Cmc03g0072711 (gene) Melon (Charmono) v1.1
Overview
Sequences
The following sequences are available for this feature:
Legend: exonfive_prime_UTRCDSpolypeptidethree_prime_UTR Hold the cursor over a type above to highlight its positions in the sequence below.TGGCGGGAACCAGGAAGAACACGGTGCTTGATTTGGCGGGAAATGTCTTTACCTTCTTCAATGTATTTAGGGCCCCAAATCATGACCATAAACAAGAGAGAGATTGAGATTCAGAGAGAAAACGCAGCCATGGTTGGACTACCCTACGATTTCCTCGTTAATCCTCTTGGAGCTGTTAGATCAACCTTCGAGAAGGCCATATCATCGGGTTCAAACCCTGCGTCTTTCGATGGCAAAGACTGGGGCGCCCTCCAACCATTTCAACACTTCCTTTTCGACCAAAATGGTCTATCTAAGGTTCAATCACTTCCTAATTCGACTTATTTCTATTTTCTGTAAGGAATTTTCTTTAGTATATGAAGCAATTAAGTACTTTTTCCCTAAGTAATTGATGGGTAGTTGATTTCATTTTCTACTTGCCATTTTGTGTGGGTGTTTCTCAGTTGAAACTAGTTAATAATCAATTCCCGTGTTTTGTAGTGAATAACGGAGAAATTTTGGTTAAAATGAAGGGTTCGGTTCTACTAGGTTTTCGAATCAGTCATTTGATGATAGCTTTCTGTAGGTTCCCATTCTTAACGCTTCTAGCGCTAAATGGCTTCAGCCCAACACCCTTGTTCGGTTCCGGGGAATGATTCAAGACATGCTGGGAAATGAGTTCTATGTTGGCGCTTACAAGGTAATTTCGTTTACCTGTTGAAGATGTTCCTTTGCTGTTTTCATGTGTGTTAAGACTCTCTGGAATCATGAAGGATGGCTCTACTTGGAAAACCACCAAGTTTATGGATTCGTCTCAATGTCCTACTGGCTTTTCACCAGATATGCGCATTTGGGAACGCCGTGTGCTGTACTGTGTGCCTGTGAGTTTTCTGTAAAAGTCTCTATTTGGTTAGCTGTTACTGCATAGTTTTTGACCTTTGAATTTGAGCGTTTATAGATCGAACTCGGTTACGAATGATGATTTATTCTTGAGTACTTTCTTTGTCATATAGGTTCCAGGTCAAAATTCTTGGACTGAATCGTCACGTTTAGGAGAGATCAATAATAGTGCTGAGGGGACATCTGAGAACAGACAAAAGCGTTGCAGAATGGATGAAAATGCTGTTGATCATATGGACATTCTTGTAATTTTCCCCTATGACATGCTTTTGTTTTATTTTAACTTTAAGCTGCTCATTTCATCCTCGATATCACCGACTGTTTAGCAATTTATTAGATTTATTCATGTCACATGATTGAGTCTGGATAAAAGTTTTGCCTCATCTCTTTCTCTCCCCATATTTGAATTCTTGCCCCTGTCCCTGCTTGGAGCTGTATGGAGTTAGCATACCGAGAGATTTCTGACATTTGGCAGGATTGAAAAATTCTAGTAGCTTATTACGAGATGGAAAGGTCTCTGGTTGGTGTTTCCATCCTAGTTATTTAGCCTCTGAGATGGTCGGCTGGGTACCAAAAGATGAGGACAGAGATATTACTTGGCATTGGGTTTTCGTAGAGAAATTTTCATGGATTTTTGGTATTTAGTAGACTTTAGGTGTCATCACTTGTTGCTCTTTTTTTTCTTCTTTTTTGTTTGGGTCTGTTGGGTGAAAGTTATTCCTTGGTCTGGCTCTAATTACAATTTAATCCATGGACTAGTTGCTTTATTTCTCTATTATATAATAAAAGGAACAGTAGCCGCTGTTTTCTGACATTCCATTTAAATTACAGGCTCCAAGTGATGAGCTTCAAAATTCTTCTAGTGGGAAAAAGCAGGTGAGCAATTTTTTTCTGTTACTTGTTGGGTACGATCATGTAGATTGTTTCATCAATGCAACTGTACCTCTCTCGTTTCATTCTAATTTGACTTAGTAATCTCTTTTTATCTCTTACATTTCATAGAAAGACGAGCAACTTTCTCCGTGCTCTCAGAATATTTCAACTATGGCTACTTCTAGTCTAAGCACCGCTTGTAATACTGCAAGGGATTTTCTTCCTTGTATAGTTAAGGTCAGTACCCAACCAATATCCTGAGTCAGGTTGTTTTATAATTTGTTATTTTAAATTGTATAGTGGGTGAGAAGTGTTTCTCAATTTTCAGAATATCTATGTATATTAGAAATTGGACTTGGGAGTAAAGAATGAAATGTTATTAATTGATACAGGATATTTATACAGCTTAGTAAAAGAAAAACTACCCAACTGATTAATAACAATAATATCTTAAACTAACTACCAGAATAACAACTTATTTTATCTAATAATGTATCTTGCAGATTTATGATACTGCAGAGTCAGAGTTAAAGTTGAACGATGTTTTTGAGTTTATTGGTGTTGTTACCCTGGACACAGAGCTAAAAGTTGACAAGGATGACTATGATGAGTTTTCAAATGGTTTAAGTGAGGACTTATTGGTTCAATTTCCTCCTGACATGGTATTGATGCATTTTGAACTCTTTCATCATTTTCTTTTATCTAGTGGACTTCCACTAGATGTGGCTATTAGTTGATATCATTCAAAATATATATGAAATGGTATAACGATATGGTATAACGCATGACAATAACACTGCTCTTCAAAGTATAAGGTTCATAATAGTTTTATGAGTTCTAAAATACAGCTGTTCGACCTCCAATCAGACACAAATATCGTAGGAGAGAGGAGAAATGTTGAAGGTGTAACTAACTGTAAAGACTGATATAATTGTTAGTGAAGGGGGACCATTGGGAATGGGAATAGAATAGCCTATAAATAGAAGGAATTGATACAGTTAGAGTTAGCATTTTATGAGAGGTAGTCAGTCTATTCTATAGAACACTTGGAAGAGAGGGTTTACAGATTAGAAGAGAGGGAGAGTTATCATTTGAATTGCAACTTGTGCAATTCGGATTTCCTTTATATTGTAATCGTTGATTGAATTTAATAAAGAAGTATATTATTTCGAGAAATTTTTGTGTTGGATTTGAGATCCAACATATTGGTATCAGAGCATCACCCTGGGAAAACCGAAGAAGATGGCTAAAAAGCATGAACAACGATTCAAATCACTGGAGCAAGAAGCTTCGGAGATGAAGACCGATCTTCAGAAGTTACCAATGATGGAGGAGAAATTATCAACAATTATGAAGAACATCGAACGATTGAGTACGCAAGGAGAGAAACAACTGCACCAACAGACATTGATGAAGAACCATGATAGATTAAGTGCAAAAGTCAATGATCAACAGCAACACCAGGTACTTATGAAATACATTGAGTGTATTATTAATGAGAAATCAGTTACCATGATCGAAATTGAAGGCTCATCTAGTAAAACGAAAGAAAATAGAGGGAAGAAAATTTTGAATGAGTCGACTAGTGAATAATGTTTGGAGGAGAGTAAAGAAAAGGAGAAAGAAGAAGACGATAAGGTTGTCGACTGAAGTAAGTTAATAAAAGTGGAAATGCCTGTGTTTAATGGAAATGATCCGTTCTCATGGTTATTTCGAGCCAATCGTTACTTCCAGATTCACAAATTGACTGATTCGGAAAAGATGATTGTATCGGTGATCAATTTTGATGGACCAGCTATTGATTGATTCCGATCACGAGGAGCGCGATAAATTCAAAGATTGGTCTGATATGAAGATTTGATTATTGGAGAGATTTCGATCAATCAGAGAGGGATTGTTGTATGGTTGTTTCCTTGCGATTAAGCATAATTTATTCGATAGTTTGGTAGCACCATTATCGGATATGTCTAACAGAGTGCTTGAAGAGATTTTTATGAACAGATTAATTTTGTGGATCAGAGCAGAAGTTGAATTTTTAGAACCAGTTGAGCTTCTACAGATGATGAGATTGACCCAAAAGGCTGAAATTAGGGAAATGATTTGAAGAGAGGCCAACTTATCCAGATATATAAGGGGAAAATATTCTTATTATTCGACGAATTTCAACAAGACCAACACCTTCCCTAATTCCAATGAGGACTATTACCTTGCGAGGATCATTGAATGGAGAAGTTAAAAAGGAAGGCTCGAGTAAAAGATAATTTGATGTCGAATTTAAAGCCAAGAGAGGGAATAGTTTGTGTTTCAAATGTGATGAGAAATACTATTATGGGCACAAATGCAAAGAAGTAGCATTGAGGGAATTATGTATGTTTGTGGTAAGAGCAGATAATACAGAAGAAATAATCGAAGAGTACTATGATTAGGAGCTGAATATGGTTGAATTAGATGAGGAAGTGAATGCTGTGGAGCTCTCAATTAACTCTGTTGCAGGACTCACGAATTTAGGCACCACGAAGGTCAGGGGAAGGCTTTTGGGGAAGAAATAGTTGTGTTAATCGATTGTGGAGCAACACACAATTTTATCTCAGAAAAATTGACCACTGGTTTGAAGTTACATACCAAAGATGCCTCTCATTATGGGGTCGTCTTGGGTTTAGGCACATCCATAAAGGGAAAGGGAATCTGCGAAAATGTAGAGATCATGCTGAATGATTGGAGAGTGTTTTCTGAATTCTTACCACTGGAATTAGGAGTTGATGCAATCCTTGGAATGCAGTGGCTCTATTCGTTAGGAGTCACGAAGATGGATTAGCGTAATTTGACTATGACCTTTTTCCATGAGGATAAAAAAGTGGTAATCAAGGGAGATCCTGGTCTTGCAAAGACTAGTGTCAGTTTGAAAACCTTGGGGAAAACTTGGACTGATTTAGATTAGGGATATCTAGTTGAGTGTAGGGCATTAGAAGGGCGGATATCAGTGAATGAAATTACAATAGAAGAAAAACACCACAAGTTCATATAGAGATCGATAGAGTACTGGTTCGATTCAAGGACGTTCGATTGGCTAGAAGAATTACCATCAAGGAGAGCCATTGAACATCATATCCATTTGAAGATGGGGATTGATTCGGTAAATGTAAGACCTTACAGGTATGGCTTTCAACAGAAGACAGAAATGGAACAATTAGTTGATGAAATGCACTTTAGGAGTAATACGACCAAGCATAAGTCCTTACTCAAGTCTTGTTTTGCTGGTTAAGCAAAAAGATGGGAGTTGGAGGTTCTGTGTTGACTATAGGGTCCTCAACAATGTCACAATTCTAGATAAGTTCCCAATTCCTGTCATAGAAGAATTATTTGATGAATTGAATGGTGCGAACTTATTTTCTAAGATTGATTTAAAGGTTGGATACCATCAAATTAGAATGAATAAGGAAGATGTAGAAAAAACCGCATTTAGGACCCATGAAGGTCACTACGAATTTCTAGTGATGCCTTTTGGTCTATCAAATGCTTTGGCCACATTTCAATCATTAATGAACTCCATCTTCAGGTCCTATTTGAGAAAGTTTGTTTAGGTTTTCTTTGATGATATTCTAATTTATAGTAGGGGAATGGATGAACATTTACAACATTTGGAGATTGTTAGAAATTTTACGTGAGCATAAACTGTATGTTAACAAAAAAAAGTGCAGCTTTGTGTATCCAAGAGTGGAGTATCTAGGCCATATTGTTTTTGGAAGAGGTGTGGAGGTTGATCCTGAAAATGTAAGATCTATTAAACAATGGCCTGTTCCAACTAGTAAGAGAAGTGAGGGGATTTCTTGGGCTAGTCGGGTACTACAGGAGATTTGTTCAAAACTATGGTACAATTGCAGCTTTTAACCCAATTGCTTTAGTTGGGAGCTTTTAAGTGTATAGATGAAGCTAAACTAGCCTTTTCAAAGTTACAAGAAGCTATGATGACACTACTAGTTTTAGCACTGCCTAATTTTAGTGTGACTTGAAGTGGAGACAGATGCTTCAGGGTTTGGGGTAGGAGCAGTATTGGTGCAGAACAAGCGTCCCATGGCATTTTTTAGTCACACTTTGGCTGTAAGAGATCGTGCAAAGCCGATTTATGAGAGGGAACTCATGGTAGTGGTATTGGTTGTGCAACGGTGGAGGCCATACCTTTTGGGAAGGAAGTTTATAGTGAAGAGACAGACCCACGTTCCTTTACATTTTTGCTTGAGCAGCATGTGATACAACCACAATATCAAAAGTGGATTGCGAAATTGTTGGGGTACTCATTCAAAGTTGTATATAAACCGCTTGGGAATAAAGCTGCGGACGCTTTGTCTAGGATAGCACTGACAGTGCATCTAAATCAACTCACAGCTCCAACAATAATTGATTTGAGGGTTATTAAGGAAGAAGTTGAGAAAGATGAACGACTGAAGGGAGTATTGTTGAAACTTCAGAATAAAGAAGTGAAAATTACTCTGTACAAAATAAGGGAGATTGGTGATTGCAAAGATTTCTTCCTTAATTCAATCCATTCTACACATATATCACAACTCTGTTTTTGGGGGTCACTTTGGATTTCTTAGAACTTACAAGAGGCTGATCAAAGAATTATATTGAGATGGAATGAAACATGATGTGCAGAAATATTGGGAAAAATGCATTGTTTGCCAGAGGAACAACTCCATGTCTCTAACCCCTGCTAGTTTGCTAACCCCATTGGAGATTCCAAATTGAGTGTGGGAGGACATTTCAATGGATTTTATTGAGGGGTTACCTAAGGTAGTTGGATATGAAGTGATTTTGGTTGTTGTGGATCGTTTTAGTAAGTATGGTCATTTCTTGATTCTTAAACATCCATATGATGCTAAAACAGTTGCTGAACTATTTGTGAAGGAGATAGTGAGGTTACATGGATTTTCACAATCCATTGTTTCTGATAGAGATAGAATCTTTCTAAGTAATTTTTGAAAAGAACTATTTCGATTGGCTGGTACTAAGCTGAATAAAAGTACAACATATCACCCACTAACCGATGGCCAAAACAGAGGTAGTAAACAAATATGTTGAAATTTATCTGAGATGTTCCAGTGGGGAAAGGCCGAAGGAGTGGATTAAATAGATTCCATGGGTAGAGTACTGGTATAATACTACATACTAGAGATCTTTGGGTGCTTCCCCTTTTCAAGCGGTCTATGGAAGAATGTGTTAAGACACTTCCAACTTCCTCTTCTATTTGCTTTCAAAACTCAGAGTACAGCCCAAGAAACTAAATGACAAAGTAACACTAAGCTTAATAAGAATGTCCCACCGAGCTCGAAAGAACAATCAAGCTTGTGAGCAATACACACATATACGAAATGAAAATAACACCAAAACACAATAACAAGGATTTTCCCTCCCCCCGTTCTTCCCTACCAACCTACTACTTAAACACAAAAACAAAACGGTAACCTGGTGCTGCACTCTTCCCTCTCAGGAGGTGGCTGCCCTGCCTTTTGCTTCAAAACATTCGTACCCTTCTCTGTGCCTCCTGTCCCCTTTTTAATTACCCACTACTAACTAACTGTGGGTCCCCCTTTCTGGTCCCCATCCTCCTTGCTTTCTTCCCCTTCAACACGTGCCTACTCTGGATTGGTTTCATGGCCATGATCTTCTTTGCCACTTGTCTCCCCCTCATTGGTTTCATGTTTTTTTCTTATTCTTCCTATGATACGTAAACAGAATTGGTGGCCTAGCAGAATGCCACCGCCACTTATTTATTATGGAGATCAAGATACTTCTAATTCCACCCTTGATCGACAACTTAAAGAAAGGGACATAGCTCTCGGAGCAATGAAAGAACATTTGAGAGTAGTACAAGTGAAGATGAAATCTTATGTAGACATGAAGCGCGAACATGTTGAGTTCGAGGAGGGTGACATGGTTTGTATGAAATTACGGCCGTATAGGCAAGTTTCTACGCGAAAGAGGAGGAATGAGAAACTTTCTCCTAAGTACTTTAGCCCTTATAAAATCCTCAAGAGAATCATGCCTGTTGCCTACAAACTGGAAGTATCACCAGCAACTACTATCCACCTTGTTTTTCATGTGTTATAGTTAAAAAGGGCCTTTGGTGAATGCCAAAATATGTAGGAAATAGCTCCTTATATGACAGAGAACCATGAGTGGATTGCCGTGCCAGATGAGGTTTATGGATATAAAAAAAATGATGAAGGCAGTTGGAAAGTATTAATGAACTGGAAAGGATTGTCGAGTCATGAGGCGACTTGGGAGAATTATGACGGTTTCGAACAGTCTTTTCCTGATTTCCACCTTGAGGACAAGGTGGAACTGGAGGGGGAATGTAATGTTAGACCTCCAATCATACACCAATATCGTAGGAGAGAAGAGAAATATGTAACTAACTGTGAAAAGACCGATATAGTTGTTAGTGAAGGGGGGACCACTGGGAATGGGAATAGAATAGCCTATAAATAGAAGGAATTGATACAGTTATAGTTAGCATTTTATGAGAGGTAGTCAGTGTATTCTATAGAACACTTGGAAGAGAGGGTTTACAGATTAGAAGAGAGGGAGAGTTATGATTCGAATTGCAACCTGGGCAATTTAGATTTCCTTTATATTGTAATTGTTGATTGAATTCAATAAAGAAGTATATTCTTTCGAGAATTTCTGTGTTGGATTTGAGATCCAACAATAGCATTAGTTTTCCAGAATTATAAAAGAATCAAGTAAGCCGAAGGTGAAACAGCTTTTTAAGTCATTCTATGCCAATTGATATAGCATCGATTTCCAATTTTGGTATAGGTACCACGCCTCCATTGTGTGATTCACAGGAAACTTGGTGTTCATGACTTTCTCCACACTTGCCATGTGTTAGAGGTACTCTATATGACTATAACTACAAGTGATGTTTGATTTTACTTTCTTGGTTTCTTTTATTCTATCAATATTTTATCTTTGTTCTGCTTTTTCATTGTGTGCCGCTATGTATATAATTTTATATTCTTGTGTAACAGCCCACAACCCATCGAATTAAAGAGATTCGTACAGCTCTACTGAATCACCTGACCATTGCTCTTGGCAATGATGCAGTTGCAGCCCAATATTTGTTGTTGCATCTTCTGTCCAAGGTTAGGGTTGTTTCCACGGACATACCTTTTGGTGTTTTATTTATTTATTTATCATTATATTTATTTTTAGTAAGGTCGTTCTCTTTTAATTCTTTGTTACTATGATCTAATTCTATCATCTGTTATTCTCGATGCTATAATTTGAGCACTCTCCTGTATGGCTTCAAGTTTTAATCGACAATTTTCTTGCATAGGTGCATGCTAGAGTGGATTCCATGGCAGTGGGTAAACTTTCACTGAACCTTACAGGTTTTAACAAAGAAAGTATGTCAATTTTTGGCAATCAGCTGAGGCTTACTGTCAAGAACCTTCTTCCATTTACGGAATATATACCTCTCACAGTGGAATATTTAAATACTGCCTCACTGGCACCAAAGAAGGATTATGAGATAAACAGGTAACTTAATGGTGAATGACTTCTACTCTATCACAAACAATAATGTGTTAAGATATCTTACAAGAACACACGGAAAACTCAACAACAATGAAATATGAAAATATATAAAAATATCCTATAATATGATAGTAATAAAAGTAACAAGATAACCTGACTTTCGAGAGTGCCAGACTCTTCCAAGTTCTTCACACCTCTTACCATACTCTCCTACTATTTATAACCCAAAAGACCTAACAAACTTAATGCCTAATTACTAGAATACTCGCTACTAATCCTAGTATTTTCCTAACTTGTAGTCTTACATGATGATGTGAGTTGTTGGTTAATGCTTATCAGATTTCATCCAAATTGAAATAATTGATATGATATCTTGTCGAATTACAGACTGGTTCCTGGTGTCCTTCAGCTGGCAGAAGGGTCACATTTGATGATCGATGAAACTCAACTAGAAGTGGGAACACTAAGTTTGCTTGGGGTTGAAAATGCAAGGTTGCTGAAAAATCTAATGGAGTTGCAGAAGGTATCTCGTTGATGAAATATCTTCTATATTTGGTTCTTCATCCTTGTATTGATTAAATAAAGACTATTCTCCCCCAGGTCGAATATGATTTCAAATACTACAAAATGGATATGACAACCGATGTCCAATTGCTAATTTTGTCCGAGGGTAAATCAAACATTTTGCCAGCTGATTTGGTTGTGCCTTTCCAACCTTCAGCCGTAGGTTCAACTGCAATTACTGATATGGATGCACTAGAAGCGTGGAGGTGGTACTTATCTAATGTTAGGTTATTGCCACATTCCATTGAGTCAGAAATTCAGCGGGTACCTATTAGATTTACTTGATTCTTGAAATTGAGCATGTAAAACTGCCATTTTATCTCTTGCGCTCTTGCGCTTAAAATTCATTATTTTGAGTTCTATTATGTGCCAGGTTGTAGAAAATGACTTGGTGGCAGCAAAGCAGGCTGATAGGAACTTAGGCAGCCAGGACTTAAGCAGGCAAGTAGTACACGTTTACTTGCACAGTGTTGATTTCTGATTCTGTCATTACCTCATGTTATTATTCTTAACCTCTGTAAACTTTTTTCAGATTGCTAACTATAGGTCGTCTGATATGTGCGAGTTATGGAGAAACCTCCCTGTCATTGGAACATTGGCAGATGGTTAAGGAACTAGAAAGGCTGAGAAGGGAGAGGCTCAGATGAGGTATCCTGTACAACGCACTTGGCATTTCGTCGTATGTACTCCAGCTGATGGGAAGCTTAGATTTTGTTGTATGGTATTGCACCATTGCGTGTCTGTAAATCATATGGTAAGGAATGCACCAAACCGCACGACACAGTTAGTCAGCGTCTAAGGTTTTGTAAACAAGTGGACTTGAGCGGGGCCCAACGTCCAAGCAGAAGAAAACCAATTCCCACATTAGTTCAAGATTTAAATTTTTGTCACTAGTAGTGTTGGAACTTACCCCACCAAATTCAACAACAGAAAAGCCTGCCACTGCCATACCTTAGTGTTGGAACCACTTGTAATCGATAATTTTCCTTTTGGGGATTTAATTTTTATAGAAAATCGTGTTTATAAAACACTTGCCTCGGATACTGAAAGAACCATTAGATTTTCTATGGTGCTGAAGTAACTTCCAG TGGCGGGAACCAGGAAGAACACGGTGCTTGATTTGGCGGGAAATGTCTTTACCTTCTTCAATGTATTTAGGGCCCCAAATCATGACCATAAACAAGAGAGAGATTGAGATTCAGAGAGAAAACGCAGCCATGGTTGGACTACCCTACGATTTCCTCGTTAATCCTCTTGGAGCTGTTAGATCAACCTTCGAGAAGGCCATATCATCGGGTTCAAACCCTGCGTCTTTCGATGGCAAAGACTGGGGCGCCCTCCAACCATTTCAACACTTCCTTTTCGACCAAAATGGTCTATCTAAGGTTCCCATTCTTAACGCTTCTAGCGCTAAATGGCTTCAGCCCAACACCCTTGTTCGGTTCCGGGGAATGATTCAAGACATGCTGGGAAATGAGTTCTATGTTGGCGCTTACAAGGATGGCTCTACTTGGAAAACCACCAAGTTTATGGATTCGTCTCAATGTCCTACTGGCTTTTCACCAGATATGCGCATTTGGGAACGCCGTGTGCTGTACTGTGTGCCTGTTCCAGGTCAAAATTCTTGGACTGAATCGTCACGTTTAGGAGAGATCAATAATAGTGCTGAGGGGACATCTGAGAACAGACAAAAGCGTTGCAGAATGGATGAAAATGCTGTTGATCATATGGACATTCTTGCTCCAAGTGATGAGCTTCAAAATTCTTCTAGTGGGAAAAAGCAGAAAGACGAGCAACTTTCTCCGTGCTCTCAGAATATTTCAACTATGGCTACTTCTAGTCTAAGCACCGCTTGTAATACTGCAAGGGATTTTCTTCCTTGTATAGTTAAGATTTATGATACTGCAGAGTCAGAGTTAAAGTTGAACGATGTTTTTGAGTTTATTGGTGTTGTTACCCTGGACACAGAGCTAAAAGTTGACAAGGATGACTATGATGAGTTTTCAAATGGTTTAAGTGAGGACTTATTGGTTCAATTTCCTCCTGACATGGTACCACGCCTCCATTGTGTGATTCACAGGAAACTTGGTGTTCATGACTTTCTCCACACTTGCCATGTGTTAGAGCCCACAACCCATCGAATTAAAGAGATTCGTACAGCTCTACTGAATCACCTGACCATTGCTCTTGGCAATGATGCAGTTGCAGCCCAATATTTGTTGTTGCATCTTCTGTCCAAGGTGCATGCTAGAGTGGATTCCATGGCAGTGGGTAAACTTTCACTGAACCTTACAGGTTTTAACAAAGAAAGTATGTCAATTTTTGGCAATCAGCTGAGGCTTACTGTCAAGAACCTTCTTCCATTTACGGAATATATACCTCTCACAGTGGAATATTTAAATACTGCCTCACTGGCACCAAAGAAGGATTATGAGATAAACAGACTGGTTCCTGGTGTCCTTCAGCTGGCAGAAGGGTCACATTTGATGATCGATGAAACTCAACTAGAAGTGGGAACACTAAGTTTGCTTGGGGTTGAAAATGCAAGGTTGCTGAAAAATCTAATGGAGTTGCAGAAGGTCGAATATGATTTCAAATACTACAAAATGGATATGACAACCGATGTCCAATTGCTAATTTTGTCCGAGGGTAAATCAAACATTTTGCCAGCTGATTTGGTTGTGCCTTTCCAACCTTCAGCCGTAGGTTCAACTGCAATTACTGATATGGATGCACTAGAAGCGTGGAGGTGGTACTTATCTAATGTTAGGTTATTGCCACATTCCATTGAGTCAGAAATTCAGCGGGTTGTAGAAAATGACTTGGTGGCAGCAAAGCAGGCTGATAGGAACTTAGGCAGCCAGGACTTAAGCAGATTGCTAACTATAGGTCGTCTGATATGTGCGAGTTATGGAGAAACCTCCCTGTCATTGGAACATTGGCAGATGGTTAAGGAACTAGAAAGGCTGAGAAGGGAGAGGCTCAGATGAGGTATCCTGTACAACGCACTTGGCATTTCGTCGTATGTACTCCAGCTGATGGGAAGCTTAGATTTTGTTGTATGGTATTGCACCATTGCGTGTCTGTAAATCATATGGTAAGGAATGCACCAAACCGCACGACACAGTTAGTCAGCGTCTAAGGTTTTGTAAACAAGTGGACTTGAGCGGGGCCCAACGTCCAAGCAGAAGAAAACCAATTCCCACATTAGTTCAAGATTTAAATTTTTGTCACTAGTAGTGTTGGAACTTACCCCACCAAATTCAACAACAGAAAAGCCTGCCACTGCCATACCTTAGTGTTGGAACCACTTGTAATCGATAATTTTCCTTTTGGGGATTTAATTTTTATAGAAAATCGTGTTTATAAAACACTTGCCTCGGATACTGAAAGAACCATTAGATTTTCTATGGTGCTGAAGTAACTTCCAG ATGTCTTTACCTTCTTCAATGTATTTAGGGCCCCAAATCATGACCATAAACAAGAGAGAGATTGAGATTCAGAGAGAAAACGCAGCCATGGTTGGACTACCCTACGATTTCCTCGTTAATCCTCTTGGAGCTGTTAGATCAACCTTCGAGAAGGCCATATCATCGGGTTCAAACCCTGCGTCTTTCGATGGCAAAGACTGGGGCGCCCTCCAACCATTTCAACACTTCCTTTTCGACCAAAATGGTCTATCTAAGGTTCCCATTCTTAACGCTTCTAGCGCTAAATGGCTTCAGCCCAACACCCTTGTTCGGTTCCGGGGAATGATTCAAGACATGCTGGGAAATGAGTTCTATGTTGGCGCTTACAAGGATGGCTCTACTTGGAAAACCACCAAGTTTATGGATTCGTCTCAATGTCCTACTGGCTTTTCACCAGATATGCGCATTTGGGAACGCCGTGTGCTGTACTGTGTGCCTGTTCCAGGTCAAAATTCTTGGACTGAATCGTCACGTTTAGGAGAGATCAATAATAGTGCTGAGGGGACATCTGAGAACAGACAAAAGCGTTGCAGAATGGATGAAAATGCTGTTGATCATATGGACATTCTTGCTCCAAGTGATGAGCTTCAAAATTCTTCTAGTGGGAAAAAGCAGAAAGACGAGCAACTTTCTCCGTGCTCTCAGAATATTTCAACTATGGCTACTTCTAGTCTAAGCACCGCTTGTAATACTGCAAGGGATTTTCTTCCTTGTATAGTTAAGATTTATGATACTGCAGAGTCAGAGTTAAAGTTGAACGATGTTTTTGAGTTTATTGGTGTTGTTACCCTGGACACAGAGCTAAAAGTTGACAAGGATGACTATGATGAGTTTTCAAATGGTTTAAGTGAGGACTTATTGGTTCAATTTCCTCCTGACATGGTACCACGCCTCCATTGTGTGATTCACAGGAAACTTGGTGTTCATGACTTTCTCCACACTTGCCATGTGTTAGAGCCCACAACCCATCGAATTAAAGAGATTCGTACAGCTCTACTGAATCACCTGACCATTGCTCTTGGCAATGATGCAGTTGCAGCCCAATATTTGTTGTTGCATCTTCTGTCCAAGGTGCATGCTAGAGTGGATTCCATGGCAGTGGGTAAACTTTCACTGAACCTTACAGGTTTTAACAAAGAAAGTATGTCAATTTTTGGCAATCAGCTGAGGCTTACTGTCAAGAACCTTCTTCCATTTACGGAATATATACCTCTCACAGTGGAATATTTAAATACTGCCTCACTGGCACCAAAGAAGGATTATGAGATAAACAGACTGGTTCCTGGTGTCCTTCAGCTGGCAGAAGGGTCACATTTGATGATCGATGAAACTCAACTAGAAGTGGGAACACTAAGTTTGCTTGGGGTTGAAAATGCAAGGTTGCTGAAAAATCTAATGGAGTTGCAGAAGGTCGAATATGATTTCAAATACTACAAAATGGATATGACAACCGATGTCCAATTGCTAATTTTGTCCGAGGGTAAATCAAACATTTTGCCAGCTGATTTGGTTGTGCCTTTCCAACCTTCAGCCGTAGGTTCAACTGCAATTACTGATATGGATGCACTAGAAGCGTGGAGGTGGTACTTATCTAATGTTAGGTTATTGCCACATTCCATTGAGTCAGAAATTCAGCGGGTTGTAGAAAATGACTTGGTGGCAGCAAAGCAGGCTGATAGGAACTTAGGCAGCCAGGACTTAAGCAGATTGCTAACTATAGGTCGTCTGATATGTGCGAGTTATGGAGAAACCTCCCTGTCATTGGAACATTGGCAGATGGTTAAGGAACTAGAAAGGCTGAGAAGGGAGAGGCTCAGATGA