Sgr027071 (gene) Monk fruit (Qingpiguo) v1

Overview
NameSgr027071
Typegene
OrganismSiraitia grosvenorii (Monk fruit (Qingpiguo) v1)
DescriptionMHD domain-containing protein
Locationtig00153047: 3744870 .. 3767200 (-)
RNA-Seq ExpressionSgr027071
SyntenySgr027071
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

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

mRNA sequence

ATGGATTGGACTTATCGCGCCGAGTCGATCAAGTGGTTACCAGAAGATCAGCGAACCTCAGACCAATTGGAAGCTTTCCACGTCATGGAAGACGGAGGAATAGCGCAGAGGAGAGAGAAAGAGAGTGAAGAACACGATTTTACTTCTTCTTTGCCTTTGTATTTTCATCCGTTCGTGCACTGCGATATATGCATCCCTGGAAATTTTGAATTACTGATTGGTCGATTGAGCGGCTCGAACGAGCTACGATCTTGTCGTGTTATCGTTGTCTTTTTTGGAGTGATTAAACCGCGCTTTGAGATGTTGGTTGCACACAGTTTCGATTTGTGGCAGAAGGATGCTTTCTTTTCTGCGGCCGAGGAGGTGCAAGAATCAGCTGACAGATTGGAATCCACATATAGGACATGGTTAAGAGAGAGAAGAGCAAGGTTAGTAGTAGACGATTTGGATGAATTTACCAGGGAGTTGCGAACTGCTTTGGGAACAGCCAAATGGCAGTTGGAAGAGTTTGAGAAGGCTGTGCGGTTGAGCTATGGACAACATGGTGATGATACTAAGCTGGAAAGACATAGACAATTCGTTGATGCGATTGAAAACCAGATATTCTGTGTCGAGGCATCATTACGTGAATATTTTGTTGAGGAGGGCAAGCAGCCCCTTAAATGGGTAAATCTTAACGAGGAAGAATGTGATGATTTAGCTGCATTTCTCTCTGGGACAACCCCTACTATTCGAGGTCCAAAAAATGAAAATTTGGAACCTGTGCCTTCTTTTGAAAAATCGATTCATGAGACTTATAGTAAAACACGAGAAGCAAGCACAAGCAGTAATCGGAGCAGCCTACATACTGCCGATAAAAATAACGAGATTTCACTTGCAAGGGATGATGTTGTATGCCATTCAGATAGGACAACCAATGCTAGGAGAGTGTGGAGTTCACCAAACTTTGATTCTTTGACAATTGTGATTCCTGATGAGGATGAACGGAGAAATCCAATGCCAACTGTTGAGGCCACACCTAAAGAAAAAGGATCCAGAACAATCCTTTGGAGGCAAATAGGACGGGAGTTTCTTCCAGCAAAGGTTGCCGGTCATATCTGTGTTCATCTTACCATCATGTCCTGTTTAGCCCTTGCTCTGCAACCTGCTAATGGATCTGATATCCTCCTTCAAACTCGTGAATGGTTCCCTCCCCCGCGAGCGCTGGTAGCCCTATCCTCCTTCCGCCAGACGCGATTGGCCTTCGCTGCCACCAAGCACCAGAGCCACCACTCTTCGACCGCCCTTGGTGATGATTCCTCGCTCGCCGACTCTATTGCCTCCCTTGGTGATGATCCTTTAGCCGCCTCTAATGGTCAGGTTATCGTCGGTGTGGAGAGCCGCTACCGCGTTGTCTATCGCCTCGTCAATGGCATCTATGTCCTCGGCATCACCACCGCCGATCAAGATAACTCCATTAATGTCTTTGAGTGTATCCATATTGTAAACCAAGCCGTCAGCGTCATTGTCGCGGCCTGTCGTGGCGTTGATGTCACGCCTGAGAAGCTTGGCCGGAAATACGCCGAGATTTACATGGCGTTGGATATTGTTCTTAGGGGTGTCAGCAATATCCGGCTTGCTGCAATGCTCGCTTCGATGCACGGCGATGGTCTCGCGAAAATGGTTCATTCGGCTCTCGATACGGAAAATAAGATTCGTGGGGCTGATAGTTGGAACACCATGGAGGTTCACTCGATTGAGCATCAAGCCAACGTGGAGGCATTTTCAAGTGCGCGGTTTGAGTTACCTGCGGAGACTCTCGAAGTTGGGGATGAAGTAGCAGCAAGCCTTGCTCCTGTCACGCAGAGTGTGAATGAGCAACAGGATCAGCAGCAGCAGCAGAAGACTGAGGAGCCCGCCACTGAGCAGGACCCGTTTGCGGCAAGTGACATGATTAACAAGCCTGAAGAGCTTGTGCCAACGTTGCCACCTGCGGAGGCCACCCAATCAACACATATTGGGGTGGAGGGATTCGAAGGAAACTACGGCGGTATAGAATTCAGTAATGAACAGGCTTCGATGGAAGAAACTTTTGAGGGGTTCAGTGACGCGTGGGGTGGAGGATTGGATCCATCTGAATTCGTGGGTCCTGAGAAGGTTAAAAAATCAGAAGGCCTTGGTGGGTTGGAATTCTTACAGACCGGACAGAATGATGGAACTAAAGCAGCTGTTGCTGATGCTGGTGGTACAGGAACGCCACTTGAGAACTTGGTGAGTAAAACTGAAATGAAGGGTCCGGAAATGTATATCACCGAACAGATTAGTGCAGAGTTCAGAGAATCGCTGTTGGCAAGAGATACAGCTCCAGTTAAGCGATTTGTCATGCAGGTTCTCGTGTTAGTAGTCTTGGAAATGGAATGTTTCACATTAACCCCATTGCCTTTGAGAGTTCGTCTCCTACAACGTCATAGTGGGACTTTACTTTCCATGATGATTCAGTTTGCTGTGAATCCTGATTTGCCATTACCTTTGAAAGATGTGACTTTTATTCTGAAACTACCGGTTGATCCTACATTGTTAAAGGTGACTCCAAAAGCTGTATTGAATAGGTCCGAAAAAGAATTAAAATGGCACGTCCCTGAGATTCCTTTGAAGGGTTCTCCTGGCCGGTTGAGGGCAAGGATGCCTGTCGATAGGAGCGAGGAAGATGAAGGAGAAGAACTTGAAGTGGTTGGTTATGTGAAATTTTCAGTTCAAGTTATAGATCACTATCTGGGATTTGTTTACGGCCGGCTACTGAGGGAAAGACGGACTTCTACGAGACAGACCACAAGTTTGAGACTGGAGTCTATACGTGCAACTGAAGCCTTTAAAGGTATTTGTCCTTACAGATGGTTTTGTCTTTCTTTCTTTCGTATTTTCAGTAAGGCGGTTAACGACGCCGTTACGTCTACACTAGCATGGTTCTTGCAGCTGAGCGCCCGGAGGAGCCTCCAAGTCGCCTCGCCGGAGCTCCGATTGCACGGAAATTTACCTTTATTCTCATCTCCATCTCCGCCGGAAACTTCACCATTCCGAACATCAGCAAGTACCACCGCGGCTTCGACGACGCCTTTTTGTTCAGCGTATCGGCTTCACTGCGCTCTTGATCGAATAACTGTGATCGTTTTCCGCCGTCGGCGAGAAAATCGAATTTGCTTGGCGGTAGAGTTTGCGGTAATCGAGCGATCGGCTGTTCCGCTTGAGATTGATTTTGGCACTGTTCGATCGAGTACGCGTGAGCGGAGACTGATCGTTGAGAGGAAGCAGTCTGCCGCAGAAGATCAAATCTTCGGCCGGAGATATCTCGGAGCTGATAAATCCAGTGGTGAAGAATTCGAAGAGATCAAGAGGCTCGGACGAGGATCTCCGGGGGTTCTTGCGGAAGCTGTCCAAAGTGTGGTCGTCGATTTTTTCCTTATCGAGTGGAAGATCGGACAAGGAGAGCAACTCCTCCGCTTCATCTTCGTCGTCGTCTTCTTCTCCTCTGTGTTCCTTCTCCGAAACTTTATACGCTATCCCAAATCCAAAATTGTCTCTTCATCTCTGCTCCAGTTCCCAAATCGCACTGCAAACTCAGTTTCAATGGCGAATCTTTCCCCCGACGTCACGTCCAGAGGATCCATCGCTCATATTATCTTTGATATGGACGGCCTCTTATTGGATACTGAGGGGTTTTACACTGAAGTACAAGAGAAAATACTGGCAAGATTTAATAAAACTTTTGATTGGTCACTTAAGGCAAAGATGATGGGTATGAAAGCTATAGAAGCTGCTCGAGTCTTTGTTGAAGAGAGTGGGATTAGCGATTCTCTTAGTGCGGAGGACTTTCTTGTGGAAAGAGAGGATATGCTACGAAGCCTGTTTCCGAAAAGTGAGCTTATGCCAGGAGCTAGCCGGTTGATCAGACATCTTCATGCAAAAGGAGTACCATTTGGCTTGGCAACTGGATCTCACAGACGTCATTTTGAATTAAAAACACAAAGACATGGTGAACTTTTTAAGTTGATGCATCACATTGTTCTTGGTGATGATCCAGAGGTTAAACAAGGAAAACCATCACCAGATATATTTCTTGCAGCTGCTAAAAGATTTGAGGAAGCTCCGGTGGATCCGCACAGAATTCTTGTGTTTGAAGATGCACCATCAGGTGTTCGTGCGGCTAAAAATGCGGGAATGAGGGTAATTATGGTTCCAGATCCAAGGTTGGATAGTTCCTATCATGGTGATGCAGACCAAGTGTTGAGTTCCCTCTTGGATTTCAACCCCAGGGAATGGGGTCTGCCTCCTTTTGAAGATTCAGAAAGCTAA

Coding sequence (CDS)

