result

Gene information

Detail information of g20005

Location

Gene	Chr	Start	End	Strand
g20005	CHR2	314371795	314372536	+

Sequences

CDS

Protein

Gene

>g20005.t1
ATGACGAAAGACCAAAGTGTCCCTGCTGCAGCTACTAATCAAACCCCTCGACTAGTTCGTGATTCCCGCGGCTCACTCGAAGTATTCAATCCAACAACTTCATTCTCAGATCACCCTCCCGCCCACCAATCACCTTCCTCTACGTGTCACCCTTCATGGCCTGCTCTTCCGTCCAAACCTACCGAAGCCCTAGCCACCGCAACTGTTTCTTCTGCCGCCGCTCCCGGATCTTCCTCCGCCGCTCCCGGATCTTCCTCCGCCGCGGCCCAACGCGCCGCAGAATGGGGCCTTGTTCTGAAAACCAACGAAGAAACAGGCACGTTTTTGTGTTATTTCATTTTTATTTTTGGTCGTCTGAGCTTTTATTGAAGCCAGTTGAATGTCACTTAAATTGTGTTTAGAAGTCAGGTTATTTGTGTTCAATCAGCAATGTTACATAATTTGCAACAACTCTGATCTTTGTAGGCCATATGATTGACAACTCAACATTAATGTGGCTGAAAATCATTCAACTTTTAGGTTGAGATTATATTGGTTATGCAACTATTGTTGAATAGGTAAACTGCGAGTCTGCGTTATGGAACCAGCACATATTTGCATTACATAGTTGTGAGTCGTCTAAAGCTGCATTTGTTTCTAATAAGAACTTCCGAATCCACGTTCTGATTTAAAAATCAGAATTTTCTACGGTTGTTTTTTTATCGGTGTTCTTAATAAAGTCATTTATTCGGATAAAAAATTCATAACTTTTTTACTGCTTATTTTTTTGTTCTGAATGCTAAATGTTGTCATTTGTTTTGAATGTTGAATGCAAACAAACAAGTTTGTGATTATTCAGAATTCAACATTCGATAATCCGCATTCAAATTTCAGATTTCAGCAATCAGAATTAAGAATTCAGCGTTCTAAACAAACGGAGCCTTAAAACATAAACTTTATCAAATTCAAATTCAAATTTTTTATTTTTATTTTAAAAAGCTTCAAAATAACCTGCTTCAAATGCTTAAATAACCATGGAAAATTGTAAACTACAATATGTATTCTTTTATGCTATAAAAGTGGGTATCCCATTATATAGCTTGATTAGAAATAGAAAAAATACTGAAAATCCCTCTATGCATTTTAGATCTTTATTATAGAAAATTAAAATCTAAGGGGATAACCTTCATCTGCTCCTATATTCATCAGTGACTTGCTTGTTTTTTCCCTATCCGTATATGCAAGCATATAGAACAATAGGAACAGAGATTTCATCCAAACGTTATCAATTTAAACACAAAAAGCTTTTGAAATTTTCCGGCAGGAAAACCAGGTTTCTAAAATTTTCCAAAAGAAAAAAGATTTCGATGGGGTTTACAATATTTGCCAAAAGAAAAAAGTTTGAATAAAGTCTATGTTAGGTGTGGCTCGAATTAGTGGGTGTGTGGATTGAACTTGATAAAATCCCACATCTTACGAATTTGAGGCAAACATTACACACATATATAATTTTTTACTACCCAAGTGTTGCTAAGACATATGTTTCAATCGGAACGCCAACACATTGAAAACTTTGTTTATTCACAGACCGACTACACCGATCTTTAATGCATAAAAGATCATGTATAATTCAATATACTAATTCACAACATATCAAGTATACTCAATGCATGTTAAAAAAATCACATGCAATAAAGAGATTTTGAATCTTTCTTCATTTCTTGCTCTCTTAATACGTTTAATGAATCCGACGATTGAAATTAGGGGGCATCTGAAGTGCTCTACTATTAAATCTTGGGCACGTTTGTGCGTACACATATGTATATACATGTGTGTGTATAGGTATTTTATTTAAAGGACAAACTTCAATCAAATTTTAAACGCTATGACACCGCCTTTAGAATCTAGCAATAAGGACAAAATAGTTTTTTTTTTTTTTATATATATATATATCCAAATCTCGTTTTTCAACCGTGCCACTACAACTGCAACCGCGCACCAACAACTGGCGGCCTACCTACAGTCGGTCCGTCATACCGCCGCTAGATCAACCATCATCATCACTCTAACCACTTCACCAACCACTTGTAGTCGGCCCGTCCTATCTTTTCAAACTCTAACCCTAGCAAACAAACTCATACATCTTCTCATCACCTACCACATCGTCTACATTCACCAGTACACACGATATCCATTTTCATTTCATCTTACTCATCAATCATCAATTATAAGAATTTTTTTTACAGCAGGTAACTGATACCATACAGTATCAGTATATGAAAAGATTATGTAAAAAAAAGTGCAAAATGCTACTATGCCATAGTAGTTAAATATAAAATGATACTACAATGTAAGATAAAAAATAATGTTATTTTTTAATTTACTAAATACAAATTGCTACTATGTAGTGGTATTTAAATATGAACTGCCGCTAAAAGGTTCAATAAAAAATAAATGCTATACAAGTTTGATTCAGTAAGTATAAAATCCCACTAAGCCGCAGCATTTAAACATAAAATGGTACCGCATTGCAAAGGAAAAAAAAGGTTACTTTTTAGTTCAATAAATACAAAACGATACTATGCAATGACATATTAACATGAATTGCTACTAAAAAGTTAATTAGAAAAGTAAATGCTATATTTTTTTAAATCCATTAAGTAAAAAAGCTACGAAATACTTATGATGTTACAAAATGATATTATGTAGTATCATTTAAGTTCTTACAAAATGAAGCTATACAGTATCATTATATGAAAAAACCATGTAAAAAAGTAAAAAACATTATAATACAAAAATGCTACCATGCCGTATCATTTAAACATAAAATGCTACCATAAAATAGCATTGTAATATATGATTCACTCCATTTACAGAATGATATTACAATTCATACAATACTACTACGAATCAAAAAATGCTACCGCCGTTCATAAATGTCACTATAAGATAACACCGTGAGCTAAAATAAACACTTCATCAAAAAAAATATTAATACCGTTAAAAAATATTATTACTATTCATAAACTGCTACGAGTATTGAAAAAATGTTAACATTGTTCATAAACTGTTACCGCAATTCACATACTGCTACTATTAAGTAGCATTATGAGCTAAATTGTACATGTTTTATCTGCAAATGCTATTACAATTAACATAATATTACTATAAAATAACATTATGGGCAAAAGTTTACATAACTAATTTTTTTTTTCAAAAAAGATATACAAAACTAATACTAGACGGTATCTTTACCGTTGTTATTTTTTCTTCCCCAATTCGAAGCTACTCCACATCATCTTCAAAACATAGTCGACCTCTTCATTGTCTTCGCCATCACCAGTGTACTCCGACCTCAAAAACGTTGTTGTCATCCATCTCTAAACCCTACCCAAGCTCTTCTAGTCCGTCGCCACCATAGGAGCTGCCACCATCCTAGCCAACCTTTTCGTAGAAGCCCAAATTTTTTGGTCGGCACCTCTGCGTTCTCCTATTGTTCGACGCGGCTCAGCATGTGTTCGATAATTTAGCGTCTCCTTGAGATGAAATATTTGAACTTCTGCTCTATTACGATCCAAATTTTGTCCTTCATGCACAAAAATAATATGCATGTCCTAGCGTCTAAAAACTGTTTAAAATTTTCCCTTCATACTATATTCTTGATACATATACAACACATATAGTCCAAAAATAACATTTGTTTATTATATCAAAGAAAAGTTACAGGAGTTGATCATGTTTAATATCTTTGAATGCCATTGGTATAAAATTTTGATCAATCATATATAAAAATGCTACAGATTTATCTTTCTTAACCTGATTTTTAATAAAAGGTTCAATGTTAAAATTGTAACTGTTCGAATCAAAAGGACAAAGGACATGATGTGCAGAAACTGTGTAAACAATAAATATTAAATCAGTTTTCTATCAAATTACGAATAATAAAATGTCTGAAATTGATTGCACTCTTGTAATTGCAGTTACATTTTGCTATTATACTGATAATGATAGTATGATACAGCAGTTGTGAACACCAAAACTTTACCACATATTTTAGTCAGTCTTTTATCAAATTAATGCAAAGTTATAGCTTTTTCATAGGAGAAAAGCATAGCATTTCTGATAAAATAATGTTAAATGAACCGACATTGTTTTGGCTTTTAGAAGTTGAAATCTAGAAGATCAACAATTAGTAGGAATCGTGGTTCACTTTTGTACTTGATATTTGATAGGAACTCATTTCAAACAAGGTGAATACATGTCTTAAAGTAGACGAGAACTTTTCTCAATATTGTGGTAGATTTCAACATTAGATAGTTTTAAATGAGAGCAATACTATCAGAAGAAAGTAAGATAATTAATATACCGGTTTATTAAACCGAATGGGAAAATAAATAATGTTGCGTATTCTTCTTTTGTCTATTGAATTAACCAAAAGATAATTACCATTATTCCGAAGCGGCAATTTTATTTCTCTTTTCCTTTTTTAGAAACAAGCAGTATTTACATATGATTAGATACACATTATTATTGAAAGGAATGCTAGTATATTTGAAGCAAATGCTGTATATGCCTTGGCTTTACCATTGGAGTAAACATACACAACCATCATATGATGGAGGAAAAAAAAATCCTTACAACACCAAACAATATTATGATTTTTAATAAATTTCATATCAACATTATAGTGTGTGCAAAAATCAAAATGTATATGAATTTATAACAATATTAATAACCTAAAATACATATAATTATTTTTAAAGCATATTCCCCTCTCCTTTACAGATTTGGACATTTTTTAAGAAAATAATAATAATCACGCATCTTTGTTCTTGTTTCCATACCTTTTCATGTACCTATTTCCGCTTTGAGTATCTAAAGTTTGGCTACCTCCACATCAATTGATAATAAAGAAATATTTGTTCAAAATAACAAAATATGATATATGAAATATTTGTAATATGAAGTATTCAAAAGAATAAGAATAGATTTACTATCCCAATGTGATACATCTGTTTGAAGTAACAGGCAAGCCACAAGGAGTTTCAGTCAGGAATTCTGGTGAGAAACGGGAATCCGGTCTAAGTTACAGGAGCTCCGAAGATTCAGATGATGGTAGAGTGAAAGAAAAGAGTGGGATGCCAAGAGTTTCAGAGGAACTGAGAGAAGCTTTGTCAGCCTTTCAGCAGACGTTTGTGGTTTCGGATGCAACTAAACCTGACTACCCGATTATGTATGCTAGTGCTGGTTTCTTTAATATGACGGGTTATCTTTCCAAAGAAGTTATTGGAAGAAATTGGTATGTGCTCTTGCATGTGATTTTAGTTTGATTGGATTTATAAGTTTGTTTGAAATACACACACACACACACACACACACACTCTGAACAATAACCAGATAGCTAGATAATTATTTCCATGAATCACCAATAATGTCAATGAGAGTAAAATAAAAATAGCACAAAAACACAGGCTACATTGTGTTTATACATGCATGTGCAATGAATTGACCCTATGGTACAAAAAAAAACCCATGTCTGACATATTATGCACTTGTAACTGGTTATTTAATACTTTGGCGAGTATACTATTGCAAGGAACTGCTTCCAGAAACTAGCAATAAAATATATGTGCTTGTACATGATTTGGACTACGTAATCAAGAGCTTTGTTATCAAAAATCTTAAGATATTACGATTTGAATCTCGTCTCAGATTGGATCTCCGATTCAATCTACATTCCGATTCAAACACGATTAAAACCACAATTGAGAAAAATCATTCAATCCATAATGATAATGATACATTCAAGATACCTACTTGGATCCACAATTCAAAAATTAATGTTTTCCAAACAATATAAAGGCCTAACACGATAAAATGTCAAATTCTAGATTTATATGTAAAAGCTCAAACATCAAACAATTTCAAAGCGTGTACAAACCTTGAAACATGGATATTTTGAATCTACGATTTACAACTCAAATCTCATTAGGATTTTAAGTTTAAAATTTGCAATTTACGATTTGAGTACCATTTTGAAAACCTTGATTTGGAGCACTACAAAATAGAATTTGATGTCTTTATAGTTTTATATGCATGTGGCTCAAATATGATAGACCTAACATAATATTTCTAAGCTGAGTTCACCACGTGGCCAGCCATGTTTTTTTGAAACAAATTGCTAACCATTGTCAAAAAAAAAAATTAGGTTTGATTATGTGTACATTTATGGTCACTTGTTAAATTAGGTAACAACAGGTTTCGTGCCTAAACATAGCAAGTGACATCTAAAGTGTCAAAGAAATTGAGCACAATAGTTTCTTTTGCAAGGTGTTAATGTTTATCGTAAAGTGATGTTATTCATCCATTAAAACATGGAACCTTTTCAAATTAGGCTCCAAAGAAAAACTTATTTCCATAATAGGCTCCGTTTGATACTTATTACAAAATAGGTCTGTTTTTCTTAATGTTAGAAATTTGCGTTTGCACAATTCAAAAGTGCACAAACACAAAATTATAAATTTGTGCCTGCGCACTTTAAAAACACACAAGTACAACAGTTGGCTTGATGAAAAACAGACATTCTTCTTTTATTAAGTTTCAAACGGAGCCTATTACTGAAATAAGTTTTGTCTAAAGCCTAGTTTGAAAATTTTATCCTTAAACTTTTTGCTAGATGCATACTCAAAAATTTATGTTACATCCCCTTTTGGCAAATTCAATTCTTTATATTTCACTTGTATTTATGGTTAGATCTGGTACAAATTGCTGAGTTATACATAATATTTGCAGTATATTATGAAGGCTGAATTATGTGTTTTGCAGCCGGTTTCTGCAAGGAGCTGACACTGACCCGGCAGAAATTGCTAAGCTAAGAGAAGCCTTGGCAGCAGGATCAAATTATTGCGGTCGGATATTGAACTATAAAAAGGATGGAACCCCATTTTGGAATTTGTTGACTGTTGCACCAATTAAAGATGAAACAGGAACTGTCCTTAAGTACATCGGGTTAGTTGCCAACACAATCTACATACTTGCACATTCATAGCGTTTATCATAAGAGGACTTATATTTTTTTTTTTTTTTTTTTTATGTTCTTATTGCTTTACATGATTTAGGATGCAAGTTGAGGTCAGTAAGCACACAGAAGGAGCAAAGGATACAATTGTCCGCCCAAATGGATTACCAGAATCTTTGATTAAATATGATGGTACCATATGAATCCTTATTGATACGTTTTACCAGTTTCATTAGCAGCATAATCTATTTGCTGCTAGACTGTAGTTTGGATCTAGGATATAGCAGTGCATGTGTCTTACCATGATGAAAACGTATCTTGCCAAATCATGAGATGATAGTGTGCCAAAAGCATGTTTTTCATAAATAAAAGCTCTTGATTTTACAAAATGGACTTTACTAGAAAAGTGGAAGAAAACCCCCCATATTCTTGATTAAATAGCAGTAAGTATCTTAATACTCAAACTAGCACTAAGTGATCCTTGCGCCAACTGCTTTAAGACCAAATATTTCATTAGGTTTTGGGAATCTTAACTTCAGTACCAGGTGAAAATACATTCTGAAATAAATTGTCAATACAAAGCATAGGGCAAGTCGTAAAATAATTATTACCTTCTTTGATTTGCCTTACACACACGCATACATAGACACACATACGCGCATACATAGACGCACACCCACATGCATTCTTGCATGCATGCATGTATATGTGTGTGCGCGTGCGCATGTTTGTGTACTCTTGCCACAACTTTGAGTTTTTTCTATAAGGAGCTCTATGTTTATTCCTCCAAACCATTCAAGAAAAATATTTATGGTTATAGTGATTGTCACGAATTGAAAGAAACTTGCAGCTAGACAAAAAGACAAGGCCAGAAGTTCACTGTCAGAGCTTGTATTAGCTGTAAAGAGGCCCCGTGCACTTTCGGAATCCACAAATCGACCGTTCCGAAGAAGGTCTGAAGGCAGTGTAGAGAGGCTGAGCTCTGATTCTCATCCAAGGAGAAACTCAGAAAATGACTCACCTGTTCCATCTAGGCGTACTTCACGTAGTGGAATGAGAAGCCCCATGCAAAAGATTAATGAGCTTCCACAGATAAGCAAGAAGTCACAAAAATCTGGTCTTCGGTCTTTCATGGGGTAATATTTGTTTTTTCTCCCATAACCACCATTGTTTCCATTCTTGTTATAATTAGATGATCTTTACTATTGTTTCTCAAGGTACTTAAATGTTTGTACAATGAGAATCAGTGCGTTTATGCTTAAACTGTGTAGCTAATTATTATAAACATATCCGACTTTGTTTGGGGATGTTGTTCAAATATTGTGGTTTGATTTGTTTTGACAAATATGGCAAAGAGCTCCAGTGTAGTCCAATTAGAAACCGACTTATGTGTATGACATTAATAAATAAATATTTGTTTTCTAAAACCATTTAAAATTCTTTGTAGACTTCTTGGAATTGGCCAAGCAAATATGGATAAGCATGATGTCAATGTTCAAGTTGATCTAGATCCAGTACTGGAATCTGATGATGAAAGACCCGAGAGTTTTGATGATCAAATGAGGAAGAAAGAAATGAGAAAGGGTATTGATCTGGCTACAACACTTGAGCGCATCGAAAAGAATTTTGTCATTACTGATCCAAGGTTACCTGACAACCCCATCGTGAGTAATTATATCATTCTTCTATTCTCCATATTTCTATTTGTTTTTGTGATATTTTCAACAGAGTAAGTGCAGTAGTACCATAGTCACTTATTACGTGCATTATATTTCAGATATTTGCTTCTGATAGTTTTCTTGAATTGACGGAATATAGCCGGGAAGAGATATTGGGAAGAAATTGCAGGTGTGTGTGAATTATGTACTCTTTAACGAGTAAATATTTAATTTCATTATACAATTTGCAATGACGAAATCTCATTTACATCATACCATAAGTTCCACCTTTTACTTAAATTTTGAATTTGGCCTAATGCACACATAGAATCTGTTATGATAAGTATTATTTTATGTTGCGTACATATAATGGTTTTAATGTTGATTTTATTCTTTGATTCTACTATTAAAAAAGAAACCGCACAATTAGGGATAAAAACTAACACATAATCAATTGACTCTAACCCGTTTTCTTGTTTGAGTTATCTCTGAATGTATCTTACAATCTGTATATTTCTTAATATCCTTTCACGTTTAGTTTTATATCATCTATTTTCTTTCCGATCCTTTTAACACTTTCTGGTCATGTATTTTCTAGGTTTCTCCAAGGCCCTGAAACCGATCGAGCAACGGTTCGGAAAATCAGAGATGCCATTGACAACCAACACGATGTTACAGTGCAATTAATTAATTACACAAAAAGTGGTATGCCCGTAGCTTCATTTACATGTTAATCGAAATGTTTTCCGGATATATAGGCAAGAATGCGGTGATGTTGATTATTTTGAATGTAACATTAGTTTCTGTGGTGCAGGTAAAAAGTTTTGGAACCTATTTCACCTTCAACCCATGCGTGACCAAAAGGTAGTTTTGAGAGGAAAAATATTATATTTTTCCTGATAACACGAATTGATATATCATAGATCATTGAATTATTATGACCATATGTGCATGAAAATTTCTGGAAACAGGGTGAAGTTCAGTACTTCATTGGGGTTCAACTGGATGGTAGTGAATATGTTGAGCCACTTTACAATTGTATACCAGAAGCTACTGCAAATGCGAATGCAACACTGGTTTGTGATTTCTTTCAAACACATCTTAAATAAAGTTCAAATCGTTCAAGGCTAAATTATTTTTCCTATGTTACTTTCATGCTGCAAAGTCTCTCTGTTTGCACATTGCGTACATAACTGAAGCAAGTCCAAATTTTCATAAATATATTTGACAGCACCATTTTTTCCATTCTAATTCATAAGGACTTGAAAGCTTTGTCTTTCATTTATTTTTAAAATCTGAGAGTTCCAGTTCATTTCGGTCCGCTATACATATCAGGTTAAAAAAACTGCTGAGGATGTTGATGATGCTGTGAAAGAGCTTCCAGATGCTAATATGGTATTATCAGGAAATTTACTTTTCAGTTCATTAAAGAGTGTGTCATATTATGATGGTAATTTCATTTATGTTGCACTTCAAAGAGACCTGAGGATCTGTGGGCCAACCATTCAAAAATTGTTATTCCAAAGCCACACACGAAAAGCAATTCATCCTGGAAAGCAATACAGAAAGTACGTATTTGTGCACTTTTGAATTAATACAGTTATGCTATTTCAGAAAAGATTGATATATGTTTGTGGAATGTTTTTCTATATGTTCAACTGTGTCAAAATTCAGGCTGTGTAAAATATTTACCAACATTAAGGTCCTTAGGTTCTTTAGGTTGTTTTAGCCAGTTCTGCACTTTTGGTTTTTTTGTATCTCTTTCATAAGCTTAGAAACACTTTAATTTTCAGGTGCTGGATAGTGGAGAAACAATTGGTTTGAAACATTTTAAACCAATCAAGGCATTGGGATCCGGCGACACCGGCAGGTTTGTAATAGATAATTCAACGTACAATCTTATGTGAATTTCATGTAAATCCCTACAACTTAGTTTACTGTGCATTAATGCTTTGGAAACTTTTCTTAGCACTCTAAAATTCTCAAGACAAATGTGTTTGTCCAAATAAAATGATAAATGCATTTGTCTAAATAAAATGATATAATCAAAGCTTTTTATATACGGATAAATGAGTCATGAGGCATGATAAAGGTATTGGATAATATCAGCGACATAACATACAATTATACCTATAACTTGTGTAATTTTTGCCAGTATACTTTCTAAAACTTAGCATTCATAATTGTATAATTTCACAGTATCACCTATTAAGTCCAGTCATACTAATTCGGTTACCAAACCAATCGAAGAAATCTTTGTTTACTATAAGAAGCTACACCGAACAAAACCAATCGTACTAATTTATCATTCCTTTTTTCTCTCTTTTACGAAGCCAAACTTGACTAATGTATTACCTTTTTGTGTATTTCTTTTTGAGTTTTCAGAAAGATTAAGAGAATATTTTAGATTTCATTATTTTTAAATTTAAATCAATCATCTCTTTATGAAAGTTTTTAGTGATGGTATTGGTTTGGATTTCAAAGGGGGCATTTATATTTAGTCCTGTTATCCCATTTTTTGGACAAAACTGGAATATCAATGTCGTATGCGTCAACACTCGGAGTCCCAAATTCATTCGGCATTCTAGAGCTCATTCGGTCATTCGGCATAACTCATTCGGTATGCTCATTCGGCAAGATTCATACTCATTCGGCGTGCTCATTCGGCATTCCCATCTCCCTTGGTTCATCCGGCATCCCAATGCAAGAGCTCGTTCGGCACTCCCGAGTATGTAAGTTCATTCGGTATTTCACAAGTACTGCCGGTCCAAACCCACGTCCATGCTAACACCGGACCATGCTACCACCAAGCCAACAACTACCGAACCAACTCAAACCGGACCACCATCACCGAACCAATGCACCGCCGAACCAACCAAACTCCCACCGGACCGTCTCCATGCTCCTACCACCGATCCAACATAAGGATGGCATACCGAATGAAGGCTCGCCGAACCAAAGTTGCCAGTCCAGATGGCTTCAGCCCAGGCCCACCAGCAGCTATATACTCCCAGGACCCTGCCCCTGCCTCACTCTATAAATAGAGGGGCAGGGGTACAACAATGGCAGACAAGTTTGAGAGCTCAAACCGGGAAGGAACTTTCAAACAACTTTCATACACTTGTACTACAAGCTTTGTACTTGTAATCGGATCGGAAAAGGAGAATAACATATAAAGTGGACGTAGGCACATTCTGGCCGAACCACTATAAATCTGTGTGTCTTTTACAGTTTAGTCCCTGCTTTTTACGCATTTGCATAAACCACCTAAATCACTACGAACAACATAAAATCAACTAAATTCATACGACTTGGAGTTGTTTGCCCATCTTTTGTGCAAACATATTTGGGTTATTTGCTGAGATCTGTAATTTGTGTTTGAATATCGCTGACTTATATTCATACACTGGTGCTTTCACGACTTTGGGTGTTTGCGGCCATTTTTTACGCAAACATTTTGGTGCTTTCACTGAGAAGAACCAGCTCCCACTACATCAGATAGAAGTTTGGATTTGGAAGACAATGACTAGGCAAAACAGTAGAAGGCTAAGGGCTGAGAGAAGCCAACAAGGAGGAAGTCAACAAGCATCCTCCGGAGGTGAGGAAGGACCGGCTTCAATCTACATAACCCGGGATGAAATGGAAGCCATCACGAATTCACTACAAGAGAGGTTATTGAAGAGTCAACAGGAGATGATGCAAACTTTCTTGGAGCAAATGAGAGCTGCAGGGATGCAGAACTTAGGAACAGCTACAACGGCTGTGGATGCAGAACAAGAAGCTAGGGTTATGGAACCCAATGGAGGACAGGATACAGAGCTACAGGGCAATCAACAAGGCTTGGGGGCAGGCCCACAGGATTCAACACAGGAGAACCTTTGGAAGGAGTTCAACAGGCTAGAACCAACGTTGCTGCTAACGAGCCACACGAAGAGTATGTACCGGAGTTCCCTCGGGGGCAACCCCCGACAGATAACGGTGGATTGGTAGATATAATCAGGAAGACTGTGCGAGGTGGTTTGACCAACGGAGACTTGGAAGGAGTAAACAGGAGTCCGTTCACTCGGGAAATAAGGATGGCTCAGAATCCACCTAAGTTCAAGCTACCTAGCGTGGAGGTATACAATGGCAAGGAAGACCCTACGGATCACTTGATGAGATACACTAGACACATGGAGGTGCTGGGGGCATCAGAGGAGGTGATGGCCCGATGCTTCCCTTTGTACTTGACGGACTTAGCTGCGATGTGGTTCAGGCAGCTGGAAGAAGGATCTATCGGGACTTGGAGGGAATTGGTGGAAAGGTTTTTGGGACAGTTTCGGGTTCATGTCAAGAGACCGAAGAACGTGATGACATTGACATCGGTAAGGCAAAGGATGGATGAATCGCTTAGAGCTTTTCTAACTCGATTCAGTGCCGCAGTTGCTTCGGTGGATCGGCCCGATCCATCGATGGTTTTAATGGCAGCAGTATCAGGAGTCAGGGAGAACTCGGATTTCAAGGTATCTCTGATACGAGATCCCCCACGGAATCTCGACGAATTTCTTTCATGAGGCAGAAAGGTTCCTTCGACAAGAAGATGCGAGTACGGATTTAAAGTCGAAAAAGGTTAATGCAGTTGAGGGGGGAGGACCATCCAGCAATGGTTCGGATAAAAACAAAGGAAAAAGGAAGTTGGACGATGATTCTGGAAATGCTAGGAAGCAATGGAAGGATCCAAAGTTTTCCACATACACAGGATTGAACGAGACACTGGAGCGGATATACCTGGATACTCGAAATCGCCTTCACTACCGGAGGCCGGCTAGGAGAGAACCAACAGAACGGGAAAGGACATCAGGAAGGCACTGCCTCTTCATGATTTGGATGGACACGACACCAACAGCTGCAGGCACTTAAAGGACATAATTGAGGAACATGTAAGGAATGGACAACTGCCGCAATATGTTGGACCGCGGAATGCAACGGCGAGGCAGGAGCAACCACCGCCTACCTCAAGCTACGATGGTGGGAGGCCCAGGAATGATGGTCGGTTGATCGTCCCTTAACCAGGTTAATATGAAATAAGTAGCAAACTATTGGCAAGCAACCAAGTCATTTACACATGTACGGGGACGGAGATAGCCCCTAGGCATGCTCTGAATGATGATAAACTGCGACGCTATGGTTTGTGAAATTTATCTTTTCTTTTGGATTGGACAATGCTTTTCTTTTTGGTTTTCGGTTTTGGAGCTCGGATTGAGCTCCTGGTTTTTCTTGCTTTTTGGTTTGGATTTTCCTTTGGATGATTGTTTTCGGTTTTTGAATACTGGTTTGGATTTCTGGTTTTCTGGATTTTGGATTTGGATTTGGATTCTTGATCTGGATTTTGGATTTGGATTTTGGATTTGGATTTTTGGATTGGATTTTTTATCTGATTTTTGATAAACGGTCGTCGGGTATGGATTATGCCTGGCAAGGGGTGAGTCACTTTGCCCGAACATGGTAAATTGACTCATTCAGGTCGTCGAGTATGGACTATGCTCGGCAAGGGTCCGGAGTGACCAGGATTCGGCCTAGGACTTAGGCCCTATATTATCAATCGTTATTTTCAGGTCGTCGAGTATGGACTATGCTCGGCAAGGGTCCGGAGAGACCAGGATTCGGCTTAGGACTTAAGCCATGGCATTGTACAGCGTCCAGGGACACTGGACCAAGATCGTCAAGTATGGATTACGCTTGGCAAGAACCCGGAGAGGTTTGCTCAACGTCCAGGGACACTGGACCAAGGTCGTCATGTGTGGATTAGGCATGGCAAGAACCCGGAGAGGTTAGCTCAACGTCCAGGGACACTGGACCAAGATCGTCAAGTATGGATTACGCATGGCAAGAACCGGAGAGGTTAGCTCAACATCCAGGGACACTGGATCACGACCGTCAGGTGTGGATTGCGCTTGGCAAGAGCCCGGAGAGGTTATAAATTTGGATATCGACCCAGAGAGGTCCTGGATTCGGTTGTTGGCTATTGGATAAGGATGGTTTGGGACTCGGTTGTCGAGTTCGGATGGACATGGAATTGGCTCAAGCTTTGGTTATTGGATTTGGAACTGGATATCGACTCGGAGCAGTCAAGGATGATCTACTCTGGCAATATGGCTATTGACTTTGGATATTGGATTCGGACTATTCAAAACACGCCTTGTTATCACAAGGCATGTTTTGGGGGGCAAAGTGTTATCCCATTTTTTGGACAAAACTGGAATATCAATGTCGTATGCGTCAACACTCGGAGTCCCAAATTCATTCGGCATTCTAGAGCTCATTCGGTCATTCGGCATAACTCATTCGGTATGCTCATTCGGCAAGATTCATACTCATTCGGCGTGCTCATTCGGCATTCCCATCTCCCTTGGTTCATCCGGCATCCCAATGCAAGAGCTCGTTCGGCACTCCCGAGTATGTAAGTTCATTCGGTATTTCACAAGTACTGCCGGTCCAAACCCACGTCCATGCTAACACCGGACCATGCTACCACCCAAGCCAACAACTACCGAACCAACTCAAACCGGACCACCATCACCGAACCAATGCACCGCCGAACCAACCAAACTCCCACCGGGACCGTCTCCATGCTCCTACCACCGATCCAACATAAGGATGGCATACCGAATGAAGGCTCGCCGAACCAAAGTTGCCAGTCCAGATGGCTTCAGCCCAGCCCACCAGCAGCTAAATACATCCAAGACCCCTGCCCCCTGCCTCACTCTATAAATAGAGGGGCAGGGGTACAACAATGGCAGACAAGTTTGAGAGCTCAAACCGGGAAGGAACTTTCAAACAACTTTCATACACTTGTACTACAAGCTTTGTACTTGTAATCGGATCGGAAAAGGAGAATAACATATAAAGTGGACGTAGGCACATTCTGGCCGAACCACTATAAATCTGTGTGTCTTTTACAGTTTAGTCCCTGCTTTTTACGCATTTGCATAAACCACCTAAATCACTACGAACAACATAAAATCAACTAAATCATACGACTTGGAGTTTTTTTGCCCATCTTTTGTGCAAACATATTTGGGTTATTTGCTGAGATCTGTGATTTGTGTTTGAATATCGCTGACTTATATTCATACACTGGTGCTTTCACGGTATTGGGTGTTTGCGGCCATTTTTTACGCAAACAAGTCCGATAATATTATGTCAACTACCAGGCTGCTTAATTTAATTTTAGCAGGATTAGCATCAACACTTTCTATTGAAATAAATTACCAAAGGAACCAAAATAATAATGTTTTCAATAAGTACTATATTTTTAAAAGTTTTTATTTTGGTGTACTAAAATTGAATAGGGACAATAAATATATATATATATATATATATATATATATATATATATATAATATATATAAACATGAAATTATTCATGTTGAACACATCTTGTATTTCGAAGATATGACTTAAAAAGTTCGTCTTTTTTTCATATATTAAAGATATTCCATAAAATAAGTGTATTTCAGAAATTCAAACTTTTCAGAATCTATTTGAAAAATCACATATTTCATGATATTCATAGAAAAACTTATTTTAAAATAATTCCTAAAGATTCTAACATTCATTTTTTTTCCAGATAAATTAAAAAGTTATTATTTTGTCAGCAATCATAAAATGCATTTTAAAGTGGTCAATAGCTATTATTTTAGAATTTGAAATTTTGAACAATGACTTTAAAAAAAAAACAATGTAAGATCAACTATTCATTTTTATGCATGTCTTTGTTGGTTAAAAAACGTTAGTGGCTATAGTTTTTTTATGATTTTTCAAGTATCTGCCTTATTTTATTATGTGCGAAATTGTCTATTATAGAAGACCACCGGTATTACAAGTAAATAGTAACACTTTGATGGTAATTAATAATCTTGGAATTCTTGACTTCTTTGTGTCAGTGTGCACTTGGTTGAATTGTTGGATTCTGGAGAATATTTTGCAATGAAGACAATGGACAAAAGCGTCATGCTTAACCGAAACAAAGTATGGAACTAATTGGATCTTTATGAACACAAGTTATTGCCTACTGTTATTGCTTGTGCAGTAACGTTCTTTAAATGTTTGGTCCTTTCAGGTACATAGAGCTTGCGCCGAAAGGCAAATTCTTGATATGTTAGATCACCCTTTTCTACCAACATTGTACGCATCTTTCCAGGTATATACCATACCTGGTATGCCATTAATGATTAAACAGTGAAACTGTTGAATATACCAAACTGATTTTCTTTTTGCATTTTGCAGACTAAAACACATATATGTCTCGTAACTGACTATTATCCAGGTGGAGAACTCTTCTTATTACTAGATAGACAACCTCTAAAAGTTCTCAGGGAAGATGCTGTTAGGTATTTTTTTATTAACACCGCAAGAGTAAGATTGAATAAAGCAATATTTTGTGTTTAGAAACTTATGAAATGAAAACACATTTTTGTATGTATATCTTCTTACTGCTATGATTTAAGGTATACATCATCTCTATGACAAGGTTCCTCAGAACGGTTCTTACTCAGGTTTTGACGAGGTGAGAACATTTGTGGCCCCAAAAAAAAAGCCGCTGTACCAATCATCTAGTTGATTTAATGCACTAATCATTAAATTAGAAAAAAAAAATCCTATTTATGACTCAAATTTTAATAAAGAATACCATATTTATTACATTTGAACTATAATTTAACCATTGTAATAATCGAGGGATCAACAAGCACTGTCTTATAAATTTTGATCTCAGTTATCTTAATTAATATTGCACAGAAGATTCTAGACAGCAATCTAATTTTCAACTAGAACTATGACTCATCACAAATGCTCTTTAGCTATTCATAAATGTGACCAAAGTGAAACTTGTTGATCGTAGATTCTATGCTGCAGAAGTTGTTATAGCACTAGAGTACCTTCACTGTCAAGGTATGAATTTTTGATAATACTGACTACTTTTTTTAACCCGTTTAAGATAAAATAGTATCCCAAATAAGAAGCTGATGATGGCAGTACGTTTGCTTCATTTAGGTGTAATATATAGAGACCTAAAACCAGAAAATATATTGCTACAGAAAGATGGACATTTGTCTTTGACTGATTTTGATCTGTCATGTTTGACATCTTGCAAACCCCAAGTGAGTTTTGTGATTACAGTTTATCTTCTTGTTTCTTAAAATCCTTCACTGGTATTTCAATTTTCTCACTCATTAGGTTTCTGCATCAGATACATTTCCGGCTTAACTGCATGTTGAATATTTTGGTTTTTTCTCTACCTTTTTTTTCCTTGCTTCATAATACAAAATAAAATGCCATTTTTTGACTCGAAATATTTATTTGCACTGAAATGAAACGGTTCAGTGGTAAATTTATGTTGATGCTCTTGGCGTACATGCCTTTCTGTTCAACCACATAAATTAAATATGCTATAATAAGTCTAATGATAGTCCATGTTACTAACCGAATGCGAAGACTCATGTGTTGCTATGTGATGGTTACCTTCCTATTGTTATGTAAGTTGACAAATGTGCCATTTTTGTTCTAGCTTTTGCTTCCTTATCCTGAAGAATTGAAAAAGAAGAATGGAAGAATACCGCCCATTTTCATAGCAGAACCAATGAGAGCATCAAATTCTTTTGTTGGAACAGAAGAATACATTGCACCAGTAAGTATTTGCTTAAATTTGTAAATTTAAAGTTGATGGTTTGAAAGCCTGCATGAATCTTTGCTCGTTGGCACTGATGAAATTTTAAGTATCTACCACCTTTCTGAAATATTCGATCCAAGTACAACCATGAAAAGTCTGTGGACTAACCTCATTCTAAAAAGATGGTAGGGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGTATGGTCGTCAAAGCGGTTTCGGCTCTATGCCGATAACCATCTGGCAGCTCGTGTAGAACAAGTAGATCGTCTGGTGAAACTCCAGGTGGTGGCGGAACGTGTAATGGTCCAGCTTGCTCCGTTGGATGTCTGTGAACCGTTCTTCGGGCGATTTTGGTTGGACGCGGCGGCATTTCGTTTAGATTTTCTAATTTTTTTTTAAAAAAAAGAAAAAAATGAGAGTAAAGTGAGGAGAGAGGGGAGGCGGTGCCCATTTTATGGGCGCCTTTGTTCAGGCGCCCATTTAATGGGCACCTGAGGCCAGATGTCCAATTAATGGGCGCCTGGCCACTGGGGGCCCAACCCAGATTAAGGGCTAAATATTCAGCGGGCTAA

