result

Gene information

Detail information of AfisC2G00132

Location

Gene	Chr	Start	End	Strand
AfisC2G00132	chr2	14546205	14559629	-

Sequences

CDS

>AfisC2G00132
ATGCAACCAGGTGGCGGCCATGGCCGGATTCCGGCGATCTCGTCACCGCCTCCTTCATCTTCCTCAGCTTTGCCTCCTGCTCCTATCAATTCAGGATTCGAGCCGATCCAGCAGCAGGCAATTCTACCAAGAAACTTTTCCCATTCACAGTCAGGTATTATAAGGCCAATGCAACCACCTCAAGCAGTTGCACAAAATACTGTAAGTAACTTGCAAGCTCTTCAGGCATGGGCACAGCAGCGTAACATTGATCTGTCCAAGCCTGCAAATTTGAGACTTATGAATCAGATTGTTCCCTTAATGCAATCTTCTTCTAGAACTACTTCATTACCCATACAGAATGAAGCCAACACACTTGCACACCAGCCTGCCCCTCCTTCAACAAATGCTCGCTCATTTAATGAGAATGGTGCATCATCAAGGCAAATGCCACAACCATCCGTCGAGCAATTTCATGCTAGTAGCACAGTTGCTGGAACTGAATTACTCCAGTCACAACAATCAAGGCCTTCGACAAAACAACAGCCTCATACTGTGTTTACAAAACAACAGCAACATGCTCTTAAAGCACAAATTTTAGCTTTTAAGCGTATTAAGAATGGCGAGGCTCTTCCAAAAGAGATTTTGAGTGCAATTACTGCTCCACCACTAGATTCATACATTCAACCAATTATTGCATCATCAAACTTAACAAGGCAAGAAATTTCTCCTCCCAATCATATCGAGGAGCAAACAAGACATGTAGAGACTAGTCAACAGCCTTCACCCCTTCCTCCAAGTACAGGTCAAAGTTTAGCCTTAACTGACCCTGTACCTAGAGAAGAAAAGTCGGTGAAAGCCATAGATCTTAGTAAGGATAATGGAACCATACCCTCAAAAGATCAAGGAGGTAGCATCGTTAAACTGTCACCCAAAGAAATCCCCACAAGAAAATTTCATGGACCACTTTTTGACTTCCCATGCTTCAGTAGAAGAGCTGATTCCATGGGGTCGGTACCTACAAACTACAATTTATCTTTATCTTACGATTTAAAAGATCTATTGCATGAGGAGGGGGTCAATGTGCTCAATACGAAAAGGATTGAAAGCTTGAAAAAGATTACTGGTATACTTGATAAGAACAGGATAAAACCTGACCTTATGTTACGCCTCCAAATAGAAGAGAAGAAGCTAAGGTTGTTCGGGTACTGGTCTAATTTGAGAGATGAACTCGACAAGGAACAGAAAGAAATTATGGCAATGTCTGAAAGGCAATATCGGATGTTTGTTAGGCAATGCGAACGTGAAAGGGTCGAGCTCTCTAGACAAGTTCATCAAGTTAAAAAACAATTTAGAGATAAACAGTTAAAGGCTTTGTTTCAATGGCGCAAAAAGCTATTAGAGGCCCATTGGGCCATGCGTGATGCACGAACTACCCGTAATAGAGGTGTGGCTAAGTATCATGAAAGAATGCTGAAAGAGTCTTCTAAGAGAAAGGACGGCGATAGAGACAAAAGAATGGATGCATTAAAGAACAATGATGTTGATAGGTATAAAGAAATGTTGCTTGAGCAGCAGAAAACAAGTGTCCCTGGTGATGCTGCTCAGAGATTCGCTGTTCTCACTTCATTTTTGTCCCAAACAGAAGATTATCTTAGTAAACTTGGAGGAAAAATCACAGCTTCAAAAACTAACCAAGAGGTTGAAGAGGCAGCTAATGCTGCTGCCAGAACTGCGCGTGCCCAGGGACTCTCTGAAGAAGAAGTCAAAGCTGCTGCAGCCTGTGCAAGAGAGGAGGCTATGATAAGGAATAGTTTTACTGAGATTAATGCACCAAATGAAAGTTCATCCACTGTTAACAAATATTACAATTTAGCTCATGCTGTGAATGAAAGAGTTCATAAACAGCCTTCATTGTTACAAGCAGGAATGTTAAGAGATTATCAACTTGTTGGACTGCAATGGATGCTTTCATTGTATAACAACAATCTGAATGGCATATTGGCAGATGAGATGGGGCTTGGAAAAACAGTGCAGGTCATGGCGTTGATTGCCTATTTGATGGAGTTTAAAGGGAACTTTGGACCACACCTCATAATAGTTCCAAATGCCGTTTTAGTGAATTGGAAGAGCGAGCTGCTCAATTGGCTGCCATCTGCGAAGTGCTTATATTATGTTGGTACGAAGGATCAGCGAAACAAGCTGTTTTCCAATGAGGTTATTCCAATGAAGTTCAACATTCTTGTTACTACATATGAGTTTGTTATGCATGATCGCCCAAAGTTATCCAAAGTTAACTGGATGTATATTATCATCGACGAAGCCCAAAGGATGAAGGACAGGGAATCAGTTTTGGCACGTGATCTTGATAGATATAAATGCCAAAGGCGTCTTCTTCTAACTGGGACTCCGTTACAGAATGATTTAAAGGAACTTTGGTCTTTGCTAAATCTTCTGCTTCCCCAAGTATTCGACAATGGCAAGACATTTCATGATTGGTTTTCTCAGCCCTTTCAAAAGGATGGTGCTTCACATAATAATGTCGAAGAGGATGACTGGCTTGAAACGGAAAAGAAAGTTATTATTATTCATCGTCTCCATCAAATTCTTGAACCCTTCATGCTTAGGCGCCGTGTCGAAGATGTGGAAGGTTCAATTCCACCAAAGGTCCCTATTGTTTTAAGATGCAGAATGTCAGCCATCCAAGGTGCCATTTACGACTGGATTAAATCCACGGGTACCATTAGGGTTGACCCGGAGGAGGAGGAAAAAAAACTTAAGAAAAACCCAAACTATCAACCCAAAATGTACAAAAATGTCACAAACAAATGTATCGAGCTACGCAAACTATGCAATCATCCTCTGCTGAACTACCCTTACTTTAATGACTACTCTAGAGATTTTGTGGTTAGATCATGTGGTAAGCTTTGGGTGCTCGATAGGATTCTTCTAAAACTTCAAAGAACAGGTCATCGTGTTCTTCTTTTCAGCACCATGACAAAACTTCTCGATATAGTAGAAGAATATTTACAGTGGAGGCGACTTGTCTATCGAAGAATAGATGGATCAACTAGTCTGGAAGAGCGTGAGTCTGCCATTGTGGACTTCAATAGTCCTGATTCTGACAGCTTTATATTCTTGCTTAGTATACGTGCTGCAGGTAGAGGTTTGAATCTTCAGTCTGCTGATACTGTTGTGATATATGACCCTGATGTGAATCCGCAGAATGAAGAGCAAGCAGTTGCTAGAGCACATCGAATTGGCCAGACTCGTGAAGTCAAAGTCATATACTTGGAATCTGTAGTGGATAAAATATCTAGTTTTGAGAAAGAGGATGAGTTGAGAAACGGTGGTACTGAACTGGATTCAGATGACGATGACAATGAATATGTTGGTAAAGATCGGTACATGGGATCAATTGAAAGCCTTATACGTAACAATATTCAGCAATATAAGATTGAAATGGCCGATGAGGTTATAAATGCTGGAAAGTTTGATCAAATAACCACTCATGAAGAAAGAAGAATGAACTTAGAGTCGCTTTTGCATGACGAGGAGAAAAACCAAGCAATAGTGCATGACGTTCCTTCATTGCAGCAGATTAATCGAATGATTGCAAGAAGCGATGAAGAAGTTGAACTGTTCGACCAAATGGACGAGGAGTTTGACTGGACCATGGATATGGTCAAGCACAATCAGGTCCCTCAATGGTTACGTGCTGGTTCTAGAGAGGTGAACGCTATTGTGTCGAATTTGTCTAAAAAGTCCTCGAAAAATATATTGGTCAGTAACAATATATTGAATTCAAACACTAGTGAAAGGAGGGGCCGAACAAAGGGGTCATATGGTAAGAGGTCTGTTTATGTGGAATCTTCAGATGAAGAAGATGAAGGGGAATCTGATGCAAGCTCGGATGATATGGAAGAATACGAGGATGATGATTCAAACAACAAAGTGTTGGTGGAGGATGATGAAGATGTAGAAGATGAAGAGTTTGTGAATTGGAATGATGAGCATGATGATTCTGAGGATCAAATTAAGAAACCACCACAAATAAAACGTAAGCGCACTTTACGCGGTCGTCCAAAACGTACTGTTGGCAGAGTTGAACATAGATCTGTGAGGCAGAAGCGGAGTTATAAGCCCATCAATTGTGATGTCCAGAGTCCAGTAAGCATGGACATGTCTGAAAGCATACAGAGAAAGTGCAAGAATGTAATTGCCAAATTCAAGCGAAGAATTGATAAAGATGGGCATCAAACTGTGCCAATATTATTCGACTTATGGAAAAAGAATAAAAATTCTAATTTTTCCAGTAAATCAACCATGTCTACTAATCTGCTAGACCTGCATAGAATCGAAGAGCAACTGGACGGTCATGAATATAACGAGGTGTCGGAATTTGTGACAGATGTTCAGATAATGCTTGAGTCTGTTGTTCAATACAGCAGCTATTCACATGAGGTTGCGAAAGAGGCAAGAAAACTGCAGGACATCTTCTTTGAAACCCTAAAATCGACATTCCCAAACGAGGACTACCAGCGCAGGCAAATTCCAGTCATGGATCGGACCAACCGGGTCGGGTCATCCAAGTCCCCTCTGGAGTCCAGTCTGTCTCATCCGGGGGAGCTGGTCTTCTGCAGGAGGAAGCGGAAAGACAGGGAGAAGCAGAGAGTTGGCCCCTCGTCTCCTATGTCCTGCCAATCACCTCTTATCGGGCCGTCTTCCTCACCGGGCCTGCATGATGTTCAGTGGGCCAAGCCCGTTAAGAGAATCAGATCGGATACCGGGAAGAGGAGACATAGCTAG

