HG10010729 (gene) Bottle gourd (Hangzhou Gourd) v1

Overview


Name	HG10010729
Type	gene
Organism	Lagenaria siceraria cv. Hangzhou Gourd (Bottle gourd (Hangzhou Gourd) v1)
Description	Adenine DNA glycosylase
Location	Chr06: 25268742 .. 25285075 (-)
RNA-Seq Expression	HG10010729
Synteny	HG10010729

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideCDS

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

ATGTTCAAACAATCAGGGCATCGCTATTGGAATGGTACGACCGTAGCCGACATTGAAGATATTATGTTCAGCATAGACAATGTTCAAACAATCAGGGCATCGCTATTGGAATGGTACGACCGTAGCCGCAGGGACCTTCCATGGAGGAGCTTGGACAAAGGGCAACCTGAAACACGGGCTTACGGTGTGTGGGTTTCAGAAATAATGCTGCAGCAGACGAGAGTTCAGACCGTCGTCCACTTTTACAACCGTTGGATGCTTAGATGGCCCACCGTTCAACATCTCTCTCGTGCTTCTCTTGAGGTTTGTTTGGAATTTACTTTGAACTACAATACTGTCTTCTTTACTCTTAGTAAATGAATTTCGATATCTGCCCAGGAGGTGAATGAAATGTGGGCAGGCTTGGGGTACTATAGACGAGCTCGTTTTCTTTTGGAGGTAATCTTTACTCTCTCTATTAAAGAAGTTTCAATTCCATTAATATCTGCCACCATCGTTATTCCTTTCAGTTACCTTGGACATGATTTAGGGTTTGATACATATTTAAACATGAGTTTCTGCATTTCACTTCTTTATTCGAACTGCAAGTCAATAAACTTTTTAGAAATGTCTTGGGAAACTTGGAGTGTCTTTGAGTCATCCATTTCATTTGATAGGAGCAATAAAAGCTAAGTTGTAAGAGAAGAAAAAGTAAAGGCAAGGAATACCACCCTAAAACTTATACAAGTTGATCTTTCGAAAAGGCTATCTCGGACTGTATATGTTTACCATGAGATGAGGTTGAAGATTACAAAGAAACGAATAATAGAGATAACTCGTATGCATTTCTTCAAAATTATGCTTCACTTTCCCAAGGAACACATGATTTTTTCCTCTCTATTTTCTTTCTTAACAAATTTTGCATCCAAACATCCCCCATTTGTAAGAGTATATAAGAGAAAGAGAGTTAACGGGTTGACTTAGTATGGTCGTGTGGTGTATGTGTGTATATGTGTGAGTCCATTGCATATTAGTAATAGTTAGGTAGCACAGAAATGAGGGAGGAAATATATGGGTATTCCTTTGTTAAGAGGTCACACCTTTTGCTTTTAATATTTTTCAAGAAAGTTGGAACATTTTTTTGTAAGTTACGGTTGCAAGTTTGAGGTGTCTTACGGGGTATACTAGTTTATGATTTGTGGTCTTTGGCAGCAATGCACACAGTAAGTATACATCCTAGAGGGATTTCCTTTTCTACTTTTGTATATCTTTAGTAAATTGGTTGCTTTCAACTTTTCAAATATCAACGGAAGTTTATGTTTCTTGTCAAAATATTATTAGTAAAATACAAAATAACTGAAGTGAAAATAATAATAATAATAATAATAATAGGCATCTCTGGATAATTAATCATTGGTTATGAAATTTTGAATAGCCCTTTCTAATTTTGTTGCTAGGGTGCAAAGATGATAGTCAAAGAAGGTGGTAAATTTCCTAAAACGGTTTCTGCCCTTAGAAAAATTCCTGGAATTGGAGAATATACAGCAGGGGCTATTGCCTCCATAGCATTTGATGAAGTGAGTGCTTTTCTGGCCTATTTTTTTTCCCTACTCACAAGGAGCACTTCTAAATATGTTTCCTGAGCAGGTGGTGCCTGTGGTTGATGGTAATGTGATAAGGGTAATTGCTCGATTAAAGGCTATTTCAGGAAATCCCAAAGATCCAAAGTTGATCAAGCAAGTTTGGTGAGCATTCCTCATTATTAGGATAACTTACTTTTTGTCCACATAACAAAAATGCAAAACTAGTCTGTCTTATGGGGGGGAGAGGGGGCAAGAAACTTTTATAGAATCTTTACATCCTAGTCATTCTTATTATCTTCATCTTCTCTTGATAACTTAAAAATTTATAAATATGTTTGATTCGACTTGAGAGAAAATTTTAAAATGTTATTTTCTCCTTGTATAATCATTGTTTTTATATTTGTTAATAATGCTGAAAATAATAAAATTGAACCTTTTTATATACTTGATTTATAATAGTTTGAAGTTCATGCTCATTTAACCATTCTAATATAATTACCTTGTCTCATCTCCTCTATTTGTTGGGGGAGAGGAATTAGGAAGGCAGCTGCTCAATCATTTAACCATTCTAATATAATTACCTTGTCTCATCTCCTCTATTTGTTGGGGGAGAGGAATTAGGAAGGCAGCTGCTCAATTAGTTGATCCTTCCAGGCCTGGGGACTTCAATCAGGCACTCATGGAACTTGGTGCAACTTTATGCACTCCAACAAACCCAAGCTGCTCAACATGCCCTGTGTTTGATCACTGTGAGGCCCTTTCAATCTCAAAGCATGATAGTTCAGTTCTTGTCACAGATTATCCCGCTAAGGGGATAAAGACCAAACAAAGACATGATTATTCCGCTGTATGTGTGGTTGAGATATTGGAGAATCAGGGTACATCTCAATCAGAGAAATCTAGTAGATTTCTTCTTGTAAAGAGGCCTGATGAAGGTTTGCTTGCTGGTCTATGGGAGTTTCCATCTGTCTTGTTGGATGGAGAAGCTGATTTAAAGACAAGGAGAGAATCCATTAATAGCCTCTTGAGTAAATTCTTTGGACTTGAACCAAAAGAGAATTTTGATATGGTTATTAGAGAAGATGTTGGAGATTTTATCCATGTTTTCACGCACATCCGTCTCAAGATATATGTTGAGCACTTGGTGTTATGTTTAAAAGGTTCGAGTTTCTTCTCCTTTAATCCCCATCTGTGCATTAAGTATTCATAAATTCGGTGACTTGAACTTGCTATAAAATTTAACCTATATGAGATCTACTTATCTTATAGGCTAACAAATGTTGTGTGCGTGTTTATTATCTATTTCTATGTCACCTCTCGCGGATGATATATTGTCAATTGTCATAGATGGAAAACTATTATTGAAACCGATCTATGAGGAAAACCATTAAATGAAGTTTTGATTTTTGAAATATTACCCTGTATAATTTTAAGCTTCCAAATTCCAATTATCATATTAATTTAGGATTGAATTAGAATTTTGAGTTTCTCATCGGTTGCCCTCTTAAATTTGTTTTGTACTGCTTCTTCATTAATGCCTATTGTGCTCATTTTTTGTGGGCCCCCTTGGCTTCAATGGGAGGTATATCTTATTTTCCTCTTCTGCAATTCTATTTTTCTTGCCAATGAAGTTTCTATTCCCCATATACACATAAAGTAGGAATAAATAACTTCTTAAATTTACATTCTAATCACCATCGAAATTAAATCCTCTTCTGTTTATATTAGTGCTTGAAACTTCGTGGCTCTTAATTATCAGTAGTGTAACAAAGGAGCACTTGATGGTTTATTGTTCATAGCATTGCGGTTACACTGTGTTTAAATTGCCTGAAACAAAACATCAATTAATCCTTAGAATTCAGCTGCAACATCTATACTCAAATCTGGAGTGAGAAAAAGGTACGAGTGATTTTCATTTTTCCTAACAACATTTTGTCTTTTCTTGACTGTTGCATCTGTGACATGTAACATCATATTGTTAAATACTTCCGAATATTTTAATTTTAAAATCGAGTAGGTCATTGTGATTAGTATGGTAATCCATGATGATCTAAATTTTAATTATCGTCCTAAATTGACATCAACCACAATTTATTAGATTTAAAATGATTCTATTTTCATATTTATAGTAAATGTAATGTAGATGTCTAAAATTTATACAAGCACAATAAATTACTCTACTGCGGAACAGGTGTCGATAGTTATTTCTCACTATTTTCAATTTTTAATGCCATCAATTCTTAGTAAGTGATGAGAATAATAATTAGATAGTATATTTGAGCTCATATATGTATAGGTATTAATTTAGATCAATTAGTGTTTAGTTAGTTATTGTCTTATTTTCTTGTGAGGCTATAAATAGCCTCTTTAAGGTTGTAATAGGGAGATTTTGAATATCATTTGAAATAGAACTTTTTTTCTTTGGAGAACTCTCTTCCAATTTAGGGATGGATTTTCTTTGTTTGGTCATGGACTTGGCATAATACCTTCACTAGCTACACATTAAGTCAACCTCTAAGATCATTTTGTAGCATTTCAAGTTGATAATAACGAAAGTTGCTTACTTTTGCTTGGAATTGATTTTCATTAGTTTTCTTGAATCGTATGTTGTAGATAGACTTGTTTTCTGATTGTGCAAAGTACTTTGTGATAAGGACAATGAAACCTCCACCTATCTCCACAATGACATGATATTGTCCAGATAAACCCTCATGACTTTGCTTTTGGAACCACCCAAAATGCCTCATACTAATGGAGATAATTGTCTTTACTTATATACCCATGATCACCTTCCATAACCAATGTGGGACTTTGTTTGCACTCCTAACAATCCTTCCCTCGAATATAGTACCACTTTGAGCCTCCCGTCGAACAAATCCATCCACTCCCAACTATGACAGCTTGCTCTAAATCTCGAGGTACCTTCAGTTCATCCTAGGTCACTTGCTTTTCATCTCGAGGCACATCCCATTCATCTCGAGTCAACTTGCTCTTTATCTCGAGGCACATCCCATTCAACTCAGGTCAACATCCAAATAGAGCACGAGCAGGAGTACGAGCATGGATCACACTTGCTCTTATCAAGGTAGGGGAGACAAAAAGGCTACCCAAATAGAGCACTAATGAGACTTACTAAATTTCTCTTTTCGGAATTTGAGACCATAGCTCTGATATCAAATCATAACGACAACGAAACCTCCACCGATCTCCACAATGGTATGATATTGTCCATTTTGAGCATAGACCTTCATGACTTTGCTTTTGGAACCACCTAAAAGGTCTCATACTAGCCGAGATAATTGTCCTTACTTATATATCCACGATCACTTCCTTCCCTAACCAATGTGAGACTTTATTTGCACTCTTAACACTTTGTTCATCAAAAGCTATGGATGACTGGTTTTTTTTCTTTTTTGTTTTTGGAAATTTGTGAATTGTAATTTTTTTTTTCTTTTTTCATTTCAGTCATTTTACTTTCACATATGTATGTCTTCTTAAAGGTGAAGGCAGCAAGTTGTTTCGGAAACAGGAGAAGAAATCTATATTATGGAAATGTGTGGACAACAAGGTTATGTCAAGCATGGGGTTGACGTCCAGTGTGAGGAAGGTAAGCACAGATGGTGCATTAGATGACTTCTCGTTGTGTTACTTCAATATTACTTTCAGAAATATTTAATTCGAAGGTTTTATTCATCTACTCAGAAATCTTAATCTTTCTGTTTAACCCTTCATTGTTAAATTTGAAAGAACATTCTTTCAGATCACTCGGTACCAAAATTAATGCACCAACCCATGATTTATTGATGCAGAATTAGCATCGTTTGGGATCCTATAATGGAAGGAACCAATAAGAGGATTGAGACTTGAGTGAGAAGGAGAGAGATGCAGTGAGAAGGAGAGAGATGTGTTAATTTTGTTTTTCCATGATAAACGTTTTAAGTAATAAGAAGTTGTGAGGCCAAGACATTCATTTTAGGTGCCATCACTATTTATATTCGATTTAGTATTCTTGCTAACTGACAAATTAATACTCGTAGTGTCTCCAATGTTGATTGGTATGGAAGTTAACAACACTCGAGTTTCAAAATCATATATACAGTGGATAAAGTGACATTGAGAATTCGTAAGTTGGGACTTCTCTGATCACATGATCACTCTCTTTGAGTGTCCCTGTGAATGCATATTTAGATATCGATTACATAGAGCTTTGATATTTGTAAAGTAAATGCAAGTTTTGATGAGAATCAAGAACATCATATGAAATTATTTCTTGCTATCCCTTGGGGACATAATTATCAACCCTATGGCTCTAGTAAGTTCTGGTACCAAAACTAAATACTGTCATTTTTCCACATTTTTCTCCTCTCCTCTCAGCCACATACACCGAAAGATCCCTTTTCCCTCCTGTTTTCCTGGGGTTTTATTTTTTTTCTTCTGTGCACTCGGTAGATTGACATGATGGAGGTCAAGATTCACAAAACACAATTTCCCTTTATTATCCATCCATACTTGGGATAGAATTACATATAAGTTATAACCATGCTTCTGAAGTTTAAGAATAATGAATATGTGACTTCTGCACAATCAGATGATTGAAAGACCAGATCATGATTACTTTTCTTCCTTTTGATCTTCCATTTGTTATATCTGTCAATGCAATCACAAATTTCCTTAAACATCCATGTCAGTTTAGTTATTAAATGTGGGTTGTTAATTTGAGTATTTATTTTTTTCATAAGAGAATTGTTTTCTAATCATGTAAATGTGTAATGGACAATCAGTTATTAGGAACTAATTTGGCATTTTTTTGACAGGCATATGCCATGGTCGAGAAATTTCAGGCAGAGAAGACATCTTCTAGGCGTGCACTACCCAGAAAAAGACAGAAAGCTTGAGCTGCGGGAGCTGTTGACATTTACGATAAGTTTATTCATTTATCGATTGTTTTGTGTTTGTCCCACTAGTAATCGACAGCAGGACAGGCCTATTTTCATGAAAGTTGTAGATGATCAGGGGAAATTTGGAGGGGAGATTCGTGGGGATAGTCATGTTCTGGTTTTTTTGATTGGTAAGAATTGGATAAATAGATATATTGTTGAATGACAAAAAGTTCAAGAATGTTTCCATCCAGAATCCTCGTACACCAAAATATTTTAATTCACTGGTCTAAAGAAATAATAATTTCATAAAACTAATGAACAAAGCATCTACTATAATCGAGGCTGTCAAATAGGCTTAGCAAATTTTGAGGTATGTACTCAAGCCAGTGGCTACAAAAGGCGCTCAAGTAGTTTCATAAATGAAGAGCATAATTATGGACTTGGAATTAGGGGTGTGTTGTACATGAAGTCACTGAAAATTGATCCGATTGGTCGAAACCGATCGAATCGATCATGACCAATCGGTGGTTGGTTTTTCAACAAAAAACCGACCAACCGATCATAGGGCGTGAGTTTTTTCACCCTTTTAAAAAAAAAAAATTATTCATTTATTGTTTTTCCATATCCACAGTTGACAAGACAAGTCAATGAAAGGAGGAGCTTCTTTTATCTACAAGTCCATGAAGAATGAAGATCCAAAGAGATGAGGAAAAAAATTTTTAAAATAATAAAATAATAAAATAAAACGACGGAACCGACTGTCGGTCGAACACCAACATTTTTTTATGGTCCGTTTTCGCCTAAAATCAACACCAACCGATAGATATACATCCCTATTTAAAGTATGGTTCAAATGAAATCATGGAAGAAAACTTGGAACTTATCCTTTTTTGAACTTTTCAAAAGAAAAGAAAAAAAAAACTATTGTAAAGTCGCACACAGAAATAAAGTCTTTTCATTTGTACAATTTAATTTCATATTAAGAAATTAAGTCATTTGTATAAGTCAATTCTCGAACCAATTTTATATTTTGTATTTCTTTGTAATCCTCTCATGTGAGAATAATAATGACAATTTTTCCTTGAAGAGAATGTTTGACAAATGTTGTGATTAAATTGGCATTGTAAACGTCCTTTGTCTTTTACGGCTCTTAAAAAAATTTCAAACAACGCTGTAGGAGATTGTTTTAGTTCACAAAGAGACTTCTTGAATTTTCACATGTTATTAATCAGTTTTGTTGCTTCTATTCCATTAACTTTATCCATGTAAACTTCTTTTAAATCTCCATTAAGAAAGATAATTTTATGTCCAATTGGGAAAAATCCAATCATCATTAATAGTTATGGAAAGTAGGAGACGAATAGTGTTTAGCTTTACTGCAATTTTAGTCTCTTCAGAGGTGTTTGACCAAGAAGTTGGAGTTGGAGGCACTCCTTGTTTAGCCCAAGGAGTTTGCATACCATGTGACTAAAAAACAATTTCATGTCTTATTAATTCCTTACATTATAGGCCCCACGATTAAATAACTCTCAAGACTTAACAACTTCACTCATTGCTCCAAACACTCCCTTTAGTGTCTCATCAAGCTCAATGAACAATAGGACTAAAAACACTTAACAACCTCATTTTTACTAGTTAATTAGACTATGCAAACGAATTTAACCAAATAAACTTAAAGGTCCAATAATTAAGCTTAGTTTAAGAGTTGAATAACACTTGTAAACAAGAGTTATTATCTATTGTGCCACATTTATAAACACTTTAAGATTTAGATTTGCTATTATTTTATCATAGATTGTCATGTATGAAATTGTCTCATTTCTTAAATATTATTCGTGCTCTTAACAAGCCTTTTGTCGATCTCTCTTTTAAGTGAAGAACACAGAGGATGATTATGTGGAGATCGCTCGTCATGTGGAGGTTTTTCCCTTTGTGATGTGTAATCACTCTTGCAACTTTGTTGCTCACTGGCTTGAACAACTTATGATGTGCAGTCTTTTTCTTATGTGTTAGAAAGATCAAGTTGTCCTTTGAATTCTTCTCAACTCGATTTAGTTGTCATCTGCTCTTAATAAGGATCAGTTTGTGGCTATTTAATGATTTTTTTTTTTGAAATTTTATTTTCAACAGAAGATTAAAAAGAGAGAGTGAGAGGCCCAACAGTGAATTATTTGGGCCGTCTGGAAGTCCATTAATGGGCTGGTTCGGTCCAAAATTTGGAACGACGTCTTCTATTCTTTCCGATCCGAGCAGCGCGCTGTTTTGCTGTCGTTTCTCGTCGACGCGTTCCCTTCTAAAGCCCTAAACCCCGTCGTCGTCGTCGTCGTCGAAGAAGAAGAACATGGTGAGACTCACAGTCGATTTAATCTGGAAAAGCCCTCATTTCTTCAATGCCATTAAAGAGCGAGAACTGGACCTTCGAGGTTGTCTATATTTTCTCAACTCTTGCTTCTTTCATTCTCTCGAGCACACATTTCTTAACTCCTTTCTTCTCGTCTCCAGGAAACAAGATAGCAGTGATAGAAAACCTAGGTGCCACCGAGGTGAGTGATTCCCACCGCCTTATATCTCTTGTTTTAAATCTCTGGAACTCCCACATCTGTTAACTCCGTTTCCCGGGGTCTGTTTTACCGACTATGATGTATCCCTAACTTAGACAGTGCCATTTCTCCTCCTGGGATAGTTTTGTTGTAGTCTGAACTTTAAATTATGTTCTTACCCGCCTGTAAGCCGCACACATCTTTACATGCTAGCGAGAATCTTTCTACAGAATTCAACTTCACTTTAAATGAGTAATGACAGTTCTCATTTTCTCTGATTAGTTTGTTTTGCTGCAATCTCTTATACCATTATGAAGGTCCTTTGAGGTTTCCATTTTCCTTGAAGACAGCCTAAAGAACTCCAATTTGAGGCCACATGCTGTACATTTTCCCTTGAGTCATAAAAGAATTTAAATTTATCATATTAAGGATCCAATTATCCCTTTTAACCACAAGGATCAGATCTGAGCACTAATAGCAATTTTTTTCATAGAATTATGGCTATCTTCTTGAACTGCCTACCCGAGAGAATTTCTGAAAAGTAATCTTCCATATCCATTTTAAGGCAAAAGTTGGGGTCAAGATTTCTTTAGAGAGAACCAAGCTCACAGTGAATGAAGAGGTGGTTCATAGTTTTCACATCCTTTCTACATTAATGATAGATATGAGATCTGGGGCTATATAGAAAGAGATGGCCTCCGTTGTCTTCTATCTTGAGTAATAAGACTTCTTTAGGCCATAAATAAACTCAGTCCTGTTAAGGAACTTACTGGTGTAAACCAATTAGGAGTATTTTTTTTTTATTGAAATCAAAGGTCTGCTCCATTACAAATAGGACTAGTATTTATACTAGTGTTTCCCTTAACCAAATCTAACAAACTTAACAAACTACTCCAACAGCTAACGACTAACTTGCCCAATAGCTAGTTCAACCAAAAAATTATACAATGACATCACTTACCTTCCAAAATAAGCTCCACGAGAGCAGAACACAACTTGGACTAATTAGAGTTGAGCTTGAAGTTAACCATCATATGAGAAAAGAGGCCATTTGAATCAAGTTTCCAAAGCAGTCTATTCTTATCAATGCCTAGCTTTATCAGATTGAGCATAAGAGAGAAAAGGATCCACTCTTTAATTTTCTATCTCTTAGTCTCCTCCTCAAGCCGACATCCGATAGACTCCTCTTTCTGCAGATTCTTGATGAGGGCTCCTTCGGATTTTGGAACATCATTATTTTGAAAAGAAACAGGAGTGGCTATTATCCAACCAACCATCTTCCAAAAATGTTATTGTCTCTCATGCCAACTTTGTCTAAAGTACAAATTATCAACGGTCCTTTGGTTTTGATCACTTTATGGCTAAAATTAACTCCATGACCACGGCCTCCTACATTTGTGAGCCACCTGACGGGATAAGAACCATATTTACTCTGAGCCCTCGTGAAAGTATCTACAATAAAGCCACTATATCATTCAGGGTTCTTTCTTGTATCTCAGGTATCCCTTGTCCAATCCACCTGAAGAAATAGGTACTCATGGAGGGCAGCTTACTTTCACATTTTCACTTGACTGAGTGACACCCTTTATTGAAGAACTGACATACTCATTCTTATGTGTCAAGCTTCTATGGTTCATTCCTTTTTACTCTGTAGTACTTTGTAGTGGTGTTTGTTCACCACTTTGACCAAAGAGCACCCCCCAAAAAATAAAATAAAAATTAGAAAAATAAAGTGCAGCCTCATCTTCTTTTTGACAAAGAATACCCAATGTTATAAGGTCAAGTGGGTTGTCCCATGAAATTAATCGAGGTGCATGCAAGCCGGTCTGGACACTCACGAGTCACAAATAATAATAATAATAATAATAATAAGACGACAAAGAATATCTCTTGTCTCCTATTAAAATGGACAGAAACCAAGAAGGTGTCACCAACACACACTGGGTTAAAACTTTGTTAATATTTTTGACTTGAAGTGCTTTATCATCTAAACTCGTAAGTTTCCCCTTTTTCTGTCTGTCCGAGGACAGAATGGTTGTCAATTTATCTGGCTTTCCCAAAAATGAAAGAAAGTGATGTCTACTCTTGGTTTTCTTTTATTTTCTAGCCTTGTAATGGTAGATTTTCCTTGGCTAAATTTCAGGACCAATTTGATGCCATTGATTTGTCTGATAATGAGATTGTGAAGCTGGAAAATATGCCATATCTTAATCGATTGGGCACATTGCTGATCAATAATAATAGAATCACTCGTATCAATCCAAATATTGGAGGTGAGGTTTCCATTATGCTTTTATAGGATTATTTAGGCCTCGTTTTATGATTATTTTGTTTTTGAAAATTATGTTTGTTTACCCACAATGTTGTTTGGGTGAGTTCTCCACTTGAAACACATTTGAATTCTAAATCAAATTTCAAAAACAAAATAAGTTTTTTAAAACTATTTTTATTTTTGGGGAAGTTTTAAAAATAGAAAAATAAGGGAAACTATTTACACAAAATAACAAATTTTTTAGATAGTTGTGATAGACGCTGATAGAAGTCTATCAGGGTCTATCAGTGATAGAAATAATAGAAGTCTATCACTGATAGATGCTGATAGAAGTCTATCAGTATTTTTTGCTATTTTCTGTAAATAGTTTGATATTTTTTCTATCTGTCAAAATTTCCCTTTATTTTTTATATTATTTATTTATTTTTATTTTCAAATTTTGGCTTGGTTTTTGAAATGTTTTTAAAATATAGGTGATGAAACAGAAAAATCATTCGGGGAAGTGGTGTTTTCAAGCTTAATTTTCAAAAATAGAATACCAAAAACCAAAATTATTTTCAAATGGGACTCTAGCAATCTTATTTTTGGAAGTATTTTTTTCTAAAAAAAAATTTGTCTTTGTTCTTCTCAGAGTTCTTGCCAAAATTACATACGCTAGTTCTTACAAACAACAGACTTGTGAACTTGGTAGAGATCGATCCATTGGCATCCCTTCCAAAACTTCAGTTTCTTAGTTTGTTGGATAACAATATTACGAAGAAGCCAAACTATAGATTATATGTCATTCACAAGTTAAAGTCAGTCCGGGTGCTTGATTTCAAGAAAGTCAGAAACAAGGTAACTTTTTCCTGCATTCAGACCTTATTATTTAAGGAGTAGCTGTTATTCTTGGCTTGTTTCTGCCTTTTGCTTTTGACAATGCCCAGAAACATTTAGAAGACAGTTTCAAGTTTATTTCAATTTTAGAGTCTGATGGTGTATTTTGAAAAATGTCATAACTTAGGGCATGTTTGGCAGGCAATTCAGGTTTTGTTTTGTGTTTTGAGTTCAACGAATATGCATTTGGTAGGCAATTTGGATTTTTTTTTAAAAAATTGTTTCTGAATTTTGTTATCTAAATAGTGCAAATTCTGAAAACAACAATTTTATGTTTTCAGTGAAACCAGATTTTAGATTCAAATTTTTTAAAATGCAGAATTATATTAGAAAAGATAAAAACAATAACACATAGTATTTCATGTTATAAACTCATTTATTTCTGTTATGTTAAAATATGTATTGTATGATATATTATAGGGCAATTTTTAAAATAGAAAAATAAGGGAAACTATTTACACAAAATAGTAAATTTTTTAGATAGTTGTGATAGACGCTGATAGAAGTCTATCAGGCTCTATCAGTAATAGAAATAATAGAAGTCTATCATTAATAGATGCTGATAGAAGTCTATCAATGTCTATCAGTTTTTTTTTTCTATTTTCTGTAAATAGTTTGACATTTTTTCTATCTGTGAAAATTTTCCTATATTATATATCATATGATGTTACTAAAGAATAATTATACAAAATTTTTAACATAAAACAAGTTCATAAACTATTTTGTGATATTTTATATTCAATCTAATATTTAGTGTGTAACTATAATTAGTTTTATGGTTTGTAAATATATTATCAAACACATTTTGAAAATTGTGTTTCAATTGAAATTTAATTTTTGAATCTGCTACCAAACACATATATGATAATATGAAATACAATTCTGTTTTATTTGAATCCCTTGTTTTCAAAATTCTGTTTTCAGATTGCCTACCAAACAAGCTTTAACTTTTAGGGTTTTTTATAATATATATATTTTGTATTAATTTTTTTATTATTTGAGGACAGCATTACTTTGAATTTTCTTGTTATATTCAATATGACATTTGAATCTAAGTTGGGTTTTGATTGTGCTATTTCTGTAAAATCTTAAACTTCTTGCTGTTTTTAAAAGTACATATATTATGCGATTTATGTAAATACCTCTATCATTTATTAGAGAGGAAATGTGTTTCTTGCACATAAAGAATGTGCATATGCTCATATGGTAATACCTAAAGAATTCAAATGCATTCCGTTTAATGTCCAGCTATTTATTCATAAACAATCATGTGCCTGAGAATTAGTTTTTGTCTGAAGGAGTAAAACATAAAATTACCGAAGTGGCTATAAATAGAGTTGAATTTTATGCCATTCTAGTAGAATATCCGTGGACATCTAGGATGTGCACATGTTTAGACAAGTAGGGTTCCGCTCTACTTCATTCAACTCCAATTCGATTTGTCTGGCTTGATTTAGAGTCTAATTTTGTTCTTGGACATAACTGGTATGTCTGAATTCCTATATCAATGTGCTGTGGTGATAGACTTTGGGCATCTGCATCTCATGCCTACTGCATCTCTTCATTTCTAAATGTTATATACCAGGAGAGATTGGAGGCTAGGAATTTATTTTCATCAAAAGAAGTTGAAGAAGAGGCAAAGAAGGAATCTGTGAAGACGTTTGTTCCAGGTGAGTTAGAGAATACATCCAAACCTGTGGAGGAGAAACAAACTTCAAACGTGTCTGCACCAACACCGGAGCAGATAATAGCTATTAAGGTGTGTACATTCATACTATACATCAATCACATCATGGCATGAAGCTTAAGAATCACTTTGATTGAAACATATGTTTGCAACACGATCTTCTCTGCTTTGTTGCTGTTTAACAAAAAGAAATTTTTAAGGTCGCCTTGGCTGCCTTCAGCCTAAACAAAGGTCAAGTTCTAAAATTTATAGGGTAAAATGTACTTTTGGTCCATAAAGTTCGGAGTTAATCTCAATTTGTTGAAGTGGAGATGTAGTAAATAGTTCTAAATAGTCCCAGATTTTAGTTGACCATACATAATGCTTACTTGGTTGTAAAAATGTTGATTAATCTTTAGGTCAAATGGGGGCAACGACAATTTCTACCAGAGAAAAAGGGAGAAGGGAGTTAGAGGAAGGGAAATTAAAAAAAATGCCACATCATTTAAAATTTGCCTACTCACGTCCTAACTAACAATCAACCTCACTCAGAGACCATTTAAAACCATTTTTCAAACTTTGAGGACAAAAAAACATTGAAATCTCAAGGACCATAAATGTATTTTGCCCAAACTTCTTTTGTTGACTACCATTTCCTCACCAAAAAAAAAAAAACAAAATCTCAAGGACCATAGAAGTATGACAAGTTGGCTATCAACGTGTGATCCTCCCTTCTCTCTTTAGTCTAAGGTGTGCCTTATATTCTAGGCTTGAGAGACTTGTGTCTTGATCTCGAGCTTGGCTCTTTATCATGTAAATCATTTTCCTCTTGCTTTCTTCCCATTCTTGTTATCATATTCCTTCGAAGCTGAACATAATTTGGAGGTGGAGTGGTCAGTTTTTCTTCCAGGCAGTCATAGATGGGAGGATTTATCCTTTAACTTCATTCAGAGATCTCTTTTGGTATGCAATGCCTAGAAATCAGATAACTGTGTTTGGAGAATTGTAAGATATAATTTTAGATTTTTATTAATTTATTATGTAGGATCTACTTACATTTTCTTTTAATAAATCAATAATTGTATAAACGTTAAGTTAAATTTAGTAACAATGTTTTGTTCAACAAATTACTTCATCATAATTTTTTTTTATTTTATTAAAAAGTTAACAACTAAAACTAAAGAAATTAAATCGAATAATTTATTTTTTAGGGGGTTCAATAATTCTAATGCTTAATAGTAACATTTCTGACGTGTGATGATTAATATATTAGTTTATGTCAACTTAGTTGATGTCAGTCTAGGTTTGTGTTATTTTTAATTAATGTGTAAATTAGTATTTTAGAGTTAGGTATCTTATTTTATTGTAAAGCTATGAACAGTTAGCTTTTGACATATTATTCATTAGAAAAGAGTTTTGGAGAGGGTTATCTCAGCTGTGGAGAGTTTCTCCTTGTCGGGGATGGATTTTTTTTGTTTGGCCATTTACGCCACCCTTTCAAATCCATGACACTAAGGGTGTGTTTGGAATACATTTTCAAGCGTTTAATTTAAAAAATAAGTCATTTTGGAAAAAATTGGAGTGTTTGACAACCACTTAAAATAGATTTTGAAATGTATTTCAATCCGAACGGGCAATAATTCTATTAGTTTGATCTGTACTTGTGTGCTTTGTCTAGACAGGCTCCAGAGGATGATTATTTGCTAATTTGTACGTTGGCTTGTAAAGAAGTGTTTCACCACCATATGTTTCCTATTACATCGTGTGATCAATTAATTCTTTATGTGACAGGCGGCCATTGTAAATTCTCAAACTCTTGAAGAAGTTGCGAGATTAGAACAGGTGTGCTTCGTTTTTTGTTGTGTGCAGTCACCCCCCTCTCCCAGAATAGGGAGAAAAATCTCTTTTTTAAATGTTATGGGAATAGTAATGTTAGAAAAATCTTGTTTGTTGGCAGGCGCTCAAGTCAGGTCAGTTACCTGCAGATTTGAATCTTTTGGAAGATAATACCGTGCCAAACACCACGAAAGATACAGACGATAAGACAATGTCTGATAATGGAGACGAAGAAAATGTATCCAAGGATGTTAAAGAGCAATCGAATGATGAATCTACACCTATGGAGCAGGTACCACAAACGTTTATGCGGTTGTTTTATCTTACATTCTTTTTCAAGTTTGTTTCCGTAACCATATTTCTGTTTTGTAGCCGACAAGGGTTTCTAGTCTATGGCTTATATTATGTTTATTTTTTCATTTTCCTATGTGTGGTTGTAGGAATAGTAGGAGATCGCGTTCCTCTTAATACTTGGTGGCTCGTCTATAAGAAAGCATTCATCTATGGCGATCCTGTCGTGCTGATTTGTGGACCTTTTTATAAACAGTTTGAGAAGTCTAAGTATGGCACTTCCCAGCCTGGGGATGCTAGGCGGCTCGTTTGCCTCTTTTAAGAGTTGGTTCTTTCTTTTCTTTCCTTTTTCAGGGTAAAGAATTTCCTAACAATATGTACGGATCTATTGGCATACACATTGGGACTTGA

