PI0025877 (gene) Melon (PI 482460) v1
Overview
Sequences
The following sequences are available for this feature:
Legend: five_prime_UTRexonCDSpolypeptidethree_prime_UTR Hold the cursor over a type above to highlight its positions in the sequence below.AAACTAACGAACGTTTCCGTATGAACTTTCTCAAACAAAATTCCTTCCTTTGCTTCTCAATCAATCCATCAAGCCCGTGTTAGTTTCACTACATCTTTCAATCCAATCAAGATTAATGGAGTTTCGTCGTAATCGGCTGTGAGTCTGTGTAAGAAGAACATAGTGATAGTGTCGAGGAATGCAACGGAGTGAAGCCACCGCCGTTTTTGTTGGGCTGGATAGAATCTTCAAGCTTCGTTCTTCTCAATCGCACTCGCGTTGTGCCTTCGCCAGGTAGGTAAACGGGTACAACCTTTTTGGATTACTACTGTATATCTTGTTTTATTTGGGAATGTTGTATTGCCAATAGCTGAAAGAACTTGAAAGTTTCGGGGCTATAGAGTTTACAACTATCGGGTTTATAAACCAAAATTTCTAACCAATTTAATGATGGGTTTTAAGATACATATTAGGGTCTTTGATTTCGTAGTTCCTATGTTTGTTAGATGATAGTTATTGCCAGTGTTTCTTAAAGCTCAAGGAACAATCAAATGCAATATTTTTGTCTTTAAGGGCTTAAACACAAGGCGGAAAAAGCCCTATATAATGTACGACGTTAATATACTACGTTAAGAAGAGAAGGCATAGTTAAAGTGGAAATATGAAAAAAAAAAAAAAAAAAGAGAAACACCTAATTGTTTGATTAATAAAGAAGGAAAACCCCTAATTATTGCTATTTTTTAAAAAATAATGAAAAAGCATCACGGCATAAGGCTGCTTTGGGGCTTCCAAAAAGCATATTTGCCTTATTTACAAAGTGTTGGCATCTATAACTTGTATGGGCTAGGCTCGTTTAAGACTTGGATGATTTCTCGCTGGAAAGCACTTGGTAGTTTATAGGCTATTAGATGGGACTTTACTAATTGAGTGGTGAATAACAGATTTGTTTTTGTTGTGATCAATTTCTAGTTAACTGTTGGATTAAGTCGTAAAATGAAGTTCATTTGATATTTTTGGCAGTTTCTTGGAAGATGTGGGAAGAGAAAAGACCACTGTCAGAATTCAAGATTAGTTTGCAAGTTAATTCATTGAGTTGGTAGTGTACTGTCAAGTGTCAATTATCTTTGTTGCGACACTTCTTTATTTTAGCTTATTAGAAGCATTGTGTAATATGAAAAATTTTATGATCTTTTCATTATAAAACCAAAATTGGGGTCTGAGAACATTTGGTTAGAGCACCATTCTTTTATGCCTAATATTTCCTCATGGTGGAATGTAGTGGTTCTAGGTAAATGGGGAGGTTATCGTTTTACCATCTTGGCCCACGCTTTCTCTAGAGAGGCTTTTGGGCTTGGTTTTTTTGTATGCCCTTGTGTTATTTAATTCCTTTTTCCGTGGAAGTTGTTGACTGTTGTTTCTACAATAATAATAGAAAAAAAACCAACCTCCAAATGTGTCAAGTGTTATGGTGGGAAGAGAATAAGTTATTACATAGTGATGAACAAATTTTAGATGAGAGATTTTCTAATGCCAAGTTAGAAATTATACAAGTCTTCGGTGATAACTTGAGGTCCATGGATTTATTGAGTCTGATTGCAAAATAATTGATGGGAAGACATTCCAAGTCGAGAATCCTAGTTGATTGGGAGAGAAAAGGCCGACATTTGCTTAAACTGTCATTGAGCTTTAAGAATATGAATATTATTGTACGTTAACCAAAGTCACCAAACTAAATTGTCAGTGCTTCTTAGAATATCATGTTGTTATACTTTATAAATATTTAAAAGTTGAATTTTGAAACACTTCATCAATTCTTAATTGTGACTGTTCAAGAAGCTTATGCTTTATTTGGTCACAATCTGCCTCCAGTTTGTTCAATCCTACTTCAGGACATCAATTTCCATTTCTCCACCTACAAGGCAAACATAGATCGAGTGAAGGAATGACAAAGAGATTTAGGTTATCTTGAGTTGTGTTTCAGAATGAAGAGTCAAATACTGATCCAAAATCTTGAAGGTAGGGGATTTTTGCTATCAGAACCTTAGAAAATTGAAAATGCACACGAAGAAGGTCCTTTCTAGCCTTAAACACAATGCACAACAACATGGACTGATGTCAAGGCAATGACATTAGTCAACACTGTTTTATCGTAAAGAGTATCTAAGGCAAAATGATCACTTCTTCAGGACTCTCTACCACCATAGATGTACAAACCCCTTGGGCATCAAAGGTGCCACTAAGTCTTTAAATAATCACTTTTTATCGAGAAGAATCCCAAAACATTTGCAGTCCAAATTATCTTCTCTTTTGAGGTCGTGAAGTTTATTTATGTTTTCATCTTTCAGGCTCCTCCTCTTATAAGAACTTGCCAAGATTAATTCTTTTACTGATGTAGACTAAGAATTTTGGAGAATTCTTGGAGAAGAAGTATTTTTTAAAATTGAGAGAAAATGATAACAATGCCCCCTTTAAATAGACCCAAAGCAGAAGGGTTTGTTCACACCTAACTAACTAATCCTAACCTCTTTAAATAGGCTCAAAGAGGAAGGGCTTTTTCACTCCTAATTTAAAAATAAAATGGAAAATATCAAAACAAGAGGGAAGGAAAATACAATTGATCGCATACAAGGAATTATCCGATGCCATAAATGATTTACCTCACGTTTCAAAGGTATGCATGCTCTTTTTTCTTTCTTTCTTTTTTTCTTTTCTTTTGTCCTGAAAATTTAAGAACATGTGGAAATCATTGGGATGGGGACTGATTTCATATGCAAATGTCATTCCATGAAGATGCCCTTTTATCACCCGCCGTAATTATAGAAAGCCTTTCAAGGATGCCTTTAGGGGGTGTTTGGAGAACTGGAATGTAAGCATGATTACTGGGAATCAGAGGAATGTTAGAATGCATTTCAAATTGAGGGCGGAACAAAAATAAAATCGTAAAAAGTGAAAATGATGGAAAATATAGTTTAATTGAAAAATGGTGAAATGAAATGAGTTTAATATTACAATTTGGGCTCAAAACTCTCAATCTAAACATGAACTTTAGATTGCATTACAACGCATTCCAATCCCATTACGGGTGTCCAAACACCCCCTTAAGGTTTATGATGTTCCACTCACCTTGTGTGACATTTTTAGTGCAAGTACATGGTTATCAGATCTAATGCTATTGGTTTTTGCCCTTTGTCTTTTATGCCACCTTATTGTGTGGTTACATTTAGAACATACCCCGAACTCTAGCTGTTTTTCTTTATTATTTCCCTCTTTTTTAACGGTAACAAACAAGACATTCGTTTTCATGTTAAAAAATAAAAAATAGAAAATAAAAAGGAGAAGGATCATACTCCAAATTAGAGAAGATAGGAACTAGGTCCTTTAGAACCGGTAAGTGGTAACATAGGTCATGGGTTATATGACCGGTGTTCATTCCCCAAACGGAATTAGGAGTATGAGTTTTGGAATTTTAAATTTTAAGTGTTTGTTTCTTTTGGTCTTAATTATTTGGAGCCAAGTGAATCTTTGTTTAAGTTGTTTGAGTAAAATCTTACATTGATAAATGATTGATTGTTCTAGTCCAAAAAAAAGTGCATGATTAGTTTATTGCTTATTCCTTGGTTACCATCAATGAAGAGTACTATTCTATAGATTTAAATTGGCACATTTTTCAGCAATGTATCACTGTGAATTTTCAGCAATGTATCAGAAAGTGTATCTGCCTGGGAGCCTGCCTGACAGTTGCAATAGGAAAGAGAGACAAAATTATCTGCTTTGGACTAGTAAAATGGACCATTTACTTGCTGCGACTCTTGTCAAGCAAGTAAAAGAAGGAAATAGGGTTGATGGTGCATGGAAACCTCCTGCATATACTGCAGCTCTTCAAGTCTTGAATGGAAACTTTGGTGATGATTTAACTAAAGAACATGTCAGAAGTCGATTAAAAACTTGGAAAAAACAGTTTCGAATTTTAAAGGAGCTTCTTGCTCATAAAGGGTTTGAATGGGATGAGGCAAAAAAGATGGTGGCAGCTGAAAATTCAGTGTGGAATAATTACAACAAGGTAAAATATCATCCTCCTTGATGTTAATTTATGAGCCTACTTTTGGTTTTGCCACATATTTTAGTTTCTTAATTTTCTGTGGTTTATAGGCACATCCTAATGCCAGACAATATCGTGGAAAATTTATTGAACTTTATGATGAATGGTGTATTATCATGGGTGAGCAAGCAATATCAACCTTTTCAGACAATGATGCAGAACTGAAAGAAATACGGACAAAAAGCAAGGATAGTTCAGGCTCTTTGATTGCATTAGACGCTCAGACTAATGATAAGCTGGCGATGAAATTAAGATGGACTAGTGATATGGATCATTACCTTGGGAGGACTCTCATGGAATATGTGACGAAGGGGTGCAAACTTGATAAATCTTTACAACGTGGGGTACTCAATACAGCTGTTTCAGCTTTAAATGAGAAATATGGGCCGGACTTGACAAAAGAACACATTAGAAACAGGCTAAAAACTTGGAGGAAGCAATATCATAATCTGAAAGATCTTCTTTCTCATGATGGGTTCAGGTGGGACGAAACAAGAAAGGTCATCATTGCTAATGACTCAGTGTGGGATGATTATATCAAGGTAAGTAGAAAATCTGCAGAATTTACCTAATGGCGTGAGTACTATTGTCTTTCCATGCATTTGATCATGTTCTTTTTTGTTGTTGTTGTTACTGTTTGTTTTGTGAAATGAAGTCTTCATTTAGAATCATGAAAAGAAATACAAGGGCACACAAAACAGGCCCACAAAAGGGGATGGTTTGATCATGTTCTTCTTCTTGGGATTACTGGCATCAAACATTTACTTTCTTTTTTTTCCTTTCCTTTTTGATTTGAGGTAAGAGATAGTTCATAGCCACAAAAGAGATGTACAATACGGGAGTGAAATAAGAAATTCTACCTCACTGATACTAAGGTGGTGAGGAATCATTTTTTTTTTTCCTTTTTTTCCTTTTTTGTTGGCTTGAATTGGAAAAAGTATGGTTACAATAATCTTTAGTAGGATGTCTTCTCTCAGCATTAAGGTCAGGCCACATTTGATAATAATTTCAATTTTGGCTCTCTTTTTCTATAAAAGTTATGCTTGTTTCTTCTCAATTTCTTTAATATGGTTTTCGCACCTTTGAAATAAACATTTGAATTTGTAGCTAAATTTTAAAAAACAAGAACAATTTTTAATAAACTACAAGGAGATAATAACATACAGAAATTTATGGGTGGAACTAGTTTTATAAGGTTAATTTTCAAAAACTAAATGGTTATCAAACAAAATTTAAAACTCTATTTAAAAGTCTACAAGAATGAAGAAACACCTTAACTATTTTTCTCCTCATAGATATTTCAATTTATTTTGTGCTCAACTCCAAGAATATTTTCTTATACTACTTATCCACCGAATTTTGGCTTTACTTTTAAATCTTAATCCACAAAACGATTGGAAAACCTTATCCTTGGTGCTCTTCCAAATGCCCATGAACAACCAAAATAAGGAAAGAGGTGTTTTCCAAAATTTCCTACTATGAAATAATTAGTGTCGTTGGTCCTGCCTTGCCTTTATTCATAAGACAACAACTAGGGCATAGAGAAAATTCTTGATGATCTCGATATATATCACTTTGGAATTATCTTTGAAACCGACATGTAGCAGGTAACTGGAATGAGTTACATGATAAATGAAAGACTTGATTAATGTCATTGAGAAGGTAGCTAGAGTCTAGAGAAAGTTCCTGATGTTCTTGTAAGACCACTGATTGTTCATACTTATAGTAGAAAAGGGAATTAGGGCAAAAGAGACACTACCCAACATGCAAATGATGAGGGAAGGATTGAGGAAGGAATCGTGCCAGATGGGGCCCACGGGTAGGGGAGAGAGAGGTAGAGAGTGCTATAAATGTATCCTTTTGAGGATTGGGTAGGTAGGTCATCTTTTAGGTAAAGGCTGCGTAAAGGCAGATGGTTTCTCAGCCTCCTTTTAAAGGTGCTGGGTATGTTCTTGGTTTGTTATTGTTTTTCTTTTTGTTATATCTTCTGGAACTGTGTTATTTTGGCTGAAAGTAATATAAATAACAGAGTGATGCCTCTGTTTTAGCCCTTTTGTTAGGATTTGGTGTTTTATTTAAACAGAATCTTAAAAAATTGGTATCAGAGCCAAGAATTCTGGGGGTGTTCACGCGTTCGATGACTCGAAAACAGATGGAAGAGAGGTTGGAAGGAACGGAAAAGGAAGTTTTGGGATTAAAGGAGATGATGCTGGAACTCAAGAAGGCTGTAGACCGTTTAGCCAAAGATATGAGGGAAAATAACAACACTAAACGTAAGGAAGAGTCGTGTGTGTCTAATGGATCATCTCTAAAATTGAAAGGAAAAATGAAGGAACAAGAGATAGTGATTGAGCCAGGGACAACCTCAGTAGACCGAAGTAAATACAAAATGCTAAAGATGCCTATGTTTTTAGGAGAGGACCTCGAATCTTGGGTTTATAGAGCAGAGCATTTCTTTGAAATCAATGATCTGCCAAAGTCTGAAAAGGTCAAGGTGCCAGTTGTGAGTTTTGGGCAAGATGAAGTGGACTGGTTTAGATGGAACAACAATAGAAAGAAAGTGGAATCATGGGAAGACCTGAAGATGAGAATGTTCGATCATTTTCGTGACACTGGGTAGAGGAGTTTAGGAGCTAGGTTAATTCGTATTCAACAAGAAGGCACATACAGTGAGTATGTAAAGAAGTTCGTGAATTATTCAGCCCCTTTACCGGACATGGCAGAAAGTGTATTAATGGATGCCTTTGTGACCGGGTTGGAACCATCCTTACAGGCTGAAGTGGTTAGCAGACACCCTAAAACATTGGAAGCATGTATGCGTGAGGCACAGCTGGTCAGTGATTGAAACTTAGCCTTGCAATTAGCAAGGGCAGAGAAGGGAATTGGCAAAATCAGAGGAGGACCCACTCAAGGGAGTAAGAACCTGGGAGAGTTGGAAAGAGGAAATCCCAAGAAAAATGAGTTCCCAATGAAACAAGTGACCATTCCTATTAAAGGAAATTACGTAAGGGGAGAACCAACGGTAAAAAGACTTTCTGATGTGGAATTTCGGGCTCGGTTGGATAAAGGACTTTGTTTCAAATGCAATGAGAAATACTCCCCTACTCATCGTTGTAAAGTAAGGGAAAAAAGGGAGCTCATGCTGTTTGTTTTTTAATAAAGAAGAAGGATCAGAAGGAGAAGAAAGAGAGGTGGAAGAGGAAGAAGAGACAGTGGATTTGAAAAATTTAGAAGTTCCTACTGGAACCGAAATGAAACTAAAGACCATAATGGGTTTTGAAGCTAAAGGGACCATGAAGATGAAAGGTACACTCAAAGGAAAGGAAGTCATTGTTCTAATTGACAGCGGGGCCACTCATAATTTTTTGCATCAAGCGTTGGTAGATGAGTTGGGCTTAGTGATAGTTCGAGGAACTACATTTGAAGTAACCATTGGAGATGGAACGGACAGAATAGGGAAGGGATTGTGCAGGAAGGTGGAACTGAAAGTAGCAGAGTTGACCATCATCGCAGACTTGTTAGCAATGGAGTTAAGGAAAGTTGATATCATTCTGGGAATGAAATGGCTATGCACCACGGGATTCATGGGTGTCCATTGGCCGTCACAAACAATGACTTTCATGGCCGAAGGGAAAGTGATCATGTTAAAGGGTGATCCTTCACTAATTAAAGCAGAATGTTCCTTGAAAACTCTTGAGAAGATATGGGAAGAAGATGACCAGGGCTTCTTGCTAGAAGTACAAAATTTCGAAGGAGAGGAGGAGGGAAGTTATAAGGGGGAACCAATAGAAAAAGGAGAGGAGGAAGATCTAGCCATGATTCAAGCCTTGTTGAAACAGTACCAAGATCTTTTTGCTACACCCACCAAACTCCCACCAAAAAGAGAAGTTGATCGCCACATCATGACCTTACTTGAGCAAAAACCAGTCAATGTTCGACCGTACAAGTATGGACATATTCAGAAGAATGAGATTGAGAAACTAGTCACTGAAATGTTACAAGCTGGTGTGATAAGGTCCAGCCACAACCTTTTTTCACGCCTTGTTCTGTTGGTCAAAAAGAAAGATGGTGAATGGAGGTTTTGTGTGAACTATAGGAAACTCAACAAGATTATAGTATCAGATAAATTCCCCATCCCAGTGATTGAGGAACTTCTAGATGAACTTCATGGAGCATCCGTTTTCTTCAAACTAGATTTAAAATCAGGATATCATCAAATCAGAATGAAGGAGGAAGACAGAAAAAACAGCCTTCAGGACACATGAGGGCCACTACGAATTCTTAGTCATGCCTTTTGGCTTGACAAATGCGCCAGCCACATTCCAATCTTTCATGAATCAGGTATTTAGACCTTTCCTTAGACGATTTGTACTGGTTTTTTTTTATGATATATTGGTTTATAGCGCGAATGTGACTGAACACGAAAGACACTTGGGAATGGTATTTGCGGTCCTTAGGGATAACCATCTATTCACCAACCGGAAAAAGTGTGTTATAGCTCACTCAAGGATACAATATCTAGGCCACTAGATCTCCAAAAAGGGAGTAGAGGCAGATGAGGAAAAAATCCGCGTAATGATGAACTGGCCTCAACCGAAGGATGTTACTGGTCTGAGAGGTTTCTTGGGATTAACTGGATACAATAGAAGATTTGTGCGTGGGTATGGCGAAATTTCAGCCCCTCTGACTGAGCTCTTACAAAAGAATGCGTTCCGATGGAGTGAGGAAGCCACAGAAGCTTTCGAAAACCTGAAAAATGCTATGATAACTATCCCGGTGCTTGCACTACCGGATTGGTCCCTCCCATTTATAATCAAAACTGATGCTTCAGGATTTGGGCTAGGGGCAGTTCTCTCACAACAGGGTCACCCTATTGCTTTCTTTAGTCAAAAGTTATCCCCAAGAGCTCAAGCCAAATCCATCTATGAGAGAGAGTTAATGGCCGTGGTTCTTTCAGTCCAAAAATGGAGACACTACCTTTTAGGAAGGAAGTTCACCATCATTTCTGATCAGAAAGCCCTTAAATTCCTCTTGGAACAAAGAGAGGTCCAACCTCAATTCCAAAAGTGGCTTACTAAATTATTGGGGTATGATTTTGAGATCCTTTACCAACCGGACCTACAAAACAAAGCAGCGGATGCCCTCTCCAGATTAGAACCAAATCCTGAGTTGAGACTTATGACAACGCCAGGGATTCTGGATTTAGAAGTGGCCATGAAAGAGGTTGAAGAAGACAGTGAGTTGCAGAAGTTGATTGAGAACTTCAAGAAACACCCAGAGGAGGCGAGCAAATACCAGTGGGAGAATGAAAGATTATTGTATAAAGGAAGATTAGTCCTCTCCAAGCAGTCAGTCCTAATTCCCACCTTGTTACACACATTCCACGATTCCATCCTTGGAGGCCATTCAGGGTTCTTACGCACTTATAAAAGAATGAGTAGGGAGCTGTATTGGAAGGGTATTAAGTCTAATGTGCAGAAATATGTAGAGCAGTGTGACATTTGCCAACGGAATAAGACAGAAGCTACACGACCAGCTGGTCTACTACAACCTATTCCTCTACCAGAAAGAATACTGGAAGATTGGTCTATGGATTTTGTGGAAGGATTACTAGTAGCTGGAGGAATGAATGTGATATTAGTGGTGGTGGACAGGTTAAGTAAGTATGCCTACTTTATTTCCTTAAAACACCCCTTCTCGGCCAAACATGTTGTAGAGGTATTCATTGACAAAGTGGTCTGGAAGCATGGTATTCCTAAATCTATAATTAGTGACCGGGATAAGATTTTTCTTAGTAATTTTTGGAAGGAATTGTTCTCCACCATGGGGACATCATTGAAGAGGAGCACTGCGTTCCATCCACAAACGGATGGTCAAACAGAAAGAGTAAATCGATTCCTTGAAACCTACTTGAGGTGTTTTTGCAACGAGCAACCCAGTAAATGGTAGAAATTTATCCCTTGGGCTGAACTGTGGTACAACACCACTTTCCACGCGTCTACAAAAACCACTCCTTTTCAATTGGTTTTCGACAGACCACCACCACCCCTCATTTCATATGGAGACACTAAGTCAACCAACAATGAAGTGGAAGAATTACTTAAGGAAAGAGATATAGCCATCAGTGCACTTAAGGAGAACTTACAAGTGGCCCAGAACCGGATGAAGAAAATGGCTGACATGAAAAGAAGGGAATTAAAATTCAGTGTAGGAGATGAAGTTTTTTTGAAGTTGACCCTATAGGCAGAGATCTTTGGCCAGGAAAAGGAGTGAAAAACTTGCTCCTAGGTTTTATGGTCCTTATAGAATCATCGAGGAAATTGGAGAAGTTGCTTACAGACTACAGCTACCACCAGAGGCAATGATCCACAACGTTTTTCATGTGTCACAGCTGAAGCTCAAACTGGGGGAAAGACAAAATGTACAGCATCAACCACCAGTTTTGAATGAAGAATTCGACTGCAATTGTGGCCCGAGACAGTGTTAGGTGTTCGTTGGAACAAGGAATTGGGAGCAACTGAATGGCTAGTAAAATGGAAAAACCTACCGAATTGTGAAGCTACATGGGAATCAATGTATCAAATGAACCAGTAATTTCCTACATTCCACCTTGAGGACAAGGTGAACTTGGAACCGAGGGGTATTGTAAGACCACCGATCGTTCATACTTATAGAAGAAAAGGGAATAAGGGCAAAAGAGACATTACCCAGTAGGCAAATGATGAGAGAAGGATTGAGGAAGGAATTGTGTCAGATGGGGCCCACGGGTAGGGGAGAGAGAGAGAGAGAGTGCTATAAATGTATCCTTTTGGGGATTGGGTAGGTAGGTCATCTTTTAGGTAAAGGCTGCGTAAAGGCAGAAGGTTTCTCAGCCTCCTTTTAAAGGTGTTGGGTATGTTCTTGGTTTGTTATTGTTTTTCTTTTTGTTATCTCTTCTGGAACTGTGTTATTTTGGCTGAAAGTAATATAAATAACAGAGTGCTGCCTCTGTTTTAGCCCTTTTGTTAGGATTTGGTGTTTTATTTAAACAGAATCTTAACAGTTCTCTAAGTACTTTTGCATGAAAAGGCATATCATCAAATGCCATGAACGAGGGACCAGTTTAACAAAGCTAAATGGTGAAATCTTGATAGACGAACAATCATGCTGTTTGAAATTTATGCTGCTTCATTCTCATTTTCTATTTGGTCTGAAATACCCTGAACAAGTTAAAAGATGTATTCTACCTGAATTTTAGCTCCAGAATAACAATTTGCTATCATTTTCTTTGCACATAGATCAATCCTGAGGCCAAAAGCTTTCGTGGTAGAGTATTTGAAAACTATGATCAGTTTTGCATTTTCTTTAGATACTACAATATGGAGGCGTTGGATTTCCCTGTTGCCGTAAACGATGGAAAGACTGGATGTGAAGGGAACTCTTTGAGGTGGACTAGTGAAATGGACCATTGCCTCAGAAGAGTTCTCATGCAGCATGTGATTCCTGGGAACAAAGGCATGTTAGATAATAAATTCAATCCCCTTGTGTATGATGCAGCTATATTAAATTTAAGAGAAATGTTTGCTCTTGAATTGACCAAAGATCAAGTTGAGGATCGTTTTAAATCATGGAAAAAAGAGTATGGTTTGCTAAGGGACCTGTTGGACCAAGGTGACTTTGAATGGGATGACCAGCAAAAGATGTTAGTTGCAAAGGACTCAGTATGGGATGTCTCTATTGAGGTATATTATATTTCAGTTAATCTTTCAGTGGTCCATGTCCATAAAATAATGATGCATTTGATTTTTTCTTTTCCTTTTTCATTTTTCATTGACGGTGTTCAAAATGGTTCTTGCCTATAATTGGAACAGAGAAACCCGGATACTAGACAATTTAGAGGGAAGGTCATTGAAAACTATGATGAATTGTGTGTTATTGCTGGGTGTGACATTCCATCTGGAAGTTCTCTCAATGCTGCTGCTGATAATTTGGATTTATCTGTAGATGAAGCTATAAATGCCAGAGATGTGTGTCACAATCAAAGTAACAGTGCAGCAGATAATGGAAATTACGTAACTTGGACCAAGGAAATGGATACCTGTTTATCGAAGCTGCTGGTTGAGCAAGTGAGTCTTGTAAATAAGATTGAGAAAAACTTTAAGCCTGCAGCTTACACAGCTGCTCTTACATTTTTTAATGAGAGATTTGCATTGGACTTGACAAAGGAAAACATTGAAAGAAGGTTAAACGCGTGGAAGAAGCAGTATGGGATGGTGAAGTCACTCCTCTCTCACGAAGGATTTGACTGGGATGAAAAACACGAGATGGTTGTTGCTAATGACTTCAATTGGTTTGCATACACTAAGGTATGTTTATATCTTATCTTTCATGATGATCTGATTTTATTTTTTAGGATGAAAAATCATCATTGGTTAAGATAAATGAAATAAGCAAAATAAGGGAAACACAAAAACACTAGCTGAGATGAGACAAAACCAGTTACGAAATAGTTTTGTTTGGAAGCCTAGCAAGAGGTGTTGAAATGGGCCAAACTTCACCTCTCATTCCAAGATCTCTCAATTACCTTATATCTCTTCCCAATCATATCTAAAATAAAATAGTTAAAAGGAAAAGAAAAGTATATCTGAATATGTGGACTGAGATATTGTTTGGCAAAGAGCATTTTGGTAGGAATGTCACTAGGGCATTATTAGGATATGAAGGGTATAGTAGCAACTAGTTAGGGAAGTTGTTATGGTACTCAGTTTATAAATAGAGGTGGTGAGATGTAGAAAACTAAGCAATAACTTGGTGAATGAATAATTAGGACTTGGGAGAGATCTCTTAGATATCTAAACACAAAAGATATATGAAAGCTTTAAAGATTCAATGTCTAGAGAAATTACAATATAAGCACAAGTAATTCAAGGTACTTGTACCGACTATTTTAAGATCTTTCCCAAGCCCTAATTCACTACAAAATAATGCCCCTTCCTCATTCATTAGTACTCTATATATAGTCAGATTCCATAACCACCTCTCTAGTTAATTACCACCATATTCTTACTAATAAGCTCTATCAGTACTCTCATAAGAGCTTAAGAGAGGGATGGTTTAAGTACCTCGAACACTTGGTTTATCTGTAATTTGGTTTTCCTATTATCTATGCTTTTAGGTTCTATCTTCTTGCTTGTCACATTCTGTTGATCTAAGAACGTAAAATATGTCCAAATTGGATTGTTTTACCAGTTAATACCCAGAGTCCATCTTATCAATTTCATTAGTTAATGTCGGAGGACTCATATCTTGCCTCTTATTCAAAGATTTTTATTAATATTATTGACTCGACACCGATTTAATGGAATTATGGAACAACTTCCAGAATAAGAGAATACATTATGGAAAAACTTTTTACTTACATATATTACTTTTCCTTTTATCATTTCATATTATTTTTTGTTTAATGCAGTGAGGAGTCCGACATGTGAAATTTTGCACATTCGCTCAGTGCTTTCTAAAATCCCTTTCAGGAACACCCTGATGCGCGGGAATTCCAAGCCAAGTCAATTGAGAATTACAATGAGCTGTGTATGATTTTTGACAACGAGCAGAAAACTGAAGGATGGTCAATTGTTGAAAAACACGATAAGGACTGTACTTTGAACAACCACAACCATACAGAACCCCTACTAGGAATATCAGATGATGATGAAGGGGGAGGTAATGGTTCCAGTGGTTCTGATAGCATGGAGGCTTCATCTCAACAAACAGGAACTAGACCATCCTCCACTTCACATTCTCGAAAGGCTTTAAAGAGAAGACACAGCGGTGATCTCATTGTGCAAATAATGAGTGTCATGGCTGCTAACGTTGCTCGAATAGCTGATGCATTGTCAGACAGGCCAACATGCTTAGATCAAGTGTTTGATGTTGTTCAAACCATGCCTGGGTTGGACGAGGATCTGATCCTCGATGCATGTGAGTTTCTCTCTTTTGATGAAAAAAGGGCTGTGATGTTTATGAAATTGGATGAGAGGTTGAGAAAAAAGTGGCTACTAAAAAAGTTGCGCAGTTAAGCTTGCGTTGCATATAAGATTATAGTTTTTCTTGTTGATATTTATACCTATTTTTCTTAAAATCATTGGCTAGATGAAGGAATTATCATTATTATTTTT AAACTAACGAACGTTTCCGTATGAACTTTCTCAAACAAAATTCCTTCCTTTGCTTCTCAATCAATCCATCAAGCCCGTGTTAGTTTCACTACATCTTTCAATCCAATCAAGATTAATGGAGTTTCGTCGTAATCGGCTGTGAGTCTGTGTAAGAAGAACATAGTGATAGTGTCGAGGAATGCAACGGAGTGAAGCCACCGCCGTTTTTGTTGGGCTGGATAGAATCTTCAAGCTTCGTTCTTCTCAATCGCACTCGCGTTGTGCCTTCGCCAGCAATGTATCAGAAAGTGTATCTGCCTGGGAGCCTGCCTGACAGTTGCAATAGGAAAGAGAGACAAAATTATCTGCTTTGGACTAGTAAAATGGACCATTTACTTGCTGCGACTCTTGTCAAGCAAGTAAAAGAAGGAAATAGGGTTGATGGTGCATGGAAACCTCCTGCATATACTGCAGCTCTTCAAGTCTTGAATGGAAACTTTGGTGATGATTTAACTAAAGAACATGTCAGAAGTCGATTAAAAACTTGGAAAAAACAGTTTCGAATTTTAAAGGAGCTTCTTGCTCATAAAGGGTTTGAATGGGATGAGGCAAAAAAGATGGTGGCAGCTGAAAATTCAGTGTGGAATAATTACAACAAGGCACATCCTAATGCCAGACAATATCGTGGAAAATTTATTGAACTTTATGATGAATGGTGTATTATCATGGGTGAGCAAGCAATATCAACCTTTTCAGACAATGATGCAGAACTGAAAGAAATACGGACAAAAAGCAAGGATAGTTCAGGCTCTTTGATTGCATTAGACGCTCAGACTAATGATAAGCTGGCGATGAAATTAAGATGGACTAGTGATATGGATCATTACCTTGGGAGGACTCTCATGGAATATGTGACGAAGGGGTGCAAACTTGATAAATCTTTACAACGTGGGGTACTCAATACAGCTGTTTCAGCTTTAAATGAGAAATATGGGCCGGACTTGACAAAAGAACACATTAGAAACAGGCTAAAAACTTGGAGGAAGCAATATCATAATCTGAAAGATCTTCTTTCTCATGATGGGTTCAGGTGGGACGAAACAAGAAAGGTCATCATTGCTAATGACTCAGTGTGGGATGATTATATCAAGATCAATCCTGAGGCCAAAAGCTTTCGTGGTAGAGTATTTGAAAACTATGATCAGTTTTGCATTTTCTTTAGATACTACAATATGGAGGCGTTGGATTTCCCTGTTGCCGTAAACGATGGAAAGACTGGATGTGAAGGGAACTCTTTGAGGTGGACTAGTGAAATGGACCATTGCCTCAGAAGAGTTCTCATGCAGCATGTGATTCCTGGGAACAAAGGCATGTTAGATAATAAATTCAATCCCCTTGTGTATGATGCAGCTATATTAAATTTAAGAGAAATGTTTGCTCTTGAATTGACCAAAGATCAAGTTGAGGATCGTTTTAAATCATGGAAAAAAGAGTATGGTTTGCTAAGGGACCTGTTGGACCAAGGTGACTTTGAATGGGATGACCAGCAAAAGATGTTAGTTGCAAAGGACTCAGTATGGGATGTCTCTATTGAGAGAAACCCGGATACTAGACAATTTAGAGGGAAGGTCATTGAAAACTATGATGAATTGTGTGTTATTGCTGGGTGTGACATTCCATCTGGAAGTTCTCTCAATGCTGCTGCTGATAATTTGGATTTATCTGTAGATGAAGCTATAAATGCCAGAGATGTGTGTCACAATCAAAGTAACAGTGCAGCAGATAATGGAAATTACGTAACTTGGACCAAGGAAATGGATACCTGTTTATCGAAGCTGCTGGTTGAGCAAGAAAACATTGAAAGAAGGTTAAACGCGTGGAAGAAGCAGTATGGGATGGTGAAGTCACTCCTCTCTCACGAAGGATTTGACTGGGATGAAAAACACGAGATGGTTGTTGCTAATGACTTCAATTGGTTTGCATACACTAAGGAACACCCTGATGCGCGGGAATTCCAAGCCAAGTCAATTGAGAATTACAATGAGCTGTGTATGATTTTTGACAACGAGCAGAAAACTGAAGGATGGTCAATTGTTGAAAAACACGATAAGGACTGTACTTTGAACAACCACAACCATACAGAACCCCTACTAGGAATATCAGATGATGATGAAGGGGGAGGTAATGGTTCCAGTGGTTCTGATAGCATGGAGGCTTCATCTCAACAAACAGGAACTAGACCATCCTCCACTTCACATTCTCGAAAGGCTTTAAAGAGAAGACACAGCGGTGATCTCATTGTGCAAATAATGAGTGTCATGGCTGCTAACGTTGCTCGAATAGCTGATGCATTGTCAGACAGGCCAACATGCTTAGATCAAGTGTTTGATGTTGTTCAAACCATGCCTGGGTTGGACGAGGATCTGATCCTCGATGCATGTGAGTTTCTCTCTTTTGATGAAAAAAGGGCTGTGATGTTTATGAAATTGGATGAGAGGTTGAGAAAAAAGTGGCTACTAAAAAAGTTGCGCAGTTAAGCTTGCGTTGCATATAAGATTATAGTTTTTCTTGTTGATATTTATACCTATTTTTCTTAAAATCATTGGCTAGATGAAGGAATTATCATTATTATTTTT ATGTATCAGAAAGTGTATCTGCCTGGGAGCCTGCCTGACAGTTGCAATAGGAAAGAGAGACAAAATTATCTGCTTTGGACTAGTAAAATGGACCATTTACTTGCTGCGACTCTTGTCAAGCAAGTAAAAGAAGGAAATAGGGTTGATGGTGCATGGAAACCTCCTGCATATACTGCAGCTCTTCAAGTCTTGAATGGAAACTTTGGTGATGATTTAACTAAAGAACATGTCAGAAGTCGATTAAAAACTTGGAAAAAACAGTTTCGAATTTTAAAGGAGCTTCTTGCTCATAAAGGGTTTGAATGGGATGAGGCAAAAAAGATGGTGGCAGCTGAAAATTCAGTGTGGAATAATTACAACAAGGCACATCCTAATGCCAGACAATATCGTGGAAAATTTATTGAACTTTATGATGAATGGTGTATTATCATGGGTGAGCAAGCAATATCAACCTTTTCAGACAATGATGCAGAACTGAAAGAAATACGGACAAAAAGCAAGGATAGTTCAGGCTCTTTGATTGCATTAGACGCTCAGACTAATGATAAGCTGGCGATGAAATTAAGATGGACTAGTGATATGGATCATTACCTTGGGAGGACTCTCATGGAATATGTGACGAAGGGGTGCAAACTTGATAAATCTTTACAACGTGGGGTACTCAATACAGCTGTTTCAGCTTTAAATGAGAAATATGGGCCGGACTTGACAAAAGAACACATTAGAAACAGGCTAAAAACTTGGAGGAAGCAATATCATAATCTGAAAGATCTTCTTTCTCATGATGGGTTCAGGTGGGACGAAACAAGAAAGGTCATCATTGCTAATGACTCAGTGTGGGATGATTATATCAAGATCAATCCTGAGGCCAAAAGCTTTCGTGGTAGAGTATTTGAAAACTATGATCAGTTTTGCATTTTCTTTAGATACTACAATATGGAGGCGTTGGATTTCCCTGTTGCCGTAAACGATGGAAAGACTGGATGTGAAGGGAACTCTTTGAGGTGGACTAGTGAAATGGACCATTGCCTCAGAAGAGTTCTCATGCAGCATGTGATTCCTGGGAACAAAGGCATGTTAGATAATAAATTCAATCCCCTTGTGTATGATGCAGCTATATTAAATTTAAGAGAAATGTTTGCTCTTGAATTGACCAAAGATCAAGTTGAGGATCGTTTTAAATCATGGAAAAAAGAGTATGGTTTGCTAAGGGACCTGTTGGACCAAGGTGACTTTGAATGGGATGACCAGCAAAAGATGTTAGTTGCAAAGGACTCAGTATGGGATGTCTCTATTGAGAGAAACCCGGATACTAGACAATTTAGAGGGAAGGTCATTGAAAACTATGATGAATTGTGTGTTATTGCTGGGTGTGACATTCCATCTGGAAGTTCTCTCAATGCTGCTGCTGATAATTTGGATTTATCTGTAGATGAAGCTATAAATGCCAGAGATGTGTGTCACAATCAAAGTAACAGTGCAGCAGATAATGGAAATTACGTAACTTGGACCAAGGAAATGGATACCTGTTTATCGAAGCTGCTGGTTGAGCAAGAAAACATTGAAAGAAGGTTAAACGCGTGGAAGAAGCAGTATGGGATGGTGAAGTCACTCCTCTCTCACGAAGGATTTGACTGGGATGAAAAACACGAGATGGTTGTTGCTAATGACTTCAATTGGTTTGCATACACTAAGGAACACCCTGATGCGCGGGAATTCCAAGCCAAGTCAATTGAGAATTACAATGAGCTGTGTATGATTTTTGACAACGAGCAGAAAACTGAAGGATGGTCAATTGTTGAAAAACACGATAAGGACTGTACTTTGAACAACCACAACCATACAGAACCCCTACTAGGAATATCAGATGATGATGAAGGGGGAGGTAATGGTTCCAGTGGTTCTGATAGCATGGAGGCTTCATCTCAACAAACAGGAACTAGACCATCCTCCACTTCACATTCTCGAAAGGCTTTAAAGAGAAGACACAGCGGTGATCTCATTGTGCAAATAATGAGTGTCATGGCTGCTAACGTTGCTCGAATAGCTGATGCATTGTCAGACAGGCCAACATGCTTAGATCAAGTGTTTGATGTTGTTCAAACCATGCCTGGGTTGGACGAGGATCTGATCCTCGATGCATGTGAGTTTCTCTCTTTTGATGAAAAAAGGGCTGTGATGTTTATGAAATTGGATGAGAGGTTGAGAAAAAAGTGGCTACTAAAAAAGTTGCGCAGTTAA