PI0003250 (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.TTATTATATAGACAAACTGTTCTTCTTCCCGCCCAATTGAAATTATATTTCTCTGCGGTCCAAAACTTTCACAAGAAGCTAAGCGGATTCCCACAACAATGGCTCCGAGAAAGAAACCTACACGTCGCTCTTCAATCCCCATCGGTTAGCATCTTCGCAATCAAATCCTTGTTCTTTCCTAGATTCTCTCCATGACTTTCTCGCTTCTTTCATTCTCTGTTCCGTTGCTCCAGTACTGGAATTGCTTAACGAGGATTAGCGTTTTCGGATTAAGTTTTTAATTGTTGAAGGTTGATGAAGTTATTGTTTCTGATGCCGCTTTTTTAGTATGTAATTTGCTTCTTTTGTTTGTTGATTTCTGCTAGTAGGGAAGGAGGGACATGCTGTTGATGTTAATCATCCAGAGTGCGTTGGAAAAGGTAATAAAAATTGATGCTTGAATAAATGTACGAATTCATTTTTTGTTTTCTAATTTTGGATTTTTTTAGGTGTTGGAGAAAAGTGTCACTCTCAAGGGGAGTACTCGTTTGTGCTCGTTAATCCGAATGATTTTGATGGTCATAGTAAATCTTATCTTCAGGTAGATATCTGTGCCTATCTTTTGGTGTTGGTGTTCACTGTTCACCTTTTTTTTTCCTCTGCTTTGTTACAAGTATTAATTAAAGTAAACATAGCCAAATCACATGAATTGTAATGGGCTAACCCCCATTTTGCTTTGCACTGAAATCTCAATGGAAGGTTGGAGCATAATAAGTAATTATCTTCTGGCTTGATGAAATTAGAGATGCATTAGTTACCATTTAACAAAGTTTCTATGTTCTGAAATATTCAGTTTTACTTAAAAAATTGGGGGTACGGGTGCACGATACAACAAAAAGAGAGTAATTGGGCCTGCACTTATGGTCTAGTATTACATAAGAGCTGTATGGTATATCATAAAAAAACCATTTATTTTGTTAAACATACGAAACATAAATTGACACCCAAAAGATTACAGAAGATGAAGGGAAGATGAGGTATTCTTTCACCAACAAAAATTCAGCTCAAAAGAGTTTAGAGAAAGACATTCCAATTGTCCATGATCAAAAGAAGTCCTCGATGAGTCTATCTTTATGTTGTAGAAAAACTCTTTGGTTAAGTTATCTACTTGCAGACTATACTTTGCAATTTTCACTATTTTTATCCTTATATTTTGAATTTTTACAAAGATTTACAACAAAATCAGAGAATTATACTATTTACAGATCTTCATTTATCACCAAAGCTAATTAATATTATTATTTTCTATGGCACTTCTGATTTTAATCCTGATACAGTTACTTGGTCTTTTCTTAGTCACTTTCAAACTTTTTTGTGCTGGTTTTTGCAGGAAGTATTACAATTATTCAAAAGGGAATTACCCACAATGGCCTATGCTGCAGATACCGGAAAACAATCAACCTTTATGGAAAAATGTGTATCTAATGGGTATATAGTTTGTTCCTTACCTTTTCCTTGTTTCAATTGCATGGTTTGTTATGGTGTGTGCACTCATGATTAATGATGATATGTATTTGATACCACTCAAAGTTAATCTTTCCAGTCTAAAGTTATTTTGATGATGATTTTTAAATGTAGTACTCTACTATGAGTTTTGATGATCGGCTCTGTTTCCTGCAGGAAATATTGTACATTGCTCTTGGAATCCAAATCTGAGGTTGATCCAGGACTGGTAAGCTTTTGCACATTTTCTGTTGTTCCTACCAATTGATTGGCATTTTTCCTTGCATAAAGAACAAAGGCATGCCATCTTTTCAGGATAACGATCGCTGTTATATCAATTATATAAATATTCAATTTCCAGTTCTCAAAGTTCCCGTGTGGATGCATTTTTTATGGAACCATTTTTGAAACTGTTTCATGACATTGTGTATAGTAAAGAATTCTTACATTTTTCAGGGCTTAGGCTTACCGGGTATCTATTTTTATATTCAATATTCATGTTCCCCCTTTTTTCTTGTTATTAATATGTCTGAAATTCCGAACTTAACAAGTCACCATCAATATAGATCTTTATCACCACATAGTTGAAAGTTTCTCTATTTACATCTTTACCTTCTTATTATTGTATGTCTCATTGGTATCTTTTCTTTTTCCTGAGATAATAGGGTTTGAAAAGGTCAAATATTTGATGATTTGTATGGTTGAGTTAAAAAAGTCTTATGCAAAGACATCCCGTAACTGAAATGAATTATTTCTTGCTAAAGAATAAAGGGCTTTATTTATTTATTTTCAATTTTTAAAGATCTCTGATTCCCGTTTTATCTCCCTTCTTACAGGTCATAGCTGCAATTACCTACCAAATAGTCCCTGCCGACACACAATATGCGGAGATTCCTCTTGCTGCTGTCTGTTCAGCTTACCAACACAAGGTCTCTCTCATTCCCTCTACCCCCCTCTTCCACAGGAGGAAGGGTCGTGTGCTTTGTTTGGTTTTGAATAACGCATAATGGAAGTAATTCACTCTACTTTTGGATTCATTGAAGATTTGAAACTTACATTTTAGTGTACTACCCTCTTGCAGGGGTTTGGCCACATTCTATACATGGAACTTAGAAAAAGACTTCAAAGTGTTGGCATCCGTACAATACTGTGCTGGGGAGACAAGGAATCTGAAGGGTTTTGGTCCAAACAGGTAATGGTGATTGTACTCATCTGTTATAATTAATAAACATGGTGTAGATTTGTTTTCTGTTGAAACAAAAATTTTGCATCACACAACTTTTACTTATCTTCTGAAACCACATTACTTTATATGCAATTTGGAAAATTCCTAATATTTGAAGTGAATGCAGGGATTTTCGTCCATAGCAGAAGTAGACACCAAGGGTAAAGCTCGTAGAATACCTGTAAGAGCTGACATTCGTAGAGCGTTATGCTTTCCTGGTGGTTCTACCCTCATGATTTCACACATTCAGGGAATTTCAATGTGTTCGGCTGACTTGCCAAAGTTACTTTCTCTACTAAAGCCAGAAGCCCCTTCATCGTACGCATGTGCTGCAAGAATCAGTGTTTCCAATCGAGGTTGCAACGTTTCAAATGAAACTGATCAGCATACCATTCAAATTTTGAATTTTCAACCTGATGAGTTTGTAACTTTAGTGCCCCTTGGAGAAGAAAATGAAATTCAGGGTATGTGTAATTCAGGTTTTGTTCCACAAGATAGTACAATTTAAATTATTCTCTATATGTTGCTTAAGTACCTCATAAAGGTTTATTTAAACCATTCTGTTCATGAATGGTTCATAACATAAAATAGTAAGTAATAACAGGTATGAAGATCCTAGAGTACCACTATAGATTGAAATAGTGGCTAATGAAAACCAATCTAAGTAGATAAAAGGGTTCAGAGGGAATAAGCTCAAGCCATGTGGTCACCTTGAATTTTATATCTTGCAAGTTCTTTTGGCAACTAAATGTAGTAGGTTGGTGCAGTTGTTTTGTGAAATTGATCAAGATGTAGGCAACTTGGACAGGTGAAGTAGTGTTAGGTTCCCAAAACCTGAAAAAGTAGAAAATCCCAACAAGACAAACAGAGGCAGCACTCTGTTGAATATATTGATATAATAAACTAAAGTTCAACAAATATATCAAAGAACAAACAATAAGAAGAAATGACAAGGATGATAAAGAACTTATTCCAGCTCCTTTGAGAAGGCTGGCAACCTCTCCCACAAAAGCCTAAAGCAACCTTTCCTAAAATAAAACCTAAAACACTAATCCCAAAACATTCTCTATTTATACCCCTTACAAGAGGGTCCCACAAATACTTCACTCTCCTCTCATTCTCTCTTTACTTCCCTCTGTCTGGCTCATTCCACTTTTACCCCTTCTCTTATAAGTCTGAATGATGGTGAGTCTAACAATACCGGCCAGTTCGAATTGCACCTTGTCCTCAAGGTGGAAGGAGGAAAACTGTTGCCGCATCAGCAAGACCGACTCCCATGTACCTTCACTCTCTGGTAGCCCCTTCCACTTGACCAACCATTCATTGGCTGCCAGTTCTCCGTTCCATCTGATTTCCAAAATCGATTCCGGTTTCAGTTGAAGTTCAAATTCTTCAGTCAGGACTGGATAACAATGTTGGACCTTCTGAGCTTGTACCAACTTCAATTTCAACTGGGACACATGGAAGACATTATGGATACTAGCTCCCGGGGGCAACTCCAAGCGATAGGCTACTTCCCCAATTCTTTCTATGATCCAATAAGGCCCATAAAATCTTGGGGATAATTTCTCATTTTTCTTCCTTGCCAAAGATCTCTGTCTGTAAGGCCTTAGTTTTAGGTACCCTTCTTCCCCAACTTGAAGGATCACTTCACGACGATGGAGGTCAGCTTGTTTTTCCATTCAGTTCTGGGCCATTAACAAGTTTTCCTTGAGCGCACTTAGGATCAAGTCTCTCTCTTTTAACAACTGATCTGCACTATTGTTAGGAGTTTTCTTTTCCCCGTAGAAAACTATGGGGGGGGGGTCTGCCATAAACTACCTGAAATGGTGTGGTCTTCGCGGATCCATGGAAGGTGGTATTGTACCACAGTTCAGCCCATGGGATACATTTATGCCATCTGGCCGGCTGTTCATTGCAAAAGCACCTCAAAAAGGTCTCCAGACATCTGTTCACCCTCTCGGTCTGCCCATCTATTTGAGGATGAAAGGCTGTACTTCTTTTCAACACAGTCCCCATGGCTGAGAAAAGCTCATTCCAGAAATTGCTTAGAAATATCTTATCTCTGTCCGTGATGATGGACTTAGGTATTCCATAGAGACTCACAATCCTTTCAATGAACACTTCAGCCAATTGCTTTGCTGTGTAGGGATGCTAGAGTATAATAAAATGGCTGAATTTACTCAATCGGTCCACTACAACCATGATAGAATCATACCCCCTGCCTTAGGTAGTCCTTCCACAAAGTCTATTGTCCAATCTTCTAAGATTAGTTCAGGAATGGGTAATGGTTGTAGTAGTCCAGCTGGGGATAGTGCCTCAATTTTGTTCCTTTGGCTTGTTTCACACCCTTCCACGTACCTCTTCACATCACTTTTCATACTAACCCAATGGAGATCCCCACTCATCCTTTTATATCTTCTCAGAAATCCAGAGTGGCCACCCAAAATGGAATCGTGGACAGTGTGAAGTAAGGATGGTATTAAAGAGGAAGTGCGAGGTAATACCAATCTACCTTTATACAAAAGTTGGTTGTTGGTCCACTCATATCCTGGTTTCACTCCTGGCTTGTTTTTCAATAGTTCAATGAGTCTCTGTAGCTCCTCATCCTCTGTGACTTCTTTCATGATCACTTCCACATCCATAATCCCAGGGGCTGTCATCATTCTTTGTTCTGCTGGGTGGTTGACTCTAAATAAAGCATCTGCTGCCTTATTTGAGAGGCCTGGTTGGTAAAGTATCTCAAAATCATAGCCCAAGAGCTTGGTCAACCATTTCTGGAACTGTGGCTGAACTTCTCATTGCTCAATCAAGAATTTCAATGCCTTCTGATCTAAAATCACAATAAATTTCCTCTCTGAGAGGTAGAGCCTCTATTTCTGTACTGACAGAACCACAACCATCAACTCTCTCTCATATATTGATTTAGCTTGGGCTCGAGGAGACAATTTTTTACTAAAGAAAGCCAATGGCCAAGAATTTTGTGATAACACTGCTCCTAAACCATACCCAGACGCATCTGTCTCAGTTACAAAGGGAAAGGAGAAGTTTGGGAGGGCAAGCACTGGTATAGAAACCATGGCTCTTTTGAGGGATTCGAAGGCTTCGGTGGCTTCCTCACACCATTGGAAGGCATTCTTTTGAAGAAGCTTGGTGAGGGGTGCAACAATATCCCCATAGTTCTTGACAAACCTTCTATAATATCCTGTCAAGCCCAGGAAGCCTCTAAGATCTGTAACATTTTTAGGTTTTGGCCAATTTACCATTGCTTGAACCTTGTCCCCGTCAACTTCCACTCCCTTGCTAGAGATCCAATGTCCCAGATATTGTATTCTTGAGTGGTCTATCACACATTTCTTCCGGTTAGCATAGAGCTGATTGTCTCTGAGTATATTAAAGACCACTCCTAGGTGTCTTTCGTGCTCAGTGATGTCCTTGCTGTAAATTAATATATCGTAAAAAAAAACTAATACAAATCTGCGTAGGAAAGGCCGAAATACTTGGTTCATCAAGGATTGAAAGGTGGCTGGAGCATTGGTTAACCCAAAAGGCATCACCAAAAATTCATAGTGGCCTTCGTGTGTCCTAAAAGCCATCTTCTCAATGCCTTCTTTCCCTCATTCGCATCTGATGGTACCTTGACTTGAGGTCCATTTTGGAGAAAACTGAAGCACCATGTAACTCATCTAGCAACTCCTCAATGATAGGGATGGGGAATTTGTCCGCCACTGTAGCTTGATTCAACTTCCTGTAATCAACACAAAATCACCATCTTTTTTCTTAACCAACAAGACTGGACTGAAATAGGGACTTCTATTTGGTCTAATAACCCCAGCCTGTAACATTTCCACGACTAGCTTCTCTATTTCTTCTATCTTCATGTGTCCATATTTATATGGTCTCACATTAATGGGTTTCTATCCCTCCAGGGTTAGAATTCGGTGGTCAATAGCTCATTGTGGAGGGAGCTTCTCAGGGGAAGCAAAGATGTCTTTAAATTGATGGAGTAATGCTTGGATCATGGGTAGGTCCTCTTCGTCCCCTTTTCACTACTATCACTTCCTGTCAACTCCTCTTCCTCAAATTCCATGCTTTGAAACTCTACCCAAAAACCTTGATCCTCTTCTTCCCATGATTTCGTTAAGGTTTTTAAGGAGCATTCGACTGTTGTTAATGTAGGATCTCCACTGAGGACAATGGTCTTATTCTCCATCCGAAAGGCTAAAGTCTTGGAAGGTGCACCCCCATAAACCCAATCGAGCATAACCATGGATAGTGCAAACCCACATCCAATTTGCCTAAGTTGATGGCCAGAAAATCCATCTTAATGGTCAAGTTAGGCAATACTAGTTCAGTTCTTTGACAAACTCCTTGACCTTCTATAGCAATTCCATCTCCTATTGTTACTCCAAATCGTGCCTCGTGTAATGGGTAAGTCTAGTTCTCTTACCACAAATTGGTTTATGAAGTTATGGGATGCCCCACTGTCAAACAAAACCATTACGGTCCTCCCTTCTATCGTCCCTTTTAGTTTGATGGTTCCCTTCTCTGTGAACCCATGGAGAACACTTATGGTTATTTTTGTTTCATCATTCACTTCGATCACCTTCAGCTCCACTGTCTCTGTCTCAGCCGTTTGTTCTTCTTCTATTTCTTCCTCCACGTTAGTAATTATAGCCTCAGTTCTCTGTTCTCTCGACCCTTACATCTGTGGCCATGTGACCATTTTTCATTGCAATAGAAGCTCAGACCTTTGTCTAGATGTGTCCTCACTTCACTGTTTGATAACCTTTTGGTCGGGCTCTTTCCTAGCAAAATTCCCCCCGGTAGGTATAATAACTTAGTCTTACTGAGTTCTCATTCACTTTTGACCCACTTTTGTCACCTGGGGCCCAATGGGCCTTGTTGGGTTGGGCTTCTCCCTCTATATGCCCCCAAGTCCCGCAAGGTTAATTTCAAAGCAATGTTTCGATCGTTAACAAGTTGAGCCTCCCTCATACATTCTTCCAAATTTCTAGGATGACGGCTAACCACCTCAACCTTCAGTTCTGGCTCCAATCCAGTCACAAACGCATCCATTAGCACTGATTCAGCCATCTCCGGTAATGGGGTGGTATAGTTCAGGAATTTCTTTAAGTACTTGGCATATATTCCATCTTGCGTAATCTTTATCAATCTAGCTCCCAAGCTCCCTTCTCCCATTGGTTGGAAATGGTTGAGCATTCTTTGTCTCCCCATGAGGTCACCTTTTTTCGATTGTTGCTCCATCGGAACCAACTTACTTCATCCGGTGCGAAATTAATCACAACAACCTTCACCTTCTCAGTGTCAACCAGCTCGTTGATCTCAAAAAAATGTTATGCACGGTATACCCAAGATTCAGGATTCGTTCCATTGAAGATCGACATCTCCAACTTTTTATATTTGCTTTTATCTCCCATTCCTTGTTCACTGGTCTGACCGGTTTCAACTTCCTCTGTCTTACCCTTCATTTTTAGCACAGATGCATTGGACGTTCCTGATTCCTCTTTCTTTCTCATGGAACTACTCTCCTTCACATCTTCAGCAAGACGATCCACACTCTTCTTCAACCCAAGAAGGATCTCTTTCAAATCCATGATATCTTTTTCACTGGATGTCATTCTTTCCTCGAGTTGCTTTTGGGCCATTGCAAGGGTTTGTGATCTCCCCAGGATGGAGGGGCTCTGATACCAAACGTTAGGATCCCAAAACCTGAAAAGCAGAAAATCCCAACAAGACAAACAGAGGCAGCACTCTGTAGAATATATTGATATAATAAACTGAAGTTCAACAAATATAGCAAAGAACAAACAGTAATATGAAATGACAAGGATTATAAAGAACTTATTCCAGCTCCTTTGAGAAGGCTGGCAACCTCTCCCACAAAAGCCTAAAGCAACCTTTCCCAAAATAAAACCTAAAACACTAATCCCAAAACATTCCCTATTTATACCCCTTACAAGAGGGTCCCACAAATACCTCACTCTCCTCTCATTCTCTCTTTACTTCCCTCGGTCTGGCTCATTCCACTTTTACCCCTTCTCTTATAAGTCTGAATAATGGGGGGTCTAACAAGTAGCCACTTTAATTTTGCCATTATTTAAACCTACTTGATATCTACAAATAAAAGTGTCTAGGAGAAATGATACTAAGTAGTTTGGGCTGAATCTTTCTCAATTAATTAAGATTGATCTGATTTTTTGTCCACTACCCGATTGTCTCCTTCGATGTAAAGTTTGCTTTGTTTTGTTTGTTTCGTTTTTCTTAATTTTTTTTCCTACGTAAATCACATTGTTTAAAACCTGGGTTGTTGCTAACAGATCCTCAGAACCAGGATGCAGTGCATGACAGCAACGGTCCAGTTTCTTTTGCAGAAATAGAGAACAACACGACAGCTAGTATTGCAGAATTATCCAATACTATTGGTAATTTGGATGAGACACATTGTTCTTGCTCTACACAGAGCGCAAAGAGAGTTTGGGAAGCATCACTTTCTTCACTGAAGTCAAAGAAAGTAAAAGGAGTCAGTCTGGACCATTTTCATTCAGACTCTAACAAAAAACTTGTTCCTAAAAGTAATGGATACGATACCTGTATTCAAGCATGCTCATTAGCCAATTCAAAGCATGAGATTTTATCAAGTATTTATCCTAAAAATCCGACCAATAAGTATACACAAAATTTCTGTCAAGAATTTAGAAGTGTAAATGTGGCATCAGAGGACCTCAATTGTGAAGAGAACACATTAGGAAAATCATTTAAAATTATGCTGATGAATATTGCGGACGAAGCTAAGAAAACTCAGCTCATGAAGGTACGATACCAATTTATAGTTTTCTAAAATATTCATCATTCATGTTTCTTTTATGAGATTTTCTATTGATGGTATTGAAGTTTTATATCCTTAGCTTAGTATTCTTTAAAGGGGTGTTTGGGATAAGGAATGGTTCAAGAAGTTGTGAAATCTAGATAGTTCTGAACTCTTAGGACCAAGGACATGAAGAGTTAATAAGGCATAAAATTGAATTTTTTTTGTCGGATGTCCACAAACACTTTGGGCCAAACAATCAGTGGAAAACTCCACACTTCCCTACTCCTACTCTCCCAGCTCCTTGGCTCATACAGCCCCTACGATCTCTAAATACTGATAGGTCCATGGTAGTGAAGGTGTACACCCGTAGGCACAAGAAAGGATCAGGAGAGGAGGATGGGAAGCTGTATTTGTTGGCCCGAATATTGCTAGTTAAGGGGGCCATGAGTCTTTTATGCTTTCATATAAATACTGTTATGATTGTTTGGGGAGGGTATGTTTTGGCATAGCTTGTATCGGGTCTCTTAGAATAACTGGGAGAGATAGAGAAGCTTCTGATTCCTTCCTTCCATTGCTGAGAAATAAAATTGAGGCTAAGGCTTATCATATACATACCCAGTCATTGAACCTCTCCATATTCCTTAAGAGGCATATCTTGCTTGGCTTATTTGGCTGGCTCTACAAATGTAGGATTTCTAAAGGCAGATCTGACATCCTGTCAAAAATGATTAATCAGTTGCTTTTACTGTTGAACTTTTAAGTTGTCATACTATGCAAGCAAATGAAGCTTAGGGATTCGATCCTTATATTATTTTTAAACATTATTCAATATCCCTACCTAGAATAGACAAATGAAGCTTGAAACTACCCTGCTGTTATTTAATTACGACATATTTTGATCAGTCTTTCTAACCTACGAATATCCGGATACGTGTTCACATGCATTTTTTATGGATCTTATAGATTTTATTGTATTTCTGTATTTATTTTATATGGCATTAGCTGAATAATTTTTTATAAAATATTAATAAAAAAATTTCTGTTTATTCCAAAATGTGACTTTGCTAATGTTTAGTTGTTTTCTGATTCAGGTGATTGAGGAGCTTGGTGGTTCTCTCACTGCTGATGGGTGTACAAGCACTCATGTCATTACAGGAAAAGTGCGGAAAACTCTAAATTTTTGCACTGCTCTCTGTTCAGGGTTAGTCTTGCAACCTTAGACGAACACTCTTCTATGTGTCTTTTTGACCTTTGAATACCGATAATCATCTCATTTGCACCAAAGTTGGCAATACCATGCACACAAGGCCTTTGCCGTTATTCTTCCATTGCCTCATAGTTGTGCTTAGGCTGGAAATTGTTGGAACCTTCTAAATCTGACAGGGCATAGTTTCTTATTCTACTGCCTGTTTATTTTTAGTTAAACGTCAAAATCAATTCTTATGTTTGAGTTGGATTGTATCATACTCTTCCTTTCCAGTTGTTTCTATCGTGATGGTGGGTAGTGGTTGTTAAGACAACCATTAGGCTTAGTTGGGTTTCAGGCTTACTTTTCCCTTTTTACGTGTAAAATGGCCCAAGCCCACTAATGAAAGATATTTGTAGGCTAGCTAGTGTTTTTTCCTTCTTCCCCCTAATACATTCTGTTATGGAATTCTTCTGGAAGGTCTCCTGTTAGTGATGATAATCTGCATGTTATGGAGTTCTTCTCCCGGGCATCTATGGCTGATATTCTTTACCTATCAATATATCAAAGCCAAGGATTCTTTTGCATTTCTCTATGCTTTTTCTTTACCTATTTAAGCTTTTTACAATTATATTTGAGAATGGTATTTCATTTCACTGAAATGGTAGTCATGTGAAATGTTGAACTTCAAGTGTGGAGACTGGAACGTAATATCTTACCTTTTATATTAGTAAACTTGATCTTAAGCAATGTGTTTTTAAAGATTTTATGTTGTAGAATATTTTTTGTTCAAGCTAGTGTTCTTAACTTTGTTTTCTCCTGTTAATGTTCTCCATGATTATCGTTTTTTGCATCACCATGTGGCTTCAGCGTGTCAGTGTGCTCTTGCTCATAACTTTTACTGTATCTTGTTACTAAAATTGCAAGTTCATTGTAAATTGCTCAGAGCTTGGATTGTCTCCCCCAGTTGGTTAAAGGAAAGCTACCGGGAAGGCAGATTTGTTGGTGAGTTCGAATGGCTTGCTAGTATCTAAGCGTCATGTATTTTCTTCCACTTATGTTTTTCATATTACCTACTTTTTGTGATTTATTAGTTCCTTATTGATCTGCAGACGAGTTGCCTTACATACTAAACGATGATGACTACACATCGAAGTATCGAGCCAGCCTAAAAACTGCAGTTCTCAGAGCAAAAGCACGTCCTGGAGCTTTATTTGAAGGGTATGATGTTTGCATATCAGCTCACGCTCAACCACCACCTAAAACTCTATCCCTGATAGTCAAGTCAGCCGGAGGAAATGTAAGTTCTCTGTTATTGTACAAATCTCGAATACTAGGTTTGGCTCTCTATGTTACATATACAACCACTATAATATGGCTAGCCTCCTATCTAATGAAGACGTGAAGTTCTCAACAAACAAGCACATATACGAATTCTAGACATGGGTCAATAGAACATGGACATGGTGACACACCATTTTTAAAAAAGAAAATCTAGGATAGTGCTAGAACAGAGTTTTTAATATATACAATTTAAAAAGTACGTATCATGTTTATATAAAGAAGAAATTCAAAGTCAATAAGTTTATGTATTTATATGCTTAAAAAATGAGTTTGTCTTTCACTCTCAAAACTTATTCAAAAAACTTATTCAAAGCCAAGAGTTCAATATGTGAGTGACCAGTGTTGACCTTTATTGTGTTGGAATAATTGTTGTCTAACACATCTACAATACTAACTAGTGTCCAACATGTATTCTCCAAATGTTCCATACATATTGGTTATTGTTACACTGGCCAAACTTAAGTGTTTGTTCTTCTTAAGTTCTTAATATTTATGTTTGTTTTGATCCTAGGAATTGATCATGTAATGTAAAAAGTCTATGCAAAAGGGGTCATATGTCCACCTCCATTTCTTTAATTATCAAATTTGTTCAAGTTTTTAATTGTCGCTAGATCGAAATCTGGAGTTATTTTTTGTGCTTTGGTGTACAAGTACATCCATGTTTCTAATTACGGAGGAACAGATTGTTTTCTGGTGGCAACTTTTTATTATTTAGCTTGTCTTTGATCTTGAAATTACTATTATGTTGATTTAAATTCTATTTTAGCGCTTGGAACTTTCAAAATATCCATTTTATTTCTTCTCCACGAACATTAAAAAAAAATATTAATTTTGTCCTTGAAGTTTCAAATCATCCATTTTAGTCATCGAGCTTCCAAAAAGTAGCCAACTAATGGTTTTGATATTTAGTAAATTATTTTGTCTATTAATATTCGTTTACCCAATACTCATCGATCATTTTTGCTATATGTGATTCGAATATATCTCAGAGGAAGCATTTTGAAAGTTAGGAAGAGATGGAACAAAACTTAAAGTTTAGGAACTAGAACGAGAATTTGTTTAAAATTTTTTGGTGGGTTGAATTCTTGCAATTTCTTTGTAATAAATACACTTTTTTCTTTCATTTGGCAAATTCATTCTTCTTGAAAATTTAGGTGATTCATGAGCTAGATAAAGTAAACAACGTATCGAAAACAATCTTTGTGGCGTGCGAGGAAGACGTGGAGGAAGCGTTGGTGGCTGTAGAAAAAGGGATATGGACTTTCAACATTGAATGGGTAATGACATGTATAATGAGGCAGGAAGTAGACCTGGAGGCCCCTCAATTTGCTGAGTCCCTATAAGAAACAAAGGTCAGCCTAACTTTCAGTTTTGTAAATCCACTCTTTTCTCAATTCACTCTAATTTTGGTACACAAACAAATTCTGATTGCTCCATCTTTATAATCATCGGTACATAAAAGACCATAAGTTTATTCAAGGAGAAAGTTGGATGTAAGTATGTTTTAGGCATAGTCCTTCATTTAGTAACTTTCGCAATTGTAAAAATTTGGTAATGAAATTCTATCAAGTTGAATGTTCTTGTTTATGTTAAATGATTCTGATTCTTGGTACCACAATTAACTTGAGAGCCAATTTAGATTGATTAGAGAAAAAATGTTTTTAAAAAGGTAATTTTTATATAATTTTTTTTATTAAAATTGCTTAAAATACAATTTGAAAATTAAACACTTCTAGTTTTTCTAAAATAACTTATTTTCAAAATTAAATACTGGAATAGTTAAACAAAAACACATCTTACATAACATAATATTGCAAATATTTATATCAAAAGTTCAGCCCTTGAACTTTTTAAAGTTTGTCTAGTTATCTCTAAACTTTCAATTGTCTAATAGGTTTTTGAACTCTCAGTTTTGTGTTTAAAGGTATTTTGATTTTTTTTATAAAAATTAATTGAGTTGTTAGATATAAATTTGACGAAATCTTAAATTTTTAATTTGGTATAAAGTAGATTTGTAAACTTAAAATAGTTCAAGAGTTTATAAATTAAATTTGTAATTTTAAAAGTTTGACTAAATAATTTTTGTGTAATGATTAAGTTGCAAATTAGCTGTACATAAGTCCTGTTAGAGGCAAATTATGGAGCAGTTTGAAATTTAACTCAAAATTTTTGGGTTGAGTTATTGGGTTGTGATATTTTATTTATTTATTTATTTTAATAATAGAAGAGAGGGAGACGTAAACTGCAAACTGAAGGGAGAAGAAGCGATGACATGACTTTGTATATTTCTCTTTTCTTTTCAATTTGAGAAAATTTCTGTGCAATTCATTTTGAAAAGGAAATGAATATTTCTCCCTCAGACTTATCTGTTTCTCTCTAAAACTCTCTTTTGTTTTCAATTTGAGAAAATCTATTTGCAA TTATTATATAGACAAACTGTTCTTCTTCCCGCCCAATTGAAATTATATTTCTCTGCGGTCCAAAACTTTCACAAGAAGCTAAGCGGATTCCCACAACAATGGCTCCGAGAAAGAAACCTACACGTCGCTCTTCAATCCCCATCGGGAAGGAGGGACATGCTGTTGATGTTAATCATCCAGAGTGCGTTGGAAAAGGTGTTGGAGAAAAGTGTCACTCTCAAGGGGAGTACTCGTTTGTGCTCGTTAATCCGAATGATTTTGATGGTCATAGTAAATCTTATCTTCAGGAAGTATTACAATTATTCAAAAGGGAATTACCCACAATGGCCTATGCTGCAGATACCGGAAAACAATCAACCTTTATGGAAAAATGTGTATCTAATGGGAAATATTGTACATTGCTCTTGGAATCCAAATCTGAGGTTGATCCAGGACTGGTCATAGCTGCAATTACCTACCAAATAGTCCCTGCCGACACACAATATGCGGAGATTCCTCTTGCTGCTGTCTGTTCAGCTTACCAACACAAGGGGTTTGGCCACATTCTATACATGGAACTTAGAAAAAGACTTCAAAGTGTTGGCATCCGTACAATACTGTGCTGGGGAGACAAGGAATCTGAAGGGTTTTGGTCCAAACAGGGATTTTCGTCCATAGCAGAAGTAGACACCAAGGGTAAAGCTCGTAGAATACCTGTAAGAGCTGACATTCGTAGAGCGTTATGCTTTCCTGGTGGTTCTACCCTCATGATTTCACACATTCAGGGAATTTCAATGTGTTCGGCTGACTTGCCAAAGTTACTTTCTCTACTAAAGCCAGAAGCCCCTTCATCGTACGCATGTGCTGCAAGAATCAGTGTTTCCAATCGAGGTTGCAACGTTTCAAATGAAACTGATCAGCATACCATTCAAATTTTGAATTTTCAACCTGATGAGTTTGTAACTTTAGTGCCCCTTGGAGAAGAAAATGAAATTCAGGATCCTCAGAACCAGGATGCAGTGCATGACAGCAACGGTCCAGTTTCTTTTGCAGAAATAGAGAACAACACGACAGCTAGTATTGCAGAATTATCCAATACTATTGGTAATTTGGATGAGACACATTGTTCTTGCTCTACACAGAGCGCAAAGAGAGTTTGGGAAGCATCACTTTCTTCACTGAAGTCAAAGAAAGTAAAAGGAGTCAGTCTGGACCATTTTCATTCAGACTCTAACAAAAAACTTGTTCCTAAAAGTAATGGATACGATACCTGTATTCAAGCATGCTCATTAGCCAATTCAAAGCATGAGATTTTATCAAGTATTTATCCTAAAAATCCGACCAATAAGTATACACAAAATTTCTGTCAAGAATTTAGAAGTGTAAATGTGGCATCAGAGGACCTCAATTGTGAAGAGAACACATTAGGAAAATCATTTAAAATTATGCTGATGAATATTGCGGACGAAGCTAAGAAAACTCAGCTCATGAAGGTGATTGAGGAGCTTGGTGGTTCTCTCACTGCTGATGGGTGTACAAGCACTCATGTCATTACAGGAAAAGTGCGGAAAACTCTAAATTTTTGCACTGCTCTCTGTTCAGGAGCTTGGATTGTCTCCCCCAGTTGGTTAAAGGAAAGCTACCGGGAAGGCAGATTTGTTGACGAGTTGCCTTACATACTAAACGATGATGACTACACATCGAAGTATCGAGCCAGCCTAAAAACTGCAGTTCTCAGAGCAAAAGCACGTCCTGGAGCTTTATTTGAAGGGTATGATGTTTGCATATCAGCTCACGCTCAACCACCACCTAAAACTCTATCCCTGATAGTCAAGTCAGCCGGAGGAAATGTGATTCATGAGCTAGATAAAGTAAACAACGTATCGAAAACAATCTTTGTGGCGTGCGAGGAAGACGTGGAGGAAGCGTTGGTGGCTGTAGAAAAAGGGATATGGACTTTCAACATTGAATGGGTAATGACATGTATAATGAGGCAGGAAGTAGACCTGGAGGCCCCTCAATTTGCTGAGTCCCTATAAGAAACAAAGAGAGGGAGACGTAAACTGCAAACTGAAGGGAGAAGAAGCGATGACATGACTTTGTATATTTCTCTTTTCTTTTCAATTTGAGAAAATTTCTGTGCAATTCATTTTGAAAAGGAAATGAATATTTCTCCCTCAGACTTATCTGTTTCTCTCTAAAACTCTCTTTTGTTTTCAATTTGAGAAAATCTATTTGCAA ATGGCTCCGAGAAAGAAACCTACACGTCGCTCTTCAATCCCCATCGGGAAGGAGGGACATGCTGTTGATGTTAATCATCCAGAGTGCGTTGGAAAAGGTGTTGGAGAAAAGTGTCACTCTCAAGGGGAGTACTCGTTTGTGCTCGTTAATCCGAATGATTTTGATGGTCATAGTAAATCTTATCTTCAGGAAGTATTACAATTATTCAAAAGGGAATTACCCACAATGGCCTATGCTGCAGATACCGGAAAACAATCAACCTTTATGGAAAAATGTGTATCTAATGGGAAATATTGTACATTGCTCTTGGAATCCAAATCTGAGGTTGATCCAGGACTGGTCATAGCTGCAATTACCTACCAAATAGTCCCTGCCGACACACAATATGCGGAGATTCCTCTTGCTGCTGTCTGTTCAGCTTACCAACACAAGGGGTTTGGCCACATTCTATACATGGAACTTAGAAAAAGACTTCAAAGTGTTGGCATCCGTACAATACTGTGCTGGGGAGACAAGGAATCTGAAGGGTTTTGGTCCAAACAGGGATTTTCGTCCATAGCAGAAGTAGACACCAAGGGTAAAGCTCGTAGAATACCTGTAAGAGCTGACATTCGTAGAGCGTTATGCTTTCCTGGTGGTTCTACCCTCATGATTTCACACATTCAGGGAATTTCAATGTGTTCGGCTGACTTGCCAAAGTTACTTTCTCTACTAAAGCCAGAAGCCCCTTCATCGTACGCATGTGCTGCAAGAATCAGTGTTTCCAATCGAGGTTGCAACGTTTCAAATGAAACTGATCAGCATACCATTCAAATTTTGAATTTTCAACCTGATGAGTTTGTAACTTTAGTGCCCCTTGGAGAAGAAAATGAAATTCAGGATCCTCAGAACCAGGATGCAGTGCATGACAGCAACGGTCCAGTTTCTTTTGCAGAAATAGAGAACAACACGACAGCTAGTATTGCAGAATTATCCAATACTATTGGTAATTTGGATGAGACACATTGTTCTTGCTCTACACAGAGCGCAAAGAGAGTTTGGGAAGCATCACTTTCTTCACTGAAGTCAAAGAAAGTAAAAGGAGTCAGTCTGGACCATTTTCATTCAGACTCTAACAAAAAACTTGTTCCTAAAAGTAATGGATACGATACCTGTATTCAAGCATGCTCATTAGCCAATTCAAAGCATGAGATTTTATCAAGTATTTATCCTAAAAATCCGACCAATAAGTATACACAAAATTTCTGTCAAGAATTTAGAAGTGTAAATGTGGCATCAGAGGACCTCAATTGTGAAGAGAACACATTAGGAAAATCATTTAAAATTATGCTGATGAATATTGCGGACGAAGCTAAGAAAACTCAGCTCATGAAGGTGATTGAGGAGCTTGGTGGTTCTCTCACTGCTGATGGGTGTACAAGCACTCATGTCATTACAGGAAAAGTGCGGAAAACTCTAAATTTTTGCACTGCTCTCTGTTCAGGAGCTTGGATTGTCTCCCCCAGTTGGTTAAAGGAAAGCTACCGGGAAGGCAGATTTGTTGACGAGTTGCCTTACATACTAAACGATGATGACTACACATCGAAGTATCGAGCCAGCCTAAAAACTGCAGTTCTCAGAGCAAAAGCACGTCCTGGAGCTTTATTTGAAGGGTATGATGTTTGCATATCAGCTCACGCTCAACCACCACCTAAAACTCTATCCCTGATAGTCAAGTCAGCCGGAGGAAATGTGATTCATGAGCTAGATAAAGTAAACAACGTATCGAAAACAATCTTTGTGGCGTGCGAGGAAGACGTGGAGGAAGCGTTGGTGGCTGTAGAAAAAGGGATATGGACTTTCAACATTGAATGGGTAATGACATGTATAATGAGGCAGGAAGTAGACCTGGAGGCCCCTCAATTTGCTGAGTCCCTATAA