result

Gene information

Detail information of AfisC4G05524

Location

Gene	Chr	Start	End	Strand
AfisC4G05524	chr4	1018897289	1018912057	+

Sequences

CDS

>AfisC4G05524
ATGGCGTCGTGCTCCAATACTCAACTTCTGCATCCGCATCCCAAATTGGAAACCGGGAGTGAATCAATCGATCATGGTAATGTTAATAACAGTGATATTAAACAGCAGCAGATGCAAAATCAGGAGAAGAGTAGTGGGTATTTGGCACCGAATCCTTGTTTGATGAAGAAGTCGAGGAGAGAGAGGGTTTGCACTGCTAAGGAAAGGATTAGCCGAATGCCTCCTTGTGCTGCTGGGAAACGAAGTTCCATTTATAGAGGTGTTACTAGGCATAGATGGACTGGTAGGTATGAAGCTCACCTTTGGGATAAAACTACATGGAACCAGAACCAAAATAAGAAAGGAAAACAAGTGTACTTAGGTGCATATGATGATGAGGAGGCTGCTGCTAGAGCATATGATCTTGCTGCTCTTAAATACTGGGGTGCTGGCACACTCATAAATTTTCCAGTTACTGATTATTCTAGAGATCTCGAAGAGATGCAAATGATATCAAAGGAAGATTATCTTGTATCACTCAGAAGAAAAAGTAGTGCTTTCTCCAGAGGTTTTCCTAAATATCGTGGGATTTCTAGACAATCTCAAAGTAAATGGGAATCGCCTTTCAGTCAGATGCTTGGATGTTCAAATGCTGATGCATCTGCAGAAGGAAAATATGGAAGCAGCACATTTGGAATCGAAAGAAAGATAGATCTAACACCTTACATAAAGTGGTGGACACCAAAAAAATCGCACCAAGCAGACTGTACGGAAGAATTGAGCAGAGAGCTCCGAGCATTAGAATGCTCATCCAGTTCATCCGAACCTTATAAGCTCCCTACTCTAGGTCTCCCTAAAACCAAGTCCAATGCTACATCACAGAAAGGTTTATCTGCATGTGATATATTATCAAAGTCCGCAGCATTCAAGAATTTTGTAGAAAAATCATCAGCAATTCAAGAAACTACTGCTGCATGTTCTAGTAAAGAAATGGATCATGGAAAGGGGGTTGCCCCTTTGTTATTTCCCAGTGTTAATGACCTAGAGTTTAGCAAACCTGTAGGAATTGCAATGGGCATGAGTGACCTTCCTGTTCAAAGAGCTCCATACACGTTGTCTCCCATCTTTTCACACTCTTTAAAGAATAACTGGAATGCTGTAGATTCTGTTCCTGACCCTTTATTTTGGTCAAGTCTTGTCCAACCTTCTGGCCAGTCTGTTACCGATGCAGTTTAG