ATGGATTGGACTTATCGCGCCGAGTCGATCAAGTGGTTACCAGAAGATCAGCGAACCTCAGACCAATTGGAAGCTTTCCACGTCATGGAAGACGGAGGAATAGCGCAGAGGAGAGAGAAAGAGAGTGAAGAACACGATTTTACTTCTTCTTTGCCTTTGTATTTTCATCCGTTCGTGCACTGCGATATATGCATCCCTGGAAATTTTGAATTACTGATTGGTCGATTGAGCGGCTCGAACGAGCTACGATCTTGTCGTGTTATCGTTGTCTTTTTTGGAGTGATTAAACCGCGCTTTGAGATGTTGGTTGCACACAGTTTCGATTTGTGGCAGAAGGATGCTTTCTTTTCTGCGGCCGAGGAGGTGCAAGAATCAGCTGACAGATTGGAATCCACATATAGGACATGGTTAAGAGAGAGAAGAGCAAGGTTAGTAGTAGACGATTTGGATGAATTTACCAGGGAGTTGCGAACTGCTTTGGGAACAGCCAAATGGCAGTTGGAAGAGTTTGAGAAGGCTGTGCGGTTGAGCTATGGACAACATGGTGATGATACTAAGCTGGAAAGACATAGACAATTCGTTGATGCGATTGAAAACCAGATATTCTGTGTCGAGGCATCATTACGTGAATATTTTGTTGAGGAGGGCAAGCAGCCCCTTAAATGGGTAAATCTTAACGAGGAAGAATGTGATGATTTAGCTGCATTTCTCTCTGGGACAACCCCTACTATTCGAGGTCCAAAAAATGAAAATTTGGAACCTGTGCCTTCTTTTGAAAAATCGATTCATGAGACTTATAGTAAAACACGAGAAGCAAGCACAAGCAGTAATCGGAGCAGCCTACATACTGCCGATAAAAATAACGAGATTTCACTTGCAAGGGATGATGTTGTATGCCATTCAGATAGGACAACCAATGCTAGGAGAGTGTGGAGTTCACCAAACTTTGATTCTTTGACAATTGTGATTCCTGATGAGGATGAACGGAGAAATCCAATGCCAACTGTTGAGGCCACACCTAAAGAAAAAGGATCCAGAACAATCCTTTGGAGGCAAATAGGACGGGAGTTTCTTCCAGCAAAGGTTGCCGGTCATATCTGTGTTCATCTTACCATCATGTCCTGTTTAGCCCTTGCTCTGCAACCTGCTAATGGATCTGATATCCTCCTTCAAACTCGTGAATGGTTCCCTCCCCCGCGAGCGCTGGTAGCCCTATCCTCCTTCCGCCAGACGCGATTGGCCTTCGCTGCCACCAAGCACCAGAGCCACCACTCTTCGACCGCCCTTGGTGATGATTCCTCGCTCGCCGACTCTATTGCCTCCCTTGGTGATGATCCTTTAGCCGCCTCTAATGGTCAGGTTATCGTCGGTGTGGAGAGCCGCTACCGCGTTGTCTATCGCCTCGTCAATGGCATCTATGTCCTCGGCATCACCACCGCCGATCAAGATAACTCCATTAATGTCTTTGAGTGTATCCATATTGTAAACCAAGCCGTCAGCGTCATTGTCGCGGCCTGTCGTGGCGTTGATGTCACGCCTGAGAAGCTTGGCCGGAAATACGCCGAGATTTACATGGCGTTGGATATTGTTCTTAGGGGTGTCAGCAATATCCGGCTTGCTGCAATGCTCGCTTCGATGCACGGCGATGGTCTCGCGAAAATGGTTCATTCGGCTCTCGATACGGAAAATAAGATTCGTGGGGCTGATAGTTGGAACACCATGGAGGTTCACTCGATTGAGCATCAAGCCAACGTGGAGGCATTTTCAAGTGCGCGGTTTGAGTTACCTGCGGAGACTCTCGAAGTTGGGGATGAAGTAGCAGCAAGCCTTGCTCCTGTCACGCAGAGTGTGAATGAGCAACAGGATCAGCAGCAGCAGCAGAAGACTGAGGAGCCCGCCACTGAGCAGGACCCGTTTGCGGCAAGTGACATGATTAACAAGCCTGAAGAGCTTGTGCCAACGTTGCCACCTGCGGAGGCCACCCAATCAACACATATTGGGGTGGAGGGATTCGAAGGAAACTACGGCGGTATAGAATTCAGTAATGAACAGGCTTCGATGGAAGAAACTTTTGAGGGGTTCAGTGACGCGTGGGGTGGAGGATTGGATCCATCTGAATTCGTGGGTCCTGAGAAGGTTAAAAAATCAGAAGGCCTTGGTGGGTTGGAATTCTTACAGACCGGACAGAATGATGGAACTAAAGCAGCTGTTGCTGATGCTGGTGGTACAGGAACGCCACTTGAGAACTTGGTGAGTAAAACTGAAATGAAGGGTCCGGAAATGTATATCACCGAACAGATTAGTGCAGAGTTCAGAGAATCGCTGTTGGCAAGAGATACAGCTCCAGTTAAGCGATTTGTCATGCAGGTTCTCGTGTTAGTAGTCTTGGAAATGGAATGTTTCACATTAACCCCATTGCCTTTGAGAGTTCGTCTCCTACAACGTCATAGTGGGACTTTACTTTCCATGATGATTCAGTTTGCTGTGAATCCTGATTTGCCATTACCTTTGAAAGATGTGACTTTTATTCTGAAACTACCGGTTGATCCTACATTGTTAAAGGTGACTCCAAAAGCTGTATTGAATAGGTCCGAAAAAGAATTAAAATGGCACGTCCCTGAGATTCCTTTGAAGGGTTCTCCTGGCCGGTTGAGGGCAAGGATGCCTGTCGATAGGAGCGAGGAAGATGAAGGAGAAGAACTTGAAGTGGTTGGTTATGTGAAATTTTCAGTTCAAGTTATAGATCACTATCTGGGATTTGTTTACGGCCGGCTACTGAGGGAAAGACGGACTTCTACGAGACAGACCACAAGTTTGAGACTGGAGTCTATACGTGCAACTGAAGCCTTTAAAGGTATTTGTCCTTACAGATGGTTTTGTCTTTCTTTCTTTCGTATTTTCAGTAAGGCGGTTAACGACGCCGTTACGTCTACACTAGCATGGTTCTTGCAGCTGAGCGCCCGGAGGAGCCTCCAAGTCGCCTCGCCGGAGCTCCGATTGCACGGAAATTTACCTTTATTCTCATCTCCATCTCCGCCGGAAACTTCACCATTCCGAACATCAGCAAGTACCACCGCGGCTTCGACGACGCCTTTTTGTTCAGCGTATCGGCTTCACTGCGCTCTTGATCGAATAACTGTGATCGTTTTCCGCCGTCGGCGAGAAAATCGAATTTGCTTGGCGGTAGAGTTTGCGGTAATCGAGCGATCGGCTGTTCCGCTTGAGATTGATTTTGGCACTGTTCGATCGAGTACGCGTGAGCGGAGACTGATCGTTGAGAGGAAGCAGTCTGCCGCAGAAGATCAAATCTTCGGCCGGAGATATCTCGGAGCTGATAAATCCAGTGGTGAAGAATTCGAAGAGATCAAGAGGCTCGGACGAGGATCTCCGGGGGTTCTTGCGGAAGCTGTCCAAAGTGTGGTCGTCGATTTTTTCCTTATCGAGTGGAAGATCGGACAAGGAGAGCAACTCCTCCGCTTCATCTTCGTCGTCGTCTTCTTCTCCTCTGTGTTCCTTCTCCGAAACTTTATACGCTATCCCAAATCCAAAATTGTCTCTTCATCTCTGCTCCAGTTCCCAAATCGCACTGCAAACTCAGTTTCAATGGCGAATCTTTCCCCCGACGTCACGTCCAGAGGATCCATCGCTCATATTATCTTTGATATGGACGGCCTCTTATTGGATACTGAGGGGTTTTACACTGAAGTACAAGAGAAAATACTGGCAAGATTTAATAAAACTTTTGATTGGTCACTTAAGGCAAAGATGATGGGTATGAAAGCTATAGAAGCTGCTCGAGTCTTTGTTGAAGAGAGTGGGATTAGCGATTCTCTTAGTGCGGAGGACTTTCTTGTGGAAAGAGAGGATATGCTACGAAGCCTGTTTCCGAAAAGTGAGCTTATGCCAGGAGCTAGCCGGTTGATCAGACATCTTCATGCAAAAGGAGTACCATTTGGCTTGGCAACTGGATCTCACAGACGTCATTTTGAATTAAAAACACAAAGACATGGTGAACTTTTTAAGTTGATGCATCACATTGTTCTTGGTGATGATCCAGAGGTTAAACAAGGAAAACCATCACCAGATATATTTCTTGCAGCTGCTAAAAGATTTGAGGAAGCTCCGGTGGATCCGCACAGAATTCTTGTGTTTGAAGATGCACCATCAGGTGTTCGTGCGGCTAAAAATGCGGGAATGAGGGTAATTATGGTTCCAGATCCAAGGTTGGATAGTTCCTATCATGGTGATGCAGACCAAGTGTTGAGTTCCCTCTTGGATTTCAACCCCAGGGAATGGGGTCTGCCTCCTTTTGAAGATTCAGAAAGCTAA

Protein sequence

MDWTYRAESIKWLPEDQRTSDQLEAFHVMEDGGIAQRREKESEEHDFTSSLPLYFHPFVHCDICIPGNFELLIGRLSGSNELRSCRVIVVFFGVIKPRFEMLVAHSFDLWQKDAFFSAAEEVQESADRLESTYRTWLRERRARLVVDDLDEFTRELRTALGTAKWQLEEFEKAVRLSYGQHGDDTKLERHRQFVDAIENQIFCVEASLREYFVEEGKQPLKWVNLNEEECDDLAAFLSGTTPTIRGPKNENLEPVPSFEKSIHETYSKTREASTSSNRSSLHTADKNNEISLARDDVVCHSDRTTNARRVWSSPNFDSLTIVIPDEDERRNPMPTVEATPKEKGSRTILWRQIGREFLPAKVAGHICVHLTIMSCLALALQPANGSDILLQTREWFPPPRALVALSSFRQTRLAFAATKHQSHHSSTALGDDSSLADSIASLGDDPLAASNGQVIVGVESRYRVVYRLVNGIYVLGITTADQDNSINVFECIHIVNQAVSVIVAACRGVDVTPEKLGRKYAEIYMALDIVLRGVSNIRLAAMLASMHGDGLAKMVHSALDTENKIRGADSWNTMEVHSIEHQANVEAFSSARFELPAETLEVGDEVAASLAPVTQSVNEQQDQQQQQKTEEPATEQDPFAASDMINKPEELVPTLPPAEATQSTHIGVEGFEGNYGGIEFSNEQASMEETFEGFSDAWGGGLDPSEFVGPEKVKKSEGLGGLEFLQTGQNDGTKAAVADAGGTGTPLENLVSKTEMKGPEMYITEQISAEFRESLLARDTAPVKRFVMQVLVLVVLEMECFTLTPLPLRVRLLQRHSGTLLSMMIQFAVNPDLPLPLKDVTFILKLPVDPTLLKVTPKAVLNRSEKELKWHVPEIPLKGSPGRLRARMPVDRSEEDEGEELEVVGYVKFSVQVIDHYLGFVYGRLLRERRTSTRQTTSLRLESIRATEAFKGICPYRWFCLSFFRIFSKAVNDAVTSTLAWFLQLSARRSLQVASPELRLHGNLPLFSSPSPPETSPFRTSASTTAASTTPFCSAYRLHCALDRITVIVFRRRRENRICLAVEFAVIERSAVPLEIDFGTVRSSTRERRLIVERKQSAAEDQIFGRRYLGADKSSGEEFEEIKRLGRGSPGVLAEAVQSVVVDFFLIEWKIGQGEQLLRFIFVVVFFSSVFLLRNFIRYPKSKIVSSSLLQFPNRTANSVSMANLSPDVTSRGSIAHIIFDMDGLLLDTEGFYTEVQEKILARFNKTFDWSLKAKMMGMKAIEAARVFVEESGISDSLSAEDFLVEREDMLRSLFPKSELMPGASRLIRHLHAKGVPFGLATGSHRRHFELKTQRHGELFKLMHHIVLGDDPEVKQGKPSPDIFLAAAKRFEEAPVDPHRILVFEDAPSGVRAAKNAGMRVIMVPDPRLDSSYHGDADQVLSSLLDFNPREWGLPPFEDSES
Homology
BLAST of Sgr027071 vs. NCBI nr
Match: XP_022135038.1 (uncharacterized protein LOC111007131 [Momordica charantia] >XP_022135039.1 uncharacterized protein LOC111007131 [Momordica charantia] >XP_022135040.1 uncharacterized protein LOC111007131 [Momordica charantia] >XP_022135041.1 uncharacterized protein LOC111007131 [Momordica charantia])

HSP 1 Score: 896.3 bits (2315), Expect = 3.3e-256
Identity = 498/614 (81.11%), Postives = 515/614 (83.88%), Query Frame = 0

Query: 373 MSCLALALQPANGSDILLQTREWFPPPRALVALSSFRQTRLAFAATKHQSHHSSTALGDD 432
           MSCLALALQPANGSDILLQTREWFPPPRALVALS+FRQTRLAFAATKHQ+HH+STALGDD
Sbjct: 1   MSCLALALQPANGSDILLQTREWFPPPRALVALSAFRQTRLAFAATKHQTHHASTALGDD 60

Query: 433 SSLADSIASLGDDPLAASNGQVIVGVESRYRVVYRLVNGIYVLGITTADQDNSINVFECI 492
           SSLADSIASLGDDPLAASNGQVIVGVESRYRVVYRLVNGIYVLGITTADQDNSINVFECI
Sbjct: 61  SSLADSIASLGDDPLAASNGQVIVGVESRYRVVYRLVNGIYVLGITTADQDNSINVFECI 120

Query: 493 HIVNQAVSVIVAACRGVDVTPEKLGRKYAEIYMALDIVLRGVSNIRLAAMLASMHGDGLA 552
           +IVNQAVSVIVAACRGVDVTPEKL RKYAEIYMALDIVLRGVS+IRLAAMLASMHGDGLA
Sbjct: 121 NIVNQAVSVIVAACRGVDVTPEKLSRKYAEIYMALDIVLRGVSSIRLAAMLASMHGDGLA 180

Query: 553 KMVHSALDTENKIRGADSWNTMEVHSIEHQANVEAFSSARFELPAETLEVGDEVAASLAP 612
           KMVHSALDTENKIRGADSWNTMEVHSIEHQANVEAFSSARFELPAETLE GDEVA SLAP
Sbjct: 181 KMVHSALDTENKIRGADSWNTMEVHSIEHQANVEAFSSARFELPAETLEAGDEVATSLAP 240

Query: 613 V-TQSVNEQQDQQQQQKTEEPATEQDPFAASDMINKPEEL-------------------- 672
           V TQSVNEQQD QQQQKTEEPATEQDPFAASDMINKPEEL                    
Sbjct: 241 VTTQSVNEQQD-QQQQKTEEPATEQDPFAASDMINKPEELVSGFKKNKDPSATDLTMVLA 300

Query: 673 ---VPTLPPAEATQSTHIGVEGFEGNYGGIEFSNEQASMEETFEGFSDAWGGGLDPSEFV 732
              VPTLPPAEATQSTHIGVEGFEG+YGGI+FS +QA+MEETFEGFSDAWGGGLDPSEFV
Sbjct: 301 GLEVPTLPPAEATQSTHIGVEGFEGDYGGIQFSTDQATMEETFEGFSDAWGGGLDPSEFV 360

Query: 733 GPEKVKKSEGLGGLEFLQTGQNDGTK-AAVADAGGTGTPLENLVSKTEMKGPEMYITEQI 792
           GP+KVKKSEGLGGLE LQTGQ DGTK AA A A GTGTPLENLV+KTEMKGPEMYITEQI
Sbjct: 361 GPDKVKKSEGLGGLELLQTGQADGTKAAAAAAASGTGTPLENLVTKTEMKGPEMYITEQI 420

Query: 793 SAEFRESLLAR-----------------------------DTAPVKRFVMQVLVLVVLEM 852
           SAEFRESLLAR                             DTAPVKRFVMQ   +  L  
Sbjct: 421 SAEFRESLLARVGLTGVVYLKTLPPKTSDDKETEFSFRVEDTAPVKRFVMQGSRVSSLGN 480

Query: 853 ECF--------------------TLTPLPLRVRLLQRHSGTLLSMMIQFAVNPDLPLPLK 912
             F                     LTPLPLRVRLLQRHSGTLLS MIQ+AVNPDLP PLK
Sbjct: 481 GMFHVRTAPSNEPIPIIKYSLLPRLTPLPLRVRLLQRHSGTLLSAMIQYAVNPDLPSPLK 540

BLAST of Sgr027071 vs. NCBI nr
Match: QCD80390.1 (hypothetical protein DEO72_LG2g711 [Vigna unguiculata])

HSP 1 Score: 895.6 bits (2313), Expect = 5.7e-256
Identity = 540/965 (55.96%), Postives = 637/965 (66.01%), Query Frame = 0

Query: 101 MLVAHSFDLWQKDAFFSAAEEVQESADRLESTYRTWLRERRARLVVDDLDEFTRELRTAL 160
           MLVA+SFDLW+KDAFFSAAEEVQESAD +ES YR WLR +R R    +L+E  REL+TAL
Sbjct: 1   MLVANSFDLWRKDAFFSAAEEVQESADVMESAYRAWLRVKRERSTPAELNELCRELQTAL 60

Query: 161 GTAKWQLEEFEKAVRLSYGQHGDDTKLERHRQFVDAIENQIFCVEASLREYFVEEGKQPL 220
           GTAKWQLEEFEKAVRLSY   GDD    RHRQF+ AIE+QI  VE +LRE F+E+GKQPL
Sbjct: 61  GTAKWQLEEFEKAVRLSYRHQGDDNSNTRHRQFISAIESQITQVEEALRESFIEQGKQPL 120

Query: 221 KWVNLNEEECDDLAAFLSGTTPTIRGPKNENLEPVPSFEKSIHETYSKTREA-------- 280
           +WVNL+EEE DDLAAFLSGT  T +   +E++E   S   S+ +   K  +         
Sbjct: 121 RWVNLDEEERDDLAAFLSGTCQTTKSTDDESMEATTSKISSLQQKQVKKEDKIVDINTFC 180

Query: 281 ---STSSNRSSLHTADKNNE-----------ISLARDDVVCHSDRTTNARRVWSSPNFDS 340
               ++S +SS      N +           +S + D++V  +DR T+ R+ W+ PN+ +
Sbjct: 181 NRDLSASEKSSKDVVSANKDANYVIEIKADAVSRSNDEIVSQTDR-TSTRKTWNPPNYGA 240

Query: 341 LTIVIPDEDERRNPMP-TVEATPKEKGSRTILWRQIGREFLPAKVAGHI----------- 400
           L +VI DEDE R+  P TV+ATPKEKG +++ W+Q   E+  A     I           
Sbjct: 241 LKVVIADEDEPRDKTPRTVDATPKEKGFKSLCWKQKFEEYPQAMRVVRIFNQRFGRIGIC 300

Query: 401 ----------------CVHLTIMSCLALALQPANGSDILLQTREWFPPPRALVALSSFRQ 460
                            V +T++  L + L        + +TREWFPP RALVALS+FRQ
Sbjct: 301 QSQRQFQRPFHSRYGCSVQVTLVLMLTIFLFGLYLWWWVEKTREWFPPARALVALSAFRQ 360

Query: 461 TRLAFAATKHQSHHSSTALGDDSSLADSIASLGDDPLAASNGQVIVGVESRYRVVYRLVN 520
           TR A AA KH +        DD+  A+SI   GDDPLAAS+GQVIVGVESRYRVVYRLVN
Sbjct: 361 TRRALAANKHST-------PDDAYAAESI---GDDPLAASSGQVIVGVESRYRVVYRLVN 420

Query: 521 GIYVLGITTADQDNSINVFECIHIVNQAVSVIVAACRGVDVTPEKLGRKYAEIYMALDIV 580
           GIYVLGIT AD DNS+NVFECIHIVNQAVSV+V ACRGVDVTPEKL RKYAEIYMALDIV
Sbjct: 421 GIYVLGITVADHDNSVNVFECIHIVNQAVSVVVTACRGVDVTPEKLSRKYAEIYMALDIV 480

Query: 581 LRGVSNIRLAAMLASMHGDGLAKMVHSALDTENKIRGADSWNTMEVHSIEHQANVEAFSS 640
           LRGVSNIR AAMLA+MHG+ +AKMVHSA+DTENKIRGAD+W   EVHS+EHQA ++A S+
Sbjct: 481 LRGVSNIRFAAMLATMHGESIAKMVHSAIDTENKIRGADTWLAAEVHSLEHQACIDALST 540

Query: 641 ARFELPAETLEVGDEVAASLAPVTQSVNEQQDQQQQQKTEEPATEQDPFAASDMINKPEE 700
             FELP ETLE G+EVAASLAP      E    + QQK EEP  E DPFAASD INKP+E
Sbjct: 541 VSFELPPETLEAGEEVAASLAPAQPETQE----EPQQKPEEPQVE-DPFAASDAINKPQE 600

Query: 701 L----------------------VPTLPPAEATQSTHIGVEGFEGNYGGIEFSNEQASME 760
           L                      V TLPP EATQST I VEGFEGNYGG+EF +EQAS+ 
Sbjct: 601 LVDGFKKTKDPATDLTSALEGLDVTTLPPPEATQSTQINVEGFEGNYGGVEFGHEQASIG 660

Query: 761 ETFEGFSDAWGGGLDPSEFVGPEKVKKSEGLGGLEFLQTGQNDGTKAAVADAGGTGTPLE 820
           E FEGF+DAWGGGLDPSEFVG  K  K +GLGG+E LQTG +   KAA     G+GTPLE
Sbjct: 661 EAFEGFNDAWGGGLDPSEFVGTTKPPKPQGLGGVELLQTGPDAAPKAAA--ESGSGTPLE 720

Query: 821 N-LVSKTEMKGPEMYITEQISAEFRESLLAR----------------------------- 880
           N LV KTEMKGPEMYI+E ISAEFRESLLAR                             
Sbjct: 721 NLLVKKTEMKGPEMYISEVISAEFRESLLARVGLMGVVYLRTLPPKTAGDKETEFSFRID 780

Query: 881 DTAPVKRFVMQVLVLVVLEMECF--------------------TLTPLPLRVRLLQRHSG 940
            T+ VKRFV+Q   +  L    F                     LTPLPLRVRL +RH+G
Sbjct: 781 GTSAVKRFVIQSSRVSSLGNGLFHVRTAASEEPIPIIKYSLVPRLTPLPLRVRLTKRHTG 840

Query: 941 TLLSMMIQFAVNPDLPLPLKDVTFILKLPVDPTLLKVTPKAVLNRSEKELKWHVPEIPLK 944
           +LLS+MIQ+A NPDL +PL DVTF LK+P+DPTLLKV+PKAVLNR+E+E+KWHVPEIPLK
Sbjct: 841 SLLSVMIQYASNPDLLVPLHDVTFTLKIPIDPTLLKVSPKAVLNRTEREIKWHVPEIPLK 900

BLAST of Sgr027071 vs. NCBI nr
Match: XP_016901426.1 (PREDICTED: uncharacterized protein LOC103494266 [Cucumis melo] >KAA0058277.1 uncharacterized protein E6C27_scaffold274G006040 [Cucumis melo var. makuwa])

HSP 1 Score: 883.6 bits (2282), Expect = 2.2e-252
Identity = 485/612 (79.25%), Postives = 506/612 (82.68%), Query Frame = 0

Query: 373 MSCLALALQPANGSDILLQTREWFPPPRALVALSSFRQTRLAFAATKHQSHHSSTALGDD 432
           MSCLALALQPANGSDILLQTREWFPPPRALVAL+SFRQTRLAFAATKHQSHH+ST LGDD
Sbjct: 1   MSCLALALQPANGSDILLQTREWFPPPRALVALTSFRQTRLAFAATKHQSHHASTVLGDD 60

Query: 433 SSLADSIASLGDDPLAASNGQVIVGVESRYRVVYRLVNGIYVLGITTADQDNSINVFECI 492
           SSLADSIASLGDDPLAASNGQVIVG ESRYRVVYRLVNGIYVLGITTADQDNS+NVFECI
Sbjct: 61  SSLADSIASLGDDPLAASNGQVIVGAESRYRVVYRLVNGIYVLGITTADQDNSVNVFECI 120

Query: 493 HIVNQAVSVIVAACRGVDVTPEKLGRKYAEIYMALDIVLRGVSNIRLAAMLASMHGDGLA 552
           HIVNQAVSV+V ACRGVDVTPEKL RKYAEIYMALDIVLRGVSNIRLAAMLASMHGDGLA
Sbjct: 121 HIVNQAVSVVVTACRGVDVTPEKLSRKYAEIYMALDIVLRGVSNIRLAAMLASMHGDGLA 180

Query: 553 KMVHSALDTENKIRGADSWNTMEVHSIEHQANVEAFSSARFELPAETLEVGDEVAASLAP 612
           KMVHSALDTENKIRGAD+WN MEVHSIEHQANVEAFSSARFELPAETLE GDE+AA+LAP
Sbjct: 181 KMVHSALDTENKIRGADNWNAMEVHSIEHQANVEAFSSARFELPAETLEAGDEIAATLAP 240

Query: 613 VTQSVNEQQDQQQQQKTEEPATEQDPFAASDMINKPEEL--------------------- 672
           VTQSVNEQQD QQQQK EEPA EQDPFAASDMINKPEEL                     
Sbjct: 241 VTQSVNEQQD-QQQQKAEEPAVEQDPFAASDMINKPEELVGGFKKTKDPSATDLTMVLAG 300

Query: 673 --VPTLPPAEATQSTHIGVEGFEGNYGGIEFSNEQASMEETFEGFSDAWGGGLDPSEFVG 732
             VPTLPPAEATQSTHIGVEGFEGNYGGIEFS +QA+MEETFEGFSDAWGGGLDPSEFVG
Sbjct: 301 LEVPTLPPAEATQSTHIGVEGFEGNYGGIEFSTDQATMEETFEGFSDAWGGGLDPSEFVG 360

Query: 733 PEKVKKSEGLGGLEFLQTGQNDGTKAAVADAGGTGTPLENLVSKTEMKGPEMYITEQISA 792
           PEKVKK+EGLGGLE LQTG  DGTK AVADA G GTPLENLV+KTEMKGPEMYI EQISA
Sbjct: 361 PEKVKKTEGLGGLELLQTGP-DGTKVAVADATGKGTPLENLVTKTEMKGPEMYIIEQISA 420

Query: 793 EFRESLLAR-----------------------------DTAPVKRFVMQVLVLVVLEMEC 852
           EFRESLLAR                             DTA VKRFV+Q   +  L    
Sbjct: 421 EFRESLLARVGMMGVVYLKTLPPKTSDDKETEFSFRVEDTASVKRFVVQGSRVSSLGNGM 480

