Sgr023584 (gene) Monk fruit (Qingpiguo) v1

Overview


Name	Sgr023584
Type	gene
Organism	Siraitia grosvenorii (Monk fruit (Qingpiguo) v1)
Description	Methyltransf_11 domain-containing protein
Location	tig00000892: 4732841 .. 4755326 (-)
RNA-Seq Expression	Sgr023584
Synteny	Sgr023584

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.

ATGAAAAACGTGTTAGTGTTAACCAGCTGCAAAGAAGGTAACATTGAAACTACTGAATTGCGGCGGTTCCTCGAGAGCTCCGTGCACCAGGCCATCAAATCTGTACTAAACAAGTTTTCCGATCCGCAAGAGTTCTCGTTCATGACATTTTCTAACAAGAGACGGCGAGTTTCCCTATTCAATTCTTCGAGCTCATCTTCCATTGGTGATTTCTGGTGAGCATATGATTTCTTTGTACTGGTTTTTGCATCTTGAGAAATCAATTTCATATATGTCCATAGAACTCAAGAAACAGTCCTGTGGTGATAAGTGAGTAATGATAATGACCCACAACCCTTCTGCGAGAATAGTACAAGGACATACCATTTATACTGATATGTTATGCCAGCATTTCAAATGGCAGGAGTGACTACATAGATTATGTTATAAATATGTATCTTCTGAATTCATTTGCGAATATTCGTCAAATTTGTATCTTTTCTATCTGTGATATAATGTATAAATTAATAGCAATCGTAACGACACAGCGGATAGGTCGTGCCCTTGTTTATGTTTTCTTTTTCCTTTCCTTTTTTCTCTAGTATCCCATCTCCTGACACTCCCTTTCCTCTCAAGGGCTGTAAATGGGATCACAGTGACATGAAAATGTATGAATACACTCAAATCTTCTTTCATATCGTGTTCGTAAACGTAACGAGAAGCTACAAAACTTAGTCCATCAATTTTTTCTGTACTTATACTCCAAAGATATGTGTACGAAGGGTTGGCAGATAATAATGTGATGGTGGGACAAAGTTGAGGTGCATGATAGGATTGTGCAGACTTAAAAGTAGACTGCCATGTTCATAGCATTGCATCATTCTTTTTCTTTCTTCCCTTTTTTCCTGTACTTTCCAATTTTCGCATATTTTCGGATATCGACCCAAGCCTTCGGATCATATCTGTCTCGAGAACTTCTTAATCGATAGTTGATTCTTTACTTTGAACTACATAAGAATGAAACTGCTGTTTGAGGTTTTTGAATTCTTATTACAGTTTTGTTGTCTAGTGAGGTGCTGAGGCCCAATAATACTGAATTTAGTGGGCTCTTTTCTGGCCCAAAGTAATCTGCAAGCCCAAGAAATAACCAGTCATGACCCTGAAAGGCCCATTGAAGCCCATTTCAACTCCAAGCATGACATACGTAGATACACAAAAACAGCACTTGCCACTTGTAAGGACGTTTAATATGAAATCTCTTACAAGCAATGTACTATATTTGTCAAATTTAGCTCTTGGATGTATATTACAAATAAATAAATAAATAAATAAAACATTCATATTTTTTAATATTATGAAAAAGAAACCCAGTATCCCTACATAAGAAATTAAACTTGATATTTCTTATTTAGTTCATTATTTGCAATTTGAATATTAAATTTTTTTAAAATTCAATCATTTTACTTATTACGCCTAGTGCCATTAGTCATTATCAAATGACATCCTCGAAAATATAGTAAAACTGATAGTTTTATAAAATTTAAATAACAAAATTAGTTCATGAACTTTGATTATTATATCTATTTAGTCTATGGACTTTTGATTTTGATAAGTCTGTTGACACTACTACTTAAATATTAACATGTTACTGATTGGATTAATGAGTGAAGATTTGACACGAGCACAAACAAAGTAGACTAGTTAATAAAATAAAGACAGATAATATAGATTCCTAGTTTTGTTCAATATTTCATTCCATTCCCTTTATCCTCTTTATTTTATTATTGTTATTGTTAAATGGTCAATAGGTTGAACCCTTTTCTTAAAATTACAAAAGTCCAAACCCAATGCTAATGCGTCCAGCCCAACACTTATGGCCACTAATTGAACATTCCATAAATTTTTTTAGAGAAAAAATATTTTTTTCCGTTTGAAGCTTGCAAGTATATGAATTTTCATTATAAATTTTTAATTTCATTGAATTAAACTATAGATTTAGACAAATGTTATAATTTTTACATTTTATTTAACGTCAGTTAAATTCACCCACTACTAAAAAAAAGTAAAAATCTCCCAAAATTTGCTACTCTCAACTAAAATCAAGTCTTGTACAAGATTAAGTTCATTTAATACACAAGATTACATTGAATACATCTTCAAAAACTAAAAATTTCAACAAATATCCAACTCTAGTATTTTTTTTTTTCAATTTTGTATAAGCCACACCCATGATCATATTTTTATTTAACGATTCTTCAAATGATTTTAGAAGGTAAAATTTGCCATACTTTTTCAAATTTGAGGTAAATATTGTAATACTTATCTACATCTAAGTCCAATTTGTTGCAATAGAAAAGGCTGTAAAAAGGCACAATACCTTCATCATCCTTAGAGGAAAAAGGAAAAGGGAAGCCCCAAAAAAAACCCTTATGTCAAGAAAGAGCATCTCAATAGCGCGAGCAAGAAGTCCTAGCTTTTTGGCTTTTGTCCCAATCATCTATCATGGTGTCACCTCAAACAACGAGATAATTTAGTATCCTTCATTCTAGCCGTTTTTAAAGTTGAAGTTTATCAAATAATATTTAGCTGAAGAAAAAAGGTTTATAGCTCTTGAGCTCCATCAACGACCGACTCTCTCACATATTAAAAGTGAGGCCTGAAACTACTAACTAAATTTGACTTCTTAGAAAAAGTAGAAATACGACTAGAAATTTTAACTTCCGATGTGTTAGAGAAATAGAGATGACATTTTTGGTATTTGGCAGTCCCATTGATGTAAGAAAAGTGGGCTGATGATTGCGTCCGCTTAACTTTCTTTAATCAATTGCCTGGGCGGCCATTTTGCCCCACTTGTCCTTTTATTTTATTATTCTATTTTTTTATTATTCACTTAAATCTATTTTCACGTTTTTTTAAAAAATTATTTTTTACTTCTAAATTTTATAAGGTATATCAATTTTTGTCATAAACTTTTAATTTTATCAAATTAGATCATAAACTTAGTTAAGTATTGCAATTGTTACCCCGGTTCAATTTCCGCTAATTCAATCACTAATTTTAATAAATAGCAATGAAAAATCTCCAAAACCCACTAATTTAAATAAAATCAAGTTTTACACAAAATTAAATTTGATTATTGCACAAAATAAAAAATTGAATAACTGTTAAAACTCAAAATTTTCAACAAAAAATCAACTCTAATGTAGGTTTTTTCTAAAGTTCTATTAATTTCATATTGGACAGATGTTTGATAATTCATTGAACACATATGATAATACTTTTTTTAATGATTCTTTAAACGAAAAATTATCGGAGGGTAAAAATTTCAACATTAAGCAAGTTTGAAGTAAAGATTGCAACACTTATCTAATTTTAAAGTGCAATTTGATGAAATTGAAAGTTTAAGATGAAAATTGATACACCTTGTCAAATTAAGCGTAAATTTTGATATTTTTCTTTTTTTATATATATATAGTTCATTGTCTTTTTTTTTTCTCTGCTCCGTTTTATTACATTTTTTTCCCTACAATTTATTTGCAATACTTGATATCCACTAAAGTCTTGCAATTATTGCACAATAAAAAATGGATCCCACTTAGGTCTAGTCAATTTTAACTTTAAACTACCAATTGAATCAATTTAAAATCCTAAACGTAAATAAGTGTTGCCATTAATACATTCTTAAAACTAAATTAGAAAATTGCTTATGAACCACCAAAAAATTATGCAAAATTCAACTAACAAAATACCCAAAATCATGTAGAAAAAAGCTCAACCGCAATAATGAAAATATTTGAACCTAGTCACAAATTTAAGCATATAAAAAAAACACTCAAACCTAGCAATAAATGCCCAAATTCAACTAATTAAAAGTAAACAACAAAATTGAAAGAACTAATACCCACAAAAAATAATCTTATCCAACCATAAAAACACTGTAACTAGTCATAAATCTTAAAAAACAAGAGAAAAATAAACTAAATTGAGGGTATTAATTGCAATACCTATTTAAATATAGAGTGTGAATTATCTTACTTATTTTAATAAAATTAAAGTTTAAAGTTGAAATTTTTTTTTTTTTTTTGGAATCCAAGGTGGATTACAATATTCCACTTAAAACAATTGATTTTTTTTTCGGAGTCCGAGGTGGATTCCAATATTCCACTTCAAGATTGTTTTTCTTATCGACGTGGACTCCAATTTTCCACTTACTTTCAAATATGATTTTTATCACTTTTATTTCTAAAATTTCAACATGATTTTGACAATAATTTTCTAATTAAAAAAACCACCATTATCGTCATTTCTCTATTGATTCAAGTATTTCAAATCTTCACTTATTCAATTTTCATTACTATTTGTTATGGCGGCATTCATCTATCGTTATTGCAAAAATAATTTTTTGGATATTTTCATTTTCTTAACTTTTTTTGATAAAAATTTTATTTTCTTTATCAAACATATCAGACGATAAAATTTAAAAATATATGAGAATTCGATTTTTTAATTCTTAAGACTAAGGAATATCTCTGAAAGTTTAAAATTAATCCAAAATATATTTATAAATATTTTTTAAAAAATAATAACTTTTTAAATAATAGATATATTTAAAAATAATAATTCAAACTTCCTATGATGAGTATGAGAAATGGTTGAAGCTTCTCTATGAAATATTTTCTCATAAAATTTGGGGATAATTCTAAAATTGTTAAATCAATGGTAAATTACCATTTATTTGTCAAATCAAGACCAAATAAGACATTTAATTTTTTAAAAATAATTTCTTAAAAGCAACATTATTTTTATAAAGGACTATTTTCCTTAAAATAAGTTAGTTTTGAGTAATACAAAACAAAATTTGGCACCTGTTTTTAACAGTCTAGAGTGTTAATAACTTCTTTCACACACAAACAACTAAGATCCATCTAGTTTGCACATACCACTTTTTTTTATTCTATACTTTATTTATTTTGGTGGCCAATTACATCTAAAAAAAGATTAGTGCGACTCATTCTAAAAAGTCCTTTTTAGAAGACATCGACCGTTTCACGTCACAAACTTGTAGTGAAAAATAAGTTAAAATTTTTAATTTTTATATCAAAATTAGTGACATGAAATTGATGATTACATGTATTTAATTAACTTGGTACTTTCATCATTAAACTTTGTCTCAAAATAATAATAAAATAACTTATAAGAAAAATACATCGAGATCACATACAATCAAAATAAACAACAATGAATCGACCACAAAACAATGTTTTGTCGTAACTCTAAAAAAGGAAAGAACATTAATGTGAAAACATAGTAAAAGATTTATGTTGTATATTCCTTGTCGACGTCAAAGTTCTAGCTCGAATCAACCTGCCAGCCAGGGCAAGTCCTGCATTTAAAAGCACGTGACTTTTTTTTTTTCTTTTTTTTTTGGGGGGTGGGAGTAATATAAAAGCACGTTTTTTGCATTTTTAATATCCAAATAGTACTCAAATCCAGACAAATTCTGGGACGGGGGCAGCAATTTATTATTAAAAAGACAATATCAGAACGCCAATAATTGCGATTGCGATTGCGATGGATAATGTTTGAAATACATTGCAACCCCCCCCGGTTTATTTGAAAGAACTCCAAACGAGCTCTAAATCGCTATTTATTATTCTTCTTCCACTCGCGGACTCCTGAGTCGCTCACCTGATCTGATGGCGTTGAGGGGACCGAGTCACCAACTGGCTATAATCTCCGGCGATGGGCACTGCAGAGCAGGAAGAAGCAGAAGGGAGTCGATAAAGGTTCAGATGTCGACGAGGTCGGAAATGACGGTGTACGACGAGGGGCAGTTGGAGCGTCCCAAATGGTCTGGGGACACCCCCTCTCTCGGCTTGTGGGTGCTCTCATTTCCTTCAAGCCCCTCTACTCCATTCTTAAGCTCGGCGCCAGACGTGTCATGATCAGGTCTCTAGCTCCTCTCCATCACTAGATTCGCTACTTCTTCCATCTGGTTTTTTCTCTTTGTTTTTGGCTTCGACTTCCTAATGTAATGGCAGTTTTTGGGAGCAGTACGGCGGAGAAGAACAACATTCCATGGAGAAAAATGACGTCCGAGATTTTGGCGTCTGACGTTTACAAGGAGTTCGAGAGCGTTCAAAATCCTCGATTGTCTACCCCGATTGTAGTGTTCCTAATTTCTTCACTTCGTATTTTACTTGTTTATGAGTTTCAGAAAGTATCAATTTCAGCTGCTTATTCTACAAACGGGTTGTTCGATTAGAGAATCAGTTGCCTGAGATTTAGCCTTGCTAAAAATCCCCATTAATTTCAATGTTATAACATCTTCCAGAACGTTACAAGTTTTTGATTTGTTATAGGCCGGATGTCCTGTCATGTCATTATAGTTTGCACCAATATCATTGATCCTTGTTTTGTAATTAATCAGAAATATTGCTTCTCTTAAACAGATTACCTGAAGCCTTTCCATGCATATGATGAGGGTCATCTTTCTTGGCTCGTAAGTAGTCATCTATACAATCTATATATGCAACAGTTGACAGATCTCTATATATGCATCTTATAGTTGACCAATTGACAATGTGATAAATGGATGATAGATGCTACCAATGATATTGTCTAGTTCAGATGATATATATATGCTCTTCTAAGAAAAAGCGAACGTATGATTAACAAAATAGTAGCTATGCTTGTAAGTCATATATGTTCTTCGTAGGCTGCAGCAGAAGTAGAGCCTGCAACAATGTCAATGATTATGCGAGCGGTACCCAACACCTCTTCATTAGATGAAGCAAAGGAAGTGGTATTCGGAAATTGGCTTCGTGCAATTGATGAGCATCATATGCAGTATTCAGTAAATCTATTCTAGACATTCTAGACATTGGTTGTGCTGTAGGTTTGAGCACAAGATATCTGGCTGACAAGTTTCCACTAGCTAAAACTACTGTAAGTAAATTACTCTCCTTTTGTTCACCTCGAAAATCAAATTTAGAAAGCCTCCTAATAATCAAATGGAACAACTACAAATATAATTCAAGACGATTCAACTAAAATTCTTTGAGACCTACTTGCATTAGATGGTTGTGAATGTGTTTATGTTTCAATGCATTTGGTGTAGGGACTAGATTTGTCTCCTTACTTCCTTGCTGTGGCTCGATACATGGACAAGAAAAGAGCTCCAAGAAACAACGCAATAAGTTGGTTGCATGAAAATGGGGAAGATACTAGCTTGCCTTCAAAATCATTTGATCTAGTTTCCAGTGCTTATCTGGTAAGAATTCTTCTTTGATCTCAGATGTCCTAAGAAATTTCTCTTGTAGTGGTGAATGCTTGTTCTAATGTTGCTATGTATGATAACTCCAATACAATTTATTTTACTATATTGGTATTAGGGGATGGGTATAGGAATAGAGATGGAAATGGGTAAAGATTCTGCACTCTCTTGTTTGGATGGGATGATGGTCTTACCTCCCCATAGTCTTTTGTATCTCTTTTTCTATGAATTACAAAATTAAAGTGATAGCGAGGAAAATTAAAGTTGTTACCTAAAGCTAAACACAGACAAGTAACCGAATTGATCTATAAGTTAATGTGGAAATTTACTTCCATGGTTCTTGTGTATATATTTCAGTTCCATGAATGTCCCCAAGTAGCAATAGTCAATCTGCTTAAGGAATCATTTCGACTTCTTCGACCTGGTGGCACAATTGCCATTACTGACAATGCGGTAAGCTGACAATGCATTTATGTCTTAGATGAATTAGAAAACTCATGTACTATATATAACAATTCTAATCTAATCTAATATTACATTTGCTTCGTCTGCAGCCCAAATCAAAGATTACTCAGGCATGGTTTCGTCCCTCTTTTCCATAAAATTATATTGCATGTTCAAGAGTAGCTTAAATTCCTCTTTGACATTGGCTTAAATTCCTTTTTTTTTTGAAATCTCTATCAATTTATTCTTGTAGTCGAAATGTTACAGGAATATCTCCAATCATATATACACTACTCAAAAGCACAGAACCATATCTGGATGAGTATTATCTCACTGATTTGGAAGGAAGAATGAGAGAAGTTGGATTTGTGAACGTAACATCAAGGCTAACAGACCCAAGACATGTTACAGTGACAGCGACAGTTCCACTTTGAAACCTTATTAGCTCATCAAAATAATATTCAAACAACTTTATGGAATACAAGTTTGTCATAAAGCTTTTGTAATATTGGCTTCAGTCTTGGGGTTGCTTGCTAGTTGTCTGATTCATGTCTTGATAATCTGAGAATGTTGTGGTATCAAATAACGTGGGCTTGTAAATAAAGGTGGGAAAAGTTTGGCTTTGAATTTCTCTGCCAAAGAATGGAAGGAGTATTATGTGGGCATTTGAGTCCATCTATTAAGCTACAGAAGCTTGGTCATCAATTTTTTTCCAAAGATATGTGTGCATCTGAGGCCCAACAATACTAAATTTAGTGGCTTTTTCTGGCCCAAAGTAATTTGGAAGCCCAAGCACATAACCAGTCAGACCCACGGAAGGCCCATTTCAACTCCAAGCATGACATAAGTAAGGACATTTTATATGAAATGGAACGACAAAACACATCGTGTCATATTAATAAACGACAATAATCAAACACCATCGGAAAAAAACTACAAAACAATGCATGGTCACAGAAAAGGAAAGAACATTGTTGTGAAAAAGATACTTCGAGATTTCAATTTTATTTTTTTCTTTAATGTTGTCAACCTCAAAGAACTAGCTTCAATCAACAAAACCCAGCCCCTAGGGCAATGGCTATACACGAACAAGAAAGTGCCGAAGTTATTTGAAACAAATCCAATCGTTGCTCTCGTTCCTTCTTCCTTCCACTTCTTCCAAAATTCAAATGGCTTTTGTGCGGACCGAGTCACCAACTCCCTATAAGGTTCAGATCTCAATGAGGTTGGTGCCCGAATAGTCTGGAGAGACCCAGAGCGGTGAGGATTAAGTCGCCAATGACGAGGAGGGACAGTTAGAGCATCCCAAATAATCTGGAGAGACTCAGAACGGAGCTCAAATTTACTTTTTAAATTACAACAACTCTTTCTTTCTTGGCTTCGTCCCTAGAGAGACCCCCCTCTCTCGGCCTCGGGGTGCTCTCATTTCCTTCAAACCCTCTTACTCCCTTCTTGCTTGGTGCCAGACGTGTCATGATCATGATCATGTCTCTCCATCACTTATTCGATCTGGTTTTGCTTTCTTTTTGGTTTCAACTCCTTATGTAACAGGGTAATTCTGTAAAATCAACTTTATAGAATGACCAGCGAGGTGCTTGAGCCCAATAATACTTTAGTGGGCTCTCTCTGGCCCAAACTAATTTGCAAGACCAAGCAATAACTGGGCATTTCCACTGCAAGAATGACATACATGGATCTACAGGATAGCATGTCATGTCAGTATATAACTTATAATCATATATAATTAGTAAATATTATATACTAACTTACATATATAATATAATGTATAAGTAAAATAGTATATAATGTACATAAATTATATAACTAATTAGGATTTATTTCCTTTATAATGTAGCTAAAGGAAGAATGATATCATATGATTCCTCTTCATGTATAAATTAAATTTGGAAAGATTTAGAATTAGATTTTGATAAAAATCAGATAAGATTTTTTTATTATTATAAAATATTCAAATGTAATCTAGTTTTTAATACAAATTTAAATAATAAATAATTAATACAAATATTAGATTCATGTAGGACAAAAGTGGAAAGAGACTACAATATATAATTAAAATATTATAAATGACTATTTTTATATTTAAAAAAGATATAACATATTTCAGAAAAAAATTAAAAGTACCATAATTTCTAATTTTTTATCCACTAATTCAAAATACAATCATATTTTTTAAAATATCATATATGGTCACATAATTGATTGTGCACCAATTTTGATGTTTTTTAGATATTTTTTGTGGTTTTTATTAATTATTCATCGCTTTATACCCATATTTCAATTATGTGTTGGGAAATTCCTTGGCTAGTGCGTCTTATTTTCAATTAAACTTGATATATTGTTTTTTATTCAGATCATTATTGACCATTTTAATTTTGCACTTTCTTTTTATTTAATTATTTTATATTTATTGGTTTCCATCTCTCTGGTTGATTGTTCGCCACTTTTGATTTTTATTTTTTTTACTTTTTTGCCCCTTTTATTGACTATTAATTTTTTCATATGGAAATTTTTATAATTACATTAGTACAGTTTATTTTCAACCAAACTTGATATATTTTTTATTTAGATCATTATATATTTTGAATTTTAAACTTTCTTTTTATTAAATAAGTTTATTTAATTATTTTATGTTTATTGGTTTGCTCATTTCTTTCATTTGAGCATGCTTAGTATCGTCATTAGTCATTACCAAATAACATATTTGTAAATATAGTAAAACATGTCATTTTATAAAGGTTAAATTATTAATTTAGTCCTGAAAATTTTAATGGTTGTGTCTATTCATAAAGCAAATTCATAACTAAATAAATGTAGGGACCAAATAGAAATTTAATAAATAAATAAATTATTATTATTCTAAAATTTATCTTTATAGAAAAGTTTATAGTGGTAATGACCGTGTTATAATTAAGAATTTTTAAATTTTATTTTTCAAAAAAAAATTGTCAAATAATTACTAAAAATATCTTTTGCTTTATTTTGAGTATTTACAAATTTTTATATTAAATTGTTAAGGAGTGAAAATAGGATATGTTATAATTAACTTAATTATATTATTATAAATATTATTAAAATTAAGTTTTTATTCAAAAAATAAAATTAGGCAAAAGTTAAACCATATAATTATACTAAAAACTAAAATTAAATAAGAAAAATAAATAATAAATCTATTTAAATAGCTACCAATAAATAATTTATATAAGAGTGGATGGTTAAAAAAAAAATCAATAGGTAGAATAAAAAATATATTATATTTTATATATATTTTTAATGAAAAAAACAAAGTTTGATCTCCATTGTGGTACGCCATTAGCTCCACAATTTTCTGATTTTAATCCCAGCTACATTGAACTTATCAATGAGAAATTAATACAATATGGCACAATGAAATTAGTAGGCTAACTAATAAAATAAATGCAGGCAATGCAGTACATTTTAGATAAAAATTTTACGTAAAAAAAATTAATATGAAATCAATCAATGCTTCCCATTATCTCAACTAAGGTGACATAATTTTAACACTCTCGTCATTTAATTTATCTTAAAATATCATTGAAAAGATTTAAATTCTTGTTTTAGTCCTTGTAATTTTAGTTTTGGCTATTTTTTGTTTTTGTACTTTCAAAATATTATTTGTAGTCTCTGTACTTTCAACTTTTGTCCATTTTAACTATTGTATTTATAAGACATTCATTTTGGTCCTTGTATTTTAAAAAAGTGACAATTTTGATCAATTTGTTTTCTTTTTTTATTTCTTTTTTTTAATCACAATTTGAATGTAATATTTCACTCAATAAATTTCTTGAAATATATTATCATATCTTTGTATTAAAAGATTTCCATTATGTATAGAATTTATGTTGGAATTTTACAAATAAGAATTAAAACGATGACCAAAATAAATATTTAAAAAATATATAGATTAAAATAAATAAAAACTGACAAAAATATTGATTATCGTTGTTATTATATTAATTGGTGATTCAAAATTTTGACAATGACTTCTCATCTGTGGTAAATTACAAAATGGAACACCTCCAAACTATTCATTGCCATAAAAAAACAGAGGTACGAAAATAGCGTGCAATGATAACATAGTTGAAGATTCTTTTTTTTCTCTATCTTGTCAGCACCGGAAGCAAGCAGCTTTTTAAGTACACTGTAACGTCGGGCCAATGGATAACGAACACGTTTGTCAGCATTTTAAATTTAATGATCAAATCGAAAATAAAATAATTTAAGTGGCTGTGATTTGTTGAAAGGAAAATATCCCACATCAATAATTGGTATACAAGAGAGAAATTTTGTCCTGGGCAAAGGACATGGACACCACAATCACGTAGCCCTTGGCGGCCTCTTTCAATGAAGTCCCACCATGGGCCCTGCCCAAACCAAATCAATGTCATACATTCAAAGGGATAAGAAAATCTCGTGATATATATCCACACGTGGACTTTACGGGCATTCGATTCGAACTTTCACTTCTATATTATTCTTTCATAATATCTACACTAACACGTCTATAATAAAATAATTGGTCGAATTATTATATAAAATGACAAAATTATCTAATATTCATGGAATTTAATATTTTAAATTTGAATGTATCTTGAAATTATTTTTTTCCTTTTATAGTTATTTTTACGATCCTTCTTGTTCAAATCAACAATTTTTTATGATTAAAACCCCAAAAATATATCTATTTTTTATTACATGCCTACGACACATGCTATATATACTTCTAAAAAATAAAATAAATGTACATATTAATTATTTATGTCGTATCATTTCACTATCACTATCAAGTTATTAAAATTTATATATAATGCAAATTAAATGAAAATCAAAGTAATTATTGAATAAAAATATGTACGTATGTTTGTGTGTATGTTATATATCCTTGTTAAAACTTAAAATACTTAACAAATCGGTTTAGGTAAATATCTAATGTGCTTCCTATCGTGTTGACTATTATTTAAAATAAAATAAGAAAGTTATTTTCTTGACTTGGCTTTTTATTAAAAGGAAAATAAAAGTTTAACTTTGAATAATAATTAAATATCAAAACTTTCAAATTTGGTGAAATTTGCCAAAAGTTTTGAAATTGCCAAATTTAATTAGTCAGGATATATAAAGGGCAAAATTGGAAAACATCGAATAAAAGCTAGATGCGGCTATATGCATAATTATTTCAAAAAATAGCATTAAGGTTGAGGATGTTAACAAAAAAAAAAAAAAAAACATATAACTGTATATAAAAGTTTAACAAAATATCGTCAATATATACATTATTCATAAAGATTTTTAACTTAGGTGTTGTTTATAATCATTTTGTTTTATTGTTTTTACTAAAGCAGATATTTTTACAATTTTGAGGTTTAGAAACTAAACCCTAAAATTCAAATATCAAAATGAAATAATATTTAAAATTACCAAATTGAGATATAAACTTTTAACTCATCTAAAAGAGTGTAGTGCCCATTCGAGCGTAATGAGTGGATAAGGGTACCTAATATGAAGCCCTCACCCCACATTTTTGAATTAAAAAAAATATTAAAATTAAAAGTTTGTCATGAATTTTCAGGTTGTGTCAACAATAGGTCCCTGAATTTTAAAAAGTGTCTAATAGGTCTCTGAACTTTCAATTTTGTGTCTACTTGATCCCTAAACTTTAATAATGTCTAATAAATTCTTAAATTTCAATTTTGTGTTTAATAGGTCTCTAACTTATTAGATAATTTTAAAATTAACGAACTATTGTAAGCAAAATTCAATTTTTTGTCTAACAAGTCCCTAACCTTTCAATCTTGTGTCTAAAAAGTTTGTGAATTTTAAAAAAATATCTAATAAATTAGAGACTTATTAGACACAAAATTGAAAGTTTGGAGACCTGTTAAACACTTTTAAAAGTTTAGAAAACTATTAAATACAAAATTGAAAGTTTAAGAACATATTAGACATTTTTTTAAAATTTAAGGATCTATCTGACATTCGTAGACTAAACTTGTAATTTAATCTAAAAAAGGAAGGAAAAAAAGGACAAGAAAACTGAAGTGCGTTTATTTTTATTTTTATTATTTTTTTAAAATTTCACGAACCTCTCCATCCTCATGGGTATATAAACCTTGCTTCCGTTTACAGTTTACACATCCTTCTTCTTCCACTCCTAAAGCCGGTGAACTGAGTCGCTTAGCTGATCTCTCTAATGGCGTTTGCGGACCGAGTCACCAACTCTCTATAATCTCCGGCAGTGGGCTCGACAGACCAGCGCGACAAAGAAGAAGCAAAAGGGAATCGACGATGAAGGTTCAGATCTCGACGAGGTCGGAAGAGTCGCCGACGACGGTGTTCGAGGAGGGACAGTTAGAGCACCCCAACTGGTCTGGAGAGACCCCTCTCTCTCGGCTTGTGGGAGCTCTCATTTCCTTCAAACCCCTCTACTCCATTCTTAAGCTCGGCGCCAGACGTGTGATGATCAGGTCTCTCCTCTTCCATCTGGTTTTTTGCTCTCTTTGTTTTTGGTTTCGGCTTCTAATAATGTAATGGCGGTTTCCGGGAGCAGCACGGCGGAGAAGAACAACATTCCATGGCGAAAAATGACGTCGGAGATTCTGGAGTCGGACGTTTACGAGGAGTTCGAGAGAGTCCAGAATCTCTCCATCGCTTACCCCGACTGTAATTTTGCTCTCTTCTTCACTTTCTATTTTCATGATCTTGTATTAACGTTTCTGTGAGAAAGTTGATCAAGATTCTCCTGTCCGGCCTTCGTCAAACCTAGAAGACAACGTCGTGTCATCTGCATGATTTATCTCTCACCAAAATTACTTCTTTACCCCCTCCTTATTTGGCCCCTTTATCAATTTTAATTTCTATCAAATTCAACCCCGATATTAAATTCTACAGGTAATACCTAAATTATAAAATAAATTCAAACACCAAACACTCACATCAAGCTACAAAAATGTCCTAGTTGAACCATGAAAATACTCAAATCAGTTCAAAAAGTGCTAAGAACTCTTAAAAAATAGTTTTGTCCAACTACAAAAATGACTATATCTAGCCACAAATCTTAAAGAGTATTTTATAAACTTAGGTAATTGAGAATATTAATTACATTTAATCAAGTTTAGGGCTTAAATTAATGAAATTGAGAGTTTTTTTTTTAAACCTTGTATTAATTTAGTTTTAGGGTATATTAATTAAACCCTTTGGAAGGCTGACTTTTAAGTGTTGTTTGGTTTATGGAAACAAGGAATGAGTTTGTTATTTATCTTATTTGAAATAAGATTTATAAATTTGGAAATCGAAATAACCCATCCCTTAAAATTTCATGTCCATGTCTTGCCCATGAAGGCAGCATCCTAGTGTGTTTCGAAGAGGCAGTGTCCTATTACCCTCACGTGAATTTTCTCCCGTGCCTTGGATTTCTTTATCTTTTTATTTCTTTCTTCTCCTTTTACATATTTCTTTCGCGCATATATATATTTTTATATTATTTAAATATATTTAAATTAAATTTATAATTGATAAAATTAACATTAAATTAACTAAAAATAATAATATAAGTAATTAATTTTAATTGATAATAATGTGTTGATATTAACATAATTAGTTACTTCGTTGTTATATATTAATAAAGATTAATTAAGGATGATTGATATATTTAATTAATTCATTTTTATTCATAGAAATATTTAATTAATGAAATTAATTATTTATTAAAGCTATTAATTAATTGACTAATAATAGCTACGTTAAATTTATTCAATTAAATAATTTAGTACAAATATTCATTTTTTACAAATAATTATAGGTAGTTATTAATTTGAATTATTCATTAATTATTTAGAATAATTTAATTATATTATATTAATTACATTTGATTAGTTATTAGTTAATATTTCAGAGGAATTTGATAACATTCTGGTGCAAAACTAATTATGGTAATAATCTTTGATCCCCACCAATAATATTATTTTTACACAACTTATTCTACACATTTGTTACCCGTGAGCATCCGCCCAAAAAGGGGGCCATCCCCTAAAAAAAATTTGACCTTTTATTTTAAAAAAAATTGTTAATATTAAACAAAAAAATTATGATTATTAACATCCTTATATGAAGATGAACTCATTAATAGTTGTTATTTTTTTTGTGTTTATTTATTATTTTATATTTATGATAACTAATTAAGTTTATGTTGGGCCCTCCCAAGTCTCCAATCTAGATCCACCGCTACAACTTAATCCTTAACTAAATGCCCCTTTGGAGAGCAAACTCGTAGATTTTGAGTTTCAAAAAGATATCAGGCAAAGATATTGCAGTTTCAGCTGCTTAATTCTCCACAAACAATTTGTCTGATTAGAGGATCAGTTTCCTAAGATTAGCCTTGCTGAAAAATCCCCATTATAAGATGTCCTGTTATAAGATCTTCCAGAACATGGCAAGTTTTTGATTTGTTATAGGATGTCCTGTCATTGTAGTTTGCACACCAATATATATCATTGATCTTGTTTTGTAATTAATAAGTGTATTGCTTCTCTTGAACAGATTACCTGAAGCCTTTCCATGCATATGATGAGGGTCATCTTTCATGGCTTGTAAGTAGAGTCACTCTACACATTCTATGCAACAATTTGACATAATTCCATACATCTTATATATAGTTGGCCAATTGACAATGTGATAAATTAAGTAATGATAAATTGCTTCCAATGAATATTATTGTCTTGTTCATATGATATATTGCTCTAATGAGAGTCATATATGTTCAATTTCTAGGCTGCAGCAGAAGTAGAGCCTGCAACAATGACAATGCTTATGCGAGCAGTACCCGATGCCTCTTCATTAGATGAAGCAAAGGAAATAGTGTTTGGAAATTGGCTTCGTGCAATTGATATGCATCATCTACAGTATTCAAGAAATCCCATTTTAGACATTCTAGACATTGGTTGTTCTACTGGTTTAAGCACAAGATATTTGGCCGACAAGTTTCCACTTGCTAAAGTGACTGTAAGTGAATTTAGTCTCCTTTTATATGCTCCCTTCCAAATGCAAGAAGCCTCCTAATAATCAGACGAAAACTACAAATATAATGCAAGATTCAACTAGTTCTTTGAGGCTTGCATAGATAGGGTTTAGATTTTTATTGTGTCAATATATAATGTTTTATGTTTAATGTATTTGGTGTAGGGACTAGATTTGTCTCCTTACTTCCTTGCTGTGGCTCGATACACTGAAAAAAAGAGAGCCCCAAGAAAGAATGCAATCAGATGGTTGCATGAAAATGCAGAAGATTCCAGCTTGCCTTCAAGATCATTTGACTTAATTTCCATTGCTTATATGGTAAGAATTCTTTCTTTGATTGGTCTCTAAGAGAAGAAACACCCAAAAACTTGGTTCATGGAATTTGCAAACTCATCTCTATAGTCCTTTTGCACATAGAACTAAGTTTGTTTCTCCCACCATTATTTCCAGTAAAAGCATAGTAGACTCTATCCTTTTATCCAATGAGAAATGATCAAGATTATTGACTTATCAAAAAATCAGCACCTTTTCAGTTACTAAAACCTACTAGTAGATATTGAGACACATGTCTGGCTCTATTTTATTTAGTCTTTCATGGTGCTTGCTGAGGAACACTATAGAAATGATTGAATTGCTCCATTTATGTGGAAATTTGGTCTATAATATTTCAGCTCCATGAATGTCCCCAAGTAGCAATCGTCAATCTGCTCAGGAATCATTCCGGCTTCTTCGACCTGGTGGCACAATTGCTATTATTGATGAAGCAGTAAGTTGTCGATGCATCTATGTCTTATTTAGACGAATTACAAAATTCAACTTCTAAGTAACAAATCTAAAATATGATTTCTCTCTCATTTGCAGCCCAAATCAAAGGCTAATCAGGTATGATTTCCCCTCTTTTTTGTTTTCATAAATTGTGTGTTTAACAGTAGCTAAATCTCCTCTTTTGACATTGGCTTTAATTACCTTCTAATATGAATTTTCTATCAATTTGTTGTTCTGACTCCTGTGTTCAATATGTTACAGAAATTGTCTCCAGTCCTATTTACATTGCTCAAAAGCACAGAACCATATTTGGATGAGTATCATCTCACTGATTTGGAAGGAAGAATGAGAGAAGTTGGATTTGTAATGTGAGATCAAAGCTGACAAACCCAAGACATGTTACCGTGACAGCAACTGTTCCACTTTGAAACTTCTCATTAGCTCATTGCAATAAATACTTTAGACAACTTTATTTATAAAATAAATATTTATATAAAACTTTTTTCTTTTTGTTCTCGTTAGTATATTGCTTCTTGAAGTTACTTGCTAGTTGTCTAATTCATGTCTTGTTGATCCGAGAACAATCATGGGATGAATAAAAATTGAGCTTTTCAATTTCTCTGGCAAAGAATGAAAAAGAGTATTGTGTGGGCATTTGCCCCCTCTTACTTGAACAAAACTTACTTACTTGTTGACTGGGCAACAAGAATTTTATGCTACTCAATTTCTGACAGTTAGGAGAGAGGAAGATAGAGGGTGAGACTTTTTCGATTTTTTTAAAAAATACTCTGCTGTCATAAATTGGACGGTGAGCAGCAGAAACAGGCTAGTAGGTAAGTAATTTTGTTCCTCTTAATTCATTTTAGATTAAAAAATTATATTTAAAAGTGAAGATTTAAAAACTTTATCTAATTTATTTCCTTTAAATTTTTAAAATTGAAATTTGTCTTTTCTATAAAATTTTTGGTTCACTCCTAGATGCGAAAGGTTGATAATAGTTATGTGATGGTGGCGAGGTGCATGATAATTTGATAGGATTGTTGCATGCAAGTAGATTGTCATGCTCATACAACACCTTTTTTCCTCTGTCGTTTTCCTTTTCTGCATATATTTTGGCACCGATCCATGTCTAGTCGATACTATGACTTGGATCGAACCATAAAAAAAAAACCATATGTTATTTAAAGTTTTCTGGATTGTGGTGACAATTTTGACAACTGGTAAGACAATTTAGATCCAATAAACAACAAATTTAGTAAGCCTTTTTCTCTGGCTCAAAGTAACTTGATTGCAACAAGTCCAAACAATGATCAGTCATGACTCTGAAAATGCCCGCTCCAAGCTTGTGAATGACATGTCTGAAACCACAAGACAACACTTTGCCACTTAAACTTAAGGCAAATATTATATATATGAAAAAAAAAACAGATAAAAGTATTAAAAATATCAATTTATTACAATTTTTAGTTATTGAAGGGATAAGATAATTTTGTTGCAGATCCACGTGTCTTGACATGATTGGAGGGTTTATGTGCTGAGAGATACGGAGGATGATTTCTTCTGTTTACGGTTCACTCATCCTTTCTTCTTCCAAACGGTGACTGGCGATCGCTTACCTCCTCCAATGGCATTGTGCGGACAGAGTCACCGGCTCGCTCTGATCTCGGGCAATGGCCACGAGAGAACAGGACGACTAAGAAGAAGCAGAAGGGGCTTGATAAAAGTTCAGACGTCGACGAGGTCTGAAATGGCGGTGTACGAGGAGGGGCAGTTGGAGCGTCCCAATTGGTCTGGAGAGACCCCCCTCTCTCGGCTTGTGGGTGCTCTCATTTCCTTCAAACCCCTCTATTCCCTTCTCAAGCTCGGCGCCAGACGAGTCCTCATCAGGTCTACATTGTGTAGACTTCTTTTGGTTTTGGGTTTGTTTTTGGTTCCGGGTTGTAATCTGTTTTGGCATGTGGGTTGGAGCAGTACAGCGGAGAAGAACAATATTCCATGGCGAAAAATGACATCGGAAATTTTGGAGTCCGACGTTTACAAGGAGCTGGAGAGCGTTCAAAATCTCTCTATTGTCTACCCCGATTGTAATTTCCTAATTTCTTCTCTTCCTATTTTTTTTGCATGAACGTATTTTACTTATTTAGATTTTCATTTGAACTGTAGGCGAGTCTTTGGTTACTGAGAAAGTTGAGTTTATTTTTCTCCTGGTTACTGCTCATCAAAGACTCTTGCCTTCATCAATCATACCGATAAGAAAAATGTTATCCATGATTTTAATTGTTGGAAGTCAGACTTTAGGACCTTGACTTGTGGATTTGAGTTTCAGAAAGTATCGTGAAAAGATATTGCAATCTCAGCTGCTTATCGTACAAACGGTTTGTTCTATAAGAGAATCAGTTGCCTAAGATTTGCCTTGCTGAAAAATCCCCATTAAGTTCAATGTCATAAGATTATTAAGTTTTTCATTTGTTGCAGGATGTCCTGTCATCGTAGTTTCACCAATATCATCCTGTTTCCTATGCAACTTTCTCATACTTTTTAAAACTAAGATTCATCAGTTAGACATCCCCCAACGCCAATGGGTTAAAGACATTATTTGGTTTAGCTGTGGAGAAACAGAGCTATATATACTTGCATCATGGGACCTTTTTAAATCTTTTTTATTTACCAGTAACCTTTGAAGTTTTTGAAAAACTTGTTTTGTAATTAATCAGAATATTGATTCTTTTGAACAGATTACCTGAAGCCTTTCCATGCATATGATGAGGGTCATCTTTCATGGCTTGTAAGTATAGTCACTCTACACATCTATGCAACAATTGGACAGAATTCCATACATCTTACAGTTGACCGATTGACAATGTGATAAATAGATGATAGATGCTACCAATTGATATTGTCTCGTTCAGATGATATCTTCTAAAAAAGTTAAAAGTATGATACTTATATACTAGCCATGTTTGTAAGTCATATATATGTTCCTTCTAGGCTGCAGCAGAAGCAGAGCCTGCAACAATGTCAATGATTATGCGAGCAGTAACCGATGCCTCTTCATTAGATGAAGCGAAGGAAGTAGTGTTTGGAAATTGGCTTCGTACGGTTGATGAGCATCATATGCAGTACTCAGAAAATCCTGTTCAAGACATTCTAGATATTGGTTGTTCTATAGGTTTCAGCACAAGATATTTAGCTGATAAGTTTCCCATGGCTAAAGTGACTGTAAGTAAATTCTCTCCTCTTGCTCCCTCCATATGTGTAAAGCCTCCTTATAATTGGATGAAAACTACAAATATAATGCAAGATTCAACTTCTTTGAAGCCTGCATAGTAGTTAATGTTTCAGTTTCATATCAATGTTTTACATTTAATGTATTTGCTGCAGGGACTCGATTTATCTCCTTACTTCCTTGCGGTGGCTCGATACATGGACAAGAAAAGAGCTCCAAGAAAGAATGCAATAAGATGGTTGCATGGAAATGGGGAAGATTCTAGCTTGCCTTCAAGATCATTTGACCTAGTTTCCATTGCTTATATGGTAAGAATTCCTCTTTGATCAGACATCCTAAGAAATTTCTCTTGGGATTTTATGTATTGGTTGTGGTGGGATGGAGTAGAAAACTATGCTTGTTCTAAAGTTGCTATCTACGATAAATCCAATGCAATTTATTTTTTACTATTAGAAGTTTAGTTCTATATTGGAGAAGATTTGAGATGTTTTTTTAGCTACAGTTCCAAAGTTATTTAGAGTGAAGTATGAAGTAATCTATAATATTTAATGTCTTAGAAAGATTAGGATCAGAAGAAATCCAATTGATTTGTTGAGGCGCAGCCAGGCGCTCGTCTATGGCAAAGAGGCAAATGAGGTGATAGATGACATTTGGATTAGAAAGGATAAAGATTGGCTTATCAGGGAAATCAGTCATCTTTTCATTTATTGTCCTACTAGCATATATTGGGACACATGCTCGCTCTATTCAGTCCCTCATGGTGCTTGCGGAGGAACACTATGTAATGATTGAATTAACTCCTTTGTGGACTCCTTTAAACGAAAACTCAAAGTTACTAATAGCATGTTAATAAGGCCATTTCTTGGAAGGTTTGGCTGGAATAGAACCATAGGATTTTTTAAGAAACTTTGAGAGGGTGGAACAACCTCTGGGGGATTATTAATCTTTTGGCTTACTGTAGAGTTTCTTTCTAAATTTTTTTGTAACTTCAATTCCTTTTCGATTATTGACAAGTGAAGAACTTTGTGTAATCTCTTGGCTGGACGAGATTTGTCTTAGCCCAGTCTTTTGTATCTCTTTTTCTATCAATTAACAAAAATGAAGTATTACATGAGGAAAAGTTGCAAAAAAACAGGAAACCCAATTGCTATATTGTCCTGTTATTTGGGAATTTACTTTGTAGTAACTGTTCGTGATTCTTGTCTATAATATTTTAGCTCCATGAATGTCCCGAAGTAGCAATAGTCAATTTGCTCAAGGAATCATTTCGACTTCTTCGACCCGGTGGCACAATTGCAATTACTGACCAAGCTGTAAGTTCTCAATGTATTTATTGTCTAGAGATGAATTAAAAAACTCACCTGCTATATAACAAATCTAATATTGTAGCTGCTCTTTTGTGCAGCCCAAATCAAAGGCTATTCAGGTAATGATTGGATGAAATTCTAAGTTCAAGAGCAGCTAAAACAGGAAACTTTCTATGTGCATTGGCTTTACCTGCTAGTATGCTTCGAAGGATATTTTTTTCCCTCTAAAATCTTTATCAATTTGTTTTGCCGTCTCCCTTTGATATGTTACAGGAATTATCTCCAGTCATATTCACATTACTCAAAAGTACAGAACCATATCTGGATGAGTACCACCTCACTGATTTAGAAGGAAGAATGAAAGAAGTTGGATTTGTGAATGTGAGATCAAGATTGACCGACCCAAGACATATTACAATGACAGCAACCGTTCCACTTTAA