Protein

>AfisC2G00132
MQPGGGHGRIPAISSPPPSSSSALPPAPINSGFEPIQQQAILPRNFSHSQSGIIRPMQPPQAVAQNTVSNLQALQAWAQQRNIDLSKPANLRLMNQIVPLMQSSSRTTSLPIQNEANTLAHQPAPPSTNARSFNENGASSRQMPQPSVEQFHASSTVAGTELLQSQQSRPSTKQQPHTVFTKQQQHALKAQILAFKRIKNGEALPKEILSAITAPPLDSYIQPIIASSNLTRQEISPPNHIEEQTRHVETSQQPSPLPPSTGQSLALTDPVPREEKSVKAIDLSKDNGTIPSKDQGGSIVKLSPKEIPTRKFHGPLFDFPCFSRRADSMGSVPTNYNLSLSYDLKDLLHEEGVNVLNTKRIESLKKITGILDKNRIKPDLMLRLQIEEKKLRLFGYWSNLRDELDKEQKEIMAMSERQYRMFVRQCERERVELSRQVHQVKKQFRDKQLKALFQWRKKLLEAHWAMRDARTTRNRGVAKYHERMLKESSKRKDGDRDKRMDALKNNDVDRYKEMLLEQQKTSVPGDAAQRFAVLTSFLSQTEDYLSKLGGKITASKTNQEVEEAANAAARTARAQGLSEEEVKAAAACAREEAMIRNSFTEINAPNESSSTVNKYYNLAHAVNERVHKQPSLLQAGMLRDYQLVGLQWMLSLYNNNLNGILADEMGLGKTVQVMALIAYLMEFKGNFGPHLIIVPNAVLVNWKSELLNWLPSAKCLYYVGTKDQRNKLFSNEVIPMKFNILVTTYEFVMHDRPKLSKVNWMYIIIDEAQRMKDRESVLARDLDRYKCQRRLLLTGTPLQNDLKELWSLLNLLLPQVFDNGKTFHDWFSQPFQKDGASHNNVEEDDWLETEKKVIIIHRLHQILEPFMLRRRVEDVEGSIPPKVPIVLRCRMSAIQGAIYDWIKSTGTIRVDPEEEEKKLKKNPNYQPKMYKNVTNKCIELRKLCNHPLLNYPYFNDYSRDFVVRSCGKLWVLDRILLKLQRTGHRVLLFSTMTKLLDIVEEYLQWRRLVYRRIDGSTSLEERESAIVDFNSPDSDSFIFLLSIRAAGRGLNLQSADTVVIYDPDVNPQNEEQAVARAHRIGQTREVKVIYLESVVDKISSFEKEDELRNGGTELDSDDDDNEYVGKDRYMGSIESLIRNNIQQYKIEMADEVINAGKFDQITTHEERRMNLESLLHDEEKNQAIVHDVPSLQQINRMIARSDEEVELFDQMDEEFDWTMDMVKHNQVPQWLRAGSREVNAIVSNLSKKSSKNILVSNNILNSNTSERRGRTKGSYGKRSVYVESSDEEDEGESDASSDDMEEYEDDDSNNKVLVEDDEDVEDEEFVNWNDEHDDSEDQIKKPPQIKRKRTLRGRPKRTVGRVEHRSVRQKRSYKPINCDVQSPVSMDMSESIQRKCKNVIAKFKRRIDKDGHQTVPILFDLWKKNKNSNFSSKSTMSTNLLDLHRIEEQLDGHEYNEVSEFVTDVQIMLESVVQYSSYSHEVAKEARKLQDIFFETLKSTFPNEDYQRRQIPVMDRTNRVGSSKSPLESSLSHPGELVFCRRKRKDREKQRVGPSSPMSCQSPLIGPSSSPGLHDVQWAKPVKRIRSDTGKRRHS

