Sgr020180 (gene) Monk fruit (Qingpiguo) v1

Overview
NameSgr020180
Typegene
OrganismSiraitia grosvenorii (Monk fruit (Qingpiguo) v1)
DescriptionSpoU_methylase domain-containing protein
Locationtig00153449: 721316 .. 750830 (-)
RNA-Seq ExpressionSgr020180
SyntenySgr020180
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.
ATGCTCCATGCGATGCTGAGATGCTCCACATATCTAACGGGAGATGGATTTGTCTTCAGAGGTGCTCGCCTGCGCCTCGCTGTTCGTCGAACTACGAGCCCTTCTTTTTGTTCGGGGCGAACGATAAGGAATTATCACTCTCACGGGTGGTGTTCTTGATTGGATGCTGAAGGTGGAGAAATGGCGGCTGAGGTCCCACTCCCTTCTGCATTACTCTTACTGGTCGATCGACACGTGATAGTTTTGATACATAAATATTTAAGGTTGTACGGCATGTCTTTTAAAATTTGTTTTAATTTCTGTCTTTAATTTTAAAATTTTGTAATTCCATTTATAAATGTTTAATATAATTTTGATTAAAACAACAATTATTAATATAAAATAGTATTAAATTTTATTGTTAATGTATTTAATAATAATGAATTACATTTTTAACAATTTATTTGGTATTAACCAATAATAACTTATTAAAATATAATTACATCAACTAAACAAATATTAATGTAGTTTTTTATTAGAAAAACAATTATTGATATAAATTATTATTAAATTTTATTGTTATGATATTTAGTAATAATTAATTATATTTTAAAATTTTAATTGATAATAATTAATAACAACAAAGTAAAATAAAAAATTAGTATGATTTTTTTATTAAAATAAAAATTATTGGTAATATAAATAAGAGATAGTAAAAGTTGTAAAATAATTGATAAAAATGTTGTAAGTCCCACTAATAGATGAGAGATAAGTGATAAATGTTGTAAAGTAATAAATGAAAACGTAGTAGGGCCATAGAATAAATAATGATAATGAGATTGATGAGATTGTAGAATATGAGTGAGATTACCCTTTTTTGGGGAAGTGATTCATAAATTGGTGGTAGGTCTCACAAATTGACTAAATTCTTGCATTTTAGTAAACATCATCAAGAGAATGAATTAATTCTCATTCCTCCATTCCAATTCATTTTAGTATTTTTTAAATTTTCATAACTACTTTTGATTTTTCAATATTATGAAAATTTTGAAATATATTTTTAAAGGGCTGAAAAGCACCTTTTACATTTCAAAAAGTATTCTCCAAACTCATTTTCTACAACAATGGCCAATTTTGAGATAGGTTCATCATTATATTATGTGAAGTGGGTAACTTTGCAATTTGTTTAAAAGAATGTGTGATAAAATTAACAGTGTGCACCTACCTCGTTACCATACATAAAGGTTCAAAATTTGATGCATTCTATTTGATACATCTCAATAATCCTTAACCTTCTATGGTAGCGTGGTTGAATAAGATGTATCCATATGCACGCTCTCCTCTAAAAAAACCTTAATTCTCTTTGAGGTTTCTACCGAATTTTTCCTCTTTGCATTGCTCTTCTGTTTATAGCTAAGGGTGTCACTTTTTCCCGTGGGGACGGGGCCTCGCGAGGACCTGCCCCTAACGGCAGGAGATTACCCGCTTTGAGCGAAGACGGGGGAAGATTTTTCCCCATTTGAATTTCGAAGACGGTGACGGGGATTGGGGTCTCCATCCCCGTCCCCAACCCCGACCCCGCCCCGTTCCCTGCTTAAATATATATATTTTTAATTTGTTTATAATAGATATATATATATATATATATATATATATATACATACACACGTATTATAACAACTATTATTTTTGTTTTTTACTTTTTCATAAGAGATTGTTGTTTATGAGAGATTGTTATGATGTTTAAGTTTTAAAATTTATTTGTATTGATAATTTGATATTTAAGACTCACGAATAAAATATTTCGACTAAAATAAAATATTTATTAGATTTTAAAAATTAAAATAATATTTTTATTTTTATTAAATTGTTTAATAATTTAGCTATTTACATGAGGATTTTCACAACAAAATTTACATAATAAGAATTGTTCATTTTTCTAAAAAAAAAATAAAAATAAAAATTGTAAAACGGGGAAAAATTCGCAATGCTATAATTAGGGGTGTCAACAGGGCAGGGCGGGGCGGGGCGGGGGGGGGGGGGCCGATGGGGATACATATTTCAAGTGAAAAGAACCTCATTTGTGCTAGTTTACTAAAGAAAGTATTTATTCGATCAAATGAGGCATCATAGTGAGTCGGTTCTAATATGTCAATAACAATAAATGCATATTCGTAACCCTACGAGACGGATGTCACTTATTCAAGAGATCTTGGTGCAAATTCCCCGATAACTCCTTGAGGTCGAACTTGTTGCGAATGCGCAAATATAGTTCCACATTAACTAAAAGTGAGAAAGACTCTAGTATATAAGTAATTAGAATATCTCAATCGATGATTCAAATATTTGTTTTATTTTATGTTCTAAAAAAAATCTTTTATTTTGATTGTTTAAAAAACTTGGATTATTTTTTCCAAAAAAAAAAAAGAGGGGAAAGATTATATTTCAGTTTTGTTGTTAGATTTGTGTACATTCCAAAAAAAAAAAAAAAGAAGAAGAATAAAAGAAAAAAAAAAAACCCCGTCAAAGACATCAAAGAAAGAGTGTGGCGGGGAGTGTATTTTTAGAGGGAAAAAGAAAAGCAACAAACAAAAATCCTAGGGTTTATGATTCAGACCGTTTGAATTGAAAGCTTTTCGATCTATCCTCCAATTGTCGAGGAGATGTCCAACAACAAGAGTTTTTCCATGGCCTCTGTTTTCGGTTCACTGTCTGAAAGCTTTTGGAGAGTGCCTCCAATGGCTGTTCCAGCTATTTTGGATTGCATTTTAGCTTCTACCGGGTTATCCCCATCCGATCTTTTTGCTTCGCTTCTTGAATCTTTTCCGAACAATATTGATGTACTACCCTGAAAAACCTCACTTTGTCAACTGTATATAATTTTGGTTTGTGAAAAATGCAGGCAAACACATACAAACTACTTGATTATGGGGGCAAATAACTTTATGTGTGTGTGCTGTGTATATTTATGTATGCATGTATGATGCTCATCATTGAAACTATATTATATATATTTATTTATATATGTCTGTAGCATCTATACATGTCGTTCTTGTTATGGGTTTTCCTATTGCTGACTTCCCTTAACTCGAACTAGAGGATGGCTGTTATTTCATAACTCTTAACTTTAGTGAGAAGGAAGGTCAGAATTGAACCAGCAAAGAGATTTGATAAGTCAATAAATTGTCTAATAATGGTGGAAAATGACATGGGCTGAGAGATAATTGAAGTCTCTGTCTAAGCCGGGGTAGTTGTTTTGGATAGGATGTCACCACGAAGGAGGGAAAGCTTGATGCTGATCAATGTAATTACATCACATCTTTGGTGTGCGCGCTGTGCCATATACTTAAAAAAAATGGTCAGTTATCATCTGCACTCATAGTTTTACAAATGGTTTTCCTTTTTAATCTGCATGCCAGGATCCTGTATTAAAAACGAGGAATGTCAATTATTTCATATGCTATGATTTATATCTTACAATTTATTAGCGACAACTCTACTGTCAAAATCCAATTGATTTATTGGTCCTCTGTCAAAATTGAAAAAAGAAAAGAAAAGAAGTTTTACATGTCTTTGTACTCGGTTCGAATGGAGGTTTGCCATATATTCTGTAAGGGTTTTCTTTTGGGGCATAAAGAGATGTTTAATCAATCCTGTTTGTTTGCCCACACGTCACAATGGATCTGAATCATTTGAATACTGTACTTTTTATGACTTGAGAAGTTTTGTTTTACTATGAAATGACTCTTGTTTCTATCCAAGCTGACTAGTGTGCCCTATTACTCCAGCAATTAGGATTAGTTGGATAGAATGTTTTAGGTTGTAATGTGCGGTTAGTCATGTAGTGAACTGATTTTATCTGCAGGTGCTGATCCTGATGCTTTGAAGTCATTTATATGGAAATGTTTCGTTCCTTTGATAAATAGGGCGATTGCATTTAATCGGGAAATGCTTAACCAGGTACTATTTTTTGAAAGCCAATTTTACTAGATGATTAGATGATAATGGGGAGGATACTTACTTTTGGGAGGATAGATGGTTGGGGGATAAACCTCTTTGCTTTTTGTTTCCTCGTTTGTACTCCCTTGCCTCTTCGAGGTTCGCTTTGGTGGCTTTTTGTCTTATCATCGACAAGTCACTTCTCTTCTTTGTCCCTTTCTTTTGGCTTTCGTCGTCCTTTGATTGGTAGGGAGACGACTGGATGTTATGACCCTTTTATCCTTGTTGGGAAACTTCGCCTTTCGTTTGGGGAGGAGGGATTTGCACATTTGGGATCCTAGTCCTTCGAAGGGTTTCTCTTGTAAGTCCTTTTTCTTGCATCTTCTGGATGCCTTGCCTCTAGCTCCCCCATCTTTTCCTCGTAATGGAAGGTTAAAATTCCCAAGAAGGTCAAATTTTTTGTTTGGTAGGTTTTGCATGGTAGAGTTACTACCCTCGATCGAGTTATGAGGCATTTGTCCTTTCTTATTGGGCCACAGTGTTGCATTCTTTGTAAAAGAGCAGCTACGGATATTGATCATTTGTTGTGGAGTTGCCAGTTTGCTTATTCGGTGTGGAATTCCTTCTTTTCGGCATTTGAGGTGAGCTTGGCGCATAATAGACCGTGCAGCTCGATGTTGGAGGATATCTTTCTACATTTGCCTTTTAGGGAGTAGGGTCATTTTTTGTGGCTTGCAACCTCCTTGGCTATTGTAAGGGGTTTATGGATGGAGAGAAATAATAGAATTTTTAGGGGGACTGAGTGTTCTGGTGAGGAGGAGTGGGATCTTGCTAGGTTTCATGCCTCCCTGTGGACTTCGGTTTCCAAGGCTTTTTGTAGTTACCCTATAGGTCTCATTTTGTTAGATTGGTGCCCTTTTTTGAAGAGCTTGGGTTTGGCTTCTTTTGTGGGTTGGTTTTTTTGGATGCCGCTTTGTATTCTTTCATTCTTCTCAATGAAAGCTAAGTTCTTCATCCAAAAATGATAATTGGACCTTCAATTTCCTAATATGTTGTTGCTTTCTGCTAATTATCTTACTGACTTCATTTCTTGTATTAGGTCGCTGAATCATTCATTGATGTCGTCATTGAGATGAACTCGTGGCCAATTGTTGAAGCAACTCTAATTCCATTCTGTATAAGTTCAGCTCTTTATTCCACTAGCGTGCTGCAAAATGAAGAGTTTGACACCTTTGAGGGCGACAGATGTTCTGTCATTTTGGGCTCAAATGGCCCAATAAATGAACCTAGAATGGATAAACAGATGATGAAAGCATACGGGTTCCTTCCACTACCATTAGCATGCCATATTTTGGCTATAATGTTAGATGCTGTCCTTTGTAATAGACATGCACCACAAATATCAGATGCAGTGGTGGCAAATGGATGTCAAAAAGCTGAAGAATTTACTGTTAAACTGATTTGGGATATTTGCAATTTATCTGAACAAATGCTTTTACAAAGCTCAGATCATCGATCTTGTACCATTCGCTATCTTCTCCCATTAATCTTTGAAGTGCTTCTTTCTCACCACTCTCTAGAGATCTCCATTCAAGGGCATGTGCATAATCTCTCCAGGTTAGGCTTACAAGTTCTCTAAACTCTATGATCCAGACATGTACCATCTCTTTGTTTTAAGAATTCTATTTCACCTCATTATTCTCTTAATGCATGTGATTATCTTACAGGAATCGTTTTCTCATGAAAATATGGAAATGTTGCAAAAAACTATTTTCATTTGGAACTTTGGAGAGAAGAGATGCCTATAAGATTTTGTCTCTTTATTTATGTTTTTTCCCTCACAATGAAGAGCTTGGAGGTGCTGGAATCTGTGACGACGCAGAAGAATTTGACATAAAGGCTGATAAAGATTTTTGGGATGCAATTAAAAGAGGCTTGGTAGTCAAGCATACCTTTGATTGTTTCTCATTGATTGAGCTTCATTTGCTTGTACAATTAGGCATTTTAGAATGACTTGAAACAATTTTATTTCATGTTCGTTTCTAGAAAAAATATATTTCACATTTGTGGTTGGGTTGATTTTGTTTGTTTCTTGAGCCTGGTTAGGTGGATAAGGAGGGCTTGGTGAGGAAGCAGTCACTACATATATTGAAGAAAGCACTATATATAAATGGAAGAGGCAATACATCTAGGGTTCCAAAGACAATTTCAAGTGGGAAAGATAATAATGCTCGAGGTATTACAAAAAGGGAAAGATGGGCCCACAAGGAAGCAAAATCACTTGGTGTAGGGCAAATTTGCAGCGAAAGTGAAATTGTTATAAATAGCCAGCAGCAACAGTGGGAAGCATTCATCCTTCTATATGAAATGCTTGAAGAATATGGTTCACACTTGGTCGAAGCTGCTTGGAATCACCAGGTTCATTCTCATTTATTTAATGTCCCCGCCCTCCCCCCCACTACGTCTTTTATTGGCATTTAGTCTTAGGAGATGTCTAGTTCTCCTTTACTTTTTATACAATGTTATAAGAAAAAAAAAACTTAATGTCTACTTCATGTTGTGTATATATGTGTGTGTGTGTGTGTGTATCGTGTATGTTTGTATGGTTGTACGTATGGTACTATTACATCCACTCCTTTTCTACGTTAATATATAAATCAAATAAAGTCTCACCTTGACAAAGCACTGTTTAGATGAGCTAATGTGGAGGAAGCAAAATTTATTATGTCAGTACAAAAGGTGGTCGACTTTGATCATTGCCGTTCTTTCCAGTGTCTCATGTTATTATCTTTCTGTTTTCAGAATTCTGGTGGAAGTTTGCAAGAAGCTGGAAAAGATTTTAACTTCTTTTGCATGATGATGCCCAAGTTTACTGTCAACATAGTATATAATCTATAATTCTATAATATATTAAAAAGGGGCTTGAGGAGAGACATTTGATTTTCCCTTTTGGCCCTACTTTAATATTTATTTCTAATTTATCTAATAAATGGTATTGATTGCTTTAATAAAACATTTCATTATGTCAATTTGCCCAGTGGCCAGGGGCAATGTCTAAAGATGACATTTTTTCGATAAGAGGATCATCCTCAAGCCATACTGTTAGGCATGAACTGGAGAACTATTTTTCTTAGCAGATAGTTGTTCCAATGAAAATAGAGGAATATTGTAATATGTTTTAATATATTGTTTTATCAAGTTTTTCTAAATTAATTAAAAATAAACTTCAAAGTATTGATTATTATTGATATGCTACCAAATAGTATAATTATTTTAAATAAATGTAATCAATTTGTATTCTTGTTGAAAAGTGAAAGTAGTTATTTAGTGTATAATTTACTAACTTAATTGTTATCTATAAAATATTATAAATCAAGATCATTTAAAAATTTAAAACCTGTGTGTTTCATGTTGCTTTATTGTTGATTCTAACTACTAATTTTTTCTGGCAGATATTCTTGTTACTACGAGATCCGACCTCAATTAATTTTGACAGCGTCACTGGTGGCATTCATCAAAACCAAATTGATATGTCTAGCGAAATCTTTAGTTGGTTATCAATCTTGTGGGTTCGGGGCTTCCACCATGATAATCCTTTAGGTACCACTGGTTTGTTCATGAGTTAATTGTATGGGTGGGAAAACTAGAACTCTTGCTGTATGTCTGGCATCTTTTTGGATTAAAATTTTACGAGATTTGCTCAATGAATTATGTCATCCCTTCTTGTTTAATGCAGTTAGATGCTTGATCATGCAGTCCTTTTTGGCCATTGACTGGAGGAATTATGTACCCTGTTTAAAGTCATTGCCAGAAACTTTGATCATTGGACCATTCATTGAAGCACTAAACGATCCTGTGCAGCACAAAGATTTCGGTCAGTCCATGATATATTTACGTCCTCAGGGCTATCTTCATGCTTTAAGTGTGCTTGAACCTGTTATGTTGAATCAAAAGATTATTCTTACATCACATTAAACAAATTGCTTAAAACATTGTCCACATGAACAAAATTTTTTCTCACATTTGGATGGGCTATAATTTGTGGCGGATAGAAGTGGGGATGTCCAAATTTCCTAGTCATTATTTTAATGGTATATGGAGTGGAGCATTATGGCTCCAACTTAAAGATGATATGATGACGTATCATATTTATTCTCTTGATTGTTGAAGGTGTAAAAGGAGTTTACTCATCTAAGACAATTGAAGGTGCAGCCCATTTTATACGCCAATATGCAAATTGTCTTGATGCAAGGTATGATATAATATGCTTTTTGGTTGAAAACAAATATTTGACGGGGTATGTCTATGTCCAACCCTTTTTTTTATGAAAAACAAAACTTTCAACAAGAGCTCACTACAAAAATGTAGTGAGATTTTTGGTTTAATTATTTTAGTTTTTTTAAATCTTTAGTTAGTTGTTAAATCCTGTATAAATAATAAAGGGTTAATCTCTTGTATTAGCATACTTTGAATCATAATAAACTCTTTGGATTAGAGTTCTTGGAGAATTCCCTCCTTTGTTTATTTAGGCTACACCAAAAAGGAGCCAGTACAAGGAAACCTGACTAAGTATTAAAAAAATGGGCAATAGTTATTAAGAATAAGATTTGGCTTGACCATCCTTCCTTAATCGAATATCTTGACAACTGCTGGAAAGAAAGTCCTTCTGTAGGGTGGGCAGGCTTTTGCTTCATGAGCAAATTGAATTGTGTAAAGAATAAACTCAAAGTGTGAAATCGGGAAGTGTTTGGCAATATCAAAGACGAGAAGCTCTATTTAACCTCAAAGATCGATAGTCTGGACCGGTTGGAAGAGTCAGCCCCCCTTAACTCAAATCAAATCGCCGAAAGATTTAAGGCTAAGGCTATTTTGAACGACTTGATTCTCAAGGAGCAACGATTGGGGATGCAAAAGGCTAAGCTTAAGTGGCTAAAAGAGGGTGATCTTTACTCCAAATTTTTTCACAGATGGGTTTCTTTCCGTGCTAGCAAGAATTCCATTTCTAATCTAATGAGTAGAGATGCAGAGTTTCTTTCTAAACAAGAGGATATTGAGAAGGAAGTGCTGGATTTCTTCTTTTCTTTATATAGAACACAGATACACAACGTTTTGTTCTTGAAGGAGTGGAGCGGCAGCCCATCAGTTCTGATCAAGTGGCTTGGCTGGAAAAACCCTTTGAAGAATTTTCTTGGCGATCAATCAGCTGGGCAATAAAAAATCCCCGGGTCCTGATGGCTTCACTAGCGAATTTTTGAAAAAAAACTTGGAACATCACTAAATCAGATTTACTTAGGGTGTTCCAAGAGTTTTTCAATAGTGGTATTATCAATAAAAGGACCAATGGGACCTATATTTGTTTGATCCCTAAGAAAAAGGGAGTGGTGAAGGTGAGTGATTTCAGACCCATTAGCCTTGTTACCTCCCTTTATAAAGTTATTGCGAAAGTGTTGGCTGAAAGGCTGAGGAAAGTCTTCTCGACATGATTGATGCCTCCCAAACAACCTTTGTCAAAGGAAGGCAGATCCTAGATGCTATTCTCCTTGCAGCCGAATCAGTTGATGATTATCTTTCTACGAAGGAAGCTGGTTTCATAATAAAGATGGACTTTGAGAAAGCTTATGACAAAGTAGATTGGGGCTATCTTGATTACATCTTGTAGCTAAAAGGCTTTGGTAAGAAATGGAGAACTTGAGTTTCGGGTTGCTCTCAAATTCTAATTTCTCTATCTTGGTAAATGGTAGATCCAAAGGTAAGCTGTGGGCTTCTAGGGGCATTAGACAAGGGGATCCCCTCTCCCCCTTCCTTTTCACTATTGTGGCTGATTCTTTTAGTTGTTTTGTCAATATTTGTAAGGATAAGGGCTTTATGAAGGGATTCAAAGTGGGAAAGGACAAGGTCGGTCCATATCTCTCATATACAGTATGCTGATACTCTTCTGTTTTGCGAGAGAAGTCCTTCCAAGGTAGAAAATTGGTGCAAACTTCTAGCTTTGTTCGAAAATGCTTCTGGGTTGTCGAATAATATGAAAAAGTTGGCCATTATTGGCATCAATGTAAAAAATTGCGAGGTTGTTCAGCTAGCTAGCCGGTTGGGGTGTAAGGTGGGATCCCTGCCTTTTTCCTACCTTGGTTTACCTTTAGGAGGGAGACCGAAATGTGCTGCGTTTTGGGACTCCATTTTAGACAAAATCAGGGGCAAGTTGGCTAAGTGGAGAGGCTTTCCCATTTCTAAAGGGGGAAGGACAACTTTGATTAATGCCGTTATTTCCAGCCTTCCGAGCTACTATCTTTCTATTTTCAGAATTCCGGTGGGGATATGCAGGAAGCTGGACAAGATTTTTAGGAATTTTTTGTGGGAAGGCACAGAGGAAAATGGTGGAAGCCATCTTGTAAAATGGTTCAAAGTAACCACCCTGCTTTCTTTAGGTGGGCTGGGTGTTGTAAATCTTAGAACTAAGAACCTAGCCTTACTCATTAAATGGTTATGGGGATTTGAAAAAGAAGAAGAAGCTCCCTAGAGGAGGGTCATCAAAAGCAAGTTTGGGATAGATGCTGGTAAGAATCCTTTAGCCCATAAGAAATGGAAAGGTCTTCATAGCCCATGGAAGGATATTGTGAAATCAATCTGCTTCTTCTGGTCAAATACGTGTTTTAAATTGGGGAATGGCAGTAAGATTTCTTTTTGGAAAGGACATTTGGTTCTCTTCTCAGCCGTTCAAGCTTGTTTTCCCCTCCATTTTCCGAGTCTCGAATGCTAAAGATAGCATTGTTAAGGATCTTTGGAATCCCTATTCTTTGACTTGGGATCTGAAGCTTAAAAGGAATCTTTTTGATAGGGAATTGGCTGAATGGGCAATCTCTCCTTGATCCTGGAAAACGTGAGGCTTAATCATCTCTCAGACACTTTATGCTGGAATTTGGAATCTTCTGGGATGTTCTCTGTTAAATCTGGTTCTTTAGCTCTGGAAGAAAATTCAAGATTGCTAGACAAGCTTGTGTGTAATCTGATTTGGGAAGGGAACAGCCCTAAAAAGGTCAAGTTGTTTTTGTGGACAGCAGCTCTTGGCAGCATTAATACCATGGATAAAGTCCAAAAAAGGAATCCCTCCATCCAGCTTTCTCCTCAAATCTGTGTCGTGTAAAAGGAATGAAGAATCTCTTTCTCATCTCTTTATTCACTGTAGCTTTGCTGCTAAAGTTTGGCATCATTTTGGTAATTTATGCGGGATGATGTGGTGTAGCCCTAAGCACTTTGAAGGTTGGCTCCTGGAGGTGCTCTCTGGTTGGTGGTTCAAAGAGAAGTCCAAAGTGTTATGGTCAAACGTTTCGATAGCTATTTTGTGGCTTATTTGGAAGGAAAGGAACTCTAGAATTTTTTTAGATAAATCTAATTTTTTTATCTACTTTTGTGACCTTGTACAGTTCACGGCCTCTAATTGGAGTGTCCGAAACAAGCTTTTTTGTAACTACTCTTCTACTATTATCAACTTAGATTGGAGGGCCCTTTTGTGATCCCCTTGTTTGGGAATAGGGACGTCTTGTCCCTATGTCCCATAGGTTGTAACTTTTCGGTTATTGCCTCTTTTGAATGAATCTTTGTTTCTTATAAAAAAAAGTTATTAAAAATAAGAGACAAATAATAGTTACAAAACTCCTTAAAAGCAGACCCCTAAAGAGAGGTGTTAAACCTTACTAACACACATGACTCTAACATATCTAAAGATTCTCTTATTTCACTCCAACCAAATATTCCACGGAATGTAGTAAAGAAGGCAATACGCCTAAGAGCATCTCCCCTTATCTTGAAATGGTAGGTGAAAGAGGATCTCCTTTATCATCGAACGACACAATCTAGTATAAGCTACACTCACTCCAAAAGTCTTTAAAAAACTATTCCAAATCAAGTACGCAAACTGTCAATTCACAAAATGTGATCCAAGCTCTCAAAAGCTGTCTTGCATAATGCCCCACTTCTGCCCTGACGACAAAGAAACATGCTTGGTGTTATCTTTCCATGAAAGACTTGTTAGTTGAAAATTTTTACCTTCTCGGGGATTCCACCCTTTTATGGTGAGGAATACATAGGCTGGACAAAAGGATGCAAGTTGCACAATAGAAAGACAAAATAACTACAGGAAAAAGAGTCCATCAGCAAACATCCCTAATCCCAAGTCGACAATAAAATCCAACCAATAGATAGAATAATAGAGAAGCATTAGAGGTTTCATTGTTGAACAATAGACATGAAAAACCAAAGTTGAACGAAGTGGAATCGCTCAAATGAGAGAGGACAAAAGCCAACAACGCAAATTTCAAAGAAGAGAGATGATAAAGGCGAGGGAAGCGAAGGTATTGATATTTGCAACATTTAGAATAGGGGAGAAAATGAAGATCTATTTCAATTCTTTGAAGAAGTAGGGATTACTCTACTTGAAGTTAAATCTCGAGGATGATCATAGTCTTTTTGGAAAAGGTGGGCCAGGTGCCAGGTGTCTAGATGTTTTCAGTATAAGATTAGAGGTTTTGCTTATATGGAAAACAACTCTTTGGTTGCCAAATTTTTAGATTCTTTTTTTCTATGGGGTGTTCTCAATGGACCCTTTTCCTTATGTCTATAGCCAAAGATATATCAAAGATGGTTCACAGTTGATTGCATTTTCCTCTAATAATGTTGATTTGTGTTCGTCTGTGAATATTTCAGGATCTGCTGGGTTTTCAATTGATTTCTCAAAGCGGATCCACTCTTTATCTCATAGTATTATTCATTCAACTAATAATGATAATACCATTAAAGCTGTTTTAGAAGAAGAATCCTCGGATTTTAGCGACAATCAAGTTGTTAGTCTTAGTAGCATCGATTCAGATTTGGAGTGGAGTTTAGATGGTCTTTCCAAAGATCTAAATGAATTAGCATTGCTTCTTCTTACTCCAGAGAGAAATCCTCCATCTTTAGGGAAGCTCCAAATGATTTTCTTGCTATTATTTGAAAACTTTTTTTTTTTTTTTTTTCCAGTTTGCGTTAGATATCCAATGACCAATCGGAGTAAAGGCTTGATTTCATTGTTCATTGGGGTGCTTATTAGCTCTTGGGAGTTGGAGCAACCTCTTTTGCTGGATTCTTCATGGCTTTTTCCCTCAGAGTTTGTCATTTAGGCAATAGTTCAGTAATTGGTTTTGCATTACGTTGATTTGGTTTCAGCTTCAGTGGTTCTTTAGTTTTTGTAGCCCTGATTCTGGGTTATTTTTGCTGTTTGTTTCTCCCTTGGGTGTCTTGTTCATCAACGTTGTATTATGGTTTTTGTAATTTTTGGGGGCTTTTTCTTAATTGGTTTGGTGGTTTGTTCTTTCACTCCCTTTGGGAGTTTGTATCCTTGAACTTTTTCCTTTCTTTTTATTTATCAATGAAAACTTTGTTTCTTGTTATAAAGGCGAGGGAAGCAAAGGTAAAGACGATTATCCCCCAACTATCCTCCCAAAAAGCCATATTCAATAGTGAATTTTAAAAACTTGGAAAAAAGGGAATCTAGCTAAGATAGCCTTCCAAGGGTCGCTGAAAGTGCCTTTAGCTCCAAAATACGACATCCACTTGTTTGGCTATAGACCATATTTGCTCATTATAAGCCCATGCCACAGGGCATCAGATTCTAACAGATTTTAAAGGTAAGCACCATAACCACTTTCGCATAGTGTCAAATTACGAAGTCTCAAGTTTCCTATTCTTGACCCACCTATATCAATTGGTCTTGAAACAATTTCCCACCTAACCAAATGAGAGCCCTCCCTTCATTTACACCATCCTAAAGTCCTTCTTGATCTTCTCCACCCTATTGTTGATAGAGAAAAAGAGGTCTTAATTAGAGAATTAAAGTAAGTTGGAATCCTGTCTTTTTCCAAGAAGTAAATCATTTTTGAACCTTTTCCACAACAAGGTTCCAAAATGACAAAAGTTTGTGGTTGTGCACGAGAGGGAAACCTAAGTGCTAGGGAGATTGCTAACTTCACACCCTATTAAGGTCGCCCATATAGCTAGCTGGGAGGAATCACAATTAATACCAATCATAAAGCTCTTGTTTCTATTGATCTTAAGATTGATAATAATCTCAAACACCTTTACAATTTTGTTAAGATTAATGAAGTAATCCTTCTTGTTTGAACAAAAAGATTGTATCTTAGCGGCAGAAGATAGTTCTTATGGATGGGCTGGCCTTGCAATCTCTTCGAAACTGAGAAAGCTGAAATTGCATCTAAAAATCATGGAATTCTTATCGGGTATGCAAAAGAAAGAACAGGAAAAGAACTTTTTGAGAGATCTTGCTGAAATTGGCACAAAGGAAGAACCTGATTCTATTTCCATGGCGGAAAGGAGTTTAAGAACCTGATTCTATTTCCAGAGAATGTGGCTTCAGAAGTGTAAGTTGATTTGGTTGAGAGAGGGGGATGAAAACTCCTATTTTTTTCATAGATGGACCTTTGCAAGGAAAAGTAAAAGTTTTATTTCTTCATTAGAAAGTGCTGATTGCAGATTCTTGACTTCGGGAGGGCAGATCGAGGAGGAGATAATAACCTTTTTCTCTAAGCTCTATGGAGAGGCAGATGGTCATAAATTCACCTTTGAGAACTTGGAGTGGTCCCCGCTTTCCCCGGCTTGGAGGGATCAATTGGAGGCTCCTTTTGAGGAGATTGAGATCTTCAAGGCCATTTTTGATCTGTGTAATTTGAAGTCTCCGGGCCCCGATGGTTTCTCGAATGAGTTTTTTAAAAAATCTTGGAACATCGTGAAAGTCGACTTAGTAGCGGTGTTCAAAGATTTTTTTGAAAAAGGTGTCATAAATAGGTGCACAAATGAGACTTATATTTGTTCATTTCCTAAGAAAATTAATGCTTCAAAGGTGAATGACTTTAGGCCCATTAGCTTGGTTTCCTCATATAAGATTATTACGAAGGTTCTGGCTGAAAGGTTGAAAAAGTCCTCCCTCTGACAGTGGATGATGAGCAAGCTGCTTTTGTGGAAGGTCGACAGATTCTTGATGCTATCTTAGTGGCCTCTGGGGTTGTAGGGGATTGGAAAAGGCGCAAGGAGAAGGGTTTCCTCTTAAAACTTGATTGTGAAAAAGGTTATGACAAAGTTGATTGGTCTTACCTAGATACTATCCTTGAGCTAAAAGGCTTTGGCCAAAGATGGAGAAGATGGATTTGGGGGTGTATCTCGACTGCAAATTTCTCCAATCCTTATCAACGGTAGGCCCAGTGTTTTTTAAAGCGCGAGGCGCACCAAAGCGCAATAGCCCTCTGGGGCTTAAACGTGCGGCGCCAAAAAAAGCGAGGGACAGAACAGCTTGTCCTCTTTTTTCTCCATTTTTTGGTATTTCATTTCCTATAAAAAAAAAAAGAACCTGGATAAAAAGTGAGATCATGCATTTATAGCTTTGTGAAGTGAGGAATCTCCATCAGAAATGCAATCTACAGTGGTTAAAAGAAGGAGATGAAAATACAGGCTTTTTCCATAGGTTTTTCGCTGCCAAGAAGAGAAAATTGCTGATTTCTGAGTTGCAAGCAGTTACTAGGGACGTCCTAGTGAATTTCGGTGCTATTGAATATAAAATTCTTCTAGTAGAGATTCTTTGGAAATTTTATTTACTAATGATGAGATTTGGAGAGCTATCAACTTGGAATGAAGACAGCCCTTGGCCACGTTGGATTCTCCATAGAAAGAAATATGGTTTGAAAGAAATCAAGAATATTTGAAGACAAGTCTAGAGTTTGGGTGGAGCGGTTTGATCTAACCATATTTAAAGCTTCGCAATGGTGTTCTCTTTCTAATTTGTTTCATCATTATTTTCCTAGTAATGTTTGTATGAATCGGGAGGCCTTCGTTGTCCCTCATTAGCAACTTTTCTTCATTTTGCTATCTTTCACTTCTTTTAGGAGTTTATTTCCCTTGAACATTTTTGTATCTTTTCATTATATGACCTACTAAGGTCATCAACCACCACTAGGAAAAGGCAATGCAATAAAAGGTCTCCTTGCCTAACACCTCTAGAAGCTATAATCCTACCCTTGGACCACAATTGTGTAATTCAATGCCTGAAGGCAATTCCAAATTGGTTATCTCCATTTGAACCCAAAACCCTTCCTTCACAATACTTTGTAAAAGAATCCCAATCAACATGGTCACAAGCTTTCTCAAGGTCGATCTTGAAAATGACGTTGAAAATGACTCCTTCTTTACAGGCCCTATACTCCTCAACTGCCTCATTAGCATTTAACAATAAAAACCTCGTCCAAAATTTGTCGTTTTGTCACCTATGTAATTACTCTTTAACTTCTATACATGCCAATTGGAGAGCCTTTTTGTAAATCTTGTGGTGCCACTTTTGTAATTCATTAATATAGGCATTTGTTATTTGTAAAGTTTTGGTAGTTTTTTTTTTCTAAAGATTTGTAGGTTGGTCTTATTTCTAGTGTGTTGGGTTCAGAGTCTTGTACTTAGTTTGTGTATTAGTTTCTCTGTGCTTTGTAATATGTTGGTACTCATGTGTAATTTTTCATTTCATCAATGAAAAATTCTGTTTCCTTTTAAAAATATTGTCTCTTATCCAAAAGAAAAAGATTTTATTGTGGTTTATCGGAATCACTATTGTCGTCTTTAGTTCTTGAGTTTTGGAGTTGCCTAAAAGGACATAAGAAGATGATTGAAGAAGTTCGAGGACATGATATGTTACCTGCCAAGAAGTTACACAGTGGTAGATGGCTATTGAGAAAAGCATCAAGGTGTGATATATGTGTTTGAGATTGTGGAACTTTGTGTAGGTACATAAAATAGCATATAAATATACCTAAAGTTGTGAGGGCCATTATATAGCTTATGAGAGGAATCTGCTCATGGGTAGTGTTTTCAAGCTTGCAGCTAATGAGCGGTGCCTTCATGGGTAGCCTGTTGTAGCATAACTATAACATTACATGGATGGAATATTGACATGGTTTGAGTCTGCTTTGGTTGGTGGCTACTTGATAAGATTTGTAATCTAGTGTTAACGCATGGTAAGTGAGGACCTTGGCACATGTTCTCTAGCTTAGCTGATTTAGCAGAGTTAGGTCTTGAGATAATGATAGATGGGGCCAACTAAGCTAGCAGACTTAACCACTTGAATGAACCTAGACAAGTTGTATCTATCTTAGGTGGGGTCTATCTCTCTCCTATGGTGGCTCCTTTGCTTGGTTTCAATCTATGTTTTTGCATGGCCTTTATGGTCTTTTATTTCTCTTCATGAAAGCAGTTCTCTTATAAAGAAAGTTTCTGTATCTTAAGGTGGTTTTGCTTGGGCATGGGTCCAAAGTAATGGTATGCTGGAATCTTGGGAAGTCTGGTAATTGCCTTTGGCTGTAGCTGTAAAAATCACCTAGATTGCGTGCAGCATCCCCTATTTGTTGTAGCCTCCACCTATCCTGGAGCTTGGAAGGTCAAAACTATTCCTCTACTGGAAGCCTGTAATTAGCCGTACTATGGTTGAAGCTTTTTTTCTAGGGGAGGTAACAATCACCTTCCAATTAATATTAAAAATATGTTTCAAAGAAAGATGTAGTGAAAATCACACTTGTGTCACCAAGGGTTCAAGTCGTACGATCATAACACAAAAGTAATGGTGGTGGCATCTGAAAAGTGTTTGTTAAATTAGTGAATTAAAATGTTTTCTTCGAAAGGACAGATCCCACCTAAAACTAAGATGAGTTAGTTGAACGAAATCGTCATAGTTAAAGACGATATTTAAATTCAAGGAAAGAAGATTTTTTAGAGCAAAATTGCCAATTTAAATTTGTATCCAAAAGCCAAATTCTAATAATTGATGTTGTACTTTATTTTGAAAATTCCCTATGATATGTCCATCATTTGTTGGTTTTGTTGCAAAATTTGTTTTAAGATTTGATGTGATTGTTACATGTTTTCTTTTCAATTTGAATGTAGGACAAGTGCTGTGTTTTTGCAGCAGCTCACATCTTTGGCTAAAAAGAAATCATTTGGTCGAGTTGGGTTGATCAGCCTATCTGAATGCATTGCTTCAGCTGCTTCAGTTGGTGGATATGATAACGACAGTGAAGGAGAGTGCTTTGAAGGTTCTTCACTGTCAGCCCAAGGGGATTTGATAACTTATTCTCTGGGATGTAAATTGGAATTGCTGGATGATCTAAGATTTGTGGTTGAGAGTAGCAAACAACACTTCAATCCTAGTTATCGCCTTCAAGGTTTATGGTTATTTTATATCGTTATTCATGTTTTTCCTTTCACCATTGAATTTTGAAACTCAAATCAGTAGATGATCAAAGAGTGAATAACCATTTCGCATGTATGGGTGTTAGTTTGTGCAAAAGCTCTGGATGCTGCTGCTTCAGTCTTGTGTACATCTGACTTGGCTCTTGAGGTTCTTTTGCATTTTATTTCATCTCTACCACGAGAGGCTACTGACTGTGGAGGTGAGAGATATATTTTTTTGTTTTATGCTTACTTTTCTTCTGCCCACGTTCTTGCACCGATTCTTTGATCTCTACTGTTATTTGGTGCTTTCTGTGTGAATGTGCTAGAAATGAAACATATTTGGTGAAATCTGTTATATTATATGACTTCCCTTTTCTGTTTATATCCTTGTATTTATTATTGCTTTTAAATTAGCATGCCTTTTTTACTTTCCTTTTCTAGGTTGCTTGCTGTTGGCTTTTTAGTCAGGGGAGCCCAAGGCCTGTTGAACTAGTACACCCGGTTTTCCTATTCAGGTAATGTGGTTGATTCATTGGGCTGGGGCTCCCTGCTCCACCTTCCGTAGTGGTTAAAGGGAGGAGGGACTGGTACCGTGTCTCTCTCTCAGGCAGTAGGTACCCTGTTTAGCCAAGGTAGTAATGCTGAGGTTTGCAAAGGAGAAAGAAGTGCTTAAAAAGTTGAGTGCTGGAGTGTCTTTTAAGCCTAATTTTCTTTTTTCCTCAACAAGCAGGTTTGGATGGAAACCACTCCGAGGTCACTGCCATTTTTTGGGCCATTCTGCTTTTGCTAACATTTCTCATCAAACCCCTTCGATCCCAAGGCTCACAATAGTATTGTTTGTTAAAGGCATTCCTTCGTGTTCTTCTACTGGAAGGAAAAATTTACCACACTATCCTTTGCACAAGTGCAACACAATAGATTCAGAGAAACATTCCCACTCTTCTCCCTTGGAAGGCGATCTGTCCAGTTCTTTGCTAGAGAAACTTTGGAGGATTGCTGTACCCTGGAACAGGCTTATTTTGCAGAAAAGGATTAAAAATACCAATACAAAGAAACTGAAGATGCTATGGTTCAATCATTTGACAATGAGGAAAATGATTTGGTTCAGAATAGCTTACTTCAGCGGGTGGATCTTCTCTATTCGAAAGTCCTAGTATTGACCTAAAAGAAGTGAAGGCTTTATCCAATGCTAAAGAAAAGGGATCCAAACCAATCATCCTATTATTCAATCAAGCTTCGCTGATTGGCTACATTTTAACAACCCTTGTGTAGCGTCCATTTTTGTGGAGCTTAAACAATGTGATTAGCGTGACTGAAAAAATGTACCAAATGGACAGGGTGTTAAAAAGTCTCGTTTCTTCTCTGAATTATGATAAATACGCTATGCAATGGCTCTTTGGAGGAGCCTCAGTTTCCGAATGATGGTTTTGAGTTGGAACTTTAGAGGCCTAGGAACCTCTGGTAAGAGGCGTTGGTCAAAGATGCTATTCATTAATTCAACTCAAAAATTTGTATCTTAGATTCTTAGTTGAAACAAAATTTAGTCATGTTTTTAAATGGTTGGTTAAATCCCTGTGGAGCTATAATAGACATTTTTCTCACAATAGCTGAAAACTAAAATTACTAGTATTTATCTATGACCTAAGTTTTTCTTTTTATGGTTTGTAACTAAAAGCAATAAAGGCTACCTATATCTATTTGTCTTTATACTTCTCTCTTTTTGTTTCTATGTCTGTAGCTGTGTGTGCATTTCCTTGTTCTTCTAAGTATTGACGTCATTATAATTCTCTTTTCATCTGTTTTTTTTAGCTTACTTCTATCTCTCCCCTTTCTTTCCTAGGTTGCTTAAGAGGGAAAATGCAAAATTGGCTCTCAGGCTGTGGTAAGAAAAGCTGCAGTGGCAGTTGCTGCAGTACTGAGACGAAGTTTATGAAGAGTCTCATTGAGTTCCCTAAAAGATTTATAAGTCATAATCATTCATCTGATGCTTCTGTTACGTATGATGACGAAGAATTGGAAGCATGGGAATTTGAGGCAAAACGTTGGGCAAGAGTGGTTTTTCTTGCAGTCAAGGAGGAACATCATTTAAGACCTATACTGACGGTTCACCAATAATTTCTTTTTTCTATTTTTTGTAATGAATGAGTTTACTTTAAGATTGATTGCTAAGGAATGTAGACATACAATACCTTTCAAGAAAGAATAGAAAATCATTTGTTAATTAAATTTATTCTAGAAAATTTAAAATAAGAACTCATCCACATTGATCATTAAAGGGGACATCCGTAAGATGTTCCAAGAATTTTTTGAAAAAGGTATTTTAAACAAATGCATCAATGAGACTTACATATGCTTGATCCCTAAGAAAATTAGAGCCTCTAAAGTTTCAGATTTTAGACCCACTAGCCTTGTGACCAGTGTTTATAAAATTGTGGCTAAGGTGATGGCCGTTCGTCTAAAGCAAGTGATGCCTCAAATCATAGCTTCTAATCAGTCTGCTTTTGTTGCTGGTAGGCAGATTGTTGACTCAATTCTAGTTCAAACGAAATGGTGGATGATTATAAGACCAGAAAGGAAAAAGGGTGGGTTGTCAAGTTAGATTTTGAGAAAGCTTATGATATGGTTGATTGGGATTTTTTGCTCAAGGTGCTTGAAAAGAAAGGATTCGGGAGGAGATGGATCTCATGGATTAGAGCTTGTGTCTCCAATATTCAATTCTCGGTTTTGATTAATGGGAGACCTAGAGGGCGTATTCAGGCCACTAGCATTAGACAAGGTGACCCCCTTGCACCTTTCCTTTTTGTAATTATTGCAGACGTGCTTAGTAGTCTTCTGAATAAAGGGATTGATGATGGATCTCTCCAAGGTTTCTTAATAGGTAAGGAACTCATCCACATTAATCATCTCCAATTTGCAGATGACACACTCCTTTTCTCTACTTGTGAGGAGGAAAAGCTTCAAAATCTGTTCAATGTGGTCAAACTTTTCGAGAAGATATCAGGCCTAAAAATTAATTATGCCAAGTCTTCAATCACTGGCATCAATTAATGAAGACTTGATCACTTCCATTGCTGCAAATTGGGGCTGTAATGTTGTCTCTTGGCCTTGCTCCTACTTGGGTATGCCGTTGGGGGTCTCTGCAAACAAAGCTGGCTTTTGGGACCTTATTGAAGAGAAAATTTAGAATAGGCTGGACAGATGGAGGAACCATAATTTTTCTAGAGGCGGGAGAGTAACTTTGATCAACTCTGTCCTTTCTAGTTTGCCTATCTATTTTTTGTCGGTCTTTAAATGCCCAGTTATGATCTTGAAAAGGTGGGAAAGGAGTATTAGAGACTTTTTGTGGAAAGGTAGCAGGGATTCTAATAGTTGTAACCTTGTCAACTGGCATACAACTGCTCTCCCCATTGGTAAAAGGAGGTCTCTGTGTAGGGAATCTCAAAGTAAAAAATGTGGCTCTTCTTGCAAAATGGGGATGGAGGTATATGAACGAAAAGAATGCCCTTTGGAGAGGTATTGTGGCTAGCAAGTATGGTACCTTAAATGAGTGGATTCCTTTCCCAAAAGTAAGTAACAGGTTTAAGGGCCATCGGGTGCAAATTTCCAAATGCTGTCTTAAGGCTGAAAAATGGTACAAATGTGAAGTTGGTAGAGGTGACAAAGTCCTGTTTGGGAAGATCAGTGGCTCTCAAATAATGCATTGAAAGTGTCTTACCCTAGGCTCTACAGAATGACCAATTCAAAAGGAAGTTTAGTATCCCAATGCTGGTCAGAAGATTATGATTGCTGGGATCTCAAATTCAGAAGGAATTTAACTGATTTGGAGACTCAGGAATGGGCGTCGCTCCTTGGCATGTTAATTCACTTCACTCCTGGAGAGATTGATGACTGCAAAAGATGGACTCTTGAAAAAGATGGTATTTTCACAGTTAAATCAATGGCCCAAGAATTGTGTGGTAGGTGCGAAGATATGGGTAAATCCTTTATAAGAATCATTTGGCACTCCAAAGTTCCAAAGAAGGTGAAAGTCTTTTTGTGGATCTACGTTTTGGGAAAGCTAAATACTCATGTCAGATTACAGAAAAGAGCTCCCAATTGGGCTTTGTCCCCTAGCTGTTGTGTGATGTGCAAAAATGATGGGGAAGATAGCCAACACCTCTTTTTCTCTTGTCCATATGCTGCTGTGTGCTGGAGTAACCTTCTTAAATGTTTTGGTCTTTTGTGGGCGTTTCCTAAGAACGGATCAGATTGTTTGCTTCAACTTATATGTGGAACGTTTTATGGTGGTCAGGCAAAAGTCCTTTGGTATAATGCAGTGGTTGGCCTTCTTTGGAAATTATGGGTAGAGAGGAATAGAAGGATTTTTCAAGGGGAAGAAATGCCCAACGAGGTCTTGTAGGATGGAGTCAAATATCACGCCACTATTTGGTGCTCCCGTTACAAAGAGTTTTGTAATTATGGTTTCTCTCAAATTTACGCCAATTGGGAGTCCTTTTTGTAATCCTTTGGATCTTTGGGGATATCTCATCTCTCTCTTTTGTACTTCCTCTCTTTTTTCAATACATCCTTTGTTTCTTATCAAAAAAAAAAAAAAAAAGAATATACAAACTGTTATTGTTTTGATAATAAATGAAGAAAATTGAAGCTTATAATGATTTGATATACAAAAATTTTAATAAAAAATTTCATTATAAATTCTTTGTCAGTCTAGTTCGAAGTAAATCTTAACTGCATAACATTGGAAAAACTTTATGGTGTTTCAAGGTAATATGAAAGACTGATACCATTACTAAATTACATTAATAAATGTTGGTTTATCTTAAAAATAAAGAGAGAAAAAAGGGGAATCTGGTCCTTGGACGGTGGCTTATTTATCTTCCTTTCTTGAAGTTGTATTTGCCTCTCATAGTTTCTGCTTTATATTTGTTTACTGGGCTTGCCTTTCGCTGTACTGCCCAGAGGCTTCTGTGTGTGTGCGCACTTTGTCCCGTACTTTTGGATTATCTTTGTTGGATGAAAGTTTTGAAGCCATCTGTATTATCTTGTGTAGTTTATTCACAATCATGGTGTAAATATCTGCAAACAAAAGAGTGATTTGGAAGGGATACGTGTGAAGTTTCTAATACTTATCTTGAGCTTGGTTCAAGAACATCAATTAGTTCAGGAGAAAATTGCTGACTACAACTACAAATGTGAAACTAAGGATGATTATACCTTGTCTCAGCCAAGTGACAATTGGAGTTATTCAGAACCAACTACTTGTATCAAAAAATTTGCAAACCTTTTTCCGTCTCTACTGGTATTGGAAATTAATTGCACTTATCTCATAGGTTTTCCTTTTATGGAGCAAAACCTATTATTTGCTTCACGGGTGGTATTTGTTGGCTTGCAGGTAGAGTTGGTTTCTTTTGCTACCGTGTCTTGTTCCATATTCTGGTCCAATGTCAAGTCGGATGAGACAGGACTACCGTGTTCTGTGAAAGGGAAACTTGGAGGCCCCAGTCAACGCCGGTTACCATCCTCTACTGCTACTTTGGTTCTGCTAGCTGTATGATCTTCTATGCTCTTTAGCTCTCTTACGTTGTGGATTTGATCCCTCCATAGATGTGGCTATCAGAATCTAATAAATAAGAATACAGGGTTTAGAGTCGTGGACATGCTGTTACTTGATTGTTGAGTCTATGGCATTTCAATTTATGTAGACTTTTTTTTTATTAAAGCTAAAATATTAATATAGTTCTTTATCTGAGCTTAGACGTTGGTTCTTTTGAGTTATTGTAGAGCATGACAGTCAAGTTCCAGACTCAAAAGAATAGTAAATAAGGTTGACGCCTATAGAAGTTGGTTTGTGGCTATCATTCTCTATTTAATACTCTTAAAATGTCGTACAATATAGTTTGTGCTAATTATTGCTTCATTCCCTACCCTTTTTATTTGGGTGAGTGATAAATGTTTCTAATTTCCTGGTTCCAAATTTTGTTATGACTTTATTGGTGCATATTTTTTCCCTTCTTTTGTATGCGTGGACAGGTAACATCAATGAAGGCTATTGCATCTATCTTGTCATGTTGCAGACAGTTTAGAATCACTGGTTCACAGAATTTTGGAGTTGAATTTTTATTGAAGTTTGTGTGGAAGACTGTTTCATCTCCAGCTTATCACTCAGAGGTACAAAGATAGTTTTATGGTTTTACTTTTTCTGTAAGACATTAGATATTTTCCTATTTATGTTATGAAGAAAAACTTAAAAAAATCTGCTGTTTATATTTTCCTATTTTTCACTTTTTCAAGTTTTCAATGTTGTATCTAGAAAGAAAAACAAAAGAATTCATTTACTCTAATGTAGGGGTTTATGGGTTCCTTATGGAGATTTCTGGGTGTCTCTGATCCCAATTCATTTACTCTAATGTAGAGTGGAGCAGAAATATGTCTTGCAACATATGAAGCGCTAGCCCCTGTTCTCCAAGTGCTTGTGTCCGAGTTTTCTTCTCAAGCTCTAAAGTTCATACGGGACGAGAATACAATCATGCATCTAGGAGTAGAAGGAAGACCACTGTTGGACTCTCTTGTTCTTACTTTTCATCAGCATGTAAATGGTATACTTGATGCGGGAGTTTTGGTTCGAAGTAGAAGGGCAGTTCTACTGAAGTGGAAGGTGGCTTTTTAAGCTTTGCATTTGTCTATTCTTTATATGTTTTCTTATCTTTAGTATTTTTACAAACCTAAAAATATTAGTAATAGCATTTGAAAATTTTCTATTTTAGTAATGAAGTGGTTTAATATGACACTATACCATAATAGTAGCTTCAATTTGACTTTATTTTAATAACTTGTTAATTTTATAACTTTCAGCTTATGTCAAATAGCAAACTGCTTCTATCCTTACATATTTTGTTTCATCCTTCATGAATTTTGCACTCAGTTTTTTGGCCACATAAATTTGCACGTTATTTCTAGATTTGTTCTTCTCAACTGCATATGTTCATGTGATGATGGTTGTATCATCATCGGACTTAAAGTGATCTGCATGTCTTATGCAGTGGCTTTGCCTAGAATCTCTTTTATCAATTCCCTATCGTGCTCTTCAAAATGGACTCAATTTAGTGGATAACAACTCTTTTTTATCAGAGGCAACTCTTGTACGGATATTTAGTGATCTTGTTGAAAGGTAAGATCTGATATTAACTTCCTGTTAGTTATGGTCTTGAGGCATGTATTTGTTAGATAATCATTTTGGGTGCTCCTGTTGTTTTTATACTTTTGACGGGAAAAGGACTTATAATGATCAAAATTCGTTAGTGCTCTGTTTCTTATCGGAAAAAAAAGATGAAGTTCGTCAGTTACCAAATGTTGCAAGCATCCGAAGTTATTTATTCCCAGTCATTAGTGAATTATAAATGACGAGACTGACAGCTGTGGAAATTATATTGTTGCTTTTTGTCAAGTTCTGGTTTCTAAATTAGTTGCTGTAACTGCTACGACTTGCTAGAGAAATTTACTTTTCTAGCCAACACTAACCTGGATGGCTTTTCTATTGAATTCTTCAAAAAGTATTGGAACACTCTTAAATCCAATATTTTAGGGGTGTTTTATGAATATTTTAAGGATGAGATTATCAGTGCTAGTCTCAATGAGACTTATATTTGTCTCATTTCAAAAATATTAGAGGCAAAATTAGTTAATAATTACTGACCAATGAATCTCACTTCTTAGTTTCTGCAAAATCATAGCTAAAGTTCTTTTAGAAAGACTCAAAATGGTCTTCCCCTTTACTATTTCAGAATTTCAACCAGCTTTTGTCTATAACTCGAAGATTCAGATTCTTGATACTTGCCTTACTGCAAATGAGCTTATTGACGAGTGGAGGAGAAAGAAAAAGAAAGATGTTGTGATTAAGCTTGCTCTTTGAAAAATCTTTTGACAAGGTTGATGGGAAATTTCTAGATGCCATTTTACTTGTTAAGGGCTTTGGTCCTTGATAGAGACTTTGGATTTGGGGTTGCATTTCTAAGTGCAAAATTTTCAATTATCTTTAATGGCAAAATCTAGGGGCAATGCAAGCGTCTAGAGGTATTAATCAAGGGAATTCTCCCTCCCCATTTCTTTTTATTATCATTGTTGATTTCTTAAGTAGACTCCTCTCTAGAGGGTTAAGTCTCGGCTTGGTGGAAGGTTTCCATGTGGGGAATAACTCTTTGTCTATCCATTAACCAATTTCGATTTTGTGGATGACACCATCCCCTTTTCTTCTTTGGAAAAGAAGCCTCGACATTATCTTCAATATCCTCAAAATCTTTTGAGGAGGCTTTTCGGTTTAATATTGGTTGTAGCAAATCGGAGATTGTAGGCATTAGTTGTAAGAGCTCTCTCATTGATCAATTTGTTCTTGGCTTTGGGAGCAAGGTCGGAAATTGGCCCCTCCCTCACTGACCTCACTGATATAGTGTGATTAAGAGTAATTTTGATTTGAACTTGTTAATTGTTAGGTTTCAGTTGTTAATTGGTTAGTAGTTGGGTTAGGTAGTTCGTTACTGTTTGGTTCACTTAGTTAGTAAGTTGACTTCCTCTATAAACAGAGGGTTACTCAACCGGTAAGATGCCGAAATTTGGAAGTTCGATTCTACTGGCTTATTTTTTGTCCAATCCTTGTGTTTTAATTATTCCTCTTCTTCTCCTACTGATTTGTTTCAAGCAATATGGAAGTCCAAAAGTCCTCAGGAAATTAGCATTCTTATTTGGATTTTGTTCTCCAGAGGGCTGAATACCTCAGATTTGCTGCAGAGGAGACTTCCTAATTTTGTGTTGCTTTCTTCGCTTTGTGTTCTTTGTTGGCAGGATATTGAAGACCAAAATCACCTATTTTTTCTTTGCTCGTATGCAAATATTGCTGGAATTTCTTATTCAGCCTATTCTCTATGACTCTATTGAGTGGGTATTTGGGCCGACTCTTTAGCCAATTTAATTTAGATTTTAATTGGTCCGTCCTTGTCTTCAACAGCCCAAATTCTTTCTTTGGGTCAATGCTGTCAAAGCAATTATTTTTGAAATTTAGTTGGAGAGAAATCAGAGGATCTTCAAAGACAATCTTTTAACTTGGAGGGAGTGGTTTGACTTAGCCAAGATCAAGTCTTCCCATTGGTGTTCTTTATCATCATTGTTTGATCATTATTCTTTTAACCATTTGTTTTAATTGGGATGCTTTAATATCCCCATGTTAGCTTCTGTTATTTACTTTTTGCTTCTTTTCTTTCCTTTTTGGGAGATTGTATCTTCGAACATTTTCTGTTTCTTTTCATCAATTCAATGAAAAGTTCGTTTCTTTTTCAAAAAAATAATAAAGACTCTTGTTGAGCATTATTTGGAGGTTACTCTTTTAGATACTAGGTTGCGTCACTCACATAGGCCACTCTCTCTAACATCCCTATTTATTGTCTCTTTTTTACTACAAGGTTTAAAATTCCATTAAAAACATTTGCATGGACTTTCTTTTGAAAGGTGCTAGAAAAAGAGGCAATCATCGGGTAAATTGGACTAAGGTCCAATTCCCCTTTTGTTCGGGTGGGATTCAAATTAGCAATATAAAATTAAGGAATTGCTTTCTTCTTGCATAATGTATTTGGAGATTTCACTTTCATAATGGGAAACTTTGGAGAAAAGTCATAATGGCAAAATATGGCATCTCCAATGATGATTGTTGGTCTAGTAATCCTCTCTTCATACTTCTCAAGGTCCCTGGCATTCCATCTTTAAACTTAAAGACTTAATGTCAACGTGCACTGTTGGTAGTGGTTTGGATAATAGCATTTGGAAAGACTTTTAGATTGGTTGTGGCTTTTTTATAAGGTTTCCTGGACTTTTCTCTTTCTTGAACTGGAAGGAGTACTCCATTAAAGAAGCTTGGAAACAAGAATGGGCATTTCATGCCAATTTACTATCTAATTTCTCTCTCATCAATGAGTTTGACAAATGCATTTGGATGGCTGATTCTTCTGGGATTTTTACCGGTAAATCCTTATTCAAGGACCTTGCAAACAAAAGGAACTCTTGTGGATTATCACCTCTGCAATAATATTTTGTAATCTAGATATCCTTAAAAAGTGAATTTCTTTTTGTTGGAGTCTGCTTATGAAGGCATTAACACCGAAAGGATTCAGGAAAGAATTTGGAAAAGGTTTCCTTTGTGCTTCTCTCCCATGGGTGGTGTTTCATTTGTGGAAGTGATGCCGAAACTCAAAGGCACTTCTTAAACTGTCTCTTTGCAAATAAATTCTGGAACATTGTGCTTCTCAATTTTAAATGGTATATGGCTCTTCCCCTTGGTTTGAATGGCATTCTCTTTCTAGTCCTTTGGAGTCATGCTCTTGAAAGGGAGAAAAAGAGACTTTGGTTGCAACTTGTTAGAGCCTTCTTTTGGAACTTATAGCTGGAAAGAAACATTAGTCTTTAACAACTTAGAAAGCTCTTTGTTGTGTGTCTTATATAAATGTGCCTTAGAGAGCTTGGATCATGCGCTTTGGAGATGCAATTTTTCTTTCTTGATTTTGGATGTGTTTATGGAGTCTTTTGGTATTTCCCAGGCCTGTAATAACTCCTGTTGCTTGATGGCTGAGGAGGTTCGATTCTATCCTTTGTTTAGAGGCAAAGGAGAAATGTTGAGGAAGATTGCCTTTCTAGCCATTTCGTACAATATCTGGCTTGAGAGAAACAAAAGGGGGAGGTTTAGTCTACAGCTAGGTTCAATACTCCCCACTAGGTGTCGGTGACGAAAGAGTTTTGTATTCTTCATTCATCTCTTATTCTTAACTTTTTTTTCTTCTTTTGAAACAAAACTCTTATTCTTAACTGTTGAAACTCTTTCTTTTAGTTGTTTGGCCAATTGTTTTGTGTTGGCTCTATATGGTTTGGGCTGGTATTTTGTATTTCCCGTTGTATATCCTTTCATTTTCCCTATGAAAGTATGGTTTTTCATCCAAAATGATAAGAAAAAAACATAGAAAGCTTTTTTGATCATTTTAGGGATAATCTCATTTTTGTGGTGTTTGGTGTAAAGCTATATGACCCTTTTTGTAACTACAATATGAGTTCTCTTTGTGCCACTTGGAAAAGTATTTTGTAATCTTCTCAGCTTAGCTTTCCTCCAACTTTTGTAAGTTCATTTATTCAATGAAATTAGTTTGTTATAAAAACCTTCTCCATTCAAATTGATTCTTGCTAAATTTGCAGCCTCGAGAATGCTGGAGAATGCTCTGTTTTACCCATGCTGAGATTGGTTAGATTGAATTTGTGGCTATTTTGCAAGGGAAAGTCTGGTCTGCTTGTTACATCGTGTAATGGCGTGAATGCAGAG