mRNA sequence

ATGTTCAAACAATCAGGGCATCGCTATTGGAATGGTACGACCGTAGCCGACATTGAAGATATTATGTTCAGCATAGACAATGTTCAAACAATCAGGGCATCGCTATTGGAATGGTACGACCGTAGCCGCAGGGACCTTCCATGGAGGAGCTTGGACAAAGGGCAACCTGAAACACGGGCTTACGGTGTGTGGGTTTCAGAAATAATGCTGCAGCAGACGAGAGTTCAGACCGTCGTCCACTTTTACAACCGTTGGATGCTTAGATGGCCCACCGTTCAACATCTCTCTCGTGCTTCTCTTGAGGAGGTGAATGAAATGTGGGCAGGCTTGGGGTACTATAGACGAGCTCGTTTTCTTTTGGAGGGTGCAAAGATGATAGTCAAAGAAGGTGGTAAATTTCCTAAAACGGTTTCTGCCCTTAGAAAAATTCCTGGAATTGGAGAATATACAGCAGGGGCTATTGCCTCCATAGCATTTGATGAAGTGGTGCCTGTGGTTGATGGTAATGTGATAAGGGTAATTGCTCGATTAAAGGCTATTTCAGGAAATCCCAAAGATCCAAAGTTGATCAAGCAAGTTTGGAAGGCAGCTGCTCAATTAGTTGATCCTTCCAGGCCTGGGGACTTCAATCAGGCACTCATGGAACTTGGTGCAACTTTATGCACTCCAACAAACCCAAGCTGCTCAACATGCCCTGTGTTTGATCACTGTGAGGCCCTTTCAATCTCAAAGCATGATAGTTCAGTTCTTGTCACAGATTATCCCGCTAAGGGGATAAAGACCAAACAAAGACATGATTATTCCGCTGTATGTGTGGTTGAGATATTGGAGAATCAGGGTACATCTCAATCAGAGAAATCTAGTAGATTTCTTCTTGTAAAGAGGCCTGATGAAGGTTTGCTTGCTGGTCTATGGGAGTTTCCATCTGTCTTGTTGGATGGAGAAGCTGATTTAAAGACAAGGAGAGAATCCATTAATAGCCTCTTGAGTAAATTCTTTGGACTTGAACCAAAAGAGAATTTTGATATGGTTATTAGAGAAGATGTTGGAGATTTTATCCATGTTTTCACGCACATCCGTCTCAAGATATATGTTGAGCACTTGGTGTTATGTTTAAAAGCCCTAAACCCCGTCGTCGTCGTCGTCGTCGAAGAAGAAGAACATGGAAACAAGATAGCAGTGATAGAAAACCTAGGTGCCACCGAGGACCAATTTGATGCCATTGATTTGTCTGATAATGAGATTGTGAAGCTGGAAAATATGCCATATCTTAATCGATTGGGCACATTGCTGATCAATAATAATAGAATCACTCGTATCAATCCAAATATTGGAGAGTTCTTGCCAAAATTACATACGCTAGTTCTTACAAACAACAGACTTGTGAACTTGGTAGAGATCGATCCATTGGCATCCCTTCCAAAACTTCAGTTTCTTAGTTTGTTGGATAACAATATTACGAAGAAGCCAAACTATAGATTATATGTCATTCACAAGTTAAAGTCAGTCCGGGTGCTTGATTTCAAGAAAGTCAGAAACAAGGAGAGATTGGAGGCTAGGAATTTATTTTCATCAAAAGAAGTTGAAGAAGAGGCAAAGAAGGAATCTGTGAAGACGTTTGTTCCAGGTGAGTTAGAGAATACATCCAAACCTGTGGAGGAGAAACAAACTTCAAACGTGTCTGCACCAACACCGGAGCAGATAATAGCTATTAAGGCGGCCATTGTAAATTCTCAAACTCTTGAAGAAGTTGCGAGATTAGAACAGGCGCTCAAGTCAGGTCAGTTACCTGCAGATTTGAATCTTTTGGAAGATAATACCGTGCCAAACACCACGAAAGATACAGACGATAAGACAATGTCTGATAATGGAGACGAAGAAAATGTATCCAAGGATGTTAAAGAGCAATCGAATGATGAATCTACACCTATGGAGCAGGGTAAAGAATTTCCTAACAATATGTACGGATCTATTGGCATACACATTGGGACTTGA

Coding sequence (CDS)