Protein

Gene

>AfisC4G05524
CGCTCAAACAAACTCTGCCAAGTGGGCCCGCCTCACACACTCTCGTCTCCTTCCCGTTAACCCTCATCTCCCTTTCTTCACCACTTTTGCCTCCTCTTCTTTTCAAACCGTTTCAAACCTAGAAATCTCATTTTTGCTCGCATTGTTTCTTCTGCGTCTTCGATGGCGTCGTGCTCCAATACTCAACTTCTGCATCCGCATCCCAAATTGGAAACCGGGAGTGAATCAATCGATCATGGTAATGTTAATAACAGTGATATTAAACAGCAGCAGATGCAAAATCAGGAGAAGAGTAGTGGGTATTTGGCACCGAATCCTTGTTTGATGAAGAAGTCGAGGAGAGAGAGGGTTTGCACTGCTAAGGAAAGGATTAGCCGAATGCCTCCTTGTGCTGCTGGGAAACGAAGTTCCATTTATAGAGGTGTTACTAGGTAACTTATCATTGCTAATTAGTACTTATTTGGATAAGCTTAGTGAATATGCATAATTAAAGATGCTCTGCTGCCAATTATTATGACTCTTAATTCTTATTAGAAATTCTTCTTAATATAAGGATTGCTTATTTATAAATTCAATTTATTTGATTTATTGGACAGACATATTGAAAAAATGAATGTAGTCTGAGATAGTGTGCTGTTAGCGACACAGTTATTCTTACTAGTAAAACAAGTATATTAATCCCTCAACAATTAATTACGGAACACTGAATATAGTGGCATAAATTGAAATCCATCGGCAATTTTTCACTGAGCAACAGATCATTGGCGATCAGTAGAGATCATTTGACAAAACACTGTTGGAGCTCGGGGTGAGCGATGATTCGGGTTGAAACCGATAACACTATTAAAACCAAAATAATCATGCAACACACGAAAACCAAACCATACCGAACCAATATTTTTCCAAAACCGAAACCAATCGAACCGAAAATAAATGGTTTGGTTTAATTGGTTCGTCAATAAACGAGGTTGCTTGAGTTGTTAACATAATACGAGATTGAAATAATTATTTAAGTCCATATTTAGAAACCAAACTCCTCTAAACATATTAACTTGAATTGGAGTAAAAATAATATCGTTAACATAATAATATAAATAATAATTTTGCGTTGATTATTATGTTTGTTTAGTGGATTTAAGTTTTATTTTCGGTTTAACTGGTTGGTTTGGTTTTCAAACATTGAAAACCAAAACCGACAAAAGAACCCAAATAAATATAAAAACAAAAACCAAATCCAACCAATTATCTAACAGAACAAAACCAAACCGATCAAATTTATTTAGTTTGGTTGGTTTAGTTGGTTCGAACCAATAAATGCTCACCATTAGTTGGAGCTAAGAAATTTCAACTCAATTCTTTCATAAGAACAAATTTGAAACAAGAAATTCATCAAAATTTCATTAGCCACAACATCTTTCAATTGATAATTCTTTTTTGAAAACTAAATTATTTTGAAAACTGTAACTAAAGTAGTAAAATTTCAATAACCGAAAGGATGTACATTATTTTCTTTCACAAAAATATATAAGCTCATGCGGGAGATTCTTTGGAACACATTCTTTATAATTTTGACTCCCTTGGCTTCATTAACTCATTAGCAATTCAATGGATCGAAATCGATCAAATATTTGCCAAGCTTTATATTTGGTTATGAGTATTAATGAATTTTTGATGAACTTTGGTAAGTGTTTCTAGCTCCTATAATGTTGATGGGATGATGAAGGGTAACAAGCAAAGTTACCAGTATTTTTCCAGATATAGTATTAGGAAATGGAAATCAAAATGAATTTAGCCACAGACTATGAAATATATTTTTAGTTGAATGGATGTTGTTAACTCACTTTTTAACCAAGAGGATTTCCAACCACTCGTCATCAAGTGCTTTCTCGGAGAATAGATAAGCAATTCTCAAGATTGATGAGAAGAAAGCAAAGAAAGCAGAATAAAACAAGCAATATCAAGTGAATCATCAGAAAGAGCTTAAGCTTCAAGGAAAAGAGTTCGAAGTGCATCAAATTAAAGATAGAAATGCAATGCAAGTGAAAGAGTTGAGTTTTCACCAACAAAAGCTCTGAGTACCGAGAAGAAACCCTCCGTACCGAGAGGTCTTCTTTGAACTTTGGGCCGACGTGCTTATTTTTGTACGCTTGGACTTATATCTGAATTTTATTCTACGTGGGCTCCTGAGTTTAATGACGAGTTTCTCTATAAATATCAGTCCTATAGCAACTGAAATGAAGAGCTGGATTCTGCATCTTCTTTACCCATATTTCCTCCTTCAAATATGCCCTAGAAACTTCATTGTAAATCTGAGATCCACTAGATTATGGACAAATTTGATAAAACTAGTTTTAATCCGGAGAGAAAACAACTAATAACAAAGATTAAAGTGGATGTAGGTTGGAAAATTTAGCCAACCACTATAAAATTCTTGTATTTCCTTTTACTTTTTTTGCTGTTTTTGCTTGTTTGATTTGGATCTCTATATTTTGGTGCTTTCATATGATATTTGGGTGTTGATGCCATTTTTGGCCTCAACATTTTGGTGCTTTCATTGTAAAAGGGCTAGATTTCACAACCTAAAGCTTGGATCAGAAGTTTGAAGAATATGAAGAGGCCTAACACCTAGTTCTAAGATTAGAGAAAGTCAATCAGAGCATGGGGCAGTCAGGAGGTGTCCTTAAATTCTAATTATTACATCTACGTGACTAGAGAGGAGATGGAGAGAATGATGAAAGAAATGCAAGATGCAATAATGGCTCGACAATAGAAAGTGCTCGAAGGATGTGATAACAAGAGATAGCTGGAGCTGCTGAAATTCAGATGCAAGGGTCATGAACTAATGCATGAACATTTGGAGTTGGAGCGGAACAAACTGAAGCGGTGCTCCCATGACCAAGACCACTGGGTACCGATCAAAGTTCCTTTTGTACCCCGAGGATTTTACTCGGGCAATTTTGGGTTGGACTTAGGGCAAGCTGGGATGCCGAGAATGGACGATGCTGGAGTCAGAAATGCAAGATAGAACACAAGTACACTAACGAGAGGAATATGTGCCAGAACTTCCCCGTAAGAATGTGGGACAGAATGAAACCAGAGGTGCATATCAAAACGTATGCGTGCAACCAGAGGAGTATGTTCCAGAATATGTATCGGAATTCCCCTACAGGAGCAAGAGACAGAATGCAGCAGCGGTCAAAGACTTCCGTTAGACGACAACAGCTGGATGGTTGAGATGATCAGAAAGATAGTTAGAGGCGGAACTCCAAACTAGAGTTTGGAGAACGTAAGCAGGAATCCATTTAGCGCTAACATCCGAAATGCAAGGAATCCTACGGATTTCAAGCTTTCGACACTGGAAATGTACGATGGACAAACGTATCCAACAGTTCATCTAATGAAATACATCCGACATATAGAGGTGTTGGGTGCTTCTAAAGAGGTGATGAGGCGGTGCTTTTCGTTATATCTGATTGATTTAGTAGCGATGTGGTTTCGACAGCTGGAGAATTGGTCCATAAGCACGTAGACCGAATTGAAGAATAGGTTCTTGAGACAGTTCACAGTTCATATCTCTCGACCAAAGAACGCGATGATGCAATCAAGCGCAAAGCAAAGGCCCGGAGAGACCTTGAGAAGTTATTTGACTAGGTTTAATGCGGCAGGAGCCGCAGTTGACAAGTCGGATCCATCGATAATCTTAATGACGGTAGTGTCTGGAGTCGCAAACAAGACCGACTTCAAAATTTCATTGGAAAGAGATCCACCAGTAGATCTCGCGAAATTTTACTATGAAGCTGAAAGGTATTTGCGACAAGAGGACGTTGAGGTTGCTGACATTAATGCCGTGGATGGCGGACAACTGCCCGGATCATGATATGGAAAAGACTGAGAAACGAAATGCTGATAACGACTTTGGAGAACTGAAACGTCAAAGGAGGAAATCGAAGTTCTCTTCCTACATTGATTTAACCAAAATCCTGAAGTGGATATACCTAGATACTGGGGGCAGGTCCCCTATCGGAAGCCAGCTAAGAGAGAACCCACCGACCATGAGGGAAGGTATGTAAAGTTTTGCATCTTGCATGAATTGGACGGATATGAAACGAACAAGTGCCGACACCTTCGTGATCTGATAGAAGAGATGGTTCGGAGCAATCAGCTACAACAGAACGTAAGGAACCAAACTGCGATGGTGCAGCCGAAGCAACCATAATCTGTAGCGAATGCATCAAGGAATGACCAGAGATTTGGGTCGAGGATGGTAATCCCATGATCGGGATGGGCAGGAGCCGGGTTCGTTTCTCACACTTTGCTTTTCGTTTTAAAACAATAATAATCTCGGACAGCTTACGTATACGAGATGTCGATTGGTCTCTGGGCACGCTCTGAGTTGGATGTCCGAGATGAATAGATAAGAAAATAATAACCTCAGATCGCTTACACGTGTACGAGATTTCGATCAGTCTTTAGGCACGCTCTGAGTTGAGTCTGAGATGGATAATTAGGATTTTGTTTGCTTGTTTGCTTTGATTTTCGAAATCCACTTGAACGTAATGAATGATATTGATCGTGGCAGTCCCGTCCGGAGAGATGGTGCGGTGACCGCAAGAAGTAAGTCCTATTACCGGAGAGTAAGTGGATGAACTTGCTTGTTGTTGAGTTCCCTCGTCGGAGAGCGAGTGGCTTAGTCTCAGAAGGATCTGAAAAGATCAAAAGCAAGTCCCCTTACCGGAGAATGACCGGATGCACTTGCTTATCGTTGAGTCCCCTCGTCGGAGGGCGAGCAGATTGGACTCAACAAGGATCTAGAGAGATCAAAAGCAAGTCCCCTTACCGAAGAGTGAGCGGATGGACTTGTCGTTGAGTCCCTCTCCAAAGAGTGAGCGGATGGAGATATCAAACTCTAGATTAGACGACAAACGATACGGAGAGATCGAATCCTAGATTGAACGATAAACGATCCGGAGGGATCAGACTCTAGAATGAAAGACAAACGATCTGAAGAGATCAAAACCTAGATTGGATGCTAAACGATTCGAAGAGATCGAGCTCTGTAACGGAAGTTGGTTTGATAAAAGGAGCTGAATGTCATGTACTCGGAATGAGATGAATAAATCTCGGACGAACACGGGATGATTTTGATATACAAAATGATACCTCTAGATAAGAAACAAACCGATCATGATTCGTTGCTGATACTTAAGCAAGGAATGGAGTCCAAAGCTATAACTGGTCCAGAACGACCTTTGGTTTGCATAAGAATCCAAAGGAATTAGACGATTCATCAAGATTGAAATCAATGGATGGCCGGAGAGTTCTAACTATTGAAGATTGACTATTGTTTGAACTTGTTAAGCATATCTTACATTCAAAAGGCGTACTTTGAATGGCAAGTGTTAACCCGTTTTTTAACCAAGCAGATTTCAAATCAGAATTAGAAGGCCAAAATGAAGATGAATCACGAACTTGAAAGCGCGATCAGAAGGACAAAAGAAAGAAACTCAAGAAAAACTATCGCTTTTGGAGCTAAGGAAACTGGTTAGGACCGACAGGTTTCCTCTCGGTACCAAGAGGTTTTTCCTACTACTTTTGCATTATGAACCCTTACACTTCATACTATACTCCAATCACTCGTCATCAGGTACTTTTTTGATAAATAGACTAGCAATTCTCAAGATTGATGAGAAGAAAGCAAAAAAAAGCAGAATAGAACATGCGATATCAAGTGAATCATCAAAAAGAGTTTAACCTTCAAGGAAAAGAATTCGAAGTTCATCGAATCAAAGATAGAAAGACAATGCAAGTGAAAGGGTTGAGTTTTCACCAACAAAAAGCTCTTGGTACCGAGAGGTCGTTTTGGACTTTGGGCCAACGTGCTTTATTCTATACACTTGGACTTCATTTGAACTTTATTTTACGTGGACTCCTGAGTCTACTGGTGAGTTTCTCTATAAATACCAGCCCTATAGCAATTGAAGCGAAGCTGGATTTGCATCTGATCGGGATTCTGCATCTTCTTCACCCCTAATTCTTTTCTCAAATATACTTTACAAACTTCATTGTAAATCCAAATGAAATTCAAGGTCTACTAGACCGTGGACAAATCTGATAAAACTAGTTGTAATCTGAAGAGAAAACAACTAATAACAAAGATTAAAGTGGATGTAGGCCAGGGAATTTGCCGAACCACTATAAAAAAAATTATGTCTCCTTTTACTTTTTGCTTGTTTGATTTGGATCTCTATATTTTGATGCTTTCATATGATATTTGGATGTTGGTGCCATTTTTGGTCTCAATAGATGTAGATATGCAAAATAAAGATTGGTTATTTATAGAATCAATATGTATTAAATAAGTCCATGTACTCCATTTTGGATATGTTGATAAAACAAATAGGTGCAATGAAATTTTGATCAGTAGAGCTACTAACGCAGGTAGGTTGAAGGTTAAAAGGGAAGCTTTACCTGTTAATTTAGTTGAAGATTTAACAAATTTTATTGATGAAAATGGTGTGTCATATACATGTGTCCCCATATCTTAACACACCAGTAGAATCAACAACTATTTATACAACAATAGCTATGCTACAACATACACAAACGCGCTCGCGAACACGCACGCACGTACACACACATATACACATGCATGTATGTATGTATGGGTAGGCTATTTGGATACAAAACAAAGCACAATTGGTGACACAATAGATCTGAACCGTTAGATCTTATTATGTTCACACATGAGGTCGAAATCTGGGGGTAATCCAATGTTTGAGTTTCATTGTATCACCATTTTGTGTCCTGATAGATTTTCCCATATATATATGCGCGCACGCACTCAGATACATACGTGGAAAATACGTTTACAAAATACATAAAACTTGTTGCATGTATAAAAACATTAAAATTATGTGTTTTCATCTGAATATTATAATATAATTTGACTAGTGGCACTATCATCTTCTAAATAGTGTCGTGTGCAATGGACGAGTCGCACACTATTTTGTGCGTTGATTGTTAGAGATGTTAGAATTGCATTTTAGCTATAGGCTATTGTACATTGGTTGTGCATGTGCACACTTATCTCTTTTGTATATATACCCTGTTGTATCTGAGTTTATGAATCGATTGATTGAATCAATTTTCTCATTATCTTTATATATGTTCTTTACTTTTTCATGGTATTAGAGCTCAAATGCCCAACGACATCAAAGACTCAGATCTGAGATCGATCATCTAATCGATCATCTAATCGATAATCTCTCTTGATCTAACATTTCAGATCTCATCTATTTCAATCTGTAGATCAGATCAGATTCAATCATCGATCCTAAACCATGGCTCAACGCAATGAAATTCAATCAAGATCAGATTCAACCAATGTCGAAAACACTACACTTAATCAAACATCAAAGACTCTTGAAGAATCACTGAAGTCAATTATCAATCCACAAACTCAGCTAATTACCGTAACCCTAGATGAAGACAACTTTCTTCTATGGAAGTTTCAGATCGAAATGGCCATTAAGGGATACGGTTTGCAGAAATTCATAGATCCAGTCACCACACCTCCTTCTCAATTTGTTTCCAGTCAAGATGACCAATTAACTTCAAATACAGAATTATTGATATACTCAAGACAAGACAGCTTACTATGTTCTTGGATCTTGTCTTCAATCAGCCCCAATCTTCTATCATCAGTCATCGGATGCAAGACATCAATTGAAGTATGGAATGCAATTCATCAGAACTTCAATTCACAGGCAGCAGCAAGAATCATGAGCTATAAGAGACAGTTGCAAAATGTCAGAGAGTATCTTAGCAAGATCAAGAACTTTTGTGATCTTCTGGAATCATCTGGACACAAAGTTAGTGAAACTGAACAGGTTCTCCACATTCTCAATGGATTGGGAGATGAATTTGAAGCCATCGTTGCTGTTATAACCTCAAAGGAATCAACACCATCTGTACAATATGTTAGCTCATGCCTTCTTACTCATGAAGGTAGACTTGAGCAGAAAAGTAACTCTACAATTGAATTCTCTATCAACTATGCTGCAAATACGAAGAACAAAAACACTAAATACAATCCAAGATCTGATTCATCAACTAATAACTATCAAGAAACACAACCAGTTAAAGAAAACCCTATGTACGAAAGGGGCAGAGCACAAGGTCAAGGAAGAGGAAGGTTCTTCAACAATCGGCCAAAATGTCAAATATGTGGGAAGATTGGTCACACAACTGTTAAGTGCTACTTCAGATTCAAATCCAATTATAGTGGTAATCAGCAGATCCCACCCAATCAAGGCACATCAAGATCCTATCCTTACAATGTTAATCTCAGTCAAGTCCAGAATGATGCAAAACATAACTCAAAGAATCTATCTCATCAATATGAAAATCAAAACGCTCTAGCTTGCGACATGGACATACAAGATGAAGCTTGGTTTCCTGACTCAGGAGCTACTCATCACGTTGCCAACAATCTTCAGAACGTAAACCTTGAAGGAGCAGCCTACAAAGGTAAAAACTCAATTCATATGGGAAATGGTACACCCCTAGATATCACACATATTGGTCATGCTCAGTTTGTCTCAGGCTGTAGAAATATAACTTTACTGCTAAAAAATCTATTAAGAGTTCCTCAAATTAAAAAGAACTCGATCAGCGTCTCACAGTTTGCAAGCGATAATCAAATATTCTTTGAGTTTCATCCAAACATATGTCCAATTAAAGATAACTTGAATGGAGAAATATTATTGCGGGGGGGACTATATGATGGCCTTTACAGGTTCAACCTCAAATCTGATGAAAGAGGGTATGATAATATGGTATGTTACAATACTGTCAATAATAATAATGTAGATGATGAGTATGATATATGGCATAGAAAACTTGGACATCCAAATGTAAGTGTGATGAAAGTTGTTTTGAATAAAGAAAATCTTTTGCATTTAAATCATATAACACCCTATCTATGCAGTCAATGTCAAGTTGGCAAGAGTCATAAATTATCCTTCAATCAATCAGAAACAACTTATAATAATCCACTTGAACTAGTTGAATGTGATTTATGGGGTCCTGCATCATTAAGTTCTGATTATGGATTCAAGTACTATGTTGCATTTGTGGATGCATATTCGAGATATACATGGATTTACTTCTTAAAGATGAAATCAGAAGCAACTGAAGCAGTCAAACGTTTATTACACAAGTCGAGAGGCAATTTGATAAGAAATTGAAGGTGTTCCAAACTGATGGGGGAGCTGAGCTTAAGCCACTGAAGGAATTTTTTAATGAAAAGGGGATAATTCATAGATATACATGTCCTCACACCTCTCAACAAAATGGTATTGTATAGAGGAAGCACAAATATATTGTAGATATGGGGTTAACTCTTCTAGCACAAGGTTCTTTGCCTCTTAAGTTCTGGCCTGAATCCTTTTCAACTGCAGTATATTTAATTAACTATCTACCTACCAAAGTTCTAAAGTACATCAGTCCATACATGGTACAAAACCTGATTACAAAAGACTGAGAGTATTTGGTTGCTTATGTTTTCCAATGTTAAGACCCTACAACACTCACAAGCTTGATTTTAGATCCTCTCCATGCACGTTTCTGGGATATGGATCACGGCAAAAAGGATATAAGTGCTTAACAAAAAAGGGAAAAATTATTAGGTCGAGACATGTCATGTTTAATGAGAGAATCTTCCCATTTGCTGACAACAAGATTAAATGTACCAAGAAGGTCACAAATGCTCAAAGATCAATGTTGTCCATACCACTACCTATAATCAGTGAAGAGAGACATAACATACCACTATACCAGAAGTATTGTTAGAGAAAGATTCAACTCATAGTATGCCAGAATTACACACAAACAATGATGAAGATTACTGCACCCAGAATCAAGTGGAGGAAGAAAGTAGAGACAAGGATGATATGCATCAGACACCACTGCAAGAAAGTGCATCAGATAATTCAGTCAGCATTTCACAAAGGGATACAGCTACAATCAGACAAGTGGAACAACCTCAAGGACCTCAAGGACATCACATGATAACTAGAGGAAAAAGTGGCATCTTCAAACCAAAAACATATACAATCCAGGGTTCAACACTTGAACCAACAAACTATGAGCAAGCATTAAAGAATATCAAAGGAGAAAAGCTATGGAAGAGGAATACAAAGCCTTATTGAACAATGGTACATAGAAATTAATGACATTGCCCAGGAACAAAACTGCTATAGGGTGCAGATGGACATATAGACTGAAGTATAATGCAGATGGTACAATAGCCAAGTACAAAGCTAGACTTGTAGCAAAAGGATTCACACAGCAACCAGGCTTCGATTTTAAAGAAACCTTTTCACCTGTAATAAAGCCCACTACGATAAGAGTAATACTCACTATTTTTTTACACAACGAATGGTCAGTCAAGCAATTAGATGTTCATAATGCCTTCTTAAATGGGGAGCAAGAAGAAGTGTATATGGAACAACCCAGAGGGTTCGAAGACAATAGCAGACATCAGATGGTTTGTAGATTGAATAAAGCAATATACGGTTTAAAGCAAGCCCCTAGAGTTTGGTTTGAAAAACTCAAAGGCACATTAATGAAGCTCGGTTTCAATCCAACTAGATCTGATAATTCACTGTTCATCAAGAAAGATAGCACCAATATCATGTATGTTCTAGTCTACGTGGATGATTTTATCATAACAGGAAACAATATTGCTGAGATAGATCAGTTAATAAAATATCTGAATGATCAATTCAAGTTAAAAGAGCTTGGTGACCTCAATTTCTTCCTAGGCATACGAGTGAAGAGGACCGAGGATGGAGGACTTCATCTCAGTCAAACTAACTACATCCAAAATGTATTGAAGAGAGCTGGAATGGACAAGGCAAAAGCATCTGTTACGCCCATGACTACAAATTTGCAACTATCCAAGAACTCTGGTGATCCAATAGATGATCCACACCACTATAGAAGTATAGTTGGTGCTTTGCAATATATTACCATTACAAGACCTGAAATATCATTTAGCGTGAACAAAGTTTGTCAATTTATGTCTAATCCATTGAGTGAACATTGGAAAACAGTTAAAAGGGTGCTCAGATACTTGGTAGGAACAATAGATTACAGGCTAAAGCTAAATTTCAGTGATACACTAAAAATCAGTGCCTTTGCTGACGCTGATTGGGCTGCAGACAGAGATGATAGAAGATCAGTTAGTGGCTACTGTGTATACTTTGGCAAGAACTTAGTATCTTGGTGTTCAAAGAAACAAACTACGGTGTCGAGATCATCTACTGAAGCTGAGTATCGTAGCGTTGCTGCTGTAGTGTCAGAGATTATGTGGCTTAAATCCTTACTGTCTGAGTTGACTGGCAATGCAACATGGCCTTCAACAGTGTGGTGTGACAACTCAAGTGCAGTTCTGCTAGCTGCTAACCCAATACTCCACTCAAGGACCAAACATATCGAGTTAGATCTCTCTTTTGTGAGAGAGCAAGTTGCTAAGGGCAATATTTGTATTAATCATATTCCAGCACTATATCAGAGGGCAGATGTATTAACCAATTCCCTTTCATCCACTCGGTTTGTGAAGTTAAGACAAGAGTTGAATGTTGAAGCAGCCTCAAGAATGATAAGTGAAGAAAAGAAGGAGACAAGAAAAGAGAGCTCAAATTGAGGGAGAGTGTTAGAGATGTTAGAATTGCATTTTAGCTATAGGCTATTGTACATTGGTTGTGCACGTGCACACTTATCTCTTTTGTATATATACCCTGTTGATCTGAGTTTATGAATCGATTGATTGAATCATTTTTCTCATTATCTTTATATCTGTTCTTTACTTTTTCATTGATTATTAAATGCAATTACTTCATTAAGTATTTAACCAATGGCATTTGTTGTTTTGTCACGACTTCATATCAGTATCACATATCATACTTAAATACAATATGCAGATTACAATATACTGATCACTGAGATTTAAGTTTATGTACTCAAACTTAAGCTGTCTTGTGCAATCTTTGTTTTTGTATATGTGTTGTGCTTCATACATTTGTTTAGTTTCAGAACTAAAGGCAAACTTTTAATTTTGATAATAGGCATAGATGGACTGGTAGGTATGAAGCTCACCTTTGGGATAAAACTACATGGAACCAGAACCAAAATAAGAAAGGAAAACAAGGTATATTCTAAATTCGGAAACATCAACTTGCGTAATTCAAATACAGATTTTCTGAATTATTGACTGTGATTATGTACATTACGCTTCTTGCTAACTTTTTTTGTTGTATTCCATGTATGTAAACTGTGCTTCCACATGATCTTAATTCAGTGTACTTAGGTATGAATTTTAGCTTTCATTTTACAACACTGAACTTGTTGCATTTGTTTAATTACTTTACTAATTTGTGGATTTTCGACATTGTTTTGGTATGATGTAGGTGCATATGATGATGAGGAGGCTGCTGCTAGAGCATATGATCTTGCTGCTCTTAAATACTGGGGTGCTGGCACACTCATAAATTTTCCAGTAAGATATTTGTATGCACATGTCGACATTGTTGCGCTTGTCAAAGTTGCATTCATATGTTTTCCTATAATGCACTATTATCATGGATGAATATTATTTTACATTATTGTCCTTAAAATGCATGATTATGCTTTACAAGTATATAACAATGCCATGAAACCCACAGATTAGGATATTTTCAGTTAGCCTAATTGCAAACTTTATTTATTTTTTATTGATAATCATTATCAGTACTTTACATTCGTTCTCTTTGACTGCTTAAATCATTGGGTAGATAAGCAAATGTTGAGATAAGCAATCATTGGGTAGATTAGCAATTAATAATAACAAACTTGTTAAAGGTGAATTTCTTTCCTTTGTATTCTAGCATGCCTAGTCTAAGAAATTACTGTACATTGATTAGTATTTTCATGACAAAACCATTTCTCAAATTAGTATTTGCCCAGTTGAATTTACTAGAACACCTGCTGATTAGTGTGAACTGTATTTAGTCTTTGGTGTGCATTATAGTTGGAGAATATTTTACCTGTCTTCTTTCTTAGGTTACTGATTATTCTAGAGATCTCGAAGAGATGCAAATGATATCAAAGGAAGATTATCTTGTATCACTCAGAAGGCATGCATTTTTAGTTTTTAAGCCAGATTTTAATATTCATATATTTATATAATCCAAAGTATTTTCTGAATTTCCAGAAAAAGTAGTGCTTTCTCCAGAGGTTTTCCTAAATATCGTGGGATTTCTAGGTAAAATTGTTTTCATTGTACATTTCACATTGTTCCTTATGTCATTGTTTCATGGCATTTTATGGTATATTTGTGCTCATTGTACATTTTATACTGTATAGTTATGTTGTGAAATTATTTCTCCACTGATATGGTGCCTGATTTGTTCATATTTATATCATTATACGTAAGTCTCTCCTGGTAACCACGGTATGCTCTTTAAGTTAATGATTCATTGATTCACCAGTGCTTTAACAAAGTTATATAGTTATTTACTACTACTAGCCAGAGGGACAAAAGTATCTCACTTTATGGTTTGTAGATGCCCAATCTTGCCTGTAATATATGATGCTAGATCATTGTATCAAAAAGCTAAACTCTGCTTTCTGTTAAATTTATTCATCATCAATTTTGTTCTTGTTGTAGACAATCTCAAAGTAAATGGGAATCGCCTTTCAGTCAGATGCTTGGATGTAAGTTATTTACCCATAATTGTTGGGAATCATTTGGTGTCTTTCAACTAAACCTCGTTTTGGACGAAGAAATAAAATCAACATGACTGATAGTATTAGAGATTTATAATTGTAAGGCTACAAACTAAAAAAACAAAATTTACATATATGGAAATAATGTCAGATGGATCACAGCTATTTATAACATTAAAGCATGCTGGGTTTTAAAATCATAACTGAGGTCAAACAAAGATTTGAAAGCTATGAATTGGGAAATGTTTCAGCGTTTTAGCCATAAAAATCGCAGTCTAATTGCGTAGAGCTAATCATTATTTGCATGTCAGGTTCAAATGCTGATGCATCTGCAGAAGGAAAATATGGAAGCAGCACATTTGGAATCGAAAGAAAGATAGATCTAACACCTTACATAAAGTGGTGGACACCAAAAAAATCGCACCAAGCAGACTGTACGGAAGAATTGAGCAGAGAGCTCCGAGCATTAGAATGCTCATCCAGTTCATCCGAACCTTATAAGCTCCCTACTCTAGGTCTCCCTAAAACCAAGTCCAATGCTACATCACAGAAAGGTTTATCTGCATGTGATATATTATCAAAGTCCGCAGCATTCAAGAATTTTGTAGAAAAATCATCAGCAATTCAAGAAACTACTGCTGCATGTTCTAGTAAAGAAATGGATCATGGAAAGGGGGTTGCCCCTTTGTTATTTCCCAGTGTTAATGACCTAGAGTTTAGCAAACCTGTAGGAATTGCAATGGGCATGAGTGACCTTCCTGTTCAAAGAGCTCCATACACGTTGTCTCCCATCTTTTCACACTCTTTAAAGAATAACTGGAATGCTGTAGATTCTGTTCCTGACCCTTTATTTTGGTCAAGTCTTGTCCAACCTTCTGGCCAGTCTGTTACCGATGCAGTTTAGTCTCGTATACATTTTTTTAATGTTCTTTTATGGTTAATGAAAAATACTGGGATAGTAATTTTTTGATAATTTGTCGTGCTATTTTGTACAGCTTC

