CmUC09G167110 (gene) Watermelon (USVL531) v1

Overview
NameCmUC09G167110
Typegene
OrganismCitrullus mucosospermus (Watermelon (USVL531) v1)
DescriptionHexosyltransferase
LocationCmU531Chr09: 6490086 .. 6512454 (-)
RNA-Seq ExpressionCmUC09G167110
SyntenyCmUC09G167110
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonfive_prime_UTRpolypeptideCDSthree_prime_UTR
Hold the cursor over a type above to highlight its positions in the sequence below.
AGAATTTTAAATTATAACGAAAATAAAATAAGGGAAAAAAAAAAAAAAGGAAAAACTTGTCAAAGAAAACTCACATACAGAACCAGCCGAAGATGGCCGAGACGAGCAAGCTTCTTCTTCTTTCTTTCTCTCTCTACAATCGGCCAGCCATTAAAGAAGAAGAAGATGAATATTATAACGCTTGACCCTAAACCCTAGACCCACTCCTCTTTTTTTCCCCCTTCCTTTGATATTCCGTATTCTTGAAGCAATCCGTTTGATTCAGTTCTCCCTCCATCGTCAACCAGTTTGAATTTTGTTTTTATGGTTTTTCTGAGGGATTTTGCCACGGGATCCACTGTTGGAAGCCGGCGTTGATGAAGCTTCTTCGTCGATGCCAGAGGATTCTCATCCTCTCTCTGCTTTCTCTCTCTGTTCTTGCTCCCTTGGTTCTCGTTTCTCACCGTCTCAAGACCATCACTTCTATTGGTTCGTTTTATTTTTCTCCTCTTCTTTTGTTTTTCTTGTTGACTACTGAATGTAACACCACGAGGGTATGTTTTGGTTTTGAACTCAATGTGTTCTTTTCTTGGGTTTTTGCCTTTTGGTTTGATTGATTTGGTTGGTTCTTTTCATTCAGGGCGGAGGGAGTTCATCGATGATTTATCCAGCAGGGTATGACTGTTCTTTAAATTTGTGTTTTATTTCTTTCTTTTTTTTTTTTTTTTTTTTTTTTAGTTTGTCAGGTGAATGATTTCCTGAAATGAGAGAATTCGATTGTTGGAAATGTTTAGTGATTTTTGCTTTGGCGTTGGCTTACTTGTTATTCTTTCACTGGAATTTTGTGTTTCGATTTTTTGGTGAGATGTTTTCATTCGTATGTGATGCTTATCAGTGACTGATGGGAGTTTGATTAATATGAATGTTATAAGAAGATTGAAGGCAGTTTTTTTTTTTCTTTTTTTTTTTTTTTTGGTTTCCTCTTGTAATGTAATTCTTTGCAGAAGCGGAGAGACGTTGAAGCACTTAACTCAATAGAACAGGTACTCTTATGTATCAGTTAAATCATTTGCTCCATTGGTATTCCTGGCATTTTCTGAACTTCGTGGTTATTGAATTTGATCTTCACTGGCATTGTCATGAAGGAAGCGGGCGAGAGCTTGAAAGAACCCAAACCTATTGTTTTTGAAGATAAAGATTTTCAATCTAGAGAAAGAATTAACTCCCTTGAATTTGGTATGTGTGTGTCTTATTTCTTCCCTGCTGTTCTCACTTCTCTTATTTATTTTGCTTTATTCTGGGACTTTCCATTTGAACTTTAGGAAGTAAACCCAGCAAAGAACAGAAGGATAAACGGTTTGAGGATGGTGGGGAAAAGGTACTCTGTTCTACAAATGCTTTTGATTCTCTTCAATAGGGACTATTAACGGAAATTTATCTCCTTCCCATTGATATTTGAAATGTATATGTGTGGATTTTGGCTGCAGTGGGAGTGCAATGCCTTCCTTGGTTTCGTATATCATTTATTTTATTTTATTCTTCAATGCAAAACAATTTCTTTAGAAACTTGACATTCTTGATAATGATGCCTAGCATGTGATAGTTGTTTTGGCTATTCAACTCCTGTTTATGATCTTATTTTAAAAGTTGCAAATGAATTGTCTTGTTCTTAAGTTAAATTTATTATTCTTGTATATGATGCTACTCTTCCAATATATTCCATTTTTAAAAGCAAGGAAAATACTTTATGGACTATTTGGAACCCTGTTTTGGTTTTCCTTTGAAGGTATAATTATATCGGATCATTGGTACTTTTAAACATAAAAATAGCGTAACTATTGATGATTGGTTGAAGTTATTTTAATGTTTCTTTATAGAGATTTTGATGAAATATTTACTTTTTAGGAAACCTCTCTCTCATTGATAAGTTGGAGGTGGTCTCCCTTTGAGTTCCAGTTTTCTCAGTATACTCATGCATGAGTCGATAGGTTGAAGTTCAATTTCTTATCTAGTCAGTATTGTTTTCTAATCAAAAGTTTTGTTTTGTATGAATAAACTGTCCATGATAAATTTGGTTGCTCGCAATATATATATATTTTCTGTTTTTACATTATGTTTGAACTATGCGATTAGAAGGAACTTTTTTTTTTTTTTTTTGGTTGTATTCTTGCATTTGATAATATTGAATTTCCTCAAGCCCTTATTTAAGTTTAATCTGTTCAAAATTTATGGTATGCTTTGACATATTGAAGCAAAATATTTATGATTTCTACCAAAAAGATCTACTTAATCTAATGCATCCGATGACATGTGTTTGTACTACTTAAGTTGTAATATTTAAATTTCTTAAAACATCTTTTCAGCTATCAATTGTAGCAAACTGTCTCCTCCTTTTTGTAATCATAGCCTCACTGCCTCACTTATCTTTGAAGTTGCTTTTTGTAATTATGCTATTGATAGGAGCTTTTGTATCCCATTTCATCATATCAATGAATGGTTACTGTTTCCCTAAAAAAAACCAATGTCTTATCACATCACACCAACAGAAATAATGAGCATCAAGTTTGAATTTATTGAGCATGGACATGAGTGCATATTATTTTGTTTGATTTGAACAAATCAGTATATGCAATATTTAACCGTAACTCTTGGAACTGATTTTGGTTCTCAACATTCGAATTTCAGTATAAGTGGCCTCATCATTCATTACCTACTTGCTTTAATGTGTATGTGTGTGTGTGTGTGTTTTTGGTTTTTTATCTTTGGTCTCCATCTGAACCATTAGATGCACAAATGTTCTGCAACAGCGAATTTATTCTCTAGCATGTATGAACTGAAAAGAATAAATAATTTGGGTCACCTGCACATTGGTTCTAAATTTTGATTGCAGAAGCATTCTTATAAGGAAACCGGACAACGTGATAATAATCTTCATGCTCAATCGAGGGGAGTGAGAGACGTGGAGATAGAGATAAAATATCCACAACATAATCGGAGTGCCGCCAAGCGTGATAAGAATGCGCGCATAGCCCAGTCTAGATCTGTAGATTATAAGGTAAAGGAAATCAAAGATCAACTGATAAGAGCAAAAGCCTACCTAAGTTTTGCCCCACCAGGTAGTACTGCTCATCTGATGAAAGAGTTAAGGCAACGAATCAAAGAGTTGGAACATGCAGTTGAGGAAGTAACTAGGGATTCAGCGTTGCCAAAGAGGTAAATAGGAATTTCATTGCGACTTTTCACATTTTGATACGAGAGTTTAAAATACAACTTGAAACTGGTGAAGTACTTCAATGTCAAGTAGCTATGTTAGTGTATGGAAAATTTTATTCAGCTTATTATTAGAAGAGAAATCTAAACTAGTGGAATTTCACCTGAACAGCTGTTAAATTTATAGTGCTTTGCAGAAAATGAAAAATATGGAGTCTTCATTAGTTAAAGCGAGCAATACTTTCCCAGACTGCTCAGCAATGTCTTCAAAGCTTCGAGCTATGACTGAAAATGCTGAAGAGCAAGTTCGTATGCAAAAGAAACAAACTACTTATCTTCTAAATCTTGCTGCAAGAACCACCCCTAAAGGCTTTCATTGTCTATCAATGAGATTGACTTCTGAATACTTTGCTTTGGAACCTTCGGAGAAGCAGCTGCTTGAACACCAAAAGTTGCATGATACAAAGTTGTATCATTATGCTGTCTTCTCTGACAATGTTTTGGCTTGTGCAGTTGTTGTCAACTCCACTATTTCAAGTGCTGCGGTATATACTCATCATTTTTCCCATTGAATTTAAAGCTTAAAACATGCTATTTCTTGATTTGTACGAGGGCATTCTCAAGGTTGTATATTATGTGGATGTTGCCTCTTCTTGCAGTTTTATAAGGGCTATTAGGGACCGGATGGTTCATTCTTTGAAAATATGTGTAATTGTATGTTTTAAATTTACAGGAGCCAGAGAAAATTGTCTTCCATTTAGTGACCAATTCATTAAACTTACCAGCAATGTCCATGTGGTTTTCACTAAATCCTCCTGGAAAAGCCATGCTTGAGGTCCTGAGCATGGAAGACTTTAAAAGGCTGTCCACCGAATATGATTTAGGATGGAAGGTGCAAAATTCAAGTGACCCAAGGTTTACCTCTGAACTCAACTATCTTCGGTTCTATTTGCCAAATATCTTCCCTTCACTGGATAAGGTCATACTTCTTGATCATGATGTGGTGGTGCAAAAGGATCTCTCTGGTTTGTGGCACATTGATATGAAGGGGAAGGTAAATGTTGGTGTTGAAACTTGTCAAGAAAGTGAAGTTTCTTTTCTACGGATGGATATGTTTATCAACTTCTCAGATCCATTGATTACTGATAAGTTCGATAAAAAGGCATGCACATGGGCATTTGGGATGAACTTATTTGATCTCAGAAGGTGGAGGGAAGAAAATTTAACCGCTCTCTACCATAAATATCTACGATTGGTAAGAAAATTGATGTCCTTGCTTTGGTTGCGTGCTACTTTTCCTAGAGATAAAATTATTTTCCCTGTTTATTAATTGGTAGTCACTATTTTAACTACTTTTCAGTGCGATTCTATCATGTTACAGCTATAATCATCTGAATGTGTTGATCATGTTTTTCTCTCCAGTATCTGCTAATATTTTAGGCTGCATAATCTCTTACAGATTCAGTTCAAATTTGTTTACTCGTGTTCTTACTTGTAATGTTTTGCTAAATGAGTCTTCCCTTGTCTCCTAGCTACTTTGTACTTCTTTAGCTTATCAGCCAGGTACATATCGGTAGCACATTTTAAAAGATGTTACATTGTTATGCAAGGGCGAAATGGATGGCTAGCTCATCCTTCCTTTCTTCCTTCTTCCTTGCCTCACTACGTGTTGAAACCTATGTCTGCCTAGTCCAAAGAAAATCAAGGCCACCAAAATTACTGACTTTCATCCTATTAGCCTTGTCACCGTTTCCTCCATGAACTAATTCAATTGTTTGCTAGCTTCTAGATTGAAGAAAGCCTTCTCTCTAGTCTTGTGGCTAATTATTTTGTCTTTGTCTCTAATTGGTGAATTCTAAATCCCATCCTTTTGGCTAATGAGATTATGGATGATTATAACTTATAAGGTGAGGAACAAGAAGGGAGGAGTTATCGAGATTAATTTTGCAACGCCCACAACATGGTCAATTGGGATTTCTTATTGGAAGTGCTTCTCAAAAAAGGGCTTTGGATCCAAGTAGATTTCATGGAAATGTGGCTGCATTTCAAACACCTATATTTTCTAAATAGAAAACAAAGAGGTTTATCTTAAAGTTTCTAACCGAATGACATTCCCTATCATTTGATTATGCTGGTAGATCATGGATCTACTCACCATTTCCTGTCAACCCTCTTATAATCGTTGATCACACTTTTTTCTAATGTCTTAAGTGGTTAGAACAAGCTCCATGGTTTTCTTAAAGTACTGAACCTCTTCAAATTTAACTCAAGTATCAAGGTTAAGTTTGCCAAATCCACGTTCATTGGCATAACAATTAATGATTGTTCAGCCCAGAACCAAATTTGATATTGGGGGTATATTGAGGGACTTGACCTCCTTTTAGCCTGGAATGAATTTTAGAGGAAGGTCCTCCTAGTTCATTTTCTGAAAATGGTGGGAGAAAGAATTTTCAGCATACTTTCCCGGTAGAAGACCACTTTGATCTCTTCAAGTGGCAGATTCATTCTCTCTAATGCTTTCCTATCTAGCATCTCCATCCATCTTCTATTTGTTCTTAAGATAATCCTTCAAAGGTGTATTGTGACTTGGGAGTTTGATTAGGCTCTTTCAATGGATGGTTGCAAGTGATGTTTTGGTAGCATTCTTTGGATTTGAAAAGTTAAAATTTGGACTTCTGGTTCCTTTGCTTGTAATCCTCGTTTTTGTTTCTTTTTTATGTGGATGGAGTGATAATTGTTTGCTCAAGGCTTAATGGAAAGCTGAAGTTCTTAAAACAGGTGAAAGTTATTCTTTCCGAATCTTCATTCAAGAAAATTTCAGCACTTGCAACAAAGTGTGGCAAAGATTCCCTTACTATTCTGTGTATTCGACATCTCTCTTGAAGATGCGACTGCAATATGAGAAAGGAGCCTATTTGTTGAGTGGATCTGATGATAGTCGCCTCAGAGCCGCAAAGATCATCACTTGAAGGCTTGAGGATAAAAGTGCAGTATCTAGTGTGTATTTAGGATGTGAGTTTGAAGAATGAAGTCTACATTTGGCTTGGCTTCATAGAAGGCTCTCCCAAAGTCCCAAGTGAAATTGGTTTCTTTCATCCTTGAAGGGAAATTCCTCCATATTTAGTCTAGAGCGCATCTCTAAGAAAGTTTTAAAGGATTTTTCAGATATTATTGTGGATCTTTCTCAATTTTTTTGAGCTTTGCAGCAGGTCCTTTGCCTAGTGTTTTTGTTTTCTCAATATTCCTCGTAATGGCTTTTAAGTTTGTTGGAGCAGCAGCCTCACTTGCAGCAGTTGTCATGAATATCTACCAAAGCTTTGTCTTTTGGGTTATGGTTTAGAAGCTAATTTTACATTTTGTTGTGTTTTTCTTAGCTTCAGCGGCATTTTGGTTTTGTAAGTTTGTTTCTGAAATTAGGTGCATCGTTCTCCTAGGTACTGTATTGGCTATTATAACTTTTGGGGATTTTCTTTTTTGGTCTGGCTACTTGTTCTTCCCACTCTAGTTTGGAATTTGTATCCTTTAACATTTTTTTTTTTCTCTTTTCATCTATCTAGTTTTTTGTTAAAAAAAGAAGTGGGAAGTATGCATTTGGTGTGTGCTTGAAGTTGGGAGTTGGGGAGTAGTTGGACTTTTGAATCCTTCCCTAGATTTATGTTTCTCTATAGGGTTTCATCAAAAGTGTTATCATAGTTGTTTGATTCTAGGGAATGGTCTAACAAAATATATTTATATAGATCATACCTAGTCCCTCGAAGAGGAAATGGCGGGAGTTAAAGTACAAATGAGAGAGCTTGTTGTGATGGTGTAGGTACTAATATTAGTAAAGGGCATAAGGGTAATTAGATATGGAATTAGTTAGTTAATTCGATTATTTGATGGTAGGATGGAGTTCGAGGAAATGAAGATCAAGGAGGATTGTGGTAAGAGGAACCGTTGAATCTTTCGGTATGTTTGCTGGAAGTTAGGATTAGTTACTTATTTTGATTCTTTCTAAAGGATATTTGTTTGAAGAAGTTGGAGATGCCAATTTTTTGGGGAACATGTATATCCCGATGGTTGATTGCCTTAGGTGGAACATTATTTTCTGCTAAATGGGTTAATAGAAGCAGAAAAACTGGAGCCTTTGTGTTTGTTTAGAGGGAGAGAGATTGTCTTTGGCGTCACTAGATGGAAGGAAAAAGCACCCTATGAGATGTTATTTGTTGCTCAAAAGATTTCAACCAATCCAAGAGGTGACGTGTGAAAATTCCTTAGCTCTTTAACAAGAAACCACCTTCCAAGAATATTGTTGTTTTTTGAGCAGATTGCTGCTCCATTATCGAAGGTGATAGAGCTCCTCATTTGGAGTGTCAATTCGTGAGCGAATTAAAGGAGGAAGTGCTGAGTTCAGCATGTTCCAGCCAGACGGGCTTCTTTGGAAGATAGACAATAACCCAAGGAGGAGCTCCTTTGTTCCAAATATCTAACTTGTGAGCTATGGCATTGAGCTAGCACACTTCAATTGCAATCAACCCGACTCGAAAAGTCATTTTTGTCATAATTCTCTCCCAACAATTGCTGATGAGCCACAGGGCTAATCTCCCACTTTGGTGTTGAAAAATTCTACTTCAGCTTTTAATTATGGTTCGATGCCATGGATGGTTGTTTTGTATGAGTTAGTAACCCCAACACTGCTTCAAATATCTTATAAAGATTTTAAAAACTGTCCAGCTTCTCTTCCTTGTCTTCACCAAAAAATGAGAACATAATTAGCACATGTACGATGATTTAGTTTAACTTTGTTGCTGCTCATAATATTAAAGCCTTCTGGGATACCTCAACTGCTAACCATCTACAAAAGCCTACTTGAAGCAAATCCTCACTGTTTTAGGGACTATTTGGGAGGCTAGAATGTAATCAGGATTATTGAGAACCTGAGGAGCATTGGAAATGAGGGGGGAATCAAAGGCGGAACAGGAATGGGTTTGTGACGCGTGAAAATAGTGGGAAAGAGGGTTGGGTTGAAAATGGTGGGAAATGAATGAGTTCGATATTACAGACAGGACCCAAAACCCTCAATCTAAACATGAGTTTGAAATTACAACCCATTACAAACACATTCCATTCCATCCTCCCATTTATAATGCACCTCTTGCCTACCTTCTCTATCTTTGTCTATGTCTTTTTCTTTCTGATACTTGGTCAAAAAAATTTATCAATCCACGTTATCATAGGCTTTTTCAAAAACAAGTTTGATGACCCATTATTTTTCTCTCTTTTCTTCATTTGTGATTAAACCTGTATAATAAGTTTCTATTGTTGGTTATGTGAAATTTGTTTTGGATGACTTTTTGGATTCTTTCCATCGTCCATGAGAATGGTTATCGTCTGTTTTGGTGAATAGATACCTCTGGAGTTCAAGCCAAATCAAAAATAGCTTTTAGAACTTAAAAAGTATCTACTTATTCCAAGCTTTTAAGAACTCCCCTGGAAACTAGATGGTCATGGCGATTTATGATACCTGCCAACTCTCTCACTTTCGTTAATTGTTATTTCAATTTATAGAACACTTTGTGTTTGTAGTTTGTATTAATACTGTAATTCACATTTTGGAAACTAGTTTTAGAGTCAGAAAATACTTTTCAAATGCACAATTTGTCCTGCCATTCCTCACTGCTACTCTTGTAATAATGCATGCAGAGTAACGAACGACCAATCTTGAAGGGTGGAAGCTTGCCTTTGGGGTGGGTTACATTCTATAACCAGACCACAGCAGTGGAGCGACGGTGGCATGTGCTCGGACTAGGCCATGACTCAACCGTGCCGCTAGACGTCATCGAGAAGGCAGCTGTTATTCACTATGATGGTGTTCGGAAGCCATGGTTAGATATTGGATTTGGAGAGTACAAAGAGTTATGGAGCAGACATATGGACTTCAACAATCCATATTTGCAACAATGCAACATCCACGGGTAATTAATAACCAACAAAAACAAACAAAGGTTAGACGAGGTTTGATTAGATGTGACATTTAGTTACTTTTTCTTAGGAGGCTGCATAATTCTCTCCATTCTTTCTTCTACTTCTATAACAATTCTTCATGTAAATTGCAACTCATTCTTTCCCCCAAATATGTATTCTCTTTTTACCATAACCTTGTAGGTAACTTGAATTATAGTAATGATTGAAAATAAGAAATTTCACCCTTGGTTCGGTTAGTCTTTTGTACATAAAAGGAATTGGGAGAACTTTTACCAATTTGTACATATAATGTTCTTGTGTAGGTTGGTGGGATTATACCATTAGCCTTTGTAACTTCACCAATAACATTGTATTTTTATTTATAATAACACAATCATAAACCATCATGGATTGCCCTAATGGTAAAAAAAAAAAAAAATCTCAATAAATGGCTAAGAGATCATGGGTTCAATCCATGGTGGCCACTTACCTAGGATTTAATATCCTACGAGTTTTCTGCACCAAATGAGTAGAGACCATGCGGACATAATTTAAGTCCAACTCAAATTCCTAAACTTATCTATTAATATGTCTTATTATTAAAATATATTTATTTGGGGACACTACTTACATTGTTAAATGAGTATTTTACAATGTCCAAAATATATAATTTCATTTTGTTAAAAATTTAAAATTGTTTAATTGCAAGGTTAAATTTATCAACGTTTGTGTCAATTTAATTCCCTAGACTATAAAAAGATATATATTTTTTTTGAATTATCTAAAGCTAAATCAATGTAAAATTAAAAAAAAAAGTTAAATTAATTTAAATATAAATTGGGAAGTCATACATAGCCATGAGGAGCTCAATTATACTACGGTATTTAATTATTTTTTTTTCAAAACGCTCTTCGTTTTTTAGTTTCTATATAAATAATAATTTAGTCTCTAAATTATAACTTCATGGCCGGTTTTGATTAAACACTTGAAAAGAGATTCCAAACATATCTTTAGTCTTATCATAAGAAATATACTAACAAATTGGCTAGAGGTTTTGTAAACTAGAGAAACTACTAGTTGGTGCATAATTAAACTTTACATATAATATAATGAGAATGAATATGAAAATATGATACTTATTTTATTGTGTCTTTTAGATGAAAGGGTATCATTTGAAACTTTACATGATGCAACTTTCCATCCAAAGTAAAATGGACTTTACCTTAGCTTGGAAGTAAGCAATTAATGCTTCTCTTCATCATTGCAACTTAATCCCTTATCAGAAAATTATTATTATTATTGTTATTATAATTTATATCAAAGTAATAAAGCAAAGTAAGTATATATAACTCAAATGACATATGGTTTAGTGAAGTTGTAGTTTATTGTTGGTGGTGAAACAGTCTTTACACAAACGTTTGTTATTATATGTCACTTCTCTCCTCATACAAAAACTGGTTAACTTTGGAGCTAAAATCAAAGCCAAAAACGAACGTGGTGATTTGACTAAAATTCAACTTCCTATTAATTGCTTGTGAATTAAGTTAATTTTATGTTTTAATCATTAGCTTGGTTTGATTTAATTTGATTGCTATTGGTTTTTCTTACGGCACTCCCTTGAGCAAAAGGTGCTAGTCGAGCAATGTTATCTTTTCTACTTTCTCTATAACTTAAGGTTTCGTTTGGTAATCATCTTCGTTTTTTTCTTTTTTTTAAATTAAGCATGCATAGCCATTATTTTCACCTCCAAATGTCATCTTTTATTGTCTAGCTTTTACCAATGGTTTAAAAATCCAAGTCAAATTCTGAAGACTTAAAAAAATAATTTTTTAAAATTTGTTTTTGTCTTTGAAATTTGGTTAAGAATTCGACACTTAAGAAACATGCAAATTATGGTAAGAAATGTGGAGGAAATATGGTTAATTTTTTAAAATAAAATAATTATGAAAGAAAACTAAGTATTTTATTTTACTCTATGTTTAAGGATCTTGTTTGCTAAAACTACAATTTTGTTTGGTAGTTTATTGGGTTGCTTAAAAACAATCCCATTTTTTCCTACCTTGTTTTGAATTTTAGGTAAATTCCAACCCAAAGGATTTTTGTAATTTGATTTTCGAACGATCTCTTGATTTATGGGATTTTGTTTAATTTCCATTCAATATCTAAACTGAATATTTTTGTAATTAAAATATGAAATGATGGTTTGACCATTTATCCGATAAACAATCCTTCTGGTAATATTTTTTCAAAAAAAAAAAAAAAACAAAAAATCTTTTAATCGTGTTTCAAAATTGATATTTACATTTGGCCCGAATTCATATTATCTTTTTTATTTTTTCCAAGAAATAATATAAAAAAATTATAAATATAATCTTCAAACCTAAAGTACTAGTAGATATAATATAAATGATTGACAGATATTAAATATAACATTCAAATCTAAAGTAATAGTAGATATAATATAAATAATTGGTAGATATTACAAAATTTAATTATATATATAGATATAATATAAATAATTTGGAGTTATTACAAAATTTAGATACAATTTTTAAAGTTTAGTAGTGATAAGAGGAAATTTTATTATACTCCCGATAGGAAATGTAATTACGGAAAGAATATGGTGAGGCCCATTGATAGGAAGTCCAACCCAAAAGGCCTAAACCCAACCTTAGAGGTGAATTAAGACAGAGAGCAGCCATTCATTTTGGAATCTCATCATCTCCTCTTTCTTCTCTCTCACCCACAAACACAAAACTTTCTAAAAACCAATACCATCTATTCTTCAACTCCCTCAATCACCATCCCCACTTTTTCCCTTCTCTGTTTCTTCACCCCACTGAGGCCTAAAGCTCACTCTTCTTCTCTTTCTCAGCCTCACTCTCTACCCCCCTACTAGTTTTTTTTAGCTATTTCCTTTGAATTTCCTATCTGGGTTCCAAACACTTAGTGGTGACATGGGTTTTGCTGCAGCCTTGTCAAAAATTGCTGGTTGATATGGGGTTTTTGAATTGAGACAGGATCGGGAGCAAGATAGAGCTGAAAGATTTGGTGCACAATCGGGGAAGATAGCAAGAGGTGAATGACAATTCCTTGTGCTAATTTTAGTGCTATTCAATCATGAGCTGCTCTGTTTTTATGATTTGTAGCTTTGGCTAAGGATTGTAGAATTGTTTCTTTGGTTTATTTAAGCTTTTGAAATGAAACAAACGTGGGTTTTGACTTGATTTTATGATAAAATGGCGGTGGGGGGAATAGTCAAACTTTTGTCAGAAAGTAAGGGGGAGGGAAGGCGTCAGTTCGTGAGTGAAATGTAGAACAAAGGAGAAGGAATGCGTTTTGGAAGTACAAATACAAAATTAGACAAAAACTGAAAGTAAGGGAGAAAAATAGGATTTAAACTCAGGATTAAAGAAGAGAAGATATATGGTTGGTAAATTTAAATTTGGTGTGGATATATGGTTGGGAAATTTAAATTTGTTAAATATTGTTTCAAATGATCAAAGTAATCTGAATACGACAGCAACGTGGTTATTGAGTATCTAATCCATAGCTTGGTACATTTCATTTGCACTATCACTTTTAATAATTAATTCACCATTCCTTCTCTTCAATTTATTATTTTCATCTAGTAATTGAAAAGGGATTCTTATGTTTCTCTTTTTAAAATAATTTTCATGTTGAGAGGAAATCAGGGGTTCAGTAATGCACTCAGGGAGGAATCCAAATCTCATTTGGGTGCATAAAAGTCTTAGTAAAAAAATGTATTTTTGTCCCCAAATTCGTGTTATGGAGCCAAGGATGTTATTTCTTCACATCCTGAAGGGTTCATAAGAAAAGAAAGAACAAAAAAGAAAGAAAAAAAAAGAGGAAAGACCTACTTTATTACCTATAAACTCACAGAAATAAACATGAGAACAAAGATAGAGAAACTGAACACTGCTCATCTAGTTTAAGTTGATGGACCTGGCCTATTTGGTTTACTTATTTCTAGTTTCAAACTTATGGGCGACTAATAAGCAGATACACTTGTGACTCTTAACTGTTGTGGTAGCACAAGACTTGTAGTTGTATCTTTGTCTGAGACATTATTGTCTTAAATTATTTGGTATCAGCACAGCAGAAGGGCACCCACCAATGAACGTATGAGAGGATGTTGATGACTATTGTTTTGTTGGTTTGAGGGTGGAGATTTTATTTGGTTGGAGAAAAGTTTTGAATAGACCAAAAAGCCTTTGGAAACCAATGCTAGTGCTAGGTATTGAAGCTTATGGGTATCAATTTTGAGTTTTAGCTGTTATCCTTGATTTTCATTGGCTGTACTTAGCTGCAGACATGCATTGGGTCTAAATGTGGAAGACTCTGGCCACCTTAGATCAAAGTTGGGCGGTCTGTACTTAGCTGTATATGAGAACTTTTTTATGTTACCCACCAACAGTTTCCTGATCTCCACCTTGAGGACAAGTTGTGAGTTTCAGTGAGGTAATACCAAGGCTCACCTTTTAAGTTTCACATTCTCTGGATGTAAGACCGGGTAAAGGGTTAATTGTGTAAGTGTAGGAAGTTGCATTACTAATAGAGAGGTATTTACAATAATATAGTTGGTGATTGTATGAATAAATAGGGCATGTTTTGATCTGATTAAGGTCTGTTCTTTTTGGAGGAATATACTTAAAACATAAGCTGGTTACTACTGAAGGAAACTTAGTCCAGGGCTGTCAAACTCTTGGGGACAGTTCATTTTGAGTCATAATATCCATAGCTCATAGTTATCCTTTTTTTTTTTTCGTTCTCTAGATTTCTAAGCTCATAGCACAGTGGCTCTGTTTGTTATATCAAATTCTCTACATGTGTTACAGTATATACTTATGGCGATTCACAGTTTGACTGCAATAATTTCTGCTTCAACTGGTCTATGGAGGCCCGGAGGCTTGCCATTCTCTGTTCACATCTGTGCCCAATTAACTTGGGACGTAGCCCAGCTCCTCTCTTAAATCTTTCCTCTTCGAGCTGTGCTTCTGGATCCAAGAGTGAGCATCTAATTTATGATTCTCAAAAGGGGGGTCTGCAAGATGATTGTGTTTTCTGCAGGATTATACGAGGCGAGGCACCTGCTTTTAAGGTACTCGTTTATCCATTTAAACTTTTCATGCTATTGTTTACTGTTTACTTTATGATTTATATATGGGATATTTGAAGCAACCAAAGCTCCTTTAATGCAAAATTTCCACCTCTTACGGCCTGCTTACAGTATATACTTATGGCGATTCACAGTTTGACTGCAATAATTTCTGCTTCAACTGGTCTATGGAGGCCCGGAGGCTTGCCATTCTCTGTTCACATCTGTGCCCAATTAACTTGGGACGTAGCCCAGCTCCTCTCTTAAATCTTTCCTCTTCGAGCTGTGCTTCTGGATCCAAGAGTGAGCATCTAATTTATGATTCTCAAAAGGGGGGTCTGCAAGATGATTGTGTTTTCTGCAGGATTATACGAGGCGAGGCACCTGCTTTTAAGGTACTCGTTTTATCCATTTAAACTTTTCATGCTATTGTTTACTGTTTACTTTATGATTTATATATGGGATATTTGAAGCAACCAAAGCTCCTTTAATGCAAAATTTCCACCTCTTACGGCCTGCTTATAGTTAAGTGAAGTTTAGGGGCTGTTTGGGGAGCTGGAATGTAATAGGATTACTGGGAATCAGAGATGTATTGGAATGCGTGAGGAATCGAGGACAAAACGAAAATGAGATCATGAAGCATGAAAATGGTGGAAAATAGGGTTGGGTTGAAAACTGTCAGAACGGAATAAGTTTTGTACAAATCAAGCCCAAAATATTCAATTCAAACATTGATTTTAGATTACATTACATTACAATCCCATCCCATTACAATCTCATCTCCTAAGTCAATTAGAGAAGTCCAGATTCCTTTCTCATGTTTGATTAAAAAAAATCTTGTTAAATTCAGTTGACAATAATGAGGAATTAGTAGCTAGTTTAATTCTTCATTTTCTTACACCTAAATTATGTTAACTTGCAGCTCTATGAAGATGAAAGTTGCCTTTGTATATTAGACACAAGACCACTGAGTAATGGGTAAGGTATCATTCATCCAATACATATTTAAAGCGATTGTTAAGTTAGGATATTAGCTTAAGCTTACTTTTCTGATGATTTATTTGCACAAGACCATTGTATATGACTTAGCTTAGACAACCTTTTGCATTAACAATATCTTGAGTATGTGGTGCAGTGCACAAAAGAAAATAATTTTAGTGCTGATAAGTTACATTGGTACCTCAACAACTTGATGTATTTGATCATGTTCAAAAATCTTAACATTTTGGCACAACCGAACGTATTTATGACAAGGGTACATTGCTGAGGGAGATTTAGAGATCTCCTTTGTATCCCTTTGAGTACAAGTTAGTTTAACTAAAGAATATATACCTGCGAATTTGAGCATAGCTGGATCAAGTATGTATTCTGGACTTAAAGTTAAAGGTTTGAATCCTCACCCTACTAAATAATATATACCCTAGTTCCTAACATACATGCTAACTGGACAGTCATGTTATGGGCGCCTCATTCTCTTTCACCGCCGGAGGCCTACCACTTCTATCCTGTGTAATCATTCATTTTAACTCAATGATATGTTATTGCATGGCTACTAGATAACATCATTGCATTTAGTTGACCTTCTTTGATCAATTTAAGGAGGTATATATTGTATTATATTCACTTAGAGAAGCTTCATTATTAATTTCGATCTTTGGATACTTTAAAATCTTTTACCTAATCGTGCAAACTACTTTGAATTAAGCTCCGCTTGAAACCATCCAAGTCTATATTCAATTTCACAATTTCAAACCATACATGTATCATGGATGTTTGTTGGATTCACAACCCCTTGTTGATGCGCCATTGTATAATTGGCCCATTAAATGTAAGTCGATGCTTCCTAATCTAACTAAGATTAATGTTGAATTGGATTGTTTTACCCATTGAAGGCTCTATTTTTCTTTTTCTGTTCCTTCATTGTTTATATTTCATCCAGGCACTCTCTAATTATACCAAAATCTCATTATTCTTCGTTGGAAGCTACACCTCCTTCTGTAAGTAATCATCCACTGAATCTATCCGTTCTATAGTAATTGTAAAAAAAAGTGTGTGTATATATATATCCATGAAATCTGTGTTTTTATTTGATAACTGATAAGGCAAGCCTTCAATAAGCATCAGAAATCACCTCTTATATAATAATTTTATTAATTTTCTTCAATTCCTAACGGAAAGACATGTTGGGCTAAGATACACCTTGAATACATAATTCAAATGTGGTATGGTTGTCTGTTGAGTTGACTTGTTTCTAGTATTTCCTAAATTATCCTCATCTTCACATTTTTCGCACCTTAAAGATGCTCTGTTGTAAGCTTTGCTTTCTCCTAATATTTTTTTGGCCTCACATGGCTTTATTTTCCCTCATTTGTTTTTGTCAATTTTCTGATGTCATATGTATTTATTTTCTTTATCTTCTATTTATTTACCTAACAGGTGATAGCTGCAATGTGTTCGAAAGTTCCCATCATTAGCAATGCAATCATGAAGTCTACTGGCAGTGGTATGAACTGACATCTACTTGTTTCATTGTATGATTTTGTCTTCCCTCCATTTTTTCAAATATTCAGTTTTTTCTATGTTGGAATCCATGTATGTTTGAAATATTATTTTGGTGAGCGAATTAGGGCTTGAGAGTGATCTCAAGAGGGAACGGTAAGTACCTCAAAACACCTGGTTTGTCTTGTAAGCTTTCACCCTTTATATTTCAATATAGTATGGTTTTGTTTTAGTTCCTATTAGAACTACACCCATTATTTTCAATCTTGTCCCCAATTTATTGTTAATTATGTTTTAAAATGTGCAAGGTTTTGTGTTTAACAGGAAAAAACGATGTCAAGAAAAATGGTTCTTTTAACGTAGTTGCATGACTACTATGTGAAAGGGTGGTTTTAGCCAATCATTTGAACACTTATTAAATGTATAGGAATGAGGTATTGCATTTAGATTTAAAATCGCGTAAAAAATACCTACCAAATTGCAAGGAATTTTCCTTGCCTAAGGATAATATTCCCCTTTATTTACTTTAAATTGAAATATATATAACTTTTTTATATAACCTATAAAAAAGTTATATATTCCAAGGAATAATTCGAGAGACCCCTTCCTCCCTCCTGACTTTCAATCTATCAACTACTATAGGACTACCTTCTCACCACCAAAGAACCTCAAAATAATTGTTGGAGTCACCTCTTGTTCAAGAATACCTAGAAAAACACTAACCACTTAACAAATGTACCCCTCCTCCACTCCCTCTGATGACGACTTCCATAACGTTGATGGTTGACCTATCAGATCTTGAACAAACTGCCTTGATACAAAGTGCTTCATGCAATTCTTAAGGCTGAGTCACTTTTGACATTGACTTTGACGATGAAAAGGAGGTCCCAAGTCCATAAAAAGGAGATTTCCACAAAAGAAAAGGAGTCCAATTGAGTAAAATAAGACCGAAAGAATTTGACATTGTCACCCAAAGACAAACATAGAATTTAATAAGGGACTACACATCCCTACTATCCCCCTCCACCTCTAAAGATCCTATCATTTTTCTCTCCCCACGACCCCCACAACAAAGCAGAAATGCTGGCAAACCATAAAAATCTTCTCTTTTGAATCGGCGGATGGATAGGGAACTCCTCAATTATTTGGCTATAGTCTCCATGATGCGCAAACTGAAAGCTAACCCCCTAAAAAGAATAACTCCAAACAGCTTGAGCGGCGCTACAGTTCCAAAGAATATGATCCAAGCGGCCCTCCAATAAAGAATGCAACAAAATAACTCAACCAAAGAAGGCATATTTCTCGGAAGCTGATCAAGAGTATTTTCTTTGTTCTCTATTCTATTAAAAACCCTTCTCCATGTAAAGTTGATTACATGTACTGTTATACAAGTGCCACAACGTTTGGAAGCCATCTGATGAAAAAACAATATAGCTCTCTAGATTTCCTATTAAATGCAAGTTGCCCTCCTTACTCAACCTTCTATTTCTAGCGCAGGACCCTTCATTTAGAATGGATATCCTTGTCTAATTCTTCTTTTATGTTGCATTGTGATGCCGGTGATGTTTTTATAGAGTTCTGAAACTGACATCATACCATGAATCTGAAGCAGGAACATATAATTAGAATCAATATCGATGTCTAGTTTTATCCATTTACATTTTTCAATCTGTGGTGGATGTTTTTTGCTTCAAGTATGTCTTTGTAGTCTTTCACTTTTTCTCAATAGTTCAGTTTCTTGCCCAAAAAACCAAAAAATGAAGTAGTAGTTTAAATGACATGAAGAGAAACTTACCTCATGCAGATTCATTCAACTTATTAGTTAACAATGGTGTGGCTGCTGGTCAAGTTATATTCCATGTAAGTTGTATTAGATCTTTCTTACTCTTTTTTATTCCCCTTGTGGAACAACATAGGTTTCAGTAATAATGCATCAGTGAAGATCATAAACTCATGCATTTAAACTAAATTCGACTAGCCTTTCAATCTTTTTTTTTTTTTTCTACACCAAAGGGGTCCGGGCTAGTTTAGAAAACAAGCATGTAATTTTATAATATTTAGCAATCAACAAACTTGTAGGACATGTATATATAGTTGACAACGTATAAATTCCAATCTTTACTACTCTAGTCCAACTCATGGTGATGCAGACTGGCTTTTAAGTTTCATATTATATAAGAGCAAATCTTTGCTAATCTTTGTGTAACCTTGAAACTTTCAGACTCACATTCACATAATTCCACGCAAGGCGAGGGATTGCTTATGGGCATCTGAGGTATGTTTTACTATACTGGTAGATCTTGTATGGTGTAGGATTGAGTCTGAATCATCGTTTCGAACACGTAGACTATAAACATTGAGGTTATGCAGAGTTTGGAGAGAAGAACGCTAAAATTTGATGAGGAGGCATCAAGGCTTGCAAAAAGTATACAAGAAATTTTACACAGCACCAAAGAGAATGATGGCAAGGTTCAAGAATCAAATCTCACTGAAAATTAGTAATGTAATTAGCCTGCTGTTGCAATTTTAGCTTGTATTATTTTGTACCATATTCATGTATGTGAATTACAGTTATTCTTTTTAAGCGCCATACAATTGGATACTTAACAAACAATAAGGGAGGAAAAAGAAAGGTTTTCTTGTAGATCTGATTGTAAAGTTTACTTGATGTTTGGTGTGGTGCAAAGTTTATGAGAAATCCCATTGGTTGGGGGAAATTTTATTATTTTCACTTCCTAGATTGATGATGTAATGTATTTTCAGTTTATACATTCAAATGAAATGTTTGTCATTTAACAAAACTAGTTGCTACTCATATTTGATGCAGTTATGTTTTACTTCATATTGAAAGAAACTATCTTAAACTATGTTTAATTAATCTAATATGGATTTAGATTGTTTTTGTTCATGTATGCTTTATGCTTTAGTATAGTGAAAAGATAACCTATTTTTTTGCAGATGGAAATGTTGCCAACTTTGAAAGCAAATAGGAAAATTAGGTCTTGTTTGATAATCCTTTCATTTCTAGTTTCTGTTTCTAATATTTTTGTTTGTTTTTCACAATTTCTTTACTATGGTTGTAACGTTGAAGAATGGTTTGAATTCTTAAAAAATTCTAAACACAAAAAGAAATGTTTGGAAACTTATTAGATTTTGAGTAAAATTTTAGGAAGTTAATATATATATTAGCTTAATTTTTAAAAAATACAAATAATAAATCAAATAGTTATCAAATAAAATTTGAATGTTTGTTGTTTGTTTTGCGTTGTCAAAATAAACATAGCTTGAAAGTTATTGACGTATATTATTTCTCATGAGGTCAGAGGTTCAATCTCTATCGCTATATTTTTGTAGTGTTTTTTCTTTTTAACTTTTAACTTCTAAGCAAAAGAAAATTAGAAAATTGCAACCATAATATGGATCCTAACAAGGAACAAGTTAAAGGGTGAAATGGTGGATTAAATTTTCAGAAAATTCAATAGATATTTTCTTTTCAATTTAGTGAGAAGAATATTTTTACTAATTAAGCTACAACTTGACCTTCTTGACTTACATTTGTAGAATTATCAAATTATTAATTATTGATTATTAATTGCCAAACACTTTTATTTTCCATCCGTGATTGACATAATCTTTCGTCCTATAGGTGGAATGTTCGAATCCCCAAACCTCCAATTATTGTACTCGAGGTGTAAGTTGAATTATTTTCCCATAAGAATTTCATTGATGGTGCAGTTGTTGTCTTCGCATCTTTTTTTGAGGAAGTTTCAACCGTGTTTGGTTTCTTTCTCGTCATTAAGCTCAAGAAATCTTGATACTCTTATACCAATTAGTGCAAACGAGGAAGGAAAAACTTTATTACTAATGAATACTTTTGTTTCAAAATGCTAGCAGCCCTTCATATAAGGCTGGAAAAGGAAAACCCACAACCTATTGTTCAGGTTACAAACTAAAATACACGTCCTAAAACTAATAATACAAGACTCGTCTAAAACAAACCAGCTTAATTACAAAACTCTTACTAAACAAAAACATAAAGAACTACATCAATTAGACTCAGAAACAAGTTCTAATGAGGTAAACAAAAAAAAAAAAAAAAAAAAAAAAAGTAAGTTACAATTTAAATTTATTATTCGTTATATTTAGGTTGGTCATAATTATTTTTCTTATTTATTTATTTATTTTCAAGTGCAAAGACACATAAAAGTTGAAAGCATCTTTGTAAGATATGAAAGAAACATGAGAGCAAAGTTTTAGCAAAATGTCATTTGGGACATTTGGGAAGTCCAGGTAGGAGTAAGCTATTGGCTAAAAAAGGATGATTGGACACGCGTATATACCCAATTGGTCAAAAGTAGATAGAGGATATGAAGGAAATGGTTGGCCCTCTATCTAGCTTTGTGTGGTTGCCACTCAAAACCAACAAATAATATTAATCTTTACAAACCCCTTTGATCTTCACTCTCCAAGTTGCAATTTTTTTTTTCCTTGCATTTTCCTTCAGAAGTTCAAGAGCAAATAAATCAAATGGCCGCCGTCACCTCCGCCGCCGCTGCCGCCGTGCGCACTTCTCTAGTGCATAACCGCCCACTGCCGGCGGCTTCACCCGCCCCATTCCTTCTTGGTGAGTTCTTTTGTTGCTACTACTCGTTTTATTTTTTCTATTTTTGGATCTTGTGTTTTTAGTTGGCTTCATCTTTTTGCTCTTATTATAATTCCAAAACCCCAAATACACACAAAAAAAAGAACTCTGTTTTTATTGTAATCAAGATTTGGTTGGCTTTTGGTTTTTACTTTGCTTGATTTGTTCCTATAAATATATCAGGCACAATTTTAGAAATTCTTAGTATTTATATGTTCTTTTGAGCAATTTAGTATATTTTTATATTTAAAAAAATTTGAAGGATGTTAAAATTCGACCTTATCTTTTGATGGGTTTCACAACTAAATAACTCAATTCTTTACCACAAACGCCCTTTAAGAGTATATTTGAACATATTTCCATGATCACCCCTTTGATGTAGGGTTGCCTGCCTTGGGAAAGAAAGGAGGAGTGAAGTGTTCAATGGAAGAAAAGGGAAATAATGGAGAAGTAGTAAGCAAGTCAAACAACTTGGGGATGGGGGCGTCGTTGATAGCTGCGGCATGTGCTGCGACGATGTCGAGCCCGGCCATGGCTTTGGTGGATGAGAGACTGAGTACTGAAGGAACTGGCCTTCCATTTGGTTTAAGCAACAATCTTCTTGGTTGGATTCTCTTGGGGGTTTTTGGTCTCATTTGGGCATTCTACATTGTTTACACTTCTACTCTTGAAGAGGATGAAGAGTCTGGCTTATCTCTTTAAGCCATCTTATTATTATTATTATTGCTACCTTTTGTTATTGTTGTGGATATTTGCCTTTGGCTTGAATTGTAGAAGCTTTTGAATTCATATCATTCAAGCCTTTTGTTGGGCATCAATGTAGAAAGAAGTAATTAAATGTGGTTCAAAACTACTCCGTTTCATTCCTTCGATATTTTCTTCTATACTGTCTTTCTTTCTAAAAAGTAACTTAGGTTTCGTTTGATAGTCATTTACAAACTTATTACCAAATGGGGTGTTAGCAAATAACAAAGTGG