ATGTTCAAACAATCAGGGCATCGCTATTGGAATGGTACGACCGTAGCCGACATTGAAGATATTATGTTCAGCATAGACAATGTTCAAACAATCAGGGCATCGCTATTGGAATGGTACGACCGTAGCCGCAGGGACCTTCCATGGAGGAGCTTGGACAAAGGGCAACCTGAAACACGGGCTTACGGTGTGTGGGTTTCAGAAATAATGCTGCAGCAGACGAGAGTTCAGACCGTCGTCCACTTTTACAACCGTTGGATGCTTAGATGGCCCACCGTTCAACATCTCTCTCGTGCTTCTCTTGAGGAGGTGAATGAAATGTGGGCAGGCTTGGGGTACTATAGACGAGCTCGTTTTCTTTTGGAGGGTGCAAAGATGATAGTCAAAGAAGGTGGTAAATTTCCTAAAACGGTTTCTGCCCTTAGAAAAATTCCTGGAATTGGAGAATATACAGCAGGGGCTATTGCCTCCATAGCATTTGATGAAGTGGTGCCTGTGGTTGATGGTAATGTGATAAGGGTAATTGCTCGATTAAAGGCTATTTCAGGAAATCCCAAAGATCCAAAGTTGATCAAGCAAGTTTGGAAGGCAGCTGCTCAATTAGTTGATCCTTCCAGGCCTGGGGACTTCAATCAGGCACTCATGGAACTTGGTGCAACTTTATGCACTCCAACAAACCCAAGCTGCTCAACATGCCCTGTGTTTGATCACTGTGAGGCCCTTTCAATCTCAAAGCATGATAGTTCAGTTCTTGTCACAGATTATCCCGCTAAGGGGATAAAGACCAAACAAAGACATGATTATTCCGCTGTATGTGTGGTTGAGATATTGGAGAATCAGGGTACATCTCAATCAGAGAAATCTAGTAGATTTCTTCTTGTAAAGAGGCCTGATGAAGGTTTGCTTGCTGGTCTATGGGAGTTTCCATCTGTCTTGTTGGATGGAGAAGCTGATTTAAAGACAAGGAGAGAATCCATTAATAGCCTCTTGAGTAAATTCTTTGGACTTGAACCAAAAGAGAATTTTGATATGGTTATTAGAGAAGATGTTGGAGATTTTATCCATGTTTTCACGCACATCCGTCTCAAGATATATGTTGAGCACTTGGTGTTATGTTTAAAAGCCCTAAACCCCGTCGTCGTCGTCGTCGTCGAAGAAGAAGAACATGGAAACAAGATAGCAGTGATAGAAAACCTAGGTGCCACCGAGGACCAATTTGATGCCATTGATTTGTCTGATAATGAGATTGTGAAGCTGGAAAATATGCCATATCTTAATCGATTGGGCACATTGCTGATCAATAATAATAGAATCACTCGTATCAATCCAAATATTGGAGAGTTCTTGCCAAAATTACATACGCTAGTTCTTACAAACAACAGACTTGTGAACTTGGTAGAGATCGATCCATTGGCATCCCTTCCAAAACTTCAGTTTCTTAGTTTGTTGGATAACAATATTACGAAGAAGCCAAACTATAGATTATATGTCATTCACAAGTTAAAGTCAGTCCGGGTGCTTGATTTCAAGAAAGTCAGAAACAAGGAGAGATTGGAGGCTAGGAATTTATTTTCATCAAAAGAAGTTGAAGAAGAGGCAAAGAAGGAATCTGTGAAGACGTTTGTTCCAGGTGAGTTAGAGAATACATCCAAACCTGTGGAGGAGAAACAAACTTCAAACGTGTCTGCACCAACACCGGAGCAGATAATAGCTATTAAGGCGGCCATTGTAAATTCTCAAACTCTTGAAGAAGTTGCGAGATTAGAACAGGCGCTCAAGTCAGGTCAGTTACCTGCAGATTTGAATCTTTTGGAAGATAATACCGTGCCAAACACCACGAAAGATACAGACGATAAGACAATGTCTGATAATGGAGACGAAGAAAATGTATCCAAGGATGTTAAAGAGCAATCGAATGATGAATCTACACCTATGGAGCAGGGTAAAGAATTTCCTAACAATATGTACGGATCTATTGGCATACACATTGGGACTTGA

Protein sequence

MFKQSGHRYWNGTTVADIEDIMFSIDNVQTIRASLLEWYDRSRRDLPWRSLDKGQPETRAYGVWVSEIMLQQTRVQTVVHFYNRWMLRWPTVQHLSRASLEEVNEMWAGLGYYRRARFLLEGAKMIVKEGGKFPKTVSALRKIPGIGEYTAGAIASIAFDEVVPVVDGNVIRVIARLKAISGNPKDPKLIKQVWKAAAQLVDPSRPGDFNQALMELGATLCTPTNPSCSTCPVFDHCEALSISKHDSSVLVTDYPAKGIKTKQRHDYSAVCVVEILENQGTSQSEKSSRFLLVKRPDEGLLAGLWEFPSVLLDGEADLKTRRESINSLLSKFFGLEPKENFDMVIREDVGDFIHVFTHIRLKIYVEHLVLCLKALNPVVVVVVEEEEHGNKIAVIENLGATEDQFDAIDLSDNEIVKLENMPYLNRLGTLLINNNRITRINPNIGEFLPKLHTLVLTNNRLVNLVEIDPLASLPKLQFLSLLDNNITKKPNYRLYVIHKLKSVRVLDFKKVRNKERLEARNLFSSKEVEEEAKKESVKTFVPGELENTSKPVEEKQTSNVSAPTPEQIIAIKAAIVNSQTLEEVARLEQALKSGQLPADLNLLEDNTVPNTTKDTDDKTMSDNGDEENVSKDVKEQSNDESTPMEQGKEFPNNMYGSIGIHIGT

Homology

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BLAST of HG10010729 vs. NCBI nr
Match: XP_038874808.1 (adenine DNA glycosylase isoform X1 [Benincasa hispida])

HSP 1 Score: 682.6 bits (1760), Expect = 3.5e-192
Identity = 333/359 (92.76%), Postives = 349/359 (97.21%), Query Frame = 0


Query: 15  VADIEDIMFSIDNVQTIRASLLEWYDRSRRDLPWRSLDKGQPETRAYGVWVSEIMLQQTR 74
           V DIEDIMFS+DNVQ IRASLLEWYDRSRRDLPWR LDKG+PETRAYGVWVSEIMLQQTR
Sbjct: 82  VVDIEDIMFSVDNVQIIRASLLEWYDRSRRDLPWRRLDKGEPETRAYGVWVSEIMLQQTR 141

Query: 75  VQTVVHFYNRWMLRWPTVQHLSRASLEEVNEMWAGLGYYRRARFLLEGAKMIVKEGGKFP 134
           VQTVVH+YNRWM++WPTVQHLSRASLEEVNEMWAGLGYYRRAR+LLEGAKMIVKEGG+FP
Sbjct: 142 VQTVVHYYNRWMIKWPTVQHLSRASLEEVNEMWAGLGYYRRARYLLEGAKMIVKEGGRFP 201

Query: 135 KTVSALRKIPGIGEYTAGAIASIAFDEVVPVVDGNVIRVIARLKAISGNPKDPKLIKQVW 194
           KTVS LRKI GIGEYTAGAIASIAFDEVVPVVDGNVIRVIARLKAISGNPKDPKL+KQVW
Sbjct: 202 KTVSTLRKIAGIGEYTAGAIASIAFDEVVPVVDGNVIRVIARLKAISGNPKDPKLVKQVW 261

Query: 195 KAAAQLVDPSRPGDFNQALMELGATLCTPTNPSCSTCPVFDHCEALSISKHDSSVLVTDY 254
           KAAAQLVDPSRPGDFNQALMELGATLCTPTNPSCSTCPVFDHCEALSISKHD+S+LVTDY
Sbjct: 262 KAAAQLVDPSRPGDFNQALMELGATLCTPTNPSCSTCPVFDHCEALSISKHDNSILVTDY 321

Query: 255 PAKGIKTKQRHDYSAVCVVEILENQGTSQSEKSSRFLLVKRPDEGLLAGLWEFPSVLLDG 314
           PAKGIKTKQRHDYSAVCVVEIL+NQGTS+ E+SSRFLLVKRPDEGLLAGLWEFPSVLLDG
Sbjct: 322 PAKGIKTKQRHDYSAVCVVEILDNQGTSELEQSSRFLLVKRPDEGLLAGLWEFPSVLLDG 381

Query: 315 EADLKTRRESINSLLSKFFGLEPKENFDMVIREDVGDFIHVFTHIRLKIYVEHLVLCLK 374
           EADL TRRESINS LSK FGLE K+NF++VIREDVGDFIHVFTHIRLKIYVEHLVLCLK
Sbjct: 382 EADLNTRRESINSHLSKCFGLELKKNFEIVIREDVGDFIHVFTHIRLKIYVEHLVLCLK 440

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BLAST of HG10010729 vs. NCBI nr
Match: XP_038874810.1 (adenine DNA glycosylase isoform X3 [Benincasa hispida])

HSP 1 Score: 682.6 bits (1760), Expect = 3.5e-192
Identity = 333/359 (92.76%), Postives = 349/359 (97.21%), Query Frame = 0


Query: 15  VADIEDIMFSIDNVQTIRASLLEWYDRSRRDLPWRSLDKGQPETRAYGVWVSEIMLQQTR 74
           V DIEDIMFS+DNVQ IRASLLEWYDRSRRDLPWR LDKG+PETRAYGVWVSEIMLQQTR
Sbjct: 42  VVDIEDIMFSVDNVQIIRASLLEWYDRSRRDLPWRRLDKGEPETRAYGVWVSEIMLQQTR 101

Query: 75  VQTVVHFYNRWMLRWPTVQHLSRASLEEVNEMWAGLGYYRRARFLLEGAKMIVKEGGKFP 134
           VQTVVH+YNRWM++WPTVQHLSRASLEEVNEMWAGLGYYRRAR+LLEGAKMIVKEGG+FP
Sbjct: 102 VQTVVHYYNRWMIKWPTVQHLSRASLEEVNEMWAGLGYYRRARYLLEGAKMIVKEGGRFP 161

Query: 135 KTVSALRKIPGIGEYTAGAIASIAFDEVVPVVDGNVIRVIARLKAISGNPKDPKLIKQVW 194
           KTVS LRKI GIGEYTAGAIASIAFDEVVPVVDGNVIRVIARLKAISGNPKDPKL+KQVW
Sbjct: 162 KTVSTLRKIAGIGEYTAGAIASIAFDEVVPVVDGNVIRVIARLKAISGNPKDPKLVKQVW 221

Query: 195 KAAAQLVDPSRPGDFNQALMELGATLCTPTNPSCSTCPVFDHCEALSISKHDSSVLVTDY 254
           KAAAQLVDPSRPGDFNQALMELGATLCTPTNPSCSTCPVFDHCEALSISKHD+S+LVTDY
Sbjct: 222 KAAAQLVDPSRPGDFNQALMELGATLCTPTNPSCSTCPVFDHCEALSISKHDNSILVTDY 281

Query: 255 PAKGIKTKQRHDYSAVCVVEILENQGTSQSEKSSRFLLVKRPDEGLLAGLWEFPSVLLDG 314
           PAKGIKTKQRHDYSAVCVVEIL+NQGTS+ E+SSRFLLVKRPDEGLLAGLWEFPSVLLDG
Sbjct: 282 PAKGIKTKQRHDYSAVCVVEILDNQGTSELEQSSRFLLVKRPDEGLLAGLWEFPSVLLDG 341

Query: 315 EADLKTRRESINSLLSKFFGLEPKENFDMVIREDVGDFIHVFTHIRLKIYVEHLVLCLK 374
           EADL TRRESINS LSK FGLE K+NF++VIREDVGDFIHVFTHIRLKIYVEHLVLCLK
Sbjct: 342 EADLNTRRESINSHLSKCFGLELKKNFEIVIREDVGDFIHVFTHIRLKIYVEHLVLCLK 400

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BLAST of HG10010729 vs. NCBI nr
Match: TYK24629.1 (adenine DNA glycosylase isoform X1 [Cucumis melo var. makuwa])

HSP 1 Score: 681.0 bits (1756), Expect = 1.0e-191
Identity = 338/371 (91.11%), Postives = 351/371 (94.61%), Query Frame = 0


Query: 3   KQSGHRYWNGTTVADIEDIMFSIDNVQTIRASLLEWYDRSRRDLPWRSLDKGQPETRAYG 62
           K+ G        V DIEDIMFSIDNVQTIRASLL+WYDRSRRDLPWRSLDKG+PETRAYG
Sbjct: 30  KRRGRSPSKSEAVVDIEDIMFSIDNVQTIRASLLDWYDRSRRDLPWRSLDKGEPETRAYG 89

Query: 63  VWVSEIMLQQTRVQTVVHFYNRWMLRWPTVQHLSRASLEEVNEMWAGLGYYRRARFLLEG 122
           VWVSEIMLQQTRVQTVV FYNRWML+WPTVQHLSRASLEEVNEMWAGLGYYRRARFL EG
Sbjct: 90  VWVSEIMLQQTRVQTVVQFYNRWMLKWPTVQHLSRASLEEVNEMWAGLGYYRRARFLFEG 149