MSLPSSMYLGPQIMTINKREIEIQRENAAMVGLPYDFLVNPLGAVRSTFEKAISSGSNPASFDGKDWGALQPFQHFLFDQNGLSKVPILNASSAKWLQPNTLVRFRGMIQDMLGNEFYVGAYKDGSTWKTTKFMDSSQCPTGFSPDMRIWERRVLYCVPVPGQNSWTESSRLGEINNSAEGTSENRQKRCRMDENAVDHMDILAPSDELQNSSSGKKQKDEQLSPCSQNISTMATSSLSTACNTARDFLPCIVKIYDTAESELKLNDVFEFIGVVTLDTELKVDKDDYDEFSNGLSEDLLVQFPPDMVPRLHCVIHRKLGVHDFLHTCHVLEPTTHRIKEIRTALLNHLTIALGNDAVAAQYLLLHLLSKVHARVDSMAVGKLSLNLTGFNKESMSIFGNQLRLTVKNLLPFTEYIPLTVEYLNTASLAPKKDYEINRLVPGVLQLAEGSHLMIDETQLEVGTLSLLGVENARLLKNLMELQKVEYDFKYYKMDMTTDVQLLILSEGKSNILPADLVVPFQPSAVGSTAITDMDALEAWRWYLSNVRLLPHSIESEIQRVVENDLVAAKQADRNLGSQDLSRLLTIGRLICASYGETSLSLEHWQMVKELERLRRERLR Homology
BLAST of Cmc03g0072711 vs. NCBI nr
Match: XP_008456771.2 (PREDICTED: mini-chromosome maintenance complex-binding protein [Cucumis melo]) HSP 1 Score: 1211.1 bits (3132), Expect = 0.0e+00 Identity = 611/613 (99.67%), Postives = 611/613 (99.67%), Query Frame = 0
BLAST of Cmc03g0072711 vs. NCBI nr
Match: XP_031743065.1 (mini-chromosome maintenance complex-binding protein isoform X1 [Cucumis sativus] >KGN45829.1 hypothetical protein Csa_005170 [Cucumis sativus]) HSP 1 Score: 1122.8 bits (2903), Expect = 0.0e+00 Identity = 566/590 (95.93%), Postives = 575/590 (97.46%), Query Frame = 0
BLAST of Cmc03g0072711 vs. NCBI nr
Match: XP_038884242.1 (mini-chromosome maintenance complex-binding protein [Benincasa hispida]) HSP 1 Score: 1098.6 bits (2840), Expect = 0.0e+00 Identity = 552/605 (91.24%), Postives = 581/605 (96.03%), Query Frame = 0
BLAST of Cmc03g0072711 vs. NCBI nr
Match: XP_022939853.1 (mini-chromosome maintenance complex-binding protein-like [Cucurbita moschata]) HSP 1 Score: 1049.7 bits (2713), Expect = 1.0e-302 Identity = 532/601 (88.52%), Postives = 561/601 (93.34%), Query Frame = 0
BLAST of Cmc03g0072711 vs. NCBI nr
Match: XP_022993494.1 (mini-chromosome maintenance complex-binding protein [Cucurbita maxima]) HSP 1 Score: 1044.6 bits (2700), Expect = 3.3e-301 Identity = 529/601 (88.02%), Postives = 561/601 (93.34%), Query Frame = 0
BLAST of Cmc03g0072711 vs. ExPASy Swiss-Prot
Match: Q501D5 (Mini-chromosome maintenance complex-binding protein OS=Arabidopsis thaliana OX=3702 GN=ETG1 PE=1 SV=1) HSP 1 Score: 684.1 bits (1764), Expect = 1.5e-195 Identity = 357/592 (60.30%), Postives = 443/592 (74.83%), Query Frame = 0
BLAST of Cmc03g0072711 vs. ExPASy Swiss-Prot
Match: Q5ZJV4 (Mini-chromosome maintenance complex-binding protein OS=Gallus gallus OX=9031 GN=MCMBP PE=2 SV=2) HSP 1 Score: 282.7 bits (722), Expect = 9.8e-75 Identity = 211/639 (33.02%), Postives = 330/639 (51.64%), Query Frame = 0
BLAST of Cmc03g0072711 vs. ExPASy Swiss-Prot