mRNA sequence

AGAATTTTAAATTATAACGAAAATAAAATAAGGGAAAAAAAAAAAAAAGGAAAAACTTGTCAAAGAAAACTCACATACAGAACCAGCCGAAGATGGCCGAGACGAGCAAGCTTCTTCTTCTTTCTTTCTCTCTCTACAATCGGCCAGCCATTAAAGAAGAAGAAGATGAATATTATAACGCTTGACCCTAAACCCTAGACCCACTCCTCTTTTTTTCCCCCTTCCTTTGATATTCCGTATTCTTGAAGCAATCCGTTTGATTCAGTTCTCCCTCCATCGTCAACCAGTTTGAATTTTGTTTTTATGGTTTTTCTGAGGGATTTTGCCACGGGATCCACTGTTGGAAGCCGGCGTTGATGAAGCTTCTTCGTCGATGCCAGAGGATTCTCATCCTCTCTCTGCTTTCTCTCTCTGTTCTTGCTCCCTTGGTTCTCGTTTCTCACCGTCTCAAGACCATCACTTCTATTGGGCGGAGGGAGTTCATCGATGATTTATCCAGCAGGAAGCGGAGAGACGTTGAAGCACTTAACTCAATAGAACAGGAAGCGGGCGAGAGCTTGAAAGAACCCAAACCTATTGTTTTTGAAGATAAAGATTTTCAATCTAGAGAAAGAATTAACTCCCTTGAATTTGGAAGTAAACCCAGCAAAGAACAGAAGGATAAACGGTTTGAGGATGGTGGGGAAAAGAAGCATTCTTATAAGGAAACCGGACAACGTGATAATAATCTTCATGCTCAATCGAGGGGAGTGAGAGACGTGGAGATAGAGATAAAATATCCACAACATAATCGGAGTGCCGCCAAGCGTGATAAGAATGCGCGCATAGCCCAGTCTAGATCTGTAGATTATAAGGTAAAGGAAATCAAAGATCAACTGATAAGAGCAAAAGCCTACCTAAGTTTTGCCCCACCAGGTAGTACTGCTCATCTGATGAAAGAGTTAAGGCAACGAATCAAAGAGTTGGAACATGCAGTTGAGGAAGTAACTAGGGATTCAGCGTTGCCAAAGAGTGCTTTGCAGAAAATGAAAAATATGGAGTCTTCATTAGTTAAAGCGAGCAATACTTTCCCAGACTGCTCAGCAATGTCTTCAAAGCTTCGAGCTATGACTGAAAATGCTGAAGAGCAAGTTCGTATGCAAAAGAAACAAACTACTTATCTTCTAAATCTTGCTGCAAGAACCACCCCTAAAGGCTTTCATTGTCTATCAATGAGATTGACTTCTGAATACTTTGCTTTGGAACCTTCGGAGAAGCAGCTGCTTGAACACCAAAAGTTGCATGATACAAAGTTGTATCATTATGCTGTCTTCTCTGACAATGTTTTGGCTTGTGCAGTTGTTGTCAACTCCACTATTTCAAGTGCTGCGGAGCCAGAGAAAATTGTCTTCCATTTAGTGACCAATTCATTAAACTTACCAGCAATGTCCATGTGGTTTTCACTAAATCCTCCTGGAAAAGCCATGCTTGAGGTCCTGAGCATGGAAGACTTTAAAAGGCTGTCCACCGAATATGATTTAGGATGGAAGGTGCAAAATTCAAGTGACCCAAGGTTTACCTCTGAACTCAACTATCTTCGGTTCTATTTGCCAAATATCTTCCCTTCACTGGATAAGGTCATACTTCTTGATCATGATGTGGTGGTGCAAAAGGATCTCTCTGGTTTGTGGCACATTGATATGAAGGGGAAGGTAAATGTTGGTGTTGAAACTTGTCAAGAAAGTGAAGTTTCTTTTCTACGGATGGATATGTTTATCAACTTCTCAGATCCATTGATTACTGATAAGTTCGATAAAAAGGCATGCACATGGGCATTTGGGATGAACTTATTTGATCTCAGAAGGTGGAGGGAAGAAAATTTAACCGCTCTCTACCATAAATATCTACGATTGAGTAACGAACGACCAATCTTGAAGGGTGGAAGCTTGCCTTTGGGGTGGGTTACATTCTATAACCAGACCACAGCAGTGGAGCGACGGTGGCATGTGCTCGGACTAGGCCATGACTCAACCGTGCCGCTAGACGTCATCGAGAAGGCAGCTGTTATTCACTATGATGGTGTTCGGAAGCCATGGTTAGATATTGGATTTGGAGAGTACAAAGAGTTATGGAGCAGACATATGGACTTCAACAATCCATATTTGCAACAATGCAACATCCACGGGAAATGTAATTACGGAAAGAATATGGTGAGGCCCATTGATAGGAAGTCCAACCCAAAAGGCCTAAACCCAACCTTAGAGGATCGGGAGCAAGATAGAGCTGAAAGATTTGGTGCACAATCGGGGAAGATAGCAAGAGTATATACTTATGGCGATTCACAGTTTGACTGCAATAATTTCTGCTTCAACTGGTCTATGGAGGCCCGGAGGCTTGCCATTCTCTGTTCACATCTGTGCCCAATTAACTTGGGACGTAGCCCAGCTCCTCTCTTAAATCTTTCCTCTTCGAGCTGTGCTTCTGGATCCAAGAGTGAGCATCTAATTTATGATTCTCAAAAGGGGGGTCTGCAAGATGATTGTGTTTTCTGCAGGATTATACGAGGCGAGGCACCTGCTTTTAAGTTTGACTGCAATAATTTCTGCTTCAACTGGTCTATGGAGGCCCGGAGGCTTGCCATTCTCTGTTCACATCTGTGCCCAATTAACTTGGGACGTAGCCCAGCTCCTCTCTTAAATCTTTCCTCTTCGAGCTGTGCTTCTGGATCCAAGAGTGAGCATCTAATTTATGATTCTCAAAAGGGGGGTCTGCAAGATGATTGTGTTTTCTGCAGGATTATACGAGGCGAGGCACCTGCTTTTAAGGTGATAGCTGCAATGTGTTCGAAAGTTCCCATCATTAGCAATGCAATCATGAAGTCTACTGGCAGTGATTCATTCAACTTATTAGTTAACAATGGTGTGGCTGCTGGTCAAGTTATATTCCATACTCACATTCACATAATTCCACGCAAGGCGAGGGATTGCTTATGGGCATCTGAGACTATAAACATTGAGGTTATGCAGAGTTTGGAGAGAAGAACGCTAAAATTTGATGAGGAGGCATCAAGGCTTGCAAAAAAAGTTCAAGAGCAAATAAATCAAATGGCCGCCGTCACCTCCGCCGCCGCTGCCGCCGTGCGCACTTCTCTAGTGCATAACCGCCCACTGCCGGCGGCTTCACCCGCCCCATTCCTTCTTGGGTTGCCTGCCTTGGGAAAGAAAGGAGGAGTGAAGTGTTCAATGGAAGAAAAGGGAAATAATGGAGAAGTAGTAAGCAAGTCAAACAACTTGGGGATGGGGGCGTCGTTGATAGCTGCGGCATGTGCTGCGACGATGTCGAGCCCGGCCATGGCTTTGGTGGATGAGAGACTGAGTACTGAAGGAACTGGCCTTCCATTTGGTTTAAGCAACAATCTTCTTGGTTGGATTCTCTTGGGGGTTTTTGGTCTCATTTGGGCATTCTACATTGTTTACACTTCTACTCTTGAAGAGGATGAAGAGTCTGGCTTATCTCTTTAAGCCATCTTATTATTATTATTATTGCTACCTTTTGTTATTGTTGTGGATATTTGCCTTTGGCTTGAATTGTAGAAGCTTTTGAATTCATATCATTCAAGCCTTTTGTTGGGCATCAATGTAGAAAGAAGTAATTAAATGTGGTTCAAAACTACTCCGTTTCATTCCTTCGATATTTTCTTCTATACTGTCTTTCTTTCTAAAAAGTAACTTAGGTTTCGTTTGATAGTCATTTACAAACTTATTACCAAATGGGGTGTTAGCAAATAACAAAGTGG

Coding sequence (CDS)

ATGAAGCTTCTTCGTCGATGCCAGAGGATTCTCATCCTCTCTCTGCTTTCTCTCTCTGTTCTTGCTCCCTTGGTTCTCGTTTCTCACCGTCTCAAGACCATCACTTCTATTGGGCGGAGGGAGTTCATCGATGATTTATCCAGCAGGAAGCGGAGAGACGTTGAAGCACTTAACTCAATAGAACAGGAAGCGGGCGAGAGCTTGAAAGAACCCAAACCTATTGTTTTTGAAGATAAAGATTTTCAATCTAGAGAAAGAATTAACTCCCTTGAATTTGGAAGTAAACCCAGCAAAGAACAGAAGGATAAACGGTTTGAGGATGGTGGGGAAAAGAAGCATTCTTATAAGGAAACCGGACAACGTGATAATAATCTTCATGCTCAATCGAGGGGAGTGAGAGACGTGGAGATAGAGATAAAATATCCACAACATAATCGGAGTGCCGCCAAGCGTGATAAGAATGCGCGCATAGCCCAGTCTAGATCTGTAGATTATAAGGTAAAGGAAATCAAAGATCAACTGATAAGAGCAAAAGCCTACCTAAGTTTTGCCCCACCAGGTAGTACTGCTCATCTGATGAAAGAGTTAAGGCAACGAATCAAAGAGTTGGAACATGCAGTTGAGGAAGTAACTAGGGATTCAGCGTTGCCAAAGAGTGCTTTGCAGAAAATGAAAAATATGGAGTCTTCATTAGTTAAAGCGAGCAATACTTTCCCAGACTGCTCAGCAATGTCTTCAAAGCTTCGAGCTATGACTGAAAATGCTGAAGAGCAAGTTCGTATGCAAAAGAAACAAACTACTTATCTTCTAAATCTTGCTGCAAGAACCACCCCTAAAGGCTTTCATTGTCTATCAATGAGATTGACTTCTGAATACTTTGCTTTGGAACCTTCGGAGAAGCAGCTGCTTGAACACCAAAAGTTGCATGATACAAAGTTGTATCATTATGCTGTCTTCTCTGACAATGTTTTGGCTTGTGCAGTTGTTGTCAACTCCACTATTTCAAGTGCTGCGGAGCCAGAGAAAATTGTCTTCCATTTAGTGACCAATTCATTAAACTTACCAGCAATGTCCATGTGGTTTTCACTAAATCCTCCTGGAAAAGCCATGCTTGAGGTCCTGAGCATGGAAGACTTTAAAAGGCTGTCCACCGAATATGATTTAGGATGGAAGGTGCAAAATTCAAGTGACCCAAGGTTTACCTCTGAACTCAACTATCTTCGGTTCTATTTGCCAAATATCTTCCCTTCACTGGATAAGGTCATACTTCTTGATCATGATGTGGTGGTGCAAAAGGATCTCTCTGGTTTGTGGCACATTGATATGAAGGGGAAGGTAAATGTTGGTGTTGAAACTTGTCAAGAAAGTGAAGTTTCTTTTCTACGGATGGATATGTTTATCAACTTCTCAGATCCATTGATTACTGATAAGTTCGATAAAAAGGCATGCACATGGGCATTTGGGATGAACTTATTTGATCTCAGAAGGTGGAGGGAAGAAAATTTAACCGCTCTCTACCATAAATATCTACGATTGAGTAACGAACGACCAATCTTGAAGGGTGGAAGCTTGCCTTTGGGGTGGGTTACATTCTATAACCAGACCACAGCAGTGGAGCGACGGTGGCATGTGCTCGGACTAGGCCATGACTCAACCGTGCCGCTAGACGTCATCGAGAAGGCAGCTGTTATTCACTATGATGGTGTTCGGAAGCCATGGTTAGATATTGGATTTGGAGAGTACAAAGAGTTATGGAGCAGACATATGGACTTCAACAATCCATATTTGCAACAATGCAACATCCACGGGAAATGTAATTACGGAAAGAATATGGTGAGGCCCATTGATAGGAAGTCCAACCCAAAAGGCCTAAACCCAACCTTAGAGGATCGGGAGCAAGATAGAGCTGAAAGATTTGGTGCACAATCGGGGAAGATAGCAAGAGTATATACTTATGGCGATTCACAGTTTGACTGCAATAATTTCTGCTTCAACTGGTCTATGGAGGCCCGGAGGCTTGCCATTCTCTGTTCACATCTGTGCCCAATTAACTTGGGACGTAGCCCAGCTCCTCTCTTAAATCTTTCCTCTTCGAGCTGTGCTTCTGGATCCAAGAGTGAGCATCTAATTTATGATTCTCAAAAGGGGGGTCTGCAAGATGATTGTGTTTTCTGCAGGATTATACGAGGCGAGGCACCTGCTTTTAAGTTTGACTGCAATAATTTCTGCTTCAACTGGTCTATGGAGGCCCGGAGGCTTGCCATTCTCTGTTCACATCTGTGCCCAATTAACTTGGGACGTAGCCCAGCTCCTCTCTTAAATCTTTCCTCTTCGAGCTGTGCTTCTGGATCCAAGAGTGAGCATCTAATTTATGATTCTCAAAAGGGGGGTCTGCAAGATGATTGTGTTTTCTGCAGGATTATACGAGGCGAGGCACCTGCTTTTAAGGTGATAGCTGCAATGTGTTCGAAAGTTCCCATCATTAGCAATGCAATCATGAAGTCTACTGGCAGTGATTCATTCAACTTATTAGTTAACAATGGTGTGGCTGCTGGTCAAGTTATATTCCATACTCACATTCACATAATTCCACGCAAGGCGAGGGATTGCTTATGGGCATCTGAGACTATAAACATTGAGGTTATGCAGAGTTTGGAGAGAAGAACGCTAAAATTTGATGAGGAGGCATCAAGGCTTGCAAAAAAAGTTCAAGAGCAAATAAATCAAATGGCCGCCGTCACCTCCGCCGCCGCTGCCGCCGTGCGCACTTCTCTAGTGCATAACCGCCCACTGCCGGCGGCTTCACCCGCCCCATTCCTTCTTGGGTTGCCTGCCTTGGGAAAGAAAGGAGGAGTGAAGTGTTCAATGGAAGAAAAGGGAAATAATGGAGAAGTAGTAAGCAAGTCAAACAACTTGGGGATGGGGGCGTCGTTGATAGCTGCGGCATGTGCTGCGACGATGTCGAGCCCGGCCATGGCTTTGGTGGATGAGAGACTGAGTACTGAAGGAACTGGCCTTCCATTTGGTTTAAGCAACAATCTTCTTGGTTGGATTCTCTTGGGGGTTTTTGGTCTCATTTGGGCATTCTACATTGTTTACACTTCTACTCTTGAAGAGGATGAAGAGTCTGGCTTATCTCTTTAA