mRNA sequence

ATGCTCCATGCGATGCTGAGATGCTCCACATATCTAACGGGAGATGGATTTGTCTTCAGAGGTGCTCGCCTGCGCCTCGCTGTTCGTCGAACTACGAGCCCTTCTTTTTGTGCTGATCCTGATGCTTTGAAGTCATTTATATGGAAATGTTTCGTTCCTTTGATAAATAGGGCGATTGCATTTAATCGGGAAATGCTTAACCAGGTCGCTGAATCATTCATTGATGTCGTCATTGAGATGAACTCGTGGCCAATTGTTGAAGCAACTCTAATTCCATTCTGTATAAGTTCAGCTCTTTATTCCACTAGCGTGCTGCAAAATGAAGAGTTTGACACCTTTGAGGGCGACAGATGTTCTGTCATTTTGGGCTCAAATGGCCCAATAAATGAACCTAGAATGGATAAACAGATGATGAAAGCATACGGGTTCCTTCCACTACCATTAGCATGCCATATTTTGGCTATAATGTTAGATGCTGTCCTTTGTAATAGACATGCACCACAAATATCAGATGCAGTGGTGGCAAATGGATGTCAAAAAGCTGAAGAATTTACTGTTAAACTGATTTGGGATATTTGCAATTTATCTGAACAAATGCTTTTACAAAGCTCAGATCATCGATCTTGTACCATTCGCTATCTTCTCCCATTAATCTTTGAAGTGCTTCTTTCTCACCACTCTCTAGAGATCTCCATTCAAGGGCATGTGCATAATCTCTCCAGGAATCGTTTTCTCATGAAAATATGGAAATGTTGCAAAAAACTATTTTCATTTGGAACTTTGGAGAGAAGAGATGCCTATAAGATTTTGTCTCTTTATTTATGTTTTTTCCCTCACAATGAAGAGCTTGGAGGTGCTGGAATCTGTGACGACGCAGAAGAATTTGACATAAAGGCTGATAAAGATTTTTGGGATGCAATTAAAAGAGGCTTGGTGGATAAGGAGGGCTTGGTGAGGAAGCAGTCACTACATATATTGAAGAAAGCACTATATATAAATGGAAGAGGCAATACATCTAGGGTTCCAAAGACAATTTCAAGTGGGAAAGATAATAATGCTCGAGGTATTACAAAAAGGGAAAGATGGGCCCACAAGGAAGCAAAATCACTTGGTGTAGGGCAAATTTGCAGCGAAAGTGAAATTGTTATAAATAGCCAGCAGCAACAGTGGGAAGCATTCATCCTTCTATATGAAATGCTTGAAGAATATGGTTCACACTTGGTCGAAGCTGCTTGGAATCACCAGATATTCTTGTTACTACGAGATCCGACCTCAATTAATTTTGACAGCGTCACTGGTGGCATTCATCAAAACCAAATTGATATGTCTAGCGAAATCTTTAGTTGGTTATCAATCTTGTGGGTTCGGGGCTTCCACCATGATAATCCTTTAGTTAGATGCTTGATCATGCAGTCCTTTTTGGCCATTGACTGGAGGAATTATGTACCCTGTTTAAAGTCATTGCCAGAAACTTTGATCATTGGACCATTCATTGAAGCACTAAACGATCCTGTGCAGCACAAAGATTTCGGTGTAAAAGGAGTTTACTCATCTAAGACAATTGAAGGTGCAGCCCATTTTATACGCCAATATGCAAATTGTCTTGATGCAAGGACAAGTGCTGTGTTTTTGCAGCAGCTCACATCTTTGGCTAAAAAGAAATCATTTGGTCGAGTTGGGTTGATCAGCCTATCTGAATGCATTGCTTCAGCTGCTTCAGTTGGTGGATATGATAACGACAGTGAAGGAGAGTGCTTTGAAGGTTCTTCACTGTCAGCCCAAGGGGATTTGATAACTTATTCTCTGGGATGTAAATTGGAATTGCTGGATGATCTAAGATTTGTGGTTGAGAGTAGCAAACAACACTTCAATCCTAGTTATCGCCTTCAAGTTTGTGCAAAAGCTCTGGATGCTGCTGCTTCAGTCTTGTGTACATCTGACTTGGCTCTTGAGGTTCTTTTGCATTTTATTTCATCTCTACCACGAGAGGCTACTGACTGTGGAGGTTGCTTAAGAGGGAAAATGCAAAATTGGCTCTCAGGCTGTGGTAAGAAAAGCTGCAGTGGCAGTTGCTGCAGTACTGAGACGAAGTTTATGAAGAGTCTCATTGAGTTCCCTAAAAGATTTATAAGTCATAATCATTCATCTGATGCTTCTGTTACGTATGATGACGAAGAATTGGAAGCATGGGAATTTGAGGCAAAACGTTGGGCAAGAGTGGTTTTTCTTGCAGTCAAGGAGGAACATCATTTAAGACCTATACTGACGTTTATTCACAATCATGGTGTAAATATCTGCAAACAAAAGAGTGATTTGGAAGGGATACGTGTGAAGTTTCTAATACTTATCTTGAGCTTGGTTCAAGAACATCAATTAGTTCAGGAGAAAATTGCTGACTACAACTACAAATGTGAAACTAAGGATGATTATACCTTGTCTCAGCCAAGTGACAATTGGAGTTATTCAGAACCAACTACTTGTATCAAAAAATTTGCAAACCTTTTTCCGTCTCTACTGGTAGAGTTGGTTTCTTTTGCTACCGTGTCTTGTTCCATATTCTGGTCCAATGTCAAGTCGGATGAGACAGGACTACCGTGTTCTGTGAAAGGGAAACTTGGAGGCCCCAGTCAACGCCGGTTACCATCCTCTACTGCTACTTTGGTTCTGCTAGCTGTAACATCAATGAAGGCTATTGCATCTATCTTGTCATGTTGCAGACAGTTTAGAATCACTGGTTCACAGAATTTTGGAGTTGAATTTTTATTGAAGTTTGTGTGGAAGACTGTTTCATCTCCAGCTTATCACTCAGAGAGTGGAGCAGAAATATGTCTTGCAACATATGAAGCGCTAGCCCCTGTTCTCCAAGTGCTTGTGTCCGAGTTTTCTTCTCAAGCTCTAAAGTTCATACGGGACGAGAATACAATCATGCATCTAGGAGTAGAAGGAAGACCACTGTTGGACTCTCTTGTTCTTACTTTTCATCAGCATGTAAATGGTATACTTGATGCGGGAGTTTTGGTTCGAAGTAGAAGGGCAGTTCTACTGAAGTGGAAGTGGCTTTGCCTAGAATCTCTTTTATCAATTCCCTATCGTGCTCTTCAAAATGGACTCAATTTAGTGGATAACAACTCTTTTTTATCAGAGGCAACTCTTGTACGGATATTTAGTGATCTTGTTGAAAGCCTCGAGAATGCTGGAGAATGCTCTGTTTTACCCATGCTGAGATTGGTTAGATTGAATTTGTGGCTATTTTGCAAGGGAAAGTCTGGTCTGCTTGTTACATCGTGTAATGGCGTGAATGCAGAG

Coding sequence (CDS)

ATGCTCCATGCGATGCTGAGATGCTCCACATATCTAACGGGAGATGGATTTGTCTTCAGAGGTGCTCGCCTGCGCCTCGCTGTTCGTCGAACTACGAGCCCTTCTTTTTGTGCTGATCCTGATGCTTTGAAGTCATTTATATGGAAATGTTTCGTTCCTTTGATAAATAGGGCGATTGCATTTAATCGGGAAATGCTTAACCAGGTCGCTGAATCATTCATTGATGTCGTCATTGAGATGAACTCGTGGCCAATTGTTGAAGCAACTCTAATTCCATTCTGTATAAGTTCAGCTCTTTATTCCACTAGCGTGCTGCAAAATGAAGAGTTTGACACCTTTGAGGGCGACAGATGTTCTGTCATTTTGGGCTCAAATGGCCCAATAAATGAACCTAGAATGGATAAACAGATGATGAAAGCATACGGGTTCCTTCCACTACCATTAGCATGCCATATTTTGGCTATAATGTTAGATGCTGTCCTTTGTAATAGACATGCACCACAAATATCAGATGCAGTGGTGGCAAATGGATGTCAAAAAGCTGAAGAATTTACTGTTAAACTGATTTGGGATATTTGCAATTTATCTGAACAAATGCTTTTACAAAGCTCAGATCATCGATCTTGTACCATTCGCTATCTTCTCCCATTAATCTTTGAAGTGCTTCTTTCTCACCACTCTCTAGAGATCTCCATTCAAGGGCATGTGCATAATCTCTCCAGGAATCGTTTTCTCATGAAAATATGGAAATGTTGCAAAAAACTATTTTCATTTGGAACTTTGGAGAGAAGAGATGCCTATAAGATTTTGTCTCTTTATTTATGTTTTTTCCCTCACAATGAAGAGCTTGGAGGTGCTGGAATCTGTGACGACGCAGAAGAATTTGACATAAAGGCTGATAAAGATTTTTGGGATGCAATTAAAAGAGGCTTGGTGGATAAGGAGGGCTTGGTGAGGAAGCAGTCACTACATATATTGAAGAAAGCACTATATATAAATGGAAGAGGCAATACATCTAGGGTTCCAAAGACAATTTCAAGTGGGAAAGATAATAATGCTCGAGGTATTACAAAAAGGGAAAGATGGGCCCACAAGGAAGCAAAATCACTTGGTGTAGGGCAAATTTGCAGCGAAAGTGAAATTGTTATAAATAGCCAGCAGCAACAGTGGGAAGCATTCATCCTTCTATATGAAATGCTTGAAGAATATGGTTCACACTTGGTCGAAGCTGCTTGGAATCACCAGATATTCTTGTTACTACGAGATCCGACCTCAATTAATTTTGACAGCGTCACTGGTGGCATTCATCAAAACCAAATTGATATGTCTAGCGAAATCTTTAGTTGGTTATCAATCTTGTGGGTTCGGGGCTTCCACCATGATAATCCTTTAGTTAGATGCTTGATCATGCAGTCCTTTTTGGCCATTGACTGGAGGAATTATGTACCCTGTTTAAAGTCATTGCCAGAAACTTTGATCATTGGACCATTCATTGAAGCACTAAACGATCCTGTGCAGCACAAAGATTTCGGTGTAAAAGGAGTTTACTCATCTAAGACAATTGAAGGTGCAGCCCATTTTATACGCCAATATGCAAATTGTCTTGATGCAAGGACAAGTGCTGTGTTTTTGCAGCAGCTCACATCTTTGGCTAAAAAGAAATCATTTGGTCGAGTTGGGTTGATCAGCCTATCTGAATGCATTGCTTCAGCTGCTTCAGTTGGTGGATATGATAACGACAGTGAAGGAGAGTGCTTTGAAGGTTCTTCACTGTCAGCCCAAGGGGATTTGATAACTTATTCTCTGGGATGTAAATTGGAATTGCTGGATGATCTAAGATTTGTGGTTGAGAGTAGCAAACAACACTTCAATCCTAGTTATCGCCTTCAAGTTTGTGCAAAAGCTCTGGATGCTGCTGCTTCAGTCTTGTGTACATCTGACTTGGCTCTTGAGGTTCTTTTGCATTTTATTTCATCTCTACCACGAGAGGCTACTGACTGTGGAGGTTGCTTAAGAGGGAAAATGCAAAATTGGCTCTCAGGCTGTGGTAAGAAAAGCTGCAGTGGCAGTTGCTGCAGTACTGAGACGAAGTTTATGAAGAGTCTCATTGAGTTCCCTAAAAGATTTATAAGTCATAATCATTCATCTGATGCTTCTGTTACGTATGATGACGAAGAATTGGAAGCATGGGAATTTGAGGCAAAACGTTGGGCAAGAGTGGTTTTTCTTGCAGTCAAGGAGGAACATCATTTAAGACCTATACTGACGTTTATTCACAATCATGGTGTAAATATCTGCAAACAAAAGAGTGATTTGGAAGGGATACGTGTGAAGTTTCTAATACTTATCTTGAGCTTGGTTCAAGAACATCAATTAGTTCAGGAGAAAATTGCTGACTACAACTACAAATGTGAAACTAAGGATGATTATACCTTGTCTCAGCCAAGTGACAATTGGAGTTATTCAGAACCAACTACTTGTATCAAAAAATTTGCAAACCTTTTTCCGTCTCTACTGGTAGAGTTGGTTTCTTTTGCTACCGTGTCTTGTTCCATATTCTGGTCCAATGTCAAGTCGGATGAGACAGGACTACCGTGTTCTGTGAAAGGGAAACTTGGAGGCCCCAGTCAACGCCGGTTACCATCCTCTACTGCTACTTTGGTTCTGCTAGCTGTAACATCAATGAAGGCTATTGCATCTATCTTGTCATGTTGCAGACAGTTTAGAATCACTGGTTCACAGAATTTTGGAGTTGAATTTTTATTGAAGTTTGTGTGGAAGACTGTTTCATCTCCAGCTTATCACTCAGAGAGTGGAGCAGAAATATGTCTTGCAACATATGAAGCGCTAGCCCCTGTTCTCCAAGTGCTTGTGTCCGAGTTTTCTTCTCAAGCTCTAAAGTTCATACGGGACGAGAATACAATCATGCATCTAGGAGTAGAAGGAAGACCACTGTTGGACTCTCTTGTTCTTACTTTTCATCAGCATGTAAATGGTATACTTGATGCGGGAGTTTTGGTTCGAAGTAGAAGGGCAGTTCTACTGAAGTGGAAGTGGCTTTGCCTAGAATCTCTTTTATCAATTCCCTATCGTGCTCTTCAAAATGGACTCAATTTAGTGGATAACAACTCTTTTTTATCAGAGGCAACTCTTGTACGGATATTTAGTGATCTTGTTGAAAGCCTCGAGAATGCTGGAGAATGCTCTGTTTTACCCATGCTGAGATTGGTTAGATTGAATTTGTGGCTATTTTGCAAGGGAAAGTCTGGTCTGCTTGTTACATCGTGTAATGGCGTGAATGCAGAG

Protein sequence

MLHAMLRCSTYLTGDGFVFRGARLRLAVRRTTSPSFCADPDALKSFIWKCFVPLINRAIAFNREMLNQVAESFIDVVIEMNSWPIVEATLIPFCISSALYSTSVLQNEEFDTFEGDRCSVILGSNGPINEPRMDKQMMKAYGFLPLPLACHILAIMLDAVLCNRHAPQISDAVVANGCQKAEEFTVKLIWDICNLSEQMLLQSSDHRSCTIRYLLPLIFEVLLSHHSLEISIQGHVHNLSRNRFLMKIWKCCKKLFSFGTLERRDAYKILSLYLCFFPHNEELGGAGICDDAEEFDIKADKDFWDAIKRGLVDKEGLVRKQSLHILKKALYINGRGNTSRVPKTISSGKDNNARGITKRERWAHKEAKSLGVGQICSESEIVINSQQQQWEAFILLYEMLEEYGSHLVEAAWNHQIFLLLRDPTSINFDSVTGGIHQNQIDMSSEIFSWLSILWVRGFHHDNPLVRCLIMQSFLAIDWRNYVPCLKSLPETLIIGPFIEALNDPVQHKDFGVKGVYSSKTIEGAAHFIRQYANCLDARTSAVFLQQLTSLAKKKSFGRVGLISLSECIASAASVGGYDNDSEGECFEGSSLSAQGDLITYSLGCKLELLDDLRFVVESSKQHFNPSYRLQVCAKALDAAASVLCTSDLALEVLLHFISSLPREATDCGGCLRGKMQNWLSGCGKKSCSGSCCSTETKFMKSLIEFPKRFISHNHSSDASVTYDDEELEAWEFEAKRWARVVFLAVKEEHHLRPILTFIHNHGVNICKQKSDLEGIRVKFLILILSLVQEHQLVQEKIADYNYKCETKDDYTLSQPSDNWSYSEPTTCIKKFANLFPSLLVELVSFATVSCSIFWSNVKSDETGLPCSVKGKLGGPSQRRLPSSTATLVLLAVTSMKAIASILSCCRQFRITGSQNFGVEFLLKFVWKTVSSPAYHSESGAEICLATYEALAPVLQVLVSEFSSQALKFIRDENTIMHLGVEGRPLLDSLVLTFHQHVNGILDAGVLVRSRRAVLLKWKWLCLESLLSIPYRALQNGLNLVDNNSFLSEATLVRIFSDLVESLENAGECSVLPMLRLVRLNLWLFCKGKSGLLVTSCNGVNAE
Homology
BLAST of Sgr020180 vs. NCBI nr
Match: XP_022155532.1 (uncharacterized protein LOC111022655 isoform X1 [Momordica charantia])

HSP 1 Score: 1831.6 bits (4743), Expect = 0.0e+00
Identity = 921/1065 (86.48%), Postives = 972/1065 (91.27%), Query Frame = 0

Query: 38   ADPDALKSFIWKCFVPLINRAIAFNREMLNQVAESFIDVVIEMNSWPIVEATLIPFCISS 97
            ADPDALK FIWK FVPLIN+A AFNREMLNQV+ESFIDVVIE NSWPIVE TL+P CISS
Sbjct: 92   ADPDALKLFIWKSFVPLINKAAAFNREMLNQVSESFIDVVIETNSWPIVEETLVPLCISS 151

Query: 98   ALYSTSVLQNEEFDTFEGDRCSVILGSNGPINEPRMDKQMMKAYGFLPLPLACHILAIML 157
            ALYST++LQNE+  TFEGDRCSVILGSNG ++EP+MDKQM+K YGFLPLPLACHILAIML
Sbjct: 152  ALYSTTMLQNEQLGTFEGDRCSVILGSNGSVHEPKMDKQMIKGYGFLPLPLACHILAIML 211

Query: 158  DAVLCNRHAPQISDAVVANGCQKAEEFTVKLIWDICNLSEQMLLQSSDHRSCTIRYLLPL 217
            DAVLCNR APQ ++ VV+NGCQKAEEFTVKLI DICNLS+QMLLQSSDHRSC IRYLLP+
Sbjct: 212  DAVLCNRQAPQTTEVVVSNGCQKAEEFTVKLIRDICNLSDQMLLQSSDHRSCAIRYLLPV 271

Query: 218  IFEVLLSHHSLEISIQGHVHNLSRNRFLMKIWKCCKKLFSFGTLERRDAYKILSLYLCFF 277
            IFE LLS H+LEISIQG+  +LSRNRFLMKIW CCKKLFSFGTLERRDAY ILSLYL FF
Sbjct: 272  IFEALLSQHNLEISIQGYACSLSRNRFLMKIWNCCKKLFSFGTLERRDAYTILSLYLSFF 331

Query: 278  PHNEELGGAGICDDAEEFDIKADKDFWDAIKRGLVDKEGLVRKQSLHILKKALYINGRGN 337
            PHNEEL GAG+CDDAEEFDIKADKDFW  IKRGLVDKEGLVRKQS+HILKKAL INGRGN
Sbjct: 332  PHNEELEGAGMCDDAEEFDIKADKDFWVEIKRGLVDKEGLVRKQSVHILKKALSINGRGN 391

Query: 338  TSRVPKTISSGKDNNARGITKRERWAHKEAKSLGVGQICSESEIVINSQQQQWEAFILLY 397
            TS VP TISSGKDNNARGITKRERWA+KEAKSLGV Q CS+ EIV NS QQ+WEAFILLY
Sbjct: 392  TSSVPNTISSGKDNNARGITKRERWANKEAKSLGVVQTCSQHEIVTNSLQQKWEAFILLY 451

Query: 398  EMLEEYGSHLVEAAWNHQIFLLLRDPTSINFDSVTGGIHQNQIDMSSEIFSWLSILWVRG 457
            EMLEEYGSHLVEAAWNHQI LLLRDPTSI FDS TGG +QNQI+MS EIFSWLSILWVRG
Sbjct: 452  EMLEEYGSHLVEAAWNHQISLLLRDPTSIKFDSFTGGFYQNQIEMSGEIFSWLSILWVRG 511

Query: 458  FHHDNPLVRCLIMQSFLAIDWRNYVPCLKSLPETLIIGPFIEALNDPVQHKDFGVKGVYS 517
            FHHDNPLVRCLIMQSFL IDWRNYV CL SLP+T IIGPFIEALNDPVQHKDFGVKGVYS
Sbjct: 512  FHHDNPLVRCLIMQSFLGIDWRNYVSCLMSLPQTFIIGPFIEALNDPVQHKDFGVKGVYS 571

Query: 518  SKTIEGAAHFIRQYANCLDARTSAVFLQQLTSLAKKKSFGRVGLISLSECIASAASVGGY 577
            SKTIEGAAHFIRQYANCLDART+ VFLQQLTSL KKKSFGRVGLISLSECIASAAS+ G+
Sbjct: 572  SKTIEGAAHFIRQYANCLDARTTVVFLQQLTSLTKKKSFGRVGLISLSECIASAASIVGF 631

Query: 578  DNDSEGECFEGSSLSAQGDLITYSLGCKLELLDDLRFVVESSKQHFNPSYRLQVCAKALD 637
            +ND EGECF+      QG+LITYSLG K+ELLDDLRFVV+SSKQHFNPSYR QVCAKAL+
Sbjct: 632  ENDCEGECFD-----PQGNLITYSLGYKMELLDDLRFVVQSSKQHFNPSYRFQVCAKALE 691

Query: 638  AAASVLCTSDLALEVLLHFISSLPREATDCGGCLRGKMQNWLSGCGKKSCSGSCCSTETK 697
            AAASVLCTSDL LEVLL FIS+LPREATD GGCLRGKMQ+WL GCGKK CSGSCCSTETK
Sbjct: 692  AAASVLCTSDLDLEVLLLFISALPREATDYGGCLRGKMQSWLLGCGKKCCSGSCCSTETK 751

Query: 698  FMKSLIEFPKRFISHNHSSDASVTYDDEELEAWEFEAKRWARVVFLAVKEEHHLRPILTF 757
            FMKSLIEFPKRFI HNHSS+ SVTYDDEELEAWEFEAKRWARVVFLAVKEEHHLR ILTF
Sbjct: 752  FMKSLIEFPKRFICHNHSSNVSVTYDDEELEAWEFEAKRWARVVFLAVKEEHHLRSILTF 811

Query: 758  IHNHGVNICKQKSDLEGIRVKFLILILSLVQEHQLVQEKIADYNYKCETKDDYTLSQPSD 817
            IHNHGVNI KQKSDLEGIRVKFLILILSLVQE QLVQEK  D+NYKCETKD+YTL QPSD
Sbjct: 812  IHNHGVNIGKQKSDLEGIRVKFLILILSLVQELQLVQEKATDHNYKCETKDEYTLCQPSD 871

Query: 818  NWSYSEPTTCIKKFANLFPSLLVELVSFATVSCSIFWSNVKSDETGLPCSVKGKLGGPSQ 877
            + +Y+ PTT IKKF NLF SLL ELVSFAT SCSIFWSNVKSDETGLP SVKGKLGGPSQ
Sbjct: 872  DLNYAVPTTFIKKFVNLFSSLLEELVSFATASCSIFWSNVKSDETGLPSSVKGKLGGPSQ 931

Query: 878  RRLPSSTATLVLLAVTSMKAIASILSCCRQFRITGSQNFGVEFLLKFVWKTVSSPAYHSE 937
            RRLPS TATLVLLAVTSMKAIA +LSCCRQF+I GSQNFGVEFLLKF+ KTVSSPAY SE
Sbjct: 932  RRLPSYTATLVLLAVTSMKAIAFVLSCCRQFKIIGSQNFGVEFLLKFLLKTVSSPAYRSE 991

Query: 938  SGAEICLATYEALAPVLQVLVSEFSSQALKFIRDENTIMHLGVEGRPLLDSLVLTFHQHV 997
            SG EI LATYEALA VLQVLVSEFSSQ L+FI DENTIMHLGVEGR  LDSLVLTFHQHV
Sbjct: 992  SGVEIRLATYEALASVLQVLVSEFSSQVLQFIWDENTIMHLGVEGRQPLDSLVLTFHQHV 1051