Query: 853 F--------------------TLTPLPLRVRLLQRHSGTLLSMMIQFAVNPDLPLPLKDV 912
           F                     LTPLPLRVRL+QRH GTLLS+MIQ+A NPDLP PL DV
Sbjct: 481 FHVRTAPSNEPIPIIKYSLLPRLTPLPLRVRLIQRHRGTLLSVMIQYAANPDLPQPLNDV 540

BLAST of Sgr027071 vs. NCBI nr
Match: TYK11829.1 (uncharacterized protein E5676_scaffold152G00440 [Cucumis melo var. makuwa])

HSP 1 Score: 883.6 bits (2282), Expect = 2.2e-252
Identity = 485/612 (79.25%), Postives = 506/612 (82.68%), Query Frame = 0

Query: 373 MSCLALALQPANGSDILLQTREWFPPPRALVALSSFRQTRLAFAATKHQSHHSSTALGDD 432
           MSCLALALQPANGSDILLQTREWFPPPRALVAL+SFRQTRLAFAATKHQSHH+ST LGDD
Sbjct: 1   MSCLALALQPANGSDILLQTREWFPPPRALVALTSFRQTRLAFAATKHQSHHASTVLGDD 60

Query: 433 SSLADSIASLGDDPLAASNGQVIVGVESRYRVVYRLVNGIYVLGITTADQDNSINVFECI 492
           SSLADSIASLGDDPLAASNGQVIVG ESRYRVVYRLVNGIYVLGITTADQDNS+NVFECI
Sbjct: 61  SSLADSIASLGDDPLAASNGQVIVGAESRYRVVYRLVNGIYVLGITTADQDNSVNVFECI 120

Query: 493 HIVNQAVSVIVAACRGVDVTPEKLGRKYAEIYMALDIVLRGVSNIRLAAMLASMHGDGLA 552
           HIVNQAVSV+V ACRGVDVTPEKL RKYAEIYMALDIVLRGVSNIRLAAMLASMHGDGLA
Sbjct: 121 HIVNQAVSVVVTACRGVDVTPEKLSRKYAEIYMALDIVLRGVSNIRLAAMLASMHGDGLA 180

Query: 553 KMVHSALDTENKIRGADSWNTMEVHSIEHQANVEAFSSARFELPAETLEVGDEVAASLAP 612
           KMVHSALDTENKIRGAD+WN MEVHSIEHQANVEAFSSARFELPAETLE GDE+AA+LAP
Sbjct: 181 KMVHSALDTENKIRGADNWNAMEVHSIEHQANVEAFSSARFELPAETLEAGDEIAATLAP 240

Query: 613 VTQSVNEQQDQQQQQKTEEPATEQDPFAASDMINKPEEL--------------------- 672
           VTQSVNEQQD QQQQK EEPA EQDPFAASDMINKPEEL                     
Sbjct: 241 VTQSVNEQQD-QQQQKAEEPAAEQDPFAASDMINKPEELVGGFKKTKDPSATDLTMVLAG 300

Query: 673 --VPTLPPAEATQSTHIGVEGFEGNYGGIEFSNEQASMEETFEGFSDAWGGGLDPSEFVG 732
             VPTLPPAEATQSTHIGVEGFEGNYGGIEFS +QA+MEETFEGFSDAWGGGLDPSEFVG
Sbjct: 301 LEVPTLPPAEATQSTHIGVEGFEGNYGGIEFSTDQATMEETFEGFSDAWGGGLDPSEFVG 360

Query: 733 PEKVKKSEGLGGLEFLQTGQNDGTKAAVADAGGTGTPLENLVSKTEMKGPEMYITEQISA 792
           PEKVKK+EGLGGLE LQTG  DGTK AVADA G GTPLENLV+KTEMKGPEMYI EQISA
Sbjct: 361 PEKVKKTEGLGGLELLQTGP-DGTKVAVADATGKGTPLENLVTKTEMKGPEMYIIEQISA 420

Query: 793 EFRESLLAR-----------------------------DTAPVKRFVMQVLVLVVLEMEC 852
           EFRESLLAR                             DTA VKRFV+Q   +  L    
Sbjct: 421 EFRESLLARVGMMGVVYLKTLPPKTSDDKETEFSFRVEDTASVKRFVVQGSRVSSLGNGM 480

Query: 853 F--------------------TLTPLPLRVRLLQRHSGTLLSMMIQFAVNPDLPLPLKDV 912
           F                     LTPLPLRVRL+QRH GTLLS+MIQ+A NPDLP PL DV
Sbjct: 481 FHVRTAPSNEPIPIIKYSLLPRLTPLPLRVRLIQRHRGTLLSVMIQYAANPDLPQPLNDV 540

BLAST of Sgr027071 vs. NCBI nr
Match: XP_022933950.1 (uncharacterized protein LOC111441210 [Cucurbita moschata] >KAG6587754.1 hypothetical protein SDJN03_16319, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 883.2 bits (2281), Expect = 2.9e-252
Identity = 483/611 (79.05%), Postives = 505/611 (82.65%), Query Frame = 0

Query: 374 SCLALALQPANGSDILLQTREWFPPPRALVALSSFRQTRLAFAATKHQSHHSSTALGDDS 433
           SCLALALQPANGSDILLQTREWFPPPRALVALSSFRQ RLAFA TKHQSHH+ST LGDDS
Sbjct: 3   SCLALALQPANGSDILLQTREWFPPPRALVALSSFRQMRLAFAVTKHQSHHASTVLGDDS 62

Query: 434 SLADSIASLGDDPLAASNGQVIVGVESRYRVVYRLVNGIYVLGITTADQDNSINVFECIH 493
           SLADSIASLGDDPLAASNGQVIVGVESRYRVVYRLVNGIYVLGITTADQDNS+NVFECIH
Sbjct: 63  SLADSIASLGDDPLAASNGQVIVGVESRYRVVYRLVNGIYVLGITTADQDNSVNVFECIH 122

Query: 494 IVNQAVSVIVAACRGVDVTPEKLGRKYAEIYMALDIVLRGVSNIRLAAMLASMHGDGLAK 553
           IVNQAVSV+V ACRGVDVTPEKL RKYAEIYMALDIVLRGVSNIRLAAML+SMH DGLAK
Sbjct: 123 IVNQAVSVVVTACRGVDVTPEKLSRKYAEIYMALDIVLRGVSNIRLAAMLSSMHADGLAK 182

Query: 554 MVHSALDTENKIRGADSWNTMEVHSIEHQANVEAFSSARFELPAETLEVGDEVAASLAPV 613
           MVHSALDTENKIRGADSWN MEVHSIEH+ANV+AFSSARFELPAETLE GDE+AA+LAPV
Sbjct: 183 MVHSALDTENKIRGADSWNAMEVHSIEHEANVQAFSSARFELPAETLEAGDEIAATLAPV 242

Query: 614 TQSVNEQQDQQQQQKTEEPATEQDPFAASDMINKPEEL---------------------- 673
           TQSVNEQQD QQQQKTEEPA E DPFAASDMINKPEEL                      
Sbjct: 243 TQSVNEQQD-QQQQKTEEPAAEHDPFAASDMINKPEELVSGFKKNKDPSATDLTMVLAGL 302

Query: 674 -VPTLPPAEATQSTHIGVEGFEGNYGGIEFSNEQASMEETFEGFSDAWGGGLDPSEFVGP 733
            VPTLPPAEATQSTHIGVEGFEGNYGGIEFS +QA+MEETFEGF DAWGGGLDPSEFVGP
Sbjct: 303 EVPTLPPAEATQSTHIGVEGFEGNYGGIEFSTDQATMEETFEGFGDAWGGGLDPSEFVGP 362

Query: 734 EKVKKSEGLGGLEFLQTGQNDGTKAAVADAGGTGTPLENLVSKTEMKGPEMYITEQISAE 793
           EKVKKSEGLGGLE LQTG +   KAAVADA G  TPLENLV+KTEMKGPEMYI EQISAE
Sbjct: 363 EKVKKSEGLGGLELLQTGSD--PKAAVADASGAATPLENLVTKTEMKGPEMYIVEQISAE 422

Query: 794 FRESLLAR-----------------------------DTAPVKRFVMQVLVLVVLEMECF 853
           FRESLLAR                             DTAPVKRFV+Q   +  L    F
Sbjct: 423 FRESLLARVGFMGVIYLKTLPPKTSDDKETEFSFRVEDTAPVKRFVVQGSRVSSLGNGMF 482

Query: 854 --------------------TLTPLPLRVRLLQRHSGTLLSMMIQFAVNPDLPLPLKDVT 913
                                LTPLPLRVRL+QRHSGTLLS+M+Q+A NPDLPLPLKDVT
Sbjct: 483 HVRTAPVNEPIPIIKYSLLPRLTPLPLRVRLIQRHSGTLLSVMVQYAANPDLPLPLKDVT 542

BLAST of Sgr027071 vs. ExPASy Swiss-Prot
Match: F4JTE7 ((DL)-glycerol-3-phosphatase 1, mitochondrial OS=Arabidopsis thaliana OX=3702 GN=GPP1 PE=1 SV=1)

HSP 1 Score: 380.6 bits (976), Expect = 8.1e-104
Identity = 190/269 (70.63%), Postives = 221/269 (82.16%), Query Frame = 0

Query: 1176 FIRYPKSKIVSSSLLQFPNRTANSVSMANLSPDVT--SRGSIAHIIFDMDGLLLDTEGFY 1235
            F R P  ++ +S  L+F    +   +  N +  VT   RGSI H+IFDMDGLLLDTE FY
Sbjct: 32   FPRKPVIRVPAS--LRFVATMSTPAAAVNATVTVTDAGRGSITHVIFDMDGLLLDTEKFY 91

Query: 1236 TEVQEKILARFNKTFDWSLKAKMMGMKAIEAARVFVEESGISDSLSAEDFLVEREDMLRS 1295
            TEVQEKILAR+NKTFDWSLKAKMMG KAIEAAR+FV+ESGISDSLSAEDF+VERE ML+ 
Sbjct: 92   TEVQEKILARYNKTFDWSLKAKMMGRKAIEAARLFVDESGISDSLSAEDFIVERESMLQD 151

Query: 1296 LFPKSELMPGASRLIRHLHAKGVPFGLATGSHRRHFELKTQRHGELFKLMHHIVLGDDPE 1355
            LFP S+LMPGASRL+RHLH KG+P  +ATG+H RHF+LKTQRH ELF LMHH+V GDDPE
Sbjct: 152  LFPTSDLMPGASRLLRHLHGKGIPICIATGTHTRHFDLKTQRHRELFSLMHHVVRGDDPE 211

Query: 1356 VKQGKPSPDIFLAAAKRFEEAPVDPHRILVFEDAPSGVRAAKNAGMRVIMVPDPRLDSSY 1415
            VK+GKP+PD FLAA++RFE+ PVDP ++LVFEDAPSGV+AAKNAGM VIMVPD RLD SY
Sbjct: 212  VKEGKPAPDGFLAASRRFEDGPVDPRKVLVFEDAPSGVQAAKNAGMNVIMVPDSRLDKSY 271

Query: 1416 HGDADQVLSSLLDFNPREWGLPPFEDSES 1443
               ADQVL+SLLDF P EWGLP F+DS +
Sbjct: 272  CNVADQVLASLLDFKPEEWGLPSFQDSHN 298

BLAST of Sgr027071 vs. ExPASy Swiss-Prot
Match: Q8VZP1 ((DL)-glycerol-3-phosphatase 2 OS=Arabidopsis thaliana OX=3702 GN=GPP2 PE=1 SV=1)

HSP 1 Score: 375.9 bits (964), Expect = 2.0e-102
Identity = 181/239 (75.73%), Postives = 205/239 (85.77%), Query Frame = 0

Query: 1202 MANLSPDVTSRGSIAHIIFDMDGLLLDTEGFYTEVQEKILARFNKTFDWSLKAKMMGMKA 1261
            M+N +     RGSI H+IFDMDGLLLDTE FYTEVQE ILARFNK FDWSLKAKMMG KA
Sbjct: 1    MSNPAAVTAGRGSITHVIFDMDGLLLDTEKFYTEVQEIILARFNKKFDWSLKAKMMGRKA 60

Query: 1262 IEAARVFVEESGISDSLSAEDFLVEREDMLRSLFPKSELMPGASRLIRHLHAKGVPFGLA 1321
            IEAAR+FVEESGISDSLSAEDFLVERE ML+ LFP SELMPGASRLI+HLH K +P  +A
Sbjct: 61   IEAARIFVEESGISDSLSAEDFLVERESMLQDLFPTSELMPGASRLIKHLHVKNIPICIA 120

