MS016064 (gene) Bitter gourd (TR) v1

Overview
NameMS016064
Typegene
OrganismMomordica charantia cv. TR (Bitter gourd (TR) v1)
DescriptionAlcohol dehydrogenase-like 7
Locationscaffold9_2: 92013 .. 113807 (+)
RNA-Seq ExpressionMS016064
SyntenyMS016064
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

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

mRNA sequence

ATGGAAGGTAAATCGCCGGCTGCTACTGGACTTCACTCTATCCGCTGTAGAGCTGCTGTTTGCCGGAAGCCTGGTGAGCCACTAGTGATTGAGGAGATTTTTGTGGCGCCGCCAATGGCTCGTGAAGTTCGAATTCGGATAATATGCACTTCTTTGTGTCACAGCGATATCACGTTCTGGAAGATGAAGGATTTTCCGGGGATTGTTCCTAGAATTCTTGGCCACGAAGCTATCGGAGTGGTGGAGAGTGTAGGAAAGGATGTTCATGAAGTTAAGGAAGGAGATACTGTTATCCCTATATTCATGGCTGATTGTGGAGAGTGTGCAGATTGCTTATCAGATAAGAGCAATCTCTGCTCTAAACTCCCTTTCCGGATAGTTCCGGGGATGCCACGCTGTGGGACCAGCAGATTCACAGATCTTAATGGAGAGGTTCTTCATCATTTTCTGTTTGTATCAAGCTTCAGTGAATACACAGTGGTAGATATCGCCAATGTACTAAAAGTAGATCCTGAAATCCCTCCAAACAGGGCATGCCTCCTTAGTTGTGGGGTATCAACAGGGGTTGGTGCGGCGTGGAGAACAGCAAATGTGGAGAAGGGATCCACTGTTGCCATATTTGGACTAGGGTCCATAGGTTTAGCTGTTGCTGAAGGAGCAAGACTATGCGGAGCAAGCAGAATTATTGGGATAGATATCAACCAAGATAAATTTGAAACGAAAAAGTTTGGAGTAACGGAGTTTGTTAATTCTGGAAGTCTCGAGGATAAATCTGTGAGTCAGGTAATTATTGAAATGACTGGTGGGGGTGCGGACTATTGCTTTGAATGTGTTGGAATGGCTTCCATAGTTCAAGAAGCATTTGCAAGCTGCAGACAGGGTTGGGGAAAAACAATCGTGTTAGGAGTGGACAAACCGGGCACAGTTTTGAGTTTAAGCTCCTATGATTTTCTTTTTTATGGGAAGACTGTCATGGGATCGTTGTTTGGAGGACTAAAGCCCAAATCAGATGTTCCCACTCTCATTAAATGGTACACAGATAAGTTCGAACGACTCATTAAACTGCAGCGTTCGCCGGAAAACTCCTCTCCGACCTCTGCCATGGAAGATAAATCGTCGGCGGCAACCGGAGTTCGGTCAATCCGGTGTAGAGCCGCTGTGTGCCGGAAGGCCGGCGAGCCACTGGTGATGGAGGAGATAATGGTGGCGCCGCCGATGGATCGTGAGGTGAGAATTCGGATAATTTGCACCTCCTTGTGTCACAGCGATATTACCTTTTGGAGAATGAAGGATCCTCCGGGGATTTTTCCGAGAATTTTTGGCCACGAAGCTATCGGAGTGGTTGAGAGTGTAGGAAAGGATGTAAATGAAGTTAAAGAAGGAGACACTGTGATCCCAACATTCATGGCAGACTGTGGGGAGTGTAGAGATTGCTTATCAGATAAGAGCAATCTTTGTTCCAAATTCCCTTTCCAGGTTTCTCCAGGAATGCCTCGCTGTGGAACAACCAGATTCACAGATCTAAATGGACACCCTCTTTATCATTTTATGTTTGTCTCAAGTTTCAGTGAGTATACAGTCGTCGATATCGCCAATGTCATCAAAATAGATCCTTCGATCCCTCCAAATATGGCGTGCCTCCTAAGTTGTGGTGTCTCAACAGGGGTTGGTGCAGCATGGAGAACAGCAAATGTGGAGAAGGGATCCACTGTTGCCATATTTGGGATGGGGGCCATAGGTTTAGCTGTTGCTGAAGGAGCAAGAATATGTGGAGCAGCCAAGATCATTGGGGTAGATGTCAACCCAGATAAATTTGAAACCGGTAATTATTCCAAAACTCAAATATCGAAGTCTCAATTGTATGCATCGAAAAAGTTCGGAGTCACTGAATTTGTTAATTCCGGAAGCCTTGGTGATAAATCTGTGAGCCAGGTAATTATTGAAATGACTGGTGGAGGTGCAGACTATTGCTTTGAATGTGTTGGAATGGCTTCCTTAGTTCATGAAGCATATGCAGCCTGCAGACAGGGTTGGGGAAAAACAATTGTGTTAGGAGTGGATAAACCTGGATCAGTATTGAGTTTTAGCTCTTATGATGTCCTTCATAATGGGAAGACTCTCACCGGATCGTTATTTGGGGGAATAAAGCCCAAATCAGATATTCCCACTCTCCTTAAA

Coding sequence (CDS)

ATGGAAGGTAAATCGCCGGCTGCTACTGGACTTCACTCTATCCGCTGTAGAGCTGCTGTTTGCCGGAAGCCTGGTGAGCCACTAGTGATTGAGGAGATTTTTGTGGCGCCGCCAATGGCTCGTGAAGTTCGAATTCGGATAATATGCACTTCTTTGTGTCACAGCGATATCACGTTCTGGAAGATGAAGGATTTTCCGGGGATTGTTCCTAGAATTCTTGGCCACGAAGCTATCGGAGTGGTGGAGAGTGTAGGAAAGGATGTTCATGAAGTTAAGGAAGGAGATACTGTTATCCCTATATTCATGGCTGATTGTGGAGAGTGTGCAGATTGCTTATCAGATAAGAGCAATCTCTGCTCTAAACTCCCTTTCCGGATAGTTCCGGGGATGCCACGCTGTGGGACCAGCAGATTCACAGATCTTAATGGAGAGGTTCTTCATCATTTTCTGTTTGTATCAAGCTTCAGTGAATACACAGTGGTAGATATCGCCAATGTACTAAAAGTAGATCCTGAAATCCCTCCAAACAGGGCATGCCTCCTTAGTTGTGGGGTATCAACAGGGGTTGGTGCGGCGTGGAGAACAGCAAATGTGGAGAAGGGATCCACTGTTGCCATATTTGGACTAGGGTCCATAGGTTTAGCTGTTGCTGAAGGAGCAAGACTATGCGGAGCAAGCAGAATTATTGGGATAGATATCAACCAAGATAAATTTGAAACGAAAAAGTTTGGAGTAACGGAGTTTGTTAATTCTGGAAGTCTCGAGGATAAATCTGTGAGTCAGGTAATTATTGAAATGACTGGTGGGGGTGCGGACTATTGCTTTGAATGTGTTGGAATGGCTTCCATAGTTCAAGAAGCATTTGCAAGCTGCAGACAGGGTTGGGGAAAAACAATCGTGTTAGGAGTGGACAAACCGGGCACAGTTTTGAGTTTAAGCTCCTATGATTTTCTTTTTTATGGGAAGACTGTCATGGGATCGTTGTTTGGAGGACTAAAGCCCAAATCAGATGTTCCCACTCTCATTAAATGGTACACAGATAAGTTCGAACGACTCATTAAACTGCAGCGTTCGCCGGAAAACTCCTCTCCGACCTCTGCCATGGAAGATAAATCGTCGGCGGCAACCGGAGTTCGGTCAATCCGGTGTAGAGCCGCTGTGTGCCGGAAGGCCGGCGAGCCACTGGTGATGGAGGAGATAATGGTGGCGCCGCCGATGGATCGTGAGGTGAGAATTCGGATAATTTGCACCTCCTTGTGTCACAGCGATATTACCTTTTGGAGAATGAAGGATCCTCCGGGGATTTTTCCGAGAATTTTTGGCCACGAAGCTATCGGAGTGGTTGAGAGTGTAGGAAAGGATGTAAATGAAGTTAAAGAAGGAGACACTGTGATCCCAACATTCATGGCAGACTGTGGGGAGTGTAGAGATTGCTTATCAGATAAGAGCAATCTTTGTTCCAAATTCCCTTTCCAGGTTTCTCCAGGAATGCCTCGCTGTGGAACAACCAGATTCACAGATCTAAATGGACACCCTCTTTATCATTTTATGTTTGTCTCAAGTTTCAGTGAGTATACAGTCGTCGATATCGCCAATGTCATCAAAATAGATCCTTCGATCCCTCCAAATATGGCGTGCCTCCTAAGTTGTGGTGTCTCAACAGGGGTTGGTGCAGCATGGAGAACAGCAAATGTGGAGAAGGGATCCACTGTTGCCATATTTGGGATGGGGGCCATAGGTTTAGCTGTTGCTGAAGGAGCAAGAATATGTGGAGCAGCCAAGATCATTGGGGTAGATGTCAACCCAGATAAATTTGAAACCGGTAATTATTCCAAAACTCAAATATCGAAGTCTCAATTGTATGCATCGAAAAAGTTCGGAGTCACTGAATTTGTTAATTCCGGAAGCCTTGGTGATAAATCTGTGAGCCAGGTAATTATTGAAATGACTGGTGGAGGTGCAGACTATTGCTTTGAATGTGTTGGAATGGCTTCCTTAGTTCATGAAGCATATGCAGCCTGCAGACAGGGTTGGGGAAAAACAATTGTGTTAGGAGTGGATAAACCTGGATCAGTATTGAGTTTTAGCTCTTATGATGTCCTTCATAATGGGAAGACTCTCACCGGATCGTTATTTGGGGGAATAAAGCCCAAATCAGATATTCCCACTCTCCTTAAA

Protein sequence

MEGKSPAATGLHSIRCRAAVCRKPGEPLVIEEIFVAPPMAREVRIRIICTSLCHSDITFWKMKDFPGIVPRILGHEAIGVVESVGKDVHEVKEGDTVIPIFMADCGECADCLSDKSNLCSKLPFRIVPGMPRCGTSRFTDLNGEVLHHFLFVSSFSEYTVVDIANVLKVDPEIPPNRACLLSCGVSTGVGAAWRTANVEKGSTVAIFGLGSIGLAVAEGARLCGASRIIGIDINQDKFETKKFGVTEFVNSGSLEDKSVSQVIIEMTGGGADYCFECVGMASIVQEAFASCRQGWGKTIVLGVDKPGTVLSLSSYDFLFYGKTVMGSLFGGLKPKSDVPTLIKWYTDKFERLIKLQRSPENSSPTSAMEDKSSAATGVRSIRCRAAVCRKAGEPLVMEEIMVAPPMDREVRIRIICTSLCHSDITFWRMKDPPGIFPRIFGHEAIGVVESVGKDVNEVKEGDTVIPTFMADCGECRDCLSDKSNLCSKFPFQVSPGMPRCGTTRFTDLNGHPLYHFMFVSSFSEYTVVDIANVIKIDPSIPPNMACLLSCGVSTGVGAAWRTANVEKGSTVAIFGMGAIGLAVAEGARICGAAKIIGVDVNPDKFETGNYSKTQISKSQLYASKKFGVTEFVNSGSLGDKSVSQVIIEMTGGGADYCFECVGMASLVHEAYAACRQGWGKTIVLGVDKPGSVLSFSSYDVLHNGKTLTGSLFGGIKPKSDIPTLLK
Homology
BLAST of MS016064 vs. NCBI nr
Match: KAG6599118.1 (Alcohol dehydrogenase-like 7, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 1158.7 bits (2996), Expect = 0.0e+00
Identity = 571/744 (76.75%), Postives = 639/744 (85.89%), Query Frame = 0

Query: 4   KSPAATGLHSIRCRAAVCRKPGEPLVIEEIFVAPPMAREVRIRIICTSLCHSDITFWKMK 63
           +S AATG+ SIRCRAAVCRKPGEPLVIEEI VAPP AREVRIRI CTSLC SD+TFWK+K
Sbjct: 27  ESSAATGVQSIRCRAAVCRKPGEPLVIEEIIVAPPRAREVRIRITCTSLCLSDVTFWKLK 86

Query: 64  DFPGIVPRILGHEAIGVVESVGKDVHEVKEGDTVIPIFMADCGECADCLSDKSNLCSKLP 123
           D PGIVPRILGHEAIGVVESVGKDV+EVKEGDTVIPIFMADCGECADCLS KSNLCSKLP
Sbjct: 87  DPPGIVPRILGHEAIGVVESVGKDVNEVKEGDTVIPIFMADCGECADCLSVKSNLCSKLP 146

Query: 124 FRIVPGMPRCGTSRFTDLNGEVLHHFLFVSSFSEYTVVDIANVLKVDPEIPPNRACLLSC 183
           F+I PGMPRCGTSRFTD+NG V+HHFL VSSF+EYTVVDIANVLK+DP IPPNRACLLSC
Sbjct: 147 FKIAPGMPRCGTSRFTDINGGVIHHFLSVSSFTEYTVVDIANVLKIDPAIPPNRACLLSC 206