mRNA sequence

ATGAAAAACGTGTTAGTGTTAACCAGCTGCAAAGAAGGTAACATTGAAACTACTGAATTGCGGCGGTTCCTCGAGAGCTCCGTGCACCAGGCCATCAAATCTGTACTAAACAAGTTTTCCGATCCGCAAGAGTTCTCGTTCATGACATTTTCTAACAAGAGACGGCGAGTTTCCCTATTCAATTCTTCGAGCTCATCTTCCATTGGTGATTTCTGTATCCCATCTCCTGACACTCCCTTTCCTCTCAAGGGCTGTAAATGGGATCACAGTGACATGAAAATGTATGAATACACTCAAATCTTCTTTCATATCGTGTTCGTAAACGGGACCGAGTCACCAACTGGCTATAATCTCCGGCGATGGGCACTGCAGAGCAGGAAGAAGCAGAAGGGAGTCGATAAAGGTTCAGATGTCGACGAGGTCGGAAATGACGGTGTACGACGAGGGGCAGTTGGAGCGTCCCAAATGGTCTGGGGACACCCCCTCTCTCGGCTTGTGGGTGCTCTCATTTCCTTCAAGCCCCTCTACTCCATTCTTAAGCTCGGCGCCAGACGTGTCATGATCAGTACGGCGGAGAAGAACAACATTCCATGGAGAAAAATGACGTCCGAGATTTTGGCGTCTGACGTTTACAAGGAGTTCGAGAGCGTTCAAAATCCTCGATTGTCTACCCCGATTGCTGCAGCAGAAGTAGAGCCTGCAACAATGTCAATGATTATGCGAGCGGTACCCAACACCTCTTCATTAGATGAAGCAAAGGAAGTGGTATTCGGAAATTGGCTTCGTTTGAGCACAAGATATCTGGCTGACAAGTTTCCACTAGCTAAAACTACTGGACTAGATTTGTCTCCTTACTTCCTTGCTGTGGCTCGATACATGGACAAGAAAAGAGCTCCAAGAAACAACGCAATAAGTTGGTTGCATGAAAATGGGGAAGATACTAGCTTGCCTTCAAAATCATTTGATCTAGTTTCCAGTGCTTATCTGTTCCATGAATGTCCCCAAGTAGCAATAGTCAATCTGCTTAAGGAATCATTTCGACTTCTTCGACCTGGTGGCACAATTGCCATTACTGACAATGCGTTTACACATCCTTCTTCTTCCACTCCTAAAGCCGGTGAACTGAGTCGCTTAGCTGATCTCTCTAATGGCGTTTGCGGACCGAGTCACCAACTCTCTATAATCTCCGGCAGTGGGCTCGACAGACCAGCGCGACAAAGAAGAAGCAAAAGGGAATCGACGATGAAGGTTCAGATCTCGACGAGGTCGGAAGAGTCGCCGACGACGGTGTTCGAGGAGGGACAGTTAGAGCACCCCAACTGGTCTGGAGAGACCCCTCTCTCTCGGCTTGTGGGAGCTCTCATTTCCTTCAAACCCCTCTACTCCATTCTTAAGCTCGGCGCCAGACGTGTGATGATCAGCACGGCGGAGAAGAACAACATTCCATGGCGAAAAATGACGTCGGAGATTCTGGAGTCGGACGTTTACGAGGAGTTCGAGAGAGTCCAGAATCTCTCCATCGCTTACCCCGACTATTACCTGAAGCCTTTCCATGCATATGATGAGGGTCATCTTTCATGGCTTGCTGCAGCAGAAGTAGAGCCTGCAACAATGACAATGCTTATGCGAGCAGTACCCGATGCCTCTTCATTAGATGAAGCAAAGGAAATAGTGTTTGGAAATTGGCTTCGTGCAATTGATATGCATCATCTACAGTATTCAAGAAATCCCATTTTAGACATTCTAGACATTGGTTGTTCTACTGGTTTAAGCACAAGATATTTGGCCGACAAGTTTCCACTTGCTAAAGTGACTGGACTAGATTTGTCTCCTTACTTCCTTGCTGTGGCTCGATACACTGAAAAAAAGAGAGCCCCAAGAAAGAATGCAATCAGATGGTTGCATGAAAATGCAGAAGATTCCAGCTTGCCTTCAAGATCATTTGACTTAATTTCCATTGCTTATATGGAATCATTCCGGCTTCTTCGACCTGGTGGCACAATTGCTATTATTGATGAAGCACCCAAATCAAAGGCTAATCAGAAATTGTCTCCAGTCCTATTTACATTGCTCAAAAGCACAGAACCATATTTGGATGAGTATCATCTCACTGATTTGGAAGGAAGAATGAGAGAAGTTGGATTTGTAATAGATACGGAGGATGATTTCTTCTGTTTACGGTTCACTCATCCTTTCTTCTTCCAAACGGTGACTGGCGATCGCTTACCTCCTCCAATGGCATTGTGCGGACAGAGTCACCGGCTCGCTCTGATCTCGGGCAATGGCCACGAGAGAACAGGACGACTAAGAAGAAGCAGAAGGGGCTTGATAAAAGTTCAGACGTCGACGAGGTCTGAAATGGCGGTGTACGAGGAGGGGCAGTTGGAGCGTCCCAATTGGTCTGGAGAGACCCCCCTCTCTCGGCTTGTGGGTGCTCTCATTTCCTTCAAACCCCTCTATTCCCTTCTCAAGCTCGGCGCCAGACGAGTCCTCATCAGGTCTACATTGTGTAGACTTCTTTTGGTTTTGGGTTTGTTTTTGGTTCCGGGTTGTAATCTGTTTTGGCATGTGGGTTGGAGCAGTACAGCGGAGAAGAACAATATTCCATGGCGAAAAATGACATCGGAAATTTTGGAGTCCGACGTTTACAAGGAGCTGGAGAGCGTTCAAAATCTCTCTATTGTCTACCCCGATTATTACCTGAAGCCTTTCCATGCATATGATGAGGGTCATCTTTCATGGCTTGCTGCAGCAGAAGCAGAGCCTGCAACAATGTCAATGATTATGCGAGCAGTAACCGATGCCTCTTCATTAGATGAAGCGAAGGAAGTAGTGTTTGGAAATTGGCTTCGTACGGTTGATGAGCATCATATGCAGTACTCAGAAAATCCTGTTCAAGACATTCTAGATATTGGTTGTTCTATAGGTTTCAGCACAAGATATTTAGCTGATAAGTTTCCCATGGCTAAAGTGACTGGACTCGATTTATCTCCTTACTTCCTTGCGGTGGCTCGATACATGGACAAGAAAAGAGCTCCAAGAAAGAATGCAATAAGATGGTTGCATGGAAATGGGGAAGATTCTAGCTTGCCTTCAAGATCATTTGACCTAGTTTCCATTGCTTATATGCTCCATGAATGTCCCGAAGTAGCAATAGTCAATTTGCTCAAGGAATCATTTCGACTTCTTCGACCCGGTGGCACAATTGCAATTACTGACCAAGCTCCCAAATCAAAGGCTATTCAGGAATTATCTCCAGTCATATTCACATTACTCAAAAGTACAGAACCATATCTGGATGAGTACCACCTCACTGATTTAGAAGGAAGAATGAAAGAAGTTGGATTTGTGAATGTGAGATCAAGATTGACCGACCCAAGACATATTACAATGACAGCAACCGTTCCACTTTAA

Coding sequence (CDS)

ATGAAAAACGTGTTAGTGTTAACCAGCTGCAAAGAAGGTAACATTGAAACTACTGAATTGCGGCGGTTCCTCGAGAGCTCCGTGCACCAGGCCATCAAATCTGTACTAAACAAGTTTTCCGATCCGCAAGAGTTCTCGTTCATGACATTTTCTAACAAGAGACGGCGAGTTTCCCTATTCAATTCTTCGAGCTCATCTTCCATTGGTGATTTCTGTATCCCATCTCCTGACACTCCCTTTCCTCTCAAGGGCTGTAAATGGGATCACAGTGACATGAAAATGTATGAATACACTCAAATCTTCTTTCATATCGTGTTCGTAAACGGGACCGAGTCACCAACTGGCTATAATCTCCGGCGATGGGCACTGCAGAGCAGGAAGAAGCAGAAGGGAGTCGATAAAGGTTCAGATGTCGACGAGGTCGGAAATGACGGTGTACGACGAGGGGCAGTTGGAGCGTCCCAAATGGTCTGGGGACACCCCCTCTCTCGGCTTGTGGGTGCTCTCATTTCCTTCAAGCCCCTCTACTCCATTCTTAAGCTCGGCGCCAGACGTGTCATGATCAGTACGGCGGAGAAGAACAACATTCCATGGAGAAAAATGACGTCCGAGATTTTGGCGTCTGACGTTTACAAGGAGTTCGAGAGCGTTCAAAATCCTCGATTGTCTACCCCGATTGCTGCAGCAGAAGTAGAGCCTGCAACAATGTCAATGATTATGCGAGCGGTACCCAACACCTCTTCATTAGATGAAGCAAAGGAAGTGGTATTCGGAAATTGGCTTCGTTTGAGCACAAGATATCTGGCTGACAAGTTTCCACTAGCTAAAACTACTGGACTAGATTTGTCTCCTTACTTCCTTGCTGTGGCTCGATACATGGACAAGAAAAGAGCTCCAAGAAACAACGCAATAAGTTGGTTGCATGAAAATGGGGAAGATACTAGCTTGCCTTCAAAATCATTTGATCTAGTTTCCAGTGCTTATCTGTTCCATGAATGTCCCCAAGTAGCAATAGTCAATCTGCTTAAGGAATCATTTCGACTTCTTCGACCTGGTGGCACAATTGCCATTACTGACAATGCGTTTACACATCCTTCTTCTTCCACTCCTAAAGCCGGTGAACTGAGTCGCTTAGCTGATCTCTCTAATGGCGTTTGCGGACCGAGTCACCAACTCTCTATAATCTCCGGCAGTGGGCTCGACAGACCAGCGCGACAAAGAAGAAGCAAAAGGGAATCGACGATGAAGGTTCAGATCTCGACGAGGTCGGAAGAGTCGCCGACGACGGTGTTCGAGGAGGGACAGTTAGAGCACCCCAACTGGTCTGGAGAGACCCCTCTCTCTCGGCTTGTGGGAGCTCTCATTTCCTTCAAACCCCTCTACTCCATTCTTAAGCTCGGCGCCAGACGTGTGATGATCAGCACGGCGGAGAAGAACAACATTCCATGGCGAAAAATGACGTCGGAGATTCTGGAGTCGGACGTTTACGAGGAGTTCGAGAGAGTCCAGAATCTCTCCATCGCTTACCCCGACTATTACCTGAAGCCTTTCCATGCATATGATGAGGGTCATCTTTCATGGCTTGCTGCAGCAGAAGTAGAGCCTGCAACAATGACAATGCTTATGCGAGCAGTACCCGATGCCTCTTCATTAGATGAAGCAAAGGAAATAGTGTTTGGAAATTGGCTTCGTGCAATTGATATGCATCATCTACAGTATTCAAGAAATCCCATTTTAGACATTCTAGACATTGGTTGTTCTACTGGTTTAAGCACAAGATATTTGGCCGACAAGTTTCCACTTGCTAAAGTGACTGGACTAGATTTGTCTCCTTACTTCCTTGCTGTGGCTCGATACACTGAAAAAAAGAGAGCCCCAAGAAAGAATGCAATCAGATGGTTGCATGAAAATGCAGAAGATTCCAGCTTGCCTTCAAGATCATTTGACTTAATTTCCATTGCTTATATGGAATCATTCCGGCTTCTTCGACCTGGTGGCACAATTGCTATTATTGATGAAGCACCCAAATCAAAGGCTAATCAGAAATTGTCTCCAGTCCTATTTACATTGCTCAAAAGCACAGAACCATATTTGGATGAGTATCATCTCACTGATTTGGAAGGAAGAATGAGAGAAGTTGGATTTGTAATAGATACGGAGGATGATTTCTTCTGTTTACGGTTCACTCATCCTTTCTTCTTCCAAACGGTGACTGGCGATCGCTTACCTCCTCCAATGGCATTGTGCGGACAGAGTCACCGGCTCGCTCTGATCTCGGGCAATGGCCACGAGAGAACAGGACGACTAAGAAGAAGCAGAAGGGGCTTGATAAAAGTTCAGACGTCGACGAGGTCTGAAATGGCGGTGTACGAGGAGGGGCAGTTGGAGCGTCCCAATTGGTCTGGAGAGACCCCCCTCTCTCGGCTTGTGGGTGCTCTCATTTCCTTCAAACCCCTCTATTCCCTTCTCAAGCTCGGCGCCAGACGAGTCCTCATCAGGTCTACATTGTGTAGACTTCTTTTGGTTTTGGGTTTGTTTTTGGTTCCGGGTTGTAATCTGTTTTGGCATGTGGGTTGGAGCAGTACAGCGGAGAAGAACAATATTCCATGGCGAAAAATGACATCGGAAATTTTGGAGTCCGACGTTTACAAGGAGCTGGAGAGCGTTCAAAATCTCTCTATTGTCTACCCCGATTATTACCTGAAGCCTTTCCATGCATATGATGAGGGTCATCTTTCATGGCTTGCTGCAGCAGAAGCAGAGCCTGCAACAATGTCAATGATTATGCGAGCAGTAACCGATGCCTCTTCATTAGATGAAGCGAAGGAAGTAGTGTTTGGAAATTGGCTTCGTACGGTTGATGAGCATCATATGCAGTACTCAGAAAATCCTGTTCAAGACATTCTAGATATTGGTTGTTCTATAGGTTTCAGCACAAGATATTTAGCTGATAAGTTTCCCATGGCTAAAGTGACTGGACTCGATTTATCTCCTTACTTCCTTGCGGTGGCTCGATACATGGACAAGAAAAGAGCTCCAAGAAAGAATGCAATAAGATGGTTGCATGGAAATGGGGAAGATTCTAGCTTGCCTTCAAGATCATTTGACCTAGTTTCCATTGCTTATATGCTCCATGAATGTCCCGAAGTAGCAATAGTCAATTTGCTCAAGGAATCATTTCGACTTCTTCGACCCGGTGGCACAATTGCAATTACTGACCAAGCTCCCAAATCAAAGGCTATTCAGGAATTATCTCCAGTCATATTCACATTACTCAAAAGTACAGAACCATATCTGGATGAGTACCACCTCACTGATTTAGAAGGAAGAATGAAAGAAGTTGGATTTGTGAATGTGAGATCAAGATTGACCGACCCAAGACATATTACAATGACAGCAACCGTTCCACTTTAA