MYQKVYLPGSLPDSCNRKERQNYLLWTSKMDHLLAATLVKQVKEGNRVDGAWKPPAYTAALQVLNGNFGDDLTKEHVRSRLKTWKKQFRILKELLAHKGFEWDEAKKMVAAENSVWNNYNKAHPNARQYRGKFIELYDEWCIIMGEQAISTFSDNDAELKEIRTKSKDSSGSLIALDAQTNDKLAMKLRWTSDMDHYLGRTLMEYVTKGCKLDKSLQRGVLNTAVSALNEKYGPDLTKEHIRNRLKTWRKQYHNLKDLLSHDGFRWDETRKVIIANDSVWDDYIKINPEAKSFRGRVFENYDQFCIFFRYYNMEALDFPVAVNDGKTGCEGNSLRWTSEMDHCLRRVLMQHVIPGNKGMLDNKFNPLVYDAAILNLREMFALELTKDQVEDRFKSWKKEYGLLRDLLDQGDFEWDDQQKMLVAKDSVWDVSIERNPDTRQFRGKVIENYDELCVIAGCDIPSGSSLNAAADNLDLSVDEAINARDVCHNQSNSAADNGNYVTWTKEMDTCLSKLLVEQENIERRLNAWKKQYGMVKSLLSHEGFDWDEKHEMVVANDFNWFAYTKEHPDAREFQAKSIENYNELCMIFDNEQKTEGWSIVEKHDKDCTLNNHNHTEPLLGISDDDEGGGNGSSGSDSMEASSQQTGTRPSSTSHSRKALKRRHSGDLIVQIMSVMAANVARIADALSDRPTCLDQVFDVVQTMPGLDEDLILDACEFLSFDEKRAVMFMKLDERLRKKWLLKKLRS Homology
BLAST of PI0025877 vs. ExPASy TrEMBL
Match: A0A2N9FX33 (Uncharacterized protein OS=Fagus sylvatica OX=28930 GN=FSB_LOCUS19734 PE=4 SV=1) HSP 1 Score: 792.3 bits (2045), Expect = 1.7e-225 Identity = 401/787 (50.95%), Postives = 546/787 (69.38%), Query Frame = 0
BLAST of PI0025877 vs. ExPASy TrEMBL
Match: A0A7N2KMQ1 (Uncharacterized protein OS=Quercus lobata OX=97700 PE=4 SV=1) HSP 1 Score: 792.3 bits (2045), Expect = 1.7e-225 Identity = 403/790 (51.01%), Postives = 550/790 (69.62%), Query Frame = 0
BLAST of PI0025877 vs. ExPASy TrEMBL
Match: A0A5J5C7S2 (Uncharacterized protein OS=Nyssa sinensis OX=561372 GN=F0562_001686 PE=4 SV=1) HSP 1 Score: 728.0 bits (1878), Expect = 3.9e-206 Identity = 386/806 (47.89%), Postives = 521/806 (64.64%), Query Frame = 0
BLAST of PI0025877 vs. ExPASy TrEMBL
Match: A0A5B7BRF2 (Uncharacterized protein OS=Davidia involucrata OX=16924 GN=Din_039932 PE=4 SV=1) HSP 1 Score: 718.8 bits (1854), Expect = 2.4e-203 Identity = 382/806 (47.39%), Postives = 520/806 (64.52%), Query Frame = 0
BLAST of PI0025877 vs. ExPASy TrEMBL
Match: A0A371EED3 (L10-interacting MYB domain-containing protein (Fragment) OS=Mucuna pruriens OX=157652 GN=LIMYB PE=4 SV=1) HSP 1 Score: 705.3 bits (1819), Expect = 2.7e-199 Identity = 367/790 (46.46%), Postives = 510/790 (64.56%), Query Frame = 0
BLAST of PI0025877 vs. NCBI nr
Match: XP_030959168.1 (uncharacterized protein LOC115981123 [Quercus lobata]) HSP 1 Score: 792.3 bits (2045), Expect = 3.5e-225 Identity = 403/790 (51.01%), Postives = 550/790 (69.62%), Query Frame = 0
BLAST of PI0025877 vs. NCBI nr
Match: XP_023877154.1 (uncharacterized protein LOC111989590 [Quercus suber]) HSP 1 Score: 790.4 bits (2040), Expect = 1.3e-224 Identity = 401/790 (50.76%), Postives = 550/790 (69.62%), Query Frame = 0
BLAST of PI0025877 vs. NCBI nr
Match: KAF3973412.1 (hypothetical protein CMV_003146 [Castanea mollissima]) HSP 1 Score: 789.3 bits (2037), Expect = 3.0e-224 Identity = 402/790 (50.89%), Postives = 548/790 (69.37%), Query Frame = 0