Query: 123 AKMIVKEGGKFPKTVSALRKIPGIGEYTAGAIASIAFDEVVPVVDGNVIRVIARLKAISG 182
           AKMIVKEGG+FPKTVS+LRKIPGIGEYTAGAIASIAF EVVPVVDGNVIRVIARLKAISG
Sbjct: 150 AKMIVKEGGRFPKTVSSLRKIPGIGEYTAGAIASIAFGEVVPVVDGNVIRVIARLKAISG 209

Query: 183 NPKDPKLIKQVWKAAAQLVDPSRPGDFNQALMELGATLCTPTNPSCSTCPVFDHCEALSI 242
           NPKDPKLIKQVWKAAAQLVDPSRPGDFNQALMELGATLCTPTNPSCSTCPVFDHCEALSI
Sbjct: 210 NPKDPKLIKQVWKAAAQLVDPSRPGDFNQALMELGATLCTPTNPSCSTCPVFDHCEALSI 269

Query: 243 SKHDSSVLVTDYPAKGIKTKQRHDYSAVCVVEILENQGTSQSEKSSRFLLVKRPDEGLLA 302
           SK DSSVLVTDYPAKGIKTKQRHDYSAVCVVEILE+QGTS+  +SSRFLLVKRPDEGLLA
Sbjct: 270 SKRDSSVLVTDYPAKGIKTKQRHDYSAVCVVEILESQGTSELGQSSRFLLVKRPDEGLLA 329

Query: 303 GLWEFPSVLLDGEADLKTRRESINSLLSKFFGLEPKENFDMVIREDVGDFIHVFTHIRLK 362
           GLWEFPSV LDGEADL TRRESI+SLLSK FGLEPK+NF++V REDVGDFIHVFTHIRLK
Sbjct: 330 GLWEFPSVSLDGEADLTTRRESIDSLLSKNFGLEPKKNFEIVNREDVGDFIHVFTHIRLK 389

Query: 363 IYVEHLVLCLK 374
           IYVEHLVLCLK
Sbjct: 390 IYVEHLVLCLK 400

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BLAST of HG10010729 vs. NCBI nr
Match: XP_004140565.2 (adenine DNA glycosylase isoform X1 [Cucumis sativus] >XP_031743604.1 adenine DNA glycosylase isoform X1 [Cucumis sativus])

HSP 1 Score: 673.7 bits (1737), Expect = 1.6e-189
Identity = 334/371 (90.03%), Postives = 348/371 (93.80%), Query Frame = 0


Query: 3   KQSGHRYWNGTTVADIEDIMFSIDNVQTIRASLLEWYDRSRRDLPWRSLDKGQPETRAYG 62
           K+ G        V DIEDIMFSIDNVQTIRASLL+WYDRSRRDLPWRSLDKG+PETRAYG
Sbjct: 30  KRRGRSPSKSEAVVDIEDIMFSIDNVQTIRASLLDWYDRSRRDLPWRSLDKGEPETRAYG 89

Query: 63  VWVSEIMLQQTRVQTVVHFYNRWMLRWPTVQHLSRASLEEVNEMWAGLGYYRRARFLLEG 122
           VWVSEIMLQQTRVQTVV FYNRWML+WPTVQHLSRASLEEVNEMWAGLGYYRRARFL EG
Sbjct: 90  VWVSEIMLQQTRVQTVVQFYNRWMLKWPTVQHLSRASLEEVNEMWAGLGYYRRARFLFEG 149

Query: 123 AKMIVKEGGKFPKTVSALRKIPGIGEYTAGAIASIAFDEVVPVVDGNVIRVIARLKAISG 182
           AKMIVKEGG+FP+TVS+LRKIPGIGEYTAGAIASIAF EVVPVVDGNVIRVIARLKAISG
Sbjct: 150 AKMIVKEGGRFPRTVSSLRKIPGIGEYTAGAIASIAFGEVVPVVDGNVIRVIARLKAISG 209

Query: 183 NPKDPKLIKQVWKAAAQLVDPSRPGDFNQALMELGATLCTPTNPSCSTCPVFDHCEALSI 242
           NPKDPKLIKQVWKAAAQLVD SRPGDFNQALMELGATLCTPTNPSCSTCPVFDHCEALSI
Sbjct: 210 NPKDPKLIKQVWKAAAQLVDLSRPGDFNQALMELGATLCTPTNPSCSTCPVFDHCEALSI 269

Query: 243 SKHDSSVLVTDYPAKGIKTKQRHDYSAVCVVEILENQGTSQSEKSSRFLLVKRPDEGLLA 302
           SKHDSSVLVTDYPAKGIK KQRHDYSAVCVVEILE+QGT +  +SSRFLLVKRPDEGLLA
Sbjct: 270 SKHDSSVLVTDYPAKGIKIKQRHDYSAVCVVEILESQGTPELGQSSRFLLVKRPDEGLLA 329

Query: 303 GLWEFPSVLLDGEADLKTRRESINSLLSKFFGLEPKENFDMVIREDVGDFIHVFTHIRLK 362
           GLWEFPSV LDGEADL TRRESINSLLSK FGLE K+NF++V REDVGDFIH+FTHIRLK
Sbjct: 330 GLWEFPSVSLDGEADLSTRRESINSLLSKNFGLEAKKNFEIVNREDVGDFIHIFTHIRLK 389

Query: 363 IYVEHLVLCLK 374
           IYVEHLVLCLK
Sbjct: 390 IYVEHLVLCLK 400

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BLAST of HG10010729 vs. NCBI nr
Match: XP_016902459.1 (PREDICTED: adenine DNA glycosylase isoform X2 [Cucumis melo])

HSP 1 Score: 673.7 bits (1737), Expect = 1.6e-189
Identity = 334/359 (93.04%), Postives = 346/359 (96.38%), Query Frame = 0


Query: 15  VADIEDIMFSIDNVQTIRASLLEWYDRSRRDLPWRSLDKGQPETRAYGVWVSEIMLQQTR 74
           V DIEDIMFSIDNVQTIRASLL+WYDRSRRDLPWRSLDKG+PETRAYGVWVSEIMLQQTR
Sbjct: 42  VVDIEDIMFSIDNVQTIRASLLDWYDRSRRDLPWRSLDKGEPETRAYGVWVSEIMLQQTR 101

Query: 75  VQTVVHFYNRWMLRWPTVQHLSRASLEEVNEMWAGLGYYRRARFLLEGAKMIVKEGGKFP 134
           VQTVV FYNRWML+WPTVQHLSRASLEEVNEMWAGLGYYRRARFL EGAKMIVKEGG+FP
Sbjct: 102 VQTVVQFYNRWMLKWPTVQHLSRASLEEVNEMWAGLGYYRRARFLFEGAKMIVKEGGRFP 161

Query: 135 KTVSALRKIPGIGEYTAGAIASIAFDEVVPVVDGNVIRVIARLKAISGNPKDPKLIKQVW 194
           KTVS+LRKIPGIGEYTAGAIASIAF EVVPVVDGNVIRVIARLKAISGNPKDPKLIKQVW
Sbjct: 162 KTVSSLRKIPGIGEYTAGAIASIAFGEVVPVVDGNVIRVIARLKAISGNPKDPKLIKQVW 221

Query: 195 KAAAQLVDPSRPGDFNQALMELGATLCTPTNPSCSTCPVFDHCEALSISKHDSSVLVTDY 254
           KAAAQLVD SRPGDFNQALMELGATLCTPTNPSCSTCPVFDHCEALSISK DSSVLVTDY
Sbjct: 222 KAAAQLVDLSRPGDFNQALMELGATLCTPTNPSCSTCPVFDHCEALSISKRDSSVLVTDY 281

Query: 255 PAKGIKTKQRHDYSAVCVVEILENQGTSQSEKSSRFLLVKRPDEGLLAGLWEFPSVLLDG 314
           PAKGIKTKQRHDYSAVCVVEILE+QGTS+  +SSRFLLVKRPDEGLLAGLWEFPSV LDG
Sbjct: 282 PAKGIKTKQRHDYSAVCVVEILESQGTSELGQSSRFLLVKRPDEGLLAGLWEFPSVSLDG 341

Query: 315 EADLKTRRESINSLLSKFFGLEPKENFDMVIREDVGDFIHVFTHIRLKIYVEHLVLCLK 374
           EAD  TRRESI+SLLSK FGLEPK+NF++V REDVGDFIHVFTHIRLKIYVEHLVLCLK
Sbjct: 342 EADSSTRRESIDSLLSKNFGLEPKKNFEIVNREDVGDFIHVFTHIRLKIYVEHLVLCLK 400

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BLAST of HG10010729 vs. ExPASy Swiss-Prot
Match: F4JRF4 (Adenine DNA glycosylase OS=Arabidopsis thaliana OX=3702 GN=MYH PE=3 SV=1)

HSP 1 Score: 431.8 bits (1109), Expect = 1.4e-119
Identity = 224/378 (59.26%), Postives = 274/378 (72.49%), Query Frame = 0


Query: 17  DIEDIMFSIDNVQTIRASLLEWYDRSRRDLPWRS-LDKGQPETRAYGVWVSEIMLQQTRV 76
           DIED +FS +  Q IR  LL+WYD ++RDLPWR+   + + E RAY VWVSEIMLQQTRV
Sbjct: 118 DIED-LFSENETQKIRMGLLDWYDVNKRDLPWRNRRSESEKERRAYEVWVSEIMLQQTRV 177

Query: 77  QTVVHFYNRWMLRWPTVQHLSRASLE-------------------EVNEMWAGLGYYRRA 136
           QTV+ +Y RWM +WPT+  L +ASLE                   EVNEMWAGLGYYRRA
Sbjct: 178 QTVMKYYKRWMQKWPTIYDLGQASLENLIVSRSRELSFLRGNEKKEVNEMWAGLGYYRRA 237

Query: 137 RFLLEGAKMIVKEGGKFPKTVSALRKIPGIGEYTAGAIASIAFDEVVPVVDGNVIRVIAR 196
           RFLLEGAKM+V     FP   S+L K+ GIG+YTAGAIASIAF+E VPVVDGNVIRV+AR
Sbjct: 238 RFLLEGAKMVVAGTEGFPNQASSLMKVKGIGQYTAGAIASIAFNEAVPVVDGNVIRVLAR 297

Query: 197 LKAISGNPKDPKLIKQVWKAAAQLVDPSRPGDFNQALMELGATLCTPTNPSCSTCPVFDH 256
           LKAIS NPKD    +  WK AAQLVDPSRPGDFNQ+LMELGATLCT + PSCS+CPV   
Sbjct: 298 LKAISANPKDRLTARNFWKLAAQLVDPSRPGDFNQSLMELGATLCTVSKPSCSSCPVSSQ 357

Query: 257 CEALSISKHDSSVLVTDYPAKGIKTKQRHDYSAVCVVEILENQGTSQSEKSSRFLLVKRP 316
           C A S+S+ + ++ VTDYP K IK K RHD+  VCV+EI       +++   RF+LVKRP
Sbjct: 358 CRAFSLSEENRTISVTDYPTKVIKAKPRHDFCCVCVLEI---HNLERNQSGGRFVLVKRP 417

Query: 317 DEGLLAGLWEFPSVLLDGEADLKTRRESINSLLSKF--FGLEPKENFDMVIREDVGDFIH 373
           ++GLLAGLWEFPSV+L+ EAD  TRR +IN  L +   F +E K+   +V RE++G+F+H
Sbjct: 418 EQGLLAGLWEFPSVILNEEADSATRRNAINVYLKEAFRFHVELKKACTIVSREELGEFVH 477

[Close]

BLAST of HG10010729 vs. ExPASy Swiss-Prot
Match: Q99P21 (Adenine DNA glycosylase OS=Mus musculus OX=10090 GN=Mutyh PE=1 SV=2)

HSP 1 Score: 312.0 bits (798), Expect = 1.6e-83
Identity = 173/382 (45.29%), Postives = 231/382 (60.47%), Query Frame = 0


Query: 25  IDNVQTIRASLLEWYDRSRRDLPWRSL--DKGQPETRAYGVWVSEIMLQQTRVQTVVHFY 84
           + +V   R++LL WYD+ +RDLPWR+L  ++   + RAY VWVSE+MLQQT+V TV+ +Y
Sbjct: 61  VADVTAFRSNLLSWYDQEKRDLPWRNLAKEEANSDRRAYAVWVSEVMLQQTQVATVIDYY 120

Query: 85  NRWMLRWPTVQHLSRASLEEVNEMWAGLGYYRRARFLLEGAKMIVKE-GGKFPKTVSALR 144
            RWM +WP +Q L+ ASLEEVN++W+GLGYY R R L EGA+ +V+E GG  P+T   L+
Sbjct: 121 TRWMQKWPKLQDLASASLEEVNQLWSGLGYYSRGRRLQEGARKVVEELGGHMPRTAETLQ 180