Protein sequence

MKNVLVLTSCKEGNIETTELRRFLESSVHQAIKSVLNKFSDPQEFSFMTFSNKRRRVSLFNSSSSSSIGDFCIPSPDTPFPLKGCKWDHSDMKMYEYTQIFFHIVFVNGTESPTGYNLRRWALQSRKKQKGVDKGSDVDEVGNDGVRRGAVGASQMVWGHPLSRLVGALISFKPLYSILKLGARRVMISTAEKNNIPWRKMTSEILASDVYKEFESVQNPRLSTPIAAAEVEPATMSMIMRAVPNTSSLDEAKEVVFGNWLRLSTRYLADKFPLAKTTGLDLSPYFLAVARYMDKKRAPRNNAISWLHENGEDTSLPSKSFDLVSSAYLFHECPQVAIVNLLKESFRLLRPGGTIAITDNAFTHPSSSTPKAGELSRLADLSNGVCGPSHQLSIISGSGLDRPARQRRSKRESTMKVQISTRSEESPTTVFEEGQLEHPNWSGETPLSRLVGALISFKPLYSILKLGARRVMISTAEKNNIPWRKMTSEILESDVYEEFERVQNLSIAYPDYYLKPFHAYDEGHLSWLAAAEVEPATMTMLMRAVPDASSLDEAKEIVFGNWLRAIDMHHLQYSRNPILDILDIGCSTGLSTRYLADKFPLAKVTGLDLSPYFLAVARYTEKKRAPRKNAIRWLHENAEDSSLPSRSFDLISIAYMESFRLLRPGGTIAIIDEAPKSKANQKLSPVLFTLLKSTEPYLDEYHLTDLEGRMREVGFVIDTEDDFFCLRFTHPFFFQTVTGDRLPPPMALCGQSHRLALISGNGHERTGRLRRSRRGLIKVQTSTRSEMAVYEEGQLERPNWSGETPLSRLVGALISFKPLYSLLKLGARRVLIRSTLCRLLLVLGLFLVPGCNLFWHVGWSSTAEKNNIPWRKMTSEILESDVYKELESVQNLSIVYPDYYLKPFHAYDEGHLSWLAAAEAEPATMSMIMRAVTDASSLDEAKEVVFGNWLRTVDEHHMQYSENPVQDILDIGCSIGFSTRYLADKFPMAKVTGLDLSPYFLAVARYMDKKRAPRKNAIRWLHGNGEDSSLPSRSFDLVSIAYMLHECPEVAIVNLLKESFRLLRPGGTIAITDQAPKSKAIQELSPVIFTLLKSTEPYLDEYHLTDLEGRMKEVGFVNVRSRLTDPRHITMTATVPL

Homology

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BLAST of Sgr023584 vs. NCBI nr
Match: XP_022149773.1 (uncharacterized protein LOC111018123 isoform X1 [Momordica charantia])

HSP 1 Score: 630.9 bits (1626), Expect = 2.1e-176
Identity = 311/392 (79.34%), Postives = 344/392 (87.76%), Query Frame = 0


Query: 746  MALCGQSHRLALISGNGHERTGRLRRSRRGLIKVQTSTRSEMAVYEEGQLERPNWSGETP 805
            MALCG S+R+AL SGNGH R GRLR S+RGLI+ Q S RSEMAV+EEG+LERPNWSGET 
Sbjct: 1    MALCGPSYRIALTSGNGHRRIGRLRSSKRGLIEFQRSARSEMAVFEEGKLERPNWSGETS 60

Query: 806  LSRLVGALISFKPLYSLLKLGARRVLIRSTLCRLLLVLGLFLVPGCNLFWHVGWSSTAEK 865
            LSRLVGALISFKPL+SLLKLGARRVLI                            STAEK
Sbjct: 61   LSRLVGALISFKPLFSLLKLGARRVLI----------------------------STAEK 120

Query: 866  NNIPWRKMTSEILESDVYKELESVQNLSIVYPDYYLKPFHAYDEGHLSWLAAAEAEPATM 925
             NIPWRKMTSEIL+SDVYKEL+SVQ+LSIVYPDYYLKPFHAYDEGHLSWLAAAEAEPATM
Sbjct: 121  KNIPWRKMTSEILDSDVYKELDSVQDLSIVYPDYYLKPFHAYDEGHLSWLAAAEAEPATM 180

Query: 926  SMIMRAVTDASSLDEAKEVVFGNWLRTVDEHHMQYSENPVQDILDIGCSIGFSTRYLADK 985
            SMIMRAV DASS+DEAKE+VFGNWLRT++EHH+QYSENP+ DILDIGCS+G STR LADK
Sbjct: 181  SMIMRAVPDASSVDEAKEIVFGNWLRTIEEHHLQYSENPILDILDIGCSVGLSTRQLADK 240

Query: 986  FPMAKVTGLDLSPYFLAVARYMDKKRAPRKNAIRWLHGNGEDSSLPSRSFDLVSIAYMLH 1045
            FP+AKVTGLDLSPYFLAVA+YMDKK APRKN+IRWLHGN E+SSLPSRSFDLVSIA+M H
Sbjct: 241  FPLAKVTGLDLSPYFLAVAQYMDKKSAPRKNSIRWLHGNAENSSLPSRSFDLVSIAFMFH 300

Query: 1046 ECPEVAIVNLLKESFRLLRPGGTIAITDQAPKSKAIQELSPVIFTLLKSTEPYLDEYHLT 1105
            ECP+VAIV++LKESFRLLRPGG   +TDQAPKSKA+QELSPV+FTLLKSTEPYLDEYHLT
Sbjct: 301  ECPQVAIVSILKESFRLLRPGGEFVVTDQAPKSKAVQELSPVLFTLLKSTEPYLDEYHLT 360

Query: 1106 DLEGRMKEVGFVNVRSRLTDPRHITMTATVPL 1138
            DLEGRM+E+GFVNVRS+LTDPRH+T+TATVPL
Sbjct: 361  DLEGRMREIGFVNVRSKLTDPRHVTVTATVPL 364

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BLAST of Sgr023584 vs. NCBI nr
Match: XP_022944658.1 (uncharacterized protein LOC111449047 [Cucurbita moschata])

HSP 1 Score: 616.3 bits (1588), Expect = 5.3e-172
Identity = 304/392 (77.55%), Postives = 341/392 (86.99%), Query Frame = 0


Query: 746  MALCGQSHRLALISGNGHERTGRLRRSRRGLIKVQTSTRSEMAVYEEGQLERPNWSGETP 805
            MALCG SH+LALISG G ++TGRL R+RRG IK Q ST SE+AV+EEGQLERPNW+GETP
Sbjct: 1    MALCGPSHQLALISGKGQQKTGRLCRTRRGFIKAQASTSSEVAVFEEGQLERPNWAGETP 60

Query: 806  LSRLVGALISFKPLYSLLKLGARRVLIRSTLCRLLLVLGLFLVPGCNLFWHVGWSSTAEK 865
            LSRLVGALISFKP+YS+LKLGAR+V I                            STAEK
Sbjct: 61   LSRLVGALISFKPVYSILKLGARQVFI----------------------------STAEK 120

Query: 866  NNIPWRKMTSEILESDVYKELESVQNLSIVYPDYYLKPFHAYDEGHLSWLAAAEAEPATM 925
             NIPWRK++S+ILESDVYKELESVQNLSIVYPDYYLKPFHAYDEG+LSWLAAAEAEPATM
Sbjct: 121  KNIPWRKISSDILESDVYKELESVQNLSIVYPDYYLKPFHAYDEGNLSWLAAAEAEPATM 180

Query: 926  SMIMRAVTDASSLDEAKEVVFGNWLRTVDEHHMQYSENPVQDILDIGCSIGFSTRYLADK 985
            SMIMRAV  A+S+DEAK+VVFGNWLRT++EHH+QYS+NP+ DILDIGCS+GF TR LADK
Sbjct: 181  SMIMRAVPTATSVDEAKKVVFGNWLRTIEEHHLQYSKNPILDILDIGCSVGFGTRQLADK 240

Query: 986  FPMAKVTGLDLSPYFLAVARYMDKKRAPRKNAIRWLHGNGEDSSLPSRSFDLVSIAYMLH 1045
            FP AKVTGLDLSPYFLAVA+YMDKKRAPRKNAIRWLHGNGE++ LPSRSFDL+SIAY+ H
Sbjct: 241  FPTAKVTGLDLSPYFLAVAQYMDKKRAPRKNAIRWLHGNGEETGLPSRSFDLLSIAYLFH 300

Query: 1046 ECPEVAIVNLLKESFRLLRPGGTIAITDQAPKSKAIQELSPVIFTLLKSTEPYLDEYHLT 1105
            ECP+VAIVN+LKESFRLLRPGGTI ITDQA KSKA+QELSPV+FTLLKSTEP+LDEYHLT
Sbjct: 301  ECPQVAIVNILKESFRLLRPGGTIVITDQASKSKAVQELSPVLFTLLKSTEPHLDEYHLT 360

Query: 1106 DLEGRMKEVGFVNVRSRLTDPRHITMTATVPL 1138
            DLE +M +VGFVNV SRLTDPRH+T+TATVPL
Sbjct: 361  DLEEKMSQVGFVNVTSRLTDPRHVTITATVPL 364

[Close]

BLAST of Sgr023584 vs. NCBI nr
Match: KAG6570536.1 (hypothetical protein SDJN03_29451, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 612.5 bits (1578), Expect = 7.6e-171
Identity = 302/392 (77.04%), Postives = 338/392 (86.22%), Query Frame = 0


Query: 746  MALCGQSHRLALISGNGHERTGRLRRSRRGLIKVQTSTRSEMAVYEEGQLERPNWSGETP 805
            MALCG SH+LALISG G ++TGRL R+RRG IK Q ST SE AV+EEGQLERPNW+GETP
Sbjct: 1    MALCGPSHQLALISGKGQQKTGRLSRTRRGFIKAQASTSSEAAVFEEGQLERPNWAGETP 60

Query: 806  LSRLVGALISFKPLYSLLKLGARRVLIRSTLCRLLLVLGLFLVPGCNLFWHVGWSSTAEK 865
            LSRLVGALISFKP+YS+LKLGAR+V I                            STAEK
Sbjct: 61   LSRLVGALISFKPVYSILKLGARQVFI----------------------------STAEK 120

Query: 866  NNIPWRKMTSEILESDVYKELESVQNLSIVYPDYYLKPFHAYDEGHLSWLAAAEAEPATM 925
             NIPWRK++S+ILESDVYKELESVQNLSIVYPDYYLKPFHAYDEG+LSWLAAAEAEPATM
Sbjct: 121  KNIPWRKISSDILESDVYKELESVQNLSIVYPDYYLKPFHAYDEGNLSWLAAAEAEPATM 180

Query: 926  SMIMRAVTDASSLDEAKEVVFGNWLRTVDEHHMQYSENPVQDILDIGCSIGFSTRYLADK 985
            SMIMRAV  A+S+DEAK+VVFGNWLRT++EHH+QYS+NP+ DILDIGCS+GF TR LADK
Sbjct: 181  SMIMRAVPTATSVDEAKKVVFGNWLRTIEEHHLQYSKNPILDILDIGCSVGFGTRQLADK 240

Query: 986  FPMAKVTGLDLSPYFLAVARYMDKKRAPRKNAIRWLHGNGEDSSLPSRSFDLVSIAYMLH 1045
            FP AKVTGLDLSPYFLAVA+YMDKKR PRKNAIRWLHGNGE++ LPS SFDL+SIAY+ H
Sbjct: 241  FPTAKVTGLDLSPYFLAVAQYMDKKRGPRKNAIRWLHGNGEETGLPSTSFDLLSIAYLFH 300