Protein sequence

MKLLRRCQRILILSLLSLSVLAPLVLVSHRLKTITSIGRREFIDDLSSRKRRDVEALNSIEQEAGESLKEPKPIVFEDKDFQSRERINSLEFGSKPSKEQKDKRFEDGGEKKHSYKETGQRDNNLHAQSRGVRDVEIEIKYPQHNRSAAKRDKNARIAQSRSVDYKVKEIKDQLIRAKAYLSFAPPGSTAHLMKELRQRIKELEHAVEEVTRDSALPKSALQKMKNMESSLVKASNTFPDCSAMSSKLRAMTENAEEQVRMQKKQTTYLLNLAARTTPKGFHCLSMRLTSEYFALEPSEKQLLEHQKLHDTKLYHYAVFSDNVLACAVVVNSTISSAAEPEKIVFHLVTNSLNLPAMSMWFSLNPPGKAMLEVLSMEDFKRLSTEYDLGWKVQNSSDPRFTSELNYLRFYLPNIFPSLDKVILLDHDVVVQKDLSGLWHIDMKGKVNVGVETCQESEVSFLRMDMFINFSDPLITDKFDKKACTWAFGMNLFDLRRWREENLTALYHKYLRLSNERPILKGGSLPLGWVTFYNQTTAVERRWHVLGLGHDSTVPLDVIEKAAVIHYDGVRKPWLDIGFGEYKELWSRHMDFNNPYLQQCNIHGKCNYGKNMVRPIDRKSNPKGLNPTLEDREQDRAERFGAQSGKIARVYTYGDSQFDCNNFCFNWSMEARRLAILCSHLCPINLGRSPAPLLNLSSSSCASGSKSEHLIYDSQKGGLQDDCVFCRIIRGEAPAFKFDCNNFCFNWSMEARRLAILCSHLCPINLGRSPAPLLNLSSSSCASGSKSEHLIYDSQKGGLQDDCVFCRIIRGEAPAFKVIAAMCSKVPIISNAIMKSTGSDSFNLLVNNGVAAGQVIFHTHIHIIPRKARDCLWASETINIEVMQSLERRTLKFDEEASRLAKKVQEQINQMAAVTSAAAAAVRTSLVHNRPLPAASPAPFLLGLPALGKKGGVKCSMEEKGNNGEVVSKSNNLGMGASLIAAACAATMSSPAMALVDERLSTEGTGLPFGLSNNLLGWILLGVFGLIWAFYIVYTSTLEEDEESGLSL
Homology
BLAST of CmUC09G167110 vs. NCBI nr
Match: XP_038900192.1 (probable galacturonosyltransferase 6 isoform X3 [Benincasa hispida])

HSP 1 Score: 1115.9 bits (2885), Expect = 0.0e+00
Identity = 563/603 (93.37%), Postives = 581/603 (96.35%), Query Frame = 0

Query: 1   MKLLRRCQRILILSLLSLSVLAPLVLVSHRLKTITSIGRREFIDDLSSRKRRDVEALNSI 60
           MKLLRRCQRILILSLLSLSVLAPLVLVSHRLKTITSIGRREFIDDLSSRKRRDVEALNSI
Sbjct: 1   MKLLRRCQRILILSLLSLSVLAPLVLVSHRLKTITSIGRREFIDDLSSRKRRDVEALNSI 60

Query: 61  EQEAGESLKEPKPIVFEDKDFQSRERINSLEFGSKPSKEQKDKRFEDGGEKKHSYKETGQ 120
           EQEAGESLKEPKPIVFEDK+FQSRE INSLEFGSKPS EQKDKRFEDGGEKKHS KETG+
Sbjct: 61  EQEAGESLKEPKPIVFEDKNFQSREGINSLEFGSKPSNEQKDKRFEDGGEKKHSSKETGR 120

Query: 121 RDNNLHAQSRGVRDVEIEIKYPQHNRSAAKRDKNARIAQSRSVDYKVKEIKDQLIRAKAY 180
            D+NLHAQSRGVRDVEIEIKYPQHNRSA KRDKNA IAQSRSVDYKVKEIKDQLIRAKAY
Sbjct: 121 HDSNLHAQSRGVRDVEIEIKYPQHNRSATKRDKNAHIAQSRSVDYKVKEIKDQLIRAKAY 180

Query: 181 LSFAPPGSTAHLMKELRQRIKELEHAVEEVTRDSALPKSALQKMKNMESSLVKASNTFPD 240
           LSFAPPGSTAHLMKELRQR+KELEHAVEEVT DSALPKSALQKMKNMESSLVKA + FPD
Sbjct: 181 LSFAPPGSTAHLMKELRQRVKELEHAVEEVTEDSALPKSALQKMKNMESSLVKAGHAFPD 240

Query: 241 CSAMSSKLRAMTENAEEQVRMQKKQTTYLLNLAARTTPKGFHCLSMRLTSEYFALEPSEK 300
           CSAMSSKLRAMTENAEEQVRMQKKQTTYLLNLAARTTPKGFHCLSMRLTSEYFAL+P EK
Sbjct: 241 CSAMSSKLRAMTENAEEQVRMQKKQTTYLLNLAARTTPKGFHCLSMRLTSEYFALQPPEK 300

Query: 301 QLLEHQKLHDTKLYHYAVFSDNVLACAVVVNSTISSAAEPEKIVFHLVTNSLNLPAMSMW 360
           QLLE QKLHD+KLYHYAVFSDNVLA AVVVNSTISSA EPEKIVFHLVTNSLNLPAMSMW
Sbjct: 301 QLLEQQKLHDSKLYHYAVFSDNVLASAVVVNSTISSAKEPEKIVFHLVTNSLNLPAMSMW 360

Query: 361 FSLNPPGKAMLEVLSMEDFKRLSTEYDLGWKVQNSSDPRFTSELNYLRFYLPNIFPSLDK 420
           FSLNPPGKA +EVLSME FK LSTEYDLGWK+QNSSDPRFTSELNYLRFYLPNIFPSLDK
Sbjct: 361 FSLNPPGKATIEVLSMEHFKWLSTEYDLGWKMQNSSDPRFTSELNYLRFYLPNIFPSLDK 420

Query: 421 VILLDHDVVVQKDLSGLWHIDMKGKVNVGVETCQESEVSFLRMDMFINFSDPLITDKFDK 480
           +ILLDHDVVVQKDLSGLWH+DMKGKVN  VETC +SEVSFLRMDMFINFSDPLIT+KFD 
Sbjct: 421 IILLDHDVVVQKDLSGLWHLDMKGKVNAAVETCLDSEVSFLRMDMFINFSDPLITEKFDH 480

Query: 481 KACTWAFGMNLFDLRRWREENLTALYHKYLRLSNERPILKGGSLPLGWVTFYNQTTAVER 540
           KACTWAFGMNLFDLRRWRE+N+TALYH YLRLS ERP+LKGGSLPLGWVTFYNQTTAVER
Sbjct: 481 KACTWAFGMNLFDLRRWREKNITALYHNYLRLSKERPMLKGGSLPLGWVTFYNQTTAVER 540

Query: 541 RWHVLGLGHDSTVPLDVIEKAAVIHYDGVRKPWLDIGFGEYKELWSRHMDFNNPYLQQCN 600
           RWHVLGLGHDSTVPLDVIEKAAVIHYDGVRKPWLDIGFGEYKELWS+HMDFN+PYLQQCN
Sbjct: 541 RWHVLGLGHDSTVPLDVIEKAAVIHYDGVRKPWLDIGFGEYKELWSKHMDFNDPYLQQCN 600

Query: 601 IHG 604
           IHG
Sbjct: 601 IHG 603

BLAST of CmUC09G167110 vs. NCBI nr
Match: KAA0059708.1 (putative galacturonosyltransferase 6 [Cucumis melo var. makuwa])

HSP 1 Score: 1109.7 bits (2869), Expect = 0.0e+00
Identity = 559/603 (92.70%), Postives = 581/603 (96.35%), Query Frame = 0

Query: 1   MKLLRRCQRILILSLLSLSVLAPLVLVSHRLKTITSIGRREFIDDLSSRKRRDVEALNSI 60
           MKLLRRCQRILILSLLSLSVLAPL+LVSHRLKTITSIGRREFIDDL S KRRDVEALNS+
Sbjct: 1   MKLLRRCQRILILSLLSLSVLAPLILVSHRLKTITSIGRREFIDDLWSMKRRDVEALNSV 60

Query: 61  EQEAGESLKEPKPIVFEDKDFQSRERINSLEFGSKPSKEQKDKRFEDGGEKKHSYKETGQ 120
           EQEAGESLKEPKPIVFEDKDFQS++ INSLEFGSKPSKEQKDK FEDGGEKKHSYKETG+
Sbjct: 61  EQEAGESLKEPKPIVFEDKDFQSKQGINSLEFGSKPSKEQKDKWFEDGGEKKHSYKETGR 120

Query: 121 RDNNLHAQSRGVRDVEIEIKYPQHNRSAAKRDKNARIAQSRSVDYKVKEIKDQLIRAKAY 180
            D+NLH QSRGVRDVE EIKYPQHNRSAAKRDKNA+IAQSRSVDYKVKEIKDQLIRAKAY
Sbjct: 121 HDSNLHGQSRGVRDVEKEIKYPQHNRSAAKRDKNAQIAQSRSVDYKVKEIKDQLIRAKAY 180

Query: 181 LSFAPPGSTAHLMKELRQRIKELEHAVEEVTRDSALPKSALQKMKNMESSLVKASNTFPD 240
           LSFAPPGSTAHLMKELRQR+KELEHAVEEVT DS LPKSALQKMKNMESSLVKA + FPD
Sbjct: 181 LSFAPPGSTAHLMKELRQRVKELEHAVEEVTCDSDLPKSALQKMKNMESSLVKAGHAFPD 240

Query: 241 CSAMSSKLRAMTENAEEQVRMQKKQTTYLLNLAARTTPKGFHCLSMRLTSEYFALEPSEK 300
           CSAMSSKLRAMTENAEEQVRMQKKQTTYLLNLAARTTPKGFHCLSMRLTSEYFAL+PSEK
Sbjct: 241 CSAMSSKLRAMTENAEEQVRMQKKQTTYLLNLAARTTPKGFHCLSMRLTSEYFALQPSEK 300

Query: 301 QLLEHQKLHDTKLYHYAVFSDNVLACAVVVNSTISSAAEPEKIVFHLVTNSLNLPAMSMW 360
           QLLE QKLHDTKLYHYAVFSDNVLACAVVVNSTISSA EPEKIVFHLVTNSLNLPAMSMW
Sbjct: 301 QLLEQQKLHDTKLYHYAVFSDNVLACAVVVNSTISSATEPEKIVFHLVTNSLNLPAMSMW 360

Query: 361 FSLNPPGKAMLEVLSMEDFKRLSTEYDLGWKVQNSSDPRFTSELNYLRFYLPNIFPSLDK 420
           F LNPPGKA +EVLSMEDFK LSTEYDLGWK+QNSSDPRFTSELN+LRFYLPNIFPSLDK
Sbjct: 361 FLLNPPGKATIEVLSMEDFKWLSTEYDLGWKMQNSSDPRFTSELNFLRFYLPNIFPSLDK 420

Query: 421 VILLDHDVVVQKDLSGLWHIDMKGKVNVGVETCQESEVSFLRMDMFINFSDPLITDKFDK 480
           VILLDHDVVVQKDLSGLWH+DMKGKVN  VETCQ+SEVSFLRMDMFINFSDP+I +KF+ 
Sbjct: 421 VILLDHDVVVQKDLSGLWHVDMKGKVNAAVETCQDSEVSFLRMDMFINFSDPVIKNKFNN 480

Query: 481 KACTWAFGMNLFDLRRWREENLTALYHKYLRLSNERPILKGGSLPLGWVTFYNQTTAVER 540
           KACTWAFGMNLFDLRRWREENLTALYHKYLRLSNERPILKGGSLPLGWVTFYNQTTA+ER
Sbjct: 481 KACTWAFGMNLFDLRRWREENLTALYHKYLRLSNERPILKGGSLPLGWVTFYNQTTALER 540

Query: 541 RWHVLGLGHDSTVPLDVIEKAAVIHYDGVRKPWLDIGFGEYKELWSRHMDFNNPYLQQCN 600
           RWHVLGLGHDSTV LDVI KAAVIH+DGVRKPWLDIGFGEYKELWS++MDFNNPYLQQCN
Sbjct: 541 RWHVLGLGHDSTVLLDVIRKAAVIHFDGVRKPWLDIGFGEYKELWSKYMDFNNPYLQQCN 600

Query: 601 IHG 604
           IHG
Sbjct: 601 IHG 603

BLAST of CmUC09G167110 vs. NCBI nr
Match: XP_038900191.1 (probable galacturonosyltransferase 6 isoform X2 [Benincasa hispida])

HSP 1 Score: 1109.0 bits (2867), Expect = 0.0e+00
Identity = 563/610 (92.30%), Postives = 581/610 (95.25%), Query Frame = 0

Query: 1   MKLLRRCQRILILSLLSLSVLAPLVLVSHRLKTITSIGRREFIDDLSSRKRRDVEALNSI 60
           MKLLRRCQRILILSLLSLSVLAPLVLVSHRLKTITSIGRREFIDDLSSRKRRDVEALNSI
Sbjct: 1   MKLLRRCQRILILSLLSLSVLAPLVLVSHRLKTITSIGRREFIDDLSSRKRRDVEALNSI 60

Query: 61  EQEAGESLKEPKPIVFEDKDFQSRERINSLEF-------GSKPSKEQKDKRFEDGGEKKH 120
           EQEAGESLKEPKPIVFEDK+FQSRE INSLEF       GSKPS EQKDKRFEDGGEKKH
Sbjct: 61  EQEAGESLKEPKPIVFEDKNFQSREGINSLEFDFSIWTSGSKPSNEQKDKRFEDGGEKKH 120

Query: 121 SYKETGQRDNNLHAQSRGVRDVEIEIKYPQHNRSAAKRDKNARIAQSRSVDYKVKEIKDQ 180
           S KETG+ D+NLHAQSRGVRDVEIEIKYPQHNRSA KRDKNA IAQSRSVDYKVKEIKDQ
Sbjct: 121 SSKETGRHDSNLHAQSRGVRDVEIEIKYPQHNRSATKRDKNAHIAQSRSVDYKVKEIKDQ 180

Query: 181 LIRAKAYLSFAPPGSTAHLMKELRQRIKELEHAVEEVTRDSALPKSALQKMKNMESSLVK 240
           LIRAKAYLSFAPPGSTAHLMKELRQR+KELEHAVEEVT DSALPKSALQKMKNMESSLVK
Sbjct: 181 LIRAKAYLSFAPPGSTAHLMKELRQRVKELEHAVEEVTEDSALPKSALQKMKNMESSLVK 240

Query: 241 ASNTFPDCSAMSSKLRAMTENAEEQVRMQKKQTTYLLNLAARTTPKGFHCLSMRLTSEYF 300
           A + FPDCSAMSSKLRAMTENAEEQVRMQKKQTTYLLNLAARTTPKGFHCLSMRLTSEYF
Sbjct: 241 AGHAFPDCSAMSSKLRAMTENAEEQVRMQKKQTTYLLNLAARTTPKGFHCLSMRLTSEYF 300

Query: 301 ALEPSEKQLLEHQKLHDTKLYHYAVFSDNVLACAVVVNSTISSAAEPEKIVFHLVTNSLN 360
           AL+P EKQLLE QKLHD+KLYHYAVFSDNVLA AVVVNSTISSA EPEKIVFHLVTNSLN
Sbjct: 301 ALQPPEKQLLEQQKLHDSKLYHYAVFSDNVLASAVVVNSTISSAKEPEKIVFHLVTNSLN 360

Query: 361 LPAMSMWFSLNPPGKAMLEVLSMEDFKRLSTEYDLGWKVQNSSDPRFTSELNYLRFYLPN 420
           LPAMSMWFSLNPPGKA +EVLSME FK LSTEYDLGWK+QNSSDPRFTSELNYLRFYLPN
Sbjct: 361 LPAMSMWFSLNPPGKATIEVLSMEHFKWLSTEYDLGWKMQNSSDPRFTSELNYLRFYLPN 420

Query: 421 IFPSLDKVILLDHDVVVQKDLSGLWHIDMKGKVNVGVETCQESEVSFLRMDMFINFSDPL 480
           IFPSLDK+ILLDHDVVVQKDLSGLWH+DMKGKVN  VETC +SEVSFLRMDMFINFSDPL
Sbjct: 421 IFPSLDKIILLDHDVVVQKDLSGLWHLDMKGKVNAAVETCLDSEVSFLRMDMFINFSDPL 480

Query: 481 ITDKFDKKACTWAFGMNLFDLRRWREENLTALYHKYLRLSNERPILKGGSLPLGWVTFYN 540
           IT+KFD KACTWAFGMNLFDLRRWRE+N+TALYH YLRLS ERP+LKGGSLPLGWVTFYN
Sbjct: 481 ITEKFDHKACTWAFGMNLFDLRRWREKNITALYHNYLRLSKERPMLKGGSLPLGWVTFYN 540

Query: 541 QTTAVERRWHVLGLGHDSTVPLDVIEKAAVIHYDGVRKPWLDIGFGEYKELWSRHMDFNN 600
           QTTAVERRWHVLGLGHDSTVPLDVIEKAAVIHYDGVRKPWLDIGFGEYKELWS+HMDFN+
Sbjct: 541 QTTAVERRWHVLGLGHDSTVPLDVIEKAAVIHYDGVRKPWLDIGFGEYKELWSKHMDFND 600

Query: 601 PYLQQCNIHG 604
           PYLQQCNIHG
Sbjct: 601 PYLQQCNIHG 610

BLAST of CmUC09G167110 vs. NCBI nr
Match: XP_008451287.1 (PREDICTED: probable galacturonosyltransferase 6 [Cucumis melo])

HSP 1 Score: 1102.8 bits (2851), Expect = 0.0e+00
Identity = 557/603 (92.37%), Postives = 579/603 (96.02%), Query Frame = 0

Query: 1   MKLLRRCQRILILSLLSLSVLAPLVLVSHRLKTITSIGRREFIDDLSSRKRRDVEALNSI 60
           MKLLRRCQRILILSLLSLSVLAPL+LVSHRLKTITSIGRREFIDDL S KRRDVEALNS+
Sbjct: 1   MKLLRRCQRILILSLLSLSVLAPLILVSHRLKTITSIGRREFIDDLWSMKRRDVEALNSV 60

Query: 61  EQEAGESLKEPKPIVFEDKDFQSRERINSLEFGSKPSKEQKDKRFEDGGEKKHSYKETGQ 120
           EQEAGESLKEPKPIVFEDKDFQS++ INSLEFGSKPSKEQKDK FEDGGEKKHSYKETG+
Sbjct: 61  EQEAGESLKEPKPIVFEDKDFQSKQGINSLEFGSKPSKEQKDKWFEDGGEKKHSYKETGR 120

Query: 121 RDNNLHAQSRGVRDVEIEIKYPQHNRSAAKRDKNARIAQSRSVDYKVKEIKDQLIRAKAY 180
            D+NLH QSRGVRDVE EIKYPQHNRSAAKRDKNA+IAQSRSVDYKVKEIKDQLIRAKAY
Sbjct: 121 HDSNLHGQSRGVRDVEKEIKYPQHNRSAAKRDKNAQIAQSRSVDYKVKEIKDQLIRAKAY 180

Query: 181 LSFAPPGSTAHLMKELRQRIKELEHAVEEVTRDSALPKSALQKMKNMESSLVKASNTFPD 240
           LSFAPPGSTAHLMKELRQR+KELEHAVEEVT DS LPKSALQKMKNMESSLVKA + FPD
Sbjct: 181 LSFAPPGSTAHLMKELRQRVKELEHAVEEVTCDSDLPKSALQKMKNMESSLVKAGHAFPD 240

Query: 241 CSAMSSKLRAMTENAEEQVRMQKKQTTYLLNLAARTTPKGFHCLSMRLTSEYFALEPSEK 300
           CSAMSSKLRAMTENAEEQVRMQKKQTTYLLNLAARTTPKGFHCLSMRLTSEYFAL+PSEK
Sbjct: 241 CSAMSSKLRAMTENAEEQVRMQKKQTTYLLNLAARTTPKGFHCLSMRLTSEYFALQPSEK 300

Query: 301 QLLEHQKLHDTKLYHYAVFSDNVLACAVVVNSTISSAAEPEKIVFHLVTNSLNLPAMSMW 360
           QLLE QKLHDTKLYHYAVFSDNVLACAVVVNSTISSA EPEKIVFHLVTNSLNLPAMSMW
Sbjct: 301 QLLEQQKLHDTKLYHYAVFSDNVLACAVVVNSTISSATEPEKIVFHLVTNSLNLPAMSMW 360

Query: 361 FSLNPPGKAMLEVLSMEDFKRLSTEYDLGWKVQNSSDPRFTSELNYLRFYLPNIFPSLDK 420
           F LNPPGKA +EVLSMEDFK LSTEYDLGWK+QNSSDPRFTSELN+LRFYL NIFPSLDK
Sbjct: 361 FLLNPPGKATIEVLSMEDFKWLSTEYDLGWKMQNSSDPRFTSELNFLRFYLQNIFPSLDK 420

