Cmc02g0039881 (gene) Melon (Charmono) v1.1

Overview


Name	Cmc02g0039881
Type	gene
Organism	Cucumis melo L. var. cantalupensis cv. Charmono (Melon (Charmono) v1.1)
Description	Ty3/gypsy retrotransposon protein
Location	CMiso1.1chr02: 1758784 .. 1777162 (+)
RNA-Seq Expression	Cmc02g0039881
Synteny	Cmc02g0039881

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonfive_prime_UTRCDSpolypeptidethree_prime_UTR

Hold the cursor over a type above to highlight its positions in the sequence below.

TTGGATGAAGCGTTAAGAAAGTGGAGAAATCAAGGTACGTCTAACTTCTAAAAATTGGAGAAAGAGTAGATAATTGATTTGGAAGTTAAATTTGTATTTGATGTTGTATGTCATGAGGAAAGGGGATAATGTTGAATAAGAGTTTTTTGGAGTTTGGATTTGTTGGAAATGACTATACCATGTGAGATGGAAGGAAGATAAGTTAGGATGATAGAATTGTGGATTAAAGTGATTGAACTTTTAATTTTTTAATGAAGAGTTCTAAACTTTCTTTGGATGAAAAAGTAGAGAATTGGATGAAGAGTTAAGAAAGTGGAGAAATCAAGGTACTTCTAACTTCTAAGAATTGAAGAAAGAGTAGAAAAGTGAATTGGAAGTTAAATATGTATTTGATGTTGTATGTTATGAGGAAAGGAGATAATGTTGAATAAGAGTTTTTTGGAGTTTGGATTTGTTGGAAAAGACTATACCAAGTGAGATGGAAGGAAGATAAATTAGGATGAGAGAATCGTGGATTGAAGTGATTGAACTTTCAATTTTTTAGTGAAGAGTTCTAAACATTCTTTGGATGAAAAACTAGAAAATTGGATGAAGAGTTAAGAAAGTTGAGAAATCAAGGTACTTCTAACTTCTTAGAATTGGAGAAAGAGTAGAAAATTGATTTGGAAGTTAAATTTGTATTTGATGTTCTATGTCATGAGAAAAGAAGATAATGTTGAGTAAGAGTATTTTGGTGTTTGGATTTGTTGGAAATGGATATACCATAAGAGAGGAAGGAAGATAAGTTAGTGATTGAACTTCCAATTTTTTACGGAAGAGGTCTATACATTCTTTGGATGAAAAAGTAGAGAATTGGATGAAGAGTTAAGAAATGGAGAAATCAAGGTACTTCTAACTTCTAAGAATTGGAGAAAGAGTAGAAAATTGAATTGGAAATTAGATATGTATTTGATGTTGTATGACATGAGGAAAGAAGGCATTGTTGAATAAGAGTATTTGGGAGTTTGGATTTGTTGGAAATGGCTATACCATTGTGAGATGGAAGGAAGTTAAGTTGAGAATTGTTGATTGAAGTGATTGAACATTCAATTTTTTACTGAGGAGGTCTAAATATTCTTTGGATGAAAAAGTAGACAATTAGATGAAGAGTTAAGAAAGTGGAGAAATCAAAGTAGTTCTAACTTCTAAGAATCGGAGAAAGAGTAGAAAATTGAATTGGAAGTTAAATATGTATTTGATTTTGTATGTCATGATAAAAGAAGATAATGTTGAATAAGAGTATTTGGGAGTTTGGATTTGTTGGAAATGGCTATACCATGTGAGATGGAAGGAACATAAGTTAGGATGAGAGAATTGTGGATTGAAGTGATTGAACTTTCAATTTCTTATTGAAGATGTCTAAACATTCTTTGTATGAAAAAGTAGAGACTTGGATGAAGCGTTAAGAAAGTGGAGAAATCAAGGTACGTCTAACTTCTAAGAATTGGAGAAAGAGTAGATAATTGATTTGGAAGTTAAATTTTTATTTGATGTTGTATGTCATGAGGAAAGGGGATAATGTTGAATAAGAGGTTTTTATAGTTTGGATTTGTTGGAAATGACTATACCATGTGAGATGGAAGGAAGATAAGTTAGGATGATAGAATTGTGGATTAAAGTGATTGAACTTTTAATTTTTTATTGAAGAGTTCTAAATATTCTTTGGATGAAAAAGTAGAGAATTGGATGAAGAGTTAAGAAAGTGGAGAAATCAAGTTACTTCTAACTTCTAAGAATTGGAGAAAGAGTAGAAAATTTAATTGGAAGTTAAATATGTATTTGATTTTGTATGCCATGAGAAAAGAAGATAATGTTGAATAAGAGTATTTGGGAGTTTGGATTTGTTGGAAATGGATATACCATGTGAGATGGAAGGAAGATAAGTTAGGATGAGAGAATTTTTTATTGAAGTGATTGAAGTTTCAATTTTTTATGGAAGAGGTATAAACATTCTTTGGGTGAAAAAGGAGAGAATTGGATGAAGAGTTAAGAAAGTTGAGAAACCAAAAAGTTCTAACTTCTAAGAATTGGAGAAAAAGTAGAAAATTGATTTGAAGTTAAATTTGTATTTGATATTGTATGTCATGAGGAAAGAAGATAATGTTGAATAAGATTATTTTGGAATTTGGATTTGTTGGAAATGGATATATTGTGTGAGATGGAAGGAAGACAAGTTAGGATGAGAGAATTGTGGATTGAATGGATTAAACTTTCAATTTTTTACGGAAGAGGTCTAAACATTGTTTGGGTGAAAAAGTAGGCAATTGGATGAAGAGTTAAAAAAGTGGAGAAATCGAAGTACTTCTAACATCTAAGAATTGAAGAAAGAGTAGAAAAGTGAATTGGAAGTTAAATATGTATTTGATGTTGTATGTCATGAGGAAAGGAGATAATGTTGAATAAGAGGTTTTTGGAGTTTTGATTTGTTGGAAATGACTATACCATGTGAGATGGAAGGAAAAGTTAGGATGAGAGAATTGTGGATTGAAGTGATTGAACTTTCAATTTCTTATTGAAGATGTCTAAACATTCTTTGTATGAAAAAGTAGAGACTTGGATGAAGCGTTAAGAAAGTGGAGAAATCAAGGTACGTCTAACTTCTAAGAATTGGAGAAAGAGTAGATAATTGATTTGGAAGTTAAATTTTTATTTGATGTTGTATGTCATGAGGAAAGGGGATAATGTTGAATAAGAGGTTTTTATAGTTTGGATTTGTTGGAAATGACTATACCATGTGAGATGGAAGGAAGATAAGTTAGGATGATAGAATTGTGGATTAAAGTGATTGAACTTTTAATTTTTTATTGAAGAGTTCTAAATATTCTTTGGATGAAAAAGTAGAGAATTGGATGAAGAGTTAAGAAAGTGGAGAAATCAAGTTACTTCTAACTTCTAAGAATTGGAGAAAGAGTAGAAAATTTAATTGGAAGTTAAATATGTATTTGATTTTGTATGCCATGAGAAAAGAAGATAATGTTGAATAAGAGTATTTGGGAGTTTGGATTTGTTGGAAATGGATATACCATGTGAGATGGAAGGAAGATAAGTTAGGATGAGAGAATTTTTTATTGAAGTGATTGAAGTTTCAATTTTTTATGGAAGAGGTATAAACATTCTTTGGGTGAAAAAGGAGAGAATTGGATGAAGAGTTAAGAAAGTTGAGAAACCAAAAAAGTTCTAACTTCTAAGAATTGGAGAAAAAGTAGAAAATTGATTTGAAGTTAAATTTGTATTTGATATTGTATGTCATGAGGAAAGAAGATAATGTTGAATAAGATTATTTTGGAATTTGGATTTGTTGGAAATGGATATATTGTGTGAGATGGAAGGAAGACAAGTTAGGATGAGAGAATTGTGGATTGAATGGATTAAACTTTCAATTTTTTACGGAAGAGGTCTAAACATTGTTTGGGTGAAAAAGTAGGCAATTGGATGAAGAGTTAAAAAAGTGGAGAAATCGAAGTACTTCTAACATCTAAGAATTGAAGAAAGAGTAGAAAAGTGAATTGGAAGTTAAATATGTATTTGATGTTGTATGTCATGAGGAAAGGAGATAATGTTGAATAAGAGGTTTTTGGAGTTTTGATTTGTTGGAAATGACTATACCATGTGAGATGGAAGGAAAAGTTAGGATGAGAGAATTGTGGATTGAAGTGATTGAACTTTCAATTTCTTATTGAAGATGTCTAAACATTCTTGGTATGAAAAAGTAGAGAATTGGATGAAGAGTTAAGAAAGAGGAGAAATCAAGGTACTTCTAACTACTAAGAATTGGAGAAAGAGTAGATTATTGATTTGGAAGTTAAATATGTATTTGATGTTGTATGTCATGAGGAAAGGAGATAATGTTGAATAAGAGTTTTTTGGAGTTTGGATTTGTTGGAAATGACTATACCATGTGAGATGGAAAGAAGATAAGTTAGGATGATAGAATTGTGGATTAAAGTGATTGAACTTTTAATTTTTTATTGAAGTGTTCTAAACTTTCTTTGGATGAAAAAGTAGAGAATTGAATGAAGAGTTAAGAAAGTGGAGAAATCAAATTACTTCTAACTTCTAAGAATTGGAGAAAGGGTAGAAAATTGAATTGGAAGTTAAATATGTATTTGATTTTGTATGCCATGAGAAAAGAAGATAATGTTGAATAAGAGTATTTGGGAGTTTGGATTTGTTGGAAATGGATATACCATGTGAGATGGAAGGAAGATAAGTTAGGATGAGAGAATTTTTTATTGAAGTGATTGAAGTTTCAATTTTTTATGGAAGAGGTATAAACATTCTTTGGGTGAAAAAGGAGAGAATTGGATGAAGAGTTAAGAAAGTTGAGAAACCAAAAAAGTTCTAACTTCTAAGAATTGGAGAAAAAGTAGAAAATTGATTTAAAGTTAAATTTGTATTTGATATTGTATGTCATGAGGAAAGAAGATAATGTTGAATAAGATTATTTTGGAATTTGGATTTGTTGGAAATGGATATATTGTGTGAGATGGAAGGAAGACAAGTTAGGATGAGAGAATTGTGGATTGAATGGATTAAACTTTCAATTTTTTACGGAAGAGGTCTAAACATTGTTTGGGTGAAAAAGTAGGCAATTGGATGAAGAGTTAAAAAAGTGGAGAAATCGAAGTACTTCTAACATCTAAGAATTGAAGAAAGAGTAGAAAAGTGAATTGGAAGTTAAATATGTATTTGATGTTGTATGTCATGAGGAAAGAGGATAATGTTCAATAAGAGTTTTTTGGAGTTTGGATTTGTTGGAAATGACTATACCATGTGAGATGGAAAGAAGATAAGTTAGGATGATAGAATTGTGGATTAAAGTGATTGAACTTTTAATTTTTTATTGAAGTGTTCTAAACTTTCTTTGGATGAAAAAGTAGAGAATTGAATGAAGAGTTAAGAAAGTGGAGAAATCAAATTACTTCTAACTTCTAAGAATTGGAGAAAGGGTAGAAAATTGAATTGGAAGTTAAATATGTATTTGATTTTGTATGCCATGAGAAAAGAAGATAATGTTGAATAAGAGTATTTGGGAGTTTGGATTTGTTGGAAATGGATATACCATGTGAGATGGAAGGAAGATAAGTTAGGATGAGAGAATTTTTTATTGAAGTGATTGAAGTTTCAATTTTTTATGGAAGAGGTATAAACATTTTTTGGGTGAAAAAGGAGAGAATTGGATAAAGAGTTAAGAAAGTTGAGAAACCAAAAAAGTTCTAACTTCTAAGAATTGGAGAAAAAGTAGAAAATTGATTTAAAGTTAAATTTGTATTTGATGTTGTATGTCATGAGGAAAGGGGATAATGTTGAATAAGAGTATTTTGGAGTTTGGATTTGTTGGAAATGACTATACCATATGAGATGGAAGGAAGAGAACTTAGGATAAACTTAATCGTGGATTGAAGTGATTGAACTTTCAATTTTTTCTTGAAGAGTTCTAAACATTCTTTGGATGAAAAAGTAGAGAACTGGATGAAGAGTTAAGAAAGTTGAGAAACCAAGGTACTTCTAACTTCTAAGAATCAAAGAAAGAGTAGAAAAGTGAATTGGAAGTTAAATATGTATTTGATGTTGTATGTTACGAGGAAAGGAGATAATGTTGAATAACAGTTTTTTGGAGGTTGGATTTGTTGGAAATGACTATACCATGTGAGATGGAAGGAAGATAAGTTAGGATGATAGAATTGTGGATTGAAGTGATTGAACTTTCAATTTTTTATTGAAGAGTTCTAAACATTCTTTGGATGAAAAAGTAAAGAATTGGATGAAGAGTTAAGAAAATGGAGAAATTAAAGTACTTCTAACTTCTAAGAATTGGAGAAAGAGTGGAAAATTGATTTGAAGTTAAATTTGTATTTGATTTTGTATGTCATGAGGAAAGAAAATAATGTTGAATAAGAGTTTTTTGGAGTTTGGATTTGTTGGAAATGACTATACCATATGAGATGGAAGGAAGATAACTTAGGATGTGAGAATTGTGGATTGAAGTGATTGAACATTCAACTTTTTACTGAAGAGGTCTAAACCGTGTTTGGATGAAAAAGTAGAGAATTGGATGAATAGTTAAGAAAGTGGAGAAATCAAGGTACTTCTAACTTCTAAGAATTGGAGAAAGAGTAGAAAATTGAATTGGAAGTTAAATATGTATTTGATTTTGTACGTCATGAGGAAAGAAGGTAATGTTGAATAAGAGTATTTGGGAGTTTGGATTTGTTGGAAATGCCTATACCATTGTGAGATGGAAGGAAGTTAAGTTAGGATGAGAGAATTGTGGATTGAAGTGATTGAACATTCAACTTTTTACTGAAGAGGTCTAAATCTTGTTTGGATGAAAAAGTAGAGAATTGGATGAAGCGTTAAGAAAGTGGAGAAATCAAGGTACGTCTAACTTCTAAGAATTGGAGAAAGAGTAGATAATTGATTTGGAAGTTAAATTTGTATTTGATGTTGTATGTCATGAGGAAAGAGGATAATGTTCAAAAAGAGTTTTTTGGAGTTTGGATTTGTTGGAAATGACTATACCACGTGAGATGGAAAGAAGATAAGTTAGGATGATAGAATTGTGGATTAAAGTGATTGAACTTTTAATTTTTTATTGAAGAGTTCTAAACATTCTTTGGATGAAAAAGTAGAGAATTGGATGAAGAGTTAAGAAAGTGGAGAAATCAAGGTACGTCTAACTTCTAAGAATTGGAGAAAGAGTAGATAATTGATTTGGAAGTTAAATTTGTATTTGATGTTGTATGTCATGAGGAAAGAGGATAATGTTCAAAAAGAGTTTTTTGGAGTTTGGATTTGTTGGAAATGACTATACCACGTGAGATGGAAAGAAGATAAGTTAGGATGATAGAATTGTGGATTAAAGTGATTGAACTTTTAATTTTTTATTGAAGAGTTCTAAACATTCTTTGGATGAAAAAGTAGAGAATTGGATGAAGAGTTAAGAAAGTGGAGAAATCAAGGTACGTCTAACTTCTAAGAATTGGAGAAAGAGTAGATAATTGATTTGGAAGTTAAATTTGTATTTGATGTTGTATGTCATGAGGAAAGAGGATAATGTTCAATAAGAGTTTTTTGGAGTTTGGATTTGTTGGAAATGACTATACCATGTGAGATGGAAAGAAGATAAGTTAGGATGATAGAATTGTGGATTAAAGTGATTGAACTTTTAATTTTTTATTGAAGTGTTCTAAATATTCTTTGGATGAAAAAGTAGAGAATTGAATGAAGAGTTAAGAAAGTGGAGAAATCAAGTTACATCTAACTTCTAAGAATTGGAGAAAGAGTAGAAAATTGAATTGGAAGTTAAATATGTATTTGATTTTGTATGTCATGAGAAAAGAAGCTAATGTTGAATAAGAGCTTTTTGGAGTTTGGATTTGTTGGAAACCGCTATACTATGTTAGATGGAAGAAACATAAGTTAGGATGAGAGAATTGTGGATTGAAGTGATTGAAGTTTCATTTTTTTACGGAAGAAGTCTAAACATTCTTTGGGTGAAAAAGGACAGAATTGGATGAAGAGTTAAGAAAGTGGAGAAATCAAGGTACTTCTAACTTCTAAGAAACTGAGAAAGAGTGGAAAATTGATTTGAAGTTAAATTTGTATTTGATGTTGTATGTCATGAGGAAAGAAGATAATGTTGAATAAGAGTATTTTGGAGTTTGGATTTGTTGGAAATGGATATACCATGTGAGATGGAAGGAACATAAATTAGGATGACAGAATTGTGGATTGAAGTGATTGAACTCTCAATTTTCTGTTGAAGAGTTCTAAACATTCTTTGGATGAAAAAGTAGAGAATTGGATAAAGAGTTAAGAAAGTAGAGAAATCAAGATACTTCTAACTTCTAAGAATTGGAGAAATTGTAGAAAATTGATTTGGAAGTGAAATTTGTATTTGATATTGTATGTCATAAGGGAAGAAGATAATATTGAATAAGAGTATTTTGGAGGTTTGAACTCTCAATTTTTTACGGAATAAGTCTAAACATTCTTTCGGTGAAAAAGTAGAGAATTGGATGAAGAGTTAAAAAAGTGGTGAAATCAAGATACTTCTAACTTCTAAGAATTGGAGAAATAGTAGAAAAATGATTTGGAAGTTATATTTGTATTTGATTTTGTATGTCATGAGGAAAAGATAAGATAGTATAAGAATATTTCGGAGTTTGGATTTGTTGGAAATGCCAATATCGTATGAGATGGAAAGAAGATAAGTGAGGATGTGAAAATTGTTGATTGAAGTGATTGAACTTTCAATTTTTTACGGAAGTGGTCTAAATATTCTTTGGATGAAAAAGTGGAGAATTGGATGAAGAGTTAATAAAGTGGAGAAATCAAGGTACTTCTAACTTCTAAGAATCGGAGAAAGAGTAGAAAATTGAATTGGAAGTTAAATTTGTATTTGATGTTGTATGTTATGAGAAAAGAAGATAATGTTGAATAAGAGTATTTTTGCGTTGGATTTGTTGGAAACGGCTATAGCATGTGAGATGGAATGAACATAAGTTAGGATGAGGGAATTGTGGATTGAAGTGATTGAACTTTCAATTTCATATTGATGATGTCTAAACATTCTTTGTATGAAAAAGTAGAGAATTGGATGAAGAGTTAAGAAAGTGGAGAAATCAAGGTACTTCTAACTTCTAAGAATTTGAGTAAGAGTAGAAAATTTAATTGGAAGTTAAATATGTATCTGATGTTGTATGTCATGAGGAAAGAAGATAATGTTGAATAAGAGTATTTTGGAGTTTGGATTTGTTGGAAATGGCTATACCATGTGAGATGGAAGGAAGATAAGTTGGGATTAGAGAATTGTCGATTGATGTGATTGAAAAAGTAGAGAATTGTATGAAGAGTTAAGAAAGTGGAGAAATCTTAGGGACTTCTAACTTCTAAGAATTGGCGGTGACTTGCCATGATGTTTGATTGGGGAGAAGATAACATTAGAATGTATGTATCGAAGGAGGAAAAAGACATGTTGAGTGTTGTGGATGGAGGAAAATCAGAATCAAAAACTGAATTATGCTTTGAAAAGTTTATTATGGGTTAGGTTTTGACATAAATAAGATTGGAAATCTTCTAGGGTACGTGTGGAAAGATAAAGATACCATGAAGTTTTCATAGTTGTGGATTTTTATTCAAATTCATGATTCGTTGGTGTACTTGATTATGTATGTCTGGGAGAGGAAGATAGTTAAAATGGGATATTGTATATATTGGATTCACTGATATTGGTGATGTACGCTGGAACGAAGGAAGGTAGATAATTTTGGTTTAAAGTTCTAGACCATTATTTGGATGAAAGAGAGAATTTGTTGAAGAGTTGAGGAAATGAACAAATTAAGTTTACTTTGGACAAGAAATTTTGGTTTAAAGTATGAGATTAATTTCAACATTTTGAGTGTAGCAGTCTCGTCATTCTTTGGATGAAAGAGTACAAATCTAGATTAAAAATAATGAAAATGGTCCAATGAAGATAGCGTAAGAGGATTTTTGAATTAACGAATGAGATTGGGTTCAACTTTTTTATTGACAATGTCTAGTCATTTATTGTATTAGAAAGCAAAAAAATTAAGATAAAAAATTTTGGTTTGAAGTATGAGATTGAACATTATAATTTTTGTTTAAAACATTATTATATTAGTTGGGATGGAGATTATATACTGGAAAAGGTAAACACACACATGAAGTGTGGACCTACGATGGATGGTGTAATTGTATAGAATAGTCGTCAAATAGCAAAAGTGAACTATTCTTTGAAAGGTTTATCATGGAATAAGTAAGGACCATTTGGGTTTCATAATTATGGTTTTTCTTCGACTTGAAGTTTTTTCAAATTGTGGAGATTCGTTGGTATTTGATATTAGTTGGGATGAAGATAAATTAGAGTAAGAGAAATTTGGATTCATGATTTGTGGGTAATTTTTTGTATATGTGAGGTGAATGGAAGAGGGGTTAGAATAAGGGAATTTTTGACTGAGACATTAGATTAAACTCCAACATTTTTACTGAACATTCTCAGGACAAGAAAGTAGAAAATTGAATGAAGAGTTTGAAAATGGACAAATGAAATATTTCTTAAAATATCAAAAATTTTCTTAGGTGATGATATTGGAAGATGACATTAGAGATTATGTACTGAATAAGGGGAAACACACGTGGGGAAGTAATTCATTAGAAAAGACATCAAAGTAAAAAAGTGGAGTATCTTTGAAATGCCTATTTTGGATGCTTTGACAAAAATAAGTTTGGAAATTTTCTAGGCATGCATGGAAAAGATAAGGATACCATTTAGGTTTCGTAGTTGTGTTTTCTTTCTTGGACTCGATGTTTGTTCAAATTGTATATTCATTGGTATTTGAGTATAATAGGAAGAAGGAAGACAAGATGAGAGATTTTATATTTTAAATTCGTTAGTGAAGAAAAGATATGCTATGTATGCTAGGATGACGAAAACATATGTTTGGATACCATAAAAAGTGGGGTAAAAAGGTAATTGGATGATTAGTTATTGAAGGAAAAAGAAGTCTGCAGGAGGATTATGCAGTGGGGCCAACGCGGAGGAATTTGAGGAGTGCTATATATAGGATCATTTAGGTCTTTTGTTTTAGGTCATTTTTATTTTCCGTTTGGTGTAAAGGCTTCTCATCTAAGGGGAGCATAAAGCTGAAAGGGGTGCTGATGGATAGGGAAGTAGTGGTGTTGATTGACAGTGGAGCCACTCATAACTTCATACACCAAAATTTAGTGGAAGAGAGGCAAATCTCAATGGAAGTAACTTCTTTCAGAGTCACGATTGGTAACGGCACACGTTAAAAAGGGAACGGGGTGTGTAAAAGATTGGAGCTTAAGTTGAAGGAGCTGCTCATTGTCGCAGATTTTTTGGTGGTGGAGTTAGGCAGTATGGATCTGGTTCTTGGTATGCTGTGGTTAAATTCTACCGGCGCCATGAAAGTTCATTGGCCGTCCTTGACCATGACCTTTTGGGTTGGGGAAAACAAGTTGTTCTAAAAGGGGACCCCACTTTCATCAAGACTGAATGTTCTTTAAAAACCTTGGAAAAGACTTGGGATGAAGAAGACCAAGGTTAAACTTAAAACTACAATACTATGAGATGGAATCAGAAGATGATTATGATGAAGAACCATGAATCAAGGGAGATGAGGAAGACCTATCTATGATTAAATCATTGCTGAAATGATATAATGACATATTGGAAGTCCAAAAAGGACTACCTCCTAACAGAAATATCGATCACCACATACTTACCTTACTCGAACAAATACCCATTAATGCAAGATCCTAGAAGTATGGCCATGCCCAGAAGGAAGAAACAGAGAAATCGGTCGCTGAAATTCTCCAAGCAGGAGTGATTAGACCTAGCCACAACCCTTATTCCAGCCCAGTTTTCCTAGTGAGGAAAAAGGATAGAGGGTGGAGGTTCTGTGTGAATTACAGAAAGCTTAACCAGGTAACCATTTCTGACAAGTTTCTCGTTCCTTTAATTGAAGAATTATTGGATGAGTTGCATGGGGCCAAGGTTTTTTTGAAGCTGGACTTGAAATCTGGTTACCACCAGATCAGAATGAAGGAAGAAGACATACAGAAGACAGCATTCAAGACTCATGAAGGCCATTTTGAGTTCCTTGTCATGCCTTTCGGCCCCACTAATGCACCAGCCACCTTCTAATCCCTTATGAATCAAGTATTTAAACCTTTCTTAACACTGTGTATTAGTGCTGATATTACCAAGCATGAAATGCATTTGGGAACGGTGTTTGCGGTTTTGAGAGATAACGGATTGCTTGCCAACAAGAAGAAGAGTGTGATAGCACTTTCAAAGATTGAATATTTAGGGCATCAAATTTCCAGCAAAAAAGCATGATTAGTTGGCCTCAACCTAAAGATGTGACAGGTATGAAAAGTTTCCTAGGCCTAACTGGCTACTATAGGAGGTTTGTGAAGGGATATGGAGAAATTGCTGCCCCTTTAACCAAGCTCCTACAAAAGAATGGAATGAAGAAGCCACGGTAGCATTTGAACATTTAAAAGCATGACAACCATATCGGTGCTAGCATTGCTTGATTGGTCTATACCCTTTGTAATTGAAACAGATGCATCAGGTTTCGGTTGGGGGGCTGTTCTATCTCAGAATGGGCATCCAATTGCTTTTTCCAGCCAGTAACTTTCTTCAAAAGCACAAACTAAGATATATGAAAGAGAATTGATGGTCGTAGTCCTTACGGCGCAAAAGTGGAGACATTACTTATTGGGTAGGAAGTTCACCATCATATATGATAAAAAGACATTGAAATTTCTGCTTGAACAGAGGGAGGTATAGCCATAGTTTCAGAAATGGCTAACTAAGCTATTGGGCTATGATTTCGAAATTCTCTTATCAACCAAGCTTGCTAATGCCTTAACCTGTATAGAACAGCCACTTGAGTTGAACTCCATGACACACTAGGGATAGTTGATATGGAAGTAGTAGGAGAGGAAGTGGAGGAAGATGAGGAATTATAGAAAATAATAGAAAGCTTAAAGAAGAATCCCGAAGAGGGCTAGATATCAATGGGAGAATGAGAGGTTATTATACAAGGCAAGGGTTGTTATCTATCTTAAAAACTTCCTCCCTCATACCGAACCTGCTCCATACTTTCCATGATTCAATTTTATAGGGCCATTCGGGTTTCCTAAAGACTTACAAAAGGATGAGTGGGCAACTACACTAGCAGTGCATGAAAAATGATAGAAAAAGGTATGTGGAACAATGTGATACTTGTCAAAGGAACAAATACTAGAAGATTGGACCATGGACTTTATAGAGGGATGACTGGTTAAGTAAGTATGCCTACATTATAGAGTTGTCTCAAACACCCTTTTTCAGCTAAACAGGTAGCGAAGGTGTTCATTGATAGAATCATTGGGAAACATGGCATTCCTAAGTCAATTATTTCAAATCGTGATAAGATTGTCCTAAGTAATTTTTGTAGGGAATTGTTTGCTATCATGGGAACTATCTTAAAGAGGAGCACTGTTTTCCATCCCCAAACGGATGGATAATCCGAGAGAGAATAGATGCTTGGAAACCTATTTGAGGTGCTTTTGCAATGAACAACCGAATAGATGGGACAACTCCATTCTTTGGGCTGAGTTGTGGTACAACCCCACTTTTCATGCTTCGGCAAAGACTACCTCCTTCCAAACTGTTTATGGCAGGCCACACTTCCCCTGGAATTTTCCAGCTCAGTGTGAAGGGCTGGTATGATCTTTACGGTTATTCTTGTTTTCCTTATCATCTTGTGAATGTTTTATCCTATTTTGGCTACATAAATATATAACCAGCAGAGTACTGTACCTATTTTAGCCATTAGTCAGTGTTTTAGGCTGTTTTATTGTTAAGTGTCTTAACAGAAAGATAAGTTAGTGAATTTTGGATTAAAGTATGAGATTGGATTTCAACTTTTTGATAGTAGAGGCCTAGCCATTATTTGGATTAGTAAGTAAAAAATTGGTTGTGAAGAGTTCAGAAAGTGGACACATGAGATGAAGATACTGTTGGGCTGCCAATAGTGCATCAGTATAAGAGGAGAGGAAAGAATAGTGCGAGGAAGGGAATTGTAGGGTGTGGGGACCACTTGGGAGTATAATATAAATATTCTCTGAGTGTGTTGAGAGAGAGAGTTAGTTTGGGATTTAAGTTCAACTATTTTATCGAAGAGGTCTAACAATCCTTTGGATGGAATCGTAGAGAATTGGTCGAGGAGATAAAACTTAAGAAAGTAGGCAAATTAAGGTACTTTCTATGATTTCTAGCGATAGTTTATAGTGTTTGATATGAGAAATTAACAATAGAAATCATGTATTGAAGAAAGGAAATGGTACATAGATGAAATGAGGTGCCGATGGAAGATTTATTCATTGGAATAGACTTCAAAATTGAAAAACTTAGTATTTTTTGAAACGTTAATTGTAGAATGAGATGACATAAATAAGAGAGGAAATTTTATAAAGTAGGTATGAAATGATCCTCACCATTAAGGTTTCACAGTAGTGGTTTTTTGTTGGACTCAAAGCTTGTTCAAATTGGAGATTTCTTGGTATTTGATTATGTATGTAAGGTGGAAGGGAAGATAAGCTAGTGCTATTTTGGAATGCAGTTCTCTTGCATGGATTCAAGTTGTCACACAAAACGTCCTAGAATAATCATAGAAACAAATAAATTAACAGAAAGAGAAACAACAATAACATATAAGAGTTAGTAACTCAGTTAGGTGATACAACACCTACATATGAAGGGCAGTCAGGAAAGATAATCTACTAATATAATCAAATTAAGCGATTACGCTGTATGAGAGAGGCCCAATTAATGAAAGAGAGAAATTTGGCTCTCAAGTTGGCCTAACTAAAGTGGGCGAGGTACTTTTGAGGCCCAAATACGAGCTTTGAAAGATAGGAAAGAAGCTAATTCGAAAAAGAAAGAGGGAAGATGAACTGAGTACTCTACAAGGAAAATTTTGATCCCATCAAGGGCAACGGCCCGAGAGGTAAGCCAACGGTGAGATGTTTGTCGGACAATGAGTTTAGGGCAAAAGATTGGATAGGGGGTTACGTTTTCACTGTAACGACAAATATTCTCAGGGGCACAGATGCAAGATCGATGAGAATTGTGGGTTGATGTTATTCATTATGAATGAAGAAGAAGACAGTGAAGAGGCGGAAGTCGAGGAGGGTACCAAACCTGAGGTGGTGGAGTTGGACACACAATTTCATCCATCAGGGAATTGGGTAAGATTGATAGTGTTGGGTATGAAGTGGCTAAGTACTACTTGGTTCACGGGCGTTCATTGGCCATCAATGACTGACTTTCACGGTCAGAAACTCTCAAGTCATTCTTAAAGGGGACCTGTCATTAGCAAAGTCATTCTTAAAGGGGACCCGTCAAGTCATTCTTCCAAGACCTGGGAAGTGGAAGACCAAGGATTCTTACTGGAATTTCAAAACATGGAAATTGAAGAAGGAAATCGAGATGAAAGTGATAATGAGGAGAAAGAGGAGTCTGAATTACCCATGATTTGAAAATTGTTAAAGAGATATAGAGAGGTTTTTGAAATGTCGAAGGAGTAACCTCCTCAAAGGGCAGTAGACCATAGGATACTGACATTGGATGGACAGAAACCCATCAATGTCAGGTTACACAAGTATGGGCACATCCAGAAGGAAGAGATTGAAAGACTAGTGATTGAAATGTTGCAAGCAGTAATCATCAGACTCAGTCGAAGCCCTTATTCAAGCCCTGTATTACTGGTTAAGAAAAGAGATGGAGATGCCGTTTCTGTCTGGACTATTGCAAATTAAATCAAGTGACCATAGTAGATATATTTGCCATTCCCATGATTGAAGAACTCCTTGATGAGCTACATGAAGGAGGAGGATATTGAGAAGACAGCTTTTCGCACCCATGAATGACATTACGAATTCATGGTTATGCCCTTCAGATTAACCAATGCGTCGGCCACCTTCCAATCATTGATGAGCCAAGTTTAGTTCATCATACCTTTCTTGAGGCATTTTGTGCTGCTTTTTTTACGATATCCTCGTCTATAGCACAAATACCACTGAACATGAAAGACACTTTGGGAGTGGTGTTTAATATTTTGAAGGACCACAAATTGTTTGCCAATGAGAAAAAATGTGTCATTGGACACCCCGTATTCGGTACTTTGGCCGTTGGATATCTAGTAAAGGAGTAGAGGCTGAAAGTGAAAAAGGGAAAGTGATGGTCAATCGGCCACAGCCGAGAGACGTATCCAAATTGAGTGGATTTTTGGGCCTCACAGGCTACTACATATGGTTTGTAAAAGGTTATGGGGATATTGCCACACCCTTGCCAAGTTGTTACATGGGGGAGTTAAACACATTGACAGCCCCTATTATCATTGGAGGAATATCTGTTGTGGGACTCACCTGGGCTGGGGAATTGGAGTACTTAAGGAATGTTTTGGGTTGCTGAAGATTAGGTCATTTTTGGGAAAAAGCTGTGGGAAGCTTTGAAGAGAGGAACCAGCCTCCTCGAATTATTTGTGAAGACTATTTTCCTCTCTATTTCTTTACACATATCATCACAGAGTTCTGTCTTCGTTTGTCTCTAGTCTTGTTGGGATTTTCTGAGTGGCAAGTAACAGAGTCCTAACAAAACCTTAGCAACAAATGAGATCATCAGGCCTTGCCTTCTAGTCTGATTATTTATGATTTTGAAAGGTGGGCTAAAATTTTTGTTATATGGACTCAAGATAATGATTGAGGTGCCACAATATAATGGGTCGAATTGCATGGAGGAATGCAATGAGAAAAAGACGTTAGAGACGTGCTTTGAATGTAGATTCCAGGAAAGTTGCTTACGAAATAAAATTTCATATGCCATAATAAGCCTGCGCGTAATACTTTTTGTGTGAGGAAAGTTAAGAAGCACTTCCTTTTGGGTTGAGGATTTCTTTTTAGAATAATAATTTGTTGTCCAAAAAATTTGGAGATTCTTGTTAAATGATTTTGAGCTTTACAAATATTTGACTGGGGTGGAAAATCTCATACAAGTCTTTATTGGTGGAGAGCTCACAAGTCTACATGGAGTAATTTGAAGGAGAGATGAGGAAAAAGAAGTTTGAGAGAATTCTTTCGAAGGAAGCACTATAAAAGGTAATTTGGTATTTGTTGTTAGAGAAAAGTCGGATTATTTTGGTTGTACTTAGTTATCTTCTAGTTTGGTTACTGTTTATATCTCAATATATTTGAGTTTTATCGATCCAAATCCCAAAAAGTCAAAGACGACTGCCAAATATCCAAGGCCTATATGCTCATCCCCCAAATATCTTTCTGCTAACTCAGTTATTTTCTCATGCCTCTGATTCTTCCTTTGGTGATCTATATATCTTAATGGGATTTATGATTTTTATGTTGCTGAAATATATTTCTTTGAAATGAAAGAACTTTTGATTTTCTTAGGCATGATAAATCTTATGCTCATGTTTATGTCGTCAATTTATCATAAAATTTTCGTTATATGTTTCTGTATAACTTGGATGTTGTCTTATATACAGGTGATATTCTGGCGACATTAATTTCATTTTGTTGTATCAATGAAAAATTTTGTTCTTTTAAAACAAGCACGTCTTTCACCGAGGCCAATACTATTCAGAATCTGTAACCCTTGAAAATAGAAGCATTAAATATAGCTAGATCTTGAGAATGTTGCTTTTTGTGCAGGTGCTTGGTATTTATTTCTATTTCATCCGACGCTTTGTCCTCCCCTTTCATATCATGCCCAATTGTTCAACAATATGCCAATTTAGAATTTAAATTTTATCTAATATAATATTTGATTGGATTCTATAAACTTGAATAAGTGGTGACTGAGATATCAAATACCCCTCAAACTAAAATTAGAAATATCTCCCATAACCCAAGAATTAACCACTTGAAAAGGTGACAATCTCATTCACAATCAACACACTATTTTACTTTTTTTTAATGATCGACTTATTTGGAAACAATGAAACTATTTCTAGGTATGTTAGAATTTTGTGTCAACATAGTCTTGATTTTCTTTTAAATATCATGTATCCTTGGATGTCGAGCATTGATCTTACATTTGGTGAGGCTGTAATATTTTTCCTTGAAAGCTTTGGGTTTATTTTTTATATATTCTGGTAAGACCCACCATGATTCATAGCTGGCTGATAGGCTTTCTCCAAGTTTTTAGCTTAAATTTTCTTGGGATGTTATGTCTGGCTGGCTATCTTATATATTTCTTTTTGCTCTATTAAAATATTAGATTTAAGTGGCGTATTAATTCATATTGATATGTTATTTTTTCTCTGAACTTGTTGAACTGAAATTTTCCTCCAACCCCACCTTTTGTGAGAAAGGTTTGTTTTTATGACTCACTAGGGTTTGTGTATTTTGTGATAGCTTTGGGGAGCAGAACAATCAAATATTTAAGGATAATGATCCTAGTGAAGTGCACTCCCTTGTTAGATTTCATATTTCTTTCTTAGCTTCAGTTTTGAAGACTTTTTGTAACGCCAATTCTATAAGTTATATTTAGTATAGTTGGAGGCCCAATTTTTTCATATAGGTAGCTGATGTCTTGTTGCTCTATGGCCACCGATGGCCTTTAGAAAACGATTTTTTGATGAAATCTAAGCATAAAGTACGTATGTATTGATCAATTGGAATGTTTCTTAATTGATGTCAGGCCATCATCAAACAACTGAATCATTTATAATGATGTTAGAACATTCTTTTTCTGTCTGTCTTTATTTTTGAGGGTATTATATTA