Query: 145 K-IPGIGEYTAGAIASIAFDEVVPVVDGNVIRVIARLKAISGNPKDPKLIKQVWKAAAQL 204
           + +PG+G YTAGAIASIAFD+V  VVDGNV+RV+ R++AI  +P    +   +W  A QL
Sbjct: 181 QLLPGVGRYTAGAIASIAFDQVTGVVDGNVLRVLCRVRAIGADPTSTLVSHHLWNLAQQL 240

Query: 205 VDPSRPGDFNQALMELGATLCTPTNPSCSTCPVFDHCEA--------------------- 264
           VDP+RPGDFNQA MELGAT+CTP  P CS CPV   C A                     
Sbjct: 241 VDPARPGDFNQAAMELGATVCTPQRPLCSHCPVQSLCRAYQRVQRGQLSALPGRPDIEEC 300

Query: 265 -----------LSISKHDSSVLVTDYPAKGIKTKQRHDYSAVCVVEILENQGTSQSEKSS 324
                       S S  D S+ V ++P K  +   R +YSA CVVE     G        
Sbjct: 301 ALNTRQCQLCLTSSSPWDPSMGVANFPRKASRRPPREEYSATCVVEQPGAIG------GP 360

Query: 325 RFLLVKRPDEGLLAGLWEFPSVLLDGEADLKTRRESINSLLSKFFGLEPKENFDMVIRED 371
             LLV+RPD GLLAGLWEFPSV L  E   + + +++   L ++ G  P      +  + 
Sbjct: 361 LVLLVQRPDSGLLAGLWEFPSVTL--EPSEQHQHKALLQELQRWCGPLP-----AIRLQH 420

[Close]

BLAST of HG10010729 vs. ExPASy Swiss-Prot
Match: P43333 (U2 small nuclear ribonucleoprotein A' OS=Arabidopsis thaliana OX=3702 GN=At1g09760 PE=2 SV=2)

HSP 1 Score: 303.9 bits (777), Expect = 4.4e-81
Identity = 166/217 (76.50%), Postives = 185/217 (85.25%), Query Frame = 0


Query: 384 EEEEHGNKIAVIENLGATEDQFDAIDLSDNEIVKLENMPYLNRLGTLLINNNRITRINPN 443
           E +  GNKI VIENLGATEDQFD IDLSDNEIVKLEN PYLNRLGTLLINNNRITRINPN
Sbjct: 23  ELDLRGNKIPVIENLGATEDQFDTIDLSDNEIVKLENFPYLNRLGTLLINNNRITRINPN 82

Query: 444 IGEFLPKLHTLVLTNNRLVNLVEIDPLASLPKLQFLSLLDNNITKKPNYRLYVIHKLKSV 503
           +GEFLPKLH+LVLTNNRLVNLVEIDPLAS+PKLQ+LSLLDNNITKK NYRLYVIHKLKS+
Sbjct: 83  LGEFLPKLHSLVLTNNRLVNLVEIDPLASIPKLQYLSLLDNNITKKANYRLYVIHKLKSL 142

Query: 504 RVLDFKKVRNKERLEARNLFSSKEVEEEAKKESVKTFVPGELENTSKPVEEKQTSNVSAP 563
           RVLDF K++ KER EA +LFSSKE EEE KK S +     E++  S+  E  +T  V AP
Sbjct: 143 RVLDFIKIKAKERAEAASLFSSKEAEEEVKKVSRE-----EVKKVSETAENPETPKVVAP 202

Query: 564 TPEQIIAIKAAIVNSQTLEEVARLEQALKSGQLPADL 601
           T EQI+AIKAAI+NSQT+EE+ARLEQALK GQ+PA L
Sbjct: 203 TAEQILAIKAAIINSQTIEEIARLEQALKFGQVPAGL 234

[Close]

BLAST of HG10010729 vs. ExPASy Swiss-Prot
Match: Q8R5G2 (Adenine DNA glycosylase OS=Rattus norvegicus OX=10116 GN=Mutyh PE=2 SV=1)

HSP 1 Score: 302.0 bits (772), Expect = 1.7e-80
Identity = 172/382 (45.03%), Postives = 226/382 (59.16%), Query Frame = 0


Query: 25  IDNVQTIRASLLEWYDRSRRDLPWRSLDKGQP--ETRAYGVWVSEIMLQQTRVQTVVHFY 84
           I +V   R +LL WYD+ +RDLPWR   K +   + RAY VWVSE+MLQQT+V TV+ +Y
Sbjct: 61  IADVTAFRRNLLSWYDQEKRDLPWRKRVKEETNLDRRAYAVWVSEVMLQQTQVATVIDYY 120

Query: 85  NRWMLRWPTVQHLSRASLEEVNEMWAGLGYYRRARFLLEGAKMIVKE-GGKFPKTVSALR 144
            RWM +WPT+Q L+ ASLEEVN++W+GLGYY R R L EGA+ +V+E GG  P+T   L+
Sbjct: 121 TRWMQKWPTLQDLASASLEEVNQLWSGLGYYSRGRRLQEGARKVVEELGGHVPRTAETLQ 180

Query: 145 K-IPGIGEYTAGAIASIAFDEVVPVVDGNVIRVIARLKAISGNPKDPKLIKQVWKAAAQL 204
           + +PG+G YTAGAIASIAFD+V  VVDGNVIRV+ R++AI  +P    +   +W  A QL
Sbjct: 181 QLLPGVGRYTAGAIASIAFDQVTGVVDGNVIRVLCRVRAIGADPTSSFVSHHLWDLAQQL 240

Query: 205 VDPSRPGDFNQALMELGATLCTPTNPSCSTCPVFDHCEA--------------------- 264
           VDP+RPGDFNQA MELGAT+CTP  P C+ CPV   C A                     
Sbjct: 241 VDPARPGDFNQAAMELGATVCTPQRPLCNHCPVQSLCRAHQRVGQGRLSALPGSPDIEEC 300

Query: 265 -----------LSISKHDSSVLVTDYPAKGIKTKQRHDYSAVCVVEILENQGTSQSEKSS 324
                       S +  D ++ V ++P K  +   R +YSA CVVE     G        
Sbjct: 301 ALNTRQCQLCLPSTNPWDPNMGVVNFPRKASRRPPREEYSATCVVEQPGATG------GP 360

Query: 325 RFLLVKRPDEGLLAGLWEFPSVLLDGEADLKTRRESINSLLSKFFGLEPKENFDMVIRED 371
             LLV+RP+ GLLAGLWEFPSV L  E   + + +++   L  +    P         + 
Sbjct: 361 LILLVQRPNSGLLAGLWEFPSVTL--EPSGQHQHKALLQELQHWSAPLPTTPL-----QH 420

[Close]

BLAST of HG10010729 vs. ExPASy Swiss-Prot
Match: Q9UIF7 (Adenine DNA glycosylase OS=Homo sapiens OX=9606 GN=MUTYH PE=1 SV=1)

HSP 1 Score: 297.4 bits (760), Expect = 4.1e-79
Identity = 175/409 (42.79%), Postives = 236/409 (57.70%), Query Frame = 0


Query: 25  IDNVQTIRASLLEWYDRSRRDLPW--RSLDKGQPETRAYGVWVSEIMLQQTRVQTVVHFY 84
           +  V   R SLL WYD+ +RDLPW  R+ D+   + RAY VWVSE+MLQQT+V TV+++Y
Sbjct: 87  VAEVTAFRGSLLSWYDQEKRDLPWRRRAEDEMDLDRRAYAVWVSEVMLQQTQVATVINYY 146

Query: 85  NRWMLRWPTVQHLSRASLEEVNEMWAGLGYYRRARFLLEGAKMIVKE-GGKFPKTVSALR 144
             WM +WPT+Q L+ ASLEEVN++WAGLGYY R R L EGA+ +V+E GG  P+T   L+
Sbjct: 147 TGWMQKWPTLQDLASASLEEVNQLWAGLGYYSRGRRLQEGARKVVEELGGHMPRTAETLQ 206

Query: 145 K-IPGIGEYTAGAIASIAFDEVVPVVDGNVIRVIARLKAISGNPKDPKLIKQVWKAAAQL 204
           + +PG+G YTAGAIASIAF +   VVDGNV RV+ R++AI  +P    + +Q+W  A QL
Sbjct: 207 QLLPGVGRYTAGAIASIAFGQATGVVDGNVARVLCRVRAIGADPSSTLVSQQLWGLAQQL 266

Query: 205 VDPSRPGDFNQALMELGATLCTPTNPSCSTCPVFDHCEA--------------LSISKH- 264
           VDP+RPGDFNQA MELGAT+CTP  P CS CPV   C A              LS S   
Sbjct: 267 VDPARPGDFNQAAMELGATVCTPQRPLCSQCPVESLCRARQRVEQEQLLASGSLSGSPDV 326

Query: 265 --------------------DSSVLVTDYPAKGIKTKQRHDYSAVCVVEILENQGTSQSE 324
                               D ++ V ++P K  +   R + SA CV+E           
Sbjct: 327 EECAPNTGQCHLCLPPSEPWDQTLGVVNFPRKASRKPPREESSATCVLE-------QPGA 386

Query: 325 KSSRFLLVKRPDEGLLAGLWEFPSVLLDGEADLKTRRESINSLLSKFFGLEPKENFDMVI 384
             ++ LLV+RP+ GLLAGLWEFPSV  +    L  +R+++   L ++ G  P  +     
Sbjct: 387 LGAQILLVQRPNSGLLAGLWEFPSVTWEPSEQL--QRKALLQELQRWAGPLPATHL---- 446

Query: 385 REDVGDFIHVFTHIRLKIYVEHLVLCLKALNPVVVV------VVEEEEH 389
              +G+ +H F+HI+L   V    L L+   PV  V      + +EE H
Sbjct: 447 -RHLGEVVHTFSHIKLTYQV--YGLALEGQTPVTTVPPGARWLTQEEFH 479

[Close]

BLAST of HG10010729 vs. ExPASy TrEMBL
Match: A0A5D3DMU5 (Adenine DNA glycosylase OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold266G001760 PE=3 SV=1)

HSP 1 Score: 681.0 bits (1756), Expect = 4.9e-192
Identity = 338/371 (91.11%), Postives = 351/371 (94.61%), Query Frame = 0


Query: 3   KQSGHRYWNGTTVADIEDIMFSIDNVQTIRASLLEWYDRSRRDLPWRSLDKGQPETRAYG 62
           K+ G        V DIEDIMFSIDNVQTIRASLL+WYDRSRRDLPWRSLDKG+PETRAYG
Sbjct: 30  KRRGRSPSKSEAVVDIEDIMFSIDNVQTIRASLLDWYDRSRRDLPWRSLDKGEPETRAYG 89

Query: 63  VWVSEIMLQQTRVQTVVHFYNRWMLRWPTVQHLSRASLEEVNEMWAGLGYYRRARFLLEG 122
           VWVSEIMLQQTRVQTVV FYNRWML+WPTVQHLSRASLEEVNEMWAGLGYYRRARFL EG
Sbjct: 90  VWVSEIMLQQTRVQTVVQFYNRWMLKWPTVQHLSRASLEEVNEMWAGLGYYRRARFLFEG 149

Query: 123 AKMIVKEGGKFPKTVSALRKIPGIGEYTAGAIASIAFDEVVPVVDGNVIRVIARLKAISG 182
           AKMIVKEGG+FPKTVS+LRKIPGIGEYTAGAIASIAF EVVPVVDGNVIRVIARLKAISG
Sbjct: 150 AKMIVKEGGRFPKTVSSLRKIPGIGEYTAGAIASIAFGEVVPVVDGNVIRVIARLKAISG 209

Query: 183 NPKDPKLIKQVWKAAAQLVDPSRPGDFNQALMELGATLCTPTNPSCSTCPVFDHCEALSI 242
           NPKDPKLIKQVWKAAAQLVDPSRPGDFNQALMELGATLCTPTNPSCSTCPVFDHCEALSI
Sbjct: 210 NPKDPKLIKQVWKAAAQLVDPSRPGDFNQALMELGATLCTPTNPSCSTCPVFDHCEALSI 269

Query: 243 SKHDSSVLVTDYPAKGIKTKQRHDYSAVCVVEILENQGTSQSEKSSRFLLVKRPDEGLLA 302
           SK DSSVLVTDYPAKGIKTKQRHDYSAVCVVEILE+QGTS+  +SSRFLLVKRPDEGLLA
Sbjct: 270 SKRDSSVLVTDYPAKGIKTKQRHDYSAVCVVEILESQGTSELGQSSRFLLVKRPDEGLLA 329

Query: 303 GLWEFPSVLLDGEADLKTRRESINSLLSKFFGLEPKENFDMVIREDVGDFIHVFTHIRLK 362
           GLWEFPSV LDGEADL TRRESI+SLLSK FGLEPK+NF++V REDVGDFIHVFTHIRLK
Sbjct: 330 GLWEFPSVSLDGEADLTTRRESIDSLLSKNFGLEPKKNFEIVNREDVGDFIHVFTHIRLK 389

Query: 363 IYVEHLVLCLK 374
           IYVEHLVLCLK
Sbjct: 390 IYVEHLVLCLK 400

[Close]

BLAST of HG10010729 vs. ExPASy TrEMBL
Match: A0A1S3CBT2 (Adenine DNA glycosylase OS=Cucumis melo OX=3656 GN=LOC103498904 PE=3 SV=1)