Query: 421 VILLDHDVVVQKDLSGLWHIDMKGKVNVGVETCQESEVSFLRMDMFINFSDPLITDKFDK 480
           VILLDHDVVVQKDLSGLWH+DMKGKVN  VETCQ+SEVSFLRMDMFINFSDP+I +KF+ 
Sbjct: 421 VILLDHDVVVQKDLSGLWHVDMKGKVNAAVETCQDSEVSFLRMDMFINFSDPVIKNKFNN 480

Query: 481 KACTWAFGMNLFDLRRWREENLTALYHKYLRLSNERPILKGGSLPLGWVTFYNQTTAVER 540
           KACTWAFGMNLFDLRRWREENLTALYHKYLRLSNER ILKGGSLPLGWVTFYNQTTA+ER
Sbjct: 481 KACTWAFGMNLFDLRRWREENLTALYHKYLRLSNERLILKGGSLPLGWVTFYNQTTALER 540

Query: 541 RWHVLGLGHDSTVPLDVIEKAAVIHYDGVRKPWLDIGFGEYKELWSRHMDFNNPYLQQCN 600
           RWHVLGLGHDSTV LDVI KAAVIH+DGVRKPWLDIGFGEYKELWS++MDFNNPYLQQCN
Sbjct: 541 RWHVLGLGHDSTVLLDVIRKAAVIHFDGVRKPWLDIGFGEYKELWSKYMDFNNPYLQQCN 600

Query: 601 IHG 604
           IHG
Sbjct: 601 IHG 603

BLAST of CmUC09G167110 vs. NCBI nr
Match: XP_038900190.1 (probable galacturonosyltransferase 5 isoform X1 [Benincasa hispida])

HSP 1 Score: 1098.2 bits (2839), Expect = 0.0e+00
Identity = 563/638 (88.24%), Postives = 581/638 (91.07%), Query Frame = 0

Query: 1   MKLLRRCQRILILSLLSLSVLAPLVLVSHRLKTITSIGRREFIDDLSSRKRRDVEALNSI 60
           MKLLRRCQRILILSLLSLSVLAPLVLVSHRLKTITSIGRREFIDDLSSRKRRDVEALNSI
Sbjct: 1   MKLLRRCQRILILSLLSLSVLAPLVLVSHRLKTITSIGRREFIDDLSSRKRRDVEALNSI 60

Query: 61  EQEAGESLKEPKPIVFEDKDFQSRERINSLEF---------------------------- 120
           EQEAGESLKEPKPIVFEDK+FQSRE INSLEF                            
Sbjct: 61  EQEAGESLKEPKPIVFEDKNFQSREGINSLEFGMFVCVCVFVSYFSPVVLTSLIYFALFG 120

Query: 121 -------GSKPSKEQKDKRFEDGGEKKHSYKETGQRDNNLHAQSRGVRDVEIEIKYPQHN 180
                  GSKPS EQKDKRFEDGGEKKHS KETG+ D+NLHAQSRGVRDVEIEIKYPQHN
Sbjct: 121 DFSIWTSGSKPSNEQKDKRFEDGGEKKHSSKETGRHDSNLHAQSRGVRDVEIEIKYPQHN 180

Query: 181 RSAAKRDKNARIAQSRSVDYKVKEIKDQLIRAKAYLSFAPPGSTAHLMKELRQRIKELEH 240
           RSA KRDKNA IAQSRSVDYKVKEIKDQLIRAKAYLSFAPPGSTAHLMKELRQR+KELEH
Sbjct: 181 RSATKRDKNAHIAQSRSVDYKVKEIKDQLIRAKAYLSFAPPGSTAHLMKELRQRVKELEH 240

Query: 241 AVEEVTRDSALPKSALQKMKNMESSLVKASNTFPDCSAMSSKLRAMTENAEEQVRMQKKQ 300
           AVEEVT DSALPKSALQKMKNMESSLVKA + FPDCSAMSSKLRAMTENAEEQVRMQKKQ
Sbjct: 241 AVEEVTEDSALPKSALQKMKNMESSLVKAGHAFPDCSAMSSKLRAMTENAEEQVRMQKKQ 300

Query: 301 TTYLLNLAARTTPKGFHCLSMRLTSEYFALEPSEKQLLEHQKLHDTKLYHYAVFSDNVLA 360
           TTYLLNLAARTTPKGFHCLSMRLTSEYFAL+P EKQLLE QKLHD+KLYHYAVFSDNVLA
Sbjct: 301 TTYLLNLAARTTPKGFHCLSMRLTSEYFALQPPEKQLLEQQKLHDSKLYHYAVFSDNVLA 360

Query: 361 CAVVVNSTISSAAEPEKIVFHLVTNSLNLPAMSMWFSLNPPGKAMLEVLSMEDFKRLSTE 420
            AVVVNSTISSA EPEKIVFHLVTNSLNLPAMSMWFSLNPPGKA +EVLSME FK LSTE
Sbjct: 361 SAVVVNSTISSAKEPEKIVFHLVTNSLNLPAMSMWFSLNPPGKATIEVLSMEHFKWLSTE 420

Query: 421 YDLGWKVQNSSDPRFTSELNYLRFYLPNIFPSLDKVILLDHDVVVQKDLSGLWHIDMKGK 480
           YDLGWK+QNSSDPRFTSELNYLRFYLPNIFPSLDK+ILLDHDVVVQKDLSGLWH+DMKGK
Sbjct: 421 YDLGWKMQNSSDPRFTSELNYLRFYLPNIFPSLDKIILLDHDVVVQKDLSGLWHLDMKGK 480

Query: 481 VNVGVETCQESEVSFLRMDMFINFSDPLITDKFDKKACTWAFGMNLFDLRRWREENLTAL 540
           VN  VETC +SEVSFLRMDMFINFSDPLIT+KFD KACTWAFGMNLFDLRRWRE+N+TAL
Sbjct: 481 VNAAVETCLDSEVSFLRMDMFINFSDPLITEKFDHKACTWAFGMNLFDLRRWREKNITAL 540

Query: 541 YHKYLRLSNERPILKGGSLPLGWVTFYNQTTAVERRWHVLGLGHDSTVPLDVIEKAAVIH 600
           YH YLRLS ERP+LKGGSLPLGWVTFYNQTTAVERRWHVLGLGHDSTVPLDVIEKAAVIH
Sbjct: 541 YHNYLRLSKERPMLKGGSLPLGWVTFYNQTTAVERRWHVLGLGHDSTVPLDVIEKAAVIH 600

Query: 601 YDGVRKPWLDIGFGEYKELWSRHMDFNNPYLQQCNIHG 604
           YDGVRKPWLDIGFGEYKELWS+HMDFN+PYLQQCNIHG
Sbjct: 601 YDGVRKPWLDIGFGEYKELWSKHMDFNDPYLQQCNIHG 638

BLAST of CmUC09G167110 vs. ExPASy Swiss-Prot
Match: Q9M9Y5 (Probable galacturonosyltransferase 6 OS=Arabidopsis thaliana OX=3702 GN=GAUT6 PE=2 SV=1)

HSP 1 Score: 600.9 bits (1548), Expect = 2.8e-170
Identity = 322/602 (53.49%), Postives = 420/602 (69.77%), Query Frame = 0

Query: 1   MKLLRRCQRILILSLLSLSVLAPLVLVSHRLKTITSIGRREFIDDLSS-RKRRDVEALNS 60
           MK +RR QRILIL+LLS+SV APL+ VS+RLK+IT +GRREFI++LS  R   +   L++
Sbjct: 1   MKQIRRWQRILILALLSISVFAPLIFVSNRLKSITPVGRREFIEELSKIRFTTNDLRLSA 60

Query: 61  IEQEAGESLKEPKPIVFEDKDFQSRERINSLEFGSKPSKEQKDKRFEDGGEKKHSYKETG 120
           IE E GE LK P+ I+F+D +F S     S E     + + ++++     +   S  E G
Sbjct: 61  IEHEDGEGLKGPRLILFKDGEFNS-----SAESDGGNTYKNREEQVIVSQKMTVSSDEKG 120

Query: 121 QRDNNLHAQSRGVRDVEIEIKYPQHNRSAAKRDKNARIAQSRSVDYKVKEIKDQLIRAKA 180
           Q    ++  +      + + K P      +K +KN R+   R+ D K KEI+D++I+AKA
Sbjct: 121 QILPTVNQLAN-----KTDFKPP-----LSKGEKNTRVQPDRATDVKTKEIRDKIIQAKA 180

Query: 181 YLSFAPPGSTAHLMKELRQRIKELEHAVEEVTRDSALPKSALQKMKNMESSLVKASNTFP 240
           YL+FAPPGS + ++KELR R+KELE +V + T+D  L K AL+++K ME+ L KAS  F 
Sbjct: 181 YLNFAPPGSNSQVVKELRGRLKELERSVGDATKDKDLSKGALRRVKPMENVLYKASRVFN 240

Query: 241 DCSAMSSKLRAMTENAEEQVRMQKKQTTYLLNLAARTTPKGFHCLSMRLTSEYFALEPSE 300
           +C A+++KLRAM  N EEQV+ QK Q  YL+ LAARTTPKG HCLSMRLTSEYF+L+P +
Sbjct: 241 NCPAIATKLRAMNYNTEEQVQAQKNQAAYLMQLAARTTPKGLHCLSMRLTSEYFSLDPEK 300

Query: 301 KQLLEHQKLHDTKLYHYAVFSDNVLACAVVVNSTISSAAEPEKIVFHLVTNSLNLPAMSM 360
           +Q+   Q   D    HY VFSDNVLA +VVVNSTISS+ EPE+IVFH+VT+SLN PA+SM
Sbjct: 301 RQMPNQQNYFDANFNHYVVFSDNVLASSVVVNSTISSSKEPERIVFHVVTDSLNYPAISM 360

Query: 361 WFSLNPPGKAMLEVLSMEDFKRLSTEYDLGWKVQNSSDPRFTSELNYLRFYLPNIFPSLD 420
           WF LN   KA +++L+++D   L  +YD     QNS+DPRF S LN+ RFYLP+IFP L+
Sbjct: 361 WFLLNIQSKATIQILNIDDMDVLPRDYDQLLMKQNSNDPRFISTLNHARFYLPDIFPGLN 420

Query: 421 KVILLDHDVVVQKDLSGLWHIDMKGKVNVGVETCQESEVSFLRMDMFINFSDPLITDKFD 480
           K++LLDHDVVVQ+DLS LW IDMKGKV   VETC E E SF  M  FINFSD  +  KF 
Sbjct: 421 KMVLLDHDVVVQRDLSRLWSIDMKGKVVGAVETCLEGESSFRSMSTFINFSDTWVAGKFS 480

Query: 481 KKACTWAFGMNLFDLRRWREENLTALYHKYLRLSNERPILKGGSLPLGWVTFYNQTTAVE 540
            +ACTWAFGMNL DL  WR   LT+ Y KY  L  +RP+ K GSLP+GW+TFY QT A++
Sbjct: 481 PRACTWAFGMNLIDLEEWRIRKLTSTYIKYFNLGTKRPLWKAGSLPIGWLTFYRQTLALD 540

Query: 541 RRWHVLGLGHDSTVPLDVIEKAAVIHYDGVRKPWLDIGFGEYKELWSRHMDFNNPYLQQC 600
           +RWHV+GLG +S V    IE+AAVIHYDGV KPWLDIG   YK  W+ H+ +++ YLQQC
Sbjct: 541 KRWHVMGLGRESGVKAVDIEQAAVIHYDGVMKPWLDIGKENYKRYWNIHVPYHHTYLQQC 587

Query: 601 NI 602
           N+
Sbjct: 601 NL 587

BLAST of CmUC09G167110 vs. ExPASy Swiss-Prot
Match: Q8RXE1 (Probable galacturonosyltransferase 5 OS=Arabidopsis thaliana OX=3702 GN=GAUT5 PE=2 SV=1)

HSP 1 Score: 582.4 bits (1500), Expect = 1.0e-164
Identity = 317/620 (51.13%), Postives = 427/620 (68.87%), Query Frame = 0

Query: 1   MKLLRRCQRILILSLLSLSVLAPLVLVSHRLKTITSIGRREFIDDLS--SRKRRDVEALN 60
           M  +RR QRILILSLL LSVLAP+V VS+RLK+ITS+ R EFI++LS  + K  D   L 
Sbjct: 1   MNQVRRWQRILILSLLLLSVLAPIVFVSNRLKSITSVDRGEFIEELSDITDKTEDELRLT 60

Query: 61  SIEQEAGESLKEPKPIVFEDKDFQSRERINSLEFGSKPSKEQKDKRFEDGGEKKHSYKET 120
           +IEQ+  E LKEPK I+ +D+DF S    NS       S +  D    + G++K+   E 
Sbjct: 61  AIEQDE-EGLKEPKRIL-QDRDFNSVVLSNS-------SDKSNDTVQSNEGDQKNFLSEV 120

Query: 121 GQRDNNLHAQSRGV----------------RDVEIEIKYPQHNRSAAKRDKNARIAQSRS 180
            + +N+   + + V                RD+++  K  +    ++K +KN R+   R+
Sbjct: 121 DKGNNHKPKEEQAVSQKTTVSSNAEVKISARDIQLNHK-TEFRPPSSKSEKNTRVQLERA 180

Query: 181 VDYKVKEIKDQLIRAKAYLSFAPPGSTAHLMKELRQRIKELEHAVEEVTRDSALPKSALQ 240
            D +VKEI+D++I+AKAYL+ A PG+ + ++KELR R KELE A  + T+D  LPKS+  
Sbjct: 181 TDERVKEIRDKIIQAKAYLNLALPGNNSQIVKELRVRTKELERATGDTTKDKYLPKSSPN 240

Query: 241 KMKNMESSLVKASNTFPDCSAMSSKLRAMTENAEEQVRMQKKQTTYLLNLAARTTPKGFH 300
           ++K ME +L K S  F +C A+++KL+AMT   EEQ R QKKQ  YL+ LAARTTPKG H
Sbjct: 241 RLKAMEVALYKVSRAFHNCPAIATKLQAMTYKTEEQARAQKKQAAYLMQLAARTTPKGLH 300

Query: 301 CLSMRLTSEYFALEPSEKQLLEHQKLHDTKLYHYAVFSDNVLACAVVVNSTISSAAEPEK 360
           CLSMRLT+EYF L+  ++QLL+ Q  +D  LYHY VFSDNVLA +VVVNSTISS+ EP+K
Sbjct: 301 CLSMRLTTEYFTLDHEKRQLLQ-QSYNDPDLYHYVVFSDNVLASSVVVNSTISSSKEPDK 360

Query: 361 IVFHLVTNSLNLPAMSMWFSLNPPGKAMLEVLSMEDFKRLSTEYDLGWKVQNSSDPRFTS 420
           IVFH+VT+SLN PA+SMWF LNP G+A +++L++++   L   +      QNSSDPR  S
Sbjct: 361 IVFHVVTDSLNYPAISMWFLLNPSGRASIQILNIDEMNVLPLYHAELLMKQNSSDPRIIS 420

Query: 421 ELNYLRFYLPNIFPSLDKVILLDHDVVVQKDLSGLWHIDMKGKVNVGVETCQESEVSFLR 480
            LN+ RFYLP+IFP L+K++L DHDVVVQ+DL+ LW +DM GKV   VETC E + S+  
Sbjct: 421 ALNHARFYLPDIFPGLNKIVLFDHDVVVQRDLTRLWSLDMTGKVVGAVETCLEGDPSYRS 480

Query: 481 MDMFINFSDPLITDKFDKKACTWAFGMNLFDLRRWREENLTALYHKYLRLSNERPILKGG 540
           MD FINFSD  ++ KFD KACTWAFGMNLFDL  WR + LT++Y KY  L  +  + K G
Sbjct: 481 MDSFINFSDAWVSQKFDPKACTWAFGMNLFDLEEWRRQELTSVYLKYFDLGVKGHLWKAG 540

Query: 541 SLPLGWVTFYNQTTAVERRWHVLGLGHDSTVPLDVIEKAAVIHYDGVRKPWLDIGFGEYK 600
            LP+GW+TF+ QT  +E+RW+V GLGH+S +    IE+AAVIHYDG+ KPWLDIG  +YK
Sbjct: 541 GLPVGWLTFFGQTFPLEKRWNVGGLGHESGLRASDIEQAAVIHYDGIMKPWLDIGIDKYK 600

Query: 601 ELWSRHMDFNNPYLQQCNIH 603
             W+ H+ +++P+LQ+CNIH
Sbjct: 601 RYWNIHVPYHHPHLQRCNIH 609

BLAST of CmUC09G167110 vs. ExPASy Swiss-Prot
Match: Q93ZX7 (Probable galacturonosyltransferase 4 OS=Arabidopsis thaliana OX=3702 GN=GAUT4 PE=2 SV=1)

HSP 1 Score: 467.6 bits (1202), Expect = 3.6e-130
Identity = 257/618 (41.59%), Postives = 387/618 (62.62%), Query Frame = 0

Query: 9   RILILSLLSLSVLAPLVLVSHRLKTI-TSIGRREFIDDLSSRK-RRDVEALNSIEQEAGE 68
           R L+L  + L+V+A ++L +    +  T   +R+F++D+++     D   LN + +E+  
Sbjct: 6   RNLVLFFMLLTVVAHILLYTDPAASFKTPFSKRDFLEDVTALTFNSDENRLNLLPRESPA 65

Query: 69  SLKEP-KPIVFEDKDFQSRERINSLEFGSKPSKEQKDKRFEDGGEKKHSYKETGQRDNNL 128
            L+      V+ DK+ +  +++++    +                   +  ++     N+
Sbjct: 66  VLRGGLVGAVYSDKNSRRLDQLSARVLSATDDDTHSHTDISIKQVTHDAASDSHINRENM 125

Query: 129 HAQSRGVRDVEIEIKYPQHNRSAAKRDKNARIAQSRSVDYKVKEIKDQLIRAKAYLSFAP 188
           H Q       +++ + P+ N   AK+D    +      D +V+ +KDQLIRAK YLS   
Sbjct: 126 HVQLTQQTSEKVD-EQPEPNAFGAKKDTGNVLMP----DAQVRHLKDQLIRAKVYLSLPS 185

Query: 189 PGSTAHLMKELRQRIKELEHAVEEVTRDSALPKSALQKMKNMESSLVKASNTFPDCSAMS 248
             + AH ++ELR RIKE++ A+ + ++DS LPK+A++K+K ME +L K      DCS + 
Sbjct: 186 AKANAHFVRELRLRIKEVQRALADASKDSDLPKTAIEKLKAMEQTLAKGKQIQDDCSTVV 245

Query: 249 SKLRAMTENAEEQVRMQKKQTTYLLNLAARTTPKGFHCLSMRLTSEYFALEPSEKQLLEH 308
            KLRAM  +A+EQ+R+ KKQT +L  L A+T PKG HCL +RLT++Y+AL  SE+Q    
Sbjct: 246 KKLRAMLHSADEQLRVHKKQTMFLTQLTAKTIPKGLHCLPLRLTTDYYALNSSEQQFPNQ 305

Query: 309 QKLHDTKLYHYAVFSDNVLACAVVVNSTISSAAEPEKIVFHLVTNSLNLPAMSMWFSLNP 368
           +KL DT+LYHYA+FSDNVLA +VVVNSTI++A  P K VFH+VT+ LN  AM MWF  NP
Sbjct: 306 EKLEDTQLYHYALFSDNVLATSVVVNSTITNAKHPLKHVFHIVTDRLNYAAMRMWFLDNP 365

Query: 369 PGKAMLEVLSMEDFKRLSTEYDLGWKVQNS---------------------SDPRFTSEL 428
           PGKA ++V ++E+F  L++ Y    K  +S                      +P++ S L
Sbjct: 366 PGKATIQVQNVEEFTWLNSSYSPVLKQLSSRSMIDYYFRAHHTNSDTNLKFRNPKYLSIL 425

Query: 429 NYLRFYLPNIFPSLDKVILLDHDVVVQKDLSGLWHIDMKGKVNVGVETCQESEVSFLRMD 488
           N+LRFYLP IFP L KV+ LD D+VVQKDLSGLW +D+KG VN  VETC E   SF R D
Sbjct: 426 NHLRFYLPEIFPKLSKVLFLDDDIVVQKDLSGLWSVDLKGNVNGAVETCGE---SFHRFD 485

Query: 489 MFINFSDPLITDKFDKKACTWAFGMNLFDLRRWREENLTALYHKYLRLSNERPILKGGSL 548
            ++NFS+PLI+  FD +AC WA+GMN+FDL  W+ +N+T +YH++  L+ +R + K G+L
Sbjct: 486 RYLNFSNPLISKNFDPRACGWAYGMNVFDLDEWKRQNITEVYHRWQDLNQDRELWKLGTL 545