Query: 1046 ECPEVAIVNLLKESFRLLRPGGTIAITDQAPKSKAIQELSPVIFTLLKSTEPYLDEYHLT 1105
            ECP+VAIVN+LKESFRLLRPGGTI ITDQA KSKA+QELSPV+FTLLKSTEP+LDEYHLT
Sbjct: 301  ECPQVAIVNILKESFRLLRPGGTIVITDQASKSKAVQELSPVLFTLLKSTEPHLDEYHLT 360

Query: 1106 DLEGRMKEVGFVNVRSRLTDPRHITMTATVPL 1138
            DLE +M +VGFVNV SRLTDPRH+T+TATVPL
Sbjct: 361  DLEEKMSQVGFVNVTSRLTDPRHVTITATVPL 364

[Close]

BLAST of Sgr023584 vs. NCBI nr
Match: XP_022985996.1 (uncharacterized protein LOC111483862 [Cucurbita maxima])

HSP 1 Score: 612.1 bits (1577), Expect = 9.9e-171
Identity = 302/392 (77.04%), Postives = 339/392 (86.48%), Query Frame = 0


Query: 746  MALCGQSHRLALISGNGHERTGRLRRSRRGLIKVQTSTRSEMAVYEEGQLERPNWSGETP 805
            MALCG SH+LALISGNG ++TGRL R+RRG I VQ ST SE AV+EEG+LERPNW+GETP
Sbjct: 1    MALCGPSHQLALISGNGQQKTGRLSRTRRGFINVQASTSSEAAVFEEGKLERPNWAGETP 60

Query: 806  LSRLVGALISFKPLYSLLKLGARRVLIRSTLCRLLLVLGLFLVPGCNLFWHVGWSSTAEK 865
            LSRLVGALISFKP+YS+LKLGAR+V I                            STAEK
Sbjct: 61   LSRLVGALISFKPVYSILKLGARQVFI----------------------------STAEK 120

Query: 866  NNIPWRKMTSEILESDVYKELESVQNLSIVYPDYYLKPFHAYDEGHLSWLAAAEAEPATM 925
             NIPWRKM S+ILESDVYKELESVQNLSIVYPDYYLKPFHAYDEG+LSW+AAAEAEPATM
Sbjct: 121  KNIPWRKMCSDILESDVYKELESVQNLSIVYPDYYLKPFHAYDEGNLSWVAAAEAEPATM 180

Query: 926  SMIMRAVTDASSLDEAKEVVFGNWLRTVDEHHMQYSENPVQDILDIGCSIGFSTRYLADK 985
            SMIMRAV  A+S+DEAK+VVFGNWLRT++EHH+QYS+NP+ DILDIGCSIGF TR LADK
Sbjct: 181  SMIMRAVPTATSVDEAKKVVFGNWLRTIEEHHLQYSKNPILDILDIGCSIGFGTRQLADK 240

Query: 986  FPMAKVTGLDLSPYFLAVARYMDKKRAPRKNAIRWLHGNGEDSSLPSRSFDLVSIAYMLH 1045
            FP AKVTGLDLSPYFL+VA+YMDKKRAPRKNAIRWLHGNGE++ LPS SFDL+SIAY+ H
Sbjct: 241  FPTAKVTGLDLSPYFLSVAQYMDKKRAPRKNAIRWLHGNGEETGLPSTSFDLLSIAYLFH 300

Query: 1046 ECPEVAIVNLLKESFRLLRPGGTIAITDQAPKSKAIQELSPVIFTLLKSTEPYLDEYHLT 1105
            ECP+VAIVN+LKESFRLLRPGGTI ITDQA KSKA+QE+SPV+FTLLKSTEP+LDEYHLT
Sbjct: 301  ECPKVAIVNILKESFRLLRPGGTIVITDQASKSKAVQEMSPVLFTLLKSTEPHLDEYHLT 360

Query: 1106 DLEGRMKEVGFVNVRSRLTDPRHITMTATVPL 1138
            DLE +M +VGFVNV SRLTDPRH+T+TATVPL
Sbjct: 361  DLETKMSQVGFVNVTSRLTDPRHVTITATVPL 364

[Close]

BLAST of Sgr023584 vs. NCBI nr
Match: XP_038902341.1 (uncharacterized protein LOC120088974 [Benincasa hispida])

HSP 1 Score: 604.7 bits (1558), Expect = 1.6e-168
Identity = 300/392 (76.53%), Postives = 335/392 (85.46%), Query Frame = 0


Query: 746  MALCGQSHRLALISGNGHERTGRLRRSRRGLIKVQTSTRSEMAVYEEGQLERPNWSGETP 805
            MALCG SH+LALISGNG +RT    R++RG IK Q ST SE AV+EEGQLERPNWSG+TP
Sbjct: 1    MALCGPSHQLALISGNGQQRTRSHSRTKRGFIKFQASTSSEAAVFEEGQLERPNWSGQTP 60

Query: 806  LSRLVGALISFKPLYSLLKLGARRVLIRSTLCRLLLVLGLFLVPGCNLFWHVGWSSTAEK 865
            LSRLVGALISFKPLYS+LKLGAR+VLI                            STAEK
Sbjct: 61   LSRLVGALISFKPLYSILKLGARQVLI----------------------------STAEK 120

Query: 866  NNIPWRKMTSEILESDVYKELESVQNLSIVYPDYYLKPFHAYDEGHLSWLAAAEAEPATM 925
             NIPWR +TS+ILESDVYKELESVQN SIVYPDYYLKPFHAYDEG+LSWLAAAE +PATM
Sbjct: 121  KNIPWRNLTSDILESDVYKELESVQNPSIVYPDYYLKPFHAYDEGNLSWLAAAEVQPATM 180

Query: 926  SMIMRAVTDASSLDEAKEVVFGNWLRTVDEHHMQYSENPVQDILDIGCSIGFSTRYLADK 985
            SMIMRAV +ASS+DEAKE+VFGNWLR ++EHH++YS NP+ DILDIGCSIGF TR LADK
Sbjct: 181  SMIMRAVPNASSVDEAKEIVFGNWLRRIEEHHLKYSGNPILDILDIGCSIGFGTRQLADK 240

Query: 986  FPMAKVTGLDLSPYFLAVARYMDKKRAPRKNAIRWLHGNGEDSSLPSRSFDLVSIAYMLH 1045
            FP AKVTGLDLSPYFLAVA+YMDKK+APRKNAIRWLHGNGED+SLPSRSFDL+SI+Y+ H
Sbjct: 241  FPTAKVTGLDLSPYFLAVAQYMDKKKAPRKNAIRWLHGNGEDTSLPSRSFDLLSISYVFH 300

Query: 1046 ECPEVAIVNLLKESFRLLRPGGTIAITDQAPKSKAIQELSPVIFTLLKSTEPYLDEYHLT 1105
            ECP VAIVN+LKESFR+LRPGGTI ITDQA KSK +QELSPV+FTLLKSTEP+LDEYHLT
Sbjct: 301  ECPHVAIVNILKESFRVLRPGGTIVITDQASKSKVVQELSPVLFTLLKSTEPHLDEYHLT 360

Query: 1106 DLEGRMKEVGFVNVRSRLTDPRHITMTATVPL 1138
            DLE +M+EVGFVNV SRLTDPRH+T+TATVPL
Sbjct: 361  DLEEKMREVGFVNVTSRLTDPRHVTITATVPL 364

[Close]

BLAST of Sgr023584 vs. ExPASy Swiss-Prot
Match: P67056 (Demethylmenaquinone methyltransferase OS=Listeria innocua serovar 6a (strain ATCC BAA-680 / CLIP 11262) OX=272626 GN=menG PE=3 SV=1)

HSP 1 Score: 62.8 bits (151), Expect = 2.9e-08
Identity = 35/108 (32.41%), Postives = 58/108 (53.70%), Query Frame = 0


Query: 967  DILDIGCSIGFSTRYLADKF-PMAKVTGLDLSPYFLAVARYMDKKRAPRKNAIRWLHGNG 1026
            ++LD+ C     +  +A++  P   VTGLD S   L V R  +K +    + +  +HGN 
Sbjct: 50   NVLDVCCGTADWSIMMAEEIGPEGHVTGLDFSENMLKVGR--EKVKEADLHNVELIHGNA 109

Query: 1027 EDSSLPSRSFDLVSIAYMLHECPEVAIVNLLKESFRLLRPGGTIAITD 1074
             +   P  SFD V+I + L   P+   + +L+E +R+L+PGG +A  D
Sbjct: 110  MELPFPDNSFDYVTIGFGLRNVPD--YMQVLREMYRVLKPGGQLACID 153

[Close]

BLAST of Sgr023584 vs. ExPASy Swiss-Prot
Match: C1KWN1 (Demethylmenaquinone methyltransferase OS=Listeria monocytogenes serotype 4b (strain CLIP80459) OX=568819 GN=menG PE=3 SV=1)

HSP 1 Score: 62.8 bits (151), Expect = 2.9e-08
Identity = 35/108 (32.41%), Postives = 58/108 (53.70%), Query Frame = 0


Query: 967  DILDIGCSIGFSTRYLADKF-PMAKVTGLDLSPYFLAVARYMDKKRAPRKNAIRWLHGNG 1026
            ++LD+ C     +  +A++  P   VTGLD S   L V R  +K +    + +  +HGN 
Sbjct: 50   NVLDVCCGTADWSIMMAEEIGPEGHVTGLDFSENMLKVGR--EKVKEADLHNVELIHGNA 109

Query: 1027 EDSSLPSRSFDLVSIAYMLHECPEVAIVNLLKESFRLLRPGGTIAITD 1074
             +   P  SFD V+I + L   P+   + +L+E +R+L+PGG +A  D
Sbjct: 110  MELPFPDNSFDYVTIGFGLRNVPD--YMQVLREMYRVLKPGGQLACID 153

[Close]

BLAST of Sgr023584 vs. ExPASy Swiss-Prot
Match: Q71Y84 (Demethylmenaquinone methyltransferase OS=Listeria monocytogenes serotype 4b (strain F2365) OX=265669 GN=menG PE=3 SV=1)

HSP 1 Score: 62.8 bits (151), Expect = 2.9e-08
Identity = 35/108 (32.41%), Postives = 58/108 (53.70%), Query Frame = 0


Query: 967  DILDIGCSIGFSTRYLADKF-PMAKVTGLDLSPYFLAVARYMDKKRAPRKNAIRWLHGNG 1026
            ++LD+ C     +  +A++  P   VTGLD S   L V R  +K +    + +  +HGN 
Sbjct: 50   NVLDVCCGTADWSIMMAEEIGPEGHVTGLDFSENMLKVGR--EKVKEADLHNVELIHGNA 109

Query: 1027 EDSSLPSRSFDLVSIAYMLHECPEVAIVNLLKESFRLLRPGGTIAITD 1074
             +   P  SFD V+I + L   P+   + +L+E +R+L+PGG +A  D
Sbjct: 110  MELPFPDNSFDYVTIGFGLRNVPD--YMQVLREMYRVLKPGGQLACID 153

[Close]

BLAST of Sgr023584 vs. ExPASy Swiss-Prot
Match: P67055 (Demethylmenaquinone methyltransferase OS=Listeria monocytogenes serovar 1/2a (strain ATCC BAA-679 / EGD-e) OX=169963 GN=menG PE=3 SV=1)

HSP 1 Score: 62.8 bits (151), Expect = 2.9e-08
Identity = 35/108 (32.41%), Postives = 58/108 (53.70%), Query Frame = 0


Query: 967  DILDIGCSIGFSTRYLADKF-PMAKVTGLDLSPYFLAVARYMDKKRAPRKNAIRWLHGNG 1026
            ++LD+ C     +  +A++  P   VTGLD S   L V R  +K +    + +  +HGN 
Sbjct: 50   NVLDVCCGTADWSIMMAEEIGPEGHVTGLDFSENMLKVGR--EKVKEADLHNVELIHGNA 109

Query: 1027 EDSSLPSRSFDLVSIAYMLHECPEVAIVNLLKESFRLLRPGGTIAITD 1074
             +   P  SFD V+I + L   P+   + +L+E +R+L+PGG +A  D
Sbjct: 110  MELPFPDNSFDYVTIGFGLRNVPD--YMQVLREMYRVLKPGGQLACID 153

[Close]

BLAST of Sgr023584 vs. ExPASy Swiss-Prot
Match: A0AK43 (Demethylmenaquinone methyltransferase OS=Listeria welshimeri serovar 6b (strain ATCC 35897 / DSM 20650 / CIP 8149 / NCTC 11857 / SLCC 5334 / V8) OX=386043 GN=menG PE=3 SV=1)

HSP 1 Score: 62.8 bits (151), Expect = 2.9e-08
Identity = 35/108 (32.41%), Postives = 58/108 (53.70%), Query Frame = 0


Query: 967  DILDIGCSIGFSTRYLADKF-PMAKVTGLDLSPYFLAVARYMDKKRAPRKNAIRWLHGNG 1026
            ++LD+ C     +  +A++  P   VTGLD S   L V R  +K +    + +  +HGN 
Sbjct: 50   NVLDVCCGTADWSIMMAEEIGPEGHVTGLDFSENMLKVGR--EKVKEADLHNVELIHGNA 109

Query: 1027 EDSSLPSRSFDLVSIAYMLHECPEVAIVNLLKESFRLLRPGGTIAITD 1074
             +   P  SFD V+I + L   P+   + +L+E +R+L+PGG +A  D
Sbjct: 110  MELPFPDNSFDYVTIGFGLRNVPD--YMQVLREMYRVLKPGGQLACID 153

[Close]

BLAST of Sgr023584 vs. ExPASy TrEMBL
Match: A0A6J1D7N3 (uncharacterized protein LOC111018123 isoform X1 OS=Momordica charantia OX=3673 GN=LOC111018123 PE=4 SV=1)

HSP 1 Score: 630.9 bits (1626), Expect = 1.0e-176
Identity = 311/392 (79.34%), Postives = 344/392 (87.76%), Query Frame = 0


Query: 746  MALCGQSHRLALISGNGHERTGRLRRSRRGLIKVQTSTRSEMAVYEEGQLERPNWSGETP 805
            MALCG S+R+AL SGNGH R GRLR S+RGLI+ Q S RSEMAV+EEG+LERPNWSGET 
Sbjct: 1    MALCGPSYRIALTSGNGHRRIGRLRSSKRGLIEFQRSARSEMAVFEEGKLERPNWSGETS 60