Gene

>AfisC2G00132
AAATCATTTTCATTCTCAATTCAATAGCCTAAGGCTTTCTCCTTGATAAAATAAAATATAATATCAAGTAAGGGGAAGTTTACTCAAATTAGGGTTTGACCGTGACATCAATTTTATATTTTTTCATAAAAACCCATCCCCAATACTTTCAAAATCACATTTCACTGACCTCGTTAATCCCACTCCGACGCCAATGAAGTTCTCGATCCGTAAAAAATAACTAAAATTTCAGCTTCGGTATAATTGAATCAGACTCCAATGCAACCAGGTGGCGGCCATGGCCGGATTCCGGCGATCTCGTCACCGCCTCCTTCATCTTCCTCAGCTTTGCCTCCTGCTCCTATCAATTCAGGATTCGAGCCGATCCAGCAGCAGGTGAGTTGAATATCATTATTTATTTTTTATTCAGAGTATCGGTTGTCAATTGAGTCAACTTTTACTGTCTAACCATTGTTTTTATTTTATTTTATTTATTTTTGATAAATAAATAAATGATATTTTGTTGCGGCATATAAATAAAGGCACATGTTATTTTATTAACTTTCTTAATATAATGTCGGTACTTATAGCAAGTGATGTTTTGAATTTTGGCTTTGTTCATATCACCTGATATTATTAGCAAACGAAAACTTGTCTTTGCAAACGTGCATTCATATTGGATCATATCCTTATCTTGTATTTTGTTCAGATTCAAAGTTCAACATGTGATCGTTTGTTCCTTTCTGTTATGAATTAGGCATAGCATCTGGGTTATAAGTTGTAAATAAGAATTGGACATGGATATAAGTTTATTGAAGAATGTGTAATGGATACCGTTTGTGTTTGGATATTGACTACATGGAAAGTTTATCAACATTTCATATTGTAACTTAGTCCACTGTCCCTTAATTCAGTTAATCTACTGTTTGTAGCATGGATAATTGCATTGATGCTGTATGTAAGTAGCCAAGGGCTGATGATGGTCTTAAACCACTTGGTTACAATAAATTTAAAAGTTACTTTAAAGCATACCTTAGTGACCTTGATTGCTTCCATCGCAGGCAATTCTACCAAGAAACTTTTCCCATTCACAGTCAGGTATTATAAGGCCAATGCAACCACCTCAAGCAGTTGCACAAAATACTGTAAGTAACTTGCAAGCTCTTCAGGCATGGGCACAGCAGCGTAACATTGATCTGTCCAAGCCTGCAAATTTGAGACTTATGAATCAGATTGTTCCCTTAATGCAATCTTCTTCTAGAACTACTTCATTACCCATACAGAATGAAGCCAACACACTTGCACACCAGCCTGCCCCTCCTTCAACAAATGCTCGCTCATTTAATGAGAATGGTGCATCATCAAGGCAAATGCCACAACCATCCGTCGAGCAATTTCATGCTAGTAGCACAGTTGCTGGAACTGAATTACTCCAGTCACAACAATCAAGGCCTTCGACAAAACAACAGCCTCATACTGTGTTTACAAAACAACAGCAACATGCTCTTAAAGCACAAATTTTAGCTTTTAAGCGTATTAAGGTATGTATGGTAGCAAAATTTGCTTATTGCTTGAGTTTGACACTTCAGTTGCTTGAGAGAAAGTAAGCCCAATTTATATGCTTTTACTTTTTACAGAATGGCGAGGCTCTTCCAAAAGAGATTTTGAGTGCAATTACTGCTCCACCACTAGATTCATACATTCAACCAATTATTGCATCATCAAACTTAACAAGGCAAGAAATTTCTCCTCCCAATCATATCGAGGAGCAAACAAGACATGTAGAGACTAGTCAACAGCCTTCACCCCTTCCTCCAAGTACAGGTCAAAGTTTAGCCTTAACTGACCCTGTACCTAGAGAAGAAAAGTCGGTGAAAGCCATAGATCTTAGTAAGGATAATGGAACCATACCCTCAAAAGATCAAGGAGGTAGCATCGTTAAACTGTCACCCAAAGAAATCCCCACAAGAAAATTTCATGGACCACTTTTTGACTTCCCATGCTTCAGTAGAAGAGCTGATTCCATGGGGTCGGTACCTACAAACTACAATTTATCTTTATCTTACGATTTAAAAGATCTATTGCATGAGGAGGGGGTCAATGTGCTCAATACGAAAAGGATTGAAAGCTTGAAAAAGATTACTGGTATACTTGATAAGAACAGGATAAAACCTGACCTTATGTTACGCCTCCAAATAGAAGAGAAGAAGCTAAGGTTGTTCGGGTACTGGTCTAATTTGAGAGATGAACTCGACAAGGAACAGAAAGAAATTATGGCAATGTCTGAAAGGCAATATCGGATGTTTGTTAGGCAATGCGAACGTGAAAGGGTCGAGCTCTCTAGACAAGTTCATCAAGTTAAAAAACAATTTAGAGATAAACAGTTAAAGGCTTTGTTTCAATGGCGCAAAAAGCTATTAGAGGCCCATTGGGCCATGCGTGATGCACGAACTACCCGTAATAGAGGTGTGGCTAAGTATCATGAAAGAATGCTGAAAGAGTCTTCTAAGAGAAAGGACGGCGATAGAGACAAAAGAATGGATGCATTAAAGAACAATGATGTTGATAGGTATAAAGAAATGTTGCTTGAGCAGCAGAAAACAAGTGTCCCTGGTGATGCTGCTCAGAGATTCGCTGTTCTCACTTCATTTTTGTCCCAAACAGAAGATTATCTTAGTAAACTTGGAGGAAAAATCACAGCTTCAAAAACTAACCAAGAGGTTGAAGAGGCAGCTAATGCTGCTGCCAGAACTGCGCGTGCCCAGGTACAAATTTTCTAACCTGTTTATATTAGGTTGAGAACATTAAAATGGAATGCTCGAACAACTTTGAGGACCATTAGCAGTTCACTCATTTTTCCTAATAATATATGGAAATTCTTTATAATATTATGACATGCTTGCTGTAGATTTTTTTTTTCCTTCAAAAACTGTACATGGTGAAAAGCGATAAGAGAGTAACTTTGAGATGGTTGGTTTGTCAAATTTCCTAACATGCAAAAGTGATTTTTTTTACCCCCGTCTTCAACTTGGCGATTTAATCTCTCCATTGCTGTTAAGATTTAAAGTGTTTTAAGAAATAAAATTGACAATGGAAAGGTAAAAAACAATGTTGTTCCCCCTGTTAAAAATAATTGAAACACATTTTTACCCTTTTTTTGTGATTTCATTTGTATATCTGTTCTATTTTTACGAAGAAAAATCAAAATTTTAAACTACTTGAAATTCGAAAAGTTATGTTTCGAAACTTGAAATTTATGACATTTTGAAAGCTTTTATTTTCTCAACTTATTTTTTTATTTATATTTTTGTTGTTTGAAGTCTTTTTTAGTTTTTCCTTGAATAACAGTAGTATAAAATGAAACATCTAAAGGTATTTTGATCAATAAATAAGGTAAAACAATAGAACCATGCTTACATTTTCCGCTTAACTGTAGTTCTATTTTTCAAGTTCATCTCTTAGTCAATCCTGCACCTAATCCAATTTGTTTCACTCTTTAACAATCACACATAAGCTATTAGTTTTACTCATCAGGATTATTATCATCATGCTATCAGTAACTGTATTTGCTTATATAAAATAGTTATCCTATATTATATAATAGTTGGGCAGTTGAAGACGGGCCTTGGACCATGCATATGTTACAGCATTAAATAGAACCAATAGTTTGTTTGTTATAAAGATCAAAACCGAATTAACCTATTTCCAACTCGCATTTCATTAACATCTTTAACCTTGTCATTAGGGACTCTCTGAAGAAGAAGTCAAAGCTGCTGCAGCCTGTGCAAGAGAGGAGGCTATGATAAGGAATAGTTTTACTGAGATTAATGCACCAAATGAAAGTTCATCCACTGTTAACAAGTCTGATTCTTTTATATACTGTTATCTGTATTTTTTACTAATATTATCTGTTAGAATTATGCTATAATAATTTTTCTTACCAGATATTACAATTTAGCTCATGCTGTGAATGAAAGAGTTCATAAACAGCCTTCATTGTTACAAGCAGGAATGTTAAGAGATTATCAACTTGTATGTTGCAAGTACCCAGAAAACATCGAGGCTTTAGTAATCTTGACATGATGAAATTAATAAATTATGTTTTCAGGTTGGACTGCAATGGATGCTTTCATTGTATAACAACAATCTGAATGGCATATTGGCAGATGAGATGGGGCTTGGAAAAACAGTGCAGGTTCTTCACTGTCAATTTTGCAAAGAAATGTTATTTAGTTCTTGTTATTCTTTCTAGTTTAGTTTCTTTACTGATTGTCTACGTGCCTCATATTCTTTACTGTTGCCTTTGTAAGCCTACCTTGCTTCCTCATTTTGATGAACCCAAAATTACTTGTTAATTAAATCGAGTTGAATTGTGTTATGGTTGTATCCAGCCTGTAGTTTGAGCCATTCAAAAATTAAAAAGCTTAGCATTGACAGGTCATGGCGTTGATTGCCTATTTGATGGAGTTTAAAGGGAACTTTGGACCACACCTCATAATAGTTCCAAATGCCGTTTTAGTGAATTGGAAGGTCCAAAGGTTTTCTTGCATGCTTATTTATATATCAATTTTGCTGAATTTTTATCTAACATATTTTCTCCTTCCTCTAGAGCGAGCTGCTCAATTGGCTGCCATCTGCGAAGTGCTTATATTATGTTGGTACGAAGGATCAGCGAAACAAGCTGTTTTCCAATGTAAGATTACCCACTTGTCCACTTCCAATCTCAGATTGAATATTGATAAAATTGTACTAAAATATGGTTACTGAAGTATGAACCATTTTACTTGTTCTTAAGTCTAAAATTATACCTGTTCTTTATAGCTGCCTTGATAAACATGTATGGTTATGACTTGTGACTATGAAGTATGAAACATTTTTGATAATGCTTTTGAATAAATGACTATTGAAGGCAGAGAAATCATTCAAGCCCTTGCTAATTTAGTTATCAATTACTTGAACATAGACCATGTATGGCAGTACAGGAAATATGGATGGGCATCACAACACATTTTGAGTCTCTACATGTAATTTTTTAAATGAGCTTATCAAAAAAAATATTGAGATGTTATTAAACACCAATCTAATTCAACCCTCACCCTTTTTCCGATTGGGGCTGACAATATAACATTGATTTCAATATGCTAACAATGAAACAACACATAGAAAGAATTATTTTAATGTTAACTTTTTTTAATACCCTAGTTTCTTCTTCTTCTTCTTCCTTTTTTGTTTTCTTCGCAGAATCATTTAGTAAATATTCATGATCAAAGTTCGGTGATAATACATTTTCAATTGACAATATAACCACACCGCTCAACCTTTATTGTGAAATAGATGATCTTATCAACATCAAAATTTAAATTCCTTATAATAATAATAATAAATGTTCAACGTTGAGACATGATTTAGATGCTTCATACATTTTGAATTGTACAAACTTATCTGTAATAGAAGCAATTGTTTGATCTGTTATATAGTTAAAATAACCCGTTCCAACTTCCAAAGGGCTCTTTTGAGTGATTGAATGAATTCATTGTTATAAGTCCCATCATTTTTTAATGAATTATTCACTTTTTTATATGCATATACATATATACAAATACATACATATATACCAATACATACATATATACAGACAAACAAACACACACAGAGAGGGAGGGAGGGGGAGGGAGGGAGCGGGAAGGGGGAGGGTATGTATGTCCTTTTGATTATAGCTGATGTACAGCCTCTTGTGTGTACAGTATGATGTCCATTTATTGTACAGCCTCTTGTGTGAAAATTATAACCCTTTTGATTGTTCAGTTGCGTAACTGATTGTCAGTTTTTAAATTGCATGTTTTCGCTAACTATTTTAACTGCAATTAATACTTCATGCCAAATAATCATACTTAACAAAAATGTGTAATCTTCCTATACATCTTTTAGTTTGATGCAAATAGAATCCCAACTCTTTTTTGCTTTGCGCATAGGAGGTTATTCCAATGAAGTTCAACATTCTTGTTACTACATATGAGTTTGTTATGCATGATCGCCCAAAGTTATCCAAAGTTAACTGGATGTATATTATCATCGACGAAGCCCAAAGGATGAAGGACAGGGAATCAGTTTTGGCACGTGATCTTGATAGATATAAATGCCAAAGGCGTCTTCTTCTAACTGGGACTCCGTTACAGGTATATTATGTCTCATTAGCCATTTAAGTTATTATTTCCAAGCAGTTGTTGCATATATTATCTAAATCAATTTCTTTAGCTGGCTAAGAAGAAATTTTCAGTCTTCTTTCTTTTTGTAGATGTTTATTTATTTATTTATTATCTATTAATATTGTTGTTGTTGTAGCAATCAGCCTTAATAAACCACACTTGCAAGCAAGGCCAATACTGTACTCAACTTAGTTATCTTTGTCAGATGGGTCTAATCAAGTTACGAATATTTGTTCCTTAAAAGACTGACGTCATTTGAATGGAGGTGTTGGTATTTTATATTCCTAATTCACGTGGTATTTATCTGATGTGGGATTGTCTTTTCCACACGGACATCATTATTGGACATCCAACATGTCCCACTGGATGTGCCAAAAATTGTAGAGTAATTGGCACTGTCTTTTATGTTAATATATTAAATTTATACCGATTCAAATCTTTTAATAGAATTTTTTGCAGTAGGCTAATTTCCTAAATTGCAAATAGAAGAGCCAATAATAGAGGGTGGGCGAGGGTCGAGTAAATAGTAACGCATATCAGAAATATTACAGAAAGTGCAACTACTACACCATACATGTTCACCTTATATATTCTATCAAAATAATGAGAAAAATTCTGTTCATGCCTGCATTAATACCTGGATTTTACTTCTGCATAGCATTTTTTTTTTTGCATCAAAATTTAATTTTTATTTTTGCTTTTAAATCATGGTTTTAAATCCTTTATATCTCGCCCGAGATCTCTTCCGAGATCTCCTTTTCACACTTACCAGACAAAACGAGACATCAAATCTCCTTCATATCTCCCCCGACACTCGTTTCATTTGAAATATTAAAATCTCACCGGAAATATGGATAGAAGTCTCAATTTGAGATCTCATCTGAAATTACATTCTTTTCTTCTTTTACATAGTATTTTTTTTTGTTTTCATTAGATCCAAAAGAAACTACTCAATTCAATTATTATTTGCGAACTCCTTCAACATATTTTTTACTTTTTGTATTGACGAGGCACAACAAAAGACTTCATTTCTTTTCAAATAGGAGGATATTATTCAATCATTACCAAATAAATTAAGCTAACCAAGCTACCACTCTTCTCCAAAATATTAATTTCAACTCTTTATTCTATCCAAATCAAGTATGTTACAAGTTTATTTTTATTTTGAAAATTATAGTTGTAAAATAAATAATAACATCAATTTTCAATGCATAAATTACTCCGAGATATTCTCGAGATGAACTATAAGATCCATGATGTCAATCCGAGGTGTACACATGAGATAGGCTCATCTTGTCCGAGATCTCCTCCAATATGAGATAGCTTGTTTAAAGATTCCGAGACGAAACGTGATTGAAATCCGAGATTTAGAACCTTGTATTAAATAGTAAAAAAGTTGCTCTTTAAAACCTGTACTTATTGGCCCATGTCTACAGTTGCTTTTCTACTTTATCCGTATTGGATTTACCTTTTGAAAAGTACACTTGAATATTGTGATGTATGACGCTTCATTCCATCATAGATACATTATTTAGTTATTCAGGAATTTTCTAAATTTTGATTCTTTTTATTCTATCATAAGGCTTATCACTATTATTATTTTTTTCCAAATATTTTGTAGAATGATTTAAAGGAACTTTGGTCTTTGCTAAATCTTCTGCTTCCCCAAGTATTCGACAATGGCAAGACATTTCATGATTGGTTTTCTCAGCCCTTTCAAAAGGATGGTGCTTCACATAATAATGTCGAAGAGGATGACTGGCTTGAAACGGAAAAGAAAGTTATTATTATTCATCGTCTCCATCAAATTCTTGAACCCTTCATGCTTAGGCGCCGTGTCGAAGATGTGGAAGGTTCAATTCCACCAAAGGTAGGTCTTTTCTTCTCATGAAATTTGAAGTGCACAAAAGAAGTTTTGTTCTATTGAAATTTTTTGGTATACATCAAATGTCAGTGATTTTAATACTTTTTTTTCCAGTGTTCACTATAATATGTTGAAATAAAAAAAAAGGAAATTTACTATCATTCACTGGGTAACAAGTAAAAGTAAATTCATGTATTAGTAGTGTAATTATCTTTAATATCACAGCTATGAAGCTAACATCGTACAATATTTATGGTATATCACCAACATACATATGGGATGTCAAGTGTCTCCTTTTCTTTCAAGATATCAGTTAGATTATCATTCAACCATATTTTTGTAATACATCGGCAATATTTGCTGATATATCAGTAAAGTCAGACTAGTAATTGTTTGAGCATATTGGTGAAAATAGTCAGATATCGCTATTTTGTAAGAAGGTACTTAATTACACATATCTCATACTTCAACAAAACTCTAATATATGTGCAAATTTTTTATGTCACCTTATTAAATATAAAAAAAATGCTCAAGTAGATATATTGTTATTAAATAATCTGACAATTGATTGAAGTGATAAAAAGAGAATATTGGCACCCTTTGCCATTATCACCACCTCTTTTTTAACTTGCTAGTAAACAACACCGTCATTACTTCAATTTTATACCAATATTTTCGGACATTGCTTGATCGATATTATTAACTACTTAGTATCACAGTGATAAAGCGAAACGGAGTTTATCATCCTTTTTGGTTAATGACAGAAACTTCCTCATATATGCCTGTGATATTTAATTCTTATTAATTTTTTATTCCCCTTATTCCCTTTTATGATCACAGGTCCCTATTGTTTTAAGATGCAGAATGTCAGCCATCCAAGGTGCCATTTACGACTGGATTAAATCCACGGGTACCATTAGGGTTGACCCGGAGGAGGAGGAAAAAAAACTTAAGAAAAACCCAAACTATCAACCCAAAATGTACAAAAATGTCACAAACAAATGTATCGAGCTACGCAAACTATGCAATCATCCTCTGCTGAACTACCCTTACTTTAATGACTACTCTAGAGATTTTGTGGTTAGATCATGTGGTAAGCTTTGGGTGCTCGATAGGATTCTTCTAAAACTTCAAAGAACAGGTCATCGTGTTCTTCTTTTCAGCACCATGACAAAACTTCTCGATATAGTAGAAGAATATTTACAGTGGAGGCGACTTGTCTATCGAAGAATAGATGGATCAACTAGTCTGGAAGAGCGTGAGTCTGCCATTGTGGACTTCAATAGTCCTGATTCTGACAGCTTTATATTCTTGCTTAGTATACGTGCTGCAGGTAGAGGTTTGAATCTTCAGTCTGCTGATACTGTTGTGATATATGACCCTGATGTGAATCCGCAGAATGAAGAGCAAGCAGTTGCTAGAGCACATCGAATTGGCCAGACTCGTGAAGTCAAAGTCATATACTTGGAATCTGTAGTGGATAAAATATCTAGTTTTGAGAAAGAGGATGAGTTGAGAAACGGTGGTACTGAACTGGATTCAGATGACGATGACAATGAATATGTTGGTAAAGATCGGTACATGGGATCAATTGAAAGCCTTATACGTAACAATATTCAGCAATATAAGATTGAAATGGCCGATGAGGTTATAAATGCTGGAAAGTTTGATCAAATAACCACTCATGAAGAAAGAAGAATGAACTTAGAGTCGCTTTTGCATGACGAGGAGAAAAACCAAGCAATAGTGCATGACGTTCCTTCATTGCAGCAGATTAATCGAATGATTGCAAGAAGCGATGAAGAAGTTGAACTGTTCGACCAAATGGACGAGGAGTTTGACTGGACCATGGATATGGTCAAGCACAATCAGGTCCCTCAATGGTTACGTGCTGGTTCTAGAGAGGTGAACGCTATTGTGTCGAATTTGTCTAAAAAGTCCTCGAAAAATATATTGGTCAGTAACAATATATTGAATTCAAACACTAGTGAAAGGAGGGGCCGAACAAAGGGGTCATATGGTAAGAGGTCTGTTTATGTGGAATCTTCAGATGAAGAAGATGAAGGGGAATCTGATGCAAGCTCGGATGATATGGAAGAATACGAGGATGATGATTCAAACAACAAAGTGTTGGTGGAGGATGATGAAGATGTAGAAGATGAAGAGTTTGTGAATTGGAATGATGAGCATGATGATTCTGAGGATCAAATTAAGAAACCACCACAAATAAAACGTAAGCGCACTTTACGCGGTCGTCCAAAACGTACTGTTGGCAGAGTTGAACATAGATCTGTGAGGCAGAAGCGGAGTTATAAGCCCATCAATTGTGATGTCCAGAGTCCAGTAAGCATGGACATGTCTGAAAGCATACAGAGAAAGGTATTTATCTATTATATGTTTTTTGCGTATAGATAAAACATACTAGAGACTTCGTTTTATTCTTCTCAGTTTCATTTCATCTAAGAAAATTGTTTTAGCGTTCAACTGCTTTAAGCATACATACTAATACATCTCCAACCATACATTCCTTTCTCTTCTTTGTAAAATAGAAAGATAAACTAGTGGCAAATTTGTAAATAAGTTGATGACAATTGTGTAAATAAATAGCACTCCATCATGTCATTCTCCACATTACAAAATGGTAACCTGCTTTTGAAAAATGGAGAATATAGAATTACGTTAGCCAAAAGCAAGAGTTGTTATTTATTTGGCCCTCCATTTTAAGGAGAATGAACATAATATATTTTGTCTCTATGTTTAGGAAAAAAGGTATGGTTGTAGATGCTATCTAATAGTGATAGATTAACAGTTGTTGCTACTTTTATTTATCATCAAAACGACTTCAATTTCCCCAAACTTTATGTGAAAACAATTATTATGTTTGGAGTAACTTGGAAAACTAGATTTACAAGTCACTTATTTTCTTTGATCCTCTGTTACTACAACTTACATTATTTTGGCATCAATTTCATATGTCTTGTATTTATATTTTAAAGATATCGACTGCCCATATATTTCTGAACAAAGTGTTGATACCATGACCACAATTTTTCATTGCAGTGCAAGAATGTAATTGCCAAATTCAAGCGAAGAATTGATAAAGATGGGCATCAAACTGTGCCAATATTATTCGACTTATGGAAAAAGAATAAAAATTCTAATTTTTCCAGTAAATCAACCATGTCTACTAATCTGCTAGACCTGCATAGAATCGAAGAGCAACTGGACGGTCATGAATATAACGAGGTGTCGGAATTTGTGACAGATGTTCAGATAATGCTTGAGTCTGTTGTTCAATACAGCAGCTATTCACATGAGGTAAAGTTATTTTATCCTTGATATACACATGCATCTGTAAGTATGGTGTCTCGTATCTATAAGCTTCAACAAAAATTATCAGTAACCTAAAATATAGAACAATTGGCATAACCAGATTAGTTATTCGCTTCTGATTATTCGCTAATCAACAAAGTTTTTTATATCTGTGAAAGCCTCTTTGGATGGCTTCTAAAAAAGTTTTGTTTAAAGCAAAAAAGCAGAAGACATATTGAAGCGGTCATTATTATTATTTTTTGATTTTATTCTAAACAGAAGAATGTTTTGACAAATTGACGATCTACTGAACTTTCTACAATTGAAAGAACTATCTGATGAAAACAAAACACCTTAGGCCCCGTTTGGTTTGCTGTTTTTAGTTTTGTGTTTTCATCTAAATAAAAATGCGCATTCCTTATGTATTGTTGGAAACACACAATTTCGAAAAATGAAATTAACATAGAAAATAGAAAACAAGTTTATTTGATTTTTCGTCTTTTGAGACATAACAAAAGGACGGAAAACAATTCATCTCCTCCATTTCCCGTCCATCGTCGCAATGGCTAAGAATTGTAAAAAAATTCCCACATTTTCTTGTATTTTGTAGTGTAGGTTGAAAATACAAAACTCAAAACGAAACCAAACGGGCCCTTAGCTTTTGATTGTCAAATATACTCTTAAAATTTTCGATTGTTACTCAAGCATGACGTGAAATGGATAGGAATACAATTTCACCTGCAAAACATCCAGAATGTGTTATTAAAATTTGATAGATTGCTTATTGTTCACAATGTTTTCTGCTTTTGGATTCTAGCTTACCGTATAATTGAGTGGTAATCTAATTCAGAGTTGGATTTGGTTCCAAACCAAAGATTGGTTCTTTCAGAGTTTTAGCTTGTTGGATAAAATATCCAGCGGGTTAGAACAATTGGTGTATTTGAGCAGATAAATTTGCTAAAATGCACACATTGTTCTAAGCCGTTAGATCATTTGATCTTGCAACCTAAAACAAATGCAATCTCCTATTCCCAAATCATGTTGTCCCCATATTCCTGTGACCGTTCATTGTTTTGAACGAGTTAATTAATCTAAGCAATGGACAGGAGTTAATTAATTTAAGCAATGGACAGGAGGTACACAAAAATTGGGAACTGTATATCTCCTATGATTTAAAACTTTGGTTGAGTACTAGTTTAGTGTCATCATTTTCAATTAGAGAACGCGATTCAGTCTCCATCTTCATGCATGGCTTTGTAAATTTAAGTTCTCGAGTGAGAAAGAAAGATGAGATAATATACCAGTGGGAAGAAAAAAAGAAAAAAAAATCTAAATTGACATGGGAAAAGAGTGTTAAAAATGATTAAAAAGATTAATTTAACTAATGATATGACTCAAGATATGAAACTATTATGATGATGATTCATAATTTTTTTATGTACTAATCACATCCTTGTGCAGCAGGTTGCGAAAGAGGCAAGAAAACTGCAGGACATCTTCTTTGAAACCCTAAAATCGACATTCCCAAACGAGGACTACCAGCGCAGGCAAATTCCAGTCATGGATCGGACCAACCGGGTCGGGTCATCCAAGTCCCCTCTGGAGTCCAGTCTGTCTCATCCGGGGGAGCTGGTCTTCTGCAGGAGGAAGCGGAAAGACAGGGAGAAGCAGAGAGTTGGCCCCTCGTCTCCTATGTCCTGCCAATCACCTCTTATCGGGCCGTCTTCCTCACCGGGCCTGCATGATGTTCAGTGGGCCAAGCCCGTTAAGAGAATCAGATCGGATACCGGGAAGAGGAGACATAGCTAGTATTGGTTATTATATGAGGTCAGACAATGTACATCGTTGTTTTCAGTACATTATTATACATGATCGTTGAAAAAAAAAATTAGTTGGTGGACGAGTTGGATATTATATGTTTTGTCAATTGGACGATATTGTTAAATGAGAAACTGATAAACTTGGAAGACATTTTTACTCCTTGGTTACTACTTTGTTGCTCCCCTTGATGTTTTATGGGCTAGTTTCTTGATCTAGCCTGTGATATAGTGTTAAGTTTATATA