Query: 549 PLGWVTFYNQTTAVERRWHVLGLGHDSTVPLDVIEKAAVIHYDGVRKPWLDIGFGEYKEL 603
           P G +TF+ +T  ++R+WH+LGLG++ +V    IE+AAVIHY+G  KPWL+IG   Y+  
Sbjct: 546 PPGLITFWRRTYPLDRKWHILGLGYNPSVNQRDIERAAVIHYNGNLKPWLEIGIPRYRGF 605

BLAST of CmUC09G167110 vs. ExPASy Swiss-Prot
Match: Q9LE59 (Polygalacturonate 4-alpha-galacturonosyltransferase OS=Arabidopsis thaliana OX=3702 GN=GAUT1 PE=1 SV=1)

HSP 1 Score: 416.0 bits (1068), Expect = 1.3e-114
Identity = 223/567 (39.33%), Postives = 341/567 (60.14%), Query Frame = 0

Query: 78  DKDFQSRERINSLEFGSKPSKEQKDKRFEDGGEKKHSYKETGQRDNNLHAQSRGVRDVEI 137
           D  F+  E   + +  S    E++D   +D   +K     T      L  + R +R  E+
Sbjct: 114 DPSFRHSENPATPDVKSNNLNEKRDSISKDSIHQKVE-TPTKIHRRQLREKRREMRANEL 173

Query: 138 EIKYPQHNRSAAKRDKNARIAQSRSV--------------------DYKVKEIKDQLIRA 197
                QHN     + +NA I +S+SV                    D  ++ ++DQ+I A
Sbjct: 174 ----VQHNDDTILKLENAAIERSKSVDSAVLGKYSIWRRENENDNSDSNIRLMRDQVIMA 233

Query: 198 KAYLSFAPPGSTAHLMKELRQRIKELEHAVEEVTRDSALPKSALQKMKNMESSLVKASNT 257
           + Y   A   +   L++EL+ R+K+ +  + E T D+ LP+SA +K++ M   L KA   
Sbjct: 234 RVYSGIAKLKNKNDLLQELQARLKDSQRVLGEATSDADLPRSAHEKLRAMGQVLAKAKMQ 293

Query: 258 FPDCSAMSSKLRAMTENAEEQVRMQKKQTTYLLNLAARTTPKGFHCLSMRLTSEYFALEP 317
             DC  ++ KLRAM + A+EQVR  KKQ+T+L  LAA+T P   HCLSMRLT +Y+ L P
Sbjct: 294 LYDCKLVTGKLRAMLQTADEQVRSLKKQSTFLAQLAAKTIPNPIHCLSMRLTIDYYLLSP 353

Query: 318 SEKQLLEHQKLHDTKLYHYAVFSDNVLACAVVVNSTISSAAEPEKIVFHLVTNSLNLPAM 377
            +++    + L +  LYHYA+FSDNVLA +VVVNSTI +A +P K VFHLVT+ LN  AM
Sbjct: 354 EKRKFPRSENLENPNLYHYALFSDNVLAASVVVNSTIMNAKDPSKHVFHLVTDKLNFGAM 413

Query: 378 SMWFSLNPPGKAMLEVLSMEDFKRLSTEY-------------DLGWKVQNSS-------- 437
           +MWF LNPPGKA + V ++++FK L++ Y             +  +K  + +        
Sbjct: 414 NMWFLLNPPGKATIHVENVDEFKWLNSSYCPVLRQLESAAMREYYFKADHPTSGSSNLKY 473

Query: 438 -DPRFTSELNYLRFYLPNIFPSLDKVILLDHDVVVQKDLSGLWHIDMKGKVNVGVETCQE 497
            +P++ S LN+LRFYLP ++P L+K++ LD D++VQKDL+ LW +++ GKVN  VETC E
Sbjct: 474 RNPKYLSMLNHLRFYLPEVYPKLNKILFLDDDIIVQKDLTPLWEVNLNGKVNGAVETCGE 533

Query: 498 SEVSFLRMDMFINFSDPLITDKFDKKACTWAFGMNLFDLRRWREENLTALYHKYLRLSNE 557
              SF R D ++NFS+P I   F+  AC WA+GMN+FDL+ W++ ++T +YHK+  ++  
Sbjct: 534 ---SFHRFDKYLNFSNPHIARNFNPNACGWAYGMNMFDLKEWKKRDITGIYHKWQNMNEN 593

Query: 558 RPILKGGSLPLGWVTFYNQTTAVERRWHVLGLGHDSTVPLDVIEKAAVIHYDGVRKPWLD 603
           R + K G+LP G +TFY  T  + + WHVLGLG++ ++    IE AAV+HY+G  KPWL+
Sbjct: 594 RTLWKLGTLPPGLITFYGLTHPLNKAWHVLGLGYNPSIDKKDIENAAVVHYNGNMKPWLE 653

BLAST of CmUC09G167110 vs. ExPASy Swiss-Prot
Match: Q0WQD2 (Probable galacturonosyltransferase 3 OS=Arabidopsis thaliana OX=3702 GN=GAUT3 PE=2 SV=2)

HSP 1 Score: 409.5 bits (1051), Expect = 1.2e-112
Identity = 223/554 (40.25%), Postives = 338/554 (61.01%), Query Frame = 0

Query: 82  QSRERINSLEFGSKPSKEQKDKRFEDGGEKK----HSYKETGQRDNNLHAQSRGVRDVEI 141
           +S  +  +++F S    +++  R E  G++        KET ++          +++  I
Sbjct: 139 ESENQFPNVDFASPAKLKRQILRQERRGQRTLELIRQEKETDEQ----------MQEAAI 198

Query: 142 EIKYPQHNRSAAKRDKNARIAQSRSVDYKVKEIKDQLIRAKAYLSFAPPGSTAHLMKELR 201
           +      N    K     R  +S + D  +K ++DQ+I AKAY + A   +  +L   L 
Sbjct: 199 QKSMSFENSVIGKYSIWRRDYESPNADAILKLMRDQIIMAKAYANIAKSKNVTNLYVFLM 258

Query: 202 QRIKELEHAVEEVTRDSALPKSALQKMKNMESSLVKASNTFPDCSAMSSKLRAMTENAEE 261
           Q+  E +  + + T D+ LP SAL + K M  +L  A +   DC  ++ K RA+ ++ E 
Sbjct: 259 QQCGENKRVIGKATSDADLPSSALDQAKAMGHALSLAKDELYDCHELAKKFRAILQSTER 318

Query: 262 QVRMQKKQTTYLLNLAARTTPKGFHCLSMRLTSEYFAL----EPSEKQLLEHQKLHDTKL 321
           +V   KK+ T+L+ LAA+T PK  HCLS++L ++YF L    E + K+ +  +KL D  L
Sbjct: 319 KVDGLKKKGTFLIQLAAKTFPKPLHCLSLQLAADYFILGFNEEDAVKEDVSQKKLEDPSL 378

Query: 322 YHYAVFSDNVLACAVVVNSTISSAAEPEKIVFHLVTNSLNLPAMSMWFSLNPPGKAMLEV 381
           YHYA+FSDNVLA +VVVNST+ +A EP++ VFH+VT+ LN  AM MWF +N P  A ++V
Sbjct: 379 YHYAIFSDNVLATSVVVNSTVLNAKEPQRHVFHIVTDKLNFGAMKMWFRINAPADATIQV 438

Query: 382 LSMEDFKRLSTEY-------------DLGWKVQNSS------------DPRFTSELNYLR 441
            ++ DFK L++ Y             +  +K  + S            +P++ S LN+LR
Sbjct: 439 ENINDFKWLNSSYCSVLRQLESARLKEYYFKANHPSSISAGADNLKYRNPKYLSMLNHLR 498

Query: 442 FYLPNIFPSLDKVILLDHDVVVQKDLSGLWHIDMKGKVNVGVETCQESEVSFLRMDMFIN 501
           FYLP ++P L+K++ LD D+VVQKDL+ LW IDM+GKVN  VETC+E   SF R D ++N
Sbjct: 499 FYLPEVYPKLEKILFLDDDIVVQKDLAPLWEIDMQGKVNGAVETCKE---SFHRFDKYLN 558

Query: 502 FSDPLITDKFDKKACTWAFGMNLFDLRRWREENLTALYHKYLRLSNERPILKGGSLPLGW 561
           FS+P I++ FD  AC WAFGMN+FDL+ WR+ N+T +YH +  L+ +R + K GSLP G 
Sbjct: 559 FSNPKISENFDAGACGWAFGMNMFDLKEWRKRNITGIYHYWQDLNEDRTLWKLGSLPPGL 618

Query: 562 VTFYNQTTAVERRWHVLGLGHDSTVPLDVIEKAAVIHYDGVRKPWLDIGFGEYKELWSRH 603
           +TFYN T A++R WHVLGLG+D  +    IE AAV+HY+G  KPWL + F +YK  WS++
Sbjct: 619 ITFYNLTYAMDRSWHVLGLGYDPALNQTAIENAAVVHYNGNYKPWLGLAFAKYKPYWSKY 678

BLAST of CmUC09G167110 vs. ExPASy TrEMBL
Match: A0A5A7UWY8 (Hexosyltransferase OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold54G001670 PE=3 SV=1)

HSP 1 Score: 1109.7 bits (2869), Expect = 0.0e+00
Identity = 559/603 (92.70%), Postives = 581/603 (96.35%), Query Frame = 0

Query: 1   MKLLRRCQRILILSLLSLSVLAPLVLVSHRLKTITSIGRREFIDDLSSRKRRDVEALNSI 60
           MKLLRRCQRILILSLLSLSVLAPL+LVSHRLKTITSIGRREFIDDL S KRRDVEALNS+
Sbjct: 1   MKLLRRCQRILILSLLSLSVLAPLILVSHRLKTITSIGRREFIDDLWSMKRRDVEALNSV 60

Query: 61  EQEAGESLKEPKPIVFEDKDFQSRERINSLEFGSKPSKEQKDKRFEDGGEKKHSYKETGQ 120
           EQEAGESLKEPKPIVFEDKDFQS++ INSLEFGSKPSKEQKDK FEDGGEKKHSYKETG+
Sbjct: 61  EQEAGESLKEPKPIVFEDKDFQSKQGINSLEFGSKPSKEQKDKWFEDGGEKKHSYKETGR 120

Query: 121 RDNNLHAQSRGVRDVEIEIKYPQHNRSAAKRDKNARIAQSRSVDYKVKEIKDQLIRAKAY 180
            D+NLH QSRGVRDVE EIKYPQHNRSAAKRDKNA+IAQSRSVDYKVKEIKDQLIRAKAY
Sbjct: 121 HDSNLHGQSRGVRDVEKEIKYPQHNRSAAKRDKNAQIAQSRSVDYKVKEIKDQLIRAKAY 180

Query: 181 LSFAPPGSTAHLMKELRQRIKELEHAVEEVTRDSALPKSALQKMKNMESSLVKASNTFPD 240
           LSFAPPGSTAHLMKELRQR+KELEHAVEEVT DS LPKSALQKMKNMESSLVKA + FPD
Sbjct: 181 LSFAPPGSTAHLMKELRQRVKELEHAVEEVTCDSDLPKSALQKMKNMESSLVKAGHAFPD 240

Query: 241 CSAMSSKLRAMTENAEEQVRMQKKQTTYLLNLAARTTPKGFHCLSMRLTSEYFALEPSEK 300
           CSAMSSKLRAMTENAEEQVRMQKKQTTYLLNLAARTTPKGFHCLSMRLTSEYFAL+PSEK
Sbjct: 241 CSAMSSKLRAMTENAEEQVRMQKKQTTYLLNLAARTTPKGFHCLSMRLTSEYFALQPSEK 300

Query: 301 QLLEHQKLHDTKLYHYAVFSDNVLACAVVVNSTISSAAEPEKIVFHLVTNSLNLPAMSMW 360
           QLLE QKLHDTKLYHYAVFSDNVLACAVVVNSTISSA EPEKIVFHLVTNSLNLPAMSMW
Sbjct: 301 QLLEQQKLHDTKLYHYAVFSDNVLACAVVVNSTISSATEPEKIVFHLVTNSLNLPAMSMW 360

Query: 361 FSLNPPGKAMLEVLSMEDFKRLSTEYDLGWKVQNSSDPRFTSELNYLRFYLPNIFPSLDK 420
           F LNPPGKA +EVLSMEDFK LSTEYDLGWK+QNSSDPRFTSELN+LRFYLPNIFPSLDK
Sbjct: 361 FLLNPPGKATIEVLSMEDFKWLSTEYDLGWKMQNSSDPRFTSELNFLRFYLPNIFPSLDK 420

Query: 421 VILLDHDVVVQKDLSGLWHIDMKGKVNVGVETCQESEVSFLRMDMFINFSDPLITDKFDK 480
           VILLDHDVVVQKDLSGLWH+DMKGKVN  VETCQ+SEVSFLRMDMFINFSDP+I +KF+ 
Sbjct: 421 VILLDHDVVVQKDLSGLWHVDMKGKVNAAVETCQDSEVSFLRMDMFINFSDPVIKNKFNN 480

Query: 481 KACTWAFGMNLFDLRRWREENLTALYHKYLRLSNERPILKGGSLPLGWVTFYNQTTAVER 540
           KACTWAFGMNLFDLRRWREENLTALYHKYLRLSNERPILKGGSLPLGWVTFYNQTTA+ER
Sbjct: 481 KACTWAFGMNLFDLRRWREENLTALYHKYLRLSNERPILKGGSLPLGWVTFYNQTTALER 540

Query: 541 RWHVLGLGHDSTVPLDVIEKAAVIHYDGVRKPWLDIGFGEYKELWSRHMDFNNPYLQQCN 600
           RWHVLGLGHDSTV LDVI KAAVIH+DGVRKPWLDIGFGEYKELWS++MDFNNPYLQQCN
Sbjct: 541 RWHVLGLGHDSTVLLDVIRKAAVIHFDGVRKPWLDIGFGEYKELWSKYMDFNNPYLQQCN 600

Query: 601 IHG 604
           IHG
Sbjct: 601 IHG 603

BLAST of CmUC09G167110 vs. ExPASy TrEMBL
Match: A0A1S3BS75 (Hexosyltransferase OS=Cucumis melo OX=3656 GN=LOC103492628 PE=3 SV=1)

HSP 1 Score: 1102.8 bits (2851), Expect = 0.0e+00
Identity = 557/603 (92.37%), Postives = 579/603 (96.02%), Query Frame = 0

Query: 1   MKLLRRCQRILILSLLSLSVLAPLVLVSHRLKTITSIGRREFIDDLSSRKRRDVEALNSI 60
           MKLLRRCQRILILSLLSLSVLAPL+LVSHRLKTITSIGRREFIDDL S KRRDVEALNS+
Sbjct: 1   MKLLRRCQRILILSLLSLSVLAPLILVSHRLKTITSIGRREFIDDLWSMKRRDVEALNSV 60

Query: 61  EQEAGESLKEPKPIVFEDKDFQSRERINSLEFGSKPSKEQKDKRFEDGGEKKHSYKETGQ 120
           EQEAGESLKEPKPIVFEDKDFQS++ INSLEFGSKPSKEQKDK FEDGGEKKHSYKETG+
Sbjct: 61  EQEAGESLKEPKPIVFEDKDFQSKQGINSLEFGSKPSKEQKDKWFEDGGEKKHSYKETGR 120

Query: 121 RDNNLHAQSRGVRDVEIEIKYPQHNRSAAKRDKNARIAQSRSVDYKVKEIKDQLIRAKAY 180
            D+NLH QSRGVRDVE EIKYPQHNRSAAKRDKNA+IAQSRSVDYKVKEIKDQLIRAKAY
Sbjct: 121 HDSNLHGQSRGVRDVEKEIKYPQHNRSAAKRDKNAQIAQSRSVDYKVKEIKDQLIRAKAY 180

Query: 181 LSFAPPGSTAHLMKELRQRIKELEHAVEEVTRDSALPKSALQKMKNMESSLVKASNTFPD 240
           LSFAPPGSTAHLMKELRQR+KELEHAVEEVT DS LPKSALQKMKNMESSLVKA + FPD
Sbjct: 181 LSFAPPGSTAHLMKELRQRVKELEHAVEEVTCDSDLPKSALQKMKNMESSLVKAGHAFPD 240

Query: 241 CSAMSSKLRAMTENAEEQVRMQKKQTTYLLNLAARTTPKGFHCLSMRLTSEYFALEPSEK 300
           CSAMSSKLRAMTENAEEQVRMQKKQTTYLLNLAARTTPKGFHCLSMRLTSEYFAL+PSEK
Sbjct: 241 CSAMSSKLRAMTENAEEQVRMQKKQTTYLLNLAARTTPKGFHCLSMRLTSEYFALQPSEK 300

Query: 301 QLLEHQKLHDTKLYHYAVFSDNVLACAVVVNSTISSAAEPEKIVFHLVTNSLNLPAMSMW 360
           QLLE QKLHDTKLYHYAVFSDNVLACAVVVNSTISSA EPEKIVFHLVTNSLNLPAMSMW
Sbjct: 301 QLLEQQKLHDTKLYHYAVFSDNVLACAVVVNSTISSATEPEKIVFHLVTNSLNLPAMSMW 360

Query: 361 FSLNPPGKAMLEVLSMEDFKRLSTEYDLGWKVQNSSDPRFTSELNYLRFYLPNIFPSLDK 420
           F LNPPGKA +EVLSMEDFK LSTEYDLGWK+QNSSDPRFTSELN+LRFYL NIFPSLDK
Sbjct: 361 FLLNPPGKATIEVLSMEDFKWLSTEYDLGWKMQNSSDPRFTSELNFLRFYLQNIFPSLDK 420

Query: 421 VILLDHDVVVQKDLSGLWHIDMKGKVNVGVETCQESEVSFLRMDMFINFSDPLITDKFDK 480
           VILLDHDVVVQKDLSGLWH+DMKGKVN  VETCQ+SEVSFLRMDMFINFSDP+I +KF+ 
Sbjct: 421 VILLDHDVVVQKDLSGLWHVDMKGKVNAAVETCQDSEVSFLRMDMFINFSDPVIKNKFNN 480

Query: 481 KACTWAFGMNLFDLRRWREENLTALYHKYLRLSNERPILKGGSLPLGWVTFYNQTTAVER 540
           KACTWAFGMNLFDLRRWREENLTALYHKYLRLSNER ILKGGSLPLGWVTFYNQTTA+ER
Sbjct: 481 KACTWAFGMNLFDLRRWREENLTALYHKYLRLSNERLILKGGSLPLGWVTFYNQTTALER 540

Query: 541 RWHVLGLGHDSTVPLDVIEKAAVIHYDGVRKPWLDIGFGEYKELWSRHMDFNNPYLQQCN 600
           RWHVLGLGHDSTV LDVI KAAVIH+DGVRKPWLDIGFGEYKELWS++MDFNNPYLQQCN
Sbjct: 541 RWHVLGLGHDSTVLLDVIRKAAVIHFDGVRKPWLDIGFGEYKELWSKYMDFNNPYLQQCN 600

Query: 601 IHG 604
           IHG
Sbjct: 601 IHG 603

BLAST of CmUC09G167110 vs. ExPASy TrEMBL
Match: A0A0A0K5H8 (Hexosyltransferase OS=Cucumis sativus OX=3659 GN=Csa_7G378420 PE=3 SV=1)

HSP 1 Score: 1093.6 bits (2827), Expect = 0.0e+00
Identity = 549/603 (91.04%), Postives = 574/603 (95.19%), Query Frame = 0

Query: 1   MKLLRRCQRILILSLLSLSVLAPLVLVSHRLKTITSIGRREFIDDLSSRKRRDVEALNSI 60
           MK LRRCQRILILSLLSLSVLAPL+LVSHRLKTITSIG+REFIDDL SRKRRD+EALNS+
Sbjct: 1   MKFLRRCQRILILSLLSLSVLAPLILVSHRLKTITSIGQREFIDDLWSRKRRDIEALNSV 60

Query: 61  EQEAGESLKEPKPIVFEDKDFQSRERINSLEFGSKPSKEQKDKRFEDGGEKKHSYKETGQ 120
            QEAGESLKEPKPIVFEDKDFQS++ I SLEFGSKPSKEQKDKRFEDG EKKHSYKETG+
Sbjct: 61  GQEAGESLKEPKPIVFEDKDFQSKQGIKSLEFGSKPSKEQKDKRFEDGREKKHSYKETGR 120

Query: 121 RDNNLHAQSRGVRDVEIEIKYPQHNRSAAKRDKNARIAQSRSVDYKVKEIKDQLIRAKAY 180
            D+NLH QSRGVRDVE E KYPQHNRSAAKRDKNARIAQSRSVDYKVKEIKDQLIRAKAY
Sbjct: 121 HDSNLHGQSRGVRDVEKETKYPQHNRSAAKRDKNARIAQSRSVDYKVKEIKDQLIRAKAY 180