Query: 806  LSRLVGALISFKPLYSLLKLGARRVLIRSTLCRLLLVLGLFLVPGCNLFWHVGWSSTAEK 865
            LSRLVGALISFKPL+SLLKLGARRVLI                            STAEK
Sbjct: 61   LSRLVGALISFKPLFSLLKLGARRVLI----------------------------STAEK 120

Query: 866  NNIPWRKMTSEILESDVYKELESVQNLSIVYPDYYLKPFHAYDEGHLSWLAAAEAEPATM 925
             NIPWRKMTSEIL+SDVYKEL+SVQ+LSIVYPDYYLKPFHAYDEGHLSWLAAAEAEPATM
Sbjct: 121  KNIPWRKMTSEILDSDVYKELDSVQDLSIVYPDYYLKPFHAYDEGHLSWLAAAEAEPATM 180

Query: 926  SMIMRAVTDASSLDEAKEVVFGNWLRTVDEHHMQYSENPVQDILDIGCSIGFSTRYLADK 985
            SMIMRAV DASS+DEAKE+VFGNWLRT++EHH+QYSENP+ DILDIGCS+G STR LADK
Sbjct: 181  SMIMRAVPDASSVDEAKEIVFGNWLRTIEEHHLQYSENPILDILDIGCSVGLSTRQLADK 240

Query: 986  FPMAKVTGLDLSPYFLAVARYMDKKRAPRKNAIRWLHGNGEDSSLPSRSFDLVSIAYMLH 1045
            FP+AKVTGLDLSPYFLAVA+YMDKK APRKN+IRWLHGN E+SSLPSRSFDLVSIA+M H
Sbjct: 241  FPLAKVTGLDLSPYFLAVAQYMDKKSAPRKNSIRWLHGNAENSSLPSRSFDLVSIAFMFH 300

Query: 1046 ECPEVAIVNLLKESFRLLRPGGTIAITDQAPKSKAIQELSPVIFTLLKSTEPYLDEYHLT 1105
            ECP+VAIV++LKESFRLLRPGG   +TDQAPKSKA+QELSPV+FTLLKSTEPYLDEYHLT
Sbjct: 301  ECPQVAIVSILKESFRLLRPGGEFVVTDQAPKSKAVQELSPVLFTLLKSTEPYLDEYHLT 360

Query: 1106 DLEGRMKEVGFVNVRSRLTDPRHITMTATVPL 1138
            DLEGRM+E+GFVNVRS+LTDPRH+T+TATVPL
Sbjct: 361  DLEGRMREIGFVNVRSKLTDPRHVTVTATVPL 364

[Close]

BLAST of Sgr023584 vs. ExPASy TrEMBL
Match: A0A6J1FY99 (uncharacterized protein LOC111449047 OS=Cucurbita moschata OX=3662 GN=LOC111449047 PE=4 SV=1)

HSP 1 Score: 616.3 bits (1588), Expect = 2.5e-172
Identity = 304/392 (77.55%), Postives = 341/392 (86.99%), Query Frame = 0


Query: 746  MALCGQSHRLALISGNGHERTGRLRRSRRGLIKVQTSTRSEMAVYEEGQLERPNWSGETP 805
            MALCG SH+LALISG G ++TGRL R+RRG IK Q ST SE+AV+EEGQLERPNW+GETP
Sbjct: 1    MALCGPSHQLALISGKGQQKTGRLCRTRRGFIKAQASTSSEVAVFEEGQLERPNWAGETP 60

Query: 806  LSRLVGALISFKPLYSLLKLGARRVLIRSTLCRLLLVLGLFLVPGCNLFWHVGWSSTAEK 865
            LSRLVGALISFKP+YS+LKLGAR+V I                            STAEK
Sbjct: 61   LSRLVGALISFKPVYSILKLGARQVFI----------------------------STAEK 120

Query: 866  NNIPWRKMTSEILESDVYKELESVQNLSIVYPDYYLKPFHAYDEGHLSWLAAAEAEPATM 925
             NIPWRK++S+ILESDVYKELESVQNLSIVYPDYYLKPFHAYDEG+LSWLAAAEAEPATM
Sbjct: 121  KNIPWRKISSDILESDVYKELESVQNLSIVYPDYYLKPFHAYDEGNLSWLAAAEAEPATM 180

Query: 926  SMIMRAVTDASSLDEAKEVVFGNWLRTVDEHHMQYSENPVQDILDIGCSIGFSTRYLADK 985
            SMIMRAV  A+S+DEAK+VVFGNWLRT++EHH+QYS+NP+ DILDIGCS+GF TR LADK
Sbjct: 181  SMIMRAVPTATSVDEAKKVVFGNWLRTIEEHHLQYSKNPILDILDIGCSVGFGTRQLADK 240

Query: 986  FPMAKVTGLDLSPYFLAVARYMDKKRAPRKNAIRWLHGNGEDSSLPSRSFDLVSIAYMLH 1045
            FP AKVTGLDLSPYFLAVA+YMDKKRAPRKNAIRWLHGNGE++ LPSRSFDL+SIAY+ H
Sbjct: 241  FPTAKVTGLDLSPYFLAVAQYMDKKRAPRKNAIRWLHGNGEETGLPSRSFDLLSIAYLFH 300

Query: 1046 ECPEVAIVNLLKESFRLLRPGGTIAITDQAPKSKAIQELSPVIFTLLKSTEPYLDEYHLT 1105
            ECP+VAIVN+LKESFRLLRPGGTI ITDQA KSKA+QELSPV+FTLLKSTEP+LDEYHLT
Sbjct: 301  ECPQVAIVNILKESFRLLRPGGTIVITDQASKSKAVQELSPVLFTLLKSTEPHLDEYHLT 360

Query: 1106 DLEGRMKEVGFVNVRSRLTDPRHITMTATVPL 1138
            DLE +M +VGFVNV SRLTDPRH+T+TATVPL
Sbjct: 361  DLEEKMSQVGFVNVTSRLTDPRHVTITATVPL 364

[Close]

BLAST of Sgr023584 vs. ExPASy TrEMBL
Match: A0A6J1J9T8 (uncharacterized protein LOC111483862 OS=Cucurbita maxima OX=3661 GN=LOC111483862 PE=4 SV=1)

HSP 1 Score: 612.1 bits (1577), Expect = 4.8e-171
Identity = 302/392 (77.04%), Postives = 339/392 (86.48%), Query Frame = 0


Query: 746  MALCGQSHRLALISGNGHERTGRLRRSRRGLIKVQTSTRSEMAVYEEGQLERPNWSGETP 805
            MALCG SH+LALISGNG ++TGRL R+RRG I VQ ST SE AV+EEG+LERPNW+GETP
Sbjct: 1    MALCGPSHQLALISGNGQQKTGRLSRTRRGFINVQASTSSEAAVFEEGKLERPNWAGETP 60

Query: 806  LSRLVGALISFKPLYSLLKLGARRVLIRSTLCRLLLVLGLFLVPGCNLFWHVGWSSTAEK 865
            LSRLVGALISFKP+YS+LKLGAR+V I                            STAEK
Sbjct: 61   LSRLVGALISFKPVYSILKLGARQVFI----------------------------STAEK 120

Query: 866  NNIPWRKMTSEILESDVYKELESVQNLSIVYPDYYLKPFHAYDEGHLSWLAAAEAEPATM 925
             NIPWRKM S+ILESDVYKELESVQNLSIVYPDYYLKPFHAYDEG+LSW+AAAEAEPATM
Sbjct: 121  KNIPWRKMCSDILESDVYKELESVQNLSIVYPDYYLKPFHAYDEGNLSWVAAAEAEPATM 180

Query: 926  SMIMRAVTDASSLDEAKEVVFGNWLRTVDEHHMQYSENPVQDILDIGCSIGFSTRYLADK 985
            SMIMRAV  A+S+DEAK+VVFGNWLRT++EHH+QYS+NP+ DILDIGCSIGF TR LADK
Sbjct: 181  SMIMRAVPTATSVDEAKKVVFGNWLRTIEEHHLQYSKNPILDILDIGCSIGFGTRQLADK 240

Query: 986  FPMAKVTGLDLSPYFLAVARYMDKKRAPRKNAIRWLHGNGEDSSLPSRSFDLVSIAYMLH 1045
            FP AKVTGLDLSPYFL+VA+YMDKKRAPRKNAIRWLHGNGE++ LPS SFDL+SIAY+ H
Sbjct: 241  FPTAKVTGLDLSPYFLSVAQYMDKKRAPRKNAIRWLHGNGEETGLPSTSFDLLSIAYLFH 300

Query: 1046 ECPEVAIVNLLKESFRLLRPGGTIAITDQAPKSKAIQELSPVIFTLLKSTEPYLDEYHLT 1105
            ECP+VAIVN+LKESFRLLRPGGTI ITDQA KSKA+QE+SPV+FTLLKSTEP+LDEYHLT
Sbjct: 301  ECPKVAIVNILKESFRLLRPGGTIVITDQASKSKAVQEMSPVLFTLLKSTEPHLDEYHLT 360

Query: 1106 DLEGRMKEVGFVNVRSRLTDPRHITMTATVPL 1138
            DLE +M +VGFVNV SRLTDPRH+T+TATVPL
Sbjct: 361  DLETKMSQVGFVNVTSRLTDPRHVTITATVPL 364

[Close]

BLAST of Sgr023584 vs. ExPASy TrEMBL
Match: A0A5D3CS29 (S-adenosyl-L-methionine-dependent methyltransferases superfamily protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold552G001220 PE=4 SV=1)

HSP 1 Score: 600.1 bits (1546), Expect = 1.9e-167
Identity = 297/393 (75.57%), Postives = 335/393 (85.24%), Query Frame = 0


Query: 746  MALCGQSHRLALIS-GNGHERTGRLRRSRRGLIKVQTSTRSEMAVYEEGQLERPNWSGET 805
            MALCG S +LALIS GNG +R GR+ RS RGLIKVQ ST SE+ VYEEG+LERPNWSG+T
Sbjct: 1    MALCGASQQLALISGGNGQQRGGRISRSNRGLIKVQASTSSEVGVYEEGRLERPNWSGQT 60

Query: 806  PLSRLVGALISFKPLYSLLKLGARRVLIRSTLCRLLLVLGLFLVPGCNLFWHVGWSSTAE 865
            PLSRLVGALISFKPLYS+LKLGAR+VLI                            STAE
Sbjct: 61   PLSRLVGALISFKPLYSILKLGARQVLI----------------------------STAE 120

Query: 866  KNNIPWRKMTSEILESDVYKELESVQNLSIVYPDYYLKPFHAYDEGHLSWLAAAEAEPAT 925
            K NI WRK+TS++LESDVYKEL+SVQN SIVYPDYYLKPFHAYDEG+LSWLAAAE +PAT
Sbjct: 121  KKNISWRKLTSDVLESDVYKELDSVQNPSIVYPDYYLKPFHAYDEGNLSWLAAAEVQPAT 180

Query: 926  MSMIMRAVTDASSLDEAKEVVFGNWLRTVDEHHMQYSENPVQDILDIGCSIGFSTRYLAD 985
            MSMIMRAV  ASS+DEAKE+VFGNWLR ++EHH++YS NP+ DILDIGCS+GF TR LAD
Sbjct: 181  MSMIMRAVPTASSVDEAKEIVFGNWLRRIEEHHLKYSGNPILDILDIGCSVGFGTRQLAD 240

Query: 986  KFPMAKVTGLDLSPYFLAVARYMDKKRAPRKNAIRWLHGNGEDSSLPSRSFDLVSIAYML 1045
            KFP AKVTGLDLSPYFLAVA+YMDKK+ PRKNAIRWLHGNGED+ LPSRSFDL+SI+Y+L
Sbjct: 241  KFPTAKVTGLDLSPYFLAVAQYMDKKKTPRKNAIRWLHGNGEDTGLPSRSFDLLSISYVL 300

Query: 1046 HECPEVAIVNLLKESFRLLRPGGTIAITDQAPKSKAIQELSPVIFTLLKSTEPYLDEYHL 1105
            HECP VAIVN+++ESFRLLRPGGTI ITDQA KSK +QELSPV+FTLLKSTEPYLDEYHL
Sbjct: 301  HECPHVAIVNIIRESFRLLRPGGTIVITDQASKSKVVQELSPVLFTLLKSTEPYLDEYHL 360

Query: 1106 TDLEGRMKEVGFVNVRSRLTDPRHITMTATVPL 1138
            TDLE +M+E+GFVNV SRLTDPRH+T+TATVPL
Sbjct: 361  TDLEEKMREIGFVNVTSRLTDPRHVTITATVPL 365

[Close]

BLAST of Sgr023584 vs. ExPASy TrEMBL
Match: A0A1S3C2T1 (uncharacterized protein LOC103496371 OS=Cucumis melo OX=3656 GN=LOC103496371 PE=4 SV=1)

HSP 1 Score: 600.1 bits (1546), Expect = 1.9e-167
Identity = 297/393 (75.57%), Postives = 335/393 (85.24%), Query Frame = 0


Query: 746  MALCGQSHRLALIS-GNGHERTGRLRRSRRGLIKVQTSTRSEMAVYEEGQLERPNWSGET 805
            MALCG S +LALIS GNG +R GR+ RS RGLIKVQ ST SE+ VYEEG+LERPNWSG+T
Sbjct: 1    MALCGASQQLALISGGNGQQRGGRISRSNRGLIKVQASTSSEVGVYEEGRLERPNWSGQT 60

Query: 806  PLSRLVGALISFKPLYSLLKLGARRVLIRSTLCRLLLVLGLFLVPGCNLFWHVGWSSTAE 865
            PLSRLVGALISFKPLYS+LKLGAR+VLI                            STAE
Sbjct: 61   PLSRLVGALISFKPLYSILKLGARQVLI----------------------------STAE 120

Query: 866  KNNIPWRKMTSEILESDVYKELESVQNLSIVYPDYYLKPFHAYDEGHLSWLAAAEAEPAT 925
            K NI WRK+TS++LESDVYKEL+SVQN SIVYPDYYLKPFHAYDEG+LSWLAAAE +PAT
Sbjct: 121  KKNISWRKLTSDVLESDVYKELDSVQNPSIVYPDYYLKPFHAYDEGNLSWLAAAEVQPAT 180

Query: 926  MSMIMRAVTDASSLDEAKEVVFGNWLRTVDEHHMQYSENPVQDILDIGCSIGFSTRYLAD 985
            MSMIMRAV  ASS+DEAKE+VFGNWLR ++EHH++YS NP+ DILDIGCS+GF TR LAD
Sbjct: 181  MSMIMRAVPTASSVDEAKEIVFGNWLRRIEEHHLKYSGNPILDILDIGCSVGFGTRQLAD 240