Query: 1322 TGSHRRHFELKTQRHGELFKLMHHIVLGDDPEVKQGKPSPDIFLAAAKRFEEAPVDPHRI 1381
            TG+H RH++LKTQRH ELF LMHH+V GDDPEVKQGKP+PD FLAAA+RF++ PVD  ++
Sbjct: 121  TGTHTRHYDLKTQRHRELFSLMHHVVRGDDPEVKQGKPAPDGFLAAARRFKDGPVDSQKV 180

Query: 1382 LVFEDAPSGVRAAKNAGMRVIMVPDPRLDSSYHGDADQVLSSLLDFNPREWGLPPFEDS 1441
            LVFEDAPSGV AAKNAGM V+MVPDPRLD S+   ADQ+++SL+DF P EWGLPPFEDS
Sbjct: 181  LVFEDAPSGVLAAKNAGMNVVMVPDPRLDISHQDVADQIITSLVDFKPEEWGLPPFEDS 239

BLAST of Sgr027071 vs. ExPASy Swiss-Prot
Match: Q08623 (Pseudouridine-5'-phosphatase OS=Homo sapiens OX=9606 GN=PUDP PE=1 SV=3)

HSP 1 Score: 222.2 bits (565), Expect = 3.7e-56
Identity = 113/224 (50.45%), Postives = 149/224 (66.52%), Query Frame = 0

Query: 1215 IAHIIFDMDGLLLDTEGFYTEVQEKILARFNKTFDWSLKAKMMGMKAIEAARVFVEESGI 1274
            + H+IFDMDGLLLDTE  Y+ V ++I  R++K + W +K+ +MG KA+EAA++ ++   +
Sbjct: 8    VTHLIFDMDGLLLDTERLYSVVFQEICNRYDKKYSWDVKSLVMGKKALEAAQIIIDV--L 67

Query: 1275 SDSLSAEDFLVEREDMLRSLFPKSELMPGASRLIRHLHAKGVPFGLATGSHRRHFELKTQ 1334
               +S E+ + E +  L+ +FP + LMPGA +LI HL   G+PF LAT S    F++KT 
Sbjct: 68   QLPMSKEELVEESQTKLKEVFPTAALMPGAEKLIIHLRKHGIPFALATSSGSASFDMKTS 127

Query: 1335 RHGELFKLMHHIVLGDDPEVKQGKPSPDIFLAAAKRFEEAPVDPHRILVFEDAPSGVRAA 1394
            RH E F L  HIVLGDDPEV+ GKP PDIFLA AKRF   P    + LVFEDAP+GV AA
Sbjct: 128  RHKEFFSLFSHIVLGDDPEVQHGKPDPDIFLACAKRFSPPPA-MEKCLVFEDAPNGVEAA 187

Query: 1395 KNAGMRVIMVPDPRLDSSYHGDADQVLSSLLDFNPREWGLPPFE 1439
              AGM+V+MVPD  L       A  VL+SL DF P  +GLP +E
Sbjct: 188  LAAGMQVVMVPDGNLSRDLTTKATLVLNSLQDFQPELFGLPSYE 228

BLAST of Sgr027071 vs. ExPASy Swiss-Prot
Match: Q94529 (Probable pseudouridine-5'-phosphatase OS=Drosophila melanogaster OX=7227 GN=Gs1l PE=2 SV=2)

HSP 1 Score: 204.1 bits (518), Expect = 1.0e-50
Identity = 112/226 (49.56%), Postives = 142/226 (62.83%), Query Frame = 0

Query: 1215 IAHIIFDMDGLLLDTEGFYTEVQEKILARFNKTFDWSLKAKMMGMKAIEAARVFVEESGI 1274
            + H +FDMDGLLLDTE  YT   E IL  + KT+ + +K ++MG++    AR  VE   +
Sbjct: 9    VTHCVFDMDGLLLDTERLYTVATEMILEPYGKTYPFEIKEQVMGLQTEPLARFMVEHYEL 68

Query: 1275 SDSLSAEDFLVEREDMLRSLFPKSELMPGASRLIRHLHAKGVPFGLATGSHRRHFELKTQ 1334
               +S E++  ++      L   ++LMPGA RL+RHLHA  VPF LAT S     ELKT 
Sbjct: 69   --PMSWEEYARQQRANTEILMRNAQLMPGAERLLRHLHANKVPFCLATSSGADMVELKTA 128

Query: 1335 RHGELFKLMHHIVLG-DDPEVKQGKPSPDIFLAAAKRFEEAPVDPHRILVFEDAPSGVRA 1394
            +H ELF L +H V G  D EV  GKP+PDIFL AA RF   P  P   LVFED+P+GV A
Sbjct: 129  QHRELFSLFNHKVCGSSDKEVVNGKPAPDIFLVAAGRF-GVPPKPSDCLVFEDSPNGVTA 188

Query: 1395 AKNAGMRVIMVPDPRLDSSYHGDADQVLSSLLDFNPREWGLPPFED 1440
            A +AGM+V+MVPDPRL       A QVL+SL DF P ++GLP F D
Sbjct: 189  ANSAGMQVVMVPDPRLSQEKTSHATQVLASLADFKPEQFGLPAFTD 231

BLAST of Sgr027071 vs. ExPASy Swiss-Prot
Match: Q9D5U5 (Pseudouridine-5'-phosphatase OS=Mus musculus OX=10090 GN=Pudp PE=1 SV=1)

HSP 1 Score: 204.1 bits (518), Expect = 1.0e-50
Identity = 108/225 (48.00%), Postives = 141/225 (62.67%), Query Frame = 0

Query: 1215 IAHIIFDMDGLLLDTEGFYTEVQEKILARFNKTFDWSLKAKMMGMKAIEAARVFVEESGI 1274
            +  +IFD+DGL+L+TE  YT+V E+I  R+ K ++W +K+ +MG KA+E A+  VE   +
Sbjct: 13   VTPLIFDLDGLILNTEDLYTDVFEEICNRYGKKYNWDVKSLVMGKKALETAQTIVEFLNL 72

Query: 1275 SDSLSAEDFLVEREDMLRSLFPKSELMPGASRLIRHLHAKGVPFGLATGSHRRHFELKTQ 1334
               +S E+ L E ++ L+ +   +  MPGA  LI HL    +PF LAT S    F+ KT 
Sbjct: 73   --PISKEELLKESQEKLQMVLHTAGFMPGAEELIHHLKKHRLPFALATSSETVTFQTKTS 132

Query: 1335 RHGELFKLMHHIVLGDDPEVKQGKPSPDIFLAAAKRFEEAPVDPHRILVFEDAPSGVRAA 1394
            RH   F L HHIVLGDDPEVK GKP  DIFL  AKRF   P DP   LVFED+P+GV AA
Sbjct: 133  RHTGFFGLFHHIVLGDDPEVKNGKPGMDIFLTCAKRFSPPP-DPKDCLVFEDSPNGVEAA 192

Query: 1395 KNAGMRVIMVPDPRLDSSYHGDADQVLSSLLDFNPREWGLPPFED 1440
             + GM+V+MVP   L +     A  VLSSL DF P  +GLP F +
Sbjct: 193  IHCGMQVVMVPHENLSADLTRKATLVLSSLHDFKPELFGLPAFTE 234

BLAST of Sgr027071 vs. ExPASy TrEMBL
Match: A0A6J1BZH4 (uncharacterized protein LOC111007131 OS=Momordica charantia OX=3673 GN=LOC111007131 PE=4 SV=1)

HSP 1 Score: 896.3 bits (2315), Expect = 1.6e-256
Identity = 498/614 (81.11%), Postives = 515/614 (83.88%), Query Frame = 0

Query: 373 MSCLALALQPANGSDILLQTREWFPPPRALVALSSFRQTRLAFAATKHQSHHSSTALGDD 432
           MSCLALALQPANGSDILLQTREWFPPPRALVALS+FRQTRLAFAATKHQ+HH+STALGDD
Sbjct: 1   MSCLALALQPANGSDILLQTREWFPPPRALVALSAFRQTRLAFAATKHQTHHASTALGDD 60

Query: 433 SSLADSIASLGDDPLAASNGQVIVGVESRYRVVYRLVNGIYVLGITTADQDNSINVFECI 492
           SSLADSIASLGDDPLAASNGQVIVGVESRYRVVYRLVNGIYVLGITTADQDNSINVFECI
Sbjct: 61  SSLADSIASLGDDPLAASNGQVIVGVESRYRVVYRLVNGIYVLGITTADQDNSINVFECI 120

Query: 493 HIVNQAVSVIVAACRGVDVTPEKLGRKYAEIYMALDIVLRGVSNIRLAAMLASMHGDGLA 552
           +IVNQAVSVIVAACRGVDVTPEKL RKYAEIYMALDIVLRGVS+IRLAAMLASMHGDGLA
Sbjct: 121 NIVNQAVSVIVAACRGVDVTPEKLSRKYAEIYMALDIVLRGVSSIRLAAMLASMHGDGLA 180

Query: 553 KMVHSALDTENKIRGADSWNTMEVHSIEHQANVEAFSSARFELPAETLEVGDEVAASLAP 612
           KMVHSALDTENKIRGADSWNTMEVHSIEHQANVEAFSSARFELPAETLE GDEVA SLAP
Sbjct: 181 KMVHSALDTENKIRGADSWNTMEVHSIEHQANVEAFSSARFELPAETLEAGDEVATSLAP 240

Query: 613 V-TQSVNEQQDQQQQQKTEEPATEQDPFAASDMINKPEEL-------------------- 672
           V TQSVNEQQD QQQQKTEEPATEQDPFAASDMINKPEEL                    
Sbjct: 241 VTTQSVNEQQD-QQQQKTEEPATEQDPFAASDMINKPEELVSGFKKNKDPSATDLTMVLA 300

Query: 673 ---VPTLPPAEATQSTHIGVEGFEGNYGGIEFSNEQASMEETFEGFSDAWGGGLDPSEFV 732
              VPTLPPAEATQSTHIGVEGFEG+YGGI+FS +QA+MEETFEGFSDAWGGGLDPSEFV
Sbjct: 301 GLEVPTLPPAEATQSTHIGVEGFEGDYGGIQFSTDQATMEETFEGFSDAWGGGLDPSEFV 360

Query: 733 GPEKVKKSEGLGGLEFLQTGQNDGTK-AAVADAGGTGTPLENLVSKTEMKGPEMYITEQI 792
           GP+KVKKSEGLGGLE LQTGQ DGTK AA A A GTGTPLENLV+KTEMKGPEMYITEQI
Sbjct: 361 GPDKVKKSEGLGGLELLQTGQADGTKAAAAAAASGTGTPLENLVTKTEMKGPEMYITEQI 420

Query: 793 SAEFRESLLAR-----------------------------DTAPVKRFVMQVLVLVVLEM 852
           SAEFRESLLAR                             DTAPVKRFVMQ   +  L  
Sbjct: 421 SAEFRESLLARVGLTGVVYLKTLPPKTSDDKETEFSFRVEDTAPVKRFVMQGSRVSSLGN 480

Query: 853 ECF--------------------TLTPLPLRVRLLQRHSGTLLSMMIQFAVNPDLPLPLK 912
             F                     LTPLPLRVRLLQRHSGTLLS MIQ+AVNPDLP PLK
Sbjct: 481 GMFHVRTAPSNEPIPIIKYSLLPRLTPLPLRVRLLQRHSGTLLSAMIQYAVNPDLPSPLK 540

BLAST of Sgr027071 vs. ExPASy TrEMBL
Match: A0A4D6KUJ2 (MHD domain-containing protein OS=Vigna unguiculata OX=3917 GN=DEO72_LG2g711 PE=4 SV=1)

HSP 1 Score: 895.6 bits (2313), Expect = 2.8e-256
Identity = 540/965 (55.96%), Postives = 637/965 (66.01%), Query Frame = 0

Query: 101 MLVAHSFDLWQKDAFFSAAEEVQESADRLESTYRTWLRERRARLVVDDLDEFTRELRTAL 160
           MLVA+SFDLW+KDAFFSAAEEVQESAD +ES YR WLR +R R    +L+E  REL+TAL
Sbjct: 1   MLVANSFDLWRKDAFFSAAEEVQESADVMESAYRAWLRVKRERSTPAELNELCRELQTAL 60