Query: 184 GVSTGVGAAWRTANVEKGSTVAIFGLGSIGLAVAEGARLCGASRIIGIDINQDKFE-TKK 243
           GV+TGVGAAW+TANVEKGSTVAIFG+GSIGLAVAEGARLCGASRIIGIDIN DKFE  KK
Sbjct: 207 GVATGVGAAWKTANVEKGSTVAIFGMGSIGLAVAEGARLCGASRIIGIDINPDKFEAAKK 266

Query: 244 FGVTEFVNSGSLEDKSVSQVIIEMTGGGADYCFECVGMASIVQEAFASCRQGWGKTIVLG 303
           FGVTEFVNS SL DK VSQVI EMT GGADYCFECVGMAS+V EAFA CR+GWGKTIV+G
Sbjct: 267 FGVTEFVNSRSLGDKHVSQVINEMTDGGADYCFECVGMASLVHEAFACCRKGWGKTIVVG 326

Query: 304 VDKPGTVLSLSSYDFLFYGKTVMGSLFGGLKPKSDVPTLIKWYTDKFERLIKL------- 363
           VDKP   LS SSYD LF+GK++MGSL+GGLKPKSD+PTL+KWYTDK   L K        
Sbjct: 327 VDKPDATLSFSSYDVLFHGKSIMGSLYGGLKPKSDIPTLLKWYTDKKLELDKFVTYEVAQ 386

Query: 364 -----------QRSPENS--SPTSAMEDKSSAATGVRSIRCRAAVCRKAGEPLVMEEIMV 423
                      Q S + +  SPT+ ME+K SAATG++ IRCRAAVCRK GEPLV+EEI V
Sbjct: 387 GCLCQSALSLSQLSDKTAFFSPTTVMEEKPSAATGLQPIRCRAAVCRKPGEPLVIEEISV 446

Query: 424 APPMDREVRIRIICTSLCHSDITFWRMKDPPGIFPRIFGHEAIGVVESVGKDVNEVKEGD 483
           APPM REVRIRIICTSLCH+DI+ W++KDPPG+ PRI GHEA GVVESVG+DVNEVKEGD
Sbjct: 447 APPMAREVRIRIICTSLCHTDISVWKLKDPPGVVPRILGHEAFGVVESVGEDVNEVKEGD 506

Query: 484 TVIPTFMADCGECRDCLSDKSNLCSKFPFQVSPGMPRCGTTRFTDLNGHPLYHFMFVSSF 543
           TVIPTFMADCG+C DCLS  SNLCSKFPF +S  MPR GT+RFTDLNG  ++HF++VSSF
Sbjct: 507 TVIPTFMADCGDCEDCLSTNSNLCSKFPFSMSSVMPRHGTSRFTDLNGEVIHHFLYVSSF 566

Query: 544 SEYTVVDIANVIKIDPSIPPNMACLLSCGVSTGVGAAWRTANVEKGSTVAIFGMGAIGLA 603
           SEYTVVD+A VIK+DP+IPPN ACLLSCGV+TGVGAAW+TANV+KGSTVAIFG+G+IGLA
Sbjct: 567 SEYTVVDVAYVIKVDPAIPPNRACLLSCGVATGVGAAWKTANVKKGSTVAIFGLGSIGLA 626

Query: 604 VAEGARICGAAKIIGVDVNPDKFETGNYSKTQISKSQLYASKKFGVTEFVNSGSLGDKSV 663
           VAEGAR+CGA++IIG+D+N DKFE                +KKFGVTE +NSG L DKSV
Sbjct: 627 VAEGARLCGASRIIGIDINQDKFE---------------VAKKFGVTELLNSGRLEDKSV 686

Query: 664 SQVIIEMTGGGADYCFECVGMASLVHEAYAACRQGWGKTIVLGVDKPGSVLSFSSYDVLH 723
           SQVI EMTGGGADYCFECVGMASLV EA+A CRQGWGKTIVLGV+KPG++LS + +D+L 
Sbjct: 687 SQVINEMTGGGADYCFECVGMASLVQEAFACCRQGWGKTIVLGVEKPGAILSLNFFDILL 746

Query: 724 NGKTLTGSLFGGIKPKSDIPTLLK 727
            GKT+ GSL+GG+KPKSDI TL+K
Sbjct: 747 RGKTIMGSLYGGLKPKSDIHTLIK 755

BLAST of MS016064 vs. NCBI nr
Match: KAG7030056.1 (Alcohol dehydrogenase-like 7 [Cucurbita argyrosperma subsp. argyrosperma])

HSP 1 Score: 1081.2 bits (2795), Expect = 0.0e+00
Identity = 548/766 (71.54%), Postives = 610/766 (79.63%), Query Frame = 0

Query: 1   MEGKS-PAATGLHSIRCRAAVCRKPGEPLVIEEIFVAPPMAREVRIRIICTSLCHSDITF 60
           ME K+ P  T L  IRC+AAVCRKPGE LV+EEI VAPPMA EVRIRIICTSLC+SDIT 
Sbjct: 1   MEDKAPPPTTVLQPIRCKAAVCRKPGEALVMEEIMVAPPMAHEVRIRIICTSLCYSDITV 60

Query: 61  WKMKDFPGIVPRILGHEAIGVVESVGKDVHEVKEGDTVIPIFMADCGECADCLSDKSNLC 120
           WKMKD PGIVPRILGHEAIGVVESVG+DV+EVKEGDTVIP FMADCG+C DCLS+KSNLC
Sbjct: 61  WKMKDPPGIVPRILGHEAIGVVESVGEDVNEVKEGDTVIPTFMADCGDCKDCLSNKSNLC 120

Query: 121 SKLPFRIVPGMPRCGTSRFTDLNGEVLHHFLFVSSFSEYTVVDIANVLKVDPEIPPNRAC 180
           SKLPF + PG+PRCGT+RFTDLNGE +HHFLFVSSFSEYTVVD+ANV KVDP IPPNRAC
Sbjct: 121 SKLPFSVSPGLPRCGTTRFTDLNGEAIHHFLFVSSFSEYTVVDVANVTKVDPAIPPNRAC 180

Query: 181 LLSCGVSTGVGAAWRTANVEKGSTVAIFGLGSIGLAVAEGARLCGASRIIGIDINQDKFE 240
           LLSCGVSTGVGAAWRTANVEKGSTVAIFG+GSIGLAVAEGARLCGA+RIIGID       
Sbjct: 181 LLSCGVSTGVGAAWRTANVEKGSTVAIFGIGSIGLAVAEGARLCGAARIIGID------- 240

Query: 241 TKKFGVTEFVNSGSLEDKSVSQVIIEMTGGGADYCFECVGMASIVQEAFASCRQGWGKTI 300
              FGVTEFVNS SL DKSVSQVI EMTGGGADYCFECVG+ S+VQEA+A CRQGWGKT+
Sbjct: 241 ---FGVTEFVNSRSLGDKSVSQVINEMTGGGADYCFECVGLPSLVQEAYACCRQGWGKTV 300

Query: 301 VLGVDKPGTVLSLSSYDFLFYGKTVMGSLFGGLKPKSDVPTLIKWYTDKFE--------- 360
           VLGV KPG+VLS  S D L  GKT++GSLFGGLKPKSD+P L++WY DK           
Sbjct: 301 VLGVHKPGSVLSFDSLDVLHTGKTLVGSLFGGLKPKSDIPVLLQWYIDKMRFKAQRGQYL 360

Query: 361 --------RLIKLQRSPENS-----------------------SPTSAMEDKSSAATGVR 420
                   +  + Q S + S                       SPT++    S   T   
Sbjct: 361 LAMGLDRYKWYQSQTSDQPSRCSLGGRHQTVCHEDVVGEDGLLSPTNSFRPPSWKITPRL 420

Query: 421 SIRCRAAVCRKAGEPLVMEEIMVAPPMDREVRIRIICTSLCHSDITFWRMKDPPGIFPRI 480
            +    +   + GEPLV+EEI+VAPPM  EVRIRIICTSLCHSD+TFW+MKD PGI PRI
Sbjct: 421 QLDFTLSAA-EPGEPLVIEEIIVAPPMAHEVRIRIICTSLCHSDLTFWKMKDFPGIVPRI 480

Query: 481 FGHEAIGVVESVGKDVNEVKEGDTVIPTFMADCGECRDCLSDKSNLCSKFPFQVSPGMPR 540
            GHEAIGVVESVGKDVNEVK+GDTVIPTFMADCG+C+DCLS+KSNLCSK PF VSPGMPR
Sbjct: 481 LGHEAIGVVESVGKDVNEVKKGDTVIPTFMADCGDCKDCLSNKSNLCSKLPFSVSPGMPR 540

Query: 541 CGTTRFTDLNGHPLYHFMFVSSFSEYTVVDIANVIKIDPSIPPNMACLLSCGVSTGVGAA 600
           CGT+RFTDLNG  ++HF+FVSSF+EYTVVD+ANV K+DP+IPPN ACLLSCGV+TGVGAA
Sbjct: 541 CGTSRFTDLNGEVIHHFLFVSSFTEYTVVDVANVTKVDPAIPPNRACLLSCGVTTGVGAA 600

Query: 601 WRTANVEKGSTVAIFGMGAIGLAVAEGARICGAAKIIGVDVNPDKFETGNYSKTQISKSQ 660
           WRTANVEKGSTVAIFG+G+IGLAVAEGARICGA++II                       
Sbjct: 601 WRTANVEKGSTVAIFGLGSIGLAVAEGARICGASRII----------------------- 660

Query: 661 LYASKKFGVTEFVNSGSLGDKSVSQVIIEMTGGGADYCFECVGMASLVHEAYAACRQGWG 720
              +KKFGVTEFVN+ SLGDK VSQVIIEMTGGGADYCFECVGMASLV EA+  CRQGWG
Sbjct: 661 ---AKKFGVTEFVNTRSLGDKCVSQVIIEMTGGGADYCFECVGMASLVQEAFTCCRQGWG 720

Query: 721 KTIVLGVDKPGSVLSFSSYDVLHNGKTLTGSLFGGIKPKSDIPTLL 726
           KTIV+GVDKPGS+L+ SSY+VLH GKT+ GSLFGG KPKSDIPTLL
Sbjct: 721 KTIVVGVDKPGSLLNLSSYEVLHRGKTIMGSLFGGTKPKSDIPTLL 729

BLAST of MS016064 vs. NCBI nr
Match: RZC27001.1 (Alcohol dehydrogenase-like 7 isoform C [Glycine soja])

HSP 1 Score: 976.5 bits (2523), Expect = 1.3e-280
Identity = 489/738 (66.26%), Postives = 578/738 (78.32%), Query Frame = 0

Query: 1   MEGKSPAATGLHSIRCRAAVCRKPGEPLVIEEIFVAPPMAREVRIRIICTSLCHSDITFW 60
           ME K    T   SIRC+AA+CRK GEPL IEEI VAPPM  E RIRIIC+SLC +DI+F 
Sbjct: 1   MEHKVATTTEGQSIRCKAAICRKAGEPLSIEEIIVAPPMPGEARIRIICSSLCQTDISFR 60

Query: 61  KMKDFPGIVPRILGHEAIGVVESVGKDVHEVKEGDTVIPIFMADCGECADCLSDKSNLCS 120
            M+D P I PRILGHEAIGVVESVG+DV EV +GD V+PIF+ DCGEC DC S KSNLCS
Sbjct: 61  NMQDHPAIYPRILGHEAIGVVESVGEDVTEVTKGDVVVPIFLPDCGECIDCKSSKSNLCS 120

Query: 121 KLPFRIVPGMPRCGTSRFTDLNGEVLHHFLFVSSFSEYTVVDIANVLKVDPEIPPNRACL 180
           K PF + P MPR  TSRFTDL GE++HHFL VSSFSEYTVVDIA+++K+DP IPPNRACL
Sbjct: 121 KFPFEVSPWMPRYATSRFTDLKGEIIHHFLSVSSFSEYTVVDIAHLIKIDPAIPPNRACL 180

Query: 181 LSCGVSTGVGAAWRTANVEKGSTVAIFGLGSIGLAVAEGARLCGASRIIGIDINQDKFET 240
           +SCG+S G+GAAWR A VE GSTVAIFGLGSIGLAVAEGARLCGA++IIG+D+N +++E 
Sbjct: 181 ISCGISAGIGAAWRAAGVEPGSTVAIFGLGSIGLAVAEGARLCGATKIIGVDVNPERYEI 240

Query: 241 -KKFGVTEFVNSGSLEDKSVSQVIIEMTGGGADYCFECVGMASIVQEAFASCR------- 300
            K+FG+T+FV+SG  E+KSVSQVIIEMTGGGADYCFECVGMAS++ EA+ASCR       
Sbjct: 241 GKRFGLTDFVHSGECENKSVSQVIIEMTGGGADYCFECVGMASLMHEAYASCRKQLLKLM 300