Query: 986  KFPMAKVTGLDLSPYFLAVARYMDKKRAPRKNAIRWLHGNGEDSSLPSRSFDLVSIAYML 1045
            KFP AKVTGLDLSPYFLAVA+YMDKK+ PRKNAIRWLHGNGED+ LPSRSFDL+SI+Y+L
Sbjct: 241  KFPTAKVTGLDLSPYFLAVAQYMDKKKTPRKNAIRWLHGNGEDTGLPSRSFDLLSISYVL 300

Query: 1046 HECPEVAIVNLLKESFRLLRPGGTIAITDQAPKSKAIQELSPVIFTLLKSTEPYLDEYHL 1105
            HECP VAIVN+++ESFRLLRPGGTI ITDQA KSK +QELSPV+FTLLKSTEPYLDEYHL
Sbjct: 301  HECPHVAIVNIIRESFRLLRPGGTIVITDQASKSKVVQELSPVLFTLLKSTEPYLDEYHL 360

Query: 1106 TDLEGRMKEVGFVNVRSRLTDPRHITMTATVPL 1138
            TDLE +M+E+GFVNV SRLTDPRH+T+TATVPL
Sbjct: 361  TDLEEKMREIGFVNVTSRLTDPRHVTITATVPL 365

[Close]

BLAST of Sgr023584 vs. TAIR 10
Match: AT1G48600.2 (S-adenosyl-L-methionine-dependent methyltransferases superfamily protein )

HSP 1 Score: 53.5 bits (127), Expect = 1.3e-06
Identity = 47/172 (27.33%), Postives = 80/172 (46.51%), Query Frame = 0


Query: 952  TVDEHHMQYSENPVQDILDIGCSIGFSTRYLADKFPMAKVTGLDLSPYFLAVARYMDKKR 1011
            T  E   +    P Q +LD+GC IG    Y+A+ F +  V G+DLS   ++ A    ++ 
Sbjct: 270  TTKEFVAKMDLKPGQKVLDVGCGIGGGDFYMAENFDV-HVVGIDLSVNMISFAL---ERA 329

Query: 1012 APRKNAIRWLHGNGEDSSLPSRSFDLV-SIAYMLHECPEVAIVNLLKESFRLLRPGGTIA 1071
               K ++ +   +    + P  SFD++ S   +LH   + A   L +  F+ L+PGG + 
Sbjct: 330  IGLKCSVEFEVADCTTKTYPDNSFDVIYSRDTILHIQDKPA---LFRTFFKWLKPGGKVL 389

Query: 1072 ITDQAPKSKAIQELSPVIFTLLKSTEPYLDEYHLTDLEG---RMKEVGFVNV 1120
            ITD     ++ +  SP     +K        Y L D++     +K+ GF +V
Sbjct: 390  ITDYC---RSAETPSPEFAEYIKQR-----GYDLHDVQAYGQMLKDAGFDDV 426

[Close]

BLAST of Sgr023584 vs. TAIR 10
Match: AT1G48600.1 (S-adenosyl-L-methionine-dependent methyltransferases superfamily protein )

HSP 1 Score: 53.5 bits (127), Expect = 1.3e-06
Identity = 47/172 (27.33%), Postives = 80/172 (46.51%), Query Frame = 0


Query: 952  TVDEHHMQYSENPVQDILDIGCSIGFSTRYLADKFPMAKVTGLDLSPYFLAVARYMDKKR 1011
            T  E   +    P Q +LD+GC IG    Y+A+ F +  V G+DLS   ++ A    ++ 
Sbjct: 254  TTKEFVAKMDLKPGQKVLDVGCGIGGGDFYMAENFDV-HVVGIDLSVNMISFAL---ERA 313

Query: 1012 APRKNAIRWLHGNGEDSSLPSRSFDLV-SIAYMLHECPEVAIVNLLKESFRLLRPGGTIA 1071
               K ++ +   +    + P  SFD++ S   +LH   + A   L +  F+ L+PGG + 
Sbjct: 314  IGLKCSVEFEVADCTTKTYPDNSFDVIYSRDTILHIQDKPA---LFRTFFKWLKPGGKVL 373

Query: 1072 ITDQAPKSKAIQELSPVIFTLLKSTEPYLDEYHLTDLEG---RMKEVGFVNV 1120
            ITD     ++ +  SP     +K        Y L D++     +K+ GF +V
Sbjct: 374  ITDYC---RSAETPSPEFAEYIKQR-----GYDLHDVQAYGQMLKDAGFDDV 410

[Close]

BLAST of Sgr023584 vs. TAIR 10
Match: AT3G18000.1 (S-adenosyl-L-methionine-dependent methyltransferases superfamily protein )

HSP 1 Score: 52.8 bits (125), Expect = 2.2e-06
Identity = 39/136 (28.68%), Postives = 69/136 (50.74%), Query Frame = 0


Query: 950  LRTVDEHHMQYSENPVQDILDIGCSIGFSTRYLADKFPMAKVTGLDLSPYFLAVARYMDK 1009
            L T  E   + +  P Q +LD+GC IG    Y+A+KF +  V G+DLS   ++ A    +
Sbjct: 268  LETTKEFVEKMNLKPGQKVLDVGCGIGGGDFYMAEKFDV-HVVGIDLSVNMISFAL---E 327

Query: 1010 KRAPRKNAIRWLHGNGEDSSLPSRSFDLV-SIAYMLHECPEVAIVNLLKESFRLLRPGGT 1069
            +      ++ +   +      P  SFD++ S   +LH   + A   L +  F+ L+PGG 
Sbjct: 328  RAIGLSCSVEFEVADCTTKHYPDNSFDVIYSRDTILHIQDKPA---LFRTFFKWLKPGGK 387

Query: 1070 IAITD--QAPKSKAIQ 1083
            + I+D  ++PK+ + +
Sbjct: 388  VLISDYCRSPKTPSAE 396

[Close]

BLAST of Sgr023584 vs. TAIR 10
Match: AT1G73600.2 (S-adenosyl-L-methionine-dependent methyltransferases superfamily protein )

HSP 1 Score: 50.1 bits (118), Expect = 1.4e-05
Identity = 38/132 (28.79%), Postives = 64/132 (48.48%), Query Frame = 0


Query: 950  LRTVDEHHMQYSENPVQDILDIGCSIGFSTRYLADKFPMAKVTGLDLSPYFLAVARYMDK 1009
            L T  E        P Q +LD+GC IG    Y+A+ F +  V G+DLS   ++ A    +
Sbjct: 281  LETTKEFVDMLDLKPGQKVLDVGCGIGGGDFYMAENFDV-DVVGIDLSVNMISFAL---E 340

Query: 1010 KRAPRKNAIRWLHGNGEDSSLPSRSFDLV-SIAYMLHECPEVAIVNLLKESFRLLRPGGT 1069
                 K ++ +   +      P  +FD++ S   +LH   + A   L +  ++ L+PGG 
Sbjct: 341  HAIGLKCSVEFEVADCTKKEYPDNTFDVIYSRDTILHIQDKPA---LFRRFYKWLKPGGK 400

Query: 1070 IAITD--QAPKS 1079
            + ITD  ++PK+
Sbjct: 401  VLITDYCRSPKT 405

[Close]

BLAST of Sgr023584 vs. TAIR 10
Match: AT1G73600.1 (S-adenosyl-L-methionine-dependent methyltransferases superfamily protein )

HSP 1 Score: 50.1 bits (118), Expect = 1.4e-05
Identity = 38/132 (28.79%), Postives = 64/132 (48.48%), Query Frame = 0


Query: 950  LRTVDEHHMQYSENPVQDILDIGCSIGFSTRYLADKFPMAKVTGLDLSPYFLAVARYMDK 1009
            L T  E        P Q +LD+GC IG    Y+A+ F +  V G+DLS   ++ A    +
Sbjct: 267  LETTKEFVDMLDLKPGQKVLDVGCGIGGGDFYMAENFDV-DVVGIDLSVNMISFAL---E 326

Query: 1010 KRAPRKNAIRWLHGNGEDSSLPSRSFDLV-SIAYMLHECPEVAIVNLLKESFRLLRPGGT 1069
                 K ++ +   +      P  +FD++ S   +LH   + A   L +  ++ L+PGG 
Sbjct: 327  HAIGLKCSVEFEVADCTKKEYPDNTFDVIYSRDTILHIQDKPA---LFRRFYKWLKPGGK 386

Query: 1070 IAITD--QAPKS 1079
            + ITD  ++PK+
Sbjct: 387  VLITDYCRSPKT 391

The following BLAST results are available for this feature:

BLAST of Sgr023584 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_022149773.1	2.1e-176	79.34	uncharacterized protein LOC111018123 isoform X1 [Momordica charantia]	[more]
XP_022944658.1	5.3e-172	77.55	uncharacterized protein LOC111449047 [Cucurbita moschata]	[more]
KAG6570536.1	7.6e-171	77.04	hypothetical protein SDJN03_29451, partial [Cucurbita argyrosperma subsp. sorori...	[more]
XP_022985996.1	9.9e-171	77.04	uncharacterized protein LOC111483862 [Cucurbita maxima]	[more]
XP_038902341.1	1.6e-168	76.53	uncharacterized protein LOC120088974 [Benincasa hispida]	[more]

BLAST of Sgr023584 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
P67056	2.9e-08	32.41	Demethylmenaquinone methyltransferase OS=Listeria innocua serovar 6a (strain ATC...	[more]
C1KWN1	2.9e-08	32.41	Demethylmenaquinone methyltransferase OS=Listeria monocytogenes serotype 4b (str...	[more]
Q71Y84	2.9e-08	32.41	Demethylmenaquinone methyltransferase OS=Listeria monocytogenes serotype 4b (str...	[more]
P67055	2.9e-08	32.41	Demethylmenaquinone methyltransferase OS=Listeria monocytogenes serovar 1/2a (st...	[more]
A0AK43	2.9e-08	32.41	Demethylmenaquinone methyltransferase OS=Listeria welshimeri serovar 6b (strain ...	[more]

BLAST of Sgr023584 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1D7N3	1.0e-176	79.34	uncharacterized protein LOC111018123 isoform X1 OS=Momordica charantia OX=3673 G...	[more]
A0A6J1FY99	2.5e-172	77.55	uncharacterized protein LOC111449047 OS=Cucurbita moschata OX=3662 GN=LOC1114490...	[more]
A0A6J1J9T8	4.8e-171	77.04	uncharacterized protein LOC111483862 OS=Cucurbita maxima OX=3661 GN=LOC111483862...	[more]
A0A5D3CS29	1.9e-167	75.57	S-adenosyl-L-methionine-dependent methyltransferases superfamily protein OS=Cucu...	[more]
A0A1S3C2T1	1.9e-167	75.57	uncharacterized protein LOC103496371 OS=Cucumis melo OX=3656 GN=LOC103496371 PE=...	[more]

BLAST of Sgr023584 vs. TAIR 10


Match Name	E-value	Identity	Description
AT1G48600.2	1.3e-06	27.33	S-adenosyl-L-methionine-dependent methyltransferases superfamily protein	[more]
AT1G48600.1	1.3e-06	27.33	S-adenosyl-L-methionine-dependent methyltransferases superfamily protein	[more]
AT3G18000.1	2.2e-06	28.68	S-adenosyl-L-methionine-dependent methyltransferases superfamily protein	[more]
AT1G73600.2	1.4e-05	28.79	S-adenosyl-L-methionine-dependent methyltransferases superfamily protein	[more]
AT1G73600.1	1.4e-05	28.79	S-adenosyl-L-methionine-dependent methyltransferases superfamily protein	[more]

InterPro

Analysis Name: InterPro Annotations of Monk fruit (Qingpiguo) v1
Date Performed: 2022-08-01


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR013216	Methyltransferase type 11	PFAM	PF08241	Methyltransf_11	coord: 264..357 e-value: 1.5E-13 score: 51.2 coord: 969..1071 e-value: 2.6E-18 score: 66.4
None	No IPR available	GENE3D	3.40.50.150	Vaccinia Virus protein VP39	coord: 550..726 e-value: 2.0E-22 score: 81.8
None	No IPR available	GENE3D	3.40.50.150	Vaccinia Virus protein VP39	coord: 263..381 e-value: 3.6E-19 score: 71.3
None	No IPR available	GENE3D	3.40.50.150	Vaccinia Virus protein VP39	coord: 949..1132 e-value: 5.1E-31 score: 109.7
None	No IPR available	PIRSR	PIRSR016958-1	PIRSR016958-1	coord: 305..361 e-value: 3.4 score: 4.9 coord: 963..1077 e-value: 0.014 score: 12.7
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 420..439
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 420..435
None	No IPR available	PANTHER	PTHR42912	METHYLTRANSFERASE	coord: 519..719
None	No IPR available	PANTHER	PTHR42912	METHYLTRANSFERASE	coord: 906..1127
None	No IPR available	PANTHER	PTHR42912:SF22	METHYLTRANSFERASE-LIKE 7A-RELATED	coord: 906..1127
None	No IPR available	PANTHER	PTHR42912:SF22	METHYLTRANSFERASE-LIKE 7A-RELATED	coord: 265..353
None	No IPR available	PANTHER	PTHR42912	METHYLTRANSFERASE	coord: 265..353
None	No IPR available	PANTHER	PTHR42912:SF22	METHYLTRANSFERASE-LIKE 7A-RELATED	coord: 519..719
None	No IPR available	CDD	cd02440	AdoMet_MTases	coord: 265..358 e-value: 6.17288E-7 score: 47.0395
None	No IPR available	CDD	cd02440	AdoMet_MTases	coord: 580..673 e-value: 9.457E-12 score: 60.9066
None	No IPR available	CDD	cd02440	AdoMet_MTases	coord: 967..1072 e-value: 1.11064E-13 score: 66.2994
IPR041698	Methyltransferase domain 25	PFAM	PF13649	Methyltransf_25	coord: 581..656 e-value: 2.0E-12 score: 47.6
IPR029063	S-adenosyl-L-methionine-dependent methyltransferase	SUPERFAMILY	53335	S-adenosyl-L-methionine-dependent methyltransferases	coord: 958..1127
IPR029063	S-adenosyl-L-methionine-dependent methyltransferase	SUPERFAMILY	53335	S-adenosyl-L-methionine-dependent methyltransferases	coord: 264..370
IPR029063	S-adenosyl-L-methionine-dependent methyltransferase	SUPERFAMILY	53335	S-adenosyl-L-methionine-dependent methyltransferases	coord: 575..724

Relationships

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


Feature Name	Unique Name	Type
Sgr023584.1	Sgr023584.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0032259	methylation
molecular_function	GO:0008168	methyltransferase activity