Query: 181 LSFAPPGSTAHLMKELRQRIKELEHAVEEVTRDSALPKSALQKMKNMESSLVKASNTFPD 240
           LSFAPPGSTAHLMKELRQR+KELEHA+EEVT DS LPKSALQKMKNMESSLVKA + FPD
Sbjct: 181 LSFAPPGSTAHLMKELRQRVKELEHAIEEVTCDSDLPKSALQKMKNMESSLVKAGHAFPD 240

Query: 241 CSAMSSKLRAMTENAEEQVRMQKKQTTYLLNLAARTTPKGFHCLSMRLTSEYFALEPSEK 300
           CSAMSSKLRAMTENAEEQVRMQKKQTTYLLNLAARTTPKGFHCLSMRLTSEYFAL+PSEK
Sbjct: 241 CSAMSSKLRAMTENAEEQVRMQKKQTTYLLNLAARTTPKGFHCLSMRLTSEYFALQPSEK 300

Query: 301 QLLEHQKLHDTKLYHYAVFSDNVLACAVVVNSTISSAAEPEKIVFHLVTNSLNLPAMSMW 360
           QLLE QKLHDTKLYHYAVFSDNVLACAVVVNSTISSA EPEKIVFHLVTNSLNLPAMSMW
Sbjct: 301 QLLEQQKLHDTKLYHYAVFSDNVLACAVVVNSTISSATEPEKIVFHLVTNSLNLPAMSMW 360

Query: 361 FSLNPPGKAMLEVLSMEDFKRLSTEYDLGWKVQNSSDPRFTSELNYLRFYLPNIFPSLDK 420
           F LNPPGKA +EVLSMEDFK LS EYDLGWK+QNSSDPRFTSELNYLRFYLPNIFPSLDK
Sbjct: 361 FLLNPPGKATIEVLSMEDFKWLSNEYDLGWKMQNSSDPRFTSELNYLRFYLPNIFPSLDK 420

Query: 421 VILLDHDVVVQKDLSGLWHIDMKGKVNVGVETCQESEVSFLRMDMFINFSDPLITDKFDK 480
           VILLDHDVVVQKDLSGLWH+ MKGKVN  VETCQ++EVSFLRMDMFINFSDP+I  KF+ 
Sbjct: 421 VILLDHDVVVQKDLSGLWHVGMKGKVNGAVETCQDTEVSFLRMDMFINFSDPVINKKFNN 480

Query: 481 KACTWAFGMNLFDLRRWREENLTALYHKYLRLSNERPILKGGSLPLGWVTFYNQTTAVER 540
           KACTWAFGMNLFDLRRWREENLTALYHKYLRLSNERPILKGGSLPLGWVTFYNQTTA+ER
Sbjct: 481 KACTWAFGMNLFDLRRWREENLTALYHKYLRLSNERPILKGGSLPLGWVTFYNQTTALER 540

Query: 541 RWHVLGLGHDSTVPLDVIEKAAVIHYDGVRKPWLDIGFGEYKELWSRHMDFNNPYLQQCN 600
           RWHVLGLGHDSTV LD+I KAAVIHYDGVRKPWLDIGFGEYKELW +++DFNNPYL+QCN
Sbjct: 541 RWHVLGLGHDSTVLLDIIRKAAVIHYDGVRKPWLDIGFGEYKELWRKYIDFNNPYLEQCN 600

Query: 601 IHG 604
           IHG
Sbjct: 601 IHG 603

BLAST of CmUC09G167110 vs. ExPASy TrEMBL
Match: A0A5D3DRA5 (Putative galacturonosyltransferase 6 OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold111G00670 PE=3 SV=1)

HSP 1 Score: 1000.0 bits (2584), Expect = 7.5e-288
Identity = 548/784 (69.90%), Postives = 573/784 (73.09%), Query Frame = 0

Query: 1   MKLLRRCQRILILSLLSLSVLAPLVLVSHRLKTITSIGRREFIDDLSSRKRRDVEALNSI 60
           MKLLRRCQRILILSLLSLSVLAPL+LVSHRLKTITSIGRREFIDDL S KRRDVEALNS+
Sbjct: 1   MKLLRRCQRILILSLLSLSVLAPLILVSHRLKTITSIGRREFIDDLWSMKRRDVEALNSV 60

Query: 61  EQEAGESLKEPKPIVFEDKDFQSRERINSLEFGSKPSKEQKDKRFEDGGEKKHSYKETGQ 120
           EQEAGESLKEPKPIVFEDKDFQS++ INSLEFGSKPSKEQKDK FEDGGEKKHSYKETG+
Sbjct: 61  EQEAGESLKEPKPIVFEDKDFQSKQGINSLEFGSKPSKEQKDKWFEDGGEKKHSYKETGR 120

Query: 121 RDNNLHAQSRGVRDVEIEIKYPQHNRSAAKRDKNARIAQSRSVDYKVKEIKDQLIRAKAY 180
            D+NLH QSRGVRDVE EIKYPQHNRSAAKRDKNA+IAQSRSVDYKVKEIKDQLIRAKAY
Sbjct: 121 HDSNLHGQSRGVRDVEKEIKYPQHNRSAAKRDKNAQIAQSRSVDYKVKEIKDQLIRAKAY 180

Query: 181 LSFAPPGSTAHLMKELRQRIKELEHAVEEVTRDSALPKSALQKMKNMESSLVKASNTFPD 240
           LSFAPPGSTAHLMKELRQR+KELEHAVEEVT DS LPKSALQKMKNMESSLVKA + FPD
Sbjct: 181 LSFAPPGSTAHLMKELRQRVKELEHAVEEVTCDSDLPKSALQKMKNMESSLVKAGHAFPD 240

Query: 241 CSAMSSKLRAMTENAEEQVRMQKKQTTYLLNLAARTTPKGFHCLSMRLTSEYFALEPSEK 300
           CSAMSSKLRAMTENAEEQVRMQKKQTTYLLNLAARTTPKGFHCLSMRLTSEYFAL+PSEK
Sbjct: 241 CSAMSSKLRAMTENAEEQVRMQKKQTTYLLNLAARTTPKGFHCLSMRLTSEYFALQPSEK 300

Query: 301 QLLEHQKLHDTKLYHYAVFSDNVLACAVVVNSTISSAAEPEKIVFHLVTNSLNLPAMSMW 360
           QLLE QKLHDTKLYHYAVFSDNVLACAVVVNSTISSA EPEKIVFHLVTNSLNLPAMSMW
Sbjct: 301 QLLEQQKLHDTKLYHYAVFSDNVLACAVVVNSTISSATEPEKIVFHLVTNSLNLPAMSMW 360

Query: 361 FSLNPPGKAMLEVLSMEDFKRLSTEYDLGWKVQNSSDPRFTSELNYLRFYLPNIFPSLDK 420
           F LNPPGKA +EVLSMEDFK LSTEYDLGWK+QNSSDPRFTSELN+LRFYLPNIFPSLDK
Sbjct: 361 FLLNPPGKATIEVLSMEDFKWLSTEYDLGWKMQNSSDPRFTSELNFLRFYLPNIFPSLDK 420

Query: 421 VILLDHDVVVQKDLSGLWHIDMKGKVNVGVETCQESEVSFLRMDMFINFSDPLITDKFDK 480
           VILLDHDVVVQKDLSGLWH+DMKGKVN  VETCQ+SEVSFLRMDMFINFSDP+I +KF+ 
Sbjct: 421 VILLDHDVVVQKDLSGLWHVDMKGKVNAAVETCQDSEVSFLRMDMFINFSDPVIKNKFNN 480

Query: 481 KACTWAFGMNLFDLR--------------------------------------------- 540
           KACTWAFGMNLFDLR                                             
Sbjct: 481 KACTWAFGMNLFDLRSISIHRLFVLKIILQRVVGSLIWLFQWMVATFKFVGAAALLAAVV 540

Query: 541 ----------------------------------------RWREE--------------- 600
                                                   +WR +               
Sbjct: 541 MDFYQNFAFWAYGLEANFTFYGVGVHQEDIGGNLTHGRSIQWRRKIKDGGKGQCFKRHAE 600

Query: 601 -----------------------------------------NLTAL----------YHKY 604
                                                    N TA              Y
Sbjct: 601 AHKAQPPCLSVERRGADGKARLRRALPPGAVGAGFIMWAGLNATACGKCPDHVKEEIKDY 660

BLAST of CmUC09G167110 vs. ExPASy TrEMBL
Match: A0A6J1DSV7 (Hexosyltransferase OS=Momordica charantia OX=3673 GN=LOC111022851 PE=3 SV=1)

HSP 1 Score: 999.2 bits (2582), Expect = 1.3e-287
Identity = 507/603 (84.08%), Postives = 549/603 (91.04%), Query Frame = 0

Query: 1   MKLLRRCQRILILSLLSLSVLAPLVLVSHRLKTITSIGRREFIDDLSSRKRRDVEALNSI 60
           MKLLRRCQRILILSLLSLSVLAPLVLVS RLKTITS GRR+FI+D+SS+KR DVEAL+SI
Sbjct: 1   MKLLRRCQRILILSLLSLSVLAPLVLVSQRLKTITSFGRRDFIEDISSKKRIDVEALHSI 60

Query: 61  EQEAGESLKEPKPIVFEDKDFQSRERINSLEFGSKPSKEQKDKRFEDGGEKKHSYKETGQ 120
            QEAGE LKEPKP+VFED DF SRE INSL F S+PSK  +DKRFE GGEKK S K T +
Sbjct: 61  RQEAGEGLKEPKPVVFEDIDFHSREGINSLNFRSEPSKGNEDKRFE-GGEKKQSSKATER 120

Query: 121 RDNNLHAQSRGVRDVEIEIKYPQHNRSAAKRDKNARIAQSRSVDYKVKEIKDQLIRAKAY 180
            DN++H+QSRGVRDVEIE K+ Q NRSA KRDKN  + +SR++D KVKEIKDQLIRAKAY
Sbjct: 121 HDNSVHSQSRGVRDVEIEKKHQQLNRSAVKRDKN--VPKSRTIDSKVKEIKDQLIRAKAY 180

Query: 181 LSFAPPGSTAHLMKELRQRIKELEHAVEEVTRDSALPKSALQKMKNMESSLVKASNTFPD 240
           LSFAPP S +HLMKELRQRIKELEHAV+E T DSAL KSALQKMKNMESSLVKA + FPD
Sbjct: 181 LSFAPPSSNSHLMKELRQRIKELEHAVDEATMDSALTKSALQKMKNMESSLVKAGHAFPD 240

Query: 241 CSAMSSKLRAMTENAEEQVRMQKKQTTYLLNLAARTTPKGFHCLSMRLTSEYFALEPSEK 300
           CSAM+SKLRAMTENAEEQVR QKKQ  YLLNLAARTTPKGFHCLSMRLTSEYFAL+PSE+
Sbjct: 241 CSAMASKLRAMTENAEEQVRTQKKQAAYLLNLAARTTPKGFHCLSMRLTSEYFALQPSER 300

Query: 301 QLLEHQKLHDTKLYHYAVFSDNVLACAVVVNSTISSAAEPEKIVFHLVTNSLNLPAMSMW 360
           QLLE QKLHD+KL+HYAVFSDNVLACAVVVNSTISSA EPEKIVFHLVTNSLNLPAMSMW
Sbjct: 301 QLLEQQKLHDSKLHHYAVFSDNVLACAVVVNSTISSAKEPEKIVFHLVTNSLNLPAMSMW 360

Query: 361 FSLNPPGKAMLEVLSMEDFKRLSTEYDLGWKVQNSSDPRFTSELNYLRFYLPNIFPSLDK 420
           F LNPPGKA +EVLSMEDFK LSTEY LGWK +NSSDPRF SELNYLRFYLPNIFPSL K
Sbjct: 361 FLLNPPGKATIEVLSMEDFKWLSTEYRLGWKTENSSDPRFNSELNYLRFYLPNIFPSLGK 420

Query: 421 VILLDHDVVVQKDLSGLWHIDMKGKVNVGVETCQESEVSFLRMDMFINFSDPLITDKFDK 480
           V+LLDHDVVVQKDLSGLW +DMKGKVNV VETCQESEVSFLRMDMF+NFSDPLI +KF+K
Sbjct: 421 VVLLDHDVVVQKDLSGLWDVDMKGKVNVAVETCQESEVSFLRMDMFVNFSDPLIANKFNK 480

Query: 481 KACTWAFGMNLFDLRRWREENLTALYHKYLRLSNERPILKGGSLPLGWVTFYNQTTAVER 540
            ACTWAFGMNLF+L RWR+E++TALYH+YLRL+NERPILKGGSLPLGW+TFYNQTTA+E+
Sbjct: 481 NACTWAFGMNLFNLGRWRKESVTALYHEYLRLNNERPILKGGSLPLGWITFYNQTTALEQ 540

Query: 541 RWHVLGLGHDSTVPLDVIEKAAVIHYDGVRKPWLDIGFGEYKELWSRHMDFNNPYLQQCN 600
           RWH+LGLGHDSTVP D IEKAAVIHYDGVRKPWLDIGFGEYK  WSRHMDFNNPYLQQCN
Sbjct: 541 RWHLLGLGHDSTVPPDTIEKAAVIHYDGVRKPWLDIGFGEYKYFWSRHMDFNNPYLQQCN 600

Query: 601 IHG 604
           IHG
Sbjct: 601 IHG 600

BLAST of CmUC09G167110 vs. TAIR 10
Match: AT1G06780.1 (galacturonosyltransferase 6 )

HSP 1 Score: 600.9 bits (1548), Expect = 2.0e-171
Identity = 322/602 (53.49%), Postives = 420/602 (69.77%), Query Frame = 0

Query: 1   MKLLRRCQRILILSLLSLSVLAPLVLVSHRLKTITSIGRREFIDDLSS-RKRRDVEALNS 60
           MK +RR QRILIL+LLS+SV APL+ VS+RLK+IT +GRREFI++LS  R   +   L++
Sbjct: 1   MKQIRRWQRILILALLSISVFAPLIFVSNRLKSITPVGRREFIEELSKIRFTTNDLRLSA 60

Query: 61  IEQEAGESLKEPKPIVFEDKDFQSRERINSLEFGSKPSKEQKDKRFEDGGEKKHSYKETG 120
           IE E GE LK P+ I+F+D +F S     S E     + + ++++     +   S  E G
Sbjct: 61  IEHEDGEGLKGPRLILFKDGEFNS-----SAESDGGNTYKNREEQVIVSQKMTVSSDEKG 120

Query: 121 QRDNNLHAQSRGVRDVEIEIKYPQHNRSAAKRDKNARIAQSRSVDYKVKEIKDQLIRAKA 180
           Q    ++  +      + + K P      +K +KN R+   R+ D K KEI+D++I+AKA
Sbjct: 121 QILPTVNQLAN-----KTDFKPP-----LSKGEKNTRVQPDRATDVKTKEIRDKIIQAKA 180

Query: 181 YLSFAPPGSTAHLMKELRQRIKELEHAVEEVTRDSALPKSALQKMKNMESSLVKASNTFP 240
           YL+FAPPGS + ++KELR R+KELE +V + T+D  L K AL+++K ME+ L KAS  F 
Sbjct: 181 YLNFAPPGSNSQVVKELRGRLKELERSVGDATKDKDLSKGALRRVKPMENVLYKASRVFN 240

Query: 241 DCSAMSSKLRAMTENAEEQVRMQKKQTTYLLNLAARTTPKGFHCLSMRLTSEYFALEPSE 300
           +C A+++KLRAM  N EEQV+ QK Q  YL+ LAARTTPKG HCLSMRLTSEYF+L+P +
Sbjct: 241 NCPAIATKLRAMNYNTEEQVQAQKNQAAYLMQLAARTTPKGLHCLSMRLTSEYFSLDPEK 300

Query: 301 KQLLEHQKLHDTKLYHYAVFSDNVLACAVVVNSTISSAAEPEKIVFHLVTNSLNLPAMSM 360
           +Q+   Q   D    HY VFSDNVLA +VVVNSTISS+ EPE+IVFH+VT+SLN PA+SM
Sbjct: 301 RQMPNQQNYFDANFNHYVVFSDNVLASSVVVNSTISSSKEPERIVFHVVTDSLNYPAISM 360

Query: 361 WFSLNPPGKAMLEVLSMEDFKRLSTEYDLGWKVQNSSDPRFTSELNYLRFYLPNIFPSLD 420
           WF LN   KA +++L+++D   L  +YD     QNS+DPRF S LN+ RFYLP+IFP L+
Sbjct: 361 WFLLNIQSKATIQILNIDDMDVLPRDYDQLLMKQNSNDPRFISTLNHARFYLPDIFPGLN 420

Query: 421 KVILLDHDVVVQKDLSGLWHIDMKGKVNVGVETCQESEVSFLRMDMFINFSDPLITDKFD 480
           K++LLDHDVVVQ+DLS LW IDMKGKV   VETC E E SF  M  FINFSD  +  KF 
Sbjct: 421 KMVLLDHDVVVQRDLSRLWSIDMKGKVVGAVETCLEGESSFRSMSTFINFSDTWVAGKFS 480

Query: 481 KKACTWAFGMNLFDLRRWREENLTALYHKYLRLSNERPILKGGSLPLGWVTFYNQTTAVE 540
            +ACTWAFGMNL DL  WR   LT+ Y KY  L  +RP+ K GSLP+GW+TFY QT A++
Sbjct: 481 PRACTWAFGMNLIDLEEWRIRKLTSTYIKYFNLGTKRPLWKAGSLPIGWLTFYRQTLALD 540

Query: 541 RRWHVLGLGHDSTVPLDVIEKAAVIHYDGVRKPWLDIGFGEYKELWSRHMDFNNPYLQQC 600
           +RWHV+GLG +S V    IE+AAVIHYDGV KPWLDIG   YK  W+ H+ +++ YLQQC
Sbjct: 541 KRWHVMGLGRESGVKAVDIEQAAVIHYDGVMKPWLDIGKENYKRYWNIHVPYHHTYLQQC 587

Query: 601 NI 602
           N+
Sbjct: 601 NL 587

BLAST of CmUC09G167110 vs. TAIR 10
Match: AT1G06780.2 (galacturonosyltransferase 6 )

HSP 1 Score: 591.7 bits (1524), Expect = 1.2e-168
Identity = 322/615 (52.36%), Postives = 420/615 (68.29%), Query Frame = 0

Query: 1   MKLLRRCQRILILSLLSLSVLAPLVLVSHRLKTITSIG-------------RREFIDDLS 60
           MK +RR QRILIL+LLS+SV APL+ VS+RLK+IT +G             RREFI++LS
Sbjct: 1   MKQIRRWQRILILALLSISVFAPLIFVSNRLKSITPVGQFRLLSFLFSFHCRREFIEELS 60

Query: 61  S-RKRRDVEALNSIEQEAGESLKEPKPIVFEDKDFQSRERINSLEFGSKPSKEQKDKRFE 120
             R   +   L++IE E GE LK P+ I+F+D +F S     S E     + + ++++  
Sbjct: 61  KIRFTTNDLRLSAIEHEDGEGLKGPRLILFKDGEFNS-----SAESDGGNTYKNREEQVI 120

Query: 121 DGGEKKHSYKETGQRDNNLHAQSRGVRDVEIEIKYPQHNRSAAKRDKNARIAQSRSVDYK 180
              +   S  E GQ    ++  +      + + K P      +K +KN R+   R+ D K
Sbjct: 121 VSQKMTVSSDEKGQILPTVNQLAN-----KTDFKPP-----LSKGEKNTRVQPDRATDVK 180

Query: 181 VKEIKDQLIRAKAYLSFAPPGSTAHLMKELRQRIKELEHAVEEVTRDSALPKSALQKMKN 240
            KEI+D++I+AKAYL+FAPPGS + ++KELR R+KELE +V + T+D  L K AL+++K 
Sbjct: 181 TKEIRDKIIQAKAYLNFAPPGSNSQVVKELRGRLKELERSVGDATKDKDLSKGALRRVKP 240

Query: 241 MESSLVKASNTFPDCSAMSSKLRAMTENAEEQVRMQKKQTTYLLNLAARTTPKGFHCLSM 300
           ME+ L KAS  F +C A+++KLRAM  N EEQV+ QK Q  YL+ LAARTTPKG HCLSM
Sbjct: 241 MENVLYKASRVFNNCPAIATKLRAMNYNTEEQVQAQKNQAAYLMQLAARTTPKGLHCLSM 300

Query: 301 RLTSEYFALEPSEKQLLEHQKLHDTKLYHYAVFSDNVLACAVVVNSTISSAAEPEKIVFH 360
           RLTSEYF+L+P ++Q+   Q   D    HY VFSDNVLA +VVVNSTISS+ EPE+IVFH
Sbjct: 301 RLTSEYFSLDPEKRQMPNQQNYFDANFNHYVVFSDNVLASSVVVNSTISSSKEPERIVFH 360