Query: 998  NGILDAGVLVRSRRAVLLKWKWLCLESLLSIPYRALQNGLNLVDNNSFLSEATLVRIFSD 1057
            NGILDAGVLVRSRRAVLLKWKWLCLESLLSIP R  Q+GL LVDNNSFLSEATLV+IF+D
Sbjct: 1052 NGILDAGVLVRSRRAVLLKWKWLCLESLLSIPQRTFQDGLCLVDNNSFLSEATLVQIFND 1111

Query: 1058 LVESLENAGECSVLPMLRLVRLNLWLFCKGKSGLLVTSCNGVNAE 1103
            LVESLENAGECSVLPMLRLVRL LWLFCKGKSGLLVT CNGVN+E
Sbjct: 1112 LVESLENAGECSVLPMLRLVRLTLWLFCKGKSGLLVTFCNGVNSE 1151

BLAST of Sgr020180 vs. NCBI nr
Match: XP_022155533.1 (uncharacterized protein LOC111022655 isoform X2 [Momordica charantia])

HSP 1 Score: 1831.6 bits (4743), Expect = 0.0e+00
Identity = 921/1065 (86.48%), Postives = 972/1065 (91.27%), Query Frame = 0

Query: 38   ADPDALKSFIWKCFVPLINRAIAFNREMLNQVAESFIDVVIEMNSWPIVEATLIPFCISS 97
            ADPDALK FIWK FVPLIN+A AFNREMLNQV+ESFIDVVIE NSWPIVE TL+P CISS
Sbjct: 92   ADPDALKLFIWKSFVPLINKAAAFNREMLNQVSESFIDVVIETNSWPIVEETLVPLCISS 151

Query: 98   ALYSTSVLQNEEFDTFEGDRCSVILGSNGPINEPRMDKQMMKAYGFLPLPLACHILAIML 157
            ALYST++LQNE+  TFEGDRCSVILGSNG ++EP+MDKQM+K YGFLPLPLACHILAIML
Sbjct: 152  ALYSTTMLQNEQLGTFEGDRCSVILGSNGSVHEPKMDKQMIKGYGFLPLPLACHILAIML 211

Query: 158  DAVLCNRHAPQISDAVVANGCQKAEEFTVKLIWDICNLSEQMLLQSSDHRSCTIRYLLPL 217
            DAVLCNR APQ ++ VV+NGCQKAEEFTVKLI DICNLS+QMLLQSSDHRSC IRYLLP+
Sbjct: 212  DAVLCNRQAPQTTEVVVSNGCQKAEEFTVKLIRDICNLSDQMLLQSSDHRSCAIRYLLPV 271

Query: 218  IFEVLLSHHSLEISIQGHVHNLSRNRFLMKIWKCCKKLFSFGTLERRDAYKILSLYLCFF 277
            IFE LLS H+LEISIQG+  +LSRNRFLMKIW CCKKLFSFGTLERRDAY ILSLYL FF
Sbjct: 272  IFEALLSQHNLEISIQGYACSLSRNRFLMKIWNCCKKLFSFGTLERRDAYTILSLYLSFF 331

Query: 278  PHNEELGGAGICDDAEEFDIKADKDFWDAIKRGLVDKEGLVRKQSLHILKKALYINGRGN 337
            PHNEEL GAG+CDDAEEFDIKADKDFW  IKRGLVDKEGLVRKQS+HILKKAL INGRGN
Sbjct: 332  PHNEELEGAGMCDDAEEFDIKADKDFWVEIKRGLVDKEGLVRKQSVHILKKALSINGRGN 391

Query: 338  TSRVPKTISSGKDNNARGITKRERWAHKEAKSLGVGQICSESEIVINSQQQQWEAFILLY 397
            TS VP TISSGKDNNARGITKRERWA+KEAKSLGV Q CS+ EIV NS QQ+WEAFILLY
Sbjct: 392  TSSVPNTISSGKDNNARGITKRERWANKEAKSLGVVQTCSQHEIVTNSLQQKWEAFILLY 451

Query: 398  EMLEEYGSHLVEAAWNHQIFLLLRDPTSINFDSVTGGIHQNQIDMSSEIFSWLSILWVRG 457
            EMLEEYGSHLVEAAWNHQI LLLRDPTSI FDS TGG +QNQI+MS EIFSWLSILWVRG
Sbjct: 452  EMLEEYGSHLVEAAWNHQISLLLRDPTSIKFDSFTGGFYQNQIEMSGEIFSWLSILWVRG 511

Query: 458  FHHDNPLVRCLIMQSFLAIDWRNYVPCLKSLPETLIIGPFIEALNDPVQHKDFGVKGVYS 517
            FHHDNPLVRCLIMQSFL IDWRNYV CL SLP+T IIGPFIEALNDPVQHKDFGVKGVYS
Sbjct: 512  FHHDNPLVRCLIMQSFLGIDWRNYVSCLMSLPQTFIIGPFIEALNDPVQHKDFGVKGVYS 571

Query: 518  SKTIEGAAHFIRQYANCLDARTSAVFLQQLTSLAKKKSFGRVGLISLSECIASAASVGGY 577
            SKTIEGAAHFIRQYANCLDART+ VFLQQLTSL KKKSFGRVGLISLSECIASAAS+ G+
Sbjct: 572  SKTIEGAAHFIRQYANCLDARTTVVFLQQLTSLTKKKSFGRVGLISLSECIASAASIVGF 631

Query: 578  DNDSEGECFEGSSLSAQGDLITYSLGCKLELLDDLRFVVESSKQHFNPSYRLQVCAKALD 637
            +ND EGECF+      QG+LITYSLG K+ELLDDLRFVV+SSKQHFNPSYR QVCAKAL+
Sbjct: 632  ENDCEGECFD-----PQGNLITYSLGYKMELLDDLRFVVQSSKQHFNPSYRFQVCAKALE 691

Query: 638  AAASVLCTSDLALEVLLHFISSLPREATDCGGCLRGKMQNWLSGCGKKSCSGSCCSTETK 697
            AAASVLCTSDL LEVLL FIS+LPREATD GGCLRGKMQ+WL GCGKK CSGSCCSTETK
Sbjct: 692  AAASVLCTSDLDLEVLLLFISALPREATDYGGCLRGKMQSWLLGCGKKCCSGSCCSTETK 751

Query: 698  FMKSLIEFPKRFISHNHSSDASVTYDDEELEAWEFEAKRWARVVFLAVKEEHHLRPILTF 757
            FMKSLIEFPKRFI HNHSS+ SVTYDDEELEAWEFEAKRWARVVFLAVKEEHHLR ILTF
Sbjct: 752  FMKSLIEFPKRFICHNHSSNVSVTYDDEELEAWEFEAKRWARVVFLAVKEEHHLRSILTF 811

Query: 758  IHNHGVNICKQKSDLEGIRVKFLILILSLVQEHQLVQEKIADYNYKCETKDDYTLSQPSD 817
            IHNHGVNI KQKSDLEGIRVKFLILILSLVQE QLVQEK  D+NYKCETKD+YTL QPSD
Sbjct: 812  IHNHGVNIGKQKSDLEGIRVKFLILILSLVQELQLVQEKATDHNYKCETKDEYTLCQPSD 871

Query: 818  NWSYSEPTTCIKKFANLFPSLLVELVSFATVSCSIFWSNVKSDETGLPCSVKGKLGGPSQ 877
            + +Y+ PTT IKKF NLF SLL ELVSFAT SCSIFWSNVKSDETGLP SVKGKLGGPSQ
Sbjct: 872  DLNYAVPTTFIKKFVNLFSSLLEELVSFATASCSIFWSNVKSDETGLPSSVKGKLGGPSQ 931

Query: 878  RRLPSSTATLVLLAVTSMKAIASILSCCRQFRITGSQNFGVEFLLKFVWKTVSSPAYHSE 937
            RRLPS TATLVLLAVTSMKAIA +LSCCRQF+I GSQNFGVEFLLKF+ KTVSSPAY SE
Sbjct: 932  RRLPSYTATLVLLAVTSMKAIAFVLSCCRQFKIIGSQNFGVEFLLKFLLKTVSSPAYRSE 991

Query: 938  SGAEICLATYEALAPVLQVLVSEFSSQALKFIRDENTIMHLGVEGRPLLDSLVLTFHQHV 997
            SG EI LATYEALA VLQVLVSEFSSQ L+FI DENTIMHLGVEGR  LDSLVLTFHQHV
Sbjct: 992  SGVEIRLATYEALASVLQVLVSEFSSQVLQFIWDENTIMHLGVEGRQPLDSLVLTFHQHV 1051

Query: 998  NGILDAGVLVRSRRAVLLKWKWLCLESLLSIPYRALQNGLNLVDNNSFLSEATLVRIFSD 1057
            NGILDAGVLVRSRRAVLLKWKWLCLESLLSIP R  Q+GL LVDNNSFLSEATLV+IF+D
Sbjct: 1052 NGILDAGVLVRSRRAVLLKWKWLCLESLLSIPQRTFQDGLCLVDNNSFLSEATLVQIFND 1111

Query: 1058 LVESLENAGECSVLPMLRLVRLNLWLFCKGKSGLLVTSCNGVNAE 1103
            LVESLENAGECSVLPMLRLVRL LWLFCKGKSGLLVT CNGVN+E
Sbjct: 1112 LVESLENAGECSVLPMLRLVRLTLWLFCKGKSGLLVTFCNGVNSE 1151

BLAST of Sgr020180 vs. NCBI nr
Match: XP_022155536.1 (uncharacterized protein LOC111022655 isoform X5 [Momordica charantia] >XP_022155537.1 uncharacterized protein LOC111022655 isoform X6 [Momordica charantia])

HSP 1 Score: 1831.6 bits (4743), Expect = 0.0e+00
Identity = 921/1065 (86.48%), Postives = 972/1065 (91.27%), Query Frame = 0

Query: 38   ADPDALKSFIWKCFVPLINRAIAFNREMLNQVAESFIDVVIEMNSWPIVEATLIPFCISS 97
            ADPDALK FIWK FVPLIN+A AFNREMLNQV+ESFIDVVIE NSWPIVE TL+P CISS
Sbjct: 92   ADPDALKLFIWKSFVPLINKAAAFNREMLNQVSESFIDVVIETNSWPIVEETLVPLCISS 151

Query: 98   ALYSTSVLQNEEFDTFEGDRCSVILGSNGPINEPRMDKQMMKAYGFLPLPLACHILAIML 157
            ALYST++LQNE+  TFEGDRCSVILGSNG ++EP+MDKQM+K YGFLPLPLACHILAIML
Sbjct: 152  ALYSTTMLQNEQLGTFEGDRCSVILGSNGSVHEPKMDKQMIKGYGFLPLPLACHILAIML 211

Query: 158  DAVLCNRHAPQISDAVVANGCQKAEEFTVKLIWDICNLSEQMLLQSSDHRSCTIRYLLPL 217
            DAVLCNR APQ ++ VV+NGCQKAEEFTVKLI DICNLS+QMLLQSSDHRSC IRYLLP+
Sbjct: 212  DAVLCNRQAPQTTEVVVSNGCQKAEEFTVKLIRDICNLSDQMLLQSSDHRSCAIRYLLPV 271

Query: 218  IFEVLLSHHSLEISIQGHVHNLSRNRFLMKIWKCCKKLFSFGTLERRDAYKILSLYLCFF 277
            IFE LLS H+LEISIQG+  +LSRNRFLMKIW CCKKLFSFGTLERRDAY ILSLYL FF
Sbjct: 272  IFEALLSQHNLEISIQGYACSLSRNRFLMKIWNCCKKLFSFGTLERRDAYTILSLYLSFF 331

Query: 278  PHNEELGGAGICDDAEEFDIKADKDFWDAIKRGLVDKEGLVRKQSLHILKKALYINGRGN 337
            PHNEEL GAG+CDDAEEFDIKADKDFW  IKRGLVDKEGLVRKQS+HILKKAL INGRGN
Sbjct: 332  PHNEELEGAGMCDDAEEFDIKADKDFWVEIKRGLVDKEGLVRKQSVHILKKALSINGRGN 391

Query: 338  TSRVPKTISSGKDNNARGITKRERWAHKEAKSLGVGQICSESEIVINSQQQQWEAFILLY 397
            TS VP TISSGKDNNARGITKRERWA+KEAKSLGV Q CS+ EIV NS QQ+WEAFILLY
Sbjct: 392  TSSVPNTISSGKDNNARGITKRERWANKEAKSLGVVQTCSQHEIVTNSLQQKWEAFILLY 451

Query: 398  EMLEEYGSHLVEAAWNHQIFLLLRDPTSINFDSVTGGIHQNQIDMSSEIFSWLSILWVRG 457
            EMLEEYGSHLVEAAWNHQI LLLRDPTSI FDS TGG +QNQI+MS EIFSWLSILWVRG
Sbjct: 452  EMLEEYGSHLVEAAWNHQISLLLRDPTSIKFDSFTGGFYQNQIEMSGEIFSWLSILWVRG 511

Query: 458  FHHDNPLVRCLIMQSFLAIDWRNYVPCLKSLPETLIIGPFIEALNDPVQHKDFGVKGVYS 517
            FHHDNPLVRCLIMQSFL IDWRNYV CL SLP+T IIGPFIEALNDPVQHKDFGVKGVYS
Sbjct: 512  FHHDNPLVRCLIMQSFLGIDWRNYVSCLMSLPQTFIIGPFIEALNDPVQHKDFGVKGVYS 571

Query: 518  SKTIEGAAHFIRQYANCLDARTSAVFLQQLTSLAKKKSFGRVGLISLSECIASAASVGGY 577
            SKTIEGAAHFIRQYANCLDART+ VFLQQLTSL KKKSFGRVGLISLSECIASAAS+ G+
Sbjct: 572  SKTIEGAAHFIRQYANCLDARTTVVFLQQLTSLTKKKSFGRVGLISLSECIASAASIVGF 631

Query: 578  DNDSEGECFEGSSLSAQGDLITYSLGCKLELLDDLRFVVESSKQHFNPSYRLQVCAKALD 637
            +ND EGECF+      QG+LITYSLG K+ELLDDLRFVV+SSKQHFNPSYR QVCAKAL+
Sbjct: 632  ENDCEGECFD-----PQGNLITYSLGYKMELLDDLRFVVQSSKQHFNPSYRFQVCAKALE 691

Query: 638  AAASVLCTSDLALEVLLHFISSLPREATDCGGCLRGKMQNWLSGCGKKSCSGSCCSTETK 697
            AAASVLCTSDL LEVLL FIS+LPREATD GGCLRGKMQ+WL GCGKK CSGSCCSTETK
Sbjct: 692  AAASVLCTSDLDLEVLLLFISALPREATDYGGCLRGKMQSWLLGCGKKCCSGSCCSTETK 751

Query: 698  FMKSLIEFPKRFISHNHSSDASVTYDDEELEAWEFEAKRWARVVFLAVKEEHHLRPILTF 757
            FMKSLIEFPKRFI HNHSS+ SVTYDDEELEAWEFEAKRWARVVFLAVKEEHHLR ILTF
Sbjct: 752  FMKSLIEFPKRFICHNHSSNVSVTYDDEELEAWEFEAKRWARVVFLAVKEEHHLRSILTF 811

Query: 758  IHNHGVNICKQKSDLEGIRVKFLILILSLVQEHQLVQEKIADYNYKCETKDDYTLSQPSD 817
            IHNHGVNI KQKSDLEGIRVKFLILILSLVQE QLVQEK  D+NYKCETKD+YTL QPSD
Sbjct: 812  IHNHGVNIGKQKSDLEGIRVKFLILILSLVQELQLVQEKATDHNYKCETKDEYTLCQPSD 871

Query: 818  NWSYSEPTTCIKKFANLFPSLLVELVSFATVSCSIFWSNVKSDETGLPCSVKGKLGGPSQ 877
            + +Y+ PTT IKKF NLF SLL ELVSFAT SCSIFWSNVKSDETGLP SVKGKLGGPSQ
Sbjct: 872  DLNYAVPTTFIKKFVNLFSSLLEELVSFATASCSIFWSNVKSDETGLPSSVKGKLGGPSQ 931

Query: 878  RRLPSSTATLVLLAVTSMKAIASILSCCRQFRITGSQNFGVEFLLKFVWKTVSSPAYHSE 937
            RRLPS TATLVLLAVTSMKAIA +LSCCRQF+I GSQNFGVEFLLKF+ KTVSSPAY SE
Sbjct: 932  RRLPSYTATLVLLAVTSMKAIAFVLSCCRQFKIIGSQNFGVEFLLKFLLKTVSSPAYRSE 991

Query: 938  SGAEICLATYEALAPVLQVLVSEFSSQALKFIRDENTIMHLGVEGRPLLDSLVLTFHQHV 997
            SG EI LATYEALA VLQVLVSEFSSQ L+FI DENTIMHLGVEGR  LDSLVLTFHQHV
Sbjct: 992  SGVEIRLATYEALASVLQVLVSEFSSQVLQFIWDENTIMHLGVEGRQPLDSLVLTFHQHV 1051

Query: 998  NGILDAGVLVRSRRAVLLKWKWLCLESLLSIPYRALQNGLNLVDNNSFLSEATLVRIFSD 1057
            NGILDAGVLVRSRRAVLLKWKWLCLESLLSIP R  Q+GL LVDNNSFLSEATLV+IF+D
Sbjct: 1052 NGILDAGVLVRSRRAVLLKWKWLCLESLLSIPQRTFQDGLCLVDNNSFLSEATLVQIFND 1111

Query: 1058 LVESLENAGECSVLPMLRLVRLNLWLFCKGKSGLLVTSCNGVNAE 1103
            LVESLENAGECSVLPMLRLVRL LWLFCKGKSGLLVT CNGVN+E
Sbjct: 1112 LVESLENAGECSVLPMLRLVRLTLWLFCKGKSGLLVTFCNGVNSE 1151

BLAST of Sgr020180 vs. NCBI nr
Match: XP_022155535.1 (uncharacterized protein LOC111022655 isoform X4 [Momordica charantia])

HSP 1 Score: 1831.6 bits (4743), Expect = 0.0e+00
Identity = 921/1065 (86.48%), Postives = 972/1065 (91.27%), Query Frame = 0

Query: 38   ADPDALKSFIWKCFVPLINRAIAFNREMLNQVAESFIDVVIEMNSWPIVEATLIPFCISS 97
            ADPDALK FIWK FVPLIN+A AFNREMLNQV+ESFIDVVIE NSWPIVE TL+P CISS
Sbjct: 92   ADPDALKLFIWKSFVPLINKAAAFNREMLNQVSESFIDVVIETNSWPIVEETLVPLCISS 151

Query: 98   ALYSTSVLQNEEFDTFEGDRCSVILGSNGPINEPRMDKQMMKAYGFLPLPLACHILAIML 157
            ALYST++LQNE+  TFEGDRCSVILGSNG ++EP+MDKQM+K YGFLPLPLACHILAIML
Sbjct: 152  ALYSTTMLQNEQLGTFEGDRCSVILGSNGSVHEPKMDKQMIKGYGFLPLPLACHILAIML 211

Query: 158  DAVLCNRHAPQISDAVVANGCQKAEEFTVKLIWDICNLSEQMLLQSSDHRSCTIRYLLPL 217
            DAVLCNR APQ ++ VV+NGCQKAEEFTVKLI DICNLS+QMLLQSSDHRSC IRYLLP+
Sbjct: 212  DAVLCNRQAPQTTEVVVSNGCQKAEEFTVKLIRDICNLSDQMLLQSSDHRSCAIRYLLPV 271

Query: 218  IFEVLLSHHSLEISIQGHVHNLSRNRFLMKIWKCCKKLFSFGTLERRDAYKILSLYLCFF 277
            IFE LLS H+LEISIQG+  +LSRNRFLMKIW CCKKLFSFGTLERRDAY ILSLYL FF
Sbjct: 272  IFEALLSQHNLEISIQGYACSLSRNRFLMKIWNCCKKLFSFGTLERRDAYTILSLYLSFF 331

Query: 278  PHNEELGGAGICDDAEEFDIKADKDFWDAIKRGLVDKEGLVRKQSLHILKKALYINGRGN 337
            PHNEEL GAG+CDDAEEFDIKADKDFW  IKRGLVDKEGLVRKQS+HILKKAL INGRGN
Sbjct: 332  PHNEELEGAGMCDDAEEFDIKADKDFWVEIKRGLVDKEGLVRKQSVHILKKALSINGRGN 391

Query: 338  TSRVPKTISSGKDNNARGITKRERWAHKEAKSLGVGQICSESEIVINSQQQQWEAFILLY 397
            TS VP TISSGKDNNARGITKRERWA+KEAKSLGV Q CS+ EIV NS QQ+WEAFILLY
Sbjct: 392  TSSVPNTISSGKDNNARGITKRERWANKEAKSLGVVQTCSQHEIVTNSLQQKWEAFILLY 451

Query: 398  EMLEEYGSHLVEAAWNHQIFLLLRDPTSINFDSVTGGIHQNQIDMSSEIFSWLSILWVRG 457
            EMLEEYGSHLVEAAWNHQI LLLRDPTSI FDS TGG +QNQI+MS EIFSWLSILWVRG
Sbjct: 452  EMLEEYGSHLVEAAWNHQISLLLRDPTSIKFDSFTGGFYQNQIEMSGEIFSWLSILWVRG 511

Query: 458  FHHDNPLVRCLIMQSFLAIDWRNYVPCLKSLPETLIIGPFIEALNDPVQHKDFGVKGVYS 517
            FHHDNPLVRCLIMQSFL IDWRNYV CL SLP+T IIGPFIEALNDPVQHKDFGVKGVYS
Sbjct: 512  FHHDNPLVRCLIMQSFLGIDWRNYVSCLMSLPQTFIIGPFIEALNDPVQHKDFGVKGVYS 571