Functional annotation

Database	accession number	e-value	annotation
nr	AML79265.1	0.0e+00	putative LOV domain-containing protein
Swissprot	Q2QYY8.2	4.9e-297	Non-phototropic hypocotyl protein 1A
trEMBL	A0A126X3K0	0.0e+00	Putative LOV domain-containing protein

Best hit in Arabidopsis

TAIR id	% identity	e-value	bit score	gene aliases	Short description
AT3G45780.1	66.24	0.0	1084	JK224;NPH1;PHOT1;RPT1	phototropin 1

>>>Show top 3 blast result

Query id	Subject id	alignment length	mis matches	gap openings	query start	query end	subject start	subject end	% identity	bit score
g20005	AT3G45780.2	865	215	16	18	824	16	861	66.24	1084
g20005	AT3G45780.1	865	215	16	18	824	16	861	66.24	1084
g20005	AT5G58140.3	807	287	12	23	824	20	773	57.25	886

Ortholog group

Species	Genes
Allium cepa	g20005.t1
Allium fistulosum	AfisC4G06827
Allium sativum	Asa5G05730.1
Arabidopsis thaliana	AT3G45780.1; AT3G45780.2
Oryza sativa	LOC_Os11g01140.1; LOC_Os11g01140.2; LOC_Os11g01140.3; LOC_Os12g01140.1; LOC_Os12g01140.2; LOC_Os12g01140.3; LOC_Os12g01140.4; LOC_Os12g01140.5

Pfam domain

Pfam ID	Pfam name	type	alignment_start	alignment_end	bit_score	Evalue
PF13426.4	PAS_9	Domain	167	263	61.8	5.4e-17
PF13426.4	PAS_9	Domain	451	543	67.2	1.1e-18
PF00069.22	Pkinase	Domain	631	824	134.2	4.7e-39

Gene Ontology

Accession	Ontology	Name
GO:0005886	C	plasma membrane
GO:0005622	C	intracellular
GO:0005575	C	cellular_component
GO:0008152	P	metabolic process
GO:0003674	F	molecular_function
GO:0016020	C	membrane
GO:0003824	F	catalytic activity
GO:0004672	F	protein kinase activity
GO:0004674	F	protein serine/threonine kinase activity
GO:0007165	P	signal transduction
GO:0035556	P	intracellular signal transduction
GO:0005623	C	cell
GO:0005634	C	nucleus
GO:0005737	C	cytoplasm
GO:0043231	C	intracellular membrane-bounded organelle
GO:0006464	P	cellular protein modification process
GO:0006468	P	protein phosphorylation
GO:0006793	P	phosphorus metabolic process
GO:0006796	P	phosphate-containing compound metabolic process
GO:0006807	P	nitrogen compound metabolic process
GO:0007154	P	cell communication
GO:0008150	P	biological_process
GO:0009314	P	response to radiation
GO:0009416	P	response to light stimulus
GO:0009628	P	response to abiotic stimulus
GO:0009637	P	response to blue light
GO:0009785	P	blue light signaling pathway
GO:0009881	F	photoreceptor activity
GO:0009882	F	blue light photoreceptor activity
GO:0009987	P	cellular process
GO:0016301	F	kinase activity
GO:0016310	P	phosphorylation
GO:0016740	F	transferase activity
GO:0016772	F	transferase activity, transferring phosphorus-containing groups
GO:0016773	F	phosphotransferase activity, alcohol group as acceptor
GO:0019538	P	protein metabolic process
GO:0023052	P	signaling
GO:0030522	P	intracellular receptor signaling pathway
GO:0036211	P	protein modification process
GO:0038023	F	signaling receptor activity
GO:0043170	P	macromolecule metabolic process
GO:0043226	C	organelle
GO:0043227	C	membrane-bounded organelle
GO:0043229	C	intracellular organelle
GO:0043412	P	macromolecule modification
GO:0044237	P	cellular metabolic process
GO:0044238	P	primary metabolic process
GO:0044260	P	cellular macromolecule metabolic process
GO:0044267	P	cellular protein metabolic process
GO:0044424	C	intracellular part
GO:0044464	C	cell part
GO:0050789	P	regulation of biological process
GO:0050794	P	regulation of cellular process
GO:0050896	P	response to stimulus
GO:0051716	P	cellular response to stimulus
GO:0060089	F	molecular transducer activity
GO:0065007	P	biological regulation
GO:0071214	P	cellular response to abiotic stimulus
GO:0071478	P	cellular response to radiation
GO:0071482	P	cellular response to light stimulus
GO:0071483	P	cellular response to blue light
GO:0071704	P	organic substance metabolic process
GO:0071944	C	cell periphery
GO:1901564	P	organonitrogen compound metabolic process
GO:0104004
GO:0140096

KEGG pathway

KO	Name	Enzyme ID	Pathway	Pathway ID
K20715	PHOT; phototropin	EC:2.7.11.1	-	-

Expression pattern in different tissues

Expression pattern in BioProjects

Co-expression network