Query: 301 ---QGWGKTIVLGVDKPGTVLSLSSYDFLFYGKTVMGSLFGGLKPKSDVPTLIKWYTDKF 360
              QGWGKTIVLGVDKPG+ L+LS  + L  GK++ G LFGGLKPKS VP L+K Y DK 
Sbjct: 301 LCVQGWGKTIVLGVDKPGSKLNLSCSEVLVSGKSLRGCLFGGLKPKSHVPILLKRYMDKE 360

Query: 361 ERLIKLQRSPENSSPTSAMEDKSSAATGVRSIRC-RAAVCRKAGEPLVMEEIMVAPPMDR 420
             L       E  +     +D + A   +   +C R+AVCRKAGEPL +EEIMVAPPM  
Sbjct: 361 LNL------DEFVTHEMEFKDINKAFDLLIEGQCLRSAVCRKAGEPLGIEEIMVAPPMPG 420

Query: 421 EVRIRIICTSLCHSDITFWRMKDPPGIFPRIFGHEAIGVVESVGKDVNEVKEGDTVIPTF 480
           E RIRIIC+SLC +DI+F  M+ PP  FP I GHEAIGVVESVG+DV EV +GD V+P F
Sbjct: 421 EARIRIICSSLCRTDISFRNMQGPPANFPTILGHEAIGVVESVGEDVTEVAKGDMVVPIF 480

Query: 481 MADCGECRDCLSDKSNLCSKFPFQVSPGMPRCGTTRFTDLNGHPLYHFMFVSSFSEYTVV 540
           +A+CGEC DC S KSNLCSKFPF++SP MPR  T+RF DL G  ++HF+ VSSFSEYTVV
Sbjct: 481 IAECGECIDCKSSKSNLCSKFPFKLSPWMPRHATSRFVDLKGEIIHHFLSVSSFSEYTVV 540

Query: 541 DIANVIKIDPSIPPNMACLLSCGVSTGVGAAWRTANVEKGSTVAIFGMGAIGLAVAEGAR 600
           DIA++ KIDP +PP+ ACLLSCGVSTGVGAAWRTA VE GSTVAIFG+G+IGLAVAEGAR
Sbjct: 541 DIAHLTKIDPEVPPSKACLLSCGVSTGVGAAWRTAGVEPGSTVAIFGLGSIGLAVAEGAR 600

Query: 601 ICGAAKIIGVDVNPDKFETGNYSKTQISKSQLYASKKFGVTEFVNSGSLGDKSVSQVIIE 660
           +CGA +IIGVD+N +K+E G               KKFG+T+FV+SG   +KS SQVIIE
Sbjct: 601 LCGATRIIGVDINSEKYEIG---------------KKFGITDFVHSGECENKSASQVIIE 660

Query: 661 MTGGGADYCFECVGMASLVHEAYAACRQGWGKTIVLGVDKPGSVLSFSSYDVLHNGKTLT 720
           MT GGADYCFECVG ASL+HEAYA+CR+GWGKTIVLG DKPGS LS S  ++L +GK+L 
Sbjct: 661 MTDGGADYCFECVGNASLMHEAYASCRKGWGKTIVLGSDKPGSKLSLSCSEILVSGKSLV 717

Query: 721 GSLFGGIKPKSDIPTLLK 727
           G +FGG+KPKS +P L+K
Sbjct: 721 GCMFGGLKPKSHVPILIK 717

BLAST of MS016064 vs. NCBI nr
Match: KAG5613568.1 (hypothetical protein H5410_024849 [Solanum commersonii])

HSP 1 Score: 971.8 bits (2511), Expect = 3.1e-279
Identity = 478/714 (66.95%), Postives = 566/714 (79.27%), Query Frame = 0

Query: 14  IRCRAAVCRKPGEPLVIEEIFVAPPMAREVRIRIICTSLCHSDITFWKMKDFPGIVPRIL 73
           IRC+AAV RK GEPLVIEE+ VAPP A EVR++IICTSLC++DI  W+MK+FPG  PRIL
Sbjct: 15  IRCKAAVARKVGEPLVIEEVIVAPPKAHEVRLKIICTSLCYTDIIVWRMKEFPGCFPRIL 74

Query: 74  GHEAIGVVESVGKDVHEVKEGDTVIPIFMADCGECADCLSDKSNLCSKLPFRIVPGMPRC 133
           GHEA GVVESVG+DV E+KEGD+V+PIF+ DC +C DC S KSNLCSK PF+  P + R 
Sbjct: 75  GHEAFGVVESVGEDVDELKEGDSVVPIFLPDCMDCVDCKSKKSNLCSKFPFQASPLLHRD 134

Query: 134 GTSRFTDLNGEVLHHFLFVSSFSEYTVVDIANVLKVDPEIPPNRACLLSCGVSTGVGAAW 193
            TSRFT+  GE LHHFL++SSFSEYTVVD+ NV K+ PEIPPNRACLLSCGVSTGVGAAW
Sbjct: 135 DTSRFTNAEGETLHHFLYISSFSEYTVVDVVNVTKIGPEIPPNRACLLSCGVSTGVGAAW 194

Query: 194 RTANVEKGSTVAIFGLGSIGLAVAEGARLCGASRIIGIDINQDKFET-KKFGVTEFVNSG 253
           +TANVE GSTV IFGLGSIGLAVAEGARLCGA+RIIG+DIN +KFE  K+FG+TEFVNS 
Sbjct: 195 KTANVEPGSTVVIFGLGSIGLAVAEGARLCGATRIIGVDINSNKFEIGKQFGITEFVNSK 254

Query: 254 SLEDKSVSQVIIEMTGGGADYCFECVGMASIVQEAFASCRQGWGKTIVLGVDKPGTVLSL 313
           +  DK VSQVIIEMT GGADYCFECVG+A++VQEAFA CR+GWGKT+VLGVDKP   L+L
Sbjct: 255 NCGDKPVSQVIIEMTNGGADYCFECVGLAALVQEAFACCRKGWGKTVVLGVDKPDAHLNL 314

Query: 314 SSYDFLFYGKTVMGSLFGGLKPKSDVPTLIKWYTDKFERLIKLQRSPENSSPTSAMEDKS 373
           +S++ L   KT+ G+LFGGLKPKSDVP L+K         ++L  S     P        
Sbjct: 315 NSFEVLQSQKTLTGALFGGLKPKSDVPFLVK---------LQLGISKTAGKP-------- 374

Query: 374 SAATGVRSIRCRAAVCRKAGEPLVMEEIMVAPPMDREVRIRIICTSLCHSDITFWRMKDP 433
                   IRCRAAV RKAGEPLV+EE++VAPP   EVR++IICTSLCH+DIT W++K+ 
Sbjct: 375 --------IRCRAAVARKAGEPLVIEEVIVAPPKAHEVRLKIICTSLCHTDITLWKLKEF 434

Query: 434 PGIFPRIFGHEAIGVVESVGKDVNEVKEGDTVIPTFMADCGECRDCLSDKSNLCSKFPFQ 493
           PG  PRI GHEA GVVESVG+DV+E+KEGD+V P F+ DC +C DC S  SNLCSKFPFQ
Sbjct: 435 PGCHPRILGHEAFGVVESVGEDVDELKEGDSVGPIFLPDCMDCVDCNSKNSNLCSKFPFQ 494

Query: 494 VSPGMPRCGTTRFTDLNGHPLYHFMFVSSFSEYTVVDIANVIKIDPSIPPNMACLLSCGV 553
           +SP + R  T+RFT+  G  L+H++++SSFSEYTVVD+ NV KIDP IPPN ACLLSCGV
Sbjct: 495 ISPLLHRDDTSRFTNAEGETLHHYLYISSFSEYTVVDVVNVTKIDPEIPPNRACLLSCGV 554

Query: 554 STGVGAAWRTANVEKGSTVAIFGMGAIGLAVAEGARICGAAKIIGVDVNPDKFETGNYSK 613
           STG GAAW+TANVE GSTV IF +G++GLAVAEGAR+CGA +IIGV  N DKFE G    
Sbjct: 555 STGDGAAWKTANVEPGSTVVIFDLGSVGLAVAEGARLCGATRIIGVGRNSDKFEIG---- 614

Query: 614 TQISKSQLYASKKFGVTEFVNSGSLGDKSVSQVIIEMTGGGADYCFECVGMASLVHEAYA 673
                      K+FGVTEFVNS + GDK VSQVIIEMT GGADYCFECVG+A++V EA+A
Sbjct: 615 -----------KQFGVTEFVNSKNCGDKPVSQVIIEMTNGGADYCFECVGLATIVQEAFA 674

Query: 674 ACRQGWGKTIVLGVDKPGSVLSFSSYDVLHNGKTLTGSLFGGIKPKSDIPTLLK 727
            CR+GWGKTIVLGVDKP + L+ SS++VL + KTLTGS FGG+KPKSD+P L+K
Sbjct: 675 CCRKGWGKTIVLGVDKPDAQLNLSSFEVLQSQKTLTGSFFGGLKPKSDVPILVK 688

BLAST of MS016064 vs. NCBI nr
Match: KAG9451430.1 (hypothetical protein H6P81_011395 [Aristolochia fimbriata])

HSP 1 Score: 859.0 bits (2218), Expect = 3.0e-245
Identity = 428/716 (59.78%), Postives = 544/716 (75.98%), Query Frame = 0

Query: 14  IRCRAAVCRKPGEPLVIEEIFVAPPMAREVRIRIICTSLCHSDITFWKMKDFPGIVPRIL 73
           I+C+AAVCR  G+PLVIEEI VA P   EVRI+I+CTSLCHSD+TFWKM+      PRI 
Sbjct: 11  IKCKAAVCRGAGQPLVIEEIEVAAPKGYEVRIKIVCTSLCHSDVTFWKMEGPLAFFPRIF 70

Query: 74  GHEAIGVVESVGKDVHEVKEGDTVIPIFMADCGECADCLSDKSNLCSKLPFRI-VPGMPR 133
           GHEA+G+VESVG++V EVKEGDTV+P+F+A C EC DC S+ SNLCSKL FR   PGMPR
Sbjct: 71  GHEAVGIVESVGREVEEVKEGDTVVPVFLAHCQECVDCKSETSNLCSKLKFRANPPGMPR 130

Query: 134 CGTSRFTDLNGEVLHHFLFVSSFSEYTVVDIANVLKVDPEIPPNRACLLSCGVSTGVGAA 193
            G+S F D  GEV+H+FL VSSF+EYTVVD+ +V+K+  EIPP +ACLL CGVSTG+GAA
Sbjct: 131 DGSSVFKDSKGEVVHNFLSVSSFTEYTVVDVGHVVKITGEIPPEKACLLGCGVSTGIGAA 190

Query: 194 WRTANVEKGSTVAIFGLGSIGLAVAEGARLCGASRIIGIDINQDKFET-KKFGVTEFVNS 253
           W+   VEKGS+VA+FGLG++GLAVA+GARL GAS+IIG+D+N +KFE  KK GVT FVN 
Sbjct: 191 WKVGKVEKGSSVAVFGLGAVGLAVAQGARLRGASKIIGVDLNPEKFEAGKKLGVTHFVNP 250

Query: 254 GSLEDKSVSQVIIEMTGGGADYCFECVGMASIVQEAFASCRQGWGKTIVLGVDKPGTVLS 313
           G   +K +S+VI EMT GGADYCFEC+G+AS++ +AF S R GWGKT++LGV+  G  L+
Sbjct: 251 GDCGEKPISEVIKEMTDGGADYCFECIGLASVMSDAFTSSRPGWGKTVILGVEMHGAPLN 310

Query: 314 LSSYDFLFYGKTVMGSLFGGLKPKSDVPTLIKWYTDKFERLIKLQRSPENSSPTSAMEDK 373
           LS+++ L  GKT+MGSLFGG+KPK+DVP L++ Y DK     +LQ   E  +     ED 
Sbjct: 311 LSTFELLM-GKTLMGSLFGGIKPKTDVPLLVQRYLDK-----ELQ-VDEFITHELGFEDI 370

Query: 374 SSAATGVRSIRCRAAVCRKAGEPLVMEEIMVAPPMDREVRIRIICTSLCHSDITFWRMKD 433
           + A   +   R + AVCR  G+PLV+EEI VA P   EVRI+IICTSLCHSD+TFW++ D
Sbjct: 371 NKAFDLLG--RGKTAVCRGPGQPLVIEEIEVAAPKRYEVRIKIICTSLCHSDVTFWKIGD 430

Query: 434 PPGIFPRIFGHEAIGVVESVGKDVNEVKEGDTVIPTFMADCGECRDCLSDKSNLCSKFPF 493
             G FPRIFGHEA G+VESVG++V E+KEGDTV+P F+  C EC DC S+ SN+CS   F
Sbjct: 431 SSGFFPRIFGHEATGIVESVGEEVEEMKEGDTVVPVFLGHCRECVDCKSEASNICSTLKF 490

Query: 494 QVS-PGMPRCGTTRFTDLNGHPLYHFMFVSSFSEYTVVDIANVIKIDPSIPPNMACLLSC 553
           + + PGMPR G++ F D  G  +++F+ VSSFSEYTVVD+ +++KI   IPP  ACLLSC
Sbjct: 491 KANPPGMPRDGSSVFKDSKGEVVHNFLNVSSFSEYTVVDVGHLVKIPGEIPPEKACLLSC 550

Query: 554 GVSTGVGAAWRTANVEKGSTVAIFGMGAIGLAVAEGARICGAAKIIGVDVNPDKFETGNY 613
           GVSTG+GAAW+   VEKGS+VA+FG+GA+GLAVAEGARI GA+KIIGVD+NP+KFE G  
Sbjct: 551 GVSTGLGAAWKVGKVEKGSSVAVFGLGAVGLAVAEGARIRGASKIIGVDLNPEKFEFG-- 610

Query: 614 SKTQISKSQLYASKKFGVTEFVNSGSLGDKSVSQVIIEMTGGGADYCFECVGMASLVHEA 673
                        KK GVT FVN    G+K + +VI EMT GGAD CFEC+G+AS++ +A
Sbjct: 611 -------------KKLGVTHFVNPRDCGEKPIGEVIKEMTDGGADICFECIGLASVMRDA 670

Query: 674 YAACRQGWGKTIVLGVDKPGSVLSFSSYDVLHNGKTLTGSLFGGIKPKSDIPTLLK 727
           +A+ R GWGKT++LGV+  G+ L+ SS ++L  GKTL GSLFGGIKPK+D+P L++
Sbjct: 671 FASSRPGWGKTVILGVEMHGAPLNLSSVELL-LGKTLMGSLFGGIKPKTDVPLLVQ 701

BLAST of MS016064 vs. ExPASy Swiss-Prot
Match: Q9FH04 (Alcohol dehydrogenase-like 7 OS=Arabidopsis thaliana OX=3702 GN=At5g42250 PE=2 SV=1)

HSP 1 Score: 504.2 bits (1297), Expect = 2.4e-141
Identity = 252/362 (69.61%), Postives = 291/362 (80.39%), Query Frame = 0

Query: 366 SAMEDKSSAATGVRSIRCRAAVCRKAGEPLVMEEIMVAPPMDREVRIRIICTSLCHSDIT 425
           S+ ++KSS     + IRC+AAV RKAGEPLVMEEIMVAPP   EVRIRIICT+LCHSD+T
Sbjct: 6   SSSDNKSSH----KPIRCKAAVSRKAGEPLVMEEIMVAPPQPFEVRIRIICTALCHSDVT 65

Query: 426 FWRMKDPPGIFPRIFGHEAIGVVESVGKDVNEVKEGDTVIPTFMADCGECRDCLSDKSNL 485
           FW+++ PP  FPRI GHEAIGVVESVG++V EV EGDTV+PTFM DCG+C DC S KSNL
Sbjct: 66  FWKLQVPPACFPRILGHEAIGVVESVGENVKEVVEGDTVLPTFMPDCGDCVDCKSHKSNL 125

Query: 486 CSKFPFQVSPGMPRC-GTTRFTDLNGHPLYHFMFVSSFSEYTVVDIANVIKIDPSIPPNM 545
           CSKFPF+VSP MPR   ++RFTDLNG  L+HF+ VSSFSEYTV+D+ANV+KID SIPP+ 
Sbjct: 126 CSKFPFKVSPWMPRYDNSSRFTDLNGETLFHFLNVSSFSEYTVLDVANVVKIDSSIPPSR 185

Query: 546 ACLLSCGVSTGVGAAWRTANVEKGSTVAIFGMGAIGLAVAEGARICGAAKIIGVDVNPDK 605
           ACLLSCGVSTGVGAAW TA VEKGSTV IFG+G+IGLAVAEGAR+CGA++IIGVD+NP K
Sbjct: 186 ACLLSCGVSTGVGAAWETAKVEKGSTVVIFGLGSIGLAVAEGARLCGASRIIGVDINPTK 245

Query: 606 FETGNYSKTQISKSQLYASKKFGVTEFVNSGSLGDKSVSQVIIEMTGGGADYCFECVGMA 665
           F+ G               +KFGVTEFVNS +     VS+VI EMT GGADYCFECVG +
Sbjct: 246 FQVG---------------QKFGVTEFVNSMTCEKNRVSEVINEMTDGGADYCFECVGSS 305

Query: 666 SLVHEAYAACRQGWGKTIVLGVDKPGSVLSFSSYDVLHNGKTLTGSLFGGIKPKSDIPTL 725
           SLV EAYA CRQGWGKTI LGVDKPGS +   S+DVLH+GK L GSLFGG+K K+ IP L
Sbjct: 306 SLVQEAYACCRQGWGKTITLGVDKPGSQICLDSFDVLHHGKILMGSLFGGLKAKTHIPIL 348

Query: 726 LK 727
           LK
Sbjct: 366 LK 348

BLAST of MS016064 vs. ExPASy Swiss-Prot
Match: Q9SK86 (Alcohol dehydrogenase-like 1 OS=Arabidopsis thaliana OX=3702 GN=At1g22430 PE=2 SV=1)

HSP 1 Score: 410.6 bits (1054), Expect = 3.7e-113
Identity = 203/338 (60.06%), Postives = 255/338 (75.44%), Query Frame = 0

Query: 14  IRCRAAVCRKPGEPLVIEEIFVAPPMAREVRIRIICTSLCHSDITFWKMKDFP-GIVPRI 73
           I C+AA+CRK GE LVIE+I V PP A EVRI+I+CTSLCH+D+TFWK+   P    PRI
Sbjct: 14  ITCKAAICRKAGEALVIEDIHVDPPQAYEVRIKILCTSLCHTDLTFWKLSFGPISRFPRI 73

Query: 74  LGHEAIGVVESVGKDVHEVKEGDTVIPIFMADCGECADCLSDKSNLCSKLPFRIVPGMPR 133
           LGHEA+GVVES+G++V   K+GD V+P+F   C EC DC S K+N C +     +    R
Sbjct: 74  LGHEAVGVVESIGENVDGFKQGDVVLPVFHPYCEECKDCKSSKTNWCDRYAEDFISNTRR 133

Query: 134 CG-TSRFTDLNGEVLHHFLFVSSFSEYTVVDIANVLKVDPEIPPNRACLLSCGVSTGVGA 193
            G  SRF D +GEV+HHFLFVSSFSEYTVVDIA+++K+ PEIP ++A LLSCGVSTG+GA
Sbjct: 134 YGMASRFKDSSGEVIHHFLFVSSFSEYTVVDIAHLVKISPEIPVDKAALLSCGVSTGIGA 193

Query: 194 AWRTANVEKGSTVAIFGLGSIGLAVAEGARLCGASRIIGIDINQDKFET-KKFGVTEFVN 253
           AW+ ANVE+GST+AIFGLG++GLAVAEGARL GA++IIGID N DKFE  KKFG T+F+N
Sbjct: 194 AWKVANVEEGSTIAIFGLGAVGLAVAEGARLRGAAKIIGIDTNSDKFELGKKFGFTDFIN 253

Query: 254 SGSLEDKSVSQVIIEMTGGGADYCFECVGMASIVQEAFASCRQGWGKTIVLGVDKPGTVL 313
                +K +S+VI EMT GG DY FECVG+AS++ EAF S R G GKT++LG++K    +
Sbjct: 254 PTLCGEKKISEVIKEMTEGGVDYSFECVGLASLLNEAFISTRTGTGKTVMLGMEKHAAPI 313

Query: 314 SLSSYDFLFYGKTVMGSLFGGLKPKSDVPTLIKWYTDK 349
           SL S+D L  G+ + GSLFGGLK K D+P L+  Y  K
Sbjct: 314 SLGSFD-LLRGRVICGSLFGGLKSKLDIPILVDHYLKK 350

BLAST of MS016064 vs. ExPASy Swiss-Prot
Match: Q0V7W6 (Alcohol dehydrogenase-like 5 OS=Arabidopsis thaliana OX=3702 GN=At4g22110 PE=2 SV=1)

HSP 1 Score: 408.3 bits (1048), Expect = 1.8e-112
Identity = 205/338 (60.65%), Postives = 257/338 (76.04%), Query Frame = 0

Query: 14  IRCRAAVCRKPGEPLVIEEIFVAPPMAREVRIRIICTSLCHSDITFWKMKDFP-GIVPRI 73
           IRC+AAV RKPGE LVIEEI V PP A EVRI+IICTSLCH+D++F K+   P    PRI
Sbjct: 15  IRCKAAVSRKPGEALVIEEIHVDPPQAYEVRIKIICTSLCHTDVSFSKIDSGPLARFPRI 74

Query: 74  LGHEAIGVVESVGKDVHEVKEGDTVIPIFMADCGECADCLSDKSNLCSKLPFRIVPGMPR 133
           LGHEA+GV+ES+G+ V+  ++GD V+P+F   C EC DC S KSN C++     +    R
Sbjct: 75  LGHEAVGVIESIGEHVNGFQQGDVVLPVFHPHCEECRDCKSSKSNWCARFADDFLSNTRR 134

Query: 134 CG-TSRFTDLNGEVLHHFLFVSSFSEYTVVDIANVLKVDPEIPPNRACLLSCGVSTGVGA 193
            G TSRF D  GE ++HFLFVSSFSEYTVVDIA+++K+ P+IP ++A LLSCGVSTG+GA
Sbjct: 135 YGMTSRFKDSFGEDIYHFLFVSSFSEYTVVDIAHLVKISPDIPVDKAALLSCGVSTGIGA 194

Query: 194 AWRTANVEKGSTVAIFGLGSIGLAVAEGARLCGASRIIGIDINQDKFET-KKFGVTEFVN 253
           AW+ ANVEKGSTVA+FGLG++GLAV EGARL GA +IIG+D+N +KFE  KKFG T+F+N
Sbjct: 195 AWKVANVEKGSTVAVFGLGAVGLAVGEGARLRGAGKIIGVDLNPEKFELGKKFGFTDFIN 254

Query: 254 SGSLEDKSVSQVIIEMTGGGADYCFECVGMASIVQEAFASCRQGWGKTIVLGVDKPGTVL 313
           S    +  +S+VI EMTGGG DY FECVG+ S++ EAF+S R G GKT+VLG+DK  T +
Sbjct: 255 STLCGENKISEVIKEMTGGGVDYSFECVGLPSLLTEAFSSTRTGSGKTVVLGIDKHLTPV 314

Query: 314 SLSSYDFLFYGKTVMGSLFGGLKPKSDVPTLIKWYTDK 349
           SL S+D L  G+ V GSLFGGLKPK D+P L+  Y  K
Sbjct: 315 SLGSFD-LLRGRHVCGSLFGGLKPKLDIPILVDHYLKK 351

BLAST of MS016064 vs. ExPASy Swiss-Prot
Match: Q9SK87 (Alcohol dehydrogenase-like 2 OS=Arabidopsis thaliana OX=3702 GN=At1g22440 PE=2 SV=1)

HSP 1 Score: 404.4 bits (1038), Expect = 2.6e-111
Identity = 201/338 (59.47%), Postives = 257/338 (76.04%), Query Frame = 0

Query: 14  IRCRAAVCRKPGEPLVIEEIFVAPPMAREVRIRIICTSLCHSDITFWKMKDFP-GIVPRI 73
           IRC+AA+ RK GEPLVIEEI V PP A EVRI+I+CTSLCH+D+TFWK+   P    PRI
Sbjct: 12  IRCKAAILRKAGEPLVIEEIQVDPPQAYEVRIKILCTSLCHTDVTFWKLDSGPLARFPRI 71

Query: 74  LGHEAIGVVESVGKDVHEVKEGDTVIPIFMADCGECADCLSDKSNLCSKLPFRIVPGMPR 133
           LGHEA+GVVES+G+ V   K+GD V+P+F   C EC +C+S KSN C+K     +    R
Sbjct: 72  LGHEAVGVVESIGEKVDGFKQGDVVLPVFHPQCEECKECISPKSNWCTKYTNDYLSNTRR 131

Query: 134 CG-TSRFTDLNGEVLHHFLFVSSFSEYTVVDIANVLKVDPEIPPNRACLLSCGVSTGVGA 193
            G TSRF D  GE +HHF+FVSSF+EYTVVDIA+++K+ PEIP + A LLSC V+TG+GA
Sbjct: 132 YGMTSRFKDSRGEDIHHFIFVSSFTEYTVVDIAHLVKISPEIPVDIAALLSCSVATGLGA 191

Query: 194 AWRTANVEKGSTVAIFGLGSIGLAVAEGARLCGASRIIGIDINQDKFET-KKFGVTEFVN 253
           AW+ A+VE+GSTV IFGLG++GLAVAEG RL GA++IIG+D+N  KFE  K+FG+T+FVN
Sbjct: 192 AWKVADVEEGSTVVIFGLGAVGLAVAEGVRLRGAAKIIGVDLNPAKFEIGKRFGITDFVN 251

