Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Vian9g00310 ATGTTTTCCAAAACTCCAACACCTGTTGTAATCGGAAGAGACAGCACCGTGATCGCAGTAAGCGGAGGTCGACATAGCAATGGTGCTGTCAAATGGGCTGTGGAACACCTCCTAAAGAAGAACTCCTCATGCATCCTTCTTCATGTTCGAACTAGGACCATGCTTAACCCTGATAATACTAATACTAATGATGCACCCAAAAGTGGTCGTCCACCAACTGAAGAAGAGTTGCACCAGTTCTTTCTTCCCTTTAGAGGATTTTGTGCCAGAAAAGGGATATCAACAAAGGAATTGGTCTTGCACGACCTTGATGTTACAAGTGCACTCATTGCTTTCGTTGATGACAATTGTATCAGCACCCTAGTTGTTGGTGCTGCTACTTCTTCCTGGGGTTCTATTCTAAGGAGATTTAATAAAGACGATGTGTCAGCCAGTTTAGCAAAATCCTTACCTGATACATGCAGTTTATATGTTATATCAAAAGGAAAAGTACAGCATATTCGACCTTCAGGTCATCATGCTCATCATCATCATCATCAACATGTTGAAGCCCCACCAGCTAAATCTATAAAAGATATAGTCAATTTCTTAGAAAGTGATCCATTGGAGCAGCCACACAAAGATCTCAACATTAACCAAATAGCTTTTGAAGATATAGAGAGGAAACTAATCAAAGATGCAGTAAAACACCAATCTAATAATAAACTTTGGGAATATTTACGTGAAGAAACAGATTCACCAAAAGGTCCAATTGAGTACCCTCCATCACAAAATTCATCTGCAAATAATACTCCTGGAAATAGTGACAGCACGGGGCAATCACTTGGTCCTTCTTTGACAAATAGGACCAATTCACACCATTGTGGGAACAATTCTTACCATTGTGGGAACAATTCTTCTTTGAAAGATCAAGTAAACTTTGATATGCAGATGAGGAAATTGAAATTAGAACTACAAAAAACTGCAGAGATGTATGGTATGGCTTGCAAAGAAGCTGTTCTAGCTACACAAAAGGCAATGGAGATTGAAAAGTATAGACAAGAGAAGGAACGCGATATGGAGGAAGCAAAGCTTTCTCAATCCAAAATGACTATGGAGTCAACAGAAATGTCAAAACACCTGGTAAAAATGGAGTCTCAGAAGAGAAAGGAAGTTGAATTAAAAGCCAAAAATGATGAAGAAGAGACGATTAAAGCATTGCAGGAAGCTCTATATAACAATATTCCCTACAGAAGATATACAATTGAAGATATTGATGCTGCAACCAATAAATTCGATAATGCTTTAAAAATTGGTGAAGGTGGATATGGTCCTGTCTTTAAAGGACTTCTTGATCACACTACTGTTGCTATTAAGGCTATGAAACCGGATTTAGCCTATGCAGAAAAACAATTTCAACAGGAGGTCATGGTTTTAAGCACCATAAGACATCCAAACATGGTGCTTCTCTTAGGAGCATGTCCAGAATTTGGTTGTCTTGTGTACGAGTATATGGTAAATGGAAGCTTAGAAGATCGTCTGCTTAAAAGAGATAACAGTCCTCCAATCCCATGGAAAACGCGTTTCAAAATAGCATCTGAGATTGCCACTGGCCTTCTTTTTCTTCATCAGACAAAGCCAGAACCCCTGGTGCATCGTGACTTGAAACCAGCAAACATTCTTTTAGACAAAAACTATGTTAGCAAGATTAGTGATGTTGGTTTGGCACGACTAGTGCCTCCTATAGTGGCTGATCAAACCACACAATATCGTTTAACTGGTGCAGCTGGAACATTTTGTTATATCGATCCTGAGTATCAACAAACAGGATTGTTGGGTGTGAAATCAGACGTATATTCATTAGGAGTGGTGTTGCTACAAATCATTACAGGAAAATCTCCAATGGGGTTGTCACACTTGGTTGAGAAGGCTCTTCTGTCAAACACTTTAATTTATATACAAGTGTTTCAGCTTCAAATGGCTATTGACGGTAGTTTCAACCTTCATTCTTCGCTTCGGAGACTTCTTGATCGTTGTCCAAAGCTCCAGTGTTTTCCGCAGTTTGAGTCGCTCGAACAGAGGGGAGAGGTGACAGAAGAGGAAGTTGTTAATGAGCTAGGAGGGGTGTTTCTGCACCCGAGTTATACAATTCCATTGATGGGCTGTTTCCGACCGATTGCTCAACGAATTGTAGATAAAGCTGTTGCTTTGCTTCGTCTTGTGCCAAATTTAAGGTCTATTCCCGAGGGCCCTGCCTGTGAGGATGATCGTGACAGTGTTTTGGATGGGGTCGTGAATATCATAGAATTTTATAGTCAACAGGGAAGGGGTCTGGACCTTCATGAGCTTGCCTGTCTAGCTTTCTGTCGCGCTCTTGACATGGGTCCTTTTCTGTTGAGTTCTATATTAAGCTATTTCAATTTTGCTCCTGCTCCATTTGAAAGATGTTCACTGAAACAAGTTATGGTTGAGACCCATCAACTGCATGTTGCACAAATATCATACCGTTTCCTTCTAATGGAAAGTGAAATTTTCTCAAAGCTTTGGGACTGGTCTTGTTTTCTTGACCTCGTAAAAGAATCATGCAAATCAGATCTTAAATGGTGTGGGGTGCAGGTATTGAGCGTTCTGCTCAAATTAGGCTATAAAGCCACTGAAAACCTAAATGTTGGGGCTGAAGAAGCTTTTTCTTGTCTATTGCGCTGGGAAGAGTTCTGTCAGGACACGTCACTAGAGAAAGTTGGTTGCTATGTCAAGCCAATAGCAGACTATGTGTCCAGTTCCCCAGATAGAACCATGGTTTTGAATAATGAGAACTGTTTAAAATCCTCTGGCTTTAATTATCTGTCGGTTAGTTCACCAAAACTTCGTGAGTTGCCACAACATTTAAAGAGGCAACGACTTACCACAAGGGATGATATATCAATGAGTAATACATTTGTATTGACCCCAACGGTGAAGAAAAGTTATGATAGAGTTCTTTTGGCCATCAGTCAGAAGTGGCCTGTTCTTTTATATGGCCCCACTGGTTCTGGAAAATCCGCTCTCATTGCCAAGCTGGCTCAGGATAGTGGAAATCGAGTTCTATCCATCCAGATGGATGACCAAATTGATGGTAGAACATTGGTTGGAGCTTATGTCTGTACAGATAGGCCTGGGGAGTTTAGATGGCAGCCTGGGTCACTTACCCAGGCTGTGCAGAAAGGGTTGTGGATTGTTTTTGAGGATATCAACAAAGCACCATCTGATTTGCACTCCATATTAGTGCCTTTATTGGAAGGGGCTGGTTCATTTGCAACAGGACACGGGGAGGTAGTAAGGGTGGCCGAATCTTTTAGAATTTTTTCAACTATTGCTGTTTCTAAGCTTGACACATTTGAGAGTGCAGGAACACAACGTGATATTGTTTCAAGTTCTTCGCAACTGTGGATTCCCAGGATGCATGCATCTCTGTTTCGATGGCCTATCATTGCTTCCATTTACTGTGGATATTTATATGGTCAAAATTCATTTAGTGTCTTTTGGAGAAGAGTGATGGTTCCGCCTCTTGATAATAAAGACTTGCACGAGATACTTAAAGTGAGGTATCCGGATTTGGAGTTTCACGTTAGCCAACTCATAGAAACCTTTGAAAGGGTAAACAATATCTCCATGCTTCAATTTGTGGGTTTCCACCCAGGAAATTCTACTTCTGGTTACTGTCCCTGCAGGTTCTCATTAAGGGATCTCCTTAAATGGTGCAAAAGGATTGCGGGTTTAGGATTTAGCCTTGATGGTAGTTTATCTGAAAACCAATGTTTTTGGGTGTATAAGGAGGCTGTTGACATATTTGCATCCTCTTCGTCTTCAATTAAAAACCGTTTGTCAGTAATGAAAGAGATTGCTGAATTGTGGAAATTACCTGTTTCTGCTGCTGAGACCTTGTATCCCTTAGACAAACCTATAATTCAGGATTCTATAACATATTTAAGAATAGGCCGAGTTTCCCTACAGTACACTGAAAAACCTTTACAACAACATAAAAGACCTTTTGTTGAGATTCGTAGTTCTTTGCATGTTTTGGAGCGGATAGCATGTTCTGTCAAGTATAATGAGCCTGTACTCTTGGTTGGAGAAACTGGTACTGGGAAGACTACCATTGTCCAAAATTTGGCTTTAAGGCTTGGCCAAAAGCTTACAGTTTTTAATCTTAGTCAGCAAAGTGATGTTGCTGACTTACTCGGGGGTTTTAAGCCTATGGATGCTCAGTCTGTCTATTTGTCCCTTTATAAAGAGTTCAAAGAACTGTTTACAAAGACATTTTCTGTAAAGAATAATGGAGGCTTTATTACTTATCTACATGAGTATATAGAAAGTCATCGAAAGAAGTTTTTGATTGATAAGAATGGGGAAGATCTGTTGAAAGGATTGCAAATAGCAGTTGGAAAGTCAGTTAAGCTTATACAACCTGGATCTTCCAAAAGGCGTAAAAGACCATTAGAAGAACAAATAATCCAATCTTGGGAGAGATTTTGCATAAAACTGCATAATGTCTGTCAAAGTAATCCTTCTTCAACGATGATGTTTTCGTTTGTCGAAGGAAGTTTTGTTACTGCACTTAGAAAGGGTGAGTGGATTTTGCTTGATGAGGTAAATTTGGCTCCTCCAGAAACCTTGCAAAGAATTGTTGGTGTTCTAGAAGGGGAACATGGTGTGCTATGTTTAGCTGAAAGAGGTGATACAGATTATATACATCGCCATCCAAATTTCCGTATATTTGCCTGTATGAATCCAGCAACAGATGCAGGGAAGCGGGATTTGCCCTTCTCTTTAAGGAGTAGATTTACTGAGTATTTTGTCGATGATGTTTTGAATGATGAGGATTTAAGTCTATTTATTAGTCAATTCATTAGTAGTGGCTACATGGATCAACAGTTGGTTAATAAAATTGTTTCTTTCTATAAAGAAGCAAAAAAGGAATCTGAAGAGAGGTTGCAAGATGGTGCCAACCAGAAACCTCAGTACAGTTTAAGGTCCCTTTATCGTGCTCTGGAGTATATGCTGAAGGCAGAAAGAAAATTTGGATTGCAAAAGGCATTATATGATGGGTTTAATATGTTTTTTGTCTCTTTGTTGGATGGATCTAGTGCTGAAATTATGAGGCAAAAAATATCATCTCTTCTGTTAGGAGGTCATATGCCTCCACATGTACATCTTTCCCGCTATTTAGAGAAGTCCAAATCTGATGGATCTTCAGGGAACTATGTTCAAACTAAATCTGTACAGGAGCATCTTGGCAATTTGGCGCGTGCTGTTCTAATGAGATATCCCATCCTCTTACAAGGTCCCACATCCAGTGGGAAAACTAGCCTTGTTCGGTATCTTGCTGCAATAACTGGTCATGATTTTGTAAGAATCAACAATCATGAACATACTGATTTGCAGGAGTATCTTGGTTCTTATATAACTGACACTACTGGAAAGCTTGTTTTTAATGAAGGTGTTTTGGTTAAAGCTGTAAGAAATGGTCACTGGATTGTACTTGACGAGCTTAATTTGGCTCCATCTGATGTGTTGGAGGCATTGAACCGATTGCTTGATGATAACAGGGAGCTTTTTGTTCCTGAGCTGCAAGAAAGAATTCAAGCTCATCCAAACTTTATGCTTTTTGCTACTCAAAATCCGCCTACACTTTATGGTGGCCGCAAAATGTTGTCCCGGGCATTTCGTAATCGTTTTGTTGAGATTCATGTTGGTGAAATTCCAGACAATGAGCTCAGCAAAATACTGGAGGATAGATGTAAAATCTATGTAGGTCATGCTGAAAAAATGGTTGAAGTGATGAAGGATCTTCGATTGCACAGACAGAGTAGCCGGGTCTTTGCTGGCAAACATGGATTTATAACACCTCGAGACTTGTTTCGTTGGGCTGATCGTACCCAGAGATTTGGTAACTCTAATGAAGATTTGGCCAAAGATGGCTACTATCTTTTGGCAGAAAGGCTACGGGACGAGGATGAGAAGTCCGTTGTTCAAGAAATTCTGGAAAAGTACTTTCGGGTTAAACTGAATATAAAAAGTTTGTATGAACAGATATCATGTAGAGACAACTCTTCCAATTTGTTAGTTGGCTTTGGAGGTTCAGATGGTCTAGAAAGTGTACTCTTGACCAAAGGTATGCAGAGGTTGTACTTCCTCGTGGAACGCTGCTATAATTTACGTGAGCCTGTACTGCTTGTTGGAGAAACAGGTGGAGGAAAGACTACTGTGTGCCAGTTATTAAGTGCTTGTTTGCAGTTAAAATTACGCACCTTGAATTGCCATCAATATACAGAAACATCTGATTTTATTGGGGTGGGTTTTCTCATGCGTTTTCCTTTAGTAATTCTTGGATTCCGTCCTACGCGAGAGAGATCTGCATTAATTTCTGGGTATAAAGAGATAATTGAAAAGTTGAAGAAACTAAAGACTTGTACATACTTTCATATGGACCTTTCTTCTGACATCAATGATGCTTCTTCAACTCTTGATCTGCTGAGTGTTATGATAAGGAAATGTAAAGAAGTTCAAGTTTGTTTGGATATCAGCAGAGAAGAACTTAAGGATCTTGAGCAAATTAAGTGTGATCTCAATGGCTTGCATCAAAAGTGGCAGAGCATATTTGTGTGGCAGGATGGTCCTCTCGTAGAAGCAATGAGAGATGGTGACCTTTTTCTTGTGGATGAAATATCATTGGCTGATGATAGTGTACTTGAGAGATTGAATAGTGTGTTGGAACCAGAAAGGATGCTGTCTTTGGCTGAAAAAGGAGGGACCGATCTTGAGAAGATATGGGTTCCCCCTGTTAATGATCTAGACGAGCTTCAAGGCATTGCTCTGAAAAGAATTTCTAAGTTTAAAGTTACAGGCAGCTTATGTCCTGAATATCAAGAAAGACTCTCACTAATTGTTGATGCTATGATAAGGTTTTTTGAGTGGTTCAATAACTTGCATCCAGGAAGAATGCTTACAGTGAGAGATCTCATTTCTTGGGTTGACTTTTTCATTACAATGGAAACAAGCTTAGGCCCAGAGCATGCACTTCTTCATGGAGTATTTCTTGTTTTGCTTGATGGCTTAAGTCTAGGGACAGGACTTTCCAAAAGGGATGCTGCAGAGCTAAGGGAGAGATGCCTTTCCTTTCTTTTACAAAAGCTAAGGGTTGATGAAAGTAATTTATTATATTCAAAGCTTTCAAGAATGGGAAACTACGGTTGGGGTGAATTTGGTTCCATTATGGATGTGCCACACAGTAATAACACGCAACACGATGATTTATTTGGCATTGAACCATTCTATATCAATAAAGGTATTGGCATTGTTGAGGATGGTGGGTTTGAATTCATGGCGCCTACTACTTGCAGGAATGCCTTGAGAGTTTTGCGGGCTATGCAGCTTCCAAAGCCTGTTTTACTAGAAGGTAGCCCAGGTGTAGGGAAAACTAGTTTAATCATTGCCTTGGGAAACTGTTCTGGGCACAAAGTGGTACGAATAAACTTTTCAGAGCAGACTGATATGATGGATCTGTTAGGGTCTGATTTACCAGTTGAAAGTGATGAGGGAATGAAGTTTTCTTGGTCTGATGGGATACTATTGCAGGCACTGAAGGAAGGTTGTTGGGTTTTGCTGGACGAACTTAATCTTGCTCCACAATCTGTTTTAGAAGGTTTGAATGCTATACTGGACCACAGAGCTGAGGTATATGTTGATGAGCTAGTTCAGGAAGACTATCTATCCATCTGCGAATCAAAATTTCCGACCATCCCTCAAACTTTACTCTCAAAGTTAGTCTTATTCAATAAAAGGATGCATGAAGACACCACAATAAATCAAAAGTTTGCCAAGGATGGCTTTCCATGGGAGTTCAATCTTCGTGATATATTTCGGTCTTGTGAGATAATTCAAGGTGCACCGAAGCACTCTGGATTGTATTCCTTCCTGAACATTGTTTATATTCAGAGAATGCGTACAGCAGCTGATCGCAAGGAAGTCTTACGAGTTTTCAAGGAGGTATTTGAGGTGACACCGTCTATAAATCTATATCCCCGTGTTCAACTCAACTCAGAACATTTAATTGTGGGCAATGCTACTATTAAGAGGAATCATGTCCAATTAACTACACCCTCAAGCAAACAGCTCCTGATGCTGCCTGAAATTCGACAGAGTTTGGAAGCTGCTGCTCAATGTGTAGAGCATCAATGGTTATGTATCTTGACTGGGCCATCGTGCTCTGGGAAAACTTCACTGATAAGATTACTAGCTAACCTAACAGGCAATGTGCTGAATGAAATTAATCTTTCATCTGCAACAGATATATCTGAGCTATTGGGATCTTTTGAACAGTATGATGCCTTGCGTAATTTTTTCAATGTAGTTGGTCAAATTGAGCGCTATGTTAATGAGTTCATTAGTTTGCAACTGGAGGCTTCAAAGGATGCAATTTTCAGGGAAACTGATTTCTATACCAGATGGATTGCTTTCCTCTCTGGCTTTAAATTTGAGAGCTTGTTATCTTCTGCTACAAATTATCTTGAAAACCAGAAGAAAATAGTATGTTCCCTTAGTTTGTTCGTTGAACAACTAAAGTTGCAGATAGAAAGGAGTTCTCTTCCTCTATCCTACTCTTTACAGGAACTTGATTTTGTATTGAAGACAGTTTTAAAGATGAAAGAAGATGATAAAAACAGGGTTGTTTCAACCAAATTTGAATGGGTTACAGGACTGTTGATCAAGGCTATTGAGCAAGGGGAATGGATTGTGTTGGAGAATGCAAATCTATGTAATCCCACGGTCCTTGATAGAATTAACTCATTGGTGGAACCTTGTGGATCGATCACGGTGAACGAGCGTGGAGCTGTTGATGGAAAGCCATTGGTTATTCATCCACACCCTAATTTCCGCATGTTCCTCACAGTGAATCCGCAGTATGGTGAAGTTTCTCGAGCAATGCGTAATAGGGGAGTTGAAATATTTATGCTCCAGCCATATTGGGCATTAGATGATATGAGTGGATACAATGGTGAGGACATTGAACTTAGAGATGTCAGGAGGTTTCTTGTTTTATTGGGTATTCCGATTGCTCAATTGGTTGATTCAATGGCTACAGCCCACATTTATGCTAAAAAGGAAGGTTTGAAGCTTAATGATCGCATTACATATCTTGAACTCTCACATTGGGTTCATCTGTTTCTGCAGCTTCTTAGGAATGGTTGTTGTCCTATTTGGAGTCTACAAATAAGTTGGGAGCATATATATCTCTCCTCATTGGGTGCTGAGGGAGAGAAAATAGTCAATTTAGCCAAAACTGAATATTTATCTGTACCTAATTTTGCTGGGTATGACGTTTTGACAGTGTGTCCTTTGAGTTTGCCTGGAGGATGGCCATTGCCACTCAGTTTAAGGGATTTTGTATGTTACTCAAAAGAAGCTTCTATCAAACAGAACTGCATGTATCTGGAATTACTGGGAACTCAGATTGCATCTAATCAATATCAAATTGTTCGTAAGAGGCACTCAACAACTTCTTTGCTAACTCCCAGTGAACATGTGAGGGTGTATATGATGGATTTGATGACTTTAAGTGAACTTATGTATCCGAAGGCTTCAAATGTGAAAATTTATGAAAGGGAGAGTAAATTTGATTCAGAGTTGACAAAGAAGAGGCTATTTTTTGCTGCCAATTGGGCAATTGAACAAGCTACTGAAAGTGATTTAAAGTTCTATCTTCTAAGGTTTAAGTGGTTGAGTTCTCAAATGCAGCCCTTCTGCAAGTTCTTTAATGACTTTGTCATACTGATTGAACAGATGATGAAACATCCTATTTGGGAGTATATTTCATGCCGTGACGAACTAGATGTTGATTTGCAGTTAATACCATTGTTGTCACTTGATATAGTTAATTTGGCTCCATCAAATAGCAAAACTAAATATCTCTCTAATGCTATTAGTTGCTTTGATCCTCTAAGGCTAACATTCCAGCAACGGAATATTGAGAGCCAACATAGTTTTGATGAAGAAGCCAGTTGCTTCATTCCACTTTTGAAGTCCCTTTATGTTTTGCAAGATGAAATACTTTACAAATTTGTTTCAGCATCTAAGCTAATTGAGGACCAGTCATTTGATTATAAAATACAGTTATACTGTAGCCTCATCGAGGACCATGTTTTATTTTGGCGATACTTGGTTTCTTTGAAGTTTGATCAGATGATAATTTCTTGGCACTCGTTGGTGAAAGGTGCTCAAAAGTTTATAGATATCTGTCCTGAAGCAGTTGATGATTTTTTGATGGAGAGCAAAAAATTGAAGAAGTTCTCTTTTTCGGAAAAACCCTTACTATGGATTCATGGTGGTCACCCATTTTTGCCCTCTTCTTCTGATTTACATGATCAACATCATCAGATTTTGAAATTTGTTGAAACAATTTGGCCAAGAAAGACAGGACCCAAAGGAAATTTGAGCAGGCATCTTGTTGATGTTGCATCATTTGATCATGATCTCCGCTTCCTCATTATGCAAGATGTGTCAAACTCATCATTTTTAATGGTGAAAGGGAGTCATGAGGATGGTATCCATAATTTTCAGAAGTTGGAGGAGACACATCAGGTGCTGCTAATAAGGTTTGAACATGAAAAACAAAAGTTGCAGTTGAATTCAGGATCCAAAGACAGTTCATCTTTTGTTGAATATTCAACTGCTTGTTGTTCATTTTCACGTGAAATGTTGTGCCAAAAGTCTGCATTTGAGGCCTGGCAGGATACGTTCCCTCCAGTTGATTATACCAGTTTATTTTGGGACATGGAGTTACTGCAGAAGCTTGCATCAATTCATTTGGATGATCTTGAAGGATCGCACCAAGCTGTGGGGTGTCTATCAAACCTTCTGGACTTTGCTTTGAAGTTTTCGTTGAGTTTCTCATCAAGGCCTCCACAAATGTTTGTGCCACACCAGAAGATATTGTGGACCCTTAATGCATGGGCTTCAGTGGATGCAGTGAATTTGAAAATTGCAAGCTTTATTCTGGAGATGTGGTTTAAGTGGCATGAAACTGTGTGGGTATGGTTCCCTAAATTTATCAAGAACTTTGTGAAGATTGATGGCTTTGGTACAACTGCACTTCCCCACATGCTCATTGAGCCTTTCAGTGCATCAACCGTATTGCAGATCACGCAGAGCACACATGCTATCAAGGAATCTTGGGTGCAATGTCTCAAGTGTAGAGTTACCTTGTTCAATCTGTGGCATTGTTCTCATCATGGAACACATCTACCTAAATTTCTTTTATCTGCTGCTCGCTCTCTTTTCCAGCAGATTATTTATGCTCACAGAAAATCATTTGATGCTGATCAGTTTGCTAAAATTAAATCTACTTTTTCTTCTTCTGAGAAGAATGCACTTACGGAAGAAAGCATCTATATTCTGAGCTCTCTTGTTGCTTCATCGAGACATCAAAGGTTGAAAAAATCCGTTCAGAAGTTCATTGTTCCACTGCTTAGAGAGTTGTATCTTCAGACTAATGCTGCTGATTTCAACTTTACTATTGGTTGTGCATGGGCGCACATTGGAGCATTGCGCATTCACCTATTGCTTAGCTGTAGTGAAATTGATCCCACCATGAAGTACTATTGCAAGTACTCTCAGCTCATGGAAACAATATCAACACTTGAGCTTGAAATTCAGGTGCGGAAAGAGTGTGGTTATTTTGCTGGACAGTTTTTAACACACGAGTCTGACAAAAGAAAAACACAAAGGTTGGAACAGCTTCAGGCAGAGCGTCGGATGCTGGAAAAAAAGATTGTGTTTCGTGCTGAACCATGGAAATACAAGAAGTTAATGAATGAATGTGTTGACTTTCTTAAACAAGTTGATGGTTTGGAAGCTTTGCTGAATAGGGGTACTGCTCAGGACTTACAGCAGATTGTTGACCATGCTTGTGGCTGGCAGGAAACAGCTACATGTTTTATTGATCGATTAATGGATGAGTACGCTGCATATATTGACATTATTCAACCAATTCAGGTTGCTGTGTATGAGATGAAATTAGGATTGTCACTGATTCTGTCAAGTATCCTGGAAAAGAAATGTTTGAATAAACTTGGGAAGGAAAACATCAACGTGATTATGGAAACGATGTACACACTTATGCGCTTCCCTCGGGCTGCTTCATTTAAGTTCATTTCTGTTAAGCGTGACATTGAGTTGAACTTGCACCCTGCATACAGTTTTGACTATTGTTTGGTAGATATGGATTTGATGGAAAATCTTGTTACACTTTCAAGTGGTGTTGCTGGTGATAAGATGGTATCTGTGGTGCAAAATAGAGCTGCTTTCTATTGGAGCTTTTTTGTTCAAGTTTCACATCGTATTGCTAATGCTAAAATAATTGATGATAAATCTTACACGCTCTTGCACAAGATATTTGACGAGTTCGCCAAACTTTGGTTGGATACAAAAGCTTACACAAAGTCAAAGAGTGATTTTGATGCTCAACAGTACAAGTTTAGACCTCGAGCTTTTCAAATTGAGAGTATTATTGATGTTGAATTGCCACCGCTTGCAAATTCATTTGCCCCTGAGACATTTTCTGAATGGAAGGAATTTTCTTCCGATGAAAATTCTGCTGACAAAATGGTATCCTCTGAGGAATGTTTCACATTGGATGAAGAATGGAAGCAGCTGGAAGAGTCTATCCTCAGCCATGTGGTTGTCATTCACAATCAGATATTTGGGTCAAGTGATCTAGTCCAGACTCCTGGAAATTTTGAAGTTTCTGATGAAGATCGGTTGCATTCCTTTACAAACTCATATTCTTTGGGCATTGATTTAATCAAAGGTGTCCACTCCATAAATTTGACCAGTTTAGATGCTAAACTCATGCCAGAACACTTATTTTATCTCTGTTTAGACTACAGAAAGAAGTACCTTCTGTCTCACAAATCTGCTACTAGATACAATTTTTATAAGGATTCAAATGCTCCTGAAATGGTACACATGTTGAAAGTACTTGGACCTCTCCAGCAGCAGATTCTTCCTCATATAAATGAGTGGGAAGTTCATAATGATCTTCAAAAAATTTTGGATGTAATTGACATGCTCTTGACTCTCCCATCAGATACTCCTTTAGCGAAGGCTTTTTCAGGGTTGCAGTTTTTACTTCACAAAGCTGAAGTTATGCAAGAAAATGGTTCAAAGTTCCCCCTTTCAAATCAACTCAAATCTGTTAATGATCTGTTGTCATCATGGCAAAAGATGGAACTAAATTCTTGGCCTGCTTTGCTTGATGCGGTGATGGATCAGTATGAGAATAATGCAGCCAAATTGTGGTTTCCTCTCCTTGAGGACTTCATACATACGTCCAGTATTGGGGAATTCAAGAAACGTCTTCAGCTTCTCTTTGCTTTTCTTGGTCAAAATCATATCAGTGCATCTTTGAATATTAATTCCAGTTCTTGTCGGTTGGAACAGTCAACATTCTTGTACAATATCTTTGGATTTTATGTGCAGTTCTTACCAATAGTATTGAAGTACATTGATGCTAGTAGGAAAGAGGTTGGTATTGAACTAAACAAACTAGTGAAACTATGTCAGTGGGAGCATGGCAAGAGTCATTTGTCATTTGAAAGCATGAAAAAGAGTCGGCAGAAGCTTAGAAAGCTTATACAAAAATATACTATGGACCTTTGTGATATACTGGACGTCTTGCAAGAACCCGTATCTATTTTCCTTAACCAAGAAGGTGCACAACGAGGAGCAAAAGCACAATCTTTTCATAATCATAAGCCCACTTATGATGTTACGAGCAAGGGTTTGGTTGATGGTTCTTTTGATTTGACATTGTTCAGTGAAAACAGGTTCATGTGGTTTGACAATTTTGGTGGGGGATTAGACAGTGCTTTTCAGAACTTGTTGCTTAAGAAAACATCAGTATTGCATATTATTCCTTTACATCAGAAAGAAATTAAAAGCATATTTAGACCTTGTCCTGATTCCCAGCGTACACTTTGCCTGAAAGGATGGAAAGCTGTTTGGCATATGATTGAAAAAATATATACCACCGCAGTTGACTATGGCAATCTTTTGAAGGAAGAGAAAAAGGGTCAAGGGAAGAGAAGAGCTTTGTCTGAGCTTCTTAAGCTTTTAGAAAGCAATGGATTGTCTCGACACAAGTCAGCTTATACAGGAGACCAGCATAAAACTTGGTGGTTCCTTCAGCTTTCTGGGAACATATCGTATTTACTCCCAACCAGCAGTAGATTAGAGTGTGTAACCCCAGGAATTCCTGAAGTTGAAAATAAGAGTATTGAAGAAGAAAGTTTGCTTATGGAGTGGAAAACTGCCACTGATTATTACTACAAGAGTGTTGTGTCTGTGCTCCTTATGCAGCAGATGTGCCTCAATCCACACAAAGATATAACTCTTCAACAGGTTGACAGTTCTAGTTCTTTCCTCAATCAACTTATCCAGATACAACAGAAGCAACTAACTGCTGCGAGTGCATTCAACAAACAATTGAAATGCTTTAGAGAACGTGTTTCTACTCTGGGGAAATTGTTTTCATTTTCCTCCACCGATAATGAAAAAAATTATATTTGTTCTATTATTCCCAAACGGTATGCTACTTATAAGTGCATGTGGCAACAAAAACAATTGTTTGATACTCTTTATGCTACATCACAAGAAGAATTGCTTTTACTGAGAATATTAGCAAGTAGCCATTTAAACACCTGCAATAGAGCCAGACCCTTAGTCAGTCGGATGATTGCTTTCATTGAAGAATTTTTACCGTCCTTCAGTAAATCAAAGGAATCATTGGATTGTTACCTAATTGGGAGGTCCAAAGCTGTGACTGCAGTGGCTTCTTCCTTGAGTACAGTTAGAGAAGTTCTGATCCAACATTTTCTAGAAATAACTGACAAGGCAAAATTAATCGAGGATGAGTTTACAACAGCAAGACAGGGAAATTTTGGTCAAGTAGATCTATCTGGAGATATATTTTGTGAAAGAAACTCTGTGGAGCTTAATGCCGGGTTCAATGAAGCCCTTATGTCTATATATCAGCATCTTGAATCTGTATTGCAGAGTTTATGTTTTCCAAGCAATATTCCTATGGTTGATGAGTCCATAGAAAAAATTATTTCATGGGAATCACTATTTGAGTCATTTGTTACAAATCTTAGGTTGGACACATTATGTAAGGATCTTTTCGAAGTTGTTTCTTCTGGGGTATCTGTAACAACTCATGTTATTGCAAATATTTTAGCTTCTTTATTTTCAAAAGGTTTTGGAATATCTCCCGACGACCAGGAGGAAGATGGAATTGATACCACTGGAGATTCAAATGGTACAGGCATGGGAGAGGGTGTCGGATTAAAAGATGTGAGTGATCAGATTGCTGACGAAGATCAGTTGCTTGGAACAAGTGAACAGCAAAATGGAAAGCAAGATGACACGGACAAAGTGCCAAGTAGCAATAATACAGGGATTGAGATGGAGCAGGATTTTCAGGCTGATGCATTGAGCCTCAGTGAAGACTCTGGAGAAGATGATGATACTGATAATGAGGATGGGGAACTTGAGTCTGAAATGGGACCCACTGGGCCAGACAGTGAAGCAGTGGGTGAGAAGGTTTGTGATAAGAATGAAAATGAAACTCCCAATGATACAAGAGAAAAGTATGAATCTGGACCTTCGGTTAAGGATAGAGATGCAGGCAACACAGAGTTAAGAGCCAAGGATGACTCTACAGCTAATGAACCTGCGGATGGTAATTGTAATGAAGGTGATACTCAGGATGATGAAACTGTAATACCAGATGATGTAGGTGATGGAGAGAAAGAAGATGAACTGACAATGGACAAAGAAACAGCATATTCCGATCCTACTGGGTTGAAGCCTGATGAGTTGGATCAAACCTCTGACATGGATTTGGATTTAAATGAAGATGCAGATCTCATGGAAGATGCAGAACCTGATGAGCAAGATAATATAGCTGAGAATGGAAAGGAAGAGAAGCAGGAAGAAGAGACTTGCTCCCCTGACGAAGTTATGGAAGAGGCACATACTGAAGTTGATGTGAACTCTGAAATGGATGGTGAAGGTCAACAGAATGCAGACATGCACTTCACAGAACCAAAAGAGGATATATTTAAACCTTCGGAATTGATTAATGAGGAAGTTTCCCCTGCCGAATTAGCATCACAGTCCAAATTTGATTGGCAGACATCTGGTTCTGAAAATGTTGCAGCAGAGTCAAATTTGTCTAATAGCCATCATGACTCTGACTCTACTCTGTTGGGAGGTGTGCCTTCAAGTATATCTGAGATGGATTTTAAGATGTCTGACTCGTCAAATGGTGGGGGATTTGGTGAAAATCAACCTAAATCTCATGATAATCCCCAGAGTGAGCGTTCCTTTATTCAGGAGAAGCATACTAATCCTCGTCGGAGTATAGGTGATGCACTTGAATATCAGAAAGAAAGAATTAATGTATCTGGTGACGCTCAGGAAGATAACAGTGAGAAACAGGATGAGACGGAAGATGACAATGCTGATGAGTATGGCTATGTTTCTGAATTTGAAAAGGGAACAGCTCAGGCTTTGGGGCCTGCAACACTGGAGCAAGTTGATAGAAACTTTGACGGCGACCAGCCTGATAAAGAATGTCATGCTGGAGAAGATTCAAAGTTACAGTTTGAAAAGGAAAATTCAGAAATGATTTCTGTAAATAATTCATCATCAGTTGCCAAAAACGAAAAAAGGGAGCAAGCGAATCCATCAGTCACGGAAACATTGCAGGATGATGGATCAGCGCATCCTCTTGCTAGTATAAATATTGATCTTGAGAATCGTTTGGAAGATTTGGTTTCTTTCAGAAGTTCATTCATGAGAGATAGCACAGATCTAAGCCAGCTTTCTCTGCACGACAAAGACTTGGGTAAAGGCCAAGAACCTTGTGATGTACCTGATCATGTGAAAGATAGTGCTGCTGCCCTCTGGAGTAGATTCGAACTTAGCACAACAAAATTGTCTATTGAGTTGGCTGAGCAACTGCGCCTTGTAATGGAGCCCACTCTGGCCAGCAAACTCCAAGGGGACTATAGAACTGGAAAAAGAATAAATATGAAAAAGGTAATTCCTTACATAGCAAGTGATTATAGTAAAGATAGAATATGGCTGAGGCGGACCAGACCCAACAAACGTGATTACCAAGTTGTAATAGCTGTTGATGATTCACATAGTATGTCAGAGAATGGTTGTGGTGATGTTGCTATTGAAGCTTTGGTTACTGTATGTCGTGCTGTTTCTCAATTGGAAATGGGAAGCTTGGCTGTTGCTAGTTTTGGAACAAAAGGAAACATAAAGTTGTTGCACGACTTTGACAGGCCCTTTAGTGGAGAGGCTGGTGTTAAGTCTAATCTAGGTCTAACTTTTTGTTTGGATGAGGAGCAGATGATATCCAATTTGACATTCGAGCAAGAGAATACGATTGCTGATGAGCCAGTTGTTGACCTATTGAAGTACCTGACTAACAAACTGGATACTGCAGTTGTAAAAGCACGACTTCCATCTGGTCATAACCCATTACAGCAACTAGTTTTGATAATTGCAGATGGTCGGTTTCATGAAAAGGAGAATTTAAAACGGTGTGTTAGAGATGTATCAACTGGTAATCGAATGGTTGCTTTCTTGCTTCTTGATAATTCTCAGGAGTCAATTATGGATATGAAGGAAGCTTCTTTTGAGGGTGGGAAGATGAAATTTTCCAAGTACATGGATTCCTTTCCCTTTCCCTACTACATTGTTCTGAGGAACATTGAGGCACTGCCTAGGACTCTTGCAAACCTATTGAGACAGTGGATGGAGCTTATGCAGCATTCATCTGGTTGA 17880 0.3947 