mRNA sequence

TTGGATGAAGCGTTAAGAAAGTGGAGAAATCAAGGTACGTCTAACTTCTAAAAATTGGAGAAAGAGTAGATAATTGATTTGGAAGTTAAATTTGTATTTGATGTTGTATGTCATGAGGAAAGGGGATAATGTTGAATAAGAGTTTTTTGGAGTTTGGATTTGTTGGAAATGACTATACCATGTGAGATGGAAGGAAGATAAGTTAGGATGATAGAATTGTGGATTAAAGTGATTGAACTTTTAATTTTTTAATGAAGAGTTCTAAACTTTCTTTGGATGAAAAAGTAGAGAATTGGATGAAGAGTTAAGAAAGTGGAGAAATCAAGGTACTTCTAACTTCTAAGAATTGAAGAAAGAGTAGAAAAGTGAATTGGAAGTTAAATATGTATTTGATGTTGTATGTTATGAGGAAAGGAGATAATGTTGAATAAGAGTTTTTTGGAGTTTGGATTTGTTGGAAAAGACTATACCAAGTGAGATGGAAGGAAGATAAATTAGGATGAGAGAATCGTGGATTGAAGTGATTGAACTTTCAATTTTTTAGTGAAGAGTTCTAAACATTCTTTGGATGAAAAACTAGAAAATTGGATGAAGAGTTAAGAAAGTTGAGAAATCAAGGTACTTCTAACTTCTTAGAATTGGAGAAAGAGTAGAAAATTGATTTGGAAGTTAAATTTGTATTTGATGTTCTATGTCATGAGAAAAGAAGATAATGTTGAGTAAGAGTATTTTGGTGTTTGGATTTGTTGGAAATGGATATACCATAAGAGAGGAAGGAAGATAAGTTAGTGATTGAACTTCCAATTTTTTACGGAAGAGGTCTATACATTCTTTGGATGAAAAAGTAGAGAATTGGATGAAGAGTTAAGAAATGGAGAAATCAAGGTACTTCTAACTTCTAAGAATTGGAGAAAGAGTAGAAAATTGAATTGGAAATTAGATATGTATTTGATGTTGTATGACATGAGGAAAGAAGGCATTGTTGAATAAGAGTATTTGGGAGTTTGGATTTGTTGGAAATGGCTATACCATTGTGAGATGGAAGGAAGTTAAGTTGAGAATTGTTGATTGAAGTGATTGAACATTCAATTTTTTACTGAGGAGGTCTAAATATTCTTTGGATGAAAAAGTAGACAATTAGATGAAGAGTTAAGAAAGTGGAGAAATCAAAAATTGGATGAAGAGTTAAGAAAGTGGAGAAATCAAGGTACTTCTAACTTCTAAGAAACTGAGAAAGAGTGGAAAATTGATTTGAAGTTAAATTTGTATTTGATGTTGTATGTCATGAGGAAAGAAGATAATGTTGAATAAGAGTATTTTGGAGTTTGGATTTGTTGGAAATGGATATACCATGTGAGATGGAAGGAACATAAATTAGGATGACAGAATTGTGGATTGAAGTGATTGAACTCTCAATTTTCTGTTGAAGAGTTCTAAACATTCTTTGGATGAAAAAGTAGAGAATTGGATAAAGAGTTAAGAAAGTAGAGAAATCAAGATACTTCTAACTTCTAAGAATTGGAGAAATTGTAGAAAATTGATTTGGAAGTGAAATTTGTATTTGATATTGTATGTCATAAGGGAAGAAGATAATATTGAATAAGAGTATTTTGGAGGTTTGAACTCTCAATTTTTTACGGAATAAGTCTAAACATTCTTTCGGTGAAAAAGTAGAGAATTGGATGAAGAGTTAAAAAAGTGGTGAAATCAAGATACTTCTAACTTCTAAGAATTGGAGAAATAGTAGAAAAATGATTTGGAAGTTATATTTGTATTTGATTTTGTATGTCATGAGGAAAAGATAAGATAGTATAAGAATATTTCGGAGTTTGGATTTGTTGGAAATGCCAATATCGTATGAGATGGAAAGAAGATAAGTGAGGATGTGAAAATTGTTGATTGAAGTGATTGAACTTTCAATTTTTTACGGAAGTGGTCTAAATATTCTTTGGATGAAAAAGTGGAGAATTGGATGAAGAGTTAATAAAGTGGAGAAATCAAGGTACTTCTAACTTCTAAGAATCGGAGAAAGAGTAGAAAATTGAATTGGAAGTTAAATTTGTATTTGATGTTGTATGTTATGAGAAAAGAAGATAATGTTGAATAAGAGTATTTTTGCGTTGGATTTGTTGGAAACGGCTATAGCATGTGAGATGGAATGAACATAAGTTAGGATGAGGGAATTGTGGATTGAAGTGATTGAACTTTCAATTTCATATTGATGATGTCTAAACATTCTTTGTATGAAAAAGTAGAGAATTGGATGAAGAGTTAAGAAAGTGGAGAAATCAAGGTACTTCTAACTTCTAAGAATTTGAGTAAGAGTAGAAAATTTAATTGGAAGTTAAATATGTATCTGATGTTGTATGTCATGAGGAAAGAAGATAATGTTGAATAAGAGTATTTTGGAGTTTGGATTTGTTGGAAATGGCTATACCATGTGAGATGGAAGGAAGATAAGTTGGGATTAGAGAATTGTCGATTGATGTGATTGAAAAAGTAGAGAATTGTATGAAGAGTTAAGAAAGTGGAGAAATCTTAGGGACTTCTAACTTCTAAGAATTGGCGGTGACTTGCCATGATGTTTGATTGGGGAGAAGATAACATTAGAATGTATGTATCGAAGGAGGAAAAAGACATGTTGAGTGTTGTGGATGGAGGAAAATCAGAATCAAAAACTGAATTATGCTTTGAAAAGTTTATTATGGGTTAGGTTTTGACATAAATAAGATTGGAAATCTTCTAGGGTACGTGTGGAAAGATAAAGATACCATGAAGTTTTCATAGTTGTGGATTTTTATTCAAATTCATGATTCGTTGGTGTACTTGATTATGTATGTCTGGGAGAGGAAGATAGTTAAAATGGGATATTGTATATATTGGATTCACTGATATTGGTGATGTACGCTGGAACGAAGGAAGGTAGATAATTTTGGTTTAAAGTTCTAGACCATTATTTGGATGAAAGAGAGAATTTGTTGAAGAGTTGAGGAAATGAACAAATTAAGTTTACTTTGGACAAGAAATTTTGGTTTAAAGTATGAGATTAATTTCAACATTTTGAGTGTAGCAGTCTCGTCATTCTTTGGATGAAAGAGTACAAATCTAGATTAAAAATAATGAAAATGGTCCAATGAAGATAGCGTAAGAGGATTTTTGAATTAACGAATGAGATTGGGTTCAACTTTTTTATTGACAATGTCTAGTCATTTATTGTATTAGAAAGCAAAAAAATTAAGATAAAAAATTTTGGTTTGAAGTATGAGATTGAACATTATAATTTTTGTTTAAAACATTATTATATTAGTTGGGATGGAGATTATATACTGGAAAAGGTAAACACACACATGAAGTGTGGACCTACGATGGATGGTGTAATTGTATAGAATAGTCGTCAAATAGCAAAAGTGAACTATTCTTTGAAAGGTTTATCATGGAATAAGTAAGGACCATTTGGGTTTCATAATTATGGTTTTTCTTCGACTTGAAGTTTTTTCAAATTGTGGAGATTCGTTGGTATTTGATATTAGTTGGGATGAAGATAAATTAGAGTAAGAGAAATTTGGATTCATGATTTGTGGGTAATTTTTTGTATATGTGAGGTGAATGGAAGAGGGGTTAGAATAAGGGAATTTTTGACTGAGACATTAGATTAAACTCCAACATTTTTACTGAACATTCTCAGGACAAGAAAGTAGAAAATTGAATGAAGAGTTTGAAAATGGACAAATGAAATATTTCTTAAAATATCAAAAATTTTCTTAGGTGATGATATTGGAAGATGACATTAGAGATTATGTACTGAATAAGGGGAAACACACGTGGGGAAGTAATTCATTAGAAAAGACATCAAAGTAAAAAAGTGGAGTATCTTTGAAATGCCTATTTTGGATGCTTTGACAAAAATAAGTTTGGAAATTTTCTAGGCATGCATGGAAAAGATAAGGATACCATTTAGGTTTCGTAGTTGTGTTTTCTTTCTTGGACTCGATGTTTGTTCAAATTGTATATTCATTGGTATTTGAGTATAATAGGAAGAAGGAAGACAAGATGAGAGATTTTATATTTTAAATTCGTTAGTGAAGAAAAGATATGCTATGTATGCTAGGATGACGAAAACATATGTTTGGATACCATAAAAAGTGGGGTAAAAAGGTAATTGGATGATTAGTTATTGAAGGAAAAAGAAGTCTGCAGGAGGATTATGCAGTGGGGCCAACGCGGAGGAATTTGAGGAGTGCTATATATAGGATCATTTAGGTCTTTTGTTTTAGGTCATTTTTATTTTCCGTTTGGTGTAAAGGCTTCTCATCTAAGGGGAGCATAAAGCTGAAAGGGGTGCTGATGGATAGGGAAGTAGTGGTGTTGATTGACAGTGGAGCCACTCATAACTTCATACACCAAAATTTAGTGGAAGAGAGGCAAATCTCAATGGAAGTAACTTCTTTCAGAGTCACGATTGGTAACGGCACACGTTAAAAAGGGAACGGGGTGTGTAAAAGATTGGAGCTTAAGTTGAAGGAGCTGCTCATTGTCGCAGATTTTTTGGTGGTGGAGTTAGGCAGTATGGATCTGGTTCTTGGTATGCTGTGGTTAAATTCTACCGGCGCCATGAAAGTTCATTGGCCGTCCTTGACCATGACCTTTTGGGTTGGGGAAAACAAGTTGTTCTAAAAGGGGACCCCACTTTCATCAAGACTGAATGTTCTTTAAAAACCTTGGAAAAGACTTGGGATGAAGAAGACCAAGGTTAAACTTAAAACTACAATACTATGAGATGGAATCAGAAGATGATTATGATGAAGAACCATGAATCAAGGGAGATGAGGAAGACCTATCTATGATTAAATCATTGCTGAAATGATATAATGACATATTGGAAGTCCAAAAAGGACTACCTCCTAACAGAAATATCGATCACCACATACTTACCTTACTCGAACAAATACCCATTAATGCAAGATCCTAGAAGTATGGCCATGCCCAGAAGGAAGAAACAGAGAAATCGGTCGCTGAAATTCTCCAAGCAGGAGTGATTAGACCTAGCCACAACCCTTATTCCAGCCCAGTTTTCCTAGTGAGGAAAAAGGATAGAGGGTGGAGGTTCTGTGTGAATTACAGAAAGCTTAACCAGGTAACCATTTCTGACAAGTTTCTCGTTCCTTTAATTGAAGAATTATTGGATGAGTTGCATGGGGCCAAGGTTTTTTTGAAGCTGGACTTGAAATCTGGTTACCACCAGATCAGAATGAAGGAAGAAGACATACAGAAGACAGCATTCAAGACTCATGAAGGCCATTTTGAGTTCCTTGTCATGCCTTTCGGCCCCACTAATGCACCAGCCACCTTCTAATCCCTTATGAATCAAGTATTTAAACCTTTCTTAACACTGTGTATTAGTGCTGATATTACCAAGCATGAAATGCATTTGGGAACGGTGTTTGCGGTTTTGAGAGATAACGGATTGCTTGCCAACAAGAAGAAGAGTGTGATAGCACTTTCAAAGATTGAATATTTAGGGCATCAAATTTCCAGCAAAAAAGCATGATTAGTTGGCCTCAACCTAAAGATGTGACAGGTATGAAAAGTTTCCTAGGCCTAACTGGCTACTATAGGAGGTTTGTGAAGGGATATGGAGAAATTGCTGCCCCTTTAACCAAGCTCCTACAAAAGAATGGAATGAAGAAGCCACGGTAGCATTTGAACATTTAAAAGCATGACAACCATATCGGTGCTAGCATTGCTTGATTGGTCTATACCCTTTGTAATTGAAACAGATGCATCAGGTTTCGGTTGGGGGGCTGTTCTATCTCAGAATGGGCATCCAATTGCTTTTTCCAGCCAGTAACTTTCTTCAAAAGCACAAACTAAGATATATGAAAGAGAATTGATGGTCGTAGTCCTTACGGCGCAAAAGTGGAGACATTACTTATTGGGTAGGAAGTTCACCATCATATATGATAAAAAGACATTGAAATTTCTGCTTGAACAGAGGGAGGTATAGCCATAGTTTCAGAAATGGCTAACTAAGCTATTGGGCTATGATTTCGAAATTCTCTTATCAACCAAGCTTGCTAATGCCTTAACCTGTATAGAACAGCCACTTGAGTTGAACTCCATGACACACTAGGGATAGTTGATATGGAAGTAGTAGGAGAGGAAGTGGAGGAAGATGAGGAATTATAGAAAATAATAGAAAGCTTAAAGAAGAATCCCGAAGAGGGCTAGATATCAATGGGAGAATGAGAGGTTATTATACAAGGCAAGGGTTGTTATCTATCTTAAAAACTTCCTCCCTCATACCGAACCTGCTCCATACTTTCCATGATTCAATTTTATAGGGCCATTCGGGTTTCCTAAAGACTTACAAAAGGATGAGTGGGCAACTACACTAGCAGTGCATGAAAAATGATAGAAAAAGGTATGTGGAACAATGTGATACTTGTCAAAGGAACAAATACTAGAAGATTGGACCATGGACTTTATAGAGGGATGACTGGTTAAGTAAGTATGCCTACATTATAGAGTTGTCTCAAACACCCTTTTTCAGCTAAACAGGTAGCGAAGGTGTTCATTGATAGAATCATTGGGAAACATGGCATTCCTAAGTCAATTATTTCAAATCGTGATAAGATTGTCCTAAGTAATTTTTGTAGGGAATTGTTTGCTATCATGGGAACTATCTTAAAGAGGAGCACTGTTTTCCATCCCCAAACGGATGGATAATCCGAGAGAGAATAGATGCTTGGAAACCTATTTGAGGTGCTTTTGCAATGAACAACCGAATAGATGGGACAACTCCATTCTTTGGGCTGAGTTGTGGTACAACCCCACTTTTCATGCTTCGGCAAAGACTACCTCCTTCCAAACTGTTTATGGCAGGCCACACTTCCCCTGGAATTTTCCAGCTCAGTGTGAAGGGCTGGTATGATCTTTACGGTTATTCTTGTTTTCCTTATCATCTTGTGAATGTTTTATCCTATTTTGGCTACATAAATATATAACCAGCAGAGTACTGTACCTATTTTAGCCATTAGTCAGTGTTTTAGGCTGTTTTATTGTTAAGTGTCTTAACAGAAAGATAAGTTAGTGAATTTTGGATTAAAGTATGAGATTGGATTTCAACTTTTTGATAGTAGAGGCCTAGCCATTATTTGGATTAGTAAGTAAAAAATTGGTTGTGAAGAGTTCAGAAAGTGGACACATGAGATGAAGATACTGTTGGGCTGCCAATAGTGCATCAGTATAAGAGGAGAGGAAAGAATAGTGCGAGGAAGGGAATTGTAGGGTGTGGGGACCACTTGGGAGTATAATATAAATATTCTCTGAGTGTGTTGAGAGAGAGAGTTAGTTTGGGATTTAAGTTCAACTATTTTATCGAAGAGGTCTAACAATCCTTTGGATGGAATCGTAGAGAATTGGTCGAGGAGATAAAACTTAAGAAAGTAGGCAAATTAAGGTACTTTCTATGATTTCTAGCGATAGTTTATAGTGTTTGATATGAGAAATTAACAATAGAAATCATGTATTGAAGAAAGGAAATGGTACATAGATGAAATGAGGTGCCGATGGAAGATTTATTCATTGGAATAGACTTCAAAATTGAAAAACTTAGTATTTTTTGAAACGTTAATTGTAGAATGAGATGACATAAATAAGAGAGGAAATTTTATAAAGTAGGTATGAAATGATCCTCACCATTAAGGTTTCACAGTAGTGGTTTTTTGTTGGACTCAAAGCTTGTTCAAATTGGAGATTTCTTGGTATTTGATTATGTATGTAAGGTGGAAGGGAAGATAAGCTAGTGCTATTTTGGAATGCAGTTCTCTTGCATGGATTCAAGTTGTCACACAAAACGTCCTAGAATAATCATAGAAACAAATAAATTAACAGAAAGAGAAACAACAATAACATATAAGAGTTAGTAACTCAGTTAGGTGATACAACACCTACATATGAAGGGCAGTCAGGAAAGATAATCTACTAATATAATCAAATTAAGCGATTACGCTGTATGAGAGAGGCCCAATTAATGAAAGAGAGAAATTTGGCTCTCAAGTTGGCCTAACTAAAGTGGGCGAGGTACTTTTGAGGCCCAAATACGAGCTTTGAAAGATAGGAAAGAAGCTAATTCGAAAAAGAAAGAGGGAAGATGAACTGAGTACTCTACAAGGAAAATTTTGATCCCATCAAGGGCAACGGCCCGAGAGGTAAGCCAACGGTGAGATGTTTGTCGGACAATGAGTTTAGGGCAAAAGATTGGATAGGGGGTTACGTTTTCACTGTAACGACAAATATTCTCAGGGGCACAGATGCAAGATCGATGAGAATTGTGGGTTGATGTTATTCATTATGAATGAAGAAGAAGACAGTGAAGAGGCGGAAGTCGAGGAGGGTACCAAACCTGAGGTGGTGGAGTTGGACACACAATTTCATCCATCAGGGAATTGGGTAAGATTGATAGTGTTGGGTATGAAGTGGCTAAGTACTACTTGGTTCACGGGCGTTCATTGGCCATCAATGACTGACTTTCACGGTCAGAAACTCTCAAGTCATTCTTAAAGGGGACCTGTCATTAGCAAAGTCATTCTTAAAGGGGACCCGTCAAGTCATTCTTCCAAGACCTGGGAAGTGGAAGACCAAGGATTCTTACTGGAATTTCAAAACATGGAAATTGAAGAAGGAAATCGAGATGAAAGTGATAATGAGGAGAAAGAGGAGTCTGAATTACCCATGATTTGAAAATTGTTAAAGAGATATAGAGAGGTTTTTGAAATGTCGAAGGAGTAACCTCCTCAAAGGGCAGTAGACCATAGGATACTGACATTGGATGGACAGAAACCCATCAATGTCAGGTTACACAAGTATGGGCACATCCAGAAGGAAGAGATTGAAAGACTAGTGATTGAAATGTTGCAAGCAGTAATCATCAGACTCAGTCGAAGCCCTTATTCAAGCCCTGTATTACTGGTTAAGAAAAGAGATGGAGATGCCGTTTCTGTCTGGACTATTGCAAATTAAATCAAGTGACCATAGTAGATATATTTGCCATTCCCATGATTGAAGAACTCCTTGATGAGCTACATGAAGGAGGAGGATATTGAGAAGACAGCTTTTCGCACCCATGAATGACATTACGAATTCATGGTTATGCCCTTCAGATTAACCAATGCGTCGGCCACCTTCCAATCATTGATGAGCCAAGTTTAGTTCATCATACCTTTCTTGAGGCATTTTGTGCTGCTTTTTTTACGATATCCTCGTCTATAGCACAAATACCACTGAACATGAAAGACACTTTGGGAGTGGTGTTTAATATTTTGAAGGACCACAAATTGTTTGCCAATGAGAAAAAATGTGTCATTGGACACCCCGTATTCGGTACTTTGGCCGTTGGATATCTAGTAAAGGAGTAGAGGCTGAAAGTGAAAAAGGGAAAGTGATGGTCAATCGGCCACAGCCGAGAGACGTATCCAAATTGAGTGGATTTTTGGGCCTCACAGGCTACTACATATGGTTTGTAAAAGGTTATGGGGATATTGCCACACCCTTGCCAAGTTGTTACATGGGGGAGTTAAACACATTGACAGCCCCTATTATCATTGGAGGAATATCTGTTGTGGGACTCACCTGGGCTGGGGAATTGGAGTACTTAAGGAATGTTTTGGGTTGCTGAAGATTAGGTCATTTTTGGGAAAAAGCTGTGGGAAGCTTTGAAGAGAGGAACCAGCCTCCTCGAATTATTTGTGAAGACTATTTTCCTCTCTATTTCTTTACACATATCATCACAGAGTTCTGTCTTCGTTTGTCTCTAGTCTTGTTGGGATTTTCTGAGTGGCAAGTAACAGAGTCCTAACAAAACCTTAGCAACAAATGAGATCATCAGGCCTTGCCTTCTAGTCTGATTATTTATGATTTTGAAAGGTGGGCTAAAATTTTTGTTATATGGACTCAAGATAATGATTGAGGTGCCACAATATAATGGGTCGAATTGCATGGAGGAATGCAATGAGAAAAAGACGTTAGAGACGTGCTTTGAATGTAGATTCCAGGAAAGTTGCTTACGAAATAAAATTTCATATGCCATAATAAGCCTGCGCGTAATACTTTTTGTGTGAGGAAAGTTAAGAAGCACTTCCTTTTGGGTTGAGGATTTCTTTTTAGAATAATAATTTGTTGTCCAAAAAATTTGGAGATTCTTGTTAAATGATTTTGAGCTTTACAAATATTTGACTGGGGTGGAAAATCTCATACAAGTCTTTATTGGTGGAGAGCTCACAAGTCTACATGGAGTAATTTGAAGGAGAGATGAGGAAAAAGAAGTTTGAGAGAATTCTTTCGAAGGAAGCACTATAAAAGGTGATATTCTGGCGACATTAATTTCATTTTGTTGTATCAATGAAAAATTTTGTTCTTTTAAAACAAGCACGTCTTTCACCGAGGCCAATACTATTCAGAATCTGTAACCCTTGAAAATAGAAGCATTAAATATAGCTAGATCTTGAGAATGTTGCTTTTTGTGCAGGTGCTTGGTATTTATTTCTATTTCATCCGACGCTTTGTCCTCCCCTTTCATATCATGCCCAATTGTTCAACAATATGCCAATTTAGAATTTAAATTTTATCTAATATAATATTTGATTGGATTCTATAAACTTGAATAAGTGGTGACTGAGATATCAAATACCCCTCAAACTAAAATTAGAAATATCTCCCATAACCCAAGAATTAACCACTTGAAAAGGTGACAATCTCATTCACAATCAACACACTATTTTACTTTTTTTTAATGATCGACTTATTTGGAAACAATGAAACTATTTCTAGGTATGTTAGAATTTTGTGTCAACATAGTCTTGATTTTCTTTTAAATATCATGTATCCTTGGATGTCGAGCATTGATCTTACATTTGGTGAGGCTGTAATATTTTTCCTTGAAAGCTTTGGGTTTATTTTTTATATATTCTGGTAAGACCCACCATGATTCATAGCTGGCTGATAGGCTTTCTCCAAGTTTTTAGCTTAAATTTTCTTGGGATGTTATGTCTGGCTGGCTATCTTATATATTTCTTTTTGCTCTATTAAAATATTAGATTTAAGTGGCGTATTAATTCATATTGATATGTTATTTTTTCTCTGAACTTGTTGAACTGAAATTTTCCTCCAACCCCACCTTTTGTGAGAAAGGTTTGTTTTTATGACTCACTAGGGTTTGTGTATTTTGTGATAGCTTTGGGGAGCAGAACAATCAAATATTTAAGGATAATGATCCTAGTGAAGTGCACTCCCTTGTTAGATTTCATATTTCTTTCTTAGCTTCAGTTTTGAAGACTTTTTGTAACGCCAATTCTATAAGTTATATTTAGTATAGTTGGAGGCCCAATTTTTTCATATAGGTAGCTGATGTCTTGTTGCTCTATGGCCACCGATGGCCTTTAGAAAACGATTTTTTGATGAAATCTAAGCATAAAGTACGTATGTATTGATCAATTGGAATGTTTCTTAATTGATGTCAGGCCATCATCAAACAACTGAATCATTTATAATGATGTTAGAACATTCTTTTTCTGTCTGTCTTTATTTTTGAGGGTATTATATTA