Query: 161 GTAKWQLEEFEKAVRLSYGQHGDDTKLERHRQFVDAIENQIFCVEASLREYFVEEGKQPL 220
           GTAKWQLEEFEKAVRLSY   GDD    RHRQF+ AIE+QI  VE +LRE F+E+GKQPL
Sbjct: 61  GTAKWQLEEFEKAVRLSYRHQGDDNSNTRHRQFISAIESQITQVEEALRESFIEQGKQPL 120

Query: 221 KWVNLNEEECDDLAAFLSGTTPTIRGPKNENLEPVPSFEKSIHETYSKTREA-------- 280
           +WVNL+EEE DDLAAFLSGT  T +   +E++E   S   S+ +   K  +         
Sbjct: 121 RWVNLDEEERDDLAAFLSGTCQTTKSTDDESMEATTSKISSLQQKQVKKEDKIVDINTFC 180

Query: 281 ---STSSNRSSLHTADKNNE-----------ISLARDDVVCHSDRTTNARRVWSSPNFDS 340
               ++S +SS      N +           +S + D++V  +DR T+ R+ W+ PN+ +
Sbjct: 181 NRDLSASEKSSKDVVSANKDANYVIEIKADAVSRSNDEIVSQTDR-TSTRKTWNPPNYGA 240

Query: 341 LTIVIPDEDERRNPMP-TVEATPKEKGSRTILWRQIGREFLPAKVAGHI----------- 400
           L +VI DEDE R+  P TV+ATPKEKG +++ W+Q   E+  A     I           
Sbjct: 241 LKVVIADEDEPRDKTPRTVDATPKEKGFKSLCWKQKFEEYPQAMRVVRIFNQRFGRIGIC 300

Query: 401 ----------------CVHLTIMSCLALALQPANGSDILLQTREWFPPPRALVALSSFRQ 460
                            V +T++  L + L        + +TREWFPP RALVALS+FRQ
Sbjct: 301 QSQRQFQRPFHSRYGCSVQVTLVLMLTIFLFGLYLWWWVEKTREWFPPARALVALSAFRQ 360

Query: 461 TRLAFAATKHQSHHSSTALGDDSSLADSIASLGDDPLAASNGQVIVGVESRYRVVYRLVN 520
           TR A AA KH +        DD+  A+SI   GDDPLAAS+GQVIVGVESRYRVVYRLVN
Sbjct: 361 TRRALAANKHST-------PDDAYAAESI---GDDPLAASSGQVIVGVESRYRVVYRLVN 420

Query: 521 GIYVLGITTADQDNSINVFECIHIVNQAVSVIVAACRGVDVTPEKLGRKYAEIYMALDIV 580
           GIYVLGIT AD DNS+NVFECIHIVNQAVSV+V ACRGVDVTPEKL RKYAEIYMALDIV
Sbjct: 421 GIYVLGITVADHDNSVNVFECIHIVNQAVSVVVTACRGVDVTPEKLSRKYAEIYMALDIV 480

Query: 581 LRGVSNIRLAAMLASMHGDGLAKMVHSALDTENKIRGADSWNTMEVHSIEHQANVEAFSS 640
           LRGVSNIR AAMLA+MHG+ +AKMVHSA+DTENKIRGAD+W   EVHS+EHQA ++A S+
Sbjct: 481 LRGVSNIRFAAMLATMHGESIAKMVHSAIDTENKIRGADTWLAAEVHSLEHQACIDALST 540

Query: 641 ARFELPAETLEVGDEVAASLAPVTQSVNEQQDQQQQQKTEEPATEQDPFAASDMINKPEE 700
             FELP ETLE G+EVAASLAP      E    + QQK EEP  E DPFAASD INKP+E
Sbjct: 541 VSFELPPETLEAGEEVAASLAPAQPETQE----EPQQKPEEPQVE-DPFAASDAINKPQE 600

Query: 701 L----------------------VPTLPPAEATQSTHIGVEGFEGNYGGIEFSNEQASME 760
           L                      V TLPP EATQST I VEGFEGNYGG+EF +EQAS+ 
Sbjct: 601 LVDGFKKTKDPATDLTSALEGLDVTTLPPPEATQSTQINVEGFEGNYGGVEFGHEQASIG 660

Query: 761 ETFEGFSDAWGGGLDPSEFVGPEKVKKSEGLGGLEFLQTGQNDGTKAAVADAGGTGTPLE 820
           E FEGF+DAWGGGLDPSEFVG  K  K +GLGG+E LQTG +   KAA     G+GTPLE
Sbjct: 661 EAFEGFNDAWGGGLDPSEFVGTTKPPKPQGLGGVELLQTGPDAAPKAAA--ESGSGTPLE 720

Query: 821 N-LVSKTEMKGPEMYITEQISAEFRESLLAR----------------------------- 880
           N LV KTEMKGPEMYI+E ISAEFRESLLAR                             
Sbjct: 721 NLLVKKTEMKGPEMYISEVISAEFRESLLARVGLMGVVYLRTLPPKTAGDKETEFSFRID 780

Query: 881 DTAPVKRFVMQVLVLVVLEMECF--------------------TLTPLPLRVRLLQRHSG 940
            T+ VKRFV+Q   +  L    F                     LTPLPLRVRL +RH+G
Sbjct: 781 GTSAVKRFVIQSSRVSSLGNGLFHVRTAASEEPIPIIKYSLVPRLTPLPLRVRLTKRHTG 840

Query: 941 TLLSMMIQFAVNPDLPLPLKDVTFILKLPVDPTLLKVTPKAVLNRSEKELKWHVPEIPLK 944
           +LLS+MIQ+A NPDL +PL DVTF LK+P+DPTLLKV+PKAVLNR+E+E+KWHVPEIPLK
Sbjct: 841 SLLSVMIQYASNPDLLVPLHDVTFTLKIPIDPTLLKVSPKAVLNRTEREIKWHVPEIPLK 900

BLAST of Sgr027071 vs. ExPASy TrEMBL
Match: A0A5A7UU63 (MHD domain-containing protein OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold274G006040 PE=4 SV=1)

HSP 1 Score: 883.6 bits (2282), Expect = 1.1e-252
Identity = 485/612 (79.25%), Postives = 506/612 (82.68%), Query Frame = 0

Query: 373 MSCLALALQPANGSDILLQTREWFPPPRALVALSSFRQTRLAFAATKHQSHHSSTALGDD 432
           MSCLALALQPANGSDILLQTREWFPPPRALVAL+SFRQTRLAFAATKHQSHH+ST LGDD
Sbjct: 1   MSCLALALQPANGSDILLQTREWFPPPRALVALTSFRQTRLAFAATKHQSHHASTVLGDD 60

Query: 433 SSLADSIASLGDDPLAASNGQVIVGVESRYRVVYRLVNGIYVLGITTADQDNSINVFECI 492
           SSLADSIASLGDDPLAASNGQVIVG ESRYRVVYRLVNGIYVLGITTADQDNS+NVFECI
Sbjct: 61  SSLADSIASLGDDPLAASNGQVIVGAESRYRVVYRLVNGIYVLGITTADQDNSVNVFECI 120

Query: 493 HIVNQAVSVIVAACRGVDVTPEKLGRKYAEIYMALDIVLRGVSNIRLAAMLASMHGDGLA 552
           HIVNQAVSV+V ACRGVDVTPEKL RKYAEIYMALDIVLRGVSNIRLAAMLASMHGDGLA
Sbjct: 121 HIVNQAVSVVVTACRGVDVTPEKLSRKYAEIYMALDIVLRGVSNIRLAAMLASMHGDGLA 180

Query: 553 KMVHSALDTENKIRGADSWNTMEVHSIEHQANVEAFSSARFELPAETLEVGDEVAASLAP 612
           KMVHSALDTENKIRGAD+WN MEVHSIEHQANVEAFSSARFELPAETLE GDE+AA+LAP
Sbjct: 181 KMVHSALDTENKIRGADNWNAMEVHSIEHQANVEAFSSARFELPAETLEAGDEIAATLAP 240

Query: 613 VTQSVNEQQDQQQQQKTEEPATEQDPFAASDMINKPEEL--------------------- 672
           VTQSVNEQQD QQQQK EEPA EQDPFAASDMINKPEEL                     
Sbjct: 241 VTQSVNEQQD-QQQQKAEEPAVEQDPFAASDMINKPEELVGGFKKTKDPSATDLTMVLAG 300

Query: 673 --VPTLPPAEATQSTHIGVEGFEGNYGGIEFSNEQASMEETFEGFSDAWGGGLDPSEFVG 732
             VPTLPPAEATQSTHIGVEGFEGNYGGIEFS +QA+MEETFEGFSDAWGGGLDPSEFVG
Sbjct: 301 LEVPTLPPAEATQSTHIGVEGFEGNYGGIEFSTDQATMEETFEGFSDAWGGGLDPSEFVG 360

Query: 733 PEKVKKSEGLGGLEFLQTGQNDGTKAAVADAGGTGTPLENLVSKTEMKGPEMYITEQISA 792
           PEKVKK+EGLGGLE LQTG  DGTK AVADA G GTPLENLV+KTEMKGPEMYI EQISA
Sbjct: 361 PEKVKKTEGLGGLELLQTGP-DGTKVAVADATGKGTPLENLVTKTEMKGPEMYIIEQISA 420

Query: 793 EFRESLLAR-----------------------------DTAPVKRFVMQVLVLVVLEMEC 852
           EFRESLLAR                             DTA VKRFV+Q   +  L    
Sbjct: 421 EFRESLLARVGMMGVVYLKTLPPKTSDDKETEFSFRVEDTASVKRFVVQGSRVSSLGNGM 480

Query: 853 F--------------------TLTPLPLRVRLLQRHSGTLLSMMIQFAVNPDLPLPLKDV 912
           F                     LTPLPLRVRL+QRH GTLLS+MIQ+A NPDLP PL DV
Sbjct: 481 FHVRTAPSNEPIPIIKYSLLPRLTPLPLRVRLIQRHRGTLLSVMIQYAANPDLPQPLNDV 540

BLAST of Sgr027071 vs. ExPASy TrEMBL
Match: A0A5D3CNK8 (MHD domain-containing protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold152G00440 PE=4 SV=1)

HSP 1 Score: 883.6 bits (2282), Expect = 1.1e-252
Identity = 485/612 (79.25%), Postives = 506/612 (82.68%), Query Frame = 0

Query: 373 MSCLALALQPANGSDILLQTREWFPPPRALVALSSFRQTRLAFAATKHQSHHSSTALGDD 432
           MSCLALALQPANGSDILLQTREWFPPPRALVAL+SFRQTRLAFAATKHQSHH+ST LGDD
Sbjct: 1   MSCLALALQPANGSDILLQTREWFPPPRALVALTSFRQTRLAFAATKHQSHHASTVLGDD 60

Query: 433 SSLADSIASLGDDPLAASNGQVIVGVESRYRVVYRLVNGIYVLGITTADQDNSINVFECI 492
           SSLADSIASLGDDPLAASNGQVIVG ESRYRVVYRLVNGIYVLGITTADQDNS+NVFECI
Sbjct: 61  SSLADSIASLGDDPLAASNGQVIVGAESRYRVVYRLVNGIYVLGITTADQDNSVNVFECI 120

Query: 493 HIVNQAVSVIVAACRGVDVTPEKLGRKYAEIYMALDIVLRGVSNIRLAAMLASMHGDGLA 552
           HIVNQAVSV+V ACRGVDVTPEKL RKYAEIYMALDIVLRGVSNIRLAAMLASMHGDGLA
Sbjct: 121 HIVNQAVSVVVTACRGVDVTPEKLSRKYAEIYMALDIVLRGVSNIRLAAMLASMHGDGLA 180

Query: 553 KMVHSALDTENKIRGADSWNTMEVHSIEHQANVEAFSSARFELPAETLEVGDEVAASLAP 612
           KMVHSALDTENKIRGAD+WN MEVHSIEHQANVEAFSSARFELPAETLE GDE+AA+LAP
Sbjct: 181 KMVHSALDTENKIRGADNWNAMEVHSIEHQANVEAFSSARFELPAETLEAGDEIAATLAP 240

Query: 613 VTQSVNEQQDQQQQQKTEEPATEQDPFAASDMINKPEEL--------------------- 672
           VTQSVNEQQD QQQQK EEPA EQDPFAASDMINKPEEL                     
Sbjct: 241 VTQSVNEQQD-QQQQKAEEPAAEQDPFAASDMINKPEELVGGFKKTKDPSATDLTMVLAG 300