Query: 518  SKTIEGAAHFIRQYANCLDARTSAVFLQQLTSLAKKKSFGRVGLISLSECIASAASVGGY 577
            SKTIEGAAHFIRQYANCLDART+ VFLQQLTSL KKKSFGRVGLISLSECIASAAS+ G+
Sbjct: 572  SKTIEGAAHFIRQYANCLDARTTVVFLQQLTSLTKKKSFGRVGLISLSECIASAASIVGF 631

Query: 578  DNDSEGECFEGSSLSAQGDLITYSLGCKLELLDDLRFVVESSKQHFNPSYRLQVCAKALD 637
            +ND EGECF+      QG+LITYSLG K+ELLDDLRFVV+SSKQHFNPSYR QVCAKAL+
Sbjct: 632  ENDCEGECFD-----PQGNLITYSLGYKMELLDDLRFVVQSSKQHFNPSYRFQVCAKALE 691

Query: 638  AAASVLCTSDLALEVLLHFISSLPREATDCGGCLRGKMQNWLSGCGKKSCSGSCCSTETK 697
            AAASVLCTSDL LEVLL FIS+LPREATD GGCLRGKMQ+WL GCGKK CSGSCCSTETK
Sbjct: 692  AAASVLCTSDLDLEVLLLFISALPREATDYGGCLRGKMQSWLLGCGKKCCSGSCCSTETK 751

Query: 698  FMKSLIEFPKRFISHNHSSDASVTYDDEELEAWEFEAKRWARVVFLAVKEEHHLRPILTF 757
            FMKSLIEFPKRFI HNHSS+ SVTYDDEELEAWEFEAKRWARVVFLAVKEEHHLR ILTF
Sbjct: 752  FMKSLIEFPKRFICHNHSSNVSVTYDDEELEAWEFEAKRWARVVFLAVKEEHHLRSILTF 811

Query: 758  IHNHGVNICKQKSDLEGIRVKFLILILSLVQEHQLVQEKIADYNYKCETKDDYTLSQPSD 817
            IHNHGVNI KQKSDLEGIRVKFLILILSLVQE QLVQEK  D+NYKCETKD+YTL QPSD
Sbjct: 812  IHNHGVNIGKQKSDLEGIRVKFLILILSLVQELQLVQEKATDHNYKCETKDEYTLCQPSD 871

Query: 818  NWSYSEPTTCIKKFANLFPSLLVELVSFATVSCSIFWSNVKSDETGLPCSVKGKLGGPSQ 877
            + +Y+ PTT IKKF NLF SLL ELVSFAT SCSIFWSNVKSDETGLP SVKGKLGGPSQ
Sbjct: 872  DLNYAVPTTFIKKFVNLFSSLLEELVSFATASCSIFWSNVKSDETGLPSSVKGKLGGPSQ 931

Query: 878  RRLPSSTATLVLLAVTSMKAIASILSCCRQFRITGSQNFGVEFLLKFVWKTVSSPAYHSE 937
            RRLPS TATLVLLAVTSMKAIA +LSCCRQF+I GSQNFGVEFLLKF+ KTVSSPAY SE
Sbjct: 932  RRLPSYTATLVLLAVTSMKAIAFVLSCCRQFKIIGSQNFGVEFLLKFLLKTVSSPAYRSE 991

Query: 938  SGAEICLATYEALAPVLQVLVSEFSSQALKFIRDENTIMHLGVEGRPLLDSLVLTFHQHV 997
            SG EI LATYEALA VLQVLVSEFSSQ L+FI DENTIMHLGVEGR  LDSLVLTFHQHV
Sbjct: 992  SGVEIRLATYEALASVLQVLVSEFSSQVLQFIWDENTIMHLGVEGRQPLDSLVLTFHQHV 1051

Query: 998  NGILDAGVLVRSRRAVLLKWKWLCLESLLSIPYRALQNGLNLVDNNSFLSEATLVRIFSD 1057
            NGILDAGVLVRSRRAVLLKWKWLCLESLLSIP R  Q+GL LVDNNSFLSEATLV+IF+D
Sbjct: 1052 NGILDAGVLVRSRRAVLLKWKWLCLESLLSIPQRTFQDGLCLVDNNSFLSEATLVQIFND 1111

Query: 1058 LVESLENAGECSVLPMLRLVRLNLWLFCKGKSGLLVTSCNGVNAE 1103
            LVESLENAGECSVLPMLRLVRL LWLFCKGKSGLLVT CNGVN+E
Sbjct: 1112 LVESLENAGECSVLPMLRLVRLTLWLFCKGKSGLLVTFCNGVNSE 1151

BLAST of Sgr020180 vs. NCBI nr
Match: XP_022155534.1 (uncharacterized protein LOC111022655 isoform X3 [Momordica charantia])

HSP 1 Score: 1819.7 bits (4712), Expect = 0.0e+00
Identity = 918/1065 (86.20%), Postives = 967/1065 (90.80%), Query Frame = 0

Query: 38   ADPDALKSFIWKCFVPLINRAIAFNREMLNQVAESFIDVVIEMNSWPIVEATLIPFCISS 97
            ADPDALK FIWK FVPLIN+A AFNREMLNQV+ESFIDVVIE NSWPIVE TL+P CISS
Sbjct: 92   ADPDALKLFIWKSFVPLINKAAAFNREMLNQVSESFIDVVIETNSWPIVEETLVPLCISS 151

Query: 98   ALYSTSVLQNEEFDTFEGDRCSVILGSNGPINEPRMDKQMMKAYGFLPLPLACHILAIML 157
            ALYST++LQNE+  TFEGDRCSVILGSNG ++EP+MDKQM+K YGFLPLPLACHILAIML
Sbjct: 152  ALYSTTMLQNEQLGTFEGDRCSVILGSNGSVHEPKMDKQMIKGYGFLPLPLACHILAIML 211

Query: 158  DAVLCNRHAPQISDAVVANGCQKAEEFTVKLIWDICNLSEQMLLQSSDHRSCTIRYLLPL 217
            DAVLCNR APQ ++ VV+NGCQKAEEFTVKLI DICNLS+QMLLQSSDHRSC IRYLLP+
Sbjct: 212  DAVLCNRQAPQTTEVVVSNGCQKAEEFTVKLIRDICNLSDQMLLQSSDHRSCAIRYLLPV 271

Query: 218  IFEVLLSHHSLEISIQGHVHNLSRNRFLMKIWKCCKKLFSFGTLERRDAYKILSLYLCFF 277
            IFE LLS H+LEISIQG       NRFLMKIW CCKKLFSFGTLERRDAY ILSLYL FF
Sbjct: 272  IFEALLSQHNLEISIQG-------NRFLMKIWNCCKKLFSFGTLERRDAYTILSLYLSFF 331

Query: 278  PHNEELGGAGICDDAEEFDIKADKDFWDAIKRGLVDKEGLVRKQSLHILKKALYINGRGN 337
            PHNEEL GAG+CDDAEEFDIKADKDFW  IKRGLVDKEGLVRKQS+HILKKAL INGRGN
Sbjct: 332  PHNEELEGAGMCDDAEEFDIKADKDFWVEIKRGLVDKEGLVRKQSVHILKKALSINGRGN 391

Query: 338  TSRVPKTISSGKDNNARGITKRERWAHKEAKSLGVGQICSESEIVINSQQQQWEAFILLY 397
            TS VP TISSGKDNNARGITKRERWA+KEAKSLGV Q CS+ EIV NS QQ+WEAFILLY
Sbjct: 392  TSSVPNTISSGKDNNARGITKRERWANKEAKSLGVVQTCSQHEIVTNSLQQKWEAFILLY 451

Query: 398  EMLEEYGSHLVEAAWNHQIFLLLRDPTSINFDSVTGGIHQNQIDMSSEIFSWLSILWVRG 457
            EMLEEYGSHLVEAAWNHQI LLLRDPTSI FDS TGG +QNQI+MS EIFSWLSILWVRG
Sbjct: 452  EMLEEYGSHLVEAAWNHQISLLLRDPTSIKFDSFTGGFYQNQIEMSGEIFSWLSILWVRG 511

Query: 458  FHHDNPLVRCLIMQSFLAIDWRNYVPCLKSLPETLIIGPFIEALNDPVQHKDFGVKGVYS 517
            FHHDNPLVRCLIMQSFL IDWRNYV CL SLP+T IIGPFIEALNDPVQHKDFGVKGVYS
Sbjct: 512  FHHDNPLVRCLIMQSFLGIDWRNYVSCLMSLPQTFIIGPFIEALNDPVQHKDFGVKGVYS 571

Query: 518  SKTIEGAAHFIRQYANCLDARTSAVFLQQLTSLAKKKSFGRVGLISLSECIASAASVGGY 577
            SKTIEGAAHFIRQYANCLDART+ VFLQQLTSL KKKSFGRVGLISLSECIASAAS+ G+
Sbjct: 572  SKTIEGAAHFIRQYANCLDARTTVVFLQQLTSLTKKKSFGRVGLISLSECIASAASIVGF 631

Query: 578  DNDSEGECFEGSSLSAQGDLITYSLGCKLELLDDLRFVVESSKQHFNPSYRLQVCAKALD 637
            +ND EGECF+      QG+LITYSLG K+ELLDDLRFVV+SSKQHFNPSYR QVCAKAL+
Sbjct: 632  ENDCEGECFD-----PQGNLITYSLGYKMELLDDLRFVVQSSKQHFNPSYRFQVCAKALE 691

Query: 638  AAASVLCTSDLALEVLLHFISSLPREATDCGGCLRGKMQNWLSGCGKKSCSGSCCSTETK 697
            AAASVLCTSDL LEVLL FIS+LPREATD GGCLRGKMQ+WL GCGKK CSGSCCSTETK
Sbjct: 692  AAASVLCTSDLDLEVLLLFISALPREATDYGGCLRGKMQSWLLGCGKKCCSGSCCSTETK 751

Query: 698  FMKSLIEFPKRFISHNHSSDASVTYDDEELEAWEFEAKRWARVVFLAVKEEHHLRPILTF 757
            FMKSLIEFPKRFI HNHSS+ SVTYDDEELEAWEFEAKRWARVVFLAVKEEHHLR ILTF
Sbjct: 752  FMKSLIEFPKRFICHNHSSNVSVTYDDEELEAWEFEAKRWARVVFLAVKEEHHLRSILTF 811

Query: 758  IHNHGVNICKQKSDLEGIRVKFLILILSLVQEHQLVQEKIADYNYKCETKDDYTLSQPSD 817
            IHNHGVNI KQKSDLEGIRVKFLILILSLVQE QLVQEK  D+NYKCETKD+YTL QPSD
Sbjct: 812  IHNHGVNIGKQKSDLEGIRVKFLILILSLVQELQLVQEKATDHNYKCETKDEYTLCQPSD 871

Query: 818  NWSYSEPTTCIKKFANLFPSLLVELVSFATVSCSIFWSNVKSDETGLPCSVKGKLGGPSQ 877
            + +Y+ PTT IKKF NLF SLL ELVSFAT SCSIFWSNVKSDETGLP SVKGKLGGPSQ
Sbjct: 872  DLNYAVPTTFIKKFVNLFSSLLEELVSFATASCSIFWSNVKSDETGLPSSVKGKLGGPSQ 931

Query: 878  RRLPSSTATLVLLAVTSMKAIASILSCCRQFRITGSQNFGVEFLLKFVWKTVSSPAYHSE 937
            RRLPS TATLVLLAVTSMKAIA +LSCCRQF+I GSQNFGVEFLLKF+ KTVSSPAY SE
Sbjct: 932  RRLPSYTATLVLLAVTSMKAIAFVLSCCRQFKIIGSQNFGVEFLLKFLLKTVSSPAYRSE 991

Query: 938  SGAEICLATYEALAPVLQVLVSEFSSQALKFIRDENTIMHLGVEGRPLLDSLVLTFHQHV 997
            SG EI LATYEALA VLQVLVSEFSSQ L+FI DENTIMHLGVEGR  LDSLVLTFHQHV
Sbjct: 992  SGVEIRLATYEALASVLQVLVSEFSSQVLQFIWDENTIMHLGVEGRQPLDSLVLTFHQHV 1051

Query: 998  NGILDAGVLVRSRRAVLLKWKWLCLESLLSIPYRALQNGLNLVDNNSFLSEATLVRIFSD 1057
            NGILDAGVLVRSRRAVLLKWKWLCLESLLSIP R  Q+GL LVDNNSFLSEATLV+IF+D
Sbjct: 1052 NGILDAGVLVRSRRAVLLKWKWLCLESLLSIPQRTFQDGLCLVDNNSFLSEATLVQIFND 1111

Query: 1058 LVESLENAGECSVLPMLRLVRLNLWLFCKGKSGLLVTSCNGVNAE 1103
            LVESLENAGECSVLPMLRLVRL LWLFCKGKSGLLVT CNGVN+E
Sbjct: 1112 LVESLENAGECSVLPMLRLVRLTLWLFCKGKSGLLVTFCNGVNSE 1144

BLAST of Sgr020180 vs. ExPASy TrEMBL
Match: A0A6J1DPL7 (uncharacterized protein LOC111022655 isoform X5 OS=Momordica charantia OX=3673 GN=LOC111022655 PE=4 SV=1)

HSP 1 Score: 1831.6 bits (4743), Expect = 0.0e+00
Identity = 921/1065 (86.48%), Postives = 972/1065 (91.27%), Query Frame = 0

Query: 38   ADPDALKSFIWKCFVPLINRAIAFNREMLNQVAESFIDVVIEMNSWPIVEATLIPFCISS 97
            ADPDALK FIWK FVPLIN+A AFNREMLNQV+ESFIDVVIE NSWPIVE TL+P CISS
Sbjct: 92   ADPDALKLFIWKSFVPLINKAAAFNREMLNQVSESFIDVVIETNSWPIVEETLVPLCISS 151

Query: 98   ALYSTSVLQNEEFDTFEGDRCSVILGSNGPINEPRMDKQMMKAYGFLPLPLACHILAIML 157
            ALYST++LQNE+  TFEGDRCSVILGSNG ++EP+MDKQM+K YGFLPLPLACHILAIML
Sbjct: 152  ALYSTTMLQNEQLGTFEGDRCSVILGSNGSVHEPKMDKQMIKGYGFLPLPLACHILAIML 211

Query: 158  DAVLCNRHAPQISDAVVANGCQKAEEFTVKLIWDICNLSEQMLLQSSDHRSCTIRYLLPL 217
            DAVLCNR APQ ++ VV+NGCQKAEEFTVKLI DICNLS+QMLLQSSDHRSC IRYLLP+
Sbjct: 212  DAVLCNRQAPQTTEVVVSNGCQKAEEFTVKLIRDICNLSDQMLLQSSDHRSCAIRYLLPV 271

Query: 218  IFEVLLSHHSLEISIQGHVHNLSRNRFLMKIWKCCKKLFSFGTLERRDAYKILSLYLCFF 277
            IFE LLS H+LEISIQG+  +LSRNRFLMKIW CCKKLFSFGTLERRDAY ILSLYL FF
Sbjct: 272  IFEALLSQHNLEISIQGYACSLSRNRFLMKIWNCCKKLFSFGTLERRDAYTILSLYLSFF 331

Query: 278  PHNEELGGAGICDDAEEFDIKADKDFWDAIKRGLVDKEGLVRKQSLHILKKALYINGRGN 337
            PHNEEL GAG+CDDAEEFDIKADKDFW  IKRGLVDKEGLVRKQS+HILKKAL INGRGN
Sbjct: 332  PHNEELEGAGMCDDAEEFDIKADKDFWVEIKRGLVDKEGLVRKQSVHILKKALSINGRGN 391

Query: 338  TSRVPKTISSGKDNNARGITKRERWAHKEAKSLGVGQICSESEIVINSQQQQWEAFILLY 397
            TS VP TISSGKDNNARGITKRERWA+KEAKSLGV Q CS+ EIV NS QQ+WEAFILLY
Sbjct: 392  TSSVPNTISSGKDNNARGITKRERWANKEAKSLGVVQTCSQHEIVTNSLQQKWEAFILLY 451

Query: 398  EMLEEYGSHLVEAAWNHQIFLLLRDPTSINFDSVTGGIHQNQIDMSSEIFSWLSILWVRG 457
            EMLEEYGSHLVEAAWNHQI LLLRDPTSI FDS TGG +QNQI+MS EIFSWLSILWVRG
Sbjct: 452  EMLEEYGSHLVEAAWNHQISLLLRDPTSIKFDSFTGGFYQNQIEMSGEIFSWLSILWVRG 511

Query: 458  FHHDNPLVRCLIMQSFLAIDWRNYVPCLKSLPETLIIGPFIEALNDPVQHKDFGVKGVYS 517
            FHHDNPLVRCLIMQSFL IDWRNYV CL SLP+T IIGPFIEALNDPVQHKDFGVKGVYS
Sbjct: 512  FHHDNPLVRCLIMQSFLGIDWRNYVSCLMSLPQTFIIGPFIEALNDPVQHKDFGVKGVYS 571

Query: 518  SKTIEGAAHFIRQYANCLDARTSAVFLQQLTSLAKKKSFGRVGLISLSECIASAASVGGY 577
            SKTIEGAAHFIRQYANCLDART+ VFLQQLTSL KKKSFGRVGLISLSECIASAAS+ G+
Sbjct: 572  SKTIEGAAHFIRQYANCLDARTTVVFLQQLTSLTKKKSFGRVGLISLSECIASAASIVGF 631

Query: 578  DNDSEGECFEGSSLSAQGDLITYSLGCKLELLDDLRFVVESSKQHFNPSYRLQVCAKALD 637
            +ND EGECF+      QG+LITYSLG K+ELLDDLRFVV+SSKQHFNPSYR QVCAKAL+
Sbjct: 632  ENDCEGECFD-----PQGNLITYSLGYKMELLDDLRFVVQSSKQHFNPSYRFQVCAKALE 691

Query: 638  AAASVLCTSDLALEVLLHFISSLPREATDCGGCLRGKMQNWLSGCGKKSCSGSCCSTETK 697
            AAASVLCTSDL LEVLL FIS+LPREATD GGCLRGKMQ+WL GCGKK CSGSCCSTETK
Sbjct: 692  AAASVLCTSDLDLEVLLLFISALPREATDYGGCLRGKMQSWLLGCGKKCCSGSCCSTETK 751

Query: 698  FMKSLIEFPKRFISHNHSSDASVTYDDEELEAWEFEAKRWARVVFLAVKEEHHLRPILTF 757
            FMKSLIEFPKRFI HNHSS+ SVTYDDEELEAWEFEAKRWARVVFLAVKEEHHLR ILTF
Sbjct: 752  FMKSLIEFPKRFICHNHSSNVSVTYDDEELEAWEFEAKRWARVVFLAVKEEHHLRSILTF 811

Query: 758  IHNHGVNICKQKSDLEGIRVKFLILILSLVQEHQLVQEKIADYNYKCETKDDYTLSQPSD 817
            IHNHGVNI KQKSDLEGIRVKFLILILSLVQE QLVQEK  D+NYKCETKD+YTL QPSD
Sbjct: 812  IHNHGVNIGKQKSDLEGIRVKFLILILSLVQELQLVQEKATDHNYKCETKDEYTLCQPSD 871

Query: 818  NWSYSEPTTCIKKFANLFPSLLVELVSFATVSCSIFWSNVKSDETGLPCSVKGKLGGPSQ 877
            + +Y+ PTT IKKF NLF SLL ELVSFAT SCSIFWSNVKSDETGLP SVKGKLGGPSQ
Sbjct: 872  DLNYAVPTTFIKKFVNLFSSLLEELVSFATASCSIFWSNVKSDETGLPSSVKGKLGGPSQ 931

Query: 878  RRLPSSTATLVLLAVTSMKAIASILSCCRQFRITGSQNFGVEFLLKFVWKTVSSPAYHSE 937
            RRLPS TATLVLLAVTSMKAIA +LSCCRQF+I GSQNFGVEFLLKF+ KTVSSPAY SE
Sbjct: 932  RRLPSYTATLVLLAVTSMKAIAFVLSCCRQFKIIGSQNFGVEFLLKFLLKTVSSPAYRSE 991

Query: 938  SGAEICLATYEALAPVLQVLVSEFSSQALKFIRDENTIMHLGVEGRPLLDSLVLTFHQHV 997
            SG EI LATYEALA VLQVLVSEFSSQ L+FI DENTIMHLGVEGR  LDSLVLTFHQHV
Sbjct: 992  SGVEIRLATYEALASVLQVLVSEFSSQVLQFIWDENTIMHLGVEGRQPLDSLVLTFHQHV 1051

Query: 998  NGILDAGVLVRSRRAVLLKWKWLCLESLLSIPYRALQNGLNLVDNNSFLSEATLVRIFSD 1057
            NGILDAGVLVRSRRAVLLKWKWLCLESLLSIP R  Q+GL LVDNNSFLSEATLV+IF+D
Sbjct: 1052 NGILDAGVLVRSRRAVLLKWKWLCLESLLSIPQRTFQDGLCLVDNNSFLSEATLVQIFND 1111

Query: 1058 LVESLENAGECSVLPMLRLVRLNLWLFCKGKSGLLVTSCNGVNAE 1103
            LVESLENAGECSVLPMLRLVRL LWLFCKGKSGLLVT CNGVN+E
Sbjct: 1112 LVESLENAGECSVLPMLRLVRLTLWLFCKGKSGLLVTFCNGVNSE 1151

BLAST of Sgr020180 vs. ExPASy TrEMBL
Match: A0A6J1DMP5 (uncharacterized protein LOC111022655 isoform X4 OS=Momordica charantia OX=3673 GN=LOC111022655 PE=4 SV=1)

HSP 1 Score: 1831.6 bits (4743), Expect = 0.0e+00
Identity = 921/1065 (86.48%), Postives = 972/1065 (91.27%), Query Frame = 0