Coding sequence (CDS)

ATGTGTCATTGGACACCCCGTATTCGGTACTTTGGCCGTTGGATATCTAGTAAAGGAGTAGAGGCTGAAAGTGAAAAAGGGAAAGTGATGGTCAATCGGCCACAGCCGAGAGACGTATCCAAATTGAGTGGATTTTTGGGCCTCACAGGCTACTACATATGGTTTGTAAAAGGTTATGGGGATATTGCCACACCCTTGCCAAGTTGTTACATGGGGGAGTTAAACACATTGACAGCCCCTATTATCATTGGAGGAATATCTGTTGTGGGACTCACCTGGGCTGGGGAATTGGAGTACTTAAGGAATGTTTTGGGTTGCTGA

Protein sequence

MCHWTPRIRYFGRWISSKGVEAESEKGKVMVNRPQPRDVSKLSGFLGLTGYYIWFVKGYGDIATPLPSCYMGELNTLTAPIIIGGISVVGLTWAGELEYLRNVLGC

Homology

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BLAST of Cmc02g0039881 vs. NCBI nr
Match: KAA0056594.1 (Retrovirus-related Pol polyprotein from transposon 297 family [Cucumis melo var. makuwa] >TYK24277.1 Retrovirus-related Pol polyprotein from transposon 297 family [Cucumis melo var. makuwa])

HSP 1 Score: 92.0 bits (227), Expect = 3.2e-15
Identity = 43/63 (68.25%), Postives = 46/63 (73.02%), Query Frame = 0


Query: 4   WTPRIRYFGRWISSKGVEAESEKGKVMVNRPQPRDVSKLSGFLGLTGYYIWFVKGYGDIA 63
           W  RI Y G WIS KGVEA+ EK K MVN PQP  VS+L GFLGLTGYY  FVK YG+IA
Sbjct: 48  WISRINYLGHWISKKGVEADGEKVKSMVNWPQPTSVSELRGFLGLTGYYRRFVKNYGNIA 107

Query: 64  TPL 67
            PL
Sbjct: 108 APL 110

[Close]

BLAST of Cmc02g0039881 vs. NCBI nr
Match: KAA0057348.1 (Retrotransposable element Tf2 [Cucumis melo var. makuwa] >TYK09368.1 Retrotransposable element Tf2 [Cucumis melo var. makuwa])

HSP 1 Score: 87.0 bits (214), Expect = 1.0e-13
Identity = 41/60 (68.33%), Postives = 48/60 (80.00%), Query Frame = 0


Query: 7  RIRYFGRWISSKGVEAESEKGKVMVNRPQPRDVSKLSGFLGLTGYYIWFVKGYGDIATPL 66
          +I+Y G  ISSKGVEA+ EK K M+N PQP+DV+ L GFLGLTGYY  FVKGYG+IA PL
Sbjct: 19 KIQYLGHQISSKGVEADEEKIKSMINCPQPKDVTGLRGFLGLTGYYRRFVKGYGEIAAPL 78

[Close]

BLAST of Cmc02g0039881 vs. NCBI nr
Match: KAA0062448.1 (disease resistance protein [Cucumis melo var. makuwa])

HSP 1 Score: 86.7 bits (213), Expect = 1.4e-13
Identity = 41/60 (68.33%), Postives = 44/60 (73.33%), Query Frame = 0


Query: 7   RIRYFGRWISSKGVEAESEKGKVMVNRPQPRDVSKLSGFLGLTGYYIWFVKGYGDIATPL 66
           RI Y G WIS KGVEA+ EK K MVN PQP  VS+L GFLGLTGYY  FVK YG+I  PL
Sbjct: 645 RINYLGHWISKKGVEADGEKVKSMVNWPQPTSVSELRGFLGLTGYYQRFVKNYGNIVAPL 704

[Close]

BLAST of Cmc02g0039881 vs. NCBI nr
Match: TYK27437.1 (Ty3/gypsy retrotransposon protein [Cucumis melo var. makuwa])

HSP 1 Score: 86.7 bits (213), Expect = 1.4e-13
Identity = 41/60 (68.33%), Postives = 44/60 (73.33%), Query Frame = 0


Query: 7   RIRYFGRWISSKGVEAESEKGKVMVNRPQPRDVSKLSGFLGLTGYYIWFVKGYGDIATPL 66
           RI Y G WIS KGVEA+ EK K MVN PQP  VS+L GFLGLTGYY  FVK YG+I  PL
Sbjct: 796 RINYLGHWISKKGVEADGEKVKSMVNWPQPTSVSELRGFLGLTGYYQRFVKNYGNIVAPL 855

[Close]

BLAST of Cmc02g0039881 vs. NCBI nr
Match: KAA0047919.1 (peroxidase 64 [Cucumis melo var. makuwa])

HSP 1 Score: 86.3 bits (212), Expect = 1.8e-13
Identity = 39/60 (65.00%), Postives = 46/60 (76.67%), Query Frame = 0


Query: 7   RIRYFGRWISSKGVEAESEKGKVMVNRPQPRDVSKLSGFLGLTGYYIWFVKGYGDIATPL 66
           R++YFG WI SKG+E + EK   MVN PQPRDVS+L GFLGL+ YY  FVK YG+IA PL
Sbjct: 125 RVQYFGHWIFSKGIEVDGEKVTAMVNWPQPRDVSELRGFLGLSRYYQRFVKAYGNIAAPL 184

[Close]

BLAST of Cmc02g0039881 vs. ExPASy Swiss-Prot
Match: P92523 (Uncharacterized mitochondrial protein AtMg00860 OS=Arabidopsis thaliana OX=3702 GN=AtMg00860 PE=4 SV=1)

HSP 1 Score: 64.3 bits (155), Expect = 9.4e-10
Identity = 32/63 (50.79%), Postives = 41/63 (65.08%), Query Frame = 0


Query: 6  PRIRYFG--RWISSKGVEAESEKGKVMVNRPQPRDVSKLSGFLGLTGYYIWFVKGYGDIA 65
          P+I Y G    IS +GV A+  K + MV  P+P++ ++L GFLGLTGYY  FVK YG I 
Sbjct: 28 PQIAYLGHRHIISGEGVSADPAKLEAMVGWPEPKNTTELRGFLGLTGYYRRFVKNYGKIV 87

Query: 66 TPL 67
           PL
Sbjct: 88 RPL 90

[Close]

BLAST of Cmc02g0039881 vs. ExPASy Swiss-Prot
Match: P20825 (Retrovirus-related Pol polyprotein from transposon 297 OS=Drosophila melanogaster OX=7227 GN=pol PE=4 SV=1)

HSP 1 Score: 52.8 bits (125), Expect = 2.8e-06
Identity = 23/60 (38.33%), Postives = 34/60 (56.67%), Query Frame = 0


Query: 10  YFGRWISSKGVEAESEKGKVMVNRPQPRDVSKLSGFLGLTGYYIWFVKGYGDIATPLPSC 69
           + G  ++  G++    K K +V+ P P    ++  FLGLTGYY  F+  Y DIA P+ SC
Sbjct: 409 FLGHIVTPDGIKPNPIKVKAIVSYPIPTKDKEIRAFLGLTGYYRKFIPNYADIAKPMTSC 468

