Sgr018104 (gene) Monk fruit (Qingpiguo) v1

Overview


Name	Sgr018104
Type	gene
Organism	Siraitia grosvenorii (Monk fruit (Qingpiguo) v1)
Description	HNHc domain-containing protein
Location	tig00153092: 1574149 .. 1598189 (-)
RNA-Seq Expression	Sgr018104
Synteny	Sgr018104

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.

ATGATAGATGCAGCAGAATCTAAAGCTTTACCATCGCCTAAGGAAACAGTGACAAGGAAGGATAAAAAAAGGGACAGGGAGACGAGTTCCTCGAAAAAAAAAACCACAAAAGGAAAGAAGCAAAAGGGTAAAAAGAAGGTAATACCCTATTTTATTTGAACAGAAAAAATTGCAAATTATAAGTACTGACCTCTTAAACTGGAATGTATGTAATTAAGTCATCAAAAGGAGGTGACGCGAAGAAAGGGGATAGGAGCAAGGAAGAACACAAATCTCCAACAAAATCTAATGATGGCAAGGTATTTATAATATGATTTTGTAACATTGTAAACTATTGTACTCAATTCTTGTGCTGTTTAATAGATGAAGAAAGATCAAACAAACAAATTACCGATGATGGAGGACAAAATTCATAAAAGAATTCAAGAACTGATACAGATTATTCAGGTCAACACCACTCTTCAAGTAAGGACAACTCAAGTTTGAAGTCTGAACAGCATGCCAAAAAAAAAAGGGAAACTAAAGAACATGAAGAAGGTAAGACATTATTTGCAAGCTAACAAACAAACTTCTTTTAAAAAGATGAACTCTTGCACTTGCAGGTGGTTGTTAAAAAATATGTTGTAAAAGGAAAGAATAAAAACACTAAAAAGGCTAGGGGTAAAGCTAGCGAAAAAGGGAAACAAGCAGATAATGATGGTGAAGAGATATGTTATAATTAAGGTTGTATATAGAAACTTGGATACTATAATTACATATGAATGACAATTACTTAGTCTTGTCTTTGTCAAGTAATATGCTAGGAAGAATTTTATTTGATGGCTAAGTCGAAGAGAACACAACCTTGAAAGATAAATTTGCAAATGAAATTAGATATTATAGAGAAAATTAAGATTAACTTAGGGAAACGACTGATGAGAAGGTTTCGACCAACCTATTTTGGACAGTTTTGGGATTTTGCAATTACAAAGCAATCCTCACAGTTGCTTCTACACTTAATTCAAAGGCAGTGCAAGTCGAAGAGATCCTCTGAGATTAATTTTTTCATAGAAGGCAAGGTTTTAAAATTTGGACTTAGAGAGTTTGCTTTAATTACTAGATTGAATTGTGGTCTGCTGCCTCAAGTTGACAGAGATAACATAAAGAGGGGAGCATTTACGGAATGTTTACTTTGAAAGAGAGAAGGTTATTAGTAGGAAGTACTTGAACATGGGGTTCAATGTAAACAAGAGTACACCAGATGATGACATGGTGAAGATGTCTCTATTGTATTGTTTGGAGAGCTTTCTACCACCTCGACAAGACTCCATTTATGTAGAGATGGATTACATAGTTATGGTTAATGATGAAGAACTGTTTAACAGCTACCCATGGGGGAGAGTTGCTTTCAAGTTTGTAATTGATTACATGAAAAAGGCCACGGTGAGTATGGGGACTACAGGCATATTGATGGGTGGCTTCATATTTGCCCTTTTCGCTTGAGCAAATGAAGTCATACCAACGCTTAGTACAACGTTGAACTTCTATGCTTGAAGAGTAGGTCAGCAAGTTCCCCAGATAGTTAATTAGGCGCCTGATACACAACCCGAGTGGAAAGAGCTAGTAGCACGTGTCTTCGAATCGTCCAAGGTAACCATGCATTTTACATCAAAGAATGGAAAATAGAGTATATACTGAACTTATGTATTTTCTATTTACATGTGTTTTATTGTGTCATTGACAGCTAGAAGTTTGTCTGATGATTGCCACACCCGAAGAGCTCAAAATACCCTATTTTGCTCCATACCTTGAGGAGGAAGCAACTTTGAGAAGGGATGCTACTAAAGATCAAAGAATTGAAGGTAGAGTCGAAGGCATTATAAATCTGACCATAAATAAGAGAGCATCGTCTTTTTCTGATTTTTTATATATTAGAGAACGACTTGACATCATAGAGACAAGGGCAGGGTGATACCCGGGGTAGTCAGAAAATAAAGGAGGAAACCAAGTAAAAACATTTGTCTATAATTGAGAATTGTAGATTATCAGTAAGAAAAATTGTATTGTAGGGATATGATGCTTCAAATGATTTAGATGAAGTGTAAATGAGGTAATAAGGTCAATAGACGAATATGAAGTCTATGAACTTAAAAGGAATATAAAGAGAAAGATTGTTGTCAAAGTATTTTCTTTTAGTATTTATAGTTTTTGTTAATGAATATTATGTTTAACATTAACAAAAATTATGTTTTTGTTTTCTGAATAAATAAAGAATTCAATACATGCACAAATTTCAGGGGGAAGGTTTCTGATGTTCAATAGCCACCTGTGAAGAATAATTAGGCACATAAGAAAGGGAATGAGGTACACAGATTACTATTTTGATTCTACTAATATATCTAAGGTTATTCTTCCTTAACATTCTTTTACATTGTGAAATGGTTGGAATAAAAAAAGATAAGGAGGCAACAAGGTCCAACGCTAGTTAAGTGGGGGGATGGTTCTTGCAGAGTTATTTAACCTGTTATACTTTGTTAATTTTTATATTAAAATTCGTGAACATACATAGGCTAATCTTATATTTTGTTTTTACTAGATAAATGCAAATATAAAACCATTTGAAATGAAAGCGAAAAGGATGCCTAAAGTAGCTATAAATTTGGGTCATGGTAAAACTGACAAGCTAGGACACTAAAGGCCATGAGTGTGTATATAGATGCATTGCAAGGGCGTGTGAGGCCACCACACCCGCTAAACCTTTAGTAGTGTATTGCGAGCCTTCCTTTAATCTTTCTCTAACCCAGACGCAAGAATAGCATGCTATCTCCTTTATCTGACTTGCTATTTTGTACCTGTTTAATGAACGATAGATATTGGACTTATTTTGTTTGATTTTTTTTTTTGAACCAGTTATAACTTGTTATAAGAAGGTTTTTTAATATTTGATGCTTAATATATTTGTCTTACGTTATTGTTGTCTTTTGAATATTTTTATAGACATGACTTATATATGTTTCGAAAATGACTAGAAGGGATGTTGTACGTGGTTGTTTTCAATTTGATTCTGATGCCTTCTTAAAACAAAACAGACAATGCAAATGTAAAAGGGTTTAATGTTGAATTTAAAACTAAGTAAATTGTGATATCTCCTAGTGTACATGTTTATGGGTATAATCTATTAACAAAAGGTTATTGTTAGAAAAAATAGGTAGGTGTAACTAAATACACTGTAATTATGCAACATCACACATCTAAAGAAAAACGTGTTCTTATAATTCGAAAGAAAGAGTTTTCTCCAAGGAAGATCAATAGGGCACAAAATATAGTTAAATGTCTTCAATAGAGCACGTAATATAACCACAACAGTTAAAATTAAGGAATAACTTTCTTTTATACATGATTCAATTGGCATGTGAATTGGGAAGTGATATAACAAAAAGTACCTACGTAGGTGTGACTAAATACACTGTAATTATGAAACATCACACATCTAAAGAATAATGTGTTCTTATAGTTCGTAAGAAATAGTTATCTCCAAGGGAGATCAATAAAGCACAAAATAAATATAGTTAGGTGTCTTTAATAGGCACATAATATAATCACAGTCATTTAATTAAGGAGTAGCTTCTTTTTATTAATGATTTAATTGGCATGTGAATTGGGAAGTATGATATAAAACTTAAAAAGTAGCAACATCTACCATATTTACATGTCTAAACAACCTAAAGGAATAAATAACATCAGTTCAATAGTGCATTTTTGCAACATCTTCGATTATGTCCTAATTGTCCACATCAACCACATTTGAGTGTTACATTCCTTTCACTACAAGACAAAAGTCTCATTTTCCTAGGTTTGCCCACAGATCGTTTGACATTAGGAGATCCAATTGGAGTTTCATCTTCAATAGTTGAATGATTGATATACTCAATTCTGCCTATTAGATGTATATCAATACTGTATAACTGTTGGAGGGCTAAAAGACCATAAAACTCATGTACATATAAATGTAAATTTAGACCTCTACAACATAAAGCAAAGCAAGAATGAGGGCAATGGATCATGTCCAGGTCCCATTGTCCACATGTGCAATTTGGAGCAAGAATGTTAACCTCAAAATATTTATTACAATCATGAACTTCAAATTGGTACTGGTTTATAGGGTATATTTGAAAATGGAAAGAGTAAGGCAATCAGTAAAAGAATAATGATTAATGTATAAATATAAAAAAAACTCACATCCATTGTGCGATTGTCCTTCAGTGATGAACGAAGTTCATTGTCCGCCCAAGTGGTAAGGTTTATTTGTTGAAAGTTTGAGAAACTTTTGCGCTCATAAAACCATCTTCGCATCAAATCCCTTATGTGCTTAAGAAAGGGTTGATTGGTAGCTCACGGTCGTCTTTCAAGATGGAGTTCATACTCACAGAAATATTGGTTGTCATCAAAGAATATATTTTTCTGACAAAGAATGCTCGAGCCCTCCATGGGAGCCCTATTTCTTCTAACTCTACTCTAATTGAAAAAGGACTATATATTCCAGTTGCCTCATATAATAGAACTCAGTTATTGTATAGGCCTTTGCACACGTAAGAAATAAATGGTCAATAGGTTTCGATTTGTGTCTTTGTTTGAGATTTTTCAAAAGATGATAAATATAAAACTCATGTTCAGCAGAGTTCTATACCCTACTAACTCCTTTCGATATGTTGTTGTGTCTATCAGAAACTATAACTAACGCATTTGGCTCCCCTAATACATATTTTAAATTACGAAAAAATCATTTCCATGACACATCATTTTTTTAGTCAACTATGCAAAAAGCAAGAGGAAAGATTTGTGAATTGTCATCCAATGTACATGTTGTAAGTAGCATGCCATAAAATGTGTTTCTTAGAAAAGTACCATCAACAAAAATAACTGGCAAGCAATGTTTCCAGCCATTGATTGAAGCAAACAAGCACATGAAAAAAAAATTAAATCTAGATTCTTGATCCACTTCATATGTCGTGTAAGTACTTGTAAAACATTAATGTATAGTTAAATAAGAAAAAGACCAATGTAAACAAAAACAGTATTTTGCTTCGACTGTGTCATCAAATACAAATATGAGGTATGTGCTTGATAATCTGTATATTACACATGAAGATAGATGTTGTACCTAAGTGCTTTGCAATTAGACTAACCTCAAATGAAGGGATAAGAGCATATGATTCCTCGGGAGAACCCCTAATGAATTTCACTGCATGCTCACATGGCCTCTAGCTTTGTCATAGCTAATATTAAGACCGTATTTTCTCGGTATGTAATCAATAACATCACGTGGCCAACACTATATCTTACTATTCATTTTTAGAATTGACTTTATACACTCACTTATGATAAATGATGTAGCCTGCCTATGGTCATTCTGCACAACATCAATTGAACAGTCATGCTAATAAAAAAAACTTCCTAATTATTCACAGCTCACCTTCTCCATACCATAAGGATCAGAGGTACCAATTACAAACTTCTTTAATGCATCTTACTACTAATTATTTTTTATTTGATTTGATAGTCTTGCATTGCAAACTTCCTTTTATAGCAAGAGTGTATACAACCTTTTTTAGTTCTAACTTACTCTGGAAAATGCTATTTTCTTTCAATGTGAAATCAGGCAACAATGAATCAACGTCGATGAAATGCATAAACCTAAATTCCTTTTTATTATGTTCCTCTAGGTTCAATAAGCAATTAGTACTTCCTTCTATGTACCCTGTATTTATTACTTTTCCTCTGTTTATTTATCCACTATCCACTACAATACAGCAGCATTGCACATGCCATTTGCAAAAACCAACAAACGTCTCTATCATCATATATTCTAATTATGGTGGATTTGTTAGCACCATTTCTATACATGGTCAAGCATGTGACCTTCTACTTGACACCAAAATTAAGCTCCTAACCAATGGAATAATTTAGCTATGATATTGAAGACTCCATGGGATCAAAACCTCCCTAACTTTGAAGTTCATGTAGATATTTTTTTCATCCCATCTTCCATCATGCAGAATAGTGACGGGTTGAAGGGGCATCCCTGAATTAATGTAACCAAAATACGTAAAATGTGTTAGAATTTTTTAAATAAAAAGCATAAAAAAGGAGGAGGGAGTAAATAGTGATATATGTATATGACTCATCGAAATATGATGAGGATGGATGAACTAAAATGGCGTTAAAAATCAAATTCATTTATAAACGTGGGAGTAGGACGATTAAAAAAAATGATGGAAAAATGTGTAGAAATGTCGTCTTTGGAGTGATGAAGAAGAAGGGAAATGAAAAAACAAGTCCAAAAATAAAGGAGTGTGAATGGAGAAATTGGAAACTGTTAAAGCAAATCAAATCAGGAGGAAAAAAAACTAAATGTTGAAAATGCAATTGAAATATCAAATCTAAAATCTAGGATATATGATTTAAAAATTGGAGTCCCACCTATTTAGGAATTCATTTAAATGGAGAGAAAAAGGGTAAACTTGGAATAATTACAAACGGAAACTACCCCCATAATTCGGTGGCCATTTTTCAAAATGACAGTGTAGAAAGGGACACCCACACCAATTTCTCTTTACATAAAGGCAATTGGGTCCAAAACCCCAAGTACACATAAGGATGATTGAGCCTAAAGCCAAATAAGCCTGCCTAGGTGAGTCCCACAAAAAACTCTTGGAAGTCATTCACCATTTGTGGGAGCCAGAGGTTACAAATTAGAGAATAACTCTTAAAACTCTTTGAAGACGTAGAAGACTCAAAAGATCCAAAAGTTAGAAAGTTAGAGGAGATCTAGAAGACTTAGAAAGATCTAGTAGTTAGACAGTTAAAGAAAATCTAGAAGACTCGACAGACTTGGAAGATCCAGATGTTAGAAGTAAGAGAAGACTCAAAAGACTCTTTGAAGACTCATAAACTCTACAAACCATATGAAGATTAAGAACTACATTCACAAAGTTTAGAAAATATAGAAGACTCTCTGAAGATTCTCATAAGGCTTGAAGATTTTGAAGAAAAATTGATATATTTTAAACTTACATGACTCCAAGAAATTGATTGTCTCTTCACAAGCTAAAAAGCTAAAATACTCAATCTCCTTGATTCGAAACAAACCATTAGCCTTTGAATAGAAGTTTTTATTAAAAAAAAAAGAATCAGAAGAATATTTTCATTCGAGATTGTAACCATTCAAAATTAATAAAATCGAGTTTATTCCATGAATTACATATTTTAGAAATCTCGTGTCAACATCAATATTTTTTAAAAGTTTTGTTATCCATACTATCCCTCCTTGATTGTTGAGAAAATAGTTGGGCATTGCCATTTTGGTCCTTGAACTTTTGGGTTTAATCCATTTTAGTTTCTAAATTTTAAAAATGTTTATTTTAGTCACTTAACTTAAAAAAAATATCAATATTGATATCTTCAACTTTCATAAATGTTTATTATAGTCCATAAACTTTGAAAAATGAAACCAATCTTTTTTTAATTCAACAAATGTGTGGGTAGGGCATTGAATCTTCAACTTTAGAAAAGGTAATAAGTGTCTTATCTCTGAGCTATACTCAGATTGATAAAAAACAAACCAATTTAGTCCTTGATATTATTTTGTCATCTAATATATATCCACCGAATACCCGCCTCAGCCAACCTATGTGGCTCCACTACATGCCCATGCAATCATGTCTACATATATATTCAAAATCACGTTGTCCATCTGTTAAACAATTAACGACAAACAATAGCAATGAGCAAAATGATGATTTTTTAAAGGTTCAAAAACTAAAATGATATATATACTCTATAAAATTTGGTTTTTTTTTTAAATAAAAACTATAAGTTGAGTAATTATGAAAACAATCCTTTTCTTTACTTATTTTCCCATATTGTGTTTTCAGGTTATGTTCAGAGTAAAGTACTTTTGATATATTTTATAAAGTTTGATTTCTTTAAAAAAATAGTTATATTTCGTAGCTTATGTGTCATAGCTTTAGTTATATTCTAAAAAGAAAACGGATTTTTTTTCACTAATAATGTAGTTTAAAAAACAAAAAACAAACATAGATAGTTTTTAAAGTTATTTCAAAAATAGAGTTGCTAAATCACGTGCAAGTAGTGAGATTTAGAAAAATCGCGGGCCTTACATGCATTTTCAATGTAAATCGCGGGCTAGGCATGCGATTTACATTAAAATCGTGTGCAAAGCCCTCGATTTACGCTGACTACCCTGTGAGCACTATTGACAAGCTGACCACTTGGAGCTAATGTGGAGATGTAAATCACAACGAACACATGCAATTATCGACATATCGCGACACGTGATTTTATGCCGCAATCTATGGATACATCGCGACACTCAAGATCGGCAAGAAATTTATGAAGCAATCGCGGCACACGATCCCGACACGCGATCTAAAGCGCGGTTGTCAGATTTCCAAAAGTCGCCGGTCTGGCTGTGAGTACTGCTGACAAGTCTGGCTGCCAGTTTGTCAAATTCCCAAAAATTGCGTGCATTGCACGAGATTTTCATGGCCCCAAAACTGGGGCCTTCCCCTTTTTTCTCATTCTTCCAACACAGACCGTTTCTCTCTGTCACTCTCTCATCTCTCTGCTGCTGCTCTCACTCCCTCAGTCGCAAATTGTCACTCTTCCAGCGCTGACTTCTCTGTTCGTCACTCTTCCCTGCCCGCTCCTCTCTTCTCGTTGCTGTAGAGGTAAGTGGCTATATTTTTCTTTTTTTTTTTTCCTCTTCGTCTTCCTGATTTTAGACTGGTTGTTGGGGTTCTGATTTTTAGACTGATTGTTGATGATGGCTGCTTTTAAATCAGTTTGAATTGATTTTGTATGGATTTTGAATTGTTTTGAAATATTGTTATTTATTTTGGTCTGTTTGCATTGTTTGTTTTGGACTGTATGTAGTTTTGGACTATATGGTTTATTGGACCAATTGATTTCGAACTCTTTTGGACGATTTTAAAATTTTTTTCTTTTTCAATTAGTAATTAATTTAAACTTAATTATAAAATTGATATAACTTTAATAATTAAAACAGTAAAATAGTTTTTAAAAAACATTAACATAATTGATTATAACCTTAAAACTAAGGTTTAGAAAACATTAATTAATGATTATTTTAATAATTTTTATTATTTATTTTATGTTAATAATGTAAAATGAAATCAATTATAATTTTACTAATTAATAAATTTACTTAATTAATAATTAATGAATTTACTAAATAAATGGTTAATTAATTTACGAAATTAATAACTAATTGATTTACAAAATTAATAAGTAATGAATTTACTGAATTAATAGTTAATGAATTTACTAAATTAATAGTTAATAAATTTACTAAATTAATACGTAGTTAATTTACTAAATTAATCGTGAATTAATTTACTAAATAAATAACTAGTTAATTTATGAAATTAATAACTAATTAATTTACTAATTAATAATACTTCAATTAATTATTAATTTACTAAATTCATAATTAATTAAAGTAATTTTTTTAAAAAAAATTTAATGATTAATTAAACTAATTTTTTGAATAATTTCATATTTTATATGTAATTTAATTGTAACTTTTAATTAATTATTGATGAGTAAATTAAAATAATTTATAAAGTGTACATTTGATAATTGAAAATAATTTTAATTAATTTATTTGATGATTGAAAATAGTTTTAATTAATTTTTTTGATGATTGAAAATAAATTTAATTAATTATATATTTACTATAATTTTAAATTTAATAGTCATAAAATTAGATATTTGTGATATTATACAATAACATGTTTTTTTCATTTTGTACAGTTTTGTGTTAAAAGATCTAAACTTTGAACCAAGTAGGTCAAATATGACGTTGCCTCATGATGAACTTGTTATACTTAAACCTGGAAATGGTGGTTATATTGATATAGAAGTAGAAGTTGATAAACTATATGGAATAAATTTGAACTCCTCCCCCCCAAGTCAAAATGAAGAGGCACCTTCGGATATATTCACACATATAGATTTTCATATTATTGATTCGATGTGTGAAGAAGGGTCGATGTATGAAGAAGAGTCAAGGTGTTCAGATATGGAATCAAGTAGAACACGTAAGGGGTTGATATTTGAAACTAAAAAAGATCTACAACTTGCCGTTAAAAAATATTATGTTGAACAACATTATCAGTTTATTGTGGTAGAAATCAAACCAAGATATTTGGTATGTTAAATGCAAACAGTGGAATGAGGGTTGCAAATGAAGGCTTCGTGCTTGTCAGCGTAAAACTCATGGAATGTTTGAAATTACCAAACTTGAAGAGAATTATTCATGCTTATACTCAGAACTCACACAGGATCACTCACAACTTAATTCAAATTTAATTTGTAATGAAATTCAAAATATTATACGACGTGATCCTAGTACGTCTATTACTTCACCGCAAGAAACTATCAAAAAGGATTTTGGATATTGCGTGAACTATAGACGCGTGTGGCAAGCTAAGCGAAAAGCATTAGTTAAAGTTTTTGGTGATTGGGAGAAATCATATGAAGAACTTCCTTATTGGTTGAATGTTGTTGTACATTATAATCCAGGCACGGGATTTGATTCCAACTAGTGTACTAGGTAATCTTATTTTTGGTAGAGTTTTTTGGTCGTTTGGTCCTATAATTGAAGGCTTTAAATATCGTAGACCCTTGATCCAAAAAGATGGTACACACTTATATGGTAAGTATAAAGAAAAATTATTAATAGCCACCTCCATTGACTCAAATGGGCACATATTTCCACTTGCTTTTGCTGTTGTTGAAGAGGAAAGTGCTTCTAGTTGGTCGTGGTTTTTATATGCCTTACGAACATTAGTTACCCAACGAGACGGTATATGTTTAATTTCTAATAGACATGGTGGCATCTTAGCGACTATGAATAATGAGGAAAATGATTGGAGGGATGCAAGAGCACATCATCATTATTGTCATCAACATGTGGCTAGTAACTTCAATAAAAGGTAGGATTTGATGTATCGTGCAAGGTGTCAACACCAAAGGCATAAGTTTGAACAGTGCATGAATGAATTAAAACGTTTGAACCCAGATTGCCTTGAATTTTTCTCACTTAAATCTAGAAAAATGGACACAATCACATGATAACGGGTTTCACTATGGATGGATGACAACAAATCTAGCAGAATATATTAATGGGGTTTTCAAGGGAGCTAGAATATTACCAATCACATCGTTGGTTAAGTTGACATTTTATCGCACAATTGCATATTTTGAAAAACGTAGAGAAAAGATTAGTGAAGCATTGGGTCGTGGTGAAATATATACAAATTATGCTTTAAAAAAACTTAGGAAATGGACAAATAGAGCTGCTTCACATACTGTGACTTCTATTGACAGAGTGACGAGAAACTTTGAAATTGAAACAGGGATAAATATGTTTTCTCCTTACAAAGGCCAACAAACGCAAGTTGCTTGCTTGAGAGATCAGACATGTACTTGCAATAAGTGGCAGTCATTCAAGATACCACGCTCTCATGCAATAGCAGTTTGTAATCATATTCACTTGGAACATTTGCCTTATGTAGAGGATTTTTACAAATTATTAAAATAACAACGATGTTATGAATCTCATTTTCACCCTATACAACATAGAGATTACTGGCCAGAAGTAAAGTTTGATGTTATTCATCCAAACCAAAACTTATTGAGGGAACATGGACGTCCGAGAACTTCACGCATTCATAATGAGATGGATTGGTGAGAGGCTAGTTCGAACGTTCTTTGTGGATTATGCAAAAAAGGATATAACAAACATACTTGTCCAACACGTAATTTAGGCGTGTCTTCTTCTTCTAGACAAATGGATGAACAAGGTCTATTTTGTTTTTAATTTTTTTTTATTGTTATTGTTTCATTATTATTGAACTTAATTTCACTATTTTTTATATACATGTATGAAGCATATTGGAGTTTTCTTTAATGTTGTAATCTAATTTATTGTTATTTTAGTTTTTTTTTTCTTTTTAGTTTGTAATATACTTTGGTGTTATATTAGTTTTTATATACTTTTTTTATTTGTAATTTTATTTAATTAGTTTAATTTAATTTAATTTAATGTAGTTGTTTTTATGATGGATTAATGGTATTGAATATGTGTTAAATCCTTATATATGAAAAAAGTTGTTATTTGCGTTTATTGTTTTTCAGTATTGATTATGGATCCTTGGCCAATTGATTTGTCACAATTATATTTACAACCTACACATCGTTCTCAATCAATATCTACGGTTATTTGGTTTTTTTGGAGCAGCATAGATTGGATTTACCCAACTGGATTGACACCTTATTACTGCCTTAGTGGAGCGATGGAGATCTGAAACCCACTCATTCCATATGCCTGGAGGAGAGTGCACTATTACGTTACAGGACGTTGTTGTTCAGTTTGGATTACCTGTTGATGGTGAGCCGGTAATTGGATCGTTGCAGTACAATTGGGCACAAGTACGTGAGGATTTTTTAGGAGTACGGCCTCCCCAAATTAAGGGGTCTAGATTAAGCATACCGTGGTTