Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Lele39g1158 ATGGCTATTGACGGCAGTTTTAGTCTTCATTCTGCGGTTGAGAGATTTCTCGACCGTTTTCCAAAGCTTCAATCTTTCCCAGAGTTTTATTCATTGTCAAGAAAGGGACAATTGGTTACTGAAGAGGATGTTGTGAATACTTTTGTGGGTGTCTTTCTGCACCCTTCTTATACTATTCCGTTGATGGGATGTTTCTGTCCGATTGCCCGAAAATTTACCGATAAAACTATCGACCTGCTTCGGCTTGTGCCAAATTTAAGGTCTAATGTTCAGAATACTATCATGGAAGATGATTTTGTCGAAGTTTCAGATGAAATTGTGAATGTTGTTGAGTTTTATAGCCAACATGGAAGGGGTCTAGATCTTCATGAAATTGCTTGCCTGGCATTCTGTCGTGCTCTTGACATGGCTCCTTTTCTACTGAGTTCTGTATTAAACTACTTCAAGTTTGCTCCTTCTCCATTTCAACGAGTTTTAGTGAAACAAGCAACCCCATCCATGTGGGTTAAGACTGGAAGCCATGAACTACTTGTTGCCCAAATATCATACCGTTTCCTTATCATGAAAGCTGAAGTTTTCTCAAAGCTCTGGGACTGGTCATGTTTCATGGGCCTCTTGGAAGAGCCCACGAGCATCTCTGACTGTGTGACAGCTGAAGCAACAGGCCTGATTTGGTGTGGGGTGCAAATAATAACCATTGTCTTCAAATTGAGTTATAGGGCCAGTGAAAACTTGAATATTGGATCGGAAGAAGCATCTAAGAGTCTATTGCGTTGGGAAGCATTCTGCCAGGATACATCAATAGAGAAAGCTGGATTGTATTACAGGCCAGTGGCACAACATATGCCAGGTTCTTCAGATAGAAGCATGGATTTTAGCGAAGAGAACTGTTTAAAGTCCTCTGGCCTTGATTTTCAGGCCGTTAGCTTGCCAAAGATGCATGGGGTTGAGCCCCCTTTGAGGAGTCAAAGGCTTGCCAGATGGAATGATAAATCTAAAAGTAATACGTTTATATTGACATCAAAAGCAAAGAAAAGTTTTGACAGGGTGCTGTTGGCCGTAAGTCAGAAGTGGCCTGTTCTTTTATATGGTCCTTATGGTTCTGGAAAGTCTTCTCTCATTGCCAAGCTTGCTCGGGATAGTAACAACCAGGTTCTATCTATCCAGATGGTTGATCAAATTGATGCTAGAACATTGGTTGGAGGTTATGCGTGTACTGATAGGCCTGGAGAATTTAGGTGGCAGCCTGGGTCACTTACCCAGGCTGTGCAGAATGGTTTTTGGATTGTTTTTGAGGATATCGACAAAGCAGCACCAGACGTGCATTCTGTTTTAACACCTTTATTGGAAGGGACTGGCTCATTTATGATCGGGAATGGGGAGGAAATAAGGGTGGCAGAAGGCTTCAGGATGTTTTCAACTGTTGCTACTTCCAAGCTTGAAATATCCCAAGGTGCAGGTCAAGGTTCACTTAGTGCCCTTTGGAGAAGAGTGATGGTTATGCCTCCAGAGAAAGAAGACTTGAAAAATATAGTCATAGCTTGGTATCCAAAGTTGGAGCTTCTTGTTGACAGGCTCATAGAAACTTTTGAAAGGGTTAACTCCACCTACAGGCATCAGATTGAGGGTTCACACACTGGAAATTCTGCTTCTGTTGATTGTATCAACAGATTCTCATTGAGGGATCTGCTTAAATGGTGCAAGCGCCTTGTGGGCTTAGGTTTTAGCTATGATGGTGGTCGTGTATCAGAGTACCAATGTTATTTAGTATACAAAGAGGCTGTTGATGTTTTTGCAGCCTTCTCAACTTCATCTAAACAGCGGTTGTCTATAATGAAAGAAATATCAAAGTTATGGGCAGTGCCGGTATCAGCTGCTGAGGCCTTGTATCCCCGTGACAAACCAATAATTCAGGATTCTGTCACTGATTTGAGAATAGGACGTGTTTCACTCCAATACACCATGAAAACTTTACAAGAACACCTGAGACCTTTTGTAGAGATCAATAGTTCTCTGCATGTACTTGAGCGTATAGCATGCTCTGTCAAGCATAATGAGGCTGTACTCTTGGTAGGGGAAACTGGTACCGGGAAGACTACTCTTGTTCAAAATTTGGCTTTAAGACTTGGTCAGAAGCTTACTGTTTTGAATTTAAGTCAGCAAAGTGACGTTGCAGACATAATAGGTGGATATAAACCTATGACTATGAATGCACAATTTGTTTATTTCCCACTTCATAAGGAGTTCAAGGATCTCTTCTCCAGTACGTTTTCTGTGAAGGAAAATATGAACTTTCTTAAACAGCTGGAAAAATATCTAACTGAAAAGAAATGGAAAATGCTACTAAAAGGATTTCGAAGAGGAGTTGACATTTTCCACAAGTCAGTTGAGCTCGAAAGAATTGGGTCTAACAAGAAGCGTAAAAAGCCATTGGATGAAGAAAACATCAAAGCTTGGGAAAGATTTTCAAACAAACTTGAAAGTGTTTGTGATAGTGATCCATCGTCAGGGATGATGTTTTCTTTTGTAGAAGGAAGTTTTATTACTGCGATTAGAAATGGTGAGTGGATATTGCTTGATGAGGTGAATTTGGCCCCTCCGGAGACCTTGCAGAGAATTATTGGGGTTTTGGAAGGGGAGAATGGGGCCCTTTGTTTGGCTGAAAGAGGTGACATTGGATATATACGATGTCATCCAAACTTCCGTATGTTTGCTTGCATGAATCCAGCAACAGATTCTGGGAAGCGGGACCTACCCTTTTCTTTAAGGTGTAGGTTTACTGAGTATTACATTGATGATGTTCTGGATGATGATGATTTAAGCCTATTTATTAATCAGTTTATTACTGATGGCCATAAGGATTACGAACTAGTAAATAGAATTGTGTGTTTCTATAAAACATCCAAAGAGGAAGCTGGAGAGAGGTTGATGGATGGTGCTAATCAGAGACCTCAATTCAGTTTAAGTGTTAAGGAGCATCTTGGGACTTTGGCTCGTGCAGTTCTTGTAAAGAGATATCCCGTTCTTCTACAGGGACCCACATCTAGTGGTAAAACTAGCCTTGTTCGGTATCTAGCTGCACTGACAGGTCATGAGTTTGTGAGAATTAATAATCATGAGCACACTGATTTGCAAGAGTATCTAGGGTCTTACATAACTGATGCTAGTGGTAGGCTTGTTTTTATTGAAGGTGTATTGGTTAAAGCAGTGAGAAATGGTTACTGGATTGTATTAGATGAGCTTAACCTGGCTCCATCTGATGTCTTGGAGGCCTTGAATCGGTTGCTTGATGATAACAGGGAGCTTTTTGTTCCTGAACTGCAAGTAACCATTAAAGCACATCCAAACTTCATGCTTTTTGCCACTCAGAATCCACCTACTGTTTATGTTGGGCGTAAAATGTTATCTCGGGCATTTCGCAATCGCTTCATAGAGATTCATGTTGATGAAATTCCTGATGATGAGTTGAGCACAATACTGGAGAAGAGATGTGAAATCCCTCAAAGTTATGCTAGTAAAATGGTTGATGTCATGAAGGAGCTTCGTGTGCACAGGCAGACTAGCAGGATTTCTGATGGGAAATTTGGTTTTATGACTCCCCGAGATTTATTTCGTTGGGCTGATCGTTACAAAAGATTTGGGAAATCCTATGAAGATTTGGCCAAAGATGGCTATTATCTTTTGGCTGAAAGATTACGAGATGCGAATGAAAGGTCCCTTGTTCAAGAAGTTCTAGAGAAACATCTGCGGGTTAAATTGAACAGAAACAGCATCTATGATCAGGAGATATTTGAGGGGAAGCACTCTTTTAATGTGCGTGTTGATTCTGGAGGTTCAAAAAGTTTTGAAAGTTTTCATTTGACCAAAAGCATGCAGAGGTTGTACTTCCTTGTGGAGCGCTGCTACCAATTGCGTGAGCCTGTGCTGCTTGTTGGGGAAACAGGTGGAGGAAAGACCACTGTCTGTCAGCTTCTAAGTGCTTGTTTGCAGATGAAGTTACATATCTTGAATTGTCATCAGTATACAGAAACATCTGATTTTATTGGGGAGTTCCGTCCCATCCGTGAGAGGTCTAGACTGATATCCAACTATAAAGAGATAGTGCAACACCTGAAGAAGCTAAAGGCGTATACCTGCTTTCCTCATGACCTTCGGTGTGTTTCTCCTGACATAGATCATGCTTCTTCAACCCTTGATTTGCTGAATGGTGTAATAAGGAAATATAAAGAAGGTCAAGTCTGTTGTCCTGATGTTACCACGGATGATCTTTATGCTTTTGAGCAATTGAAGTTGGACCTTGATGAGCTGCATCATAAGTGGCAGAGTATATTTGTGTGGCAGGATGGGCCTCTTGTGAAGGCAATGAGAGATGGTGATCTCTTTCTTGTGGATGAGATATCTTTGGCTGATGACAGTGTGCTAGAGAGATTGAATAGTGTATTAGAACCGGAAAGGAAACTGACTTTGGCTGAGAAAGGGGGGCATGATCTGGAGGAAGTTAGCGCTCACCCAAATTTTTTTGTTCTTGCGACTATGAACCCTGGTGGTGATCATGGTAAGAAGGAGTTATCTCCTGCATTGCGCAATCGCTTCACAGAAATATGGGTTTCCCCTGTTGGTGATTTAGATGAACTTAGAGAGATTGCTTTGACAAGAATTTCAAAGCTTGAAGATGCAAGCAATTCATTCGCGTCTGATCGAGATAAACTCTCAAGCAGTGACATTGTTGATGCTATGATATGTTTCTGGGAGATTAGCCTACTGTTGTATAAGTTCTCCACAAGGACTGATATTTCAAAAGATGAGGCTGATGAGAAAAGGGAGTTATGTTTATCCTTTCTTCTACACAAGCTGAGGGTTGATGAAAGTCATTTATTATATTCAAAACTCTCAAGAATGGGAAATTACAATTGGGGTGAATTTGGCACATTGGTGGGTGTTTCTCATATTGAGGATATGCATCGAGATAATGTATTTGGCATTGATCCATTCTTTATCAGAAAAGGCTGCCACAGTTGCGAGATTGGGGGATTTGAGTTTAAAGCGCCAACAACCCGACAGAATGCGTCAAGAGTTCTGCGTGCTATGCAACTTCCAAAGCCTGTTTTACTAGAAGGTAGTCCAGGGGTTGGGAAAACAAGTTTAATTGTTGCCTTGGGGAAGTTTTCTGGACATAAAGTGACTGATATGATGGACCTGTTGGGGTCAGATTTACCTGTGGAAAGTGACGAGGGAATGAAATTTGCTTGGTCTGATGGGATACTATTGCAGGCCCTGAAGGAAGGGTATTGGGTTTTGCTTGATGAGCTCAATCTTGCTCCACAATCTGTTTTAGAGGGTTTGAATGCTATTTTGGATCACCGAGCGGAGGTTTTTATACCAGAGTTGGGTCAAACTTATAAATGTCCATCATCATTTAGAGTTTTTGCTTGTCAGAATCCATCTCGTCAAGGTGATGGTAGGAAATTCCTTCCAAGATCGTTCCTGAACCGATTTACCAAGGTTTATGTTGATGAATTAGATGCTGATGACTATCTTTCCATTTGTGAATCAAAATTTCCAACTATTCCGAGCTCTTTACTCTCAAAGTTAATCTTATTTAACAAAAGAATGCATCAGAAGTTTGCCAAGGACGGCTTGACTTGGGAGTTCAATCTGCGTGATGTATTTCGATCTTGTTCTCATATGCACAGAAGCAAATATTCCTTTTTGAACATTGTCTACATTCAAAGAATGCGTACAGCAGCTGATCGACATGAAGTCTTGCGGCTCTTCAAGGAAGTGTTTGAGGTGACTCCATTTATAAATCCCTATCCTCGTATAGAGGTCAAATCCGATAACCTAATTGTGGGGCATGCTTCTATTAAGAGGAATCATTTCCAATTATCTACATCTTCAATCTGTCAGCTTCAAATGTTGCCCGAAAATCGTTTAAGTTTGGAAGCTGCTGCTCACTGTGTGCAGCATCAGTGGTTATGTATCTTGATTGGCCCATCATGCTCGGGCAAATCTTCCTTGATAAGGCTGCTTGCGAACCTCACGGGAAATGTCCTGAATGAATTAAATCTTTCATCTGCCACTGATATATCTGAATTACTTGGGTCTTTTGAACAATATGATGCTTTGCGAACTTTTCACTCTGTTGTTTCTCAAGCTGAGCACTACATTAGTGAGTATTGCAGTTTGCTGGGGGAAACATCAAAGGCAGATTTCCTTACCAAAAAGCACCTAGTTACCAGATGGCTTGCTTTCTTGCCTAGTATGAAGTTTGACAGTTTGGATGCGTCTGCTTCCACTTGTGTTGAAAACTGGGAAAAAATTATTTGCTCTCTTAGGCTGTTGGCTGAGATTATTGAAGAACTAAAGTTGAATATAGAGAAGGGATCTCCCAACATGTCTTGTTCAATCATGGAACTTGATTTGATCCTGAAGAAAATTTTGAAGCTGGAGGTGGATCATGGGAAAAGGTTGATTTCAAGAAAATTTGAATGGGTTCCAGGAATACTAATTGAGGCTATAGAACGAGGTGAATGGATAGTTTTGGACAATGCAAACCTATGTAACCCCTCAGTTTTTGATAGAATTAACTCTTTGGTGGAATCTTCTGGATCAATTACGGTTAATGAGCGTGGAATTGTTGACGGAAACCCACTAGTTATCCATCCACACCCTAATTTCCGCATGTTTATCACTGTTAATCCCACCAATGGTGTAGTCTCTCGAGCAATGCGTAATAGGGGAGTTGAAATATTCATGATGCAGCCGTACTGGGTATTGGATAATGTAAGGGGATACAAGTATGATGATGCTGAATTCAAAGATGTAGAGAGATTCCTCATTTTATCTGGTATTCCTGGTTCTCAGTTGGTTAATGCCATTGCCAAAGCCCACATCTTTGCTAAGAATGAGGGTTTACACCTTAATGTTCACATTACATATCTTGAACTCTCACGCTGGATTCAGTTGTTCCAGCAGCTTCTTATGAATGGGAATAGTCCTATTTGGAGTCTACAAATAAGTTGGGAGCATGTATACCTCTCCTCTTTTGGTGAGGTTGATGGTGGTAAAATAATTCAATTTGCATTAACCACTAATTTATCAGCATCTGATATTTCTGGTAATGATACTTTGGGGGCACGTCCTATATGTTTGCCTGGTGGATGGCCAATGCCACTGACTTTGAGGGACTTTATGCATTACTCAAGAGAAGCTTCAATAAAACAAAACTGCATGTATCTGGAGTTCCTGGGAGCACAGCTTGCATCACATCAATATAAAATTGCTCCAAACAGATTTTCCTCAGACCGTTGGCTATATTTGATAGATATGATGGCATTGCATGAAATTTTGTTTCCCAAAGTTCCAGAGGTGATAGTTTCAGACGGCAGAAGTGAAGCTGAATTTGACTTGGAATTGGCAAATAAGAAGCTGTTGTTTGCTGCATATTGGACTATTGAACAAGCAACAGAAAGTGATTTTAATCTCTATCTTCTCCGGTTTGGTTGGTTTAGCTCTCAGGTTCATCCATTCTGTCAGTTCTTCCAGGAGTTTCTCAAGCTGTTGGAGCAAATGGTCAAGCATCCTATATGGCAGTATATTTTACACAGTGGCCAACGTGGTTTTGATTTGCAGTCAATGCCAATTTTGTCCCTTGAGATATTTGATTTGGCAGAATCTAATAACGCGTGGAAATATCTCAGTAATTCTATTAGCTCCATAGATCTGCTAAAGTTAACTTACCGCCAATGGGAAATCGAGAAGCAATGGGGTATTAAGCACAAGCATCATTTTGATGATGAATTTCACAGCTTTAAATCTTTTTTGGAGTCTCTTCAAGAATTTGAAAGTGAATTCCTCAGTAAACTTGCTTGTCCACCCACCATGATTGTTGAATGTTCATCATTCGATTATTTAACAGAGTTATACTCTGATATTATTGAGAAGCATTCACTATTCTGGCATCATTTGACTTTGTCAAAGTTTGACCATTTGGTAATATCATGGCGTTCTTTGGTGAAGGATGCTAGGAAGTTATTGGATATCTGTCCAGAGCGGGTAGAGGAACTTGTGATGGAGAGCAGAGGATTGGAGAAAGTTTTTTCCAAAAAAAGAAGAAATTTGGAAGTGTTTTCTTTTTCAGAAAAATCCTTGCTTTGGGTTTATGGTGGTCATCCATATTTACCTCCTTCTTGTGATTTACATCACAAACAAGACCAGCTTTTGAAATTTGTCGAACTGTTATGGCCAACAAAGAAAGCATCTAGGAATCAAGAAATGCTGAGGGGTCAGCAACTTGAAGTTGTTGCATCATGTGATCGTGATCTTCGTTTCCTTGTGGTAGAAGGCGTTGCAATGTCAGCATGTATGATGGAGAAAAGTAAGGAGGCTCATCAAGATGCTGATATTGTCAAGGAATTGGAGGAGATGTATCAGATGCTGGTAAGAAGGTTTGAGGATGAAAAGCACAAGTTGAAGATAAATACAGGATTCAATGGTCGTGCAGGTTGGGGTGAAAGTTTGGATGCTTGTTGTTCATTTCCTCCTGGAATATTGTTCCTACAATCTGCCTTTTGTAGTTGGCTGGATACACTTCCTCCAGTTGATAATGCCGGTTTACATTGGGATATGGAGTTGCTTCAAGAGCTGACATCAATTGACTTGGATGATCTCGAAGGTTTACATCAAGCTGTTGGACGTGTTTCCAACCTTCTGAATTCTGCCTTGAATTTTTCGTTGACCTTCTCTTCAAGACCTCTTCAAATGCTTTTGCCGCATCAAAAGATCTTGTGGATCTTGAATGAATGGACTGAAGTGGATGCAGTGAATGTGAAAATTGCAAGATTTGTTCTGGAGTTGTGGTTTCGGTGGCATCAATCTTTGTGGAATTGTTTCCCTGAATGCATTAAGAATTTCTCAAATATTGATGGTTTGGATACAATTGATACTGCATTGCCTCATACGCTTATTGAACCTGTCAACGCCTCAACTGTCTTGCAGATTACGCGAAGTATGCATGCTATCAGGGAATACAGGTTGCAATGTCTTAAGTTTAGAGTTACCTCGTCCAATATATGGCGTAGTTTCAATCATGGGGCACATTTACCAAACTTTCTTTTATCTGCTGCACGATCTCTTTTCCAGCAGATTATTTATGCTCACAAAAAATCTTTTAAAGATGATCAATTTTCTGCATTGAAGTCACTCTTTTGTTCTCTCCAGAACAATAGGGCTACAGAAGAGATGATTGTGGCTTTGACAGCGCTGCTTGCTTCAACAAGGCACTGTAGATTGAAAAATTTGGTTCATGAATACATTGCTCCTCTGCTCAGAGATCTATATATTCATTCTGCTGCTGCTGGTGGAAGCTTCAATAGTAATATTGGTTGTGTATGGCTTCGCATTGGAGGACTGCGGTTCCGTCTCTTGCTTAGCTGCATGGATATTGATCCTGCCATGAAGTACTCTTGCAAGTACTCACAACTAGTAGAAACAATATCATCCCTTGAAATTGAAATCCAGGTGAGGAAAGAATGTGGATATTTAGCGGGACAACTTTTAACAGGTGAAGCTGATAAAAGAAAAGCAAAAAGGTTGGAAAAGCTTAGAGAAGAGTGTAGAAAGATACAAAAAAAGATTGTGTACCGATCTGAACCTTGGAAACACATGGAGCTAATGGATGAATGTGCTGATTTTCTTAAATTAATTTCTTCGTTGGAATCTATGGTGAGCAGAGTTGAAGCTGAGGAATTACCACTGGCTGTCAACCAGGCATGCAGCTGGCAGGAAACAGCAAGTTGTTTCATTGACCGATTGACAGATGAATACAGTGCATTCAATGATATAATTCAACCAATCCAAGTTGCTGTTTTTGAGATGAAATTGGGGTTGTCATTGATTCTGTCAAGTGCCTTGGAAAATTCATATCTGAGTAGAGTCGGGCAGGAGAACAGTAACTTTGTGATGGAAACTATTTACAACCTTGTGAGATTTCCTCGTGGTGCTTTGAGCAAGTTGATTTCTGTTAAGTACAACAGTAGTTTGTACATGCTGCCTTCATACAGACTAGATTCTGCCACAGGTTTTTATTCAGTGGATACAGGTACGCTGGAGAGGCTTGTTACTCTTTCCAGTGGCATTGCTGCTCAGAAGAAGTTTTCTGTCATGCACCATGGAGCTGCTGCCTTGCAAAATATTCTTATTCAGATTGCACATTTTGTATCCAACTCAAAAATATTAGATGATGAATCCTATCTGGTCTTGGGCAAGATATTTGACAAATTTGCCAGGCTTTGGATGACTATGAAAGTTCAGGAAAAATCAAAAAGTGATTATGATTCCCAGCAGTACAAGTTTAAACCCCGAGGTTTTCAAATTGAGAGTGTTATTGAAGTTGGCATATCGACTCTGTCAAATTCTTTTACAACGGAAACGTTTTCCGAGTGGAGAGAATTTTCTGCTGAAGAGATATCCACTGACAAAATGGAAGCTACTGAGGCATGTGAAACATCAGTGGAGGAATGGAAGCAGCTGGAGGAGTCTATACTGAGCACTGTGGTTCTCATCCACAATAAGTTATTTGGATCTGCTGATCTAGTCCAAATTCCGGGATCTTTTGAAGTTTCTGATGAGGATCGATTACTTTCCTTCTGTGACTCGTACACACTGGGTATTGACTTAATCAGAGGTGCCCAGACACCCCACTTGTCCAGTTTAGATGCTAAACTCATGCCAGAGCACTTACTTTATCTTTGTTTGGACTATGAGCGGAAGTTCCTCTCGTTTCACAGATCTGCTACAAGATACAATTTCTACAAGGATTCATATTCTTCTGAGATGGCGAAAATGGTGGAAGCACTTGCTCCTATCCAGCAGAGGATTTTCTCCCTTCTTGATGAGTTGCAAGATCATAATGATCTTCAGAAAATATCAGATATAATTGACATGCTCTTGAGCCTTCCTTCAGTGACTCCTTTAGCAAAGTTAATTCTCTGGAATTGTGATGCCCTGGGGGTTCTCTTGCAATTATCTAGCTTTCCTTCAATTGCTAAAGCTTTCAAAAACGTTTCAGGGTTGCAGTTTTTACTGCACAAGGCTCAAGTTATGAAAGAAAGTGGCTCAAAATTCTGCTTTTCGCGTGAATTGGAACCTGTTTTTGAACTGTTATCCTTGTGGAAAACGTTGGAACTGGATTCTTGGCCTGGTTTGCTTGACGAGGTGATGGATCAGTATGAGAATAATGCGGGTAAATTAGGAGCACGTAGATTTCTTGATCCTTCCTGGATCTGTGGTTTCCTCTTCATTCAGTTCTTCAACCCTGTTCTTGTGATCAATCAGTCGTTCAGAGGCATCTTGGAGGATTTCATTCACACATCCAGCATTGGTGAATATCGAAAGCGTCTTCAGCTTCTTTTTGCTTTCCTTGGTCAAAATCATATTGGCGCGAGTTTGAAGGAACACTCCTGTCCTGGGTGGATGGAACATTCAACATACTTGTACAATATTTTTGGATTTTATGTCCAGTTCTTACCAATAGTAATGAATTACATCGACATGAATAAGAAAGAAATTGAAGCTGAACTGAAAGCACTGGTGAAACTGTGTCGGTGGGATTGTGCCAAGAGTTACTTATCCATGGAGAACTTGAAAAAGAGTCGGCAGAAGCTTAGGAAACTTGTACAAAAATTCACTAAGGAAAACCTAATTCAAGAATTTTCTTATACTGCTTCTGTAATGCTATGCCTTTGCTTATTGTCTTTGGAATATTTCTTAAAGACAAATGGCACCTTAAGAGGAGGAGGAAGGGAGACTAAATTTGGTGTTGAATTTGGAGTGTTTGACTTCAACACAATGGATATTCTGCAAGAACCTGTGGTGATGTTCCTTAACCAAGAAGCTTCACAAAAGAGAGCAAATACTCAATCCTTTCATGGTCATAAGTTCATCTCTGATGTACTGAAAAACGGCCCATTCAGTGTTGATTTTGATTTGACATATTTCAGTGACGAGAACAGGTCTATATGGTTTGGAGAATGCAGCAAAAAATTATATAGTTCTTTGCAGAACTTTCAGCTTAAGAAAAAAGAAGTATTTGACATTCTATCACCACATTGGAAGAATTTTGGAGAATCTGGAAGTATATGTAGACCTTGTACTGGTTCCCAGCATGCAAATCTGTCTTATGCGGAAAGATGGAAAGCAATTTGGGATATGATTGAGAATATAAGTATAACAGCGGTTGAGTGTAGTCAACTTTGGAAGAAAGAAAGCAACAGTCAAGGGAAGAGAAGAGCTTTGTCTTCACTTCTTAAGCTTTTAGAGAGTAGTGGTTTGTCACCACACAAGTCTCCATATTGGGAGGGTCATCAGAAACCGTGGTGGTTTCTTCAGCACTCCGGTGACATGCAACATTTGTTGCTGACAACCAGTAAACTACCTTGTGTAATCTCAGAAACAGCAGCCGGGGTTCAGAAAAACAAAGTACATGAAGAAAGCTCTGTTATGGAGTGGAAAGCAGCCATTGAACATTATTTTAAGAGTGTTGTGTCTGTGCTTCGTCTCCAGCAGATTTGCCTCAATCCTCACAAAGATATAACACGTGAACAGGTTGACAGGTCAGGTTCTTTCCTCAACCAGCTGGTTCAAGTGCAACAGAACCAACTTGCTGCTGCCAATGGTTTTGATGAGCAGTTGAAACGCTTGAGAGAATGCGTATCTACTTTGAAAACGTTGTCTTCGTTGTCCACCTCCACTGATAATATTACTGTTTATGAGGGCTTTATTCCCAAGCAGCTCACTGCCTTTAAATGCATGTGGCAACAGAAGCAAATTGTTGATAGTCTGTGTGCTGTGTTACAAGAAGAGTTGCTTATGCTAAGGACATATGAGAAAAGCCACTTAAGCACTTGTAGAAGTGTGAGACCTTCAATCAGTCACATGATTGCTACCATAGAAAAGTTTTTACCTGTGTTCAGTCGATCAAAGGAATCATTGGACTATTACCTTATTGGGGGGACAAAAGCTATAACTCCAATGACTTCTACCTCCCATTTTTGCTTCGTTACTGAGGAATTGGAACAGTTAGTCTCTGAAAACTTTAATGTGGTCAAAGATTTTAAGGAGCACTTGCTAGTGTCACAGAAGCAAGACCTGGATAGAAGCTCAGTGAGAGAAGTTCTAATTGATCGTTTTCAAGAAATAATTGAAAAGGCAATATTAGTTGAGGAAGAGTTCACCTCTACATTAAAGGAAAATTATGTGCTACAAGATTTATCTGAAGAGGGCAGCTTTTGCAAGAGGAACTCTGCAGTGCTAACTGCCGGATTTGATGAAGCCCTTAACTCTACATATGAACATATTGAAGGAATATTACAGAAATTATGTTCCTTGAGCACCATCCTCATGGCTGAAGAGTGTATGAAGATAACTTCATGGAAATTGCTATTTGTTGACTTTGTAGCGGATCTCAGATTAGACGGACTATGTGAGAAAGTTTTCAAGACAGTCACATTTGGTGAGAAGCCGGTGAATCATTCTGACAATAAAATTTACAGTTATTCTTATGCTATCGGGAGCCATAATAGAGATCTATATATATTAATGGATCTCATATTGAATTTTGGTGATGAGCTCTTGAAGAATTTCCTAGCCATGCACAGATCCGTATCGGTGACAACTCATGTGCTTGCGAATGTTTTAGCTGCTTTATATTCGAAAGGTTTTGGAACTTCAACTCAACAGCTGGAGGATGATGGAACCGGCAATACATCAGAAAATGCAACTGGGACAGGTATGGGGGAGGGTATTGGATCAGCAGATGTCAGTGATCAGATCACTGATGAAGATCAGTTGCTGGGAACTCGTGAACAGATTAATAATCAAGATGACAACAGTGAGGTGCCTAGTAAAAATGATAAGGGGATTGAGATGGAACAGGATTTTCTAGCTGATGCTTACAGCATCAGTGAGGACTCAGGAGAAGATGAAAGTACAGATGCTGAGAATGAGCAGCTGGATTCTGAAATGGGGCCCACCGGACCTAACAGTGATGCAGTTGGAGAAAGAGCTTGGGATAAGAACGAAGATGAAACTCTCAATGATACAGATGAAAAACATGAATCTGGACCGTCAATTAAGGATAGAGATAGAAGCAGTAGGGAGCTCAGAGCCAAAGATGACTTTGAGAAGGCTGACCCTGGGAAAGCTGATTATGATGATGATCAGAATAATGAAACTGAAAGCCAAGATGACATTGGTGATGGGGAAACCGCAGACGCAGTCAATCTGGAGAAAGAAGCAGCGTTTGCTGATCCTAATGGAATGCAGCCTGATGAGTTGGAACAAACCTCCGATATGGATATGGATATGGATAGGATGGTAGAAGAGGATTTTATGGAAGAGGGAGATCCTGAAGAGCAAGATGAATCAGCTGAGGATGCCAACCAAGATATGAAGCATGATGAAGAGACATTTCTACCTGATGAAATCATGGAGGATGCCCATACTGATGTTGGTGTTAGCTCAGACGAGGATAATCCTGGTGGGGACCACCGAGAAAATGATGAGGCTAATTGCAAGGATGAGAAGAAAAATATATCTGAACCAGGATCTTCTGGCTTGGTTAATGAGCAAGTGGCACCTCTTGAACTAGCATCACAGGCCAATATTGATTCAGGGACATCTTCCAAAAATATAGCAGCAGCGGAATCAAATTGGTCAAACAGCAATCAGAGTTTTGACAACCCTACTCTTTTAGGAGGCTTACCTTCTAGTAGTATGTCTAAGATGGATCTTAATATGTCAGACTCATCAAATGCAGGGGGACTCACTGAAAATCAAGCTAAATCTAGTTTTCCACAGTATGAACATTCGCACGTTCAAGACAGGCTACCCAACCCGTATCGAAGTTTAGGTGATGCACTTAAGGAGTGGAAAGAAAGAGTTAAAGTATCTGGTGACCTTCCAGCAGATAACACAGAGAAAGCAGGTGAAATGGAGGATGAAAATGCTGAGGAGTATGGCTTTGTCTCTGAGGTTGAAAAGGGGACAGCTCAAGCTATGGGGCCTGCTACATCAGAGCAGACAAACAAAAATATTGATGGTAGTAATAAACTTGATCAAGAATCTCATACTGCAGAAAAAGATGAAGAATTGAAGTTTGAGAAGCACAGTTCCGACATACAATCTACAACCAATTCTACTTCAATCCCAAAAAGCGAGAAAAGGGAGCATATAAATGTCTCAGGTTTAGAGAAATCACTTGATGAAGGATCTGTGAAAACTAATGTTACTGAAAGTGTTTATTTAGAAAAGCATTCAGATGATATGATCTCTCTCAATAAATCGTACTTCAATGAAGATATACATAAACTAAGCCAACTATCTGTGGATGACAATAATTTGGGTAAAGCCCAAGATGCTCCGGGTGTTCCCAATGATGTGAAAGACAAAGCTACTGCTCTCTGGAGAAGATTTGAACTTAGGACAACAAAATTATCTCAGGAGTTGTCGGAACAACTGCGCATTGTTATGGAGCCCACTATAGCAAGCAAGCTCCAAGGGGATTATAGGACTGGCAAAAGGATAAATATGAAGAAGGTAATTCCATACATAGCAAGTAACTACGTTAAAGATAAGATATGGCTAAGGAGGACCCGGCCCAACAAACGTGATTACCAAGTTGTTATTGCGGTTGATGACTCAAGTAGTATGGCTGAGAGTTGCTGTGGAGACATTGTTATTGAAGCATTGGTTACAGTATGTCGTGCCATTTCTCAACTTGAAATGGGGAGCATGGCAATTGCAAGCTTTGGAACAAAAGGAAATATAAAATTACTCCACGATTTTGATAGGCCCTTCAATACAGAGGCTGGGATTAAGATGATCTCTAATTTAACGTTTGAGCAAGAGAATACAATTGTCCATGAGCCAATTCTTGATCTGTTGAAGTTCTTGACTGACAAGTTGGATTCTGCGGTTGCTAGAGCACGGCTTCCATCTGGGCATAATCCCCTAGAACAACTTATTTTGATCATTTCAGATGGTCAGTTTCATGAAAAGGACAATTTGAAGCGGTGGATTCGAGATCTCTCAACTGGCAATCGAATGGTTGCTTTCTTGGTTCTTGATAATTCTCAGGACTCAATCATGGACCGCACGGAAGTAACATTTGATCGAAATGGAAAGATGAAGCTTTCAAAGTATATGGAATCCTTTCCCTTTCCTTACTATGTTGTTCTGAGAAACATTGAAGCACTACCCCGGACCCTTGCAAACCTGCTTAGACAGTGGATGGAGCTTCTGCAGAAATCAAGGGGCTAG 16317 0.4052 