[Close]

BLAST of Cmc02g0039881 vs. ExPASy Swiss-Prot
Match: P10401 (Retrovirus-related Pol polyprotein from transposon gypsy OS=Drosophila melanogaster OX=7227 GN=pol PE=4 SV=1)

HSP 1 Score: 52.4 bits (124), Expect = 3.7e-06
Identity = 24/66 (36.36%), Postives = 35/66 (53.03%), Query Frame = 0


Query: 8   IRYFGRWISSKGVEAESEKGKVMVNRPQPRDVSKLSGFLGLTGYYIWFVKGYGDIATPLP 67
           + Y G  +S  G +++ EK K +   P+P  V K+  FLGL  YY  F+K +  IA P+ 
Sbjct: 383 VEYLGFIVSKDGTKSDPEKVKAIQEYPEPDCVYKVRSFLGLASYYRVFIKDFAAIARPIT 442

Query: 68  SCYMGE 74
               GE
Sbjct: 443 DILKGE 448

[Close]

BLAST of Cmc02g0039881 vs. ExPASy Swiss-Prot
Match: P04323 (Retrovirus-related Pol polyprotein from transposon 17.6 OS=Drosophila melanogaster OX=7227 GN=pol PE=4 SV=1)

HSP 1 Score: 48.5 bits (114), Expect = 5.3e-05
Identity = 20/60 (33.33%), Postives = 32/60 (53.33%), Query Frame = 0


Query: 10  YFGRWISSKGVEAESEKGKVMVNRPQPRDVSKLSGFLGLTGYYIWFVKGYGDIATPLPSC 69
           + G  ++  G++   EK + +   P P    ++  FLGLTGYY  F+  + DIA P+  C
Sbjct: 410 FLGHVLTPDGIKPNPEKIEAIQKYPIPTKPKEIKAFLGLTGYYRKFIPNFADIAKPMTKC 469

[Close]

BLAST of Cmc02g0039881 vs. ExPASy TrEMBL
Match: A0A5A7UN19 (Retrovirus-related Pol polyprotein from transposon 297 family OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold205G00420 PE=4 SV=1)

HSP 1 Score: 92.0 bits (227), Expect = 1.6e-15
Identity = 43/63 (68.25%), Postives = 46/63 (73.02%), Query Frame = 0


Query: 4   WTPRIRYFGRWISSKGVEAESEKGKVMVNRPQPRDVSKLSGFLGLTGYYIWFVKGYGDIA 63
           W  RI Y G WIS KGVEA+ EK K MVN PQP  VS+L GFLGLTGYY  FVK YG+IA
Sbjct: 48  WISRINYLGHWISKKGVEADGEKVKSMVNWPQPTSVSELRGFLGLTGYYRRFVKNYGNIA 107

Query: 64  TPL 67
            PL
Sbjct: 108 APL 110

[Close]

BLAST of Cmc02g0039881 vs. ExPASy TrEMBL
Match: A0A5A7UQF1 (Retrotransposable element Tf2 OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold6314G00010 PE=4 SV=1)

HSP 1 Score: 87.0 bits (214), Expect = 5.0e-14
Identity = 41/60 (68.33%), Postives = 48/60 (80.00%), Query Frame = 0


Query: 7  RIRYFGRWISSKGVEAESEKGKVMVNRPQPRDVSKLSGFLGLTGYYIWFVKGYGDIATPL 66
          +I+Y G  ISSKGVEA+ EK K M+N PQP+DV+ L GFLGLTGYY  FVKGYG+IA PL
Sbjct: 19 KIQYLGHQISSKGVEADEEKIKSMINCPQPKDVTGLRGFLGLTGYYRRFVKGYGEIAAPL 78

[Close]

BLAST of Cmc02g0039881 vs. ExPASy TrEMBL
Match: A0A5D3DUJ0 (Ty3/gypsy retrotransposon protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold325G001340 PE=4 SV=1)

HSP 1 Score: 86.7 bits (213), Expect = 6.5e-14
Identity = 41/60 (68.33%), Postives = 44/60 (73.33%), Query Frame = 0


Query: 7   RIRYFGRWISSKGVEAESEKGKVMVNRPQPRDVSKLSGFLGLTGYYIWFVKGYGDIATPL 66
           RI Y G WIS KGVEA+ EK K MVN PQP  VS+L GFLGLTGYY  FVK YG+I  PL
Sbjct: 796 RINYLGHWISKKGVEADGEKVKSMVNWPQPTSVSELRGFLGLTGYYQRFVKNYGNIVAPL 855

[Close]

BLAST of Cmc02g0039881 vs. ExPASy TrEMBL
Match: A0A5A7V4D8 (Disease resistance protein OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold130G00260 PE=4 SV=1)

HSP 1 Score: 86.7 bits (213), Expect = 6.5e-14
Identity = 41/60 (68.33%), Postives = 44/60 (73.33%), Query Frame = 0


Query: 7   RIRYFGRWISSKGVEAESEKGKVMVNRPQPRDVSKLSGFLGLTGYYIWFVKGYGDIATPL 66
           RI Y G WIS KGVEA+ EK K MVN PQP  VS+L GFLGLTGYY  FVK YG+I  PL
Sbjct: 645 RINYLGHWISKKGVEADGEKVKSMVNWPQPTSVSELRGFLGLTGYYQRFVKNYGNIVAPL 704

[Close]

BLAST of Cmc02g0039881 vs. ExPASy TrEMBL
Match: A0A5A7U396 (Peroxidase 64 OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold133G002030 PE=4 SV=1)

HSP 1 Score: 86.3 bits (212), Expect = 8.5e-14
Identity = 39/60 (65.00%), Postives = 46/60 (76.67%), Query Frame = 0


Query: 7   RIRYFGRWISSKGVEAESEKGKVMVNRPQPRDVSKLSGFLGLTGYYIWFVKGYGDIATPL 66
           R++YFG WI SKG+E + EK   MVN PQPRDVS+L GFLGL+ YY  FVK YG+IA PL
Sbjct: 125 RVQYFGHWIFSKGIEVDGEKVTAMVNWPQPRDVSELRGFLGLSRYYQRFVKAYGNIAAPL 184

[Close]

BLAST of Cmc02g0039881 vs. TAIR 10
Match: ATMG00860.1 (DNA/RNA polymerases superfamily protein )

HSP 1 Score: 64.3 bits (155), Expect = 6.7e-11
Identity = 32/63 (50.79%), Postives = 41/63 (65.08%), Query Frame = 0


Query: 6  PRIRYFG--RWISSKGVEAESEKGKVMVNRPQPRDVSKLSGFLGLTGYYIWFVKGYGDIA 65
          P+I Y G    IS +GV A+  K + MV  P+P++ ++L GFLGLTGYY  FVK YG I 
Sbjct: 28 PQIAYLGHRHIISGEGVSADPAKLEAMVGWPEPKNTTELRGFLGLTGYYRRFVKNYGKIV 87

Query: 66 TPL 67
           PL
Sbjct: 88 RPL 90

The following BLAST results are available for this feature:

BLAST of Cmc02g0039881 vs. NCBI nr


Match Name	E-value	Identity	Description
KAA0056594.1	3.2e-15	68.25	Retrovirus-related Pol polyprotein from transposon 297 family [Cucumis melo var....	[more]
KAA0057348.1	1.0e-13	68.33	Retrotransposable element Tf2 [Cucumis melo var. makuwa] >TYK09368.1 Retrotransp...	[more]
KAA0062448.1	1.4e-13	68.33	disease resistance protein [Cucumis melo var. makuwa]	[more]
TYK27437.1	1.4e-13	68.33	Ty3/gypsy retrotransposon protein [Cucumis melo var. makuwa]	[more]
KAA0047919.1	1.8e-13	65.00	peroxidase 64 [Cucumis melo var. makuwa]	[more]

BLAST of Cmc02g0039881 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
P92523	9.4e-10	50.79	Uncharacterized mitochondrial protein AtMg00860 OS=Arabidopsis thaliana OX=3702 ...	[more]
P20825	2.8e-06	38.33	Retrovirus-related Pol polyprotein from transposon 297 OS=Drosophila melanogaste...	[more]
P10401	3.7e-06	36.36	Retrovirus-related Pol polyprotein from transposon gypsy OS=Drosophila melanogas...	[more]
P04323	5.3e-05	33.33	Retrovirus-related Pol polyprotein from transposon 17.6 OS=Drosophila melanogast...	[more]

BLAST of Cmc02g0039881 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A5A7UN19	1.6e-15	68.25	Retrovirus-related Pol polyprotein from transposon 297 family OS=Cucumis melo va...	[more]
A0A5A7UQF1	5.0e-14	68.33	Retrotransposable element Tf2 OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_sc...	[more]
A0A5D3DUJ0	6.5e-14	68.33	Ty3/gypsy retrotransposon protein OS=Cucumis melo var. makuwa OX=1194695 GN=E567...	[more]
A0A5A7V4D8	6.5e-14	68.33	Disease resistance protein OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaff...	[more]
A0A5A7U396	8.5e-14	65.00	Peroxidase 64 OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold133G002030...	[more]

BLAST of Cmc02g0039881 vs. TAIR 10


Match Name	E-value	Identity	Description
ATMG00860.1	6.7e-11	50.79	DNA/RNA polymerases superfamily protein	[more]

InterPro

Analysis Name: InterPro Annotations of Melon (Charmono) v1.1
Date Performed: 2022-10-13


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR043128	Reverse transcriptase/Diguanylate cyclase domain	GENE3D	3.30.70.270		coord: 24..80 e-value: 2.4E-7 score: 32.6
IPR043502	DNA/RNA polymerase superfamily	SUPERFAMILY	56672	DNA/RNA polymerases	coord: 4..73

Relationships

The following mRNA feature(s) are a part of this gene:


Feature Name	Unique Name	Type
Cmc02g0039881.1	Cmc02g0039881.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0010158	abaxial cell fate specification
biological_process	GO:0015074	DNA integration
biological_process	GO:0006355	regulation of transcription, DNA-templated
cellular_component	GO:0005634	nucleus
molecular_function	GO:0003824	catalytic activity
molecular_function	GO:0000976	transcription cis-regulatory region binding