Query: 361 LVTNSLNLPAMSMWFSLNPPGKAMLEVLSMEDFKRLSTEYDLGWKVQNSSDPRFTSELNY 420
           +VT+SLN PA+SMWF LN   KA +++L+++D   L  +YD     QNS+DPRF S LN+
Sbjct: 361 VVTDSLNYPAISMWFLLNIQSKATIQILNIDDMDVLPRDYDQLLMKQNSNDPRFISTLNH 420

Query: 421 LRFYLPNIFPSLDKVILLDHDVVVQKDLSGLWHIDMKGKVNVGVETCQESEVSFLRMDMF 480
            RFYLP+IFP L+K++LLDHDVVVQ+DLS LW IDMKGKV   VETC E E SF  M  F
Sbjct: 421 ARFYLPDIFPGLNKMVLLDHDVVVQRDLSRLWSIDMKGKVVGAVETCLEGESSFRSMSTF 480

Query: 481 INFSDPLITDKFDKKACTWAFGMNLFDLRRWREENLTALYHKYLRLSNERPILKGGSLPL 540
           INFSD  +  KF  +ACTWAFGMNL DL  WR   LT+ Y KY  L  +RP+ K GSLP+
Sbjct: 481 INFSDTWVAGKFSPRACTWAFGMNLIDLEEWRIRKLTSTYIKYFNLGTKRPLWKAGSLPI 540

Query: 541 GWVTFYNQTTAVERRWHVLGLGHDSTVPLDVIEKAAVIHYDGVRKPWLDIGFGEYKELWS 600
           GW+TFY QT A+++RWHV+GLG +S V    IE+AAVIHYDGV KPWLDIG   YK  W+
Sbjct: 541 GWLTFYRQTLALDKRWHVMGLGRESGVKAVDIEQAAVIHYDGVMKPWLDIGKENYKRYWN 600

Query: 601 RHMDFNNPYLQQCNI 602
            H+ +++ YLQQCN+
Sbjct: 601 IHVPYHHTYLQQCNL 600

BLAST of CmUC09G167110 vs. TAIR 10
Match: AT2G30575.1 (los glycosyltransferase 5 )

HSP 1 Score: 582.4 bits (1500), Expect = 7.2e-166
Identity = 317/620 (51.13%), Postives = 427/620 (68.87%), Query Frame = 0

Query: 1   MKLLRRCQRILILSLLSLSVLAPLVLVSHRLKTITSIGRREFIDDLS--SRKRRDVEALN 60
           M  +RR QRILILSLL LSVLAP+V VS+RLK+ITS+ R EFI++LS  + K  D   L 
Sbjct: 1   MNQVRRWQRILILSLLLLSVLAPIVFVSNRLKSITSVDRGEFIEELSDITDKTEDELRLT 60

Query: 61  SIEQEAGESLKEPKPIVFEDKDFQSRERINSLEFGSKPSKEQKDKRFEDGGEKKHSYKET 120
           +IEQ+  E LKEPK I+ +D+DF S    NS       S +  D    + G++K+   E 
Sbjct: 61  AIEQDE-EGLKEPKRIL-QDRDFNSVVLSNS-------SDKSNDTVQSNEGDQKNFLSEV 120

Query: 121 GQRDNNLHAQSRGV----------------RDVEIEIKYPQHNRSAAKRDKNARIAQSRS 180
            + +N+   + + V                RD+++  K  +    ++K +KN R+   R+
Sbjct: 121 DKGNNHKPKEEQAVSQKTTVSSNAEVKISARDIQLNHK-TEFRPPSSKSEKNTRVQLERA 180

Query: 181 VDYKVKEIKDQLIRAKAYLSFAPPGSTAHLMKELRQRIKELEHAVEEVTRDSALPKSALQ 240
            D +VKEI+D++I+AKAYL+ A PG+ + ++KELR R KELE A  + T+D  LPKS+  
Sbjct: 181 TDERVKEIRDKIIQAKAYLNLALPGNNSQIVKELRVRTKELERATGDTTKDKYLPKSSPN 240

Query: 241 KMKNMESSLVKASNTFPDCSAMSSKLRAMTENAEEQVRMQKKQTTYLLNLAARTTPKGFH 300
           ++K ME +L K S  F +C A+++KL+AMT   EEQ R QKKQ  YL+ LAARTTPKG H
Sbjct: 241 RLKAMEVALYKVSRAFHNCPAIATKLQAMTYKTEEQARAQKKQAAYLMQLAARTTPKGLH 300

Query: 301 CLSMRLTSEYFALEPSEKQLLEHQKLHDTKLYHYAVFSDNVLACAVVVNSTISSAAEPEK 360
           CLSMRLT+EYF L+  ++QLL+ Q  +D  LYHY VFSDNVLA +VVVNSTISS+ EP+K
Sbjct: 301 CLSMRLTTEYFTLDHEKRQLLQ-QSYNDPDLYHYVVFSDNVLASSVVVNSTISSSKEPDK 360

Query: 361 IVFHLVTNSLNLPAMSMWFSLNPPGKAMLEVLSMEDFKRLSTEYDLGWKVQNSSDPRFTS 420
           IVFH+VT+SLN PA+SMWF LNP G+A +++L++++   L   +      QNSSDPR  S
Sbjct: 361 IVFHVVTDSLNYPAISMWFLLNPSGRASIQILNIDEMNVLPLYHAELLMKQNSSDPRIIS 420

Query: 421 ELNYLRFYLPNIFPSLDKVILLDHDVVVQKDLSGLWHIDMKGKVNVGVETCQESEVSFLR 480
            LN+ RFYLP+IFP L+K++L DHDVVVQ+DL+ LW +DM GKV   VETC E + S+  
Sbjct: 421 ALNHARFYLPDIFPGLNKIVLFDHDVVVQRDLTRLWSLDMTGKVVGAVETCLEGDPSYRS 480

Query: 481 MDMFINFSDPLITDKFDKKACTWAFGMNLFDLRRWREENLTALYHKYLRLSNERPILKGG 540
           MD FINFSD  ++ KFD KACTWAFGMNLFDL  WR + LT++Y KY  L  +  + K G
Sbjct: 481 MDSFINFSDAWVSQKFDPKACTWAFGMNLFDLEEWRRQELTSVYLKYFDLGVKGHLWKAG 540

Query: 541 SLPLGWVTFYNQTTAVERRWHVLGLGHDSTVPLDVIEKAAVIHYDGVRKPWLDIGFGEYK 600
            LP+GW+TF+ QT  +E+RW+V GLGH+S +    IE+AAVIHYDG+ KPWLDIG  +YK
Sbjct: 541 GLPVGWLTFFGQTFPLEKRWNVGGLGHESGLRASDIEQAAVIHYDGIMKPWLDIGIDKYK 600

Query: 601 ELWSRHMDFNNPYLQQCNIH 603
             W+ H+ +++P+LQ+CNIH
Sbjct: 601 RYWNIHVPYHHPHLQRCNIH 609

BLAST of CmUC09G167110 vs. TAIR 10
Match: AT5G47780.1 (galacturonosyltransferase 4 )

HSP 1 Score: 467.6 bits (1202), Expect = 2.6e-131
Identity = 257/618 (41.59%), Postives = 387/618 (62.62%), Query Frame = 0

Query: 9   RILILSLLSLSVLAPLVLVSHRLKTI-TSIGRREFIDDLSSRK-RRDVEALNSIEQEAGE 68
           R L+L  + L+V+A ++L +    +  T   +R+F++D+++     D   LN + +E+  
Sbjct: 6   RNLVLFFMLLTVVAHILLYTDPAASFKTPFSKRDFLEDVTALTFNSDENRLNLLPRESPA 65

Query: 69  SLKEP-KPIVFEDKDFQSRERINSLEFGSKPSKEQKDKRFEDGGEKKHSYKETGQRDNNL 128
            L+      V+ DK+ +  +++++    +                   +  ++     N+
Sbjct: 66  VLRGGLVGAVYSDKNSRRLDQLSARVLSATDDDTHSHTDISIKQVTHDAASDSHINRENM 125

Query: 129 HAQSRGVRDVEIEIKYPQHNRSAAKRDKNARIAQSRSVDYKVKEIKDQLIRAKAYLSFAP 188
           H Q       +++ + P+ N   AK+D    +      D +V+ +KDQLIRAK YLS   
Sbjct: 126 HVQLTQQTSEKVD-EQPEPNAFGAKKDTGNVLMP----DAQVRHLKDQLIRAKVYLSLPS 185

Query: 189 PGSTAHLMKELRQRIKELEHAVEEVTRDSALPKSALQKMKNMESSLVKASNTFPDCSAMS 248
             + AH ++ELR RIKE++ A+ + ++DS LPK+A++K+K ME +L K      DCS + 
Sbjct: 186 AKANAHFVRELRLRIKEVQRALADASKDSDLPKTAIEKLKAMEQTLAKGKQIQDDCSTVV 245

Query: 249 SKLRAMTENAEEQVRMQKKQTTYLLNLAARTTPKGFHCLSMRLTSEYFALEPSEKQLLEH 308
            KLRAM  +A+EQ+R+ KKQT +L  L A+T PKG HCL +RLT++Y+AL  SE+Q    
Sbjct: 246 KKLRAMLHSADEQLRVHKKQTMFLTQLTAKTIPKGLHCLPLRLTTDYYALNSSEQQFPNQ 305

Query: 309 QKLHDTKLYHYAVFSDNVLACAVVVNSTISSAAEPEKIVFHLVTNSLNLPAMSMWFSLNP 368
           +KL DT+LYHYA+FSDNVLA +VVVNSTI++A  P K VFH+VT+ LN  AM MWF  NP
Sbjct: 306 EKLEDTQLYHYALFSDNVLATSVVVNSTITNAKHPLKHVFHIVTDRLNYAAMRMWFLDNP 365

Query: 369 PGKAMLEVLSMEDFKRLSTEYDLGWKVQNS---------------------SDPRFTSEL 428
           PGKA ++V ++E+F  L++ Y    K  +S                      +P++ S L
Sbjct: 366 PGKATIQVQNVEEFTWLNSSYSPVLKQLSSRSMIDYYFRAHHTNSDTNLKFRNPKYLSIL 425

Query: 429 NYLRFYLPNIFPSLDKVILLDHDVVVQKDLSGLWHIDMKGKVNVGVETCQESEVSFLRMD 488
           N+LRFYLP IFP L KV+ LD D+VVQKDLSGLW +D+KG VN  VETC E   SF R D
Sbjct: 426 NHLRFYLPEIFPKLSKVLFLDDDIVVQKDLSGLWSVDLKGNVNGAVETCGE---SFHRFD 485

Query: 489 MFINFSDPLITDKFDKKACTWAFGMNLFDLRRWREENLTALYHKYLRLSNERPILKGGSL 548
            ++NFS+PLI+  FD +AC WA+GMN+FDL  W+ +N+T +YH++  L+ +R + K G+L
Sbjct: 486 RYLNFSNPLISKNFDPRACGWAYGMNVFDLDEWKRQNITEVYHRWQDLNQDRELWKLGTL 545

Query: 549 PLGWVTFYNQTTAVERRWHVLGLGHDSTVPLDVIEKAAVIHYDGVRKPWLDIGFGEYKEL 603
           P G +TF+ +T  ++R+WH+LGLG++ +V    IE+AAVIHY+G  KPWL+IG   Y+  
Sbjct: 546 PPGLITFWRRTYPLDRKWHILGLGYNPSVNQRDIERAAVIHYNGNLKPWLEIGIPRYRGF 605

BLAST of CmUC09G167110 vs. TAIR 10
Match: AT3G61130.1 (galacturonosyltransferase 1 )

HSP 1 Score: 416.0 bits (1068), Expect = 9.0e-116
Identity = 223/567 (39.33%), Postives = 341/567 (60.14%), Query Frame = 0

Query: 78  DKDFQSRERINSLEFGSKPSKEQKDKRFEDGGEKKHSYKETGQRDNNLHAQSRGVRDVEI 137
           D  F+  E   + +  S    E++D   +D   +K     T      L  + R +R  E+
Sbjct: 114 DPSFRHSENPATPDVKSNNLNEKRDSISKDSIHQKVE-TPTKIHRRQLREKRREMRANEL 173

Query: 138 EIKYPQHNRSAAKRDKNARIAQSRSV--------------------DYKVKEIKDQLIRA 197
                QHN     + +NA I +S+SV                    D  ++ ++DQ+I A
Sbjct: 174 ----VQHNDDTILKLENAAIERSKSVDSAVLGKYSIWRRENENDNSDSNIRLMRDQVIMA 233

Query: 198 KAYLSFAPPGSTAHLMKELRQRIKELEHAVEEVTRDSALPKSALQKMKNMESSLVKASNT 257
           + Y   A   +   L++EL+ R+K+ +  + E T D+ LP+SA +K++ M   L KA   
Sbjct: 234 RVYSGIAKLKNKNDLLQELQARLKDSQRVLGEATSDADLPRSAHEKLRAMGQVLAKAKMQ 293

Query: 258 FPDCSAMSSKLRAMTENAEEQVRMQKKQTTYLLNLAARTTPKGFHCLSMRLTSEYFALEP 317
             DC  ++ KLRAM + A+EQVR  KKQ+T+L  LAA+T P   HCLSMRLT +Y+ L P
Sbjct: 294 LYDCKLVTGKLRAMLQTADEQVRSLKKQSTFLAQLAAKTIPNPIHCLSMRLTIDYYLLSP 353

Query: 318 SEKQLLEHQKLHDTKLYHYAVFSDNVLACAVVVNSTISSAAEPEKIVFHLVTNSLNLPAM 377
            +++    + L +  LYHYA+FSDNVLA +VVVNSTI +A +P K VFHLVT+ LN  AM
Sbjct: 354 EKRKFPRSENLENPNLYHYALFSDNVLAASVVVNSTIMNAKDPSKHVFHLVTDKLNFGAM 413

Query: 378 SMWFSLNPPGKAMLEVLSMEDFKRLSTEY-------------DLGWKVQNSS-------- 437
           +MWF LNPPGKA + V ++++FK L++ Y             +  +K  + +        
Sbjct: 414 NMWFLLNPPGKATIHVENVDEFKWLNSSYCPVLRQLESAAMREYYFKADHPTSGSSNLKY 473

Query: 438 -DPRFTSELNYLRFYLPNIFPSLDKVILLDHDVVVQKDLSGLWHIDMKGKVNVGVETCQE 497
            +P++ S LN+LRFYLP ++P L+K++ LD D++VQKDL+ LW +++ GKVN  VETC E
Sbjct: 474 RNPKYLSMLNHLRFYLPEVYPKLNKILFLDDDIIVQKDLTPLWEVNLNGKVNGAVETCGE 533

Query: 498 SEVSFLRMDMFINFSDPLITDKFDKKACTWAFGMNLFDLRRWREENLTALYHKYLRLSNE 557
              SF R D ++NFS+P I   F+  AC WA+GMN+FDL+ W++ ++T +YHK+  ++  
Sbjct: 534 ---SFHRFDKYLNFSNPHIARNFNPNACGWAYGMNMFDLKEWKKRDITGIYHKWQNMNEN 593

Query: 558 RPILKGGSLPLGWVTFYNQTTAVERRWHVLGLGHDSTVPLDVIEKAAVIHYDGVRKPWLD 603
           R + K G+LP G +TFY  T  + + WHVLGLG++ ++    IE AAV+HY+G  KPWL+
Sbjct: 594 RTLWKLGTLPPGLITFYGLTHPLNKAWHVLGLGYNPSIDKKDIENAAVVHYNGNMKPWLE 653

The following BLAST results are available for this feature:
Match NameE-valueIdentityDescription
XP_038900192.10.0e+0093.37probable galacturonosyltransferase 6 isoform X3 [Benincasa hispida][more]
KAA0059708.10.0e+0092.70putative galacturonosyltransferase 6 [Cucumis melo var. makuwa][more]
XP_038900191.10.0e+0092.30probable galacturonosyltransferase 6 isoform X2 [Benincasa hispida][more]
XP_008451287.10.0e+0092.37PREDICTED: probable galacturonosyltransferase 6 [Cucumis melo][more]
XP_038900190.10.0e+0088.24probable galacturonosyltransferase 5 isoform X1 [Benincasa hispida][more]
Match NameE-valueIdentityDescription
Q9M9Y52.8e-17053.49Probable galacturonosyltransferase 6 OS=Arabidopsis thaliana OX=3702 GN=GAUT6 PE... [more]
Q8RXE11.0e-16451.13Probable galacturonosyltransferase 5 OS=Arabidopsis thaliana OX=3702 GN=GAUT5 PE... [more]
Q93ZX73.6e-13041.59Probable galacturonosyltransferase 4 OS=Arabidopsis thaliana OX=3702 GN=GAUT4 PE... [more]
Q9LE591.3e-11439.33Polygalacturonate 4-alpha-galacturonosyltransferase OS=Arabidopsis thaliana OX=3... [more]
Q0WQD21.2e-11240.25Probable galacturonosyltransferase 3 OS=Arabidopsis thaliana OX=3702 GN=GAUT3 PE... [more]
Match NameE-valueIdentityDescription
A0A5A7UWY80.0e+0092.70Hexosyltransferase OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold54G00... [more]
A0A1S3BS750.0e+0092.37Hexosyltransferase OS=Cucumis melo OX=3656 GN=LOC103492628 PE=3 SV=1[more]
A0A0A0K5H80.0e+0091.04Hexosyltransferase OS=Cucumis sativus OX=3659 GN=Csa_7G378420 PE=3 SV=1[more]
A0A5D3DRA57.5e-28869.90Putative galacturonosyltransferase 6 OS=Cucumis melo var. makuwa OX=1194695 GN=E... [more]
A0A6J1DSV71.3e-28784.08Hexosyltransferase OS=Momordica charantia OX=3673 GN=LOC111022851 PE=3 SV=1[more]
Match NameE-valueIdentityDescription
AT1G06780.12.0e-17153.49galacturonosyltransferase 6 [more]
AT1G06780.21.2e-16852.36galacturonosyltransferase 6 [more]
AT2G30575.17.2e-16651.13los glycosyltransferase 5 [more]
AT5G47780.12.6e-13141.59galacturonosyltransferase 4 [more]
AT3G61130.19.0e-11639.33galacturonosyltransferase 1 [more]
InterPro
Analysis Name: InterPro Annotations of Watermelon (USVL531) v1
Date Performed: 2022-01-31
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
NoneNo IPR availableCOILSCoilCoilcoord: 193..213
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 87..135
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 87..120
NoneNo IPR availablePANTHERPTHR32116:SF0GALACTURONOSYLTRANSFERASE 6-RELATEDcoord: 1..602
NoneNo IPR availableCDDcd06429GT8_like_1coord: 314..590
e-value: 6.49426E-89
score: 283.896
IPR009806Photosystem II PsbW, class 2PFAMPF07123PsbWcoord: 910..1047
e-value: 2.2E-52
score: 176.6
IPR001310Histidine triad (HIT) proteinPFAMPF01230HITcoord: 821..866
e-value: 1.1E-6
score: 29.2
IPR029044Nucleotide-diphospho-sugar transferasesGENE3D3.90.550.10Spore Coat Polysaccharide Biosynthesis Protein SpsA; Chain Acoord: 315..594
e-value: 2.4E-40
score: 140.4
IPR029044Nucleotide-diphospho-sugar transferasesSUPERFAMILY53448Nucleotide-diphospho-sugar transferasescoord: 314..601
IPR036265HIT-like superfamilyGENE3D3.30.428.10coord: 815..922
e-value: 2.5E-13
score: 52.1
IPR036265HIT-like superfamilySUPERFAMILY54197HIT-likecoord: 799..904
IPR002495Glycosyl transferase, family 8PFAMPF01501Glyco_transf_8coord: 283..576
e-value: 1.8E-65
score: 221.1
IPR029993Plant galacturonosyltransferase GAUTPANTHERPTHR32116GALACTURONOSYLTRANSFERASE 4-RELATEDcoord: 1..602
IPR019808Histidine triad, conserved sitePROSITEPS00892HIT_1coord: 846..864
IPR011146HIT-like domainPROSITEPS51084HIT_2coord: 828..872
score: 10.889307

Relationships

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

Feature NameUnique NameType
CmUC09G167110.1CmUC09G167110.1mRNA


GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0071555 cell wall organization
biological_process GO:0045489 pectin biosynthetic process
biological_process GO:0015979 photosynthesis
cellular_component GO:0009507 chloroplast
cellular_component GO:0000139 Golgi membrane
cellular_component GO:0016021 integral component of membrane
cellular_component GO:0009523 photosystem II
molecular_function GO:0047262 polygalacturonate 4-alpha-galacturonosyltransferase activity
molecular_function GO:0003824 catalytic activity
molecular_function GO:0016757 glycosyltransferase activity