGATGACAGAGTCTAAGCAAAAGGTGTTTGGAACTGAGAAAAATAAGGATGATTTGGTATCAAGTGATTCAGGTGTACATGATAGTAAGGTTAGGAATGGGCGAAACTTGAGTGCTAATGAGGATTTGGGTTTAGTGTTAACAGACGATAAAAGCTTGAGTGCTAACGAGGATTCGGGTTTAGTAGTAGCAGAAGATGAAATTAGGATTGAATCTCAGGATAGAATGAATGGAGAGGATGAAATGATTTGTGTTTCGAGTTTAAATGACAGAGGGATTGAAGTAATGGAGCAGACACAGGCTTTAGTGGATGGTTTGAAGCCCTGTTCCCATGAGAAACCGAGTAGTTTTGTATATGAAACTCTTGACGTAGAAACAATGTGTGATAATATTGAAATGAAGCGTGATCCTGAAATTTGCGTTGGAGATCTAAGTAACCATAATATTGGTCAAAACCAGTGCAGTACTGATGATGTTTTGAATCAGACATGTAAGACCGAGGGGATAATCAATGATTCAAAATCTTTAGGAAATGAGTTGTCTATTGGGTTTTGTGAGTTAACACCAAATACCATGGAAGAAGATTTGGTAGAGAAAAATGTTGCCAATGAGGAAGTCAAAGAGTTGTATGTTCACTCTGGGAATGTAGCTGTTTCTGAATTAAATCATGCAGAAGAAATTGGAGAGTATCAAAAAGCATACAAAGATACCAAGGATGTGGACGGAAACCTATCTCTGGACAAGCAATTTCTTGATATATCCAATGAGGGAATTGCTGTGGAGGACATTGATTCGGTAGAAAACCAAAAACCTGATGCAATACCAAAGTTTGAAAATCAATCTAAAGTTGCACGTTTGTTGCGTAATGTTAAAAAGCCTAGGTATGGTGATATGGCATATGAAGGAGATGATGACTGGGATCTTCTTTCAAACTTTAGAAATGTGGAGAAATTTGATTCTTCAAATTTTTTAGAGGACGAGATTAGTGGAAGTGCTGCAGCAGTAGCAGCTGGGTTAAAAGCTTCTGCTGCTGGTCTGATCGAACAAATTAAATTTAAGGAGGTGTTGAAACGTAGAGGCGGCTTACAACAGTATCTGGACTGCAGGTTAGTTATTATATTTAAATATAAATCATCTGTAGCATTCATATATTTGATAAGGGTATTTCATGTATCTGTTACTATAACTTTTGAATTACTTAACTATATATTAACCGTAGATCAAAAATGTTATTTTGAAAAGGAGTTCTAAGTTTCAAAATGATCCCCATTTTTGTGTTGATGATCTCAATAACAAGTAGATTATGTTACAACATTTTGTTTCGTTTCAACATATTTTAGCACAAACTACAGTGGGACTACGTAAGGGGGGATATGAATCCTTCCTTGCACGCATGTGCACACACACAAATGTATGTATGTATGAAGACTCATGAAACAAACCACCACACATAAATTCCGAGGAATGGATGTCTATCCATTACATAAATCTAGCAAAATCAAGAAGATTATATGTCACAATGAGGATTCAAACTTCTTATGCACTTCAACTTGGTGCCAAACCACGTGGCTGCCCTTTGGGAGGTATACATATAGTTCCAAATGGAAAAAAATGTTATCCTTGAGACATGTTTAATAGAAGGAGACTACAATTAGGGGCTACATGTATGTACGTACGTATATATACACTTTTCATGTTATGTTGTCCTTCATTACAGAGCAACTTGATTGAATAAAATAAACTATTTGCAAGGGTGCGTGCGTGCACCCACTTGATGTTTATTTGCAAGATAGTCATGCATTTGAATACCTGCAGTTCGAAGTATGCATACCCTAGACACCCATTGTTAATTTTGTTCTTTCATTTTCAATTTTATATGGCTTGATATTGTTTGGTTGACGATCAGGAACTTCATTTTAAGTCTCTGGAGCAAAGATGTGAAACACATATTACGTCTTGAAGAGTGTGGTGTATCTAGTACACCTGTTGAAGATGAATCCCCACGGGCTTCCCTTATTCGAGAAGTTTTTGCTTTTCTCGATGGCAATGTGAGTTGCGTCTGTTTTCTTTATATATTTGATTTCATCTTTATTTGATACTAATCATTAAGAACTCCTGATGCAAATATACAAAGTACTAAAGTAGAAATGAAATGTTTGTCCCATGTACTGTGTCTTAAATGTTGTATTCATGTCCATGTAATATAGCTAAACCTAGTTCACTGATTATGCATTGGTCTTTATATAGCATCAGTAGTGATTTACATGTGTATCGAGCTAAAACGAGCACATTTCTTTTTCAATTGGAGATTTTACCATCATTTTTTATTTATCTAGTCATGTATTTACAACAGATAATTTCAAGGATAAATTTGTTCATCATCTTTTACTGCTGATTATGCTATATTTCTCTTTCCTTTCTTAATTATCGATAACATTAATGTTAATACAGAAAAAATGACAACCGAAGAAAGATTAAAAAAAGATGAAATATTTAGTACTTCTTGATTTCTGAATTTTATGTTTTTCACCTGACAAAGCTTGCTGCAGGGTTATATAAATGCAGGAATTGCTTCAGATAAGTCAAATTCTGTTTGTTTACTGGAACCTGTGTTTTCTGAGGAATCCAAACCCATGGAAACTTCCGCAGAAAATGTCAGTTTTAAAGGTGAAACCAGTGTGCTGATAAATGCACACTCTTCTCGTGAAGTTGTAGAAACATCATCATTGCTTGTGCCTGAAGATAATAATCACAATAACCCTAGTGCATCTAATGTATCATCAGAGTCATCCACTCAGTTAACGCCTGGAAAACACGTGACTGATAATGTGCAAGTTGACACACGGTATGTGCCAACATCTGAAGCCCAAATTTTGAATAGTGTTACTGATGGGACTAATACATGCTTGAATGAGAAATACCAGAACATTGGTTCTTCTGATCACATGGTGCACCAAACTGAGAAACCATGTGGCAATATAACAATATCCAGTGACCATGTTATTGATCCTACATTGGAGATTGATCGCTGTGAGGATGTTCGCAAGAGAGTAATCGTTGTTGGGGCAGGTCCTGCAGGCTTAACTGCAGCCAGACATTTGGAGAGACAGGGCTTTTCAACAGTTGTGCTGGAGGCTCGAGATAGGGTTGGTGGTCGTGTTCATACAGATCGCTCATCACTTTCAGTGCCTGTAGATCTCGGTGCCAGCATAATAACAGGTGTAGAAGCCGATGTTACTACTGAAAGACGACCAGACCCATCTTCTCTCATTTGTAAACAATTGGGTATTGAATTAACTGTTTTGAACAGTGATTGCCCTCTCTACGATATAATTACGGGAGAAAAAGTACCTCATGATTTGGATGGTGCTTTGGAAGCGGAGTATAATAGTCTATTAGATGATATGGTACCTTTTATTGCTCAGAAAGGTGAAAATGCAAATAAAATATCACTTGAAGATGGACTAGAACATGCTCTTAGAAAAAGACGCCTGTCCCAAAGGAAATTTGCAGTATCTGATACAGTGGCGGCAAATGACATCGATAATTTTCTTAATGGAAATGTGCTGCGTCCTCTCGAGAGGAGAGTATTTAATTGGCATTTCGCGAATCTTGAGTACGGTTGTGCTGCACCACTTAAACAAGTATCCCTTCCTAATTGGAATCAGGATGATCTGTATGGAGGCTTTGGTGGAGCCCATTGTATGATTAAAGGAGGATACAGCACAATTGTAGAAAGTATAGGGGGTGGACTCAATATTCACTTAAACCATGTAGTTACTGAAATCGAATACGGTATAGACTCTGGAAATACAAGTTCGCTCCATAAAAAGAAAGTCAAAGTTCGCACATCAAATGGCTGTAATTTTGTAGGTGATGCTGTCCTGATCACCGTACCTCTTGGTTGCCTTAAAGCAAATACTATACGGTTTTCTCCACCCTTGCCAATTTGGAAAGATTCATCTATTCGGAAACTTGGTTTTGGTGTCCTGAACAAAGTGGTGTTGGAATTTCCTCAAGTTTTTTGGGATGATGCTATTGATTACTTTGGAGCCACTGCTGAAGAAACTGGTAATAGAGGACAGTGTTTTATGTTTTGGAATGTTAAAAAGACAGTCGGAGCACCTGTTCTTATAGCACTTGTAGTGGGGCAGGCAGCTTTGGATGGTCAAACTATGAGCAAGTCTGAACACGTGAACCATGCTTTGAAAGTTCTTCGCAAGCTTTTTGGTGAAACATCTGTTCCCAATCCAGTAGCTTCTGTTGTTACTAATTGGGGACTTGACCCTTTTAGTAGAGGTGCATATTCATATGTTGCCATTGGAGCTTCAGGAGACGATTATGATACCTTGGGAAAACCAGTTGAGAACTGTCTGTTTTTTGCTGGTGAAGCAACTTGCAAAGAGCATCCAGACACTGTTGGTGGTGCAATGATGAGCGGTCTCCGAGAAGCAGTGCGTATTTTTGATATTTTAACTACTGGATATGATTATGCGGCCGAGGTTGAAGCTATGGAGGCTGTACAAAGAGAGTCGGATAATGAAATAACCGAACTCAAGGATATGATTAAAAGACTCGAGGCATATAAATATACCAATGCAACTTTAGTGCGTGACTTGTTTTATAAGGCAAAGACTACATCTGGACGGTTGCATTTGATTAAAGAGATGTTGAATCTTCCTGTTAAATCTCTCAAGTCATTTGCTGGGACTAAACAAGGGCTTAGTACACTCAATTCGTGGATACTTGTGAGTTGACACAATTGCTAGGCATATCACTTAATTTTTATTTGTTATTTGTTGCTTTCGGTGTATCATTTCAACCTTCTGGCCTATGCTTAATTATTTATTTTGTATTGCTTTCAATCAGGATTCACTAGGCAAAAATGCCACCCAGCTTTTACGTCACTGTGTTCGTTTGCTTGTCTTAGTGTCGACTGACTTGCTCGCTGTGCGTCTATCTGGTATGGATTCTTCTAGTATAATAAACTACTTTTATGTAACGTTGGTAAAATACTGTATCATATGCTAAATTTGTATATATTATTTAAATTATATTTGATTTTCAAGTATCGCTATATATATATGACAAGCGTCAATACATAGATTCACTGGTTATGGATTGTTTTTTCTTATTTATGCTGCATATAATAATTTTCCATCTTGTTACGTTTTCACTGTCCAATTTTAAGTTTCACTTTAAGACTTGTTTTTCTTTTCTTTGTTGATTCCTCAATGAAATTTGGCATGTTGCACCGAGTTACTTGTGGATGTATGCATGCAGTCCGAGAACATTTTGAGGTGAACACCCATCCAAACAAGTAGGGTCAATAGTTCAGCATTCAAGCTGCAACATCGTGCAAAAAACAAATCTTTAACCCAGCAAGTGCTCTCCAAACTAAGCTAGATAGTCTCCTGTCACTAGGCTCACCAACCGACCTAGACTTCGATTAGGTGTTACTTATTTTTAAAATTTTACATGGATTTCTTAAGGGGAAAAAATAGAGAATTTTATTTTGATTTTCTATTATATAATTCAATTCGCACAAGTAGTAAAGACACATATGAATAACAGTTCTCTATTTTAGCAAATGTCATTCTCCATTTTGCAAAAAATTAGATAATGAATTTGTGTTTGCAAAAAGGAGAATTGTTGAAGAACCATTTTATTGTTGCTCTCCATTTTTGAGAAAATAGCATTGTAGTACAGAATGATTGGATATGCTATTAAAACTTAAAAGGTCAAATTGACATTGAATTGCATCAGTAGTCTTCTTAATTTGCTGAAACAAAAATTGTTAATTACTCCTTATAAATTTCAGAATTAGCATTAGTTTTCTGGTTGGTTACTATCTAATTTTTTTGTGTGCTTTCTCACTCTCCAGGCATTGGGAAAACAGTGAAGGAGAAAGTGTGTGTGCATACTAGTCGTGATATACGATCAATAGCAAGCCAACTGGTCAATGTGTGGATTGACGTTTTTCGCAAGGAAAAAGCTGCAAGTGGACGGTTAAAATTGTTGCAAGAGTCCTCAAAATCACGTTCTAAAGATCTTTCTTCTGGAAAGATAGGACCAAATAATGATGCTGCAAAAAGCAGGCATATTAGTAAGAAAACTGATAGCAAAAACACAAGACTGGAAAATGTGATGGACACAAATTCAGAAGCTAATTCTTCACGTTCCCAAAGTTCATTTCAATGTCAAGATCTTAAGATGGATAGAGATGAAGTTATTTCTGAGGAAGAAGCTGCTGCAATTGCTGCTGCTGAAGCTGCCCATGCCGCTGCTCTTGCAGCAGCTGAAGTATGTGTTCTGACCAGTATTACTTATTTTACTATTTTGTGCAGAGACTAAATCAGACTGCTGATTAGCTGGCAATCCCTCACTAAACTCTCCTCACAATGGATTTATAGAGAAAACAACATTCCTTTAAATACTAGCATTCATTCAATTATATTGTCTCCAGATTAATCCTTGCATTAATTGAAAATATCAGGTCCATCTAAGTATTTTCCCTTGGGTTATGCAATTAGGGGTCAACTTTGAAAAATGATCCGAGGGGTAAAAGATTGAGATCAAAAGTACGTTATTAATATTACTTGAAGACAACAAGCAAAATTTCAATTGGGTGTGTCGCCTTAACTACGCATGGTTCCTGATAGATGTGCTGTTAATTAATTAATTATTACTAGTATTTTAAAAGAACTTTGTGTTGCAAGCTGGTTGTTCATGAAAATGACAAGCCCCTTCTGAATAACCATAAGCACTAAAACAAAGAGAGACACATTAAATTGTGAACCTTATCAATGCTTTCAAATGGTTTTTATAATGAATAATAGCCTATCATACTTTTCGGGTTAAGTCTTATGATGATGATGGCATTTTCTTTTTGTTAGGCATTTGCATCTTCGGAAGCAAATATCTCTAGTCTACACGATCTGCCGAAGATACCATCATTTCATAAATTTGTTAGGCGTGATCAGTATACAGAGCCAGATGATTCTGAATTCAGAAGGAGAATATCTGGTAGCATTCCTGGGAGGCAAGATTGTGTATCTGACATAGACTCTAGGAATTGCAAGACTCAAAATTGGACCGGTGATTTTACTGAAACTGGTGCAAATCTCGACAACTCTTCTCAGAGGAGCAACTCAAATGACTTAGCACCTCTAAATATTAGAGAGCATTCAGAAGAAAGTACGGGATTGGACAGAAGACATGTAAAAGCATGGGTTGATACAGATACTGTTGGCAGTGGAGGCATAAAAGACTATCTTGCTATTGAGCGATGGCAATCACAAGCAATGGAGGCAGATGCAGAATTCTATCAACGTTTGCAGTTGAGGGATGGAGAAGATTCAAATGGTACTTTTAGTACACCACCTTATAAGAGTGAAAGGGAAGGTAGTTCAGCTTCTCAAGTTGTGGAGAACAAATTGTCAACCGAAGATCATCCAAGGGGTGCTGACCACATAAAGCAAGGTGTTATGGATTTTGTTGCTTCTCTACTCAGGCCGTTATATAAAACTAGAAAAATTGATAGGGATGGGTACAAGTCGATAATGAAGAAAACTGTAACCAAGGTATGTATGCACTTGATTTTTTAATCTTGTTTCACATGTTAAACGAACAAGAACTGGTTTATGTTGTGGGCCTTTTTTTGTCATCTTGCTTCGTATGTAAGATATTACATGATTACTTTTATTCTATGTGCCCCTCCAAGTTGTTGACCAAACCAGTATGGCATTAATCACACATTTTGAAGTTAGAACTTACGGATTGTGATGCTACATGAGCTTTTTTCCTTCTCATCTGAATGTTTATCGTCTTACCTTCATAGGTTATGGAGCAATGTACTGAAGCAGAAAAAAGGTTTACTGCTTCAGAATTCTTAGATTACAAGAGGAAGATTAAGGTTAGCGCTTCTTTTTATTTGTTCACTTCTTAGGGTCTGGTTAACAAGAGTACGAGTGATTGGGTGTACATGCTTTTGTACGCTCACATTATCCTCACCTAATAGAGCAGTGGAAAAACCCTAAGAAACTCGTTTCCTGAATGTGTAAGCTGCTGCAGTAGATTTAACACAATAGAAGCGCATTATCTTGTTCTATCCCAAATTGATGATATATTAACTATAAGAATTTAATATGTTATGGCGATTACTTTGATAGTTAAATATATATTTCAAAATAGTTTTATTGAAGATGAACTAGAAGCTGATTTGCATTGTCACTTATCACAGTTGATATATTTTATAACATAAATTTCTGCAGATTCGGACTTTTGTCGACAAATTGATAGAAAGGCATATGGCAACAGCTCGAGGCTTGAAATGATAGTGCTTCAAATGAGCATCATCCACCTGACAGTTCTGTAGTTTATGACCCCATACATGAAGGAAAGAAAACCATATAGTATATAAATCAAAGACAAATGGGTTTTGTCTCGTGTTGTTCAGGCAAAGCATCAGTTTGCAACTAAAACACTATTTTTCCTGATGATGCGAAATTGTAAATAAACATTTGAAGCTTGGGAACAGTACAACTCCTTCTAATGCTTTTGTTACAAATTGGTCAATTTGGGACCATTCAAGGATTAAAGATGTGTCTGGCTATGGGTAAACCATTTGGCCATTTTTGAATAGAAATCGTGGAATCATGTCAGTTGGAGAAATCAAATTATTTATCCATGATATGTATCTTTAGGCTAAAAAGTTAACCCTGTTTTTATTTAGGGATATTGTATACATGATAATTTTCATCCTTGGTTTTTGTACAGTTCAGAGCAGTTTTCTAATGTCAAATGCTAACATTTTCAATAAAGCATTTACTTATTCAGGTTAACATCATGCAAAGATGTAAACTTGTAGTGTTGGACGTACTTGCAGTTTTGAGCACCATTCTACCAATTTTCTAGTTATTGGTTTTTGGTACACACACATAAAAGGCATGTCATATGGTTTATATTTCAGAGTTTTACACACACATACATACACGGGCATGTGTGCTCACATCTCGCTCACGTGGTGGCAGTACTATAGAAAGTTGTTTACAACCATGGGAGTTTTCCCTTGATGTGGTGGCATTACTATAGAAAGTTGTTGTTTTTTACCTTGATGTGGTGGAATTACTATAGAAAGTTGTTAACAACCATGGGAGTTTTGCCTTGTGTGCCGAACAAATTTTGAAGCTTGTGCATCCTAGTCAAATCGTTTTTTTTTTTTTTTAATAAGAAGCATTCAAGACATTTTTTGGTTTTATTATTGTTATGTGGTGTTTTGATTTTCATAATTTCCTCACAGTAGCTCTTAAATTGAGAATGACATTCTGTGTCCATAACTTGTTTTGCAGGTCATGCTTTATGAATTCTCATCTGTGAACTATTAATTTGACCTTTAGAGAATTCTGATGATTGAGCTGATATTGAAGGCTGCAACATCATCAGTTGTAAGCTTGCTTATCTTGCTCGTAGTTATTTTTTGAAATTCTCTTTTGCTTGCCTCATATCTTAGTTGCTTGTTGGGTGGTTGCTATTGTGCCATTAATTTATTCTGTGCTTGGTTCATCTGCATTGCCATTTTTTCAAATGTTTTTTATGCAGTCATTGAAGAATATTATTATTTGTTCAGTGACGGAAAAAAAAAACTAATTTTATGTCCAGATCCATTTGCCCGAGCCCTCTATTGTTGTTGTGTTGCTCTCCTTGATCAGCAACTATTTGGTTCAAAGAGTACAGGTCGGAGTATGGGCATAAGCTGTTGATCAATAAGCTTTCTAGTACAGTGAAGACCTGTTGATTTTAGATGGAGAAAAAAGAATCTATCACTACTAAGAAAAAACTAGAAAAATATATTCATACCGAATCTATGCTAGTATCTTCTTTTGTCAAGTCTCATGGTGCAGGCAGAAGCTTGCAGGATTTAATCTTTTGCGTGCAAGTAGCTACAAATACATGGATAACATCTTAGGTGAGAGTAAACACAGTGTCTGCATGTGTAGTATTGTATTATGACAGCGATTCATCTTTGTCCACTCTCTCAGATATATGGTTCATGTTGATATTGCCACTGAATTTCTCATCTTTCCTAAT