Query: 254 SGSLEDKSVSQVIIEMTGGGADYCFECVGMASIVQEAFASCRQGWGKTIVLGVDKPGTVL 313
                +K++S+VI EMT  GADY FEC+G+AS+++EAF S R G GKTIVLG+++    +
Sbjct: 252 PALCGEKTISEVIREMTDVGADYSFECIGLASLMEEAFKSTRPGSGKTIVLGMEQKALPI 311

Query: 314 SLSSYDFLFYGKTVMGSLFGGLKPKSDVPTLIKWYTDK 349
           SL SYD L  G+TV G+LFGGLKPK D+P L+  Y  K
Sbjct: 312 SLGSYD-LLRGRTVCGTLFGGLKPKLDIPILVDRYLKK 348

BLAST of MS016064 vs. ExPASy Swiss-Prot
Match: Q96533 (Alcohol dehydrogenase class-3 OS=Arabidopsis thaliana OX=3702 GN=ADH2 PE=1 SV=2)

HSP 1 Score: 339.3 bits (869), Expect = 1.0e-91
Identity = 174/343 (50.73%), Postives = 232/343 (67.64%), Query Frame = 0

Query: 8   ATGLHSIRCRAAVCRKPGEPLVIEEIFVAPPMAREVRIRIICTSLCHSDITFWKMKDFPG 67
           AT    I C+AAV  +P +PLVIE++ VAPP A EVRI+I+ T+LCH+D   W  KD  G
Sbjct: 2   ATQGQVITCKAAVAYEPNKPLVIEDVQVAPPQAGEVRIKILYTALCHTDAYTWSGKDPEG 61

Query: 68  IVPRILGHEAIGVVESVGKDVHEVKEGDTVIPIFMADCGECADCLSDKSNLCSKLPFRIV 127
           + P ILGHEA G+VESVG+ V EV+ GD VIP + A+C EC  C S K+NLC K+     
Sbjct: 62  LFPCILGHEAAGIVESVGEGVTEVQAGDHVIPCYQAECRECKFCKSGKTNLCGKVRSATG 121

Query: 128 PG-MPRCGTSRFTDLNGEVLHHFLFVSSFSEYTVVDIANVLKVDPEIPPNRACLLSCGVS 187
            G M     SRF+ +NG+ ++HF+  S+FS+YTVV   +V K+DP  P ++ CLL CGV 
Sbjct: 122 VGIMMNDRKSRFS-VNGKPIYHFMGTSTFSQYTVVHDVSVAKIDPTAPLDKVCLLGCGVP 181

Query: 188 TGVGAAWRTANVEKGSTVAIFGLGSIGLAVAEGARLCGASRIIGIDINQDKFET-KKFGV 247
           TG+GA W TA VE GS VAIFGLG++GLAVAEGA+  GASRIIGIDI+  K+ET KKFGV
Sbjct: 182 TGLGAVWNTAKVEPGSNVAIFGLGTVGLAVAEGAKTAGASRIIGIDIDSKKYETAKKFGV 241

Query: 248 TEFVNSGSLEDKSVSQVIIEMTGGGADYCFECVGMASIVQEAFASCRQGWGKTIVLGVDK 307
            EFVN     DK + +VI+++T GG DY FEC+G  S+++ A   C +GWG ++++GV  
Sbjct: 242 NEFVNPKD-HDKPIQEVIVDLTDGGVDYSFECIGNVSVMRAALECCHKGWGTSVIVGVAA 301

Query: 308 PGTVLSLSSYDFLFYGKTVMGSLFGGLKPKSDVPTLIKWYTDK 349
            G  +S   +  L  G+   G+ FGG K ++ VP L++ Y +K
Sbjct: 302 SGQEISTRPFQ-LVTGRVWKGTAFGGFKSRTQVPWLVEKYMNK 341

BLAST of MS016064 vs. ExPASy TrEMBL
Match: A0A3Q7GCB4 (Uncharacterized protein OS=Solanum lycopersicum OX=4081 PE=3 SV=1)

HSP 1 Score: 989.6 bits (2557), Expect = 7.1e-285
Identity = 484/722 (67.04%), Postives = 576/722 (79.78%), Query Frame = 0

Query: 14  IRCRAAVCRKPGEPLVIEEIFVAPPMAREVRIRIICTSLCHSDITFWKMKDFPGIVPRIL 73
           IRC+AAV RK GEPLVIEE+ VAPP A EVR++IICTSLCH+DIT WK+K+FPG  PRIL
Sbjct: 15  IRCKAAVARKAGEPLVIEEVIVAPPKAHEVRLKIICTSLCHTDITLWKLKEFPGCFPRIL 74

Query: 74  GHEAIGVVESVGKDVHEVKEGDTVIPIFMADCGECADCLSDKSNLCSKLPFRIVPGMPRC 133
           GHEA GVVESVG+DV E+KEGD+V+PIF+ DC +C DC S KSNLCSK P ++ P + R 
Sbjct: 75  GHEAFGVVESVGEDVDELKEGDSVVPIFLPDCMDCVDCKSKKSNLCSKFPIQVSPLLHRN 134

Query: 134 GTSRFTDLNGEVLHHFLFVSSFSEYTVVDIANVLKVDPEIPPNRACLLSCGVSTGVGAAW 193
            TSRF++  GE LHHFL++SSFSEYTVVD+ NV K+DPEIPPNRACLLSCGVSTGVGAAW
Sbjct: 135 DTSRFSNAAGETLHHFLYISSFSEYTVVDVVNVTKIDPEIPPNRACLLSCGVSTGVGAAW 194

Query: 194 RTANVEKGSTVAIFGLGSIGLAVAEGARLCGASRIIGIDINQDKFET-KKFGVTEFVNSG 253
           +TANVE GSTV IFGLGSIGLAVAEGARLCGA+RIIG+DIN +KFE  K+FG+TEFVNS 
Sbjct: 195 KTANVEPGSTVVIFGLGSIGLAVAEGARLCGATRIIGVDINSNKFEIGKQFGITEFVNSK 254

Query: 254 SLEDKSVSQVIIEMTGGGADYCFECVGMASIVQEAFASCRQGWGKTIVLGVDKPGTVLSL 313
           S  DK +SQVIIEMT GGADYCFECVG+A++VQEAF  CR+GWGKT+VLGVDKP   L+L
Sbjct: 255 SCVDKPISQVIIEMTDGGADYCFECVGLATLVQEAFTCCRKGWGKTVVLGVDKPDAHLNL 314

Query: 314 SSYDFLFYGKTVMGSLFGGLKPKSDVPTLIKWYTDKFERLIKLQRSPENSSPTSAMED-- 373
           +S++ L   KT+ G+LFGGLKPKSDVP L+K Y DK  +L K      N    +   D  
Sbjct: 315 NSFEVLQSQKTLTGALFGGLKPKSDVPILVKRYLDKELQLNKFVTHEVNFEDINKAFDLL 374

Query: 374 ------KSSAATGVRSIRCRAAVCRKAGEPLVMEEIMVAPPMDREVRIRIICTSLCHSDI 433
                 +  + T  + IRCRAAV RKAGEPLV+EE++VAPP   EVR++IICTSLCH+DI
Sbjct: 375 IQGKSLRWISKTAGKPIRCRAAVARKAGEPLVIEEVIVAPPKAHEVRLKIICTSLCHTDI 434

Query: 434 TFWRMKDPPGIFPRIFGHEAIGVVESVGKDVNEVKEGDTVIPTFMADCGECRDCLSDKSN 493
           T W++K+ PG FPRI GHEA GVVESVG+DV+E+KEGD+V+P F+ DC +C DC S KSN
Sbjct: 435 TLWKLKEFPGCFPRILGHEAFGVVESVGEDVDELKEGDSVVPIFLPDCMDCVDCKSKKSN 494

Query: 494 LCSKFPFQVSPGMPRCGTTRFTDLNGHPLYHFMFVSSFSEYTVVDIANVIKIDPSIPPNM 553
           LCSKFP Q S  + R  T+RFT+ +G  L+H++++SSFSEYTVVD+ NV KIDP IPPN 
Sbjct: 495 LCSKFPIQSSLLLHRDDTSRFTNADGETLHHYLYISSFSEYTVVDVVNVTKIDPEIPPNR 554

Query: 554 ACLLSCGVSTGVGAAWRTANVEKGSTVAIFGMGAIGLAVAEGARICGAAKIIGVDVNPDK 613
           ACLLSCGVSTGVGAAW+TANVE GSTV IFG+G++GLAVAEGAR+CGA +IIGV  N DK
Sbjct: 555 ACLLSCGVSTGVGAAWKTANVEPGSTVVIFGLGSVGLAVAEGARLCGATRIIGVGRNSDK 614

Query: 614 FETGNYSKTQISKSQLYASKKFGVTEFVNSGSLGDKSVSQVIIEMTGGGADYCFECVGMA 673
           FE G               K+FGVTEFVNS S GDK VSQVIIEMT GGADYCFECVG+ 
Sbjct: 615 FEIG---------------KQFGVTEFVNSKSCGDKPVSQVIIEMTNGGADYCFECVGLG 674

Query: 674 SLVHEAYAACRQGWGKTIVLGVDKPGSVLSFSSYDVLHNGKTLTGSLFGGIKPKSDIPTL 727
           +LV EA+A CR+GWGKTIVLGVDKP + L+ +S++VL + KTL GS FGG+KPKSD+P L
Sbjct: 675 TLVQEAFACCRKGWGKTIVLGVDKPDARLNLNSFEVLQSNKTLMGSFFGGLKPKSDVPIL 721

BLAST of MS016064 vs. ExPASy TrEMBL
Match: A0A445LUU6 (Alcohol dehydrogenase-like 7 isoform C OS=Glycine soja OX=3848 GN=D0Y65_005251 PE=3 SV=1)

HSP 1 Score: 976.5 bits (2523), Expect = 6.2e-281
Identity = 489/738 (66.26%), Postives = 578/738 (78.32%), Query Frame = 0

Query: 1   MEGKSPAATGLHSIRCRAAVCRKPGEPLVIEEIFVAPPMAREVRIRIICTSLCHSDITFW 60
           ME K    T   SIRC+AA+CRK GEPL IEEI VAPPM  E RIRIIC+SLC +DI+F 
Sbjct: 1   MEHKVATTTEGQSIRCKAAICRKAGEPLSIEEIIVAPPMPGEARIRIICSSLCQTDISFR 60

Query: 61  KMKDFPGIVPRILGHEAIGVVESVGKDVHEVKEGDTVIPIFMADCGECADCLSDKSNLCS 120
            M+D P I PRILGHEAIGVVESVG+DV EV +GD V+PIF+ DCGEC DC S KSNLCS
Sbjct: 61  NMQDHPAIYPRILGHEAIGVVESVGEDVTEVTKGDVVVPIFLPDCGECIDCKSSKSNLCS 120

Query: 121 KLPFRIVPGMPRCGTSRFTDLNGEVLHHFLFVSSFSEYTVVDIANVLKVDPEIPPNRACL 180
           K PF + P MPR  TSRFTDL GE++HHFL VSSFSEYTVVDIA+++K+DP IPPNRACL
Sbjct: 121 KFPFEVSPWMPRYATSRFTDLKGEIIHHFLSVSSFSEYTVVDIAHLIKIDPAIPPNRACL 180

Query: 181 LSCGVSTGVGAAWRTANVEKGSTVAIFGLGSIGLAVAEGARLCGASRIIGIDINQDKFET 240
           +SCG+S G+GAAWR A VE GSTVAIFGLGSIGLAVAEGARLCGA++IIG+D+N +++E 
Sbjct: 181 ISCGISAGIGAAWRAAGVEPGSTVAIFGLGSIGLAVAEGARLCGATKIIGVDVNPERYEI 240

Query: 241 -KKFGVTEFVNSGSLEDKSVSQVIIEMTGGGADYCFECVGMASIVQEAFASCR------- 300
            K+FG+T+FV+SG  E+KSVSQVIIEMTGGGADYCFECVGMAS++ EA+ASCR       
Sbjct: 241 GKRFGLTDFVHSGECENKSVSQVIIEMTGGGADYCFECVGMASLMHEAYASCRKQLLKLM 300

Query: 301 ---QGWGKTIVLGVDKPGTVLSLSSYDFLFYGKTVMGSLFGGLKPKSDVPTLIKWYTDKF 360
              QGWGKTIVLGVDKPG+ L+LS  + L  GK++ G LFGGLKPKS VP L+K Y DK 
Sbjct: 301 LCVQGWGKTIVLGVDKPGSKLNLSCSEVLVSGKSLRGCLFGGLKPKSHVPILLKRYMDKE 360

Query: 361 ERLIKLQRSPENSSPTSAMEDKSSAATGVRSIRC-RAAVCRKAGEPLVMEEIMVAPPMDR 420
             L       E  +     +D + A   +   +C R+AVCRKAGEPL +EEIMVAPPM  
Sbjct: 361 LNL------DEFVTHEMEFKDINKAFDLLIEGQCLRSAVCRKAGEPLGIEEIMVAPPMPG 420

Query: 421 EVRIRIICTSLCHSDITFWRMKDPPGIFPRIFGHEAIGVVESVGKDVNEVKEGDTVIPTF 480
           E RIRIIC+SLC +DI+F  M+ PP  FP I GHEAIGVVESVG+DV EV +GD V+P F
Sbjct: 421 EARIRIICSSLCRTDISFRNMQGPPANFPTILGHEAIGVVESVGEDVTEVAKGDMVVPIF 480

Query: 481 MADCGECRDCLSDKSNLCSKFPFQVSPGMPRCGTTRFTDLNGHPLYHFMFVSSFSEYTVV 540
           +A+CGEC DC S KSNLCSKFPF++SP MPR  T+RF DL G  ++HF+ VSSFSEYTVV
Sbjct: 481 IAECGECIDCKSSKSNLCSKFPFKLSPWMPRHATSRFVDLKGEIIHHFLSVSSFSEYTVV 540

Query: 541 DIANVIKIDPSIPPNMACLLSCGVSTGVGAAWRTANVEKGSTVAIFGMGAIGLAVAEGAR 600
           DIA++ KIDP +PP+ ACLLSCGVSTGVGAAWRTA VE GSTVAIFG+G+IGLAVAEGAR
Sbjct: 541 DIAHLTKIDPEVPPSKACLLSCGVSTGVGAAWRTAGVEPGSTVAIFGLGSIGLAVAEGAR 600

Query: 601 ICGAAKIIGVDVNPDKFETGNYSKTQISKSQLYASKKFGVTEFVNSGSLGDKSVSQVIIE 660
           +CGA +IIGVD+N +K+E G               KKFG+T+FV+SG   +KS SQVIIE
Sbjct: 601 LCGATRIIGVDINSEKYEIG---------------KKFGITDFVHSGECENKSASQVIIE 660

Query: 661 MTGGGADYCFECVGMASLVHEAYAACRQGWGKTIVLGVDKPGSVLSFSSYDVLHNGKTLT 720
           MT GGADYCFECVG ASL+HEAYA+CR+GWGKTIVLG DKPGS LS S  ++L +GK+L 
Sbjct: 661 MTDGGADYCFECVGNASLMHEAYASCRKGWGKTIVLGSDKPGSKLSLSCSEILVSGKSLV 717

Query: 721 GSLFGGIKPKSDIPTLLK 727
           G +FGG+KPKS +P L+K
Sbjct: 721 GCMFGGLKPKSHVPILIK 717

BLAST of MS016064 vs. ExPASy TrEMBL
Match: A0A151U1P5 (Alcohol dehydrogenase-like 7 OS=Cajanus cajan OX=3821 GN=KK1_005794 PE=3 SV=1)

HSP 1 Score: 852.8 bits (2202), Expect = 1.0e-243
Identity = 443/726 (61.02%), Postives = 504/726 (69.42%), Query Frame = 0

Query: 1   MEGKSPAATGLHSIRCRAAVCRKPGEPLVIEEIFVAPPMAREVRIRIICTSLCHSDITFW 60
           ME K  A +    IRC+AAVCRK GEPL IEEI VAPPM REVRIR+ICTSLCHSDITFW
Sbjct: 1   MEDKVAATSEGQPIRCKAAVCRKAGEPLSIEEIIVAPPMPREVRIRVICTSLCHSDITFW 60

Query: 61  KMKDFPGIVPRILGHEAIGVVESVGKDVHEVKEGDTVIPIFMADCGECADCLSDKSNLCS 120
           KM+  P I PRILGHEA+G+VESVG+DV EV +GD V+PIF+ DCGEC DC S  SNLCS
Sbjct: 61  KMQVPPAICPRILGHEAVGIVESVGEDVSEVTKGDVVVPIFLPDCGECVDCKSSNSNLCS 120

Query: 121 KLPFRIVPGMPRCGTSRFTDLNGEVLHHFLFVSSFSEYTVVDIANVLKVDPEIPPNRACL 180
           K  F + P MPR  TSRFTDL GE +HHFLFVSSFSEYTVVDIAN+ K+DP IPPNRACL
Sbjct: 121 KFEFNVSPWMPRYATSRFTDLKGETIHHFLFVSSFSEYTVVDIANLTKIDPTIPPNRACL 180

Query: 181 LSCGVSTGVGAAWRTANVEKGSTVAIFGLGSIGLAVAEGARLCGASRIIGIDINQDKFET 240
           LSCGVSTGVGAAWRTA V+ GS+VAIFGLGSIGL     A +  +  I+   I +   E 
Sbjct: 181 LSCGVSTGVGAAWRTAGVKPGSSVAIFGLGSIGL-----ANVVFSFSILWFIILKHSLEV 240

Query: 241 KKFGVTEFVNSGSLEDKSVSQVIIEMTGGGADYCFECVGMASIVQEAFASCRQGWGKTIV 300
             F                  VIIEMTGGGADYCFECVGMAS+VQEA+ASCR+GWGKTIV
Sbjct: 241 IGF-----------------LVIIEMTGGGADYCFECVGMASLVQEAYASCRKGWGKTIV 300

Query: 301 LGVDKPGTVLSLSSYDFLFYGKTVMGSLFGGLKPKSDVPTLIKWYTDKFERLIKLQRSPE 360
           LGVDKPG+ LSLS  + L  GK++MG LFGGLKPKS VP L+K Y DK            
Sbjct: 301 LGVDKPGSKLSLSCSEVLISGKSLMGCLFGGLKPKSHVPILLKRYMDKVH---------- 360

Query: 361 NSSPTSAMEDKSSAATGVRSIRCRAAVCRKAGEPLVMEEIMVAPPMDREVRIRIICTSLC 420
                                                                       
Sbjct: 361 ------------------------------------------------------------ 420

Query: 421 HSDITFWRMKDPPGIFPRIFGHEAIGVVESVGKDVNEVKEGDTVIPTFMADCGECRDCLS 480
                       P I+PRI GHEAIGVVESVG+DV EV +GD V+P F+ DCGEC DC S
Sbjct: 421 ------------PAIYPRILGHEAIGVVESVGEDVIEVTKGDVVVPIFLPDCGECIDCKS 480

Query: 481 DKSNLCSKFPFQVSPGMPRCGTTRFTDLNGHPLYHFMFVSSFSEYTVVDIANVIKIDPSI 540
            KSNLCSKFPF+VSP MPR GT+RFTD  G  ++HF+ VSSFSEYTVVDIAN++KIDP+I
Sbjct: 481 SKSNLCSKFPFEVSPWMPRYGTSRFTDSKGEIIHHFLSVSSFSEYTVVDIANLVKIDPAI 540

Query: 541 PPNMACLLSCGVSTGVGAAWRTANVEKGSTVAIFGMGAIGLAVAEGARICGAAKIIGVDV 600
           PPN ACL+SCG+S GVGAAWRTA VE GSTVAIFG+G+IGLAVAEGAR+CGA KIIGVDV
Sbjct: 541 PPNRACLISCGISAGVGAAWRTAGVEPGSTVAIFGLGSIGLAVAEGARLCGATKIIGVDV 600

Query: 601 NPDKFETGNYSKTQISKSQLYASKKFGVTEFVNSGSLGDKSVSQVIIEMTGGGADYCFEC 660
           NP+K+E G               KKFG+T+FV+ G   +KSVS+VIIEMTGGGADYCFEC
Sbjct: 601 NPEKYEIG---------------KKFGLTDFVHGGESENKSVSKVIIEMTGGGADYCFEC 607

Query: 661 VGMASLVHEAYAACRQGWGKTIVLGVDKPGSVLSFSSYDVLHNGKTLTGSLFGGIKPKSD 720
            GMASL+HEAYA+CR+GWGKTIVLGVDKPGS LS S  +VL +GK+L G LFGG+KPKS 
Sbjct: 661 AGMASLMHEAYASCRKGWGKTIVLGVDKPGSKLSLSCSEVLISGKSLMGCLFGGLKPKSH 607

Query: 721 IPTLLK 727
           +P LLK
Sbjct: 721 VPILLK 607

BLAST of MS016064 vs. ExPASy TrEMBL
Match: A0A3Q7G7I4 (Uncharacterized protein OS=Solanum lycopersicum OX=4081 PE=3 SV=1)

HSP 1 Score: 832.4 bits (2149), Expect = 1.4e-237
Identity = 413/725 (56.97%), Postives = 536/725 (73.93%), Query Frame = 0

Query: 1   MEGKSPAATGLHSIRCRAAVCRKPGEPLVIEEIFVAPPMAREVRIRIICTSLCHSDITFW 60
           M   S +AT    IRC+AAVCRK GEPL+IEEI VAPP + EVRI+I+CTSLCHSD+TFW
Sbjct: 1   MASNSASATAGKPIRCKAAVCRKAGEPLIIEEIEVAPPTSWEVRIKILCTSLCHSDVTFW 60

Query: 61  KMKDFP-GIVPRILGHEAIGVVESVGKDVHEVKEGDTVIPIFMADCGECADCLSDKSNLC 120
           K+ D P    PRILGHEA GVVESVG++V EVKEGD VIP+F  +CGEC DC   K N+C
Sbjct: 61  KLSDGPVSAFPRILGHEATGVVESVGENVEEVKEGDIVIPVFQRNCGECRDCKCPKGNIC 120

Query: 121 SKLPFRIVPGMPRCGTSRFTDLNGEVLHHFLFVSSFSEYTVVDIANVLKVDPEIPPNRAC 180
           SK P   + GMPR G+SRF D NGE L+H L+VSSF+EYTVVD+ +V+K++P  P ++A 
Sbjct: 121 SKFPEDFLCGMPRDGSSRFKDKNGEKLYHTLWVSSFTEYTVVDVTHVVKMNPHFPIDKAS 180

Query: 181 LLSCGVSTGVGAAWRTANVEKGSTVAIFGLGSIGLAVAEGARLCGASRIIGIDINQDKFE 240
           LLSCGVSTG+GAAWR A++E+GS VA+FGLG++GLAV +GA+L GAS+IIG+D+N +KFE
Sbjct: 181 LLSCGVSTGLGAAWRVADIEEGSIVAVFGLGAVGLAVVQGAKLRGASKIIGVDLNPEKFE 240

Query: 241 T-KKFGVTEFVNSGSLEDKSVSQVIIEMTGGGADYCFECVGMASIVQEAFASCRQGWGKT 300
             KKFG+T+F+N  +  +KS SQ+I EM+ GGADYCFEC+G+AS++QEAF   R+G GKT
Sbjct: 241 IGKKFGLTDFINPTTCGEKSTSQIIKEMSDGGADYCFECIGLASLMQEAFTRSRKGTGKT 300

Query: 301 IVLGVDKPGTVLSLSSYDFLFYGKTVMGSLFGGLKPKSDVPTLIKWYTDKFERLIKLQRS 360
           ++LG++  GT LS++ Y+ L  GKT+ GS+FGG+K K D+P     Y +    L      
Sbjct: 301 VILGIEMHGTPLSINPYE-LAAGKTITGSMFGGVKAKLDIPIFANQYLNNELNLDGFITH 360

Query: 361 PENSSPTSAMEDKSSAATGVRSIRCRAAVCRKAGEPLVMEEIMVAPPMDREVRIRIICTS 420
             N       ED + A   + + +   AVCRKAGEPL++EEI VAPP   EVRI+I+CTS
Sbjct: 361 EVN------FEDINKAFDLLEAGKTLPAVCRKAGEPLIIEEIEVAPPSSWEVRIKILCTS 420

Query: 421 LCHSDITFWRMK-DPPGIFPRIFGHEAIGVVESVGKDVNEVKEGDTVIPTFMADCGECRD 480
           LC SD++FW++   P   FPRI GHEA GVVESVG++V EVK GD V+P F  +CGECRD
Sbjct: 421 LCQSDLSFWKLSTGPSSAFPRILGHEAAGVVESVGENVEEVKTGDIVVPVFKRNCGECRD 480

Query: 481 CLSDKSNLCSKFPFQVSPGMPRCGTTRFTDLNGHPLYHFMFVSSFSEYTVVDIANVIKID 540
           C S K N CSKF  +   GMP+ G++RF D NG  LYH ++VSSF+EYTVVD+ +V+K+ 
Sbjct: 481 CKSQKGNGCSKFSVEYRCGMPKDGSSRFKDKNGENLYHTLWVSSFTEYTVVDVTHVVKMT 540

Query: 541 PSIPPNMACLLSCGVSTGVGAAWRTANVEKGSTVAIFGMGAIGLAVAEGARICGAAKIIG 600
           P  P + A LLSCGVSTG+GAAW+ A VE+GSTVAIFG+GA+GLAVAEGAR+ GA+KIIG
Sbjct: 541 PDFPIDKASLLSCGVSTGLGAAWKIAQVEQGSTVAIFGLGAVGLAVAEGARLRGASKIIG 600

Query: 601 VDVNPDKFETGNYSKTQISKSQLYASKKFGVTEFVNSGSLGDKSVSQVIIEMTGGGADYC 660
           VD+NP+KFE G               KKFG+T+F+N  + G+KS SQVI E+T  GADYC
Sbjct: 601 VDLNPEKFEIG---------------KKFGLTDFINPTTCGEKSTSQVIKELTDNGADYC 660