Functional annotation

Database	accession number	e-value	annotation
nr	XP_020092626.1	0.0e+00	ATP-dependent helicase BRM
Swissprot	Q6EVK6.1	0.0e+00	Protein CHROMATIN REMODELING 2
trEMBL	A0A6P5F8W5	0.0e+00	ATP-dependent helicase BRM

Best hit in Arabidopsis

TAIR id	% identity	e-value	bit score	gene aliases	Short description
AT2G46020.2	64.07	0.0	1558	ATBRM;BRM;CHA2;CHR2	transcription regulatory protein SNF2, putative

>>>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
AfisC2G00132	AT2G46020.2	1283	368	19	107	1307	385	1656	64.07	0.0	1558
AfisC2G00132	AT2G46020.2	315	113	9	1379	1595	1882	2191	31.43	2e-32	139
AfisC2G00132	AT2G46020.1	1283	369	20	107	1307	385	1655	63.91	0.0	1548

Ortholog group

Species	Genes
Allium cepa	g191145.t1
Allium fistulosum	AfisC2G00132
Allium sativum	Asa5G00198.1
Arabidopsis thaliana
Oryza sativa

Pfam domain

Pfam ID	Pfam name	type	alignment_start	alignment_end	bit_score	Evalue
PF08880.8	QLQ	Domain	180	212	30.9	1.5e-07
PF00176.20	SNF2_N	Family	650	948	210.5	2.4e-62
PF00271.28	Helicase_C	Family	972	1081	61.5	7.6e-17
PF00439.22	Bromodomain	Domain	1427	1487	22.1	0.00011

Gene Ontology

Accession	Ontology	Name
GO:0007059	P	chromosome segregation
GO:0000086	P	G2/M transition of mitotic cell cycle
GO:0000182	F	rDNA binding
GO:0036310	F	annealing helicase activity
GO:0000792	C	heterochromatin
GO:0000978	F	RNA polymerase II core promoter proximal region sequence-specific DNA binding
GO:0000980	F	RNA polymerase II distal enhancer sequence-specific DNA binding
GO:0001102	F	RNA polymerase II activating transcription factor binding
GO:0001105	F	RNA polymerase II transcription coactivator activity
GO:0001164	F	RNA polymerase I CORE element sequence-specific DNA binding
GO:0001570	P	vasculogenesis
GO:0001832	P	blastocyst growth
GO:0001835	P	blastocyst hatching
GO:0001889	P	liver development
GO:0002039	F	p53 binding
GO:0003151	P	outflow tract morphogenesis
GO:0003281	P	ventricular septum development
GO:0003407	P	neural retina development
GO:0003714	F	transcription corepressor activity
GO:0016020	C	membrane
GO:0007010	P	cytoskeleton organization
GO:0004386	F	helicase activity
GO:0005829	C	cytosol
GO:0005615	C	extracellular space
GO:0005654	C	nucleoplasm
GO:0005719	C	nuclear euchromatin
GO:0005726	C	perichromatin fibrils
GO:0005730	C	nucleolus
GO:0005987	P	sucrose catabolic process
GO:0006261	P	DNA-dependent DNA replication
GO:0006284	P	base-excision repair
GO:0006302	P	double-strand break repair
GO:0006337	P	nucleosome disassembly
GO:0006346	P	methylation-dependent chromatin silencing
GO:0006368	P	transcription elongation from RNA polymerase II promoter
GO:0007126	P	meiotic nuclear division
GO:0007286	P	spermatid development
GO:0007403	P	glial cell fate determination
GO:0043066	P	negative regulation of apoptotic process
GO:0008284	P	positive regulation of cell proliferation
GO:0008285	P	negative regulation of cell proliferation
GO:0009414	P	response to water deprivation
GO:0009611	P	response to wounding
GO:0009651	P	response to salt stress
GO:0009826	P	unidimensional cell growth
GO:0009908	P	flower development
GO:0010078	P	maintenance of root meristem identity
GO:0010104	P	regulation of ethylene-activated signaling pathway
GO:0010199	P	organ boundary specification between lateral organs and the meristem
GO:0010231	P	maintenance of seed dormancy
GO:0010424	P	DNA methylation on cytosine within a CG sequence
GO:0010492	P	maintenance of shoot apical meristem identity
GO:0015616	F	DNA translocase activity
GO:0016514	C	SWI/SNF complex
GO:0016584	P	nucleosome positioning
GO:0016586	C	RSC complex
GO:0016589	C	NURF complex
GO:0030177	P	positive regulation of Wnt signaling pathway
GO:0030182	P	neuron differentiation
GO:0030198	P	extracellular matrix organization
GO:0030216	P	keratinocyte differentiation
GO:0030308	P	negative regulation of cell growth
GO:0030334	P	regulation of cell migration
GO:0030900	P	forebrain development
GO:0030902	P	hindbrain development
GO:0030957	F	Tat protein binding
GO:0031055	P	chromatin remodeling at centromere
GO:0031492	F	nucleosomal DNA binding
GO:0031496	P	positive regulation of mating type switching
GO:0032403	F	protein complex binding
GO:0035116	P	embryonic hindlimb morphogenesis
GO:0035887	P	aortic smooth muscle cell differentiation
GO:0035904	P	aorta development
GO:0042148	P	strand invasion
GO:0042766	P	nucleosome mobilization
GO:0043044	P	ATP-dependent chromatin remodeling
GO:0043388	P	positive regulation of DNA binding
GO:0043923	P	positive regulation by host of viral transcription
GO:0043966	P	histone H3 acetylation
GO:0044109	P	cellular alcohol catabolic process
GO:0045111	C	intermediate filament cytoskeleton
GO:0047485	F	protein N-terminus binding
GO:0048562	P	embryonic organ morphogenesis
GO:0048730	P	epidermis morphogenesis
GO:0050681	F	androgen receptor binding
GO:0051091	P	positive regulation of sequence-specific DNA binding transcription factor activity
GO:0060318	P	definitive erythrocyte differentiation
GO:0060347	P	heart trabecula formation
GO:0060766	P	negative regulation of androgen receptor signaling pathway
GO:0060976	P	coronary vasculature development
GO:0061412	P	positive regulation of transcription from RNA polymerase II promoter in response to amino acid starvation
GO:0061587	P	transfer RNA gene-mediated silencing
GO:0061626	P	pharyngeal arch artery morphogenesis
GO:0070182	F	DNA polymerase binding
GO:0070307	P	lens fiber cell development
GO:0070577	F	lysine-acetylated histone binding
GO:0070615	F	nucleosome-dependent ATPase activity
GO:0071564	C	npBAF complex
GO:0071565	C	nBAF complex
GO:0090537	C	CERF complex
GO:1900036	P	positive regulation of cellular response to heat
GO:1900150	P	regulation of defense response to fungus
GO:1900189	P	positive regulation of cell adhesion involved in single-species biofilm formation
GO:1901838	P	positive regulation of transcription of nuclear large rRNA transcript from RNA polymerase I promoter
GO:1902661	P	positive regulation of glucose mediated signaling pathway
GO:1902895	P	positive regulation of pri-miRNA transcription from RNA polymerase II promoter
GO:2000022	P	regulation of jasmonic acid mediated signaling pathway
GO:2000177	P	regulation of neural precursor cell proliferation
GO:2000219	P	positive regulation of invasive growth in response to glucose limitation

KEGG pathway

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

Expression pattern in different tissues

Expression pattern in BioProjects

Co-expression network