Functional annotation

Database	accession number	e-value	annotation
nr	XP_020263129.1	0.0e+00	lysine-specific histone demethylase 1 homolog 3
Swissprot	F4JLS1.1	0.0e+00	Protein LSD1-like 3
trEMBL	A0A6I9R254	0.0e+00	lysine-specific histone demethylase 1 homolog 3 isoform X1

Best hit in Arabidopsis

TAIR id	% identity	e-value	bit score	gene aliases	Short description
AT4G16310.1	53.38	0.0	1276	LDL3	LSD1-like 3

>>>Show top 3 blast result

Query id	Subject id	alignment length	mis matches	gap openings	query start	query end	subject start	subject end	% identity	e-value	bit score
AfisC4G03217	AT4G16310.1	1375	530	31	437	1757	303	1620	53.38	0.0	1276
AfisC4G03217	AT3G10390.1	477	237	11	754	1224	187	619	39.83	4e-86	317
AfisC4G03217	AT1G62830.1	481	244	12	754	1227	268	706	39.09	9e-84	309

Ortholog group

Species	Genes
Allium cepa	g155848.t1
Allium fistulosum	AfisC4G03217
Allium sativum	Asa4G02487.1
Arabidopsis thaliana	AT4G16310.1
Oryza sativa	LOC_Os10g38850.1

Pfam domain

Pfam ID	Pfam name	type	alignment_start	alignment_end	bit_score	Evalue
PF04433.14	SWIRM	Domain	517	590	41.6	1.1e-10
PF01593.21	Amino_oxidase	Domain	762	1224	348.6	6.3e-104

Gene Ontology

Accession	Ontology	Name
GO:0003677	F	DNA binding
GO:0046872	F	metal ion binding
GO:0006306	P	DNA methylation
GO:0006357	P	regulation of transcription from RNA polymerase II promoter
GO:0006598	P	polyamine catabolic process
GO:0008134	F	transcription factor binding
GO:0009791	P	post-embryonic development
GO:0010604	P	positive regulation of macromolecule metabolic process
GO:0045892	P	negative regulation of transcription, DNA-templated
GO:0016647	F	oxidoreductase activity, acting on the CH-NH group of donors, oxygen as acceptor
GO:0030154	P	cell differentiation
GO:0031056	P	regulation of histone modification
GO:0031328	P	positive regulation of cellular biosynthetic process
GO:0032453	F	histone demethylase activity (H3-K4 specific)
GO:0043234	C	protein complex
GO:0044444	C	cytoplasmic part
GO:0044454	C	nuclear chromosome part
GO:0044702	P	single organism reproductive process
GO:0048513	P	animal organ development
GO:0048608	P	reproductive structure development
GO:0051052	P	regulation of DNA metabolic process
GO:0051090	P	regulation of sequence-specific DNA binding transcription factor activity
GO:0051094	P	positive regulation of developmental process
GO:0051100	P	negative regulation of binding
GO:0051240	P	positive regulation of multicellular organismal process
GO:0051568	P	histone H3-K4 methylation
GO:0065008	P	regulation of biological quality
GO:0070076	P	histone lysine demethylation
GO:0071478	P	cellular response to radiation
GO:1901797	P	negative regulation of signal transduction by p53 class mediator
GO:2000026	P	regulation of multicellular organismal development
GO:2001021	P	negative regulation of response to DNA damage stimulus

KEGG pathway

KO	Name	Enzyme ID	Pathway	Pathway ID
-	-	-	-	-

Expression pattern in different tissues

Expression pattern in BioProjects

Co-expression network