BLAST of PI0025877 vs. NCBI nr
Match: KAA8550002.1 (hypothetical protein F0562_001686 [Nyssa sinensis]) HSP 1 Score: 728.0 bits (1878), Expect = 8.1e-206 Identity = 386/806 (47.89%), Postives = 521/806 (64.64%), Query Frame = 0
BLAST of PI0025877 vs. NCBI nr
Match: XP_027341993.1 (uncharacterized protein LOC113854889 isoform X2 [Abrus precatorius]) HSP 1 Score: 715.3 bits (1845), Expect = 5.5e-202 Identity = 367/800 (45.88%), Postives = 528/800 (66.00%), Query Frame = 0
BLAST of PI0025877 vs. TAIR 10
Match: AT2G24960.2 (unknown protein; FUNCTIONS IN: molecular_function unknown; INVOLVED IN: biological_process unknown; LOCATED IN: cellular_component unknown; EXPRESSED IN: 21 plant structures; EXPRESSED DURING: 12 growth stages; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT4G02210.2); Has 30201 Blast hits to 17322 proteins in 780 species: Archae - 12; Bacteria - 1396; Metazoa - 17338; Fungi - 3422; Plants - 5037; Viruses - 0; Other Eukaryotes - 2996 (source: NCBI BLink). ) HSP 1 Score: 285.0 bits (728), Expect = 1.7e-76 Identity = 208/804 (25.87%), Postives = 358/804 (44.53%), Query Frame = 0
BLAST of PI0025877 vs. TAIR 10
Match: AT2G24960.1 (unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT4G02210.2); Has 1453 Blast hits to 509 proteins in 26 species: Archae - 0; Bacteria - 0; Metazoa - 1; Fungi - 39; Plants - 1363; Viruses - 0; Other Eukaryotes - 50 (source: NCBI BLink). ) HSP 1 Score: 271.9 bits (694), Expect = 1.5e-72 Identity = 207/827 (25.03%), Postives = 358/827 (43.29%), Query Frame = 0
BLAST of PI0025877 vs. TAIR 10
Match: AT4G02210.1 (unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT2G24960.2); Has 791 Blast hits to 465 proteins in 19 species: Archae - 0; Bacteria - 0; Metazoa - 0; Fungi - 17; Plants - 748; Viruses - 0; Other Eukaryotes - 26 (source: NCBI BLink). ) HSP 1 Score: 155.2 bits (391), Expect = 2.0e-37 Identity = 81/297 (27.27%), Postives = 152/297 (51.18%), Query Frame = 0
BLAST of PI0025877 vs. TAIR 10
Match: AT4G02210.2 (unknown protein; FUNCTIONS IN: molecular_function unknown; INVOLVED IN: biological_process unknown; LOCATED IN: cellular_component unknown; EXPRESSED IN: 22 plant structures; EXPRESSED DURING: 13 growth stages; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT2G24960.2). ) HSP 1 Score: 155.2 bits (391), Expect = 2.0e-37 Identity = 81/297 (27.27%), Postives = 152/297 (51.18%), Query Frame = 0
BLAST of PI0025877 vs. TAIR 10
Match: AT4G02550.2 (unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT4G02210.2); Has 350 Blast hits to 284 proteins in 18 species: Archae - 0; Bacteria - 0; Metazoa - 0; Fungi - 13; Plants - 331; Viruses - 0; Other Eukaryotes - 6 (source: NCBI BLink). ) HSP 1 Score: 101.3 bits (251), Expect = 3.5e-21 Identity = 47/130 (36.15%), Postives = 78/130 (60.00%), Query Frame = 0
The following BLAST results are available for this feature:
InterPro
Analysis Name: InterPro Annotations of Melon (PI 482460) v1
Date Performed: 2021-10-25
Relationships
The following mRNA feature(s) are a part of this gene:
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