MAIDGSFSLHSAVERFLDRFPKLQSFPEFYSLSRKGQLVTEEDVVNTFVGVFLHPSYTIPLMGCFCPIARKFTDKTIDLLRLVPNLRSNVQNTIMEDDFVEVSDEIVNVVEFYSQHGRGLDLHEIACLAFCRALDMAPFLLSSVLNYFKFAPSPFQRVLVKQATPSMWVKTGSHELLVAQISYRFLIMKAEVFSKLWDWSCFMGLLEEPTSISDCVTAEATGLIWCGVQIITIVFKLSYRASENLNIGSEEASKSLLRWEAFCQDTSIEKAGLYYRPVAQHMPGSSDRSMDFSEENCLKSSGLDFQAVSLPKMHGVEPPLRSQRLARWNDKSKSNTFILTSKAKKSFDRVLLAVSQKWPVLLYGPYGSGKSSLIAKLARDSNNQVLSIQMVDQIDARTLVGGYACTDRPGEFRWQPGSLTQAVQNGFWIVFEDIDKAAPDVHSVLTPLLEGTGSFMIGNGEEIRVAEGFRMFSTVATSKLEISQGAGQGSLSALWRRVMVMPPEKEDLKNIVIAWYPKLELLVDRLIETFERVNSTYRHQIEGSHTGNSASVDCINRFSLRDLLKWCKRLVGLGFSYDGGRVSEYQCYLVYKEAVDVFAAFSTSSKQRLSIMKEISKLWAVPVSAAEALYPRDKPIIQDSVTDLRIGRVSLQYTMKTLQEHLRPFVEINSSLHVLERIACSVKHNEAVLLVGETGTGKTTLVQNLALRLGQKLTVLNLSQQSDVADIIGGYKPMTMNAQFVYFPLHKEFKDLFSSTFSVKENMNFLKQLEKYLTEKKWKMLLKGFRRGVDIFHKSVELERIGSNKKRKKPLDEENIKAWERFSNKLESVCDSDPSSGMMFSFVEGSFITAIRNGEWILLDEVNLAPPETLQRIIGVLEGENGALCLAERGDIGYIRCHPNFRMFACMNPATDSGKRDLPFSLRCRFTEYYIDDVLDDDDLSLFINQFITDGHKDYELVNRIVCFYKTSKEEAGERLMDGANQRPQFSLSVKEHLGTLARAVLVKRYPVLLQGPTSSGKTSLVRYLAALTGHEFVRINNHEHTDLQEYLGSYITDASGRLVFIEGVLVKAVRNGYWIVLDELNLAPSDVLEALNRLLDDNRELFVPELQVTIKAHPNFMLFATQNPPTVYVGRKMLSRAFRNRFIEIHVDEIPDDELSTILEKRCEIPQSYASKMVDVMKELRVHRQTSRISDGKFGFMTPRDLFRWADRYKRFGKSYEDLAKDGYYLLAERLRDANERSLVQEVLEKHLRVKLNRNSIYDQEIFEGKHSFNVRVDSGGSKSFESFHLTKSMQRLYFLVERCYQLREPVLLVGETGGGKTTVCQLLSACLQMKLHILNCHQYTETSDFIGEFRPIRERSRLISNYKEIVQHLKKLKAYTCFPHDLRCVSPDIDHASSTLDLLNGVIRKYKEGQVCCPDVTTDDLYAFEQLKLDLDELHHKWQSIFVWQDGPLVKAMRDGDLFLVDEISLADDSVLERLNSVLEPERKLTLAEKGGHDLEEVSAHPNFFVLATMNPGGDHGKKELSPALRNRFTEIWVSPVGDLDELREIALTRISKLEDASNSFASDRDKLSSSDIVDAMICFWEISLLLYKFSTRTDISKDEADEKRELCLSFLLHKLRVDESHLLYSKLSRMGNYNWGEFGTLVGVSHIEDMHRDNVFGIDPFFIRKGCHSCEIGGFEFKAPTTRQNASRVLRAMQLPKPVLLEGSPGVGKTSLIVALGKFSGHKVTDMMDLLGSDLPVESDEGMKFAWSDGILLQALKEGYWVLLDELNLAPQSVLEGLNAILDHRAEVFIPELGQTYKCPSSFRVFACQNPSRQGDGRKFLPRSFLNRFTKVYVDELDADDYLSICESKFPTIPSSLLSKLILFNKRMHQKFAKDGLTWEFNLRDVFRSCSHMHRSKYSFLNIVYIQRMRTAADRHEVLRLFKEVFEVTPFINPYPRIEVKSDNLIVGHASIKRNHFQLSTSSICQLQMLPENRLSLEAAAHCVQHQWLCILIGPSCSGKSSLIRLLANLTGNVLNELNLSSATDISELLGSFEQYDALRTFHSVVSQAEHYISEYCSLLGETSKADFLTKKHLVTRWLAFLPSMKFDSLDASASTCVENWEKIICSLRLLAEIIEELKLNIEKGSPNMSCSIMELDLILKKILKLEVDHGKRLISRKFEWVPGILIEAIERGEWIVLDNANLCNPSVFDRINSLVESSGSITVNERGIVDGNPLVIHPHPNFRMFITVNPTNGVVSRAMRNRGVEIFMMQPYWVLDNVRGYKYDDAEFKDVERFLILSGIPGSQLVNAIAKAHIFAKNEGLHLNVHITYLELSRWIQLFQQLLMNGNSPIWSLQISWEHVYLSSFGEVDGGKIIQFALTTNLSASDISGNDTLGARPICLPGGWPMPLTLRDFMHYSREASIKQNCMYLEFLGAQLASHQYKIAPNRFSSDRWLYLIDMMALHEILFPKVPEVIVSDGRSEAEFDLELANKKLLFAAYWTIEQATESDFNLYLLRFGWFSSQVHPFCQFFQEFLKLLEQMVKHPIWQYILHSGQRGFDLQSMPILSLEIFDLAESNNAWKYLSNSISSIDLLKLTYRQWEIEKQWGIKHKHHFDDEFHSFKSFLESLQEFESEFLSKLACPPTMIVECSSFDYLTELYSDIIEKHSLFWHHLTLSKFDHLVISWRSLVKDARKLLDICPERVEELVMESRGLEKVFSKKRRNLEVFSFSEKSLLWVYGGHPYLPPSCDLHHKQDQLLKFVELLWPTKKASRNQEMLRGQQLEVVASCDRDLRFLVVEGVAMSACMMEKSKEAHQDADIVKELEEMYQMLVRRFEDEKHKLKINTGFNGRAGWGESLDACCSFPPGILFLQSAFCSWLDTLPPVDNAGLHWDMELLQELTSIDLDDLEGLHQAVGRVSNLLNSALNFSLTFSSRPLQMLLPHQKILWILNEWTEVDAVNVKIARFVLELWFRWHQSLWNCFPECIKNFSNIDGLDTIDTALPHTLIEPVNASTVLQITRSMHAIREYRLQCLKFRVTSSNIWRSFNHGAHLPNFLLSAARSLFQQIIYAHKKSFKDDQFSALKSLFCSLQNNRATEEMIVALTALLASTRHCRLKNLVHEYIAPLLRDLYIHSAAAGGSFNSNIGCVWLRIGGLRFRLLLSCMDIDPAMKYSCKYSQLVETISSLEIEIQVRKECGYLAGQLLTGEADKRKAKRLEKLREECRKIQKKIVYRSEPWKHMELMDECADFLKLISSLESMVSRVEAEELPLAVNQACSWQETASCFIDRLTDEYSAFNDIIQPIQVAVFEMKLGLSLILSSALENSYLSRVGQENSNFVMETIYNLVRFPRGALSKLISVKYNSSLYMLPSYRLDSATGFYSVDTGTLERLVTLSSGIAAQKKFSVMHHGAAALQNILIQIAHFVSNSKILDDESYLVLGKIFDKFARLWMTMKVQEKSKSDYDSQQYKFKPRGFQIESVIEVGISTLSNSFTTETFSEWREFSAEEISTDKMEATEACETSVEEWKQLEESILSTVVLIHNKLFGSADLVQIPGSFEVSDEDRLLSFCDSYTLGIDLIRGAQTPHLSSLDAKLMPEHLLYLCLDYERKFLSFHRSATRYNFYKDSYSSEMAKMVEALAPIQQRIFSLLDELQDHNDLQKISDIIDMLLSLPSVTPLAKLILWNCDALGVLLQLSSFPSIAKAFKNVSGLQFLLHKAQVMKESGSKFCFSRELEPVFELLSLWKTLELDSWPGLLDEVMDQYENNAGKLGARRFLDPSWICGFLFIQFFNPVLVINQSFRGILEDFIHTSSIGEYRKRLQLLFAFLGQNHIGASLKEHSCPGWMEHSTYLYNIFGFYVQFLPIVMNYIDMNKKEIEAELKALVKLCRWDCAKSYLSMENLKKSRQKLRKLVQKFTKENLIQEFSYTASVMLCLCLLSLEYFLKTNGTLRGGGRETKFGVEFGVFDFNTMDILQEPVVMFLNQEASQKRANTQSFHGHKFISDVLKNGPFSVDFDLTYFSDENRSIWFGECSKKLYSSLQNFQLKKKEVFDILSPHWKNFGESGSICRPCTGSQHANLSYAERWKAIWDMIENISITAVECSQLWKKESNSQGKRRALSSLLKLLESSGLSPHKSPYWEGHQKPWWFLQHSGDMQHLLLTTSKLPCVISETAAGVQKNKVHEESSVMEWKAAIEHYFKSVVSVLRLQQICLNPHKDITREQVDRSGSFLNQLVQVQQNQLAAANGFDEQLKRLRECVSTLKTLSSLSTSTDNITVYEGFIPKQLTAFKCMWQQKQIVDSLCAVLQEELLMLRTYEKSHLSTCRSVRPSISHMIATIEKFLPVFSRSKESLDYYLIGGTKAITPMTSTSHFCFVTEELEQLVSENFNVVKDFKEHLLVSQKQDLDRSSVREVLIDRFQEIIEKAILVEEEFTSTLKENYVLQDLSEEGSFCKRNSAVLTAGFDEALNSTYEHIEGILQKLCSLSTILMAEECMKITSWKLLFVDFVADLRLDGLCEKVFKTVTFGEKPVNHSDNKIYSYSYAIGSHNRDLYILMDLILNFGDELLKNFLAMHRSVSVTTHVLANVLAALYSKGFGTSTQQLEDDGTGNTSENATGTGMGEGIGSADVSDQITDEDQLLGTREQINNQDDNSEVPSKNDKGIEMEQDFLADAYSISEDSGEDESTDAENEQLDSEMGPTGPNSDAVGERAWDKNEDETLNDTDEKHESGPSIKDRDRSSRELRAKDDFEKADPGKADYDDDQNNETESQDDIGDGETADAVNLEKEAAFADPNGMQPDELEQTSDMDMDMDRMVEEDFMEEGDPEEQDESAEDANQDMKHDEETFLPDEIMEDAHTDVGVSSDEDNPGGDHRENDEANCKDEKKNISEPGSSGLVNEQVAPLELASQANIDSGTSSKNIAAAESNWSNSNQSFDNPTLLGGLPSSSMSKMDLNMSDSSNAGGLTENQAKSSFPQYEHSHVQDRLPNPYRSLGDALKEWKERVKVSGDLPADNTEKAGEMEDENAEEYGFVSEVEKGTAQAMGPATSEQTNKNIDGSNKLDQESHTAEKDEELKFEKHSSDIQSTTNSTSIPKSEKREHINVSGLEKSLDEGSVKTNVTESVYLEKHSDDMISLNKSYFNEDIHKLSQLSVDDNNLGKAQDAPGVPNDVKDKATALWRRFELRTTKLSQELSEQLRIVMEPTIASKLQGDYRTGKRINMKKVIPYIASNYVKDKIWLRRTRPNKRDYQVVIAVDDSSSMAESCCGDIVIEALVTVCRAISQLEMGSMAIASFGTKGNIKLLHDFDRPFNTEAGIKMISNLTFEQENTIVHEPILDLLKFLTDKLDSAVARARLPSGHNPLEQLILIISDGQFHEKDNLKRWIRDLSTGNRMVAFLVLDNSQDSIMDRTEVTFDRNGKMKLSKYMESFPFPYYVVLRNIEALPRTLANLLRQWMELLQKSRG 5438
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Lele39g1158 5438 CDD AAA 1007 1146 - -
Lele39g1158 5438 FunFam Midasin 990 1160 - -
Lele39g1158 5438 Coils Coil 3191 3211 - -
Lele39g1158 5438 Gene3D - 1940 2053 IPR027417 -
Lele39g1158 5438 MobiDBLite consensus disorder prediction 4811 4865 - -
Lele39g1158 5438 SMART AAA_5 1004 1149 IPR003593 -
Lele39g1158 5438 SMART AAA_5 356 481 IPR003593 -
Lele39g1158 5438 SMART AAA_5 1304 1541 IPR003593 -
Lele39g1158 5438 SMART AAA_5 684 898 IPR003593 -
Lele39g1158 5438 SMART AAA_5 1698 1842 IPR003593 -
Lele39g1158 5438 ProSitePatterns Sigma-54 interaction domain ATP-binding region A signature. 688 701 IPR025662 -
Lele39g1158 5438 CDD AAA 359 465 - -
Lele39g1158 5438 SUPERFAMILY P-loop containing nucleoside triphosphate hydrolases 335 598 IPR027417 -
Lele39g1158 5438 Gene3D - 2144 2247 IPR027417 -
Lele39g1158 5438 Coils Coil 3878 3898 - -
Lele39g1158 5438 FunFam Midasin 1282 1535 - -
Lele39g1158 5438 Pfam Midasin AAA lid domain 507 619 IPR040848 -
Lele39g1158 5438 Pfam Midasin AAA lid domain 1847 1931 IPR040848 -
Lele39g1158 5438 Pfam Midasin AAA lid domain 1155 1251 IPR040848 -
Lele39g1158 5438 PIRSF Midasin 293 988 IPR012099 GO:0000027|GO:0005634|GO:0016887
Lele39g1158 5438 PIRSF Midasin 1587 5437 IPR012099 GO:0000027|GO:0005634|GO:0016887