Query: 38   ADPDALKSFIWKCFVPLINRAIAFNREMLNQVAESFIDVVIEMNSWPIVEATLIPFCISS 97
            ADPDALK FIWK FVPLIN+A AFNREMLNQV+ESFIDVVIE NSWPIVE TL+P CISS
Sbjct: 92   ADPDALKLFIWKSFVPLINKAAAFNREMLNQVSESFIDVVIETNSWPIVEETLVPLCISS 151

Query: 98   ALYSTSVLQNEEFDTFEGDRCSVILGSNGPINEPRMDKQMMKAYGFLPLPLACHILAIML 157
            ALYST++LQNE+  TFEGDRCSVILGSNG ++EP+MDKQM+K YGFLPLPLACHILAIML
Sbjct: 152  ALYSTTMLQNEQLGTFEGDRCSVILGSNGSVHEPKMDKQMIKGYGFLPLPLACHILAIML 211

Query: 158  DAVLCNRHAPQISDAVVANGCQKAEEFTVKLIWDICNLSEQMLLQSSDHRSCTIRYLLPL 217
            DAVLCNR APQ ++ VV+NGCQKAEEFTVKLI DICNLS+QMLLQSSDHRSC IRYLLP+
Sbjct: 212  DAVLCNRQAPQTTEVVVSNGCQKAEEFTVKLIRDICNLSDQMLLQSSDHRSCAIRYLLPV 271

Query: 218  IFEVLLSHHSLEISIQGHVHNLSRNRFLMKIWKCCKKLFSFGTLERRDAYKILSLYLCFF 277
            IFE LLS H+LEISIQG+  +LSRNRFLMKIW CCKKLFSFGTLERRDAY ILSLYL FF
Sbjct: 272  IFEALLSQHNLEISIQGYACSLSRNRFLMKIWNCCKKLFSFGTLERRDAYTILSLYLSFF 331

Query: 278  PHNEELGGAGICDDAEEFDIKADKDFWDAIKRGLVDKEGLVRKQSLHILKKALYINGRGN 337
            PHNEEL GAG+CDDAEEFDIKADKDFW  IKRGLVDKEGLVRKQS+HILKKAL INGRGN
Sbjct: 332  PHNEELEGAGMCDDAEEFDIKADKDFWVEIKRGLVDKEGLVRKQSVHILKKALSINGRGN 391

Query: 338  TSRVPKTISSGKDNNARGITKRERWAHKEAKSLGVGQICSESEIVINSQQQQWEAFILLY 397
            TS VP TISSGKDNNARGITKRERWA+KEAKSLGV Q CS+ EIV NS QQ+WEAFILLY
Sbjct: 392  TSSVPNTISSGKDNNARGITKRERWANKEAKSLGVVQTCSQHEIVTNSLQQKWEAFILLY 451

Query: 398  EMLEEYGSHLVEAAWNHQIFLLLRDPTSINFDSVTGGIHQNQIDMSSEIFSWLSILWVRG 457
            EMLEEYGSHLVEAAWNHQI LLLRDPTSI FDS TGG +QNQI+MS EIFSWLSILWVRG
Sbjct: 452  EMLEEYGSHLVEAAWNHQISLLLRDPTSIKFDSFTGGFYQNQIEMSGEIFSWLSILWVRG 511

Query: 458  FHHDNPLVRCLIMQSFLAIDWRNYVPCLKSLPETLIIGPFIEALNDPVQHKDFGVKGVYS 517
            FHHDNPLVRCLIMQSFL IDWRNYV CL SLP+T IIGPFIEALNDPVQHKDFGVKGVYS
Sbjct: 512  FHHDNPLVRCLIMQSFLGIDWRNYVSCLMSLPQTFIIGPFIEALNDPVQHKDFGVKGVYS 571

Query: 518  SKTIEGAAHFIRQYANCLDARTSAVFLQQLTSLAKKKSFGRVGLISLSECIASAASVGGY 577
            SKTIEGAAHFIRQYANCLDART+ VFLQQLTSL KKKSFGRVGLISLSECIASAAS+ G+
Sbjct: 572  SKTIEGAAHFIRQYANCLDARTTVVFLQQLTSLTKKKSFGRVGLISLSECIASAASIVGF 631

Query: 578  DNDSEGECFEGSSLSAQGDLITYSLGCKLELLDDLRFVVESSKQHFNPSYRLQVCAKALD 637
            +ND EGECF+      QG+LITYSLG K+ELLDDLRFVV+SSKQHFNPSYR QVCAKAL+
Sbjct: 632  ENDCEGECFD-----PQGNLITYSLGYKMELLDDLRFVVQSSKQHFNPSYRFQVCAKALE 691

Query: 638  AAASVLCTSDLALEVLLHFISSLPREATDCGGCLRGKMQNWLSGCGKKSCSGSCCSTETK 697
            AAASVLCTSDL LEVLL FIS+LPREATD GGCLRGKMQ+WL GCGKK CSGSCCSTETK
Sbjct: 692  AAASVLCTSDLDLEVLLLFISALPREATDYGGCLRGKMQSWLLGCGKKCCSGSCCSTETK 751

Query: 698  FMKSLIEFPKRFISHNHSSDASVTYDDEELEAWEFEAKRWARVVFLAVKEEHHLRPILTF 757
            FMKSLIEFPKRFI HNHSS+ SVTYDDEELEAWEFEAKRWARVVFLAVKEEHHLR ILTF
Sbjct: 752  FMKSLIEFPKRFICHNHSSNVSVTYDDEELEAWEFEAKRWARVVFLAVKEEHHLRSILTF 811

Query: 758  IHNHGVNICKQKSDLEGIRVKFLILILSLVQEHQLVQEKIADYNYKCETKDDYTLSQPSD 817
            IHNHGVNI KQKSDLEGIRVKFLILILSLVQE QLVQEK  D+NYKCETKD+YTL QPSD
Sbjct: 812  IHNHGVNIGKQKSDLEGIRVKFLILILSLVQELQLVQEKATDHNYKCETKDEYTLCQPSD 871

Query: 818  NWSYSEPTTCIKKFANLFPSLLVELVSFATVSCSIFWSNVKSDETGLPCSVKGKLGGPSQ 877
            + +Y+ PTT IKKF NLF SLL ELVSFAT SCSIFWSNVKSDETGLP SVKGKLGGPSQ
Sbjct: 872  DLNYAVPTTFIKKFVNLFSSLLEELVSFATASCSIFWSNVKSDETGLPSSVKGKLGGPSQ 931

Query: 878  RRLPSSTATLVLLAVTSMKAIASILSCCRQFRITGSQNFGVEFLLKFVWKTVSSPAYHSE 937
            RRLPS TATLVLLAVTSMKAIA +LSCCRQF+I GSQNFGVEFLLKF+ KTVSSPAY SE
Sbjct: 932  RRLPSYTATLVLLAVTSMKAIAFVLSCCRQFKIIGSQNFGVEFLLKFLLKTVSSPAYRSE 991

Query: 938  SGAEICLATYEALAPVLQVLVSEFSSQALKFIRDENTIMHLGVEGRPLLDSLVLTFHQHV 997
            SG EI LATYEALA VLQVLVSEFSSQ L+FI DENTIMHLGVEGR  LDSLVLTFHQHV
Sbjct: 992  SGVEIRLATYEALASVLQVLVSEFSSQVLQFIWDENTIMHLGVEGRQPLDSLVLTFHQHV 1051

Query: 998  NGILDAGVLVRSRRAVLLKWKWLCLESLLSIPYRALQNGLNLVDNNSFLSEATLVRIFSD 1057
            NGILDAGVLVRSRRAVLLKWKWLCLESLLSIP R  Q+GL LVDNNSFLSEATLV+IF+D
Sbjct: 1052 NGILDAGVLVRSRRAVLLKWKWLCLESLLSIPQRTFQDGLCLVDNNSFLSEATLVQIFND 1111

Query: 1058 LVESLENAGECSVLPMLRLVRLNLWLFCKGKSGLLVTSCNGVNAE 1103
            LVESLENAGECSVLPMLRLVRL LWLFCKGKSGLLVT CNGVN+E
Sbjct: 1112 LVESLENAGECSVLPMLRLVRLTLWLFCKGKSGLLVTFCNGVNSE 1151

BLAST of Sgr020180 vs. ExPASy TrEMBL
Match: A0A6J1DN74 (uncharacterized protein LOC111022655 isoform X2 OS=Momordica charantia OX=3673 GN=LOC111022655 PE=4 SV=1)

HSP 1 Score: 1831.6 bits (4743), Expect = 0.0e+00
Identity = 921/1065 (86.48%), Postives = 972/1065 (91.27%), Query Frame = 0

Query: 38   ADPDALKSFIWKCFVPLINRAIAFNREMLNQVAESFIDVVIEMNSWPIVEATLIPFCISS 97
            ADPDALK FIWK FVPLIN+A AFNREMLNQV+ESFIDVVIE NSWPIVE TL+P CISS
Sbjct: 92   ADPDALKLFIWKSFVPLINKAAAFNREMLNQVSESFIDVVIETNSWPIVEETLVPLCISS 151

Query: 98   ALYSTSVLQNEEFDTFEGDRCSVILGSNGPINEPRMDKQMMKAYGFLPLPLACHILAIML 157
            ALYST++LQNE+  TFEGDRCSVILGSNG ++EP+MDKQM+K YGFLPLPLACHILAIML
Sbjct: 152  ALYSTTMLQNEQLGTFEGDRCSVILGSNGSVHEPKMDKQMIKGYGFLPLPLACHILAIML 211

Query: 158  DAVLCNRHAPQISDAVVANGCQKAEEFTVKLIWDICNLSEQMLLQSSDHRSCTIRYLLPL 217
            DAVLCNR APQ ++ VV+NGCQKAEEFTVKLI DICNLS+QMLLQSSDHRSC IRYLLP+
Sbjct: 212  DAVLCNRQAPQTTEVVVSNGCQKAEEFTVKLIRDICNLSDQMLLQSSDHRSCAIRYLLPV 271

Query: 218  IFEVLLSHHSLEISIQGHVHNLSRNRFLMKIWKCCKKLFSFGTLERRDAYKILSLYLCFF 277
            IFE LLS H+LEISIQG+  +LSRNRFLMKIW CCKKLFSFGTLERRDAY ILSLYL FF
Sbjct: 272  IFEALLSQHNLEISIQGYACSLSRNRFLMKIWNCCKKLFSFGTLERRDAYTILSLYLSFF 331

Query: 278  PHNEELGGAGICDDAEEFDIKADKDFWDAIKRGLVDKEGLVRKQSLHILKKALYINGRGN 337
            PHNEEL GAG+CDDAEEFDIKADKDFW  IKRGLVDKEGLVRKQS+HILKKAL INGRGN
Sbjct: 332  PHNEELEGAGMCDDAEEFDIKADKDFWVEIKRGLVDKEGLVRKQSVHILKKALSINGRGN 391

Query: 338  TSRVPKTISSGKDNNARGITKRERWAHKEAKSLGVGQICSESEIVINSQQQQWEAFILLY 397
            TS VP TISSGKDNNARGITKRERWA+KEAKSLGV Q CS+ EIV NS QQ+WEAFILLY
Sbjct: 392  TSSVPNTISSGKDNNARGITKRERWANKEAKSLGVVQTCSQHEIVTNSLQQKWEAFILLY 451

Query: 398  EMLEEYGSHLVEAAWNHQIFLLLRDPTSINFDSVTGGIHQNQIDMSSEIFSWLSILWVRG 457
            EMLEEYGSHLVEAAWNHQI LLLRDPTSI FDS TGG +QNQI+MS EIFSWLSILWVRG
Sbjct: 452  EMLEEYGSHLVEAAWNHQISLLLRDPTSIKFDSFTGGFYQNQIEMSGEIFSWLSILWVRG 511

Query: 458  FHHDNPLVRCLIMQSFLAIDWRNYVPCLKSLPETLIIGPFIEALNDPVQHKDFGVKGVYS 517
            FHHDNPLVRCLIMQSFL IDWRNYV CL SLP+T IIGPFIEALNDPVQHKDFGVKGVYS
Sbjct: 512  FHHDNPLVRCLIMQSFLGIDWRNYVSCLMSLPQTFIIGPFIEALNDPVQHKDFGVKGVYS 571

Query: 518  SKTIEGAAHFIRQYANCLDARTSAVFLQQLTSLAKKKSFGRVGLISLSECIASAASVGGY 577
            SKTIEGAAHFIRQYANCLDART+ VFLQQLTSL KKKSFGRVGLISLSECIASAAS+ G+
Sbjct: 572  SKTIEGAAHFIRQYANCLDARTTVVFLQQLTSLTKKKSFGRVGLISLSECIASAASIVGF 631

Query: 578  DNDSEGECFEGSSLSAQGDLITYSLGCKLELLDDLRFVVESSKQHFNPSYRLQVCAKALD 637
            +ND EGECF+      QG+LITYSLG K+ELLDDLRFVV+SSKQHFNPSYR QVCAKAL+
Sbjct: 632  ENDCEGECFD-----PQGNLITYSLGYKMELLDDLRFVVQSSKQHFNPSYRFQVCAKALE 691

Query: 638  AAASVLCTSDLALEVLLHFISSLPREATDCGGCLRGKMQNWLSGCGKKSCSGSCCSTETK 697
            AAASVLCTSDL LEVLL FIS+LPREATD GGCLRGKMQ+WL GCGKK CSGSCCSTETK
Sbjct: 692  AAASVLCTSDLDLEVLLLFISALPREATDYGGCLRGKMQSWLLGCGKKCCSGSCCSTETK 751

Query: 698  FMKSLIEFPKRFISHNHSSDASVTYDDEELEAWEFEAKRWARVVFLAVKEEHHLRPILTF 757
            FMKSLIEFPKRFI HNHSS+ SVTYDDEELEAWEFEAKRWARVVFLAVKEEHHLR ILTF
Sbjct: 752  FMKSLIEFPKRFICHNHSSNVSVTYDDEELEAWEFEAKRWARVVFLAVKEEHHLRSILTF 811

Query: 758  IHNHGVNICKQKSDLEGIRVKFLILILSLVQEHQLVQEKIADYNYKCETKDDYTLSQPSD 817
            IHNHGVNI KQKSDLEGIRVKFLILILSLVQE QLVQEK  D+NYKCETKD+YTL QPSD
Sbjct: 812  IHNHGVNIGKQKSDLEGIRVKFLILILSLVQELQLVQEKATDHNYKCETKDEYTLCQPSD 871

Query: 818  NWSYSEPTTCIKKFANLFPSLLVELVSFATVSCSIFWSNVKSDETGLPCSVKGKLGGPSQ 877
            + +Y+ PTT IKKF NLF SLL ELVSFAT SCSIFWSNVKSDETGLP SVKGKLGGPSQ
Sbjct: 872  DLNYAVPTTFIKKFVNLFSSLLEELVSFATASCSIFWSNVKSDETGLPSSVKGKLGGPSQ 931

Query: 878  RRLPSSTATLVLLAVTSMKAIASILSCCRQFRITGSQNFGVEFLLKFVWKTVSSPAYHSE 937
            RRLPS TATLVLLAVTSMKAIA +LSCCRQF+I GSQNFGVEFLLKF+ KTVSSPAY SE
Sbjct: 932  RRLPSYTATLVLLAVTSMKAIAFVLSCCRQFKIIGSQNFGVEFLLKFLLKTVSSPAYRSE 991

Query: 938  SGAEICLATYEALAPVLQVLVSEFSSQALKFIRDENTIMHLGVEGRPLLDSLVLTFHQHV 997
            SG EI LATYEALA VLQVLVSEFSSQ L+FI DENTIMHLGVEGR  LDSLVLTFHQHV
Sbjct: 992  SGVEIRLATYEALASVLQVLVSEFSSQVLQFIWDENTIMHLGVEGRQPLDSLVLTFHQHV 1051

Query: 998  NGILDAGVLVRSRRAVLLKWKWLCLESLLSIPYRALQNGLNLVDNNSFLSEATLVRIFSD 1057
            NGILDAGVLVRSRRAVLLKWKWLCLESLLSIP R  Q+GL LVDNNSFLSEATLV+IF+D
Sbjct: 1052 NGILDAGVLVRSRRAVLLKWKWLCLESLLSIPQRTFQDGLCLVDNNSFLSEATLVQIFND 1111

Query: 1058 LVESLENAGECSVLPMLRLVRLNLWLFCKGKSGLLVTSCNGVNAE 1103
            LVESLENAGECSVLPMLRLVRL LWLFCKGKSGLLVT CNGVN+E
Sbjct: 1112 LVESLENAGECSVLPMLRLVRLTLWLFCKGKSGLLVTFCNGVNSE 1151

BLAST of Sgr020180 vs. ExPASy TrEMBL
Match: A0A6J1DPL1 (uncharacterized protein LOC111022655 isoform X1 OS=Momordica charantia OX=3673 GN=LOC111022655 PE=4 SV=1)

HSP 1 Score: 1831.6 bits (4743), Expect = 0.0e+00
Identity = 921/1065 (86.48%), Postives = 972/1065 (91.27%), Query Frame = 0

Query: 38   ADPDALKSFIWKCFVPLINRAIAFNREMLNQVAESFIDVVIEMNSWPIVEATLIPFCISS 97
            ADPDALK FIWK FVPLIN+A AFNREMLNQV+ESFIDVVIE NSWPIVE TL+P CISS
Sbjct: 92   ADPDALKLFIWKSFVPLINKAAAFNREMLNQVSESFIDVVIETNSWPIVEETLVPLCISS 151

Query: 98   ALYSTSVLQNEEFDTFEGDRCSVILGSNGPINEPRMDKQMMKAYGFLPLPLACHILAIML 157
            ALYST++LQNE+  TFEGDRCSVILGSNG ++EP+MDKQM+K YGFLPLPLACHILAIML
Sbjct: 152  ALYSTTMLQNEQLGTFEGDRCSVILGSNGSVHEPKMDKQMIKGYGFLPLPLACHILAIML 211

Query: 158  DAVLCNRHAPQISDAVVANGCQKAEEFTVKLIWDICNLSEQMLLQSSDHRSCTIRYLLPL 217
            DAVLCNR APQ ++ VV+NGCQKAEEFTVKLI DICNLS+QMLLQSSDHRSC IRYLLP+
Sbjct: 212  DAVLCNRQAPQTTEVVVSNGCQKAEEFTVKLIRDICNLSDQMLLQSSDHRSCAIRYLLPV 271

Query: 218  IFEVLLSHHSLEISIQGHVHNLSRNRFLMKIWKCCKKLFSFGTLERRDAYKILSLYLCFF 277
            IFE LLS H+LEISIQG+  +LSRNRFLMKIW CCKKLFSFGTLERRDAY ILSLYL FF
Sbjct: 272  IFEALLSQHNLEISIQGYACSLSRNRFLMKIWNCCKKLFSFGTLERRDAYTILSLYLSFF 331

Query: 278  PHNEELGGAGICDDAEEFDIKADKDFWDAIKRGLVDKEGLVRKQSLHILKKALYINGRGN 337
            PHNEEL GAG+CDDAEEFDIKADKDFW  IKRGLVDKEGLVRKQS+HILKKAL INGRGN
Sbjct: 332  PHNEELEGAGMCDDAEEFDIKADKDFWVEIKRGLVDKEGLVRKQSVHILKKALSINGRGN 391

Query: 338  TSRVPKTISSGKDNNARGITKRERWAHKEAKSLGVGQICSESEIVINSQQQQWEAFILLY 397
            TS VP TISSGKDNNARGITKRERWA+KEAKSLGV Q CS+ EIV NS QQ+WEAFILLY
Sbjct: 392  TSSVPNTISSGKDNNARGITKRERWANKEAKSLGVVQTCSQHEIVTNSLQQKWEAFILLY 451

Query: 398  EMLEEYGSHLVEAAWNHQIFLLLRDPTSINFDSVTGGIHQNQIDMSSEIFSWLSILWVRG 457
            EMLEEYGSHLVEAAWNHQI LLLRDPTSI FDS TGG +QNQI+MS EIFSWLSILWVRG
Sbjct: 452  EMLEEYGSHLVEAAWNHQISLLLRDPTSIKFDSFTGGFYQNQIEMSGEIFSWLSILWVRG 511

Query: 458  FHHDNPLVRCLIMQSFLAIDWRNYVPCLKSLPETLIIGPFIEALNDPVQHKDFGVKGVYS 517
            FHHDNPLVRCLIMQSFL IDWRNYV CL SLP+T IIGPFIEALNDPVQHKDFGVKGVYS
Sbjct: 512  FHHDNPLVRCLIMQSFLGIDWRNYVSCLMSLPQTFIIGPFIEALNDPVQHKDFGVKGVYS 571

Query: 518  SKTIEGAAHFIRQYANCLDARTSAVFLQQLTSLAKKKSFGRVGLISLSECIASAASVGGY 577
            SKTIEGAAHFIRQYANCLDART+ VFLQQLTSL KKKSFGRVGLISLSECIASAAS+ G+
Sbjct: 572  SKTIEGAAHFIRQYANCLDARTTVVFLQQLTSLTKKKSFGRVGLISLSECIASAASIVGF 631

Query: 578  DNDSEGECFEGSSLSAQGDLITYSLGCKLELLDDLRFVVESSKQHFNPSYRLQVCAKALD 637
            +ND EGECF+      QG+LITYSLG K+ELLDDLRFVV+SSKQHFNPSYR QVCAKAL+
Sbjct: 632  ENDCEGECFD-----PQGNLITYSLGYKMELLDDLRFVVQSSKQHFNPSYRFQVCAKALE 691

Query: 638  AAASVLCTSDLALEVLLHFISSLPREATDCGGCLRGKMQNWLSGCGKKSCSGSCCSTETK 697
            AAASVLCTSDL LEVLL FIS+LPREATD GGCLRGKMQ+WL GCGKK CSGSCCSTETK
Sbjct: 692  AAASVLCTSDLDLEVLLLFISALPREATDYGGCLRGKMQSWLLGCGKKCCSGSCCSTETK 751