Match: Q28DV7 (Mini-chromosome maintenance complex-binding protein OS=Xenopus tropicalis OX=8364 GN=mcmbp PE=2 SV=2) HSP 1 Score: 282.0 bits (720), Expect = 1.7e-74 Identity = 214/642 (33.33%), Postives = 328/642 (51.09%), Query Frame = 0
BLAST of Cmc03g0072711 vs. ExPASy Swiss-Prot
Match: Q9BTE3 (Mini-chromosome maintenance complex-binding protein OS=Homo sapiens OX=9606 GN=MCMBP PE=1 SV=2) HSP 1 Score: 277.3 bits (708), Expect = 4.1e-73 Identity = 204/640 (31.87%), Postives = 324/640 (50.62%), Query Frame = 0
BLAST of Cmc03g0072711 vs. ExPASy Swiss-Prot
Match: Q803A6 (Mini-chromosome maintenance complex-binding protein OS=Danio rerio OX=7955 GN=mcmbp PE=2 SV=2) HSP 1 Score: 276.9 bits (707), Expect = 5.4e-73 Identity = 207/630 (32.86%), Postives = 328/630 (52.06%), Query Frame = 0
BLAST of Cmc03g0072711 vs. ExPASy TrEMBL
Match: A0A1S3C406 (mini-chromosome maintenance complex-binding protein OS=Cucumis melo OX=3656 GN=LOC103496613 PE=4 SV=1) HSP 1 Score: 1211.1 bits (3132), Expect = 0.0e+00 Identity = 611/613 (99.67%), Postives = 611/613 (99.67%), Query Frame = 0
BLAST of Cmc03g0072711 vs. ExPASy TrEMBL
Match: A0A0A0KAG7 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_6G014500 PE=4 SV=1) HSP 1 Score: 1122.8 bits (2903), Expect = 0.0e+00 Identity = 566/590 (95.93%), Postives = 575/590 (97.46%), Query Frame = 0
BLAST of Cmc03g0072711 vs. ExPASy TrEMBL
Match: A0A6J1FMQ9 (mini-chromosome maintenance complex-binding protein-like OS=Cucurbita moschata OX=3662 GN=LOC111445598 PE=4 SV=1) HSP 1 Score: 1049.7 bits (2713), Expect = 4.9e-303 Identity = 532/601 (88.52%), Postives = 561/601 (93.34%), Query Frame = 0
BLAST of Cmc03g0072711 vs. ExPASy TrEMBL
Match: A0A6J1K0C1 (mini-chromosome maintenance complex-binding protein OS=Cucurbita maxima OX=3661 GN=LOC111489485 PE=4 SV=1) HSP 1 Score: 1044.6 bits (2700), Expect = 1.6e-301 Identity = 529/601 (88.02%), Postives = 561/601 (93.34%), Query Frame = 0
BLAST of Cmc03g0072711 vs. ExPASy TrEMBL
Match: A0A6J1BXK7 (mini-chromosome maintenance complex-binding protein isoform X2 OS=Momordica charantia OX=3673 GN=LOC111006623 PE=4 SV=1) HSP 1 Score: 1018.1 bits (2631), Expect = 1.6e-293 Identity = 511/591 (86.46%), Postives = 545/591 (92.22%), Query Frame = 0
BLAST of Cmc03g0072711 vs. TAIR 10
Match: AT2G40550.1 (E2F target gene 1 ) HSP 1 Score: 684.1 bits (1764), Expect = 1.0e-196 Identity = 357/592 (60.30%), Postives = 443/592 (74.83%), Query Frame = 0
The following BLAST results are available for this feature:
InterPro
Analysis Name: InterPro Annotations of Melon (Charmono) v1.1
Date Performed: 2022-10-13
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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