MFSKTPTPVVIGRDSTVIAVSGGRHSNGAVKWAVEHLLKKNSSCILLHVRTRTMLNPDNTNTNDAPKSGRPPTEEELHQFFLPFRGFCARKGISTKELVLHDLDVTSALIAFVDDNCISTLVVGAATSSWGSILRRFNKDDVSASLAKSLPDTCSLYVISKGKVQHIRPSGHHAHHHHHQHVEAPPAKSIKDIVNFLESDPLEQPHKDLNINQIAFEDIERKLIKDAVKHQSNNKLWEYLREETDSPKGPIEYPPSQNSSANNTPGNSDSTGQSLGPSLTNRTNSHHCGNNSYHCGNNSSLKDQVNFDMQMRKLKLELQKTAEMYGMACKEAVLATQKAMEIEKYRQEKERDMEEAKLSQSKMTMESTEMSKHLVKMESQKRKEVELKAKNDEEETIKALQEALYNNIPYRRYTIEDIDAATNKFDNALKIGEGGYGPVFKGLLDHTTVAIKAMKPDLAYAEKQFQQEVMVLSTIRHPNMVLLLGACPEFGCLVYEYMVNGSLEDRLLKRDNSPPIPWKTRFKIASEIATGLLFLHQTKPEPLVHRDLKPANILLDKNYVSKISDVGLARLVPPIVADQTTQYRLTGAAGTFCYIDPEYQQTGLLGVKSDVYSLGVVLLQIITGKSPMGLSHLVEKALLSNTLIYIQVFQLQMAIDGSFNLHSSLRRLLDRCPKLQCFPQFESLEQRGEVTEEEVVNELGGVFLHPSYTIPLMGCFRPIAQRIVDKAVALLRLVPNLRSIPEGPACEDDRDSVLDGVVNIIEFYSQQGRGLDLHELACLAFCRALDMGPFLLSSILSYFNFAPAPFERCSLKQVMVETHQLHVAQISYRFLLMESEIFSKLWDWSCFLDLVKESCKSDLKWCGVQVLSVLLKLGYKATENLNVGAEEAFSCLLRWEEFCQDTSLEKVGCYVKPIADYVSSSPDRTMVLNNENCLKSSGFNYLSVSSPKLRELPQHLKRQRLTTRDDISMSNTFVLTPTVKKSYDRVLLAISQKWPVLLYGPTGSGKSALIAKLAQDSGNRVLSIQMDDQIDGRTLVGAYVCTDRPGEFRWQPGSLTQAVQKGLWIVFEDINKAPSDLHSILVPLLEGAGSFATGHGEVVRVAESFRIFSTIAVSKLDTFESAGTQRDIVSSSSQLWIPRMHASLFRWPIIASIYCGYLYGQNSFSVFWRRVMVPPLDNKDLHEILKVRYPDLEFHVSQLIETFERVNNISMLQFVGFHPGNSTSGYCPCRFSLRDLLKWCKRIAGLGFSLDGSLSENQCFWVYKEAVDIFASSSSSIKNRLSVMKEIAELWKLPVSAAETLYPLDKPIIQDSITYLRIGRVSLQYTEKPLQQHKRPFVEIRSSLHVLERIACSVKYNEPVLLVGETGTGKTTIVQNLALRLGQKLTVFNLSQQSDVADLLGGFKPMDAQSVYLSLYKEFKELFTKTFSVKNNGGFITYLHEYIESHRKKFLIDKNGEDLLKGLQIAVGKSVKLIQPGSSKRRKRPLEEQIIQSWERFCIKLHNVCQSNPSSTMMFSFVEGSFVTALRKGEWILLDEVNLAPPETLQRIVGVLEGEHGVLCLAERGDTDYIHRHPNFRIFACMNPATDAGKRDLPFSLRSRFTEYFVDDVLNDEDLSLFISQFISSGYMDQQLVNKIVSFYKEAKKESEERLQDGANQKPQYSLRSLYRALEYMLKAERKFGLQKALYDGFNMFFVSLLDGSSAEIMRQKISSLLLGGHMPPHVHLSRYLEKSKSDGSSGNYVQTKSVQEHLGNLARAVLMRYPILLQGPTSSGKTSLVRYLAAITGHDFVRINNHEHTDLQEYLGSYITDTTGKLVFNEGVLVKAVRNGHWIVLDELNLAPSDVLEALNRLLDDNRELFVPELQERIQAHPNFMLFATQNPPTLYGGRKMLSRAFRNRFVEIHVGEIPDNELSKILEDRCKIYVGHAEKMVEVMKDLRLHRQSSRVFAGKHGFITPRDLFRWADRTQRFGNSNEDLAKDGYYLLAERLRDEDEKSVVQEILEKYFRVKLNIKSLYEQISCRDNSSNLLVGFGGSDGLESVLLTKGMQRLYFLVERCYNLREPVLLVGETGGGKTTVCQLLSACLQLKLRTLNCHQYTETSDFIGVGFLMRFPLVILGFRPTRERSALISGYKEIIEKLKKLKTCTYFHMDLSSDINDASSTLDLLSVMIRKCKEVQVCLDISREELKDLEQIKCDLNGLHQKWQSIFVWQDGPLVEAMRDGDLFLVDEISLADDSVLERLNSVLEPERMLSLAEKGGTDLEKIWVPPVNDLDELQGIALKRISKFKVTGSLCPEYQERLSLIVDAMIRFFEWFNNLHPGRMLTVRDLISWVDFFITMETSLGPEHALLHGVFLVLLDGLSLGTGLSKRDAAELRERCLSFLLQKLRVDESNLLYSKLSRMGNYGWGEFGSIMDVPHSNNTQHDDLFGIEPFYINKGIGIVEDGGFEFMAPTTCRNALRVLRAMQLPKPVLLEGSPGVGKTSLIIALGNCSGHKVVRINFSEQTDMMDLLGSDLPVESDEGMKFSWSDGILLQALKEGCWVLLDELNLAPQSVLEGLNAILDHRAEVYVDELVQEDYLSICESKFPTIPQTLLSKLVLFNKRMHEDTTINQKFAKDGFPWEFNLRDIFRSCEIIQGAPKHSGLYSFLNIVYIQRMRTAADRKEVLRVFKEVFEVTPSINLYPRVQLNSEHLIVGNATIKRNHVQLTTPSSKQLLMLPEIRQSLEAAAQCVEHQWLCILTGPSCSGKTSLIRLLANLTGNVLNEINLSSATDISELLGSFEQYDALRNFFNVVGQIERYVNEFISLQLEASKDAIFRETDFYTRWIAFLSGFKFESLLSSATNYLENQKKIVCSLSLFVEQLKLQIERSSLPLSYSLQELDFVLKTVLKMKEDDKNRVVSTKFEWVTGLLIKAIEQGEWIVLENANLCNPTVLDRINSLVEPCGSITVNERGAVDGKPLVIHPHPNFRMFLTVNPQYGEVSRAMRNRGVEIFMLQPYWALDDMSGYNGEDIELRDVRRFLVLLGIPIAQLVDSMATAHIYAKKEGLKLNDRITYLELSHWVHLFLQLLRNGCCPIWSLQISWEHIYLSSLGAEGEKIVNLAKTEYLSVPNFAGYDVLTVCPLSLPGGWPLPLSLRDFVCYSKEASIKQNCMYLELLGTQIASNQYQIVRKRHSTTSLLTPSEHVRVYMMDLMTLSELMYPKASNVKIYERESKFDSELTKKRLFFAANWAIEQATESDLKFYLLRFKWLSSQMQPFCKFFNDFVILIEQMMKHPIWEYISCRDELDVDLQLIPLLSLDIVNLAPSNSKTKYLSNAISCFDPLRLTFQQRNIESQHSFDEEASCFIPLLKSLYVLQDEILYKFVSASKLIEDQSFDYKIQLYCSLIEDHVLFWRYLVSLKFDQMIISWHSLVKGAQKFIDICPEAVDDFLMESKKLKKFSFSEKPLLWIHGGHPFLPSSSDLHDQHHQILKFVETIWPRKTGPKGNLSRHLVDVASFDHDLRFLIMQDVSNSSFLMVKGSHEDGIHNFQKLEETHQVLLIRFEHEKQKLQLNSGSKDSSSFVEYSTACCSFSREMLCQKSAFEAWQDTFPPVDYTSLFWDMELLQKLASIHLDDLEGSHQAVGCLSNLLDFALKFSLSFSSRPPQMFVPHQKILWTLNAWASVDAVNLKIASFILEMWFKWHETVWVWFPKFIKNFVKIDGFGTTALPHMLIEPFSASTVLQITQSTHAIKESWVQCLKCRVTLFNLWHCSHHGTHLPKFLLSAARSLFQQIIYAHRKSFDADQFAKIKSTFSSSEKNALTEESIYILSSLVASSRHQRLKKSVQKFIVPLLRELYLQTNAADFNFTIGCAWAHIGALRIHLLLSCSEIDPTMKYYCKYSQLMETISTLELEIQVRKECGYFAGQFLTHESDKRKTQRLEQLQAERRMLEKKIVFRAEPWKYKKLMNECVDFLKQVDGLEALLNRGTAQDLQQIVDHACGWQETATCFIDRLMDEYAAYIDIIQPIQVAVYEMKLGLSLILSSILEKKCLNKLGKENINVIMETMYTLMRFPRAASFKFISVKRDIELNLHPAYSFDYCLVDMDLMENLVTLSSGVAGDKMVSVVQNRAAFYWSFFVQVSHRIANAKIIDDKSYTLLHKIFDEFAKLWLDTKAYTKSKSDFDAQQYKFRPRAFQIESIIDVELPPLANSFAPETFSEWKEFSSDENSADKMVSSEECFTLDEEWKQLEESILSHVVVIHNQIFGSSDLVQTPGNFEVSDEDRLHSFTNSYSLGIDLIKGVHSINLTSLDAKLMPEHLFYLCLDYRKKYLLSHKSATRYNFYKDSNAPEMVHMLKVLGPLQQQILPHINEWEVHNDLQKILDVIDMLLTLPSDTPLAKAFSGLQFLLHKAEVMQENGSKFPLSNQLKSVNDLLSSWQKMELNSWPALLDAVMDQYENNAAKLWFPLLEDFIHTSSIGEFKKRLQLLFAFLGQNHISASLNINSSSCRLEQSTFLYNIFGFYVQFLPIVLKYIDASRKEVGIELNKLVKLCQWEHGKSHLSFESMKKSRQKLRKLIQKYTMDLCDILDVLQEPVSIFLNQEGAQRGAKAQSFHNHKPTYDVTSKGLVDGSFDLTLFSENRFMWFDNFGGGLDSAFQNLLLKKTSVLHIIPLHQKEIKSIFRPCPDSQRTLCLKGWKAVWHMIEKIYTTAVDYGNLLKEEKKGQGKRRALSELLKLLESNGLSRHKSAYTGDQHKTWWFLQLSGNISYLLPTSSRLECVTPGIPEVENKSIEEESLLMEWKTATDYYYKSVVSVLLMQQMCLNPHKDITLQQVDSSSSFLNQLIQIQQKQLTAASAFNKQLKCFRERVSTLGKLFSFSSTDNEKNYICSIIPKRYATYKCMWQQKQLFDTLYATSQEELLLLRILASSHLNTCNRARPLVSRMIAFIEEFLPSFSKSKESLDCYLIGRSKAVTAVASSLSTVREVLIQHFLEITDKAKLIEDEFTTARQGNFGQVDLSGDIFCERNSVELNAGFNEALMSIYQHLESVLQSLCFPSNIPMVDESIEKIISWESLFESFVTNLRLDTLCKDLFEVVSSGVSVTTHVIANILASLFSKGFGISPDDQEEDGIDTTGDSNGTGMGEGVGLKDVSDQIADEDQLLGTSEQQNGKQDDTDKVPSSNNTGIEMEQDFQADALSLSEDSGEDDDTDNEDGELESEMGPTGPDSEAVGEKVCDKNENETPNDTREKYESGPSVKDRDAGNTELRAKDDSTANEPADGNCNEGDTQDDETVIPDDVGDGEKEDELTMDKETAYSDPTGLKPDELDQTSDMDLDLNEDADLMEDAEPDEQDNIAENGKEEKQEEETCSPDEVMEEAHTEVDVNSEMDGEGQQNADMHFTEPKEDIFKPSELINEEVSPAELASQSKFDWQTSGSENVAAESNLSNSHHDSDSTLLGGVPSSISEMDFKMSDSSNGGGFGENQPKSHDNPQSERSFIQEKHTNPRRSIGDALEYQKERINVSGDAQEDNSEKQDETEDDNADEYGYVSEFEKGTAQALGPATLEQVDRNFDGDQPDKECHAGEDSKLQFEKENSEMISVNNSSSVAKNEKREQANPSVTETLQDDGSAHPLASINIDLENRLEDLVSFRSSFMRDSTDLSQLSLHDKDLGKGQEPCDVPDHVKDSAAALWSRFELSTTKLSIELAEQLRLVMEPTLASKLQGDYRTGKRINMKKVIPYIASDYSKDRIWLRRTRPNKRDYQVVIAVDDSHSMSENGCGDVAIEALVTVCRAVSQLEMGSLAVASFGTKGNIKLLHDFDRPFSGEAGVKSNLGLTFCLDEEQMISNLTFEQENTIADEPVVDLLKYLTNKLDTAVVKARLPSGHNPLQQLVLIIADGRFHEKENLKRCVRDVSTGNRMVAFLLLDNSQESIMDMKEASFEGGKMKFSKYMDSFPFPYYIVLRNIEALPRTLANLLRQWMELMQHSSG 5959
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Vian9g00310 5959 MobiDBLite consensus disorder prediction 251 285 - -
Vian9g00310 5959 MobiDBLite consensus disorder prediction 5370 5384 - -
Vian9g00310 5959 CDD STK_N 15 162 - -
Vian9g00310 5959 MobiDBLite consensus disorder prediction 5392 5464 - -
Vian9g00310 5959 SUPERFAMILY P-loop containing nucleoside triphosphate hydrolases 2042 2336 IPR027417 -
Vian9g00310 5959 FunFam Midasin 1747 1916 - -
Vian9g00310 5959 Gene3D - 2038 2266 IPR027417 -
Vian9g00310 5959 CDD AAA 995 1102 - -
Vian9g00310 5959 FunFam Adenine nucleotide alpha hydrolase-like domain kinase 398 497 - -
Vian9g00310 5959 Coils Coil 342 362 - -
Vian9g00310 5959 SMART AAA_5 992 1117 IPR003593 GO:0016887
Vian9g00310 5959 SMART AAA_5 2465 2639 IPR003593 GO:0016887
Vian9g00310 5959 SMART AAA_5 1760 1973 IPR003593 GO:0016887
Vian9g00310 5959 SMART AAA_5 1356 1610 IPR003593 GO:0016887
Vian9g00310 5959 SMART AAA_5 2059 2361 IPR003593 GO:0016887
Vian9g00310 5959 MobiDBLite consensus disorder prediction 5203 5247 - -
Vian9g00310 5959 MobiDBLite consensus disorder prediction 5303 5324 - -
Vian9g00310 5959 MobiDBLite consensus disorder prediction 5325 5358 - -
Vian9g00310 5959 MobiDBLite consensus disorder prediction 5503 5517 - -
Vian9g00310 5959 SUPERFAMILY Adenine nucleotide alpha hydrolases-like 17 151 - -
Vian9g00310 5959 SUPERFAMILY P-loop containing nucleoside triphosphate hydrolases 2718 2995 IPR027417 -
Vian9g00310 5959 PANTHER MIDASIN-RELATED 2263 5957 - -
Vian9g00310 5959 MobiDBLite consensus disorder prediction 5136 5157 - -
Vian9g00310 5959 ProSitePatterns Sigma-54 interaction domain ATP-binding region A signature. 1360 1373 IPR025662 -
Vian9g00310 5959 ProSitePatterns Serine/Threonine protein kinases active-site signature. 543 555 IPR008271 GO:0004672|GO:0006468
Vian9g00310 5959 Gene3D Transferase(Phosphotransferase) domain 1 498 684 - -