Query: 673 --VPTLPPAEATQSTHIGVEGFEGNYGGIEFSNEQASMEETFEGFSDAWGGGLDPSEFVG 732
             VPTLPPAEATQSTHIGVEGFEGNYGGIEFS +QA+MEETFEGFSDAWGGGLDPSEFVG
Sbjct: 301 LEVPTLPPAEATQSTHIGVEGFEGNYGGIEFSTDQATMEETFEGFSDAWGGGLDPSEFVG 360

Query: 733 PEKVKKSEGLGGLEFLQTGQNDGTKAAVADAGGTGTPLENLVSKTEMKGPEMYITEQISA 792
           PEKVKK+EGLGGLE LQTG  DGTK AVADA G GTPLENLV+KTEMKGPEMYI EQISA
Sbjct: 361 PEKVKKTEGLGGLELLQTGP-DGTKVAVADATGKGTPLENLVTKTEMKGPEMYIIEQISA 420

Query: 793 EFRESLLAR-----------------------------DTAPVKRFVMQVLVLVVLEMEC 852
           EFRESLLAR                             DTA VKRFV+Q   +  L    
Sbjct: 421 EFRESLLARVGMMGVVYLKTLPPKTSDDKETEFSFRVEDTASVKRFVVQGSRVSSLGNGM 480

Query: 853 F--------------------TLTPLPLRVRLLQRHSGTLLSMMIQFAVNPDLPLPLKDV 912
           F                     LTPLPLRVRL+QRH GTLLS+MIQ+A NPDLP PL DV
Sbjct: 481 FHVRTAPSNEPIPIIKYSLLPRLTPLPLRVRLIQRHRGTLLSVMIQYAANPDLPQPLNDV 540

BLAST of Sgr027071 vs. ExPASy TrEMBL
Match: A0A1S4DZN0 (uncharacterized protein LOC103494266 OS=Cucumis melo OX=3656 GN=LOC103494266 PE=4 SV=1)

HSP 1 Score: 883.6 bits (2282), Expect = 1.1e-252
Identity = 485/612 (79.25%), Postives = 506/612 (82.68%), Query Frame = 0

Query: 373 MSCLALALQPANGSDILLQTREWFPPPRALVALSSFRQTRLAFAATKHQSHHSSTALGDD 432
           MSCLALALQPANGSDILLQTREWFPPPRALVAL+SFRQTRLAFAATKHQSHH+ST LGDD
Sbjct: 1   MSCLALALQPANGSDILLQTREWFPPPRALVALTSFRQTRLAFAATKHQSHHASTVLGDD 60

Query: 433 SSLADSIASLGDDPLAASNGQVIVGVESRYRVVYRLVNGIYVLGITTADQDNSINVFECI 492
           SSLADSIASLGDDPLAASNGQVIVG ESRYRVVYRLVNGIYVLGITTADQDNS+NVFECI
Sbjct: 61  SSLADSIASLGDDPLAASNGQVIVGAESRYRVVYRLVNGIYVLGITTADQDNSVNVFECI 120

Query: 493 HIVNQAVSVIVAACRGVDVTPEKLGRKYAEIYMALDIVLRGVSNIRLAAMLASMHGDGLA 552
           HIVNQAVSV+V ACRGVDVTPEKL RKYAEIYMALDIVLRGVSNIRLAAMLASMHGDGLA
Sbjct: 121 HIVNQAVSVVVTACRGVDVTPEKLSRKYAEIYMALDIVLRGVSNIRLAAMLASMHGDGLA 180

Query: 553 KMVHSALDTENKIRGADSWNTMEVHSIEHQANVEAFSSARFELPAETLEVGDEVAASLAP 612
           KMVHSALDTENKIRGAD+WN MEVHSIEHQANVEAFSSARFELPAETLE GDE+AA+LAP
Sbjct: 181 KMVHSALDTENKIRGADNWNAMEVHSIEHQANVEAFSSARFELPAETLEAGDEIAATLAP 240

Query: 613 VTQSVNEQQDQQQQQKTEEPATEQDPFAASDMINKPEEL--------------------- 672
           VTQSVNEQQD QQQQK EEPA EQDPFAASDMINKPEEL                     
Sbjct: 241 VTQSVNEQQD-QQQQKAEEPAVEQDPFAASDMINKPEELVGGFKKTKDPSATDLTMVLAG 300

Query: 673 --VPTLPPAEATQSTHIGVEGFEGNYGGIEFSNEQASMEETFEGFSDAWGGGLDPSEFVG 732
             VPTLPPAEATQSTHIGVEGFEGNYGGIEFS +QA+MEETFEGFSDAWGGGLDPSEFVG
Sbjct: 301 LEVPTLPPAEATQSTHIGVEGFEGNYGGIEFSTDQATMEETFEGFSDAWGGGLDPSEFVG 360

Query: 733 PEKVKKSEGLGGLEFLQTGQNDGTKAAVADAGGTGTPLENLVSKTEMKGPEMYITEQISA 792
           PEKVKK+EGLGGLE LQTG  DGTK AVADA G GTPLENLV+KTEMKGPEMYI EQISA
Sbjct: 361 PEKVKKTEGLGGLELLQTGP-DGTKVAVADATGKGTPLENLVTKTEMKGPEMYIIEQISA 420

Query: 793 EFRESLLAR-----------------------------DTAPVKRFVMQVLVLVVLEMEC 852
           EFRESLLAR                             DTA VKRFV+Q   +  L    
Sbjct: 421 EFRESLLARVGMMGVVYLKTLPPKTSDDKETEFSFRVEDTASVKRFVVQGSRVSSLGNGM 480

Query: 853 F--------------------TLTPLPLRVRLLQRHSGTLLSMMIQFAVNPDLPLPLKDV 912
           F                     LTPLPLRVRL+QRH GTLLS+MIQ+A NPDLP PL DV
Sbjct: 481 FHVRTAPSNEPIPIIKYSLLPRLTPLPLRVRLIQRHRGTLLSVMIQYAANPDLPQPLNDV 540

BLAST of Sgr027071 vs. TAIR 10
Match: AT5G57460.1 (unknown protein; FUNCTIONS IN: molecular_function unknown; INVOLVED IN: biological_process unknown; LOCATED IN: plasma membrane, chloroplast; EXPRESSED IN: 23 plant structures; EXPRESSED DURING: 13 growth stages; Has 166 Blast hits to 166 proteins in 41 species: Archae - 0; Bacteria - 0; Metazoa - 112; Fungi - 4; Plants - 36; Viruses - 0; Other Eukaryotes - 14 (source: NCBI BLink). )

HSP 1 Score: 661.0 bits (1704), Expect = 2.2e-189
Identity = 381/627 (60.77%), Postives = 438/627 (69.86%), Query Frame = 0

Query: 373 MSCLALALQPANGSDILLQTREWFPPPRALVALSSFRQTRLAFAATKHQ--------SHH 432
           MSCLALALQPANGSDILLQTREWFPP RAL+ALS FRQ R A A++K Q         + 
Sbjct: 1   MSCLALALQPANGSDILLQTREWFPPARALIALSYFRQMRQALASSKQQHQQQSNQKQNQ 60

Query: 433 SSTALGDDSSLAD-----SIASLGDDPLAASNGQVIVGVESRYRVVYRLVNGIYVLGITT 492
           +S++    SS+AD     +   +GDDPLAASNGQVIVGVES+YRVVYRLVN IY+LG+T 
Sbjct: 61  ASSSSSSSSSVADPDDATAAEFVGDDPLAASNGQVIVGVESKYRVVYRLVNSIYILGVTV 120

Query: 493 ADQDNSINVFECIHIVNQAVSVIVAACRGVDVTPEKLGRKYAEIYMALDIVLRGVSNIRL 552
           AD DNSINVFECIHIVNQAVSVIV ACRGV+VTPEKLGRKYAE+YMALDIVLRGVSNIRL
Sbjct: 121 ADHDNSINVFECIHIVNQAVSVIVTACRGVEVTPEKLGRKYAEVYMALDIVLRGVSNIRL 180

Query: 553 AAMLASMHGDGLAKMVHSALDTENKIRGADSWNTMEVHSIEHQANVEAFSSARFELPAET 612
           AAML +MHGDG+AKMVHSALDTENKIRGADSW  +E H+ EHQA+V AFS+ARFELP ET
Sbjct: 181 AAMLGAMHGDGIAKMVHSALDTENKIRGADSWMAVESHAAEHQASVNAFSNARFELPPET 240

Query: 613 LEVGDEVAASLAPVTQSVNEQQDQQQQQKTEEPATE-QDPFAASDMINKPEEL------- 672
           +  GDE AASLAPV          + +Q  EEP  E +DPFAAS+ INK +EL       
Sbjct: 241 VAAGDEFAASLAPVV--------PESEQLKEEPEPENKDPFAASETINKEKELVGGFKKT 300

Query: 673 ----------------VPTLPPAEATQSTHIGVEGFEGNYGGIEFSNEQASMEETFEGFS 732
                           V TLPPAEATQSTHI VEGFEG YGGIEFSNEQA++ ETFE FS
Sbjct: 301 KDPSSTDLTLALAGLEVTTLPPAEATQSTHINVEGFEGQYGGIEFSNEQATIGETFESFS 360

Query: 733 DAWGGGLDPSEFVGPEKVKKSEGLGGLEFLQTGQNDGTKAAVADAGGTGTPLENLVSKTE 792
           DAWGGGLDPSEF+GP+K++K EGLGGLE L T      +      G  G  ++NLV K E
Sbjct: 361 DAWGGGLDPSEFMGPKKIQKKEGLGGLELLHTSDPKAVE------GKDGVNIDNLVKKPE 420

Query: 793 MKGPEMYITEQISAEFRESLLAR------------------------------DTAPVKR 852
           MKGPEMYI+E+I  EFRESLLAR                               T  VKR
Sbjct: 421 MKGPEMYISEEIRTEFRESLLARVGVMGVIYLKTMPPKGSGEEKETEFSFRVEGTTAVKR 480

Query: 853 FVMQVLVLVVLEMECF--------------------TLTPLPLRVRLLQRHSGTLLSMMI 912
           F MQ   +  L    F                     LTPLPLRVR+++R SGTLLS+MI
Sbjct: 481 FAMQSSRISSLGNGLFHVRTAPSEEPIPILKYSLQPKLTPLPLRVRMVKRISGTLLSLMI 540

BLAST of Sgr027071 vs. TAIR 10
Match: AT4G25840.1 (glycerol-3-phosphatase 1 )

HSP 1 Score: 380.6 bits (976), Expect = 5.7e-105
Identity = 190/269 (70.63%), Postives = 221/269 (82.16%), Query Frame = 0

Query: 1176 FIRYPKSKIVSSSLLQFPNRTANSVSMANLSPDVT--SRGSIAHIIFDMDGLLLDTEGFY 1235
            F R P  ++ +S  L+F    +   +  N +  VT   RGSI H+IFDMDGLLLDTE FY
Sbjct: 32   FPRKPVIRVPAS--LRFVATMSTPAAAVNATVTVTDAGRGSITHVIFDMDGLLLDTEKFY 91

Query: 1236 TEVQEKILARFNKTFDWSLKAKMMGMKAIEAARVFVEESGISDSLSAEDFLVEREDMLRS 1295
            TEVQEKILAR+NKTFDWSLKAKMMG KAIEAAR+FV+ESGISDSLSAEDF+VERE ML+ 
Sbjct: 92   TEVQEKILARYNKTFDWSLKAKMMGRKAIEAARLFVDESGISDSLSAEDFIVERESMLQD 151

Query: 1296 LFPKSELMPGASRLIRHLHAKGVPFGLATGSHRRHFELKTQRHGELFKLMHHIVLGDDPE 1355
            LFP S+LMPGASRL+RHLH KG+P  +ATG+H RHF+LKTQRH ELF LMHH+V GDDPE
Sbjct: 152  LFPTSDLMPGASRLLRHLHGKGIPICIATGTHTRHFDLKTQRHRELFSLMHHVVRGDDPE 211

Query: 1356 VKQGKPSPDIFLAAAKRFEEAPVDPHRILVFEDAPSGVRAAKNAGMRVIMVPDPRLDSSY 1415
            VK+GKP+PD FLAA++RFE+ PVDP ++LVFEDAPSGV+AAKNAGM VIMVPD RLD SY
Sbjct: 212  VKEGKPAPDGFLAASRRFEDGPVDPRKVLVFEDAPSGVQAAKNAGMNVIMVPDSRLDKSY 271