Query: 661 FECVGMASLVHEAYAACRQGWGKTIVLGVDKPGSVLSFSSYDVLHNGKTLTGSLFGGIKP 720
           FEC+G+ +L+ +A+ + R+  GKTI+LG++  G+ LS S  +++  GKT+TGS+FGG+K 
Sbjct: 661 FECIGLTALMQDAFTSSRKDTGKTILLGIEMHGAPLSISPLELVLAGKTITGSMFGGVKA 703

Query: 721 KSDIP 723
           K DIP
Sbjct: 721 KVDIP 703

BLAST of MS016064 vs. ExPASy TrEMBL
Match: A0A3S3N513 (Alcohol dehydrogenase-like protein 7 OS=Cinnamomum micranthum f. kanehirae OX=337451 GN=CKAN_02166500 PE=3 SV=1)

HSP 1 Score: 825.1 bits (2130), Expect = 2.3e-235
Identity = 421/714 (58.96%), Postives = 530/714 (74.23%), Query Frame = 0

Query: 14  IRCRAAVCRKPGEPLVIEEIFVAPPMAREVRIRIICTSLCHSDITFWKMKDFPGIVPRIL 73
           IRC+AAVCR  GE L+IEE+ VAPP A EVRIR+ICTSLCHSDIT+WKMK  P   PRI 
Sbjct: 11  IRCKAAVCRGAGEALLIEEVEVAPPKAWEVRIRVICTSLCHSDITYWKMKVPPAAFPRIF 70

Query: 74  GHEAIGVVESVGKDVHEVKEGDTVIPIFMADCGECADCLSDKSNLCSKLPFRIVPGMPRC 133
                           EVKEGD VIP+F+ADC EC DC S+KSN+CS  PF ++PGM R 
Sbjct: 71  ---------------EEVKEGDYVIPVFLADCRECIDCKSEKSNVCSSFPFTVLPGM-RD 130

Query: 134 GTSRFTDLNGEVLHHFLFVSSFSEYTVVDIANVLKVDPEIPPNRACLLSCGVSTGVGAAW 193
           GTSRFTD NG VLH+FL VSSFSEYTVVDI N++K++ ++ P  ACLLSCGVSTG+GA W
Sbjct: 131 GTSRFTDSNGNVLHNFLHVSSFSEYTVVDINNIVKINSDLSPKHACLLSCGVSTGIGATW 190

Query: 194 RTANVEKGSTVAIFGLGSIGLAVAEGARLCGASRIIGIDINQDKFET-KKFGVTEFVNSG 253
           + A V  GSTV IFGLGS+GLAVAEGARL GAS+IIG+D+N +KFE  KKFGVT++VN G
Sbjct: 191 KVAGVSPGSTVVIFGLGSVGLAVAEGARLLGASKIIGVDLNPEKFEIGKKFGVTDYVNPG 250

Query: 254 SLEDKSVSQVIIEMTGGGADYCFECVGMASIVQEAFASCRQGWGKTIVLGVDKPGTVLSL 313
              +K VS+VIIEMT GGADYCFECVG+AS++ +AF+ CR GWGKTI+LGV+  G+ + +
Sbjct: 251 ECGEKPVSKVIIEMTNGGADYCFECVGLASLMNDAFSCCRPGWGKTIILGVEMRGSPIPV 310

Query: 314 SSYDFLFYGKTVMGSLFGGLKPKSDVPTLIKWYTDKFERLIKLQRSPENSSPTSAMEDKS 373
           SS D L  GKT+ G+LFGG+K KSD+P L+K   DK   L       E  +     +D +
Sbjct: 311 SSLDIL-RGKTMTGALFGGIKAKSDIPLLVKRCMDKELHL------DEFITHEVGFKDIN 370

Query: 374 SAATGVRSIRCRAAVCRKAGEPLVMEEIMVAPPMDREVRIRIICTSLCHSDITFWRMKDP 433
            A   +  +  ++ +CR AGE L +EE+ VAPP   EVRI++ICTSLCHS        D 
Sbjct: 371 KAFDLL--LEGKSLLCRGAGEALQIEEVEVAPPKAWEVRIKVICTSLCHS--------DG 430

Query: 434 PGIFPRIFGHEAIGVVESVGKDVNEVKEGDTVIPTFMADCGECRDCLSDKSNLCSKFPFQ 493
           PG FPRIFGHEA G+VESVG++V EVKEGD V+P F+ +CGEC DC S+KSN+C ++P +
Sbjct: 431 PGFFPRIFGHEASGMVESVGENVEEVKEGDFVVPVFLPNCGECIDCKSEKSNMCCRYPTR 490

Query: 494 VSPGMPRCGTTRFTDLNGHPLYHFMFVSSFSEYTVVDIANVIKIDPSIPPNMACLLSCGV 553
             PGM R GT+RFTD +G+ +++F+ VSSFS+YTVVD+ N++KID  I P  ACLLSCGV
Sbjct: 491 FLPGM-RDGTSRFTDSSGNVIHNFINVSSFSQYTVVDVTNIVKIDSDISPEKACLLSCGV 550

Query: 554 STGVGAAWRTANVEKGSTVAIFGMGAIGLAVAEGARICGAAKIIGVDVNPDKFETGNYSK 613
           STG+GAAW+ A V  GSTVAIFG+GAIGLAV+EGAR+ GA+KIIGVD+ P+KFE G    
Sbjct: 551 STGIGAAWKVAGVTPGSTVAIFGLGAIGLAVSEGARLQGASKIIGVDLIPEKFEMG---- 610

Query: 614 TQISKSQLYASKKFGVTEFVNSGSLGDKSVSQVIIEMTGGGADYCFECVGMASLVHEAYA 673
                      KKFG+T+++N    G+K VS+VI+EMT GGADYCFECVG+ASL+++A+A
Sbjct: 611 -----------KKFGLTDYINPSDCGEKPVSEVIMEMTNGGADYCFECVGLASLMNDAFA 670

Query: 674 ACRQGWGKTIVLGVDKPGSVLSFSSYDVLHNGKTLTGSLFGGIKPKSDIPTLLK 727
           +CRQGWG+TI+LGV+  GS +  +S  +L  GKT+ G+LFGG+K KSDIP L+K
Sbjct: 671 SCRQGWGQTIILGVEMHGSPIPVNSSAIL-RGKTMKGALFGGLKAKSDIPLLVK 674

BLAST of MS016064 vs. TAIR 10
Match: AT5G42250.1 (Zinc-binding alcohol dehydrogenase family protein )

HSP 1 Score: 504.2 bits (1297), Expect = 1.7e-142
Identity = 252/362 (69.61%), Postives = 291/362 (80.39%), Query Frame = 0

Query: 366 SAMEDKSSAATGVRSIRCRAAVCRKAGEPLVMEEIMVAPPMDREVRIRIICTSLCHSDIT 425
           S+ ++KSS     + IRC+AAV RKAGEPLVMEEIMVAPP   EVRIRIICT+LCHSD+T
Sbjct: 6   SSSDNKSSH----KPIRCKAAVSRKAGEPLVMEEIMVAPPQPFEVRIRIICTALCHSDVT 65

Query: 426 FWRMKDPPGIFPRIFGHEAIGVVESVGKDVNEVKEGDTVIPTFMADCGECRDCLSDKSNL 485
           FW+++ PP  FPRI GHEAIGVVESVG++V EV EGDTV+PTFM DCG+C DC S KSNL
Sbjct: 66  FWKLQVPPACFPRILGHEAIGVVESVGENVKEVVEGDTVLPTFMPDCGDCVDCKSHKSNL 125

Query: 486 CSKFPFQVSPGMPRC-GTTRFTDLNGHPLYHFMFVSSFSEYTVVDIANVIKIDPSIPPNM 545
           CSKFPF+VSP MPR   ++RFTDLNG  L+HF+ VSSFSEYTV+D+ANV+KID SIPP+ 
Sbjct: 126 CSKFPFKVSPWMPRYDNSSRFTDLNGETLFHFLNVSSFSEYTVLDVANVVKIDSSIPPSR 185

Query: 546 ACLLSCGVSTGVGAAWRTANVEKGSTVAIFGMGAIGLAVAEGARICGAAKIIGVDVNPDK 605
           ACLLSCGVSTGVGAAW TA VEKGSTV IFG+G+IGLAVAEGAR+CGA++IIGVD+NP K
Sbjct: 186 ACLLSCGVSTGVGAAWETAKVEKGSTVVIFGLGSIGLAVAEGARLCGASRIIGVDINPTK 245

Query: 606 FETGNYSKTQISKSQLYASKKFGVTEFVNSGSLGDKSVSQVIIEMTGGGADYCFECVGMA 665
           F+ G               +KFGVTEFVNS +     VS+VI EMT GGADYCFECVG +
Sbjct: 246 FQVG---------------QKFGVTEFVNSMTCEKNRVSEVINEMTDGGADYCFECVGSS 305

Query: 666 SLVHEAYAACRQGWGKTIVLGVDKPGSVLSFSSYDVLHNGKTLTGSLFGGIKPKSDIPTL 725
           SLV EAYA CRQGWGKTI LGVDKPGS +   S+DVLH+GK L GSLFGG+K K+ IP L
Sbjct: 306 SLVQEAYACCRQGWGKTITLGVDKPGSQICLDSFDVLHHGKILMGSLFGGLKAKTHIPIL 348

Query: 726 LK 727
           LK
Sbjct: 366 LK 348

BLAST of MS016064 vs. TAIR 10
Match: AT1G22430.1 (GroES-like zinc-binding dehydrogenase family protein )

HSP 1 Score: 410.6 bits (1054), Expect = 2.6e-114
Identity = 203/338 (60.06%), Postives = 255/338 (75.44%), Query Frame = 0

Query: 14  IRCRAAVCRKPGEPLVIEEIFVAPPMAREVRIRIICTSLCHSDITFWKMKDFP-GIVPRI 73
           I C+AA+CRK GE LVIE+I V PP A EVRI+I+CTSLCH+D+TFWK+   P    PRI
Sbjct: 14  ITCKAAICRKAGEALVIEDIHVDPPQAYEVRIKILCTSLCHTDLTFWKLSFGPISRFPRI 73

Query: 74  LGHEAIGVVESVGKDVHEVKEGDTVIPIFMADCGECADCLSDKSNLCSKLPFRIVPGMPR 133
           LGHEA+GVVES+G++V   K+GD V+P+F   C EC DC S K+N C +     +    R
Sbjct: 74  LGHEAVGVVESIGENVDGFKQGDVVLPVFHPYCEECKDCKSSKTNWCDRYAEDFISNTRR 133

Query: 134 CG-TSRFTDLNGEVLHHFLFVSSFSEYTVVDIANVLKVDPEIPPNRACLLSCGVSTGVGA 193
            G  SRF D +GEV+HHFLFVSSFSEYTVVDIA+++K+ PEIP ++A LLSCGVSTG+GA
Sbjct: 134 YGMASRFKDSSGEVIHHFLFVSSFSEYTVVDIAHLVKISPEIPVDKAALLSCGVSTGIGA 193

Query: 194 AWRTANVEKGSTVAIFGLGSIGLAVAEGARLCGASRIIGIDINQDKFET-KKFGVTEFVN 253
           AW+ ANVE+GST+AIFGLG++GLAVAEGARL GA++IIGID N DKFE  KKFG T+F+N
Sbjct: 194 AWKVANVEEGSTIAIFGLGAVGLAVAEGARLRGAAKIIGIDTNSDKFELGKKFGFTDFIN 253

Query: 254 SGSLEDKSVSQVIIEMTGGGADYCFECVGMASIVQEAFASCRQGWGKTIVLGVDKPGTVL 313
                +K +S+VI EMT GG DY FECVG+AS++ EAF S R G GKT++LG++K    +
Sbjct: 254 PTLCGEKKISEVIKEMTEGGVDYSFECVGLASLLNEAFISTRTGTGKTVMLGMEKHAAPI 313

Query: 314 SLSSYDFLFYGKTVMGSLFGGLKPKSDVPTLIKWYTDK 349
           SL S+D L  G+ + GSLFGGLK K D+P L+  Y  K
Sbjct: 314 SLGSFD-LLRGRVICGSLFGGLKSKLDIPILVDHYLKK 350

BLAST of MS016064 vs. TAIR 10
Match: AT1G22430.2 (GroES-like zinc-binding dehydrogenase family protein )

HSP 1 Score: 410.6 bits (1054), Expect = 2.6e-114
Identity = 203/338 (60.06%), Postives = 255/338 (75.44%), Query Frame = 0

Query: 14  IRCRAAVCRKPGEPLVIEEIFVAPPMAREVRIRIICTSLCHSDITFWKMKDFP-GIVPRI 73
           I C+AA+CRK GE LVIE+I V PP A EVRI+I+CTSLCH+D+TFWK+   P    PRI
Sbjct: 14  ITCKAAICRKAGEALVIEDIHVDPPQAYEVRIKILCTSLCHTDLTFWKLSFGPISRFPRI 73

Query: 74  LGHEAIGVVESVGKDVHEVKEGDTVIPIFMADCGECADCLSDKSNLCSKLPFRIVPGMPR 133
           LGHEA+GVVES+G++V   K+GD V+P+F   C EC DC S K+N C +     +    R
Sbjct: 74  LGHEAVGVVESIGENVDGFKQGDVVLPVFHPYCEECKDCKSSKTNWCDRYAEDFISNTRR 133

Query: 134 CG-TSRFTDLNGEVLHHFLFVSSFSEYTVVDIANVLKVDPEIPPNRACLLSCGVSTGVGA 193
            G  SRF D +GEV+HHFLFVSSFSEYTVVDIA+++K+ PEIP ++A LLSCGVSTG+GA
Sbjct: 134 YGMASRFKDSSGEVIHHFLFVSSFSEYTVVDIAHLVKISPEIPVDKAALLSCGVSTGIGA 193

Query: 194 AWRTANVEKGSTVAIFGLGSIGLAVAEGARLCGASRIIGIDINQDKFET-KKFGVTEFVN 253
           AW+ ANVE+GST+AIFGLG++GLAVAEGARL GA++IIGID N DKFE  KKFG T+F+N
Sbjct: 194 AWKVANVEEGSTIAIFGLGAVGLAVAEGARLRGAAKIIGIDTNSDKFELGKKFGFTDFIN 253

Query: 254 SGSLEDKSVSQVIIEMTGGGADYCFECVGMASIVQEAFASCRQGWGKTIVLGVDKPGTVL 313
                +K +S+VI EMT GG DY FECVG+AS++ EAF S R G GKT++LG++K    +
Sbjct: 254 PTLCGEKKISEVIKEMTEGGVDYSFECVGLASLLNEAFISTRTGTGKTVMLGMEKHAAPI 313

Query: 314 SLSSYDFLFYGKTVMGSLFGGLKPKSDVPTLIKWYTDK 349
           SL S+D L  G+ + GSLFGGLK K D+P L+  Y  K
Sbjct: 314 SLGSFD-LLRGRVICGSLFGGLKSKLDIPILVDHYLKK 350

BLAST of MS016064 vs. TAIR 10
Match: AT4G22110.1 (GroES-like zinc-binding dehydrogenase family protein )

HSP 1 Score: 408.3 bits (1048), Expect = 1.3e-113
Identity = 205/338 (60.65%), Postives = 257/338 (76.04%), Query Frame = 0

Query: 14  IRCRAAVCRKPGEPLVIEEIFVAPPMAREVRIRIICTSLCHSDITFWKMKDFP-GIVPRI 73
           IRC+AAV RKPGE LVIEEI V PP A EVRI+IICTSLCH+D++F K+   P    PRI
Sbjct: 15  IRCKAAVSRKPGEALVIEEIHVDPPQAYEVRIKIICTSLCHTDVSFSKIDSGPLARFPRI 74

Query: 74  LGHEAIGVVESVGKDVHEVKEGDTVIPIFMADCGECADCLSDKSNLCSKLPFRIVPGMPR 133
           LGHEA+GV+ES+G+ V+  ++GD V+P+F   C EC DC S KSN C++     +    R
Sbjct: 75  LGHEAVGVIESIGEHVNGFQQGDVVLPVFHPHCEECRDCKSSKSNWCARFADDFLSNTRR 134

Query: 134 CG-TSRFTDLNGEVLHHFLFVSSFSEYTVVDIANVLKVDPEIPPNRACLLSCGVSTGVGA 193
            G TSRF D  GE ++HFLFVSSFSEYTVVDIA+++K+ P+IP ++A LLSCGVSTG+GA
Sbjct: 135 YGMTSRFKDSFGEDIYHFLFVSSFSEYTVVDIAHLVKISPDIPVDKAALLSCGVSTGIGA 194

Query: 194 AWRTANVEKGSTVAIFGLGSIGLAVAEGARLCGASRIIGIDINQDKFET-KKFGVTEFVN 253
           AW+ ANVEKGSTVA+FGLG++GLAV EGARL GA +IIG+D+N +KFE  KKFG T+F+N
Sbjct: 195 AWKVANVEKGSTVAVFGLGAVGLAVGEGARLRGAGKIIGVDLNPEKFELGKKFGFTDFIN 254

Query: 254 SGSLEDKSVSQVIIEMTGGGADYCFECVGMASIVQEAFASCRQGWGKTIVLGVDKPGTVL 313
           S    +  +S+VI EMTGGG DY FECVG+ S++ EAF+S R G GKT+VLG+DK  T +
Sbjct: 255 STLCGENKISEVIKEMTGGGVDYSFECVGLPSLLTEAFSSTRTGSGKTVVLGIDKHLTPV 314

Query: 314 SLSSYDFLFYGKTVMGSLFGGLKPKSDVPTLIKWYTDK 349
           SL S+D L  G+ V GSLFGGLKPK D+P L+  Y  K
Sbjct: 315 SLGSFD-LLRGRHVCGSLFGGLKPKLDIPILVDHYLKK 351

BLAST of MS016064 vs. TAIR 10
Match: AT4G22110.2 (GroES-like zinc-binding dehydrogenase family protein )

HSP 1 Score: 408.3 bits (1048), Expect = 1.3e-113
Identity = 205/338 (60.65%), Postives = 257/338 (76.04%), Query Frame = 0

Query: 14  IRCRAAVCRKPGEPLVIEEIFVAPPMAREVRIRIICTSLCHSDITFWKMKDFP-GIVPRI 73
           IRC+AAV RKPGE LVIEEI V PP A EVRI+IICTSLCH+D++F K+   P    PRI
Sbjct: 15  IRCKAAVSRKPGEALVIEEIHVDPPQAYEVRIKIICTSLCHTDVSFSKIDSGPLARFPRI 74

Query: 74  LGHEAIGVVESVGKDVHEVKEGDTVIPIFMADCGECADCLSDKSNLCSKLPFRIVPGMPR 133
           LGHEA+GV+ES+G+ V+  ++GD V+P+F   C EC DC S KSN C++     +    R
Sbjct: 75  LGHEAVGVIESIGEHVNGFQQGDVVLPVFHPHCEECRDCKSSKSNWCARFADDFLSNTRR 134

Query: 134 CG-TSRFTDLNGEVLHHFLFVSSFSEYTVVDIANVLKVDPEIPPNRACLLSCGVSTGVGA 193
            G TSRF D  GE ++HFLFVSSFSEYTVVDIA+++K+ P+IP ++A LLSCGVSTG+GA
Sbjct: 135 YGMTSRFKDSFGEDIYHFLFVSSFSEYTVVDIAHLVKISPDIPVDKAALLSCGVSTGIGA 194

Query: 194 AWRTANVEKGSTVAIFGLGSIGLAVAEGARLCGASRIIGIDINQDKFET-KKFGVTEFVN 253
           AW+ ANVEKGSTVA+FGLG++GLAV EGARL GA +IIG+D+N +KFE  KKFG T+F+N
Sbjct: 195 AWKVANVEKGSTVAVFGLGAVGLAVGEGARLRGAGKIIGVDLNPEKFELGKKFGFTDFIN 254

Query: 254 SGSLEDKSVSQVIIEMTGGGADYCFECVGMASIVQEAFASCRQGWGKTIVLGVDKPGTVL 313
           S    +  +S+VI EMTGGG DY FECVG+ S++ EAF+S R G GKT+VLG+DK  T +
Sbjct: 255 STLCGENKISEVIKEMTGGGVDYSFECVGLPSLLTEAFSSTRTGSGKTVVLGIDKHLTPV 314

Query: 314 SLSSYDFLFYGKTVMGSLFGGLKPKSDVPTLIKWYTDK 349
           SL S+D L  G+ V GSLFGGLKPK D+P L+  Y  K
Sbjct: 315 SLGSFD-LLRGRHVCGSLFGGLKPKLDIPILVDHYLKK 351

The following BLAST results are available for this feature:
Match NameE-valueIdentityDescription
KAG6599118.10.0e+0076.75Alcohol dehydrogenase-like 7, partial [Cucurbita argyrosperma subsp. sororia][more]
KAG7030056.10.0e+0071.54Alcohol dehydrogenase-like 7 [Cucurbita argyrosperma subsp. argyrosperma][more]
RZC27001.11.3e-28066.26Alcohol dehydrogenase-like 7 isoform C [Glycine soja][more]
KAG5613568.13.1e-27966.95hypothetical protein H5410_024849 [Solanum commersonii][more]
KAG9451430.13.0e-24559.78hypothetical protein H6P81_011395 [Aristolochia fimbriata][more]
Match NameE-valueIdentityDescription
Q9FH042.4e-14169.61Alcohol dehydrogenase-like 7 OS=Arabidopsis thaliana OX=3702 GN=At5g42250 PE=2 S... [more]
Q9SK863.7e-11360.06Alcohol dehydrogenase-like 1 OS=Arabidopsis thaliana OX=3702 GN=At1g22430 PE=2 S... [more]
Q0V7W61.8e-11260.65Alcohol dehydrogenase-like 5 OS=Arabidopsis thaliana OX=3702 GN=At4g22110 PE=2 S... [more]
Q9SK872.6e-11159.47Alcohol dehydrogenase-like 2 OS=Arabidopsis thaliana OX=3702 GN=At1g22440 PE=2 S... [more]
Q965331.0e-9150.73Alcohol dehydrogenase class-3 OS=Arabidopsis thaliana OX=3702 GN=ADH2 PE=1 SV=2[more]
Match NameE-valueIdentityDescription
A0A3Q7GCB47.1e-28567.04Uncharacterized protein OS=Solanum lycopersicum OX=4081 PE=3 SV=1[more]
A0A445LUU66.2e-28166.26Alcohol dehydrogenase-like 7 isoform C OS=Glycine soja OX=3848 GN=D0Y65_005251 P... [more]
A0A151U1P51.0e-24361.02Alcohol dehydrogenase-like 7 OS=Cajanus cajan OX=3821 GN=KK1_005794 PE=3 SV=1[more]
A0A3Q7G7I41.4e-23756.97Uncharacterized protein OS=Solanum lycopersicum OX=4081 PE=3 SV=1[more]
A0A3S3N5132.3e-23558.96Alcohol dehydrogenase-like protein 7 OS=Cinnamomum micranthum f. kanehirae OX=33... [more]
Match NameE-valueIdentityDescription
AT5G42250.11.7e-14269.61Zinc-binding alcohol dehydrogenase family protein [more]
AT1G22430.12.6e-11460.06GroES-like zinc-binding dehydrogenase family protein [more]
AT1G22430.22.6e-11460.06GroES-like zinc-binding dehydrogenase family protein [more]
AT4G22110.11.3e-11360.65GroES-like zinc-binding dehydrogenase family protein [more]
AT4G22110.21.3e-11360.65GroES-like zinc-binding dehydrogenase family protein [more]
InterPro
Analysis Name: InterPro Annotations of Bitter gourd (TR) v1
Date Performed: 2021-10-25
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
IPR013154Alcohol dehydrogenase, N-terminalPFAMPF08240ADH_Ncoord: 41..168
e-value: 3.7E-24
score: 84.7
coord: 408..536
e-value: 8.0E-25
score: 86.8
NoneNo IPR availableGENE3D3.90.180.10coord: 19..351
e-value: 3.6E-117
score: 393.3
NoneNo IPR availableGENE3D3.90.180.10coord: 386..725
e-value: 5.0E-115
score: 386.3
NoneNo IPR availableGENE3D3.40.50.720coord: 188..327
e-value: 3.6E-117
score: 393.3
coord: 555..710
e-value: 5.0E-115
score: 386.3
NoneNo IPR availablePANTHERPTHR43880:SF7ALCOHOL DEHYDROGENASE-LIKE 7coord: 11..351
coord: 377..726
NoneNo IPR availablePANTHERPTHR43880ALCOHOL DEHYDROGENASEcoord: 11..351
coord: 377..726
IPR013149Alcohol dehydrogenase, C-terminalPFAMPF00107ADH_zinc_Ncoord: 212..346
e-value: 1.6E-21
score: 76.7
coord: 578..724
e-value: 7.9E-19
score: 67.9
IPR002328Alcohol dehydrogenase, zinc-type, conserved sitePROSITEPS00059ADH_ZINCcoord: 74..88
IPR002328Alcohol dehydrogenase, zinc-type, conserved sitePROSITEPS00059ADH_ZINCcoord: 441..455
IPR036291NAD(P)-binding domain superfamilySUPERFAMILY51735NAD(P)-binding Rossmann-fold domainscoord: 540..725
IPR036291NAD(P)-binding domain superfamilySUPERFAMILY51735NAD(P)-binding Rossmann-fold domainscoord: 173..347
IPR011032GroES-like superfamilySUPERFAMILY50129GroES-likecoord: 378..563
IPR011032GroES-like superfamilySUPERFAMILY50129GroES-likecoord: 12..196

Relationships

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

Feature NameUnique NameType
MS016064.1MS016064.1mRNA


GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
molecular_function GO:0016491 oxidoreductase activity
molecular_function GO:0008270 zinc ion binding