MAPRKKPTRRSSIPIGKEGHAVDVNHPECVGKGVGEKCHSQGEYSFVLVNPNDFDGHSKSYLQEVLQLFKRELPTMAYAADTGKQSTFMEKCVSNGKYCTLLLESKSEVDPGLVIAAITYQIVPADTQYAEIPLAAVCSAYQHKGFGHILYMELRKRLQSVGIRTILCWGDKESEGFWSKQGFSSIAEVDTKGKARRIPVRADIRRALCFPGGSTLMISHIQGISMCSADLPKLLSLLKPEAPSSYACAARISVSNRGCNVSNETDQHTIQILNFQPDEFVTLVPLGEENEIQDPQNQDAVHDSNGPVSFAEIENNTTASIAELSNTIGNLDETHCSCSTQSAKRVWEASLSSLKSKKVKGVSLDHFHSDSNKKLVPKSNGYDTCIQACSLANSKHEILSSIYPKNPTNKYTQNFCQEFRSVNVASEDLNCEENTLGKSFKIMLMNIADEAKKTQLMKVIEELGGSLTADGCTSTHVITGKVRKTLNFCTALCSGAWIVSPSWLKESYREGRFVDELPYILNDDDYTSKYRASLKTAVLRAKARPGALFEGYDVCISAHAQPPPKTLSLIVKSAGGNVIHELDKVNNVSKTIFVACEEDVEEALVAVEKGIWTFNIEWVMTCIMRQEVDLEAPQFAESL Homology
BLAST of PI0003250 vs. ExPASy Swiss-Prot
Match: Q7YR40 (Mediator of DNA damage checkpoint protein 1 OS=Pan troglodytes OX=9598 GN=MDC1 PE=3 SV=1) HSP 1 Score: 97.1 bits (240), Expect = 7.9e-19 Identity = 48/175 (27.43%), Postives = 93/175 (53.14%), Query Frame = 0
BLAST of PI0003250 vs. ExPASy Swiss-Prot
Match: Q767L8 (Mediator of DNA damage checkpoint protein 1 OS=Sus scrofa OX=9823 GN=MDC1 PE=3 SV=1) HSP 1 Score: 97.1 bits (240), Expect = 7.9e-19 Identity = 50/175 (28.57%), Postives = 93/175 (53.14%), Query Frame = 0
BLAST of PI0003250 vs. ExPASy Swiss-Prot
Match: Q5TM68 (Mediator of DNA damage checkpoint protein 1 OS=Macaca mulatta OX=9544 GN=MDC1 PE=3 SV=1) HSP 1 Score: 96.3 bits (238), Expect = 1.3e-18 Identity = 52/192 (27.08%), Postives = 98/192 (51.04%), Query Frame = 0
BLAST of PI0003250 vs. ExPASy Swiss-Prot
Match: Q6ZW49 (PAX-interacting protein 1 OS=Homo sapiens OX=9606 GN=PAXIP1 PE=1 SV=2) HSP 1 Score: 95.9 bits (237), Expect = 1.8e-18 Identity = 60/190 (31.58%), Postives = 98/190 (51.58%), Query Frame = 0
BLAST of PI0003250 vs. ExPASy Swiss-Prot
Match: Q14676 (Mediator of DNA damage checkpoint protein 1 OS=Homo sapiens OX=9606 GN=MDC1 PE=1 SV=3) HSP 1 Score: 95.5 bits (236), Expect = 2.3e-18 Identity = 48/175 (27.43%), Postives = 92/175 (52.57%), Query Frame = 0
BLAST of PI0003250 vs. ExPASy TrEMBL
Match: A0A1S3BKX0 (uncharacterized protein LOC103491160 isoform X3 OS=Cucumis melo OX=3656 GN=LOC103491160 PE=4 SV=1) HSP 1 Score: 1187.9 bits (3072), Expect = 0.0e+00 Identity = 598/640 (93.44%), Postives = 612/640 (95.62%), Query Frame = 0
BLAST of PI0003250 vs. ExPASy TrEMBL
Match: A0A1S3BMF3 (uncharacterized protein LOC103491160 isoform X2 OS=Cucumis melo OX=3656 GN=LOC103491160 PE=4 SV=1) HSP 1 Score: 1179.5 bits (3050), Expect = 0.0e+00 Identity = 599/662 (90.48%), Postives = 612/662 (92.45%), Query Frame = 0
BLAST of PI0003250 vs. ExPASy TrEMBL
Match: A0A1S3BM51 (uncharacterized protein LOC103491160 isoform X1 OS=Cucumis melo OX=3656 GN=LOC103491160 PE=4 SV=1) HSP 1 Score: 1174.8 bits (3038), Expect = 0.0e+00 Identity = 598/663 (90.20%), Postives = 612/663 (92.31%), Query Frame = 0
BLAST of PI0003250 vs. ExPASy TrEMBL
Match: A0A1S4DXT4 (uncharacterized protein LOC103491160 isoform X4 OS=Cucumis melo OX=3656 GN=LOC103491160 PE=4 SV=1) HSP 1 Score: 1062.0 bits (2745), Expect = 9.9e-307 Identity = 541/600 (90.17%), Postives = 554/600 (92.33%), Query Frame = 0
BLAST of PI0003250 vs. ExPASy TrEMBL
Match: A0A6J1HT38 (uncharacterized protein LOC111465956 isoform X1 OS=Cucurbita maxima OX=3661 GN=LOC111465956 PE=4 SV=1) HSP 1 Score: 1014.6 bits (2622), Expect = 1.8e-292 Identity = 516/643 (80.25%), Postives = 560/643 (87.09%), Query Frame = 0
BLAST of PI0003250 vs. NCBI nr
Match: XP_008449211.1 (PREDICTED: uncharacterized protein LOC103491160 isoform X3 [Cucumis melo]) HSP 1 Score: 1187.9 bits (3072), Expect = 0.0e+00 Identity = 598/640 (93.44%), Postives = 612/640 (95.62%), Query Frame = 0
BLAST of PI0003250 vs. NCBI nr
Match: XP_008449209.1 (PREDICTED: uncharacterized protein LOC103491160 isoform X2 [Cucumis melo]) HSP 1 Score: 1179.5 bits (3050), Expect = 0.0e+00 Identity = 599/662 (90.48%), Postives = 612/662 (92.45%), Query Frame = 0
BLAST of PI0003250 vs. NCBI nr
Match: XP_008449208.1 (PREDICTED: uncharacterized protein LOC103491160 isoform X1 [Cucumis melo]) HSP 1 Score: 1174.8 bits (3038), Expect = 0.0e+00 Identity = 598/663 (90.20%), Postives = 612/663 (92.31%), Query Frame = 0
BLAST of PI0003250 vs. NCBI nr
Match: XP_038881370.1 (uncharacterized protein LOC120072912 isoform X1 [Benincasa hispida]) HSP 1 Score: 1134.8 bits (2934), Expect = 0.0e+00 Identity = 571/641 (89.08%), Postives = 595/641 (92.82%), Query Frame = 0
BLAST of PI0003250 vs. NCBI nr
Match: XP_031740694.1 (LOW QUALITY PROTEIN: uncharacterized protein LOC101209162 [Cucumis sativus]) HSP 1 Score: 1129.4 bits (2920), Expect = 0.0e+00 Identity = 576/655 (87.94%), Postives = 594/655 (90.69%), Query Frame = 0
BLAST of PI0003250 vs. TAIR 10
Match: AT2G41450.1 (N-acetyltransferases;N-acetyltransferases ) HSP 1 Score: 506.9 bits (1304), Expect = 2.4e-143 Identity = 294/659 (44.61%), Postives = 401/659 (60.85%), Query Frame = 0
BLAST of PI0003250 vs. TAIR 10
Match: AT2G41450.2 (N-acetyltransferases;N-acetyltransferases ) HSP 1 Score: 506.9 bits (1304), Expect = 2.4e-143 Identity = 279/595 (46.89%), Postives = 382/595 (64.20%), Query Frame = 0
BLAST of PI0003250 vs. TAIR 10
Match: AT4G03130.1 (BRCT domain-containing DNA repair protein ) HSP 1 Score: 80.9 bits (198), Expect = 4.2e-15 Identity = 59/196 (30.10%), Postives = 95/196 (48.47%), Query Frame = 0
BLAST of PI0003250 vs. TAIR 10
Match: AT1G04020.2 (breast cancer associated RING 1 ) HSP 1 Score: 54.7 bits (130), Expect = 3.2e-07 Identity = 40/126 (31.75%), Postives = 60/126 (47.62%), Query Frame = 0
BLAST of PI0003250 vs. TAIR 10
Match: AT1G04020.1 (breast cancer associated RING 1 ) HSP 1 Score: 54.7 bits (130), Expect = 3.2e-07 Identity = 40/126 (31.75%), Postives = 60/126 (47.62%), 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:
GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
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