HSP 1 Score: 673.7 bits (1737), Expect = 7.9e-190
Identity = 334/359 (93.04%), Postives = 346/359 (96.38%), Query Frame = 0


Query: 15  VADIEDIMFSIDNVQTIRASLLEWYDRSRRDLPWRSLDKGQPETRAYGVWVSEIMLQQTR 74
           V DIEDIMFSIDNVQTIRASLL+WYDRSRRDLPWRSLDKG+PETRAYGVWVSEIMLQQTR
Sbjct: 42  VVDIEDIMFSIDNVQTIRASLLDWYDRSRRDLPWRSLDKGEPETRAYGVWVSEIMLQQTR 101

Query: 75  VQTVVHFYNRWMLRWPTVQHLSRASLEEVNEMWAGLGYYRRARFLLEGAKMIVKEGGKFP 134
           VQTVV FYNRWML+WPTVQHLSRASLEEVNEMWAGLGYYRRARFL EGAKMIVKEGG+FP
Sbjct: 102 VQTVVQFYNRWMLKWPTVQHLSRASLEEVNEMWAGLGYYRRARFLFEGAKMIVKEGGRFP 161

Query: 135 KTVSALRKIPGIGEYTAGAIASIAFDEVVPVVDGNVIRVIARLKAISGNPKDPKLIKQVW 194
           KTVS+LRKIPGIGEYTAGAIASIAF EVVPVVDGNVIRVIARLKAISGNPKDPKLIKQVW
Sbjct: 162 KTVSSLRKIPGIGEYTAGAIASIAFGEVVPVVDGNVIRVIARLKAISGNPKDPKLIKQVW 221

Query: 195 KAAAQLVDPSRPGDFNQALMELGATLCTPTNPSCSTCPVFDHCEALSISKHDSSVLVTDY 254
           KAAAQLVD SRPGDFNQALMELGATLCTPTNPSCSTCPVFDHCEALSISK DSSVLVTDY
Sbjct: 222 KAAAQLVDLSRPGDFNQALMELGATLCTPTNPSCSTCPVFDHCEALSISKRDSSVLVTDY 281

Query: 255 PAKGIKTKQRHDYSAVCVVEILENQGTSQSEKSSRFLLVKRPDEGLLAGLWEFPSVLLDG 314
           PAKGIKTKQRHDYSAVCVVEILE+QGTS+  +SSRFLLVKRPDEGLLAGLWEFPSV LDG
Sbjct: 282 PAKGIKTKQRHDYSAVCVVEILESQGTSELGQSSRFLLVKRPDEGLLAGLWEFPSVSLDG 341

Query: 315 EADLKTRRESINSLLSKFFGLEPKENFDMVIREDVGDFIHVFTHIRLKIYVEHLVLCLK 374
           EAD  TRRESI+SLLSK FGLEPK+NF++V REDVGDFIHVFTHIRLKIYVEHLVLCLK
Sbjct: 342 EADSSTRRESIDSLLSKNFGLEPKKNFEIVNREDVGDFIHVFTHIRLKIYVEHLVLCLK 400

[Close]

BLAST of HG10010729 vs. ExPASy TrEMBL
Match: E5GB45 (Adenine DNA glycosylase OS=Cucumis melo subsp. melo OX=412675 PE=3 SV=1)

HSP 1 Score: 673.7 bits (1737), Expect = 7.9e-190
Identity = 334/359 (93.04%), Postives = 346/359 (96.38%), Query Frame = 0


Query: 15  VADIEDIMFSIDNVQTIRASLLEWYDRSRRDLPWRSLDKGQPETRAYGVWVSEIMLQQTR 74
           V DIEDIMFSIDNVQTIRASLL+WYDRSRRDLPWRSLDKG+PETRAYGVWVSEIMLQQTR
Sbjct: 42  VVDIEDIMFSIDNVQTIRASLLDWYDRSRRDLPWRSLDKGEPETRAYGVWVSEIMLQQTR 101

Query: 75  VQTVVHFYNRWMLRWPTVQHLSRASLEEVNEMWAGLGYYRRARFLLEGAKMIVKEGGKFP 134
           VQTVV FYNRWML+WPTVQHLSRASLEEVNEMWAGLGYYRRARFL EGAKMIVKEGG+FP
Sbjct: 102 VQTVVQFYNRWMLKWPTVQHLSRASLEEVNEMWAGLGYYRRARFLFEGAKMIVKEGGRFP 161

Query: 135 KTVSALRKIPGIGEYTAGAIASIAFDEVVPVVDGNVIRVIARLKAISGNPKDPKLIKQVW 194
           KTVS+LRKIPGIGEYTAGAIASIAF EVVPVVDGNVIRVIARLKAISGNPKDPKLIKQVW
Sbjct: 162 KTVSSLRKIPGIGEYTAGAIASIAFGEVVPVVDGNVIRVIARLKAISGNPKDPKLIKQVW 221

Query: 195 KAAAQLVDPSRPGDFNQALMELGATLCTPTNPSCSTCPVFDHCEALSISKHDSSVLVTDY 254
           KAAAQLVD SRPGDFNQALMELGATLCTPTNPSCSTCPVFDHCEALSISK DSSVLVTDY
Sbjct: 222 KAAAQLVDLSRPGDFNQALMELGATLCTPTNPSCSTCPVFDHCEALSISKRDSSVLVTDY 281

Query: 255 PAKGIKTKQRHDYSAVCVVEILENQGTSQSEKSSRFLLVKRPDEGLLAGLWEFPSVLLDG 314
           PAKGIKTKQRHDYSAVCVVEILE+QGTS+  +SSRFLLVKRPDEGLLAGLWEFPSV LDG
Sbjct: 282 PAKGIKTKQRHDYSAVCVVEILESQGTSELGQSSRFLLVKRPDEGLLAGLWEFPSVSLDG 341

Query: 315 EADLKTRRESINSLLSKFFGLEPKENFDMVIREDVGDFIHVFTHIRLKIYVEHLVLCLK 374
           EAD  TRRESI+SLLSK FGLEPK+NF++V REDVGDFIHVFTHIRLKIYVEHLVLCLK
Sbjct: 342 EADSSTRRESIDSLLSKNFGLEPKKNFEIVNREDVGDFIHVFTHIRLKIYVEHLVLCLK 400

[Close]

BLAST of HG10010729 vs. ExPASy TrEMBL
Match: A0A0A0KC27 (Adenine DNA glycosylase OS=Cucumis sativus OX=3659 GN=Csa_6G088720 PE=3 SV=1)

HSP 1 Score: 673.7 bits (1737), Expect = 7.9e-190
Identity = 334/371 (90.03%), Postives = 348/371 (93.80%), Query Frame = 0


Query: 3   KQSGHRYWNGTTVADIEDIMFSIDNVQTIRASLLEWYDRSRRDLPWRSLDKGQPETRAYG 62
           K+ G        V DIEDIMFSIDNVQTIRASLL+WYDRSRRDLPWRSLDKG+PETRAYG
Sbjct: 84  KRRGRSPSKSEAVVDIEDIMFSIDNVQTIRASLLDWYDRSRRDLPWRSLDKGEPETRAYG 143

Query: 63  VWVSEIMLQQTRVQTVVHFYNRWMLRWPTVQHLSRASLEEVNEMWAGLGYYRRARFLLEG 122
           VWVSEIMLQQTRVQTVV FYNRWML+WPTVQHLSRASLEEVNEMWAGLGYYRRARFL EG
Sbjct: 144 VWVSEIMLQQTRVQTVVQFYNRWMLKWPTVQHLSRASLEEVNEMWAGLGYYRRARFLFEG 203

Query: 123 AKMIVKEGGKFPKTVSALRKIPGIGEYTAGAIASIAFDEVVPVVDGNVIRVIARLKAISG 182
           AKMIVKEGG+FP+TVS+LRKIPGIGEYTAGAIASIAF EVVPVVDGNVIRVIARLKAISG
Sbjct: 204 AKMIVKEGGRFPRTVSSLRKIPGIGEYTAGAIASIAFGEVVPVVDGNVIRVIARLKAISG 263

Query: 183 NPKDPKLIKQVWKAAAQLVDPSRPGDFNQALMELGATLCTPTNPSCSTCPVFDHCEALSI 242
           NPKDPKLIKQVWKAAAQLVD SRPGDFNQALMELGATLCTPTNPSCSTCPVFDHCEALSI
Sbjct: 264 NPKDPKLIKQVWKAAAQLVDLSRPGDFNQALMELGATLCTPTNPSCSTCPVFDHCEALSI 323

Query: 243 SKHDSSVLVTDYPAKGIKTKQRHDYSAVCVVEILENQGTSQSEKSSRFLLVKRPDEGLLA 302
           SKHDSSVLVTDYPAKGIK KQRHDYSAVCVVEILE+QGT +  +SSRFLLVKRPDEGLLA
Sbjct: 324 SKHDSSVLVTDYPAKGIKIKQRHDYSAVCVVEILESQGTPELGQSSRFLLVKRPDEGLLA 383

Query: 303 GLWEFPSVLLDGEADLKTRRESINSLLSKFFGLEPKENFDMVIREDVGDFIHVFTHIRLK 362
           GLWEFPSV LDGEADL TRRESINSLLSK FGLE K+NF++V REDVGDFIH+FTHIRLK
Sbjct: 384 GLWEFPSVSLDGEADLSTRRESINSLLSKNFGLEAKKNFEIVNREDVGDFIHIFTHIRLK 443

Query: 363 IYVEHLVLCLK 374
           IYVEHLVLCLK
Sbjct: 444 IYVEHLVLCLK 454

[Close]

BLAST of HG10010729 vs. ExPASy TrEMBL
Match: A0A1S4E2J7 (Adenine DNA glycosylase OS=Cucumis melo OX=3656 GN=LOC103498904 PE=3 SV=1)

HSP 1 Score: 673.7 bits (1737), Expect = 7.9e-190
Identity = 334/359 (93.04%), Postives = 346/359 (96.38%), Query Frame = 0


Query: 15  VADIEDIMFSIDNVQTIRASLLEWYDRSRRDLPWRSLDKGQPETRAYGVWVSEIMLQQTR 74
           V DIEDIMFSIDNVQTIRASLL+WYDRSRRDLPWRSLDKG+PETRAYGVWVSEIMLQQTR
Sbjct: 42  VVDIEDIMFSIDNVQTIRASLLDWYDRSRRDLPWRSLDKGEPETRAYGVWVSEIMLQQTR 101

Query: 75  VQTVVHFYNRWMLRWPTVQHLSRASLEEVNEMWAGLGYYRRARFLLEGAKMIVKEGGKFP 134
           VQTVV FYNRWML+WPTVQHLSRASLEEVNEMWAGLGYYRRARFL EGAKMIVKEGG+FP
Sbjct: 102 VQTVVQFYNRWMLKWPTVQHLSRASLEEVNEMWAGLGYYRRARFLFEGAKMIVKEGGRFP 161

Query: 135 KTVSALRKIPGIGEYTAGAIASIAFDEVVPVVDGNVIRVIARLKAISGNPKDPKLIKQVW 194
           KTVS+LRKIPGIGEYTAGAIASIAF EVVPVVDGNVIRVIARLKAISGNPKDPKLIKQVW
Sbjct: 162 KTVSSLRKIPGIGEYTAGAIASIAFGEVVPVVDGNVIRVIARLKAISGNPKDPKLIKQVW 221

Query: 195 KAAAQLVDPSRPGDFNQALMELGATLCTPTNPSCSTCPVFDHCEALSISKHDSSVLVTDY 254
           KAAAQLVD SRPGDFNQALMELGATLCTPTNPSCSTCPVFDHCEALSISK DSSVLVTDY
Sbjct: 222 KAAAQLVDLSRPGDFNQALMELGATLCTPTNPSCSTCPVFDHCEALSISKRDSSVLVTDY 281

Query: 255 PAKGIKTKQRHDYSAVCVVEILENQGTSQSEKSSRFLLVKRPDEGLLAGLWEFPSVLLDG 314
           PAKGIKTKQRHDYSAVCVVEILE+QGTS+  +SSRFLLVKRPDEGLLAGLWEFPSV LDG
Sbjct: 282 PAKGIKTKQRHDYSAVCVVEILESQGTSELGQSSRFLLVKRPDEGLLAGLWEFPSVSLDG 341

Query: 315 EADLKTRRESINSLLSKFFGLEPKENFDMVIREDVGDFIHVFTHIRLKIYVEHLVLCLK 374
           EAD  TRRESI+SLLSK FGLEPK+NF++V REDVGDFIHVFTHIRLKIYVEHLVLCLK
Sbjct: 342 EADSSTRRESIDSLLSKNFGLEPKKNFEIVNREDVGDFIHVFTHIRLKIYVEHLVLCLK 400

[Close]

BLAST of HG10010729 vs. TAIR 10
Match: AT4G12740.1 (HhH-GPD base excision DNA repair family protein )

HSP 1 Score: 431.8 bits (1109), Expect = 1.0e-120
Identity = 224/378 (59.26%), Postives = 274/378 (72.49%), Query Frame = 0