Query: 1416 HGDADQVLSSLLDFNPREWGLPPFEDSES 1443
               ADQVL+SLLDF P EWGLP F+DS +
Sbjct: 272  CNVADQVLASLLDFKPEEWGLPSFQDSHN 298

BLAST of Sgr027071 vs. TAIR 10
Match: AT5G57440.1 (Haloacid dehalogenase-like hydrolase (HAD) superfamily protein )

HSP 1 Score: 375.9 bits (964), Expect = 1.4e-103
Identity = 181/239 (75.73%), Postives = 205/239 (85.77%), Query Frame = 0

Query: 1202 MANLSPDVTSRGSIAHIIFDMDGLLLDTEGFYTEVQEKILARFNKTFDWSLKAKMMGMKA 1261
            M+N +     RGSI H+IFDMDGLLLDTE FYTEVQE ILARFNK FDWSLKAKMMG KA
Sbjct: 1    MSNPAAVTAGRGSITHVIFDMDGLLLDTEKFYTEVQEIILARFNKKFDWSLKAKMMGRKA 60

Query: 1262 IEAARVFVEESGISDSLSAEDFLVEREDMLRSLFPKSELMPGASRLIRHLHAKGVPFGLA 1321
            IEAAR+FVEESGISDSLSAEDFLVERE ML+ LFP SELMPGASRLI+HLH K +P  +A
Sbjct: 61   IEAARIFVEESGISDSLSAEDFLVERESMLQDLFPTSELMPGASRLIKHLHVKNIPICIA 120

Query: 1322 TGSHRRHFELKTQRHGELFKLMHHIVLGDDPEVKQGKPSPDIFLAAAKRFEEAPVDPHRI 1381
            TG+H RH++LKTQRH ELF LMHH+V GDDPEVKQGKP+PD FLAAA+RF++ PVD  ++
Sbjct: 121  TGTHTRHYDLKTQRHRELFSLMHHVVRGDDPEVKQGKPAPDGFLAAARRFKDGPVDSQKV 180

Query: 1382 LVFEDAPSGVRAAKNAGMRVIMVPDPRLDSSYHGDADQVLSSLLDFNPREWGLPPFEDS 1441
            LVFEDAPSGV AAKNAGM V+MVPDPRLD S+   ADQ+++SL+DF P EWGLPPFEDS
Sbjct: 181  LVFEDAPSGVLAAKNAGMNVVMVPDPRLDISHQDVADQIITSLVDFKPEEWGLPPFEDS 239

BLAST of Sgr027071 vs. TAIR 10
Match: AT2G18860.1 (Syntaxin/t-SNARE family protein )

HSP 1 Score: 216.5 bits (550), Expect = 1.4e-55
Identity = 121/257 (47.08%), Postives = 170/257 (66.15%), Query Frame = 0

Query: 101 MLVAHSFDLWQKDAFFSAAEEVQESADRLESTYRTWLRERRARLVVDDLDEFTRELRTAL 160
           M+V +SFDLWQKD FFSAAEEVQ+S D +ES YR W+RE++        DE  +EL+ AL
Sbjct: 1   MMVVNSFDLWQKDVFFSAAEEVQKSTDIMESAYRLWIREKK--------DEICKELQAAL 60

Query: 161 GTAKWQLEEFEKAVRLSYGQHGD-DTKLERHRQFVDAIENQIFCVEASLREYFVEEGKQP 220
           GTAKWQLEEFEKAVRLS+ + GD D+   RH+QFV AIENQI  VE SL+E + E GK+P
Sbjct: 61  GTAKWQLEEFEKAVRLSHKRCGDNDSSSTRHKQFVTAIENQIHRVETSLQEAYSENGKKP 120

Query: 221 LKWVNLNEEECDDLAAFLSGTTPTIRGPKNE-NLEPVPSFEKSIHETYSKTREASTSSNR 280
           L+WV+LNEEE DDLA FLSG++ T +    E +++   S   S+ E   +   A  +  +
Sbjct: 121 LRWVDLNEEERDDLAMFLSGSSRTSQSFSGESSIKSRESTNSSLVENVMEV-SAKVTFKK 180

Query: 281 SSLHTADKNNEISLARDDVVCHSDRTTNARRVWSSPNFDSLTIVIP---DEDERRNPMPT 340
           + ++       I +        ++++   RR+WSSPNF+SL I++P   +E+E+   +  
Sbjct: 181 AKVYGDGSECVIDIEERVTPGQAEKSVGLRRIWSSPNFNSLRIIVPGGDNEEEKETLVAQ 240

Query: 341 VEATPKEKGSRTILWRQ 353
           +EATPK KG++++LW Q
Sbjct: 241 IEATPKVKGTKSVLWMQ 248

BLAST of Sgr027071 vs. TAIR 10
Match: AT4G30240.1 (Syntaxin/t-SNARE family protein )

HSP 1 Score: 210.3 bits (534), Expect = 1.0e-53
Identity = 126/274 (45.99%), Postives = 164/274 (59.85%), Query Frame = 0

Query: 101 MLVAHSFDLWQKDAFFSAAEEVQESADRLESTYRTWLRERRARLVVDDLDEFTRELRTAL 160
           M+VA+SFDLWQKD FFSAAEEVQESAD +ES YR W +E+R   V  + DE  +EL+ AL
Sbjct: 1   MMVANSFDLWQKDVFFSAAEEVQESADIMESAYRLWFKEKRDGRVSVESDELCKELQAAL 60

Query: 161 GTAKWQLEEFEKAVRLSYGQHGDDTKLERHRQFVDAIENQIFCVEASLREYFVEEGKQPL 220
            TAKWQLEEFE+AV LS+G   DDT L RH+QFV AIENQI+ VE++L E   E GKQPL
Sbjct: 61  STAKWQLEEFERAVSLSHGNCRDDTTLTRHKQFVTAIENQIYQVESTLLESLSENGKQPL 120

Query: 221 KWVNLNEEECDDLAAFLSGTTPTIRGPKNENLEPVPSFEKSIHETYSKTREASTSSNRSS 280
           +WV+LN+EE DDLA FLSG++ T                +S++      R++STSS   +
Sbjct: 121 RWVDLNKEERDDLAMFLSGSSQT---------------SESLNSDSINLRDSSTSSVAEN 180

Query: 281 LHTADKNNEISLARDDVVC-----------HSDRTTNARRVWSS---PNFDSLTIVIP-- 340
               +   E     D   C            +D+    RR WSS   PN  +L I +P  
Sbjct: 181 PRGINGRREGRCYGDSPDCVIDIDDIGSPESADKKGGTRRTWSSPNVPNISALRINVPVN 240

Query: 341 -DEDERRNPMPTVEATPKEKGSRTILWRQIGREF 358
             E+ER   +  +E TPKEKG++ + W Q  R++
Sbjct: 241 AKEEEREKFLSHIEDTPKEKGAKPMFWLQRCRDY 259

The following BLAST results are available for this feature:
Match NameE-valueIdentityDescription
XP_022135038.13.3e-25681.11uncharacterized protein LOC111007131 [Momordica charantia] >XP_022135039.1 uncha... [more]
QCD80390.15.7e-25655.96hypothetical protein DEO72_LG2g711 [Vigna unguiculata][more]
XP_016901426.12.2e-25279.25PREDICTED: uncharacterized protein LOC103494266 [Cucumis melo] >KAA0058277.1 unc... [more]
TYK11829.12.2e-25279.25uncharacterized protein E5676_scaffold152G00440 [Cucumis melo var. makuwa][more]
XP_022933950.12.9e-25279.05uncharacterized protein LOC111441210 [Cucurbita moschata] >KAG6587754.1 hypothet... [more]
Match NameE-valueIdentityDescription
F4JTE78.1e-10470.63(DL)-glycerol-3-phosphatase 1, mitochondrial OS=Arabidopsis thaliana OX=3702 GN=... [more]
Q8VZP12.0e-10275.73(DL)-glycerol-3-phosphatase 2 OS=Arabidopsis thaliana OX=3702 GN=GPP2 PE=1 SV=1[more]
Q086233.7e-5650.45Pseudouridine-5'-phosphatase OS=Homo sapiens OX=9606 GN=PUDP PE=1 SV=3[more]
Q945291.0e-5049.56Probable pseudouridine-5'-phosphatase OS=Drosophila melanogaster OX=7227 GN=Gs1l... [more]
Q9D5U51.0e-5048.00Pseudouridine-5'-phosphatase OS=Mus musculus OX=10090 GN=Pudp PE=1 SV=1[more]
Match NameE-valueIdentityDescription
A0A6J1BZH41.6e-25681.11uncharacterized protein LOC111007131 OS=Momordica charantia OX=3673 GN=LOC111007... [more]
A0A4D6KUJ22.8e-25655.96MHD domain-containing protein OS=Vigna unguiculata OX=3917 GN=DEO72_LG2g711 PE=4... [more]
A0A5A7UU631.1e-25279.25MHD domain-containing protein OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_sc... [more]
A0A5D3CNK81.1e-25279.25MHD domain-containing protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_sc... [more]
A0A1S4DZN01.1e-25279.25uncharacterized protein LOC103494266 OS=Cucumis melo OX=3656 GN=LOC103494266 PE=... [more]
Match NameE-valueIdentityDescription
AT5G57460.12.2e-18960.77unknown protein; FUNCTIONS IN: molecular_function unknown; INVOLVED IN: biologic... [more]
AT4G25840.15.7e-10570.63glycerol-3-phosphatase 1 [more]
AT5G57440.11.4e-10375.73Haloacid dehalogenase-like hydrolase (HAD) superfamily protein [more]
AT2G18860.11.4e-5547.08Syntaxin/t-SNARE family protein [more]
AT4G30240.11.0e-5345.99Syntaxin/t-SNARE family protein [more]
InterPro
Analysis Name: InterPro Annotations of Monk fruit (Qingpiguo) v1
Date Performed: 2022-08-01
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
NoneNo IPR availableCOILSCoilCoilcoord: 119..139
NoneNo IPR availableGENE3D1.20.58.90coord: 110..210
e-value: 2.1E-15
score: 58.7
NoneNo IPR availableSFLDSFLDG01135C1.5.6:_HAD,_Beta-PGM,_Phosphcoord: 1215..1426
e-value: 8.5E-39
score: 128.3
NoneNo IPR availableSFLDSFLDG01129C1.5:_HAD,_Beta-PGM,_Phosphatcoord: 1215..1426
e-value: 8.5E-39
score: 128.3
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 614..639
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 265..286
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 268..286
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 614..633
NoneNo IPR availablePANTHERPTHR37769:SF1OS08G0243900 PROTEINcoord: 803..914
coord: 373..652
NoneNo IPR availablePANTHERPTHR37769OS08G0243900 PROTEINcoord: 652..778
NoneNo IPR availablePANTHERPTHR37769:SF1OS08G0243900 PROTEINcoord: 652..778
NoneNo IPR availablePANTHERPTHR37769OS08G0243900 PROTEINcoord: 803..914
coord: 373..652
NoneNo IPR availableCDDcd07529HAD_AtGPP-likecoord: 1215..1406
e-value: 1.37945E-100
score: 317.367
IPR015260Syntaxin 6, N-terminalPFAMPF09177Syntaxin-6_Ncoord: 113..201
e-value: 1.9E-18
score: 66.8
IPR006439HAD hydrolase, subfamily IATIGRFAMTIGR01509TIGR01509coord: 1296..1404
e-value: 1.2E-11
score: 43.0
IPR041492Haloacid dehalogenase-like hydrolasePFAMPF13419HAD_2coord: 1218..1404
e-value: 2.8E-21
score: 76.4
IPR023198Phosphoglycolate phosphatase-like, domain 2GENE3D1.10.150.240Putative phosphatase; domain 2coord: 1229..1298
e-value: 3.4E-71
score: 241.2
IPR023214HAD superfamilyGENE3D3.40.50.1000coord: 1218..1424
e-value: 3.4E-71
score: 241.2
IPR028565Mu homology domainPROSITEPS51072MHDcoord: 680..953
score: 10.139284
IPR010989SNARESUPERFAMILY47661t-snare proteinscoord: 112..210
IPR036412HAD-like superfamilySUPERFAMILY56784HAD-likecoord: 1215..1427

Relationships

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

Feature NameUnique NameType
Sgr027071.1Sgr027071.1mRNA


GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0048193 Golgi vesicle transport
biological_process GO:0016192 vesicle-mediated transport
cellular_component GO:0016020 membrane