Query: 698  FMKSLIEFPKRFISHNHSSDASVTYDDEELEAWEFEAKRWARVVFLAVKEEHHLRPILTF 757
            FMKSLIEFPKRFI HNHSS+ SVTYDDEELEAWEFEAKRWARVVFLAVKEEHHLR ILTF
Sbjct: 752  FMKSLIEFPKRFICHNHSSNVSVTYDDEELEAWEFEAKRWARVVFLAVKEEHHLRSILTF 811

Query: 758  IHNHGVNICKQKSDLEGIRVKFLILILSLVQEHQLVQEKIADYNYKCETKDDYTLSQPSD 817
            IHNHGVNI KQKSDLEGIRVKFLILILSLVQE QLVQEK  D+NYKCETKD+YTL QPSD
Sbjct: 812  IHNHGVNIGKQKSDLEGIRVKFLILILSLVQELQLVQEKATDHNYKCETKDEYTLCQPSD 871

Query: 818  NWSYSEPTTCIKKFANLFPSLLVELVSFATVSCSIFWSNVKSDETGLPCSVKGKLGGPSQ 877
            + +Y+ PTT IKKF NLF SLL ELVSFAT SCSIFWSNVKSDETGLP SVKGKLGGPSQ
Sbjct: 872  DLNYAVPTTFIKKFVNLFSSLLEELVSFATASCSIFWSNVKSDETGLPSSVKGKLGGPSQ 931

Query: 878  RRLPSSTATLVLLAVTSMKAIASILSCCRQFRITGSQNFGVEFLLKFVWKTVSSPAYHSE 937
            RRLPS TATLVLLAVTSMKAIA +LSCCRQF+I GSQNFGVEFLLKF+ KTVSSPAY SE
Sbjct: 932  RRLPSYTATLVLLAVTSMKAIAFVLSCCRQFKIIGSQNFGVEFLLKFLLKTVSSPAYRSE 991

Query: 938  SGAEICLATYEALAPVLQVLVSEFSSQALKFIRDENTIMHLGVEGRPLLDSLVLTFHQHV 997
            SG EI LATYEALA VLQVLVSEFSSQ L+FI DENTIMHLGVEGR  LDSLVLTFHQHV
Sbjct: 992  SGVEIRLATYEALASVLQVLVSEFSSQVLQFIWDENTIMHLGVEGRQPLDSLVLTFHQHV 1051

Query: 998  NGILDAGVLVRSRRAVLLKWKWLCLESLLSIPYRALQNGLNLVDNNSFLSEATLVRIFSD 1057
            NGILDAGVLVRSRRAVLLKWKWLCLESLLSIP R  Q+GL LVDNNSFLSEATLV+IF+D
Sbjct: 1052 NGILDAGVLVRSRRAVLLKWKWLCLESLLSIPQRTFQDGLCLVDNNSFLSEATLVQIFND 1111

Query: 1058 LVESLENAGECSVLPMLRLVRLNLWLFCKGKSGLLVTSCNGVNAE 1103
            LVESLENAGECSVLPMLRLVRL LWLFCKGKSGLLVT CNGVN+E
Sbjct: 1112 LVESLENAGECSVLPMLRLVRLTLWLFCKGKSGLLVTFCNGVNSE 1151

BLAST of Sgr020180 vs. ExPASy TrEMBL
Match: A0A6J1DQJ7 (uncharacterized protein LOC111022655 isoform X3 OS=Momordica charantia OX=3673 GN=LOC111022655 PE=4 SV=1)

HSP 1 Score: 1819.7 bits (4712), Expect = 0.0e+00
Identity = 918/1065 (86.20%), Postives = 967/1065 (90.80%), Query Frame = 0

Query: 38   ADPDALKSFIWKCFVPLINRAIAFNREMLNQVAESFIDVVIEMNSWPIVEATLIPFCISS 97
            ADPDALK FIWK FVPLIN+A AFNREMLNQV+ESFIDVVIE NSWPIVE TL+P CISS
Sbjct: 92   ADPDALKLFIWKSFVPLINKAAAFNREMLNQVSESFIDVVIETNSWPIVEETLVPLCISS 151

Query: 98   ALYSTSVLQNEEFDTFEGDRCSVILGSNGPINEPRMDKQMMKAYGFLPLPLACHILAIML 157
            ALYST++LQNE+  TFEGDRCSVILGSNG ++EP+MDKQM+K YGFLPLPLACHILAIML
Sbjct: 152  ALYSTTMLQNEQLGTFEGDRCSVILGSNGSVHEPKMDKQMIKGYGFLPLPLACHILAIML 211

Query: 158  DAVLCNRHAPQISDAVVANGCQKAEEFTVKLIWDICNLSEQMLLQSSDHRSCTIRYLLPL 217
            DAVLCNR APQ ++ VV+NGCQKAEEFTVKLI DICNLS+QMLLQSSDHRSC IRYLLP+
Sbjct: 212  DAVLCNRQAPQTTEVVVSNGCQKAEEFTVKLIRDICNLSDQMLLQSSDHRSCAIRYLLPV 271

Query: 218  IFEVLLSHHSLEISIQGHVHNLSRNRFLMKIWKCCKKLFSFGTLERRDAYKILSLYLCFF 277
            IFE LLS H+LEISIQG       NRFLMKIW CCKKLFSFGTLERRDAY ILSLYL FF
Sbjct: 272  IFEALLSQHNLEISIQG-------NRFLMKIWNCCKKLFSFGTLERRDAYTILSLYLSFF 331

Query: 278  PHNEELGGAGICDDAEEFDIKADKDFWDAIKRGLVDKEGLVRKQSLHILKKALYINGRGN 337
            PHNEEL GAG+CDDAEEFDIKADKDFW  IKRGLVDKEGLVRKQS+HILKKAL INGRGN
Sbjct: 332  PHNEELEGAGMCDDAEEFDIKADKDFWVEIKRGLVDKEGLVRKQSVHILKKALSINGRGN 391

Query: 338  TSRVPKTISSGKDNNARGITKRERWAHKEAKSLGVGQICSESEIVINSQQQQWEAFILLY 397
            TS VP TISSGKDNNARGITKRERWA+KEAKSLGV Q CS+ EIV NS QQ+WEAFILLY
Sbjct: 392  TSSVPNTISSGKDNNARGITKRERWANKEAKSLGVVQTCSQHEIVTNSLQQKWEAFILLY 451

Query: 398  EMLEEYGSHLVEAAWNHQIFLLLRDPTSINFDSVTGGIHQNQIDMSSEIFSWLSILWVRG 457
            EMLEEYGSHLVEAAWNHQI LLLRDPTSI FDS TGG +QNQI+MS EIFSWLSILWVRG
Sbjct: 452  EMLEEYGSHLVEAAWNHQISLLLRDPTSIKFDSFTGGFYQNQIEMSGEIFSWLSILWVRG 511

Query: 458  FHHDNPLVRCLIMQSFLAIDWRNYVPCLKSLPETLIIGPFIEALNDPVQHKDFGVKGVYS 517
            FHHDNPLVRCLIMQSFL IDWRNYV CL SLP+T IIGPFIEALNDPVQHKDFGVKGVYS
Sbjct: 512  FHHDNPLVRCLIMQSFLGIDWRNYVSCLMSLPQTFIIGPFIEALNDPVQHKDFGVKGVYS 571

Query: 518  SKTIEGAAHFIRQYANCLDARTSAVFLQQLTSLAKKKSFGRVGLISLSECIASAASVGGY 577
            SKTIEGAAHFIRQYANCLDART+ VFLQQLTSL KKKSFGRVGLISLSECIASAAS+ G+
Sbjct: 572  SKTIEGAAHFIRQYANCLDARTTVVFLQQLTSLTKKKSFGRVGLISLSECIASAASIVGF 631

Query: 578  DNDSEGECFEGSSLSAQGDLITYSLGCKLELLDDLRFVVESSKQHFNPSYRLQVCAKALD 637
            +ND EGECF+      QG+LITYSLG K+ELLDDLRFVV+SSKQHFNPSYR QVCAKAL+
Sbjct: 632  ENDCEGECFD-----PQGNLITYSLGYKMELLDDLRFVVQSSKQHFNPSYRFQVCAKALE 691

Query: 638  AAASVLCTSDLALEVLLHFISSLPREATDCGGCLRGKMQNWLSGCGKKSCSGSCCSTETK 697
            AAASVLCTSDL LEVLL FIS+LPREATD GGCLRGKMQ+WL GCGKK CSGSCCSTETK
Sbjct: 692  AAASVLCTSDLDLEVLLLFISALPREATDYGGCLRGKMQSWLLGCGKKCCSGSCCSTETK 751

Query: 698  FMKSLIEFPKRFISHNHSSDASVTYDDEELEAWEFEAKRWARVVFLAVKEEHHLRPILTF 757
            FMKSLIEFPKRFI HNHSS+ SVTYDDEELEAWEFEAKRWARVVFLAVKEEHHLR ILTF
Sbjct: 752  FMKSLIEFPKRFICHNHSSNVSVTYDDEELEAWEFEAKRWARVVFLAVKEEHHLRSILTF 811

Query: 758  IHNHGVNICKQKSDLEGIRVKFLILILSLVQEHQLVQEKIADYNYKCETKDDYTLSQPSD 817
            IHNHGVNI KQKSDLEGIRVKFLILILSLVQE QLVQEK  D+NYKCETKD+YTL QPSD
Sbjct: 812  IHNHGVNIGKQKSDLEGIRVKFLILILSLVQELQLVQEKATDHNYKCETKDEYTLCQPSD 871

Query: 818  NWSYSEPTTCIKKFANLFPSLLVELVSFATVSCSIFWSNVKSDETGLPCSVKGKLGGPSQ 877
            + +Y+ PTT IKKF NLF SLL ELVSFAT SCSIFWSNVKSDETGLP SVKGKLGGPSQ
Sbjct: 872  DLNYAVPTTFIKKFVNLFSSLLEELVSFATASCSIFWSNVKSDETGLPSSVKGKLGGPSQ 931

Query: 878  RRLPSSTATLVLLAVTSMKAIASILSCCRQFRITGSQNFGVEFLLKFVWKTVSSPAYHSE 937
            RRLPS TATLVLLAVTSMKAIA +LSCCRQF+I GSQNFGVEFLLKF+ KTVSSPAY SE
Sbjct: 932  RRLPSYTATLVLLAVTSMKAIAFVLSCCRQFKIIGSQNFGVEFLLKFLLKTVSSPAYRSE 991

Query: 938  SGAEICLATYEALAPVLQVLVSEFSSQALKFIRDENTIMHLGVEGRPLLDSLVLTFHQHV 997
            SG EI LATYEALA VLQVLVSEFSSQ L+FI DENTIMHLGVEGR  LDSLVLTFHQHV
Sbjct: 992  SGVEIRLATYEALASVLQVLVSEFSSQVLQFIWDENTIMHLGVEGRQPLDSLVLTFHQHV 1051

Query: 998  NGILDAGVLVRSRRAVLLKWKWLCLESLLSIPYRALQNGLNLVDNNSFLSEATLVRIFSD 1057
            NGILDAGVLVRSRRAVLLKWKWLCLESLLSIP R  Q+GL LVDNNSFLSEATLV+IF+D
Sbjct: 1052 NGILDAGVLVRSRRAVLLKWKWLCLESLLSIPQRTFQDGLCLVDNNSFLSEATLVQIFND 1111

Query: 1058 LVESLENAGECSVLPMLRLVRLNLWLFCKGKSGLLVTSCNGVNAE 1103
            LVESLENAGECSVLPMLRLVRL LWLFCKGKSGLLVT CNGVN+E
Sbjct: 1112 LVESLENAGECSVLPMLRLVRLTLWLFCKGKSGLLVTFCNGVNSE 1144

BLAST of Sgr020180 vs. TAIR 10
Match: AT4G17610.1 (tRNA/rRNA methyltransferase (SpoU) family protein )

HSP 1 Score: 815.5 bits (2105), Expect = 5.3e-236
Identity = 475/1087 (43.70%), Postives = 660/1087 (60.72%), Query Frame = 0

Query: 41   DALKSFIWKCFVPLINRAIAFNREMLNQVAESFIDVVIEMNSWPIVEATLIPFCISSALY 100
            +AL+ F+W+ F+PL+    A++ +MLN++ ESF DVVIE N   ++  +L+PF + S  +
Sbjct: 92   NALQLFVWRVFIPLMKMVRAYDLDMLNKIVESFFDVVIETNVLDMLGVSLVPFLLRSVGF 151

Query: 101  STSVLQNEEFDTFE-GDRCSVILGSNGPINEPRMDKQ-MMKAYGFLPLPLACHILAIMLD 160
            S  + Q+EE D  + GD C         +N   MD+  + +  G  P+PL+CH+L ++L+
Sbjct: 152  SMGMRQHEESDFIKWGDLC-----LRDSLNTIDMDENYIAQLSGSFPIPLSCHLLNLILN 211

Query: 161  AVLCNRHAPQISDAVVANGCQKAEEFTVKLIWDICNLSEQMLLQSSDHRSCTIRYLLPLI 220
            A   +  A             K E F   ++WD+CN +E++L QS +HRSC + +LLP I
Sbjct: 212  AAFQSHQA-----------APKVESFAAGMLWDLCNTTERLLSQSVEHRSCAVSFLLPAI 271

Query: 221  FEVLLSHHSLEISIQGHVHNLSRNRFLMKIWKCCKKLFSFGTLERRDAYKILSLYLCFFP 280
            F+   S  SL+IS QG++  LSRN F+ +IW+CCKKLFS G++ERRDAY +LSL L    
Sbjct: 272  FKAFSSQSSLKISHQGNLFILSRNGFIKRIWECCKKLFSVGSIERRDAYSVLSLCLSSGS 331

Query: 281  HNEELGGAGICDDAEEFDIKADKDFWDAIKRGLVDKEGLVRKQSLHILKKALYINGRGNT 340
              +         DA +FD++++++FWD IK GLV  E LVRKQSLHILK  L I      
Sbjct: 332  WTDGTESFVSEKDAVQFDLRSEQEFWDEIKIGLVVDESLVRKQSLHILKSVLSI------ 391

Query: 341  SRVPKTISSGK-DNNA--RGITKRERWAHKEAKSLGVGQICSESEIVINSQQQQWEAFIL 400
              V +TIS  K + N+  R +T++E WA KEAKSLGVG++    +  + S QQ W+AF+L
Sbjct: 392  IEVSETISEKKPEGNSVNRSMTRKETWAEKEAKSLGVGELYGSVDSGLTS-QQGWQAFLL 451

Query: 401  LYEMLEEYGSHLVEAAWNHQIFLLLRDPTSINFDSVTGGI-------HQNQIDMSSEIFS 460
            LYEMLEEYG+HLVEAAW++QI LL++  +S+ +D             H    D  ++IF+
Sbjct: 452  LYEMLEEYGTHLVEAAWSNQIDLLIK--SSLRYDGTLKSDCNNSHHGHMETPDEEAKIFN 511

Query: 461  WLSILWVRGFHHDNPLVRCLIMQSFLAIDWRNYVPCLKSLPETLIIGPFIEALNDPVQHK 520
            WL +LW RGF HDNPLVRC +M+SF  I+WR Y  C +S+ +T ++GPFIE LNDP  HK
Sbjct: 512  WLEVLWNRGFRHDNPLVRCTVMESFFGIEWRRYKTCTQSMSQTFVLGPFIEGLNDPTHHK 571

Query: 521  DFGVKGVYSSKTIEGAAHFIRQYANCLDARTSAVFLQQLTSLAKKKSFGRVGLISLSECI 580
            DFG+KG+Y+S+TIEGAA ++  Y +CL+ R    FL  L SLAKK+SF R G ++L +CI
Sbjct: 572  DFGLKGIYTSRTIEGAAQYVSAYTSCLNPRNRVGFLINLASLAKKQSFCRAGFMALVQCI 631

Query: 581  ASAA-SVGGYDNDSEGECFEGSSLSAQGDLITY-SLGCKLELLDDLRFVVESSKQHFNPS 640
             S A  VGGY +   G   +  S +AQ     + S      +LD L+FV ESS+QHFN  
Sbjct: 632  VSTAYVVGGYGDKEMGHLEDKFSGTAQESSCGHLSQDDMTHILDVLKFVAESSRQHFNHK 691

Query: 641  YRLQ---------------------VCAKALDAAASVLCTSDLALEVLLHFISSLPREAT 700
            YR++                     V  K L+ AASV+   ++ L  LL F+S++PRE T
Sbjct: 692  YRIRASLTILNTLKFLLLIVLFHFLVYQKVLETAASVVNPCNVPLGTLLQFVSAIPREFT 751

Query: 701  DCGGCLRGKMQNWLSGCGKKSCSGSCCSTETKFMKSLIEFPKRFISHNHSSDASVTYDDE 760
            D  G LR  M  WL GC +K+ S S C+  T+ + SL E+ K F S N  S     +DDE
Sbjct: 752  DHDGLLRKMMLEWLQGCNRKT-SNSLCTDGTRLLASLYEYLKGFTSDNVES-----FDDE 811

Query: 761  ELEAWEFEAKRWARVVFLAVKEEHHLRPILTFIHNHGVNICKQKSDLEGIRVKFLILILS 820
            +LEAW+ + KRWARV FL + +E HL  I+ F+ N+G++  ++K+ L+    KFLI ILS
Sbjct: 812  DLEAWDSQTKRWARVFFLMINKEEHLTDIIMFVQNNGLSFFQEKNHLKRAPAKFLIFILS 871

Query: 821  LVQEHQLVQEKIADYNYKCETKDDYTLSQPSDNWSYSEPTTCIKKFANLFPSLLVELVSF 880
            ++ E Q +Q+ I++ +   ++K      + +      + ++  KKFA +  S+L EL+ F
Sbjct: 872  MLLELQNMQDGISELSSSVKSKSGIGSDEQTGKQIVVDASSIKKKFAVVLLSILKELIPF 931

Query: 881  ATVSCSIFWSNVKSDETGLPCSVKGKLGGPSQRRLPSSTATLVLLAVTSMKAIASILSCC 940
            A  SCSIFWS+   +   LP SV GKLGGPSQRRL   T T VL AV S+K I  I S C
Sbjct: 932  ADSSCSIFWSHTTVENGALPGSVIGKLGGPSQRRLSVPTTTAVLEAVLSVKTIGLISSYC 991

Query: 941  RQFRI-TGSQNFGVEFLLKFVWKTVSSPAYHSESGAEICLATYEALAPVLQVLVSEFSSQ 1000
             QF    G     + F  KF   T+SS   +SE+ AEI LA +EALA VL   VS  S+ 
Sbjct: 992  AQFTSGVGELKLALAFFWKFTQHTISSQICNSEAAAEIYLAAFEALASVLNAFVSLCSAG 1051

Query: 1001 ALKFIRDENTIMHLGVEGRPLLDSLVLTFHQHVNGILDAGVLVRSRRAVLLKWKWLCLES 1060
            A   + +++T++ + V+G   L   V  F +++N +L AGVLVRSRRAVLL WKWLC+ES
Sbjct: 1052 AFNLLENDSTLLSM-VDGEFWLQVSVPAFVRNINHLLTAGVLVRSRRAVLLSWKWLCVES 1111

Query: 1061 LLSIPYRALQNGLNLVDNNSFLSEATLVRIFSDLVESLENAGECSVLPMLRLVRLNLWLF 1092
            LLS+ +  L       D  SF S+ T+  IF D+VESLENAGE S LPML+ VRL L + 
Sbjct: 1112 LLSVMH-ILDARRIPEDRKSFFSDDTVKSIFQDIVESLENAGEGSALPMLKSVRLALGIL 1145

The following BLAST results are available for this feature:
Match NameE-valueIdentityDescription
XP_022155532.10.0e+0086.48uncharacterized protein LOC111022655 isoform X1 [Momordica charantia][more]
XP_022155533.10.0e+0086.48uncharacterized protein LOC111022655 isoform X2 [Momordica charantia][more]
XP_022155536.10.0e+0086.48uncharacterized protein LOC111022655 isoform X5 [Momordica charantia] >XP_022155... [more]
XP_022155535.10.0e+0086.48uncharacterized protein LOC111022655 isoform X4 [Momordica charantia][more]
XP_022155534.10.0e+0086.20uncharacterized protein LOC111022655 isoform X3 [Momordica charantia][more]
Match NameE-valueIdentityDescription
Match NameE-valueIdentityDescription
A0A6J1DPL70.0e+0086.48uncharacterized protein LOC111022655 isoform X5 OS=Momordica charantia OX=3673 G... [more]
A0A6J1DMP50.0e+0086.48uncharacterized protein LOC111022655 isoform X4 OS=Momordica charantia OX=3673 G... [more]
A0A6J1DN740.0e+0086.48uncharacterized protein LOC111022655 isoform X2 OS=Momordica charantia OX=3673 G... [more]
A0A6J1DPL10.0e+0086.48uncharacterized protein LOC111022655 isoform X1 OS=Momordica charantia OX=3673 G... [more]
A0A6J1DQJ70.0e+0086.20uncharacterized protein LOC111022655 isoform X3 OS=Momordica charantia OX=3673 G... [more]
Match NameE-valueIdentityDescription
AT4G17610.15.3e-23643.70tRNA/rRNA methyltransferase (SpoU) 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: 1100..1102
NoneNo IPR availablePANTHERPTHR12029RNA METHYLTRANSFERASEcoord: 34..1088

Relationships

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

Feature NameUnique NameType
Sgr020180.1Sgr020180.1mRNA


GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0030488 tRNA methylation
molecular_function GO:0003723 RNA binding
molecular_function GO:0016423 tRNA (guanine) methyltransferase activity