Query: 17  DIEDIMFSIDNVQTIRASLLEWYDRSRRDLPWRS-LDKGQPETRAYGVWVSEIMLQQTRV 76
           DIED +FS +  Q IR  LL+WYD ++RDLPWR+   + + E RAY VWVSEIMLQQTRV
Sbjct: 118 DIED-LFSENETQKIRMGLLDWYDVNKRDLPWRNRRSESEKERRAYEVWVSEIMLQQTRV 177

Query: 77  QTVVHFYNRWMLRWPTVQHLSRASLE-------------------EVNEMWAGLGYYRRA 136
           QTV+ +Y RWM +WPT+  L +ASLE                   EVNEMWAGLGYYRRA
Sbjct: 178 QTVMKYYKRWMQKWPTIYDLGQASLENLIVSRSRELSFLRGNEKKEVNEMWAGLGYYRRA 237

Query: 137 RFLLEGAKMIVKEGGKFPKTVSALRKIPGIGEYTAGAIASIAFDEVVPVVDGNVIRVIAR 196
           RFLLEGAKM+V     FP   S+L K+ GIG+YTAGAIASIAF+E VPVVDGNVIRV+AR
Sbjct: 238 RFLLEGAKMVVAGTEGFPNQASSLMKVKGIGQYTAGAIASIAFNEAVPVVDGNVIRVLAR 297

Query: 197 LKAISGNPKDPKLIKQVWKAAAQLVDPSRPGDFNQALMELGATLCTPTNPSCSTCPVFDH 256
           LKAIS NPKD    +  WK AAQLVDPSRPGDFNQ+LMELGATLCT + PSCS+CPV   
Sbjct: 298 LKAISANPKDRLTARNFWKLAAQLVDPSRPGDFNQSLMELGATLCTVSKPSCSSCPVSSQ 357

Query: 257 CEALSISKHDSSVLVTDYPAKGIKTKQRHDYSAVCVVEILENQGTSQSEKSSRFLLVKRP 316
           C A S+S+ + ++ VTDYP K IK K RHD+  VCV+EI       +++   RF+LVKRP
Sbjct: 358 CRAFSLSEENRTISVTDYPTKVIKAKPRHDFCCVCVLEI---HNLERNQSGGRFVLVKRP 417

Query: 317 DEGLLAGLWEFPSVLLDGEADLKTRRESINSLLSKF--FGLEPKENFDMVIREDVGDFIH 373
           ++GLLAGLWEFPSV+L+ EAD  TRR +IN  L +   F +E K+   +V RE++G+F+H
Sbjct: 418 EQGLLAGLWEFPSVILNEEADSATRRNAINVYLKEAFRFHVELKKACTIVSREELGEFVH 477

[Close]

BLAST of HG10010729 vs. TAIR 10
Match: AT1G09760.1 (U2 small nuclear ribonucleoprotein A )

HSP 1 Score: 303.9 bits (777), Expect = 3.1e-82
Identity = 166/217 (76.50%), Postives = 185/217 (85.25%), Query Frame = 0


Query: 384 EEEEHGNKIAVIENLGATEDQFDAIDLSDNEIVKLENMPYLNRLGTLLINNNRITRINPN 443
           E +  GNKI VIENLGATEDQFD IDLSDNEIVKLEN PYLNRLGTLLINNNRITRINPN
Sbjct: 23  ELDLRGNKIPVIENLGATEDQFDTIDLSDNEIVKLENFPYLNRLGTLLINNNRITRINPN 82

Query: 444 IGEFLPKLHTLVLTNNRLVNLVEIDPLASLPKLQFLSLLDNNITKKPNYRLYVIHKLKSV 503
           +GEFLPKLH+LVLTNNRLVNLVEIDPLAS+PKLQ+LSLLDNNITKK NYRLYVIHKLKS+
Sbjct: 83  LGEFLPKLHSLVLTNNRLVNLVEIDPLASIPKLQYLSLLDNNITKKANYRLYVIHKLKSL 142

Query: 504 RVLDFKKVRNKERLEARNLFSSKEVEEEAKKESVKTFVPGELENTSKPVEEKQTSNVSAP 563
           RVLDF K++ KER EA +LFSSKE EEE KK S +     E++  S+  E  +T  V AP
Sbjct: 143 RVLDFIKIKAKERAEAASLFSSKEAEEEVKKVSRE-----EVKKVSETAENPETPKVVAP 202

Query: 564 TPEQIIAIKAAIVNSQTLEEVARLEQALKSGQLPADL 601
           T EQI+AIKAAI+NSQT+EE+ARLEQALK GQ+PA L
Sbjct: 203 TAEQILAIKAAIINSQTIEEIARLEQALKFGQVPAGL 234

[Close]

BLAST of HG10010729 vs. TAIR 10
Match: AT1G05900.2 (endonuclease III 2 )

HSP 1 Score: 64.3 bits (155), Expect = 4.2e-10
Identity = 58/224 (25.89%), Postives = 104/224 (46.43%), Query Frame = 0


Query: 56  PETRAYGVWVSEIMLQQTRVQ----TVVHFYNRWMLRWPTVQHLSRASLEEVNEMWAGLG 115
           P+ R + V +  ++  QT+       V   +   +L   T + + +A    + E+   +G
Sbjct: 176 PKERRFYVLIGTLLSSQTKEHITGAAVERLHQNGLL---TPEAIDKADESTIKELIYPVG 235

Query: 116 YY-RRARFLLEGAKMIVKE-GGKFPKTVSALRKIPGIGEYTAGAIASIAFDEVVPV-VDG 175
           +Y R+A  + + AK+ + E  G  P+T+  L  +PG+G   A  +  +A+++V  + VD 
Sbjct: 236 FYTRKATNVKKVAKICLMEYDGDIPRTLEELLSLPGVGPKIAHLVLHVAWNDVQGICVDT 295

Query: 176 NVIRVIARL--------KAISGNPKDPKLIKQVWKAAAQLVDPSRPGDFNQALMELGATL 235
           +V R+  RL        K  + +P++ ++  Q W    + V        N  L+  G T+
Sbjct: 296 HVHRICNRLGWVSKPGTKQKTSSPEETRVALQQWLPKGEWV------AINFLLVGFGQTI 355

Query: 236 CTPTNPSCSTCPVFDHC-EALSISKHDSSVLVTDYPAKGIKTKQ 264
           CTP  P C TC + + C  A   +   SS L      K IK+K+
Sbjct: 356 CTPLRPHCGTCSITEICPSAFKETPSTSSKL-----KKSIKSKK 385

The following BLAST results are available for this feature:

BLAST of HG10010729 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_038874808.1	3.5e-192	92.76	adenine DNA glycosylase isoform X1 [Benincasa hispida]	[more]
XP_038874810.1	3.5e-192	92.76	adenine DNA glycosylase isoform X3 [Benincasa hispida]	[more]
TYK24629.1	1.0e-191	91.11	adenine DNA glycosylase isoform X1 [Cucumis melo var. makuwa]	[more]
XP_004140565.2	1.6e-189	90.03	adenine DNA glycosylase isoform X1 [Cucumis sativus] >XP_031743604.1 adenine DNA...	[more]
XP_016902459.1	1.6e-189	93.04	PREDICTED: adenine DNA glycosylase isoform X2 [Cucumis melo]	[more]

BLAST of HG10010729 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
F4JRF4	1.4e-119	59.26	Adenine DNA glycosylase OS=Arabidopsis thaliana OX=3702 GN=MYH PE=3 SV=1	[more]
Q99P21	1.6e-83	45.29	Adenine DNA glycosylase OS=Mus musculus OX=10090 GN=Mutyh PE=1 SV=2	[more]
P43333	4.4e-81	76.50	U2 small nuclear ribonucleoprotein A' OS=Arabidopsis thaliana OX=3702 GN=At1g097...	[more]
Q8R5G2	1.7e-80	45.03	Adenine DNA glycosylase OS=Rattus norvegicus OX=10116 GN=Mutyh PE=2 SV=1	[more]
Q9UIF7	4.1e-79	42.79	Adenine DNA glycosylase OS=Homo sapiens OX=9606 GN=MUTYH PE=1 SV=1	[more]

BLAST of HG10010729 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A5D3DMU5	4.9e-192	91.11	Adenine DNA glycosylase OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold...	[more]
A0A1S3CBT2	7.9e-190	93.04	Adenine DNA glycosylase OS=Cucumis melo OX=3656 GN=LOC103498904 PE=3 SV=1	[more]
E5GB45	7.9e-190	93.04	Adenine DNA glycosylase OS=Cucumis melo subsp. melo OX=412675 PE=3 SV=1	[more]
A0A0A0KC27	7.9e-190	90.03	Adenine DNA glycosylase OS=Cucumis sativus OX=3659 GN=Csa_6G088720 PE=3 SV=1	[more]
A0A1S4E2J7	7.9e-190	93.04	Adenine DNA glycosylase OS=Cucumis melo OX=3656 GN=LOC103498904 PE=3 SV=1	[more]

BLAST of HG10010729 vs. TAIR 10


Match Name	E-value	Identity	Description
AT4G12740.1	1.0e-120	59.26	HhH-GPD base excision DNA repair family protein	[more]
AT1G09760.1	3.1e-82	76.50	U2 small nuclear ribonucleoprotein A	[more]
AT1G05900.2	4.2e-10	25.89	endonuclease III 2	[more]

InterPro

Analysis Name: InterPro Annotations of Bottle gourd (Hangzhou Gourd) v1
Date Performed: 2022-08-01

Position :

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IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR003265	HhH-GPD domain	SMART	SM00478	endo3end	coord: 69..219 e-value: 1.7E-43 score: 160.5
IPR003265	HhH-GPD domain	PFAM	PF00730	HhH-GPD	coord: 65..195 e-value: 4.1E-19 score: 70.1
IPR003265	HhH-GPD domain	CDD	cd00056	ENDO3c	coord: 61..217 e-value: 2.70454E-47 score: 162.026
IPR003603	U2A'/phosphoprotein 32 family A, C-terminal	SMART	SM00446	LRRcap_2	coord: 489..507 e-value: 0.0044 score: 26.2
None	No IPR available	GENE3D	3.90.79.10	Nucleoside Triphosphate Pyrophosphohydrolase	coord: 260..408 e-value: 3.8E-25 score: 90.0
None	No IPR available	PFAM	PF14580	LRR_9	coord: 384..534 e-value: 1.6E-66 score: 223.2
None	No IPR available	GENE3D	1.10.340.30	Hypothetical protein; domain 2	coord: 45..164 e-value: 7.1E-93 score: 312.0
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 601..664
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 610..642
None	No IPR available	SUPERFAMILY	52058	L domain-like	coord: 388..514
IPR032675	Leucine-rich repeat domain superfamily	GENE3D	3.80.10.10	Ribonuclease Inhibitor	coord: 409..510 e-value: 2.2E-10 score: 41.4
IPR029119	MutY, C-terminal	PFAM	PF14815	NUDIX_4	coord: 287..368 e-value: 4.8E-12 score: 45.8
IPR029119	MutY, C-terminal	CDD	cd03431	DNA_Glycosylase_C	coord: 264..370 e-value: 1.22828E-19 score: 82.7699
IPR005760	A/G-specific adenine glycosylase MutY	TIGRFAM	TIGR01084	TIGR01084	coord: 31..311 e-value: 1.2E-86 score: 288.7
IPR000445	Helix-hairpin-helix motif	PFAM	PF00633	HHH	coord: 130..157 e-value: 8.5E-7 score: 28.5
IPR023170	Helix-hairpin-helix, base-excision DNA repair, C-terminal	GENE3D	1.10.1670.10		coord: 30..239 e-value: 7.1E-93 score: 312.0
IPR044298	Adenine/Thymine-DNA glycosylase	PANTHER	PTHR42944	ADENINE DNA GLYCOSYLASE	coord: 22..371
IPR004036	Endonuclease III-like, conserved site-2	PROSITE	PS01155	ENDONUCLEASE_III_2	coord: 131..160
IPR001611	Leucine-rich repeat	PROSITE	PS51450	LRR	coord: 450..471 score: 7.049695
IPR015797	NUDIX hydrolase-like domain superfamily	SUPERFAMILY	55811	Nudix	coord: 255..368
IPR011257	DNA glycosylase	SUPERFAMILY	48150	DNA-glycosylase	coord: 28..240

Relationships

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


Feature Name	Unique Name	Type
HG10010729.1	HG10010729.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0006284	base-excision repair
biological_process	GO:0006281	DNA repair
cellular_component	GO:0016021	integral component of membrane
molecular_function	GO:0051539	4 iron, 4 sulfur cluster binding
molecular_function	GO:0003677	DNA binding
molecular_function	GO:0046872	metal ion binding
molecular_function	GO:0005515	protein binding
molecular_function	GO:0000701	purine-specific mismatch base pair DNA N-glycosylase activity
molecular_function	GO:0003824	catalytic activity
molecular_function	GO:0019104	DNA N-glycosylase activity
molecular_function	GO:0016798	hydrolase activity, acting on glycosyl bonds