Vian9g00310 5959 Pfam Midasin AAA lid domain 1180 1293 IPR040848 -
Vian9g00310 5959 Pfam Midasin AAA lid domain 1911 2007 IPR040848 -
Vian9g00310 5959 Pfam Midasin AAA lid domain 2578 2673 IPR040848 -
Vian9g00310 5959 MobiDBLite consensus disorder prediction 243 285 - -
Vian9g00310 5959 Coils Coil 375 403 - -
Vian9g00310 5959 SUPERFAMILY P-loop containing nucleoside triphosphate hydrolases 982 1284 IPR027417 -
Vian9g00310 5959 SMART serkin_6 425 681 IPR000719 GO:0004672|GO:0005524|GO:0006468
Vian9g00310 5959 Gene3D Phosphorylase Kinase; domain 1 405 497 - -
Vian9g00310 5959 Gene3D - 2692 2795 IPR027417 -
Vian9g00310 5959 SUPERFAMILY Protein kinase-like (PK-like) 404 641 IPR011009 -
Vian9g00310 5959 Pfam Midasin AAA lid domain 1614 1715 IPR041190 -
Vian9g00310 5959 Pfam Protein tyrosine and serine/threonine kinase 430 628 IPR001245 GO:0004672|GO:0006468
Vian9g00310 5959 Gene3D - 2453 2589 IPR027417 -
Vian9g00310 5959 Gene3D - 979 1122 IPR027417 -
Vian9g00310 5959 Gene3D - 1747 1917 IPR027417 -
Vian9g00310 5959 Pfam AAA domain (dynein-related subfamily) 2173 2251 IPR011704 GO:0005524|GO:0016887
Vian9g00310 5959 Pfam AAA domain (dynein-related subfamily) 995 1107 IPR011704 GO:0005524|GO:0016887
Vian9g00310 5959 Pfam AAA domain (dynein-related subfamily) 1359 1420 IPR011704 GO:0005524|GO:0016887
Vian9g00310 5959 Pfam AAA domain (dynein-related subfamily) 2062 2104 IPR011704 GO:0005524|GO:0016887
Vian9g00310 5959 Pfam AAA domain (dynein-related subfamily) 2468 2566 IPR011704 GO:0005524|GO:0016887
Vian9g00310 5959 Pfam AAA domain (dynein-related subfamily) 1515 1601 IPR011704 GO:0005524|GO:0016887
Vian9g00310 5959 Pfam AAA domain (dynein-related subfamily) 1764 1899 IPR011704 GO:0005524|GO:0016887
Vian9g00310 5959 SUPERFAMILY P-loop containing nucleoside triphosphate hydrolases 2459 2637 IPR027417 -
Vian9g00310 5959 MobiDBLite consensus disorder prediction 5256 5276 - -
Vian9g00310 5959 MobiDBLite consensus disorder prediction 5172 5534 - -
Vian9g00310 5959 ProSiteProfiles VWFA domain profile. 5734 5946 IPR002035 -
Vian9g00310 5959 SUPERFAMILY P-loop containing nucleoside triphosphate hydrolases 1346 1676 IPR027417 -
Vian9g00310 5959 Coils Coil 3909 3929 - -
Vian9g00310 5959 MobiDBLite consensus disorder prediction 5095 5120 - -
Vian9g00310 5959 MobiDBLite consensus disorder prediction 5173 5192 - -
Vian9g00310 5959 SUPERFAMILY P-loop containing nucleoside triphosphate hydrolases 1738 2001 IPR027417 -
Vian9g00310 5959 FunFam Midasin 2860 2988 - -
Vian9g00310 5959 ProSiteProfiles Protein kinase domain profile. 425 708 IPR000719 GO:0004672|GO:0005524|GO:0006468
Vian9g00310 5959 CDD AAA 2454 2561 - -
Vian9g00310 5959 MobiDBLite consensus disorder prediction 5465 5486 - -
Vian9g00310 5959 MobiDBLite consensus disorder prediction 5574 5600 - -
Vian9g00310 5959 FunFam Midasin 979 1142 - -
Vian9g00310 5959 Gene3D - 1343 1617 IPR027417 -
Vian9g00310 5959 Gene3D - 2874 2985 IPR027417 -
Vian9g00310 5959 CDD AAA 1763 1900 - -
Vian9g00310 5959 FunFam Midasin 2452 2599 - -
Vian9g00310 5959 Gene3D HUPs 15 150 IPR014729 -
       

Duplication type information

Select Gene Chromosome Start End Duplicated_type
Vian9g00310 Vian-Chr9 2900267 2949026 Wgd
       

Functional genes information

Select Gene Gene_start Gene_end Function Ath_gene Identity(%) E-value Score
Vian9g00310 12 638 Receptor kinase-like Gene Family AT1G17540 43.857 4.54e-160 514
       

Transcription factors information

Select Regulatory Factors Family Gene Hmm_acc Hmm_name E_value Clan
PK RLK-Pelle_RLCK-IXb Vian9g00310 PK_Tyr_Ser-Thr 6.7e-37 CL0016
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Vian9g00310 K14572 - gmx:102663906 8240.17