Functional annotation

Database	accession number	e-value	annotation
nr	XP_020254553.1	1.5e-131	AP2-like ethylene-responsive transcription factor At2g41710
Swissprot	X5HYT8.1	1.7e-108	Protein SMALL ORGAN SIZE 1
trEMBL	A0A8B7CMX8	5.0e-129	AP2-like ethylene-responsive transcription factor SMOS1 isoform X1

Best hit in Arabidopsis

TAIR id	% identity	e-value	bit score	gene aliases	Short description
AT2G41710.1	52.39	2e-88	322		Integrase-type DNA-binding superfamily protein

>>>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
AfisC4G05524	AT2G41710.1	376	143	10	55	404	41	406	52.39	2e-88	322
AfisC4G05524	AT2G41710.2	381	143	11	55	404	41	411	51.71	2e-86	316
AfisC4G05524	AT2G41710.3	411	143	11	55	404	41	441	47.93	6e-83	304

Ortholog group

Species	Genes
-	-

Pfam domain

Pfam ID	Pfam name	type	alignment_start	alignment_end	bit_score	Evalue
PF00847.17	AP2	Domain	83	142	47.7	1.2e-12

Gene Ontology

Accession	Ontology	Name
GO:0005515	F	protein binding
GO:0000723	P	telomere maintenance
GO:0000976	F	transcription regulatory region sequence-specific DNA binding
GO:0000981	F	RNA polymerase II transcription factor activity, sequence-specific DNA binding
GO:0005634	C	nucleus
GO:0006110	P	regulation of glycolytic process
GO:0006355	P	regulation of transcription, DNA-templated
GO:0007389	P	pattern specification process
GO:0009414	P	response to water deprivation
GO:0009651	P	response to salt stress
GO:0009734	P	auxin-activated signaling pathway
GO:0009737	P	response to abscisic acid
GO:0009744	P	response to sucrose
GO:0009873	P	ethylene-activated signaling pathway
GO:0010073	P	meristem maintenance
GO:0010187	P	negative regulation of seed germination
GO:0010449	P	root meristem growth
GO:0019432	P	triglyceride biosynthetic process
GO:0019827	P	stem cell population maintenance
GO:0040008	P	regulation of growth
GO:0045723	P	positive regulation of fatty acid biosynthetic process
GO:1901959	P	positive regulation of cutin biosynthetic process
GO:1904278	P	positive regulation of wax biosynthetic process
GO:1905392

KEGG pathway

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

Expression pattern in different tissues

Expression pattern in BioProjects

Co-expression network