Lele39g1158 5438 PIRSF Midasin 989 1587 IPR012099 GO:0000027|GO:0005634|GO:0016887
Lele39g1158 5438 PIRSF Midasin 1 229 IPR012099 GO:0000027|GO:0005634|GO:0016887
Lele39g1158 5438 Gene3D - 671 942 IPR027417 -
Lele39g1158 5438 MobiDBLite consensus disorder prediction 5019 5034 - -
Lele39g1158 5438 Gene3D - 1280 1536 IPR027417 -
Lele39g1158 5438 CDD AAA 1699 1835 - -
Lele39g1158 5438 PANTHER MIDASIN-RELATED 989 5436 - -
Lele39g1158 5438 MobiDBLite consensus disorder prediction 4576 4606 - -
Lele39g1158 5438 FunFam Midasin 5219 5380 - -
Lele39g1158 5438 MobiDBLite consensus disorder prediction 5013 5089 - -
Lele39g1158 5438 MobiDBLite consensus disorder prediction 4686 4740 - -
Lele39g1158 5438 MobiDBLite consensus disorder prediction 4654 4668 - -
Lele39g1158 5438 Pfam AAA domain (dynein-related subfamily) 688 750 IPR011704 GO:0005524|GO:0016887
Lele39g1158 5438 Pfam AAA domain (dynein-related subfamily) 1007 1143 IPR011704 GO:0005524|GO:0016887
Lele39g1158 5438 Pfam AAA domain (dynein-related subfamily) 1701 1832 IPR011704 GO:0005524|GO:0016887
Lele39g1158 5438 Pfam AAA domain (dynein-related subfamily) 359 497 IPR011704 GO:0005524|GO:0016887
Lele39g1158 5438 Pfam AAA domain (dynein-related subfamily) 1441 1531 IPR011704 GO:0005524|GO:0016887
Lele39g1158 5438 Pfam AAA domain (dynein-related subfamily) 2159 2237 IPR011704 GO:0005524|GO:0016887
Lele39g1158 5438 Pfam AAA domain (dynein-related subfamily) 1307 1357 IPR011704 GO:0005524|GO:0016887
Lele39g1158 5438 SUPERFAMILY vWA-like 5224 5429 IPR036465 -
Lele39g1158 5438 MobiDBLite consensus disorder prediction 4576 4596 - -
Lele39g1158 5438 MobiDBLite consensus disorder prediction 5035 5056 - -
Lele39g1158 5438 MobiDBLite consensus disorder prediction 4899 4955 - -
Lele39g1158 5438 ProSiteProfiles VWFA domain profile. 5225 5425 IPR002035 -
Lele39g1158 5438 MobiDBLite consensus disorder prediction 4780 4810 - -
Lele39g1158 5438 MobiDBLite consensus disorder prediction 4654 4878 - -
Lele39g1158 5438 FunFam Midasin 1685 1848 - -
Lele39g1158 5438 MobiDBLite consensus disorder prediction 4899 4966 - -
Lele39g1158 5438 SUPERFAMILY P-loop containing nucleoside triphosphate hydrolases 1289 1556 IPR027417 -
Lele39g1158 5438 Gene3D - 1684 1849 IPR027417 -
Lele39g1158 5438 Gene3D - 991 1161 IPR027417 -
Lele39g1158 5438 Gene3D - 342 513 IPR027417 -
Lele39g1158 5438 SUPERFAMILY P-loop containing nucleoside triphosphate hydrolases 1981 2256 IPR027417 -
Lele39g1158 5438 Coils Coil 2803 2823 - -
Lele39g1158 5438 FunFam Midasin 2121 2249 - -
Lele39g1158 5438 SUPERFAMILY P-loop containing nucleoside triphosphate hydrolases 990 1241 IPR027417 -
Lele39g1158 5438 FunFam Midasin 343 513 - -
Lele39g1158 5438 MobiDBLite consensus disorder prediction 4984 5003 - -
Lele39g1158 5438 SUPERFAMILY P-loop containing nucleoside triphosphate hydrolases 1691 1924 IPR027417 -
Lele39g1158 5438 SUPERFAMILY P-loop containing nucleoside triphosphate hydrolases 671 959 IPR027417 -
       

Duplication type information

Select Gene Chromosome Start End Duplicated_type
Lele39g1158 Lele-ChrLele39 20138952 20179584 Dispersed/Wgd
       

Event-related genes

Select Gene_1 Chr_1 Start_1 End_1 Gene_2 Chr_2 Start_2 End_2 Event_name
Lele37g0267 37 2211886 2226034 Lele39g1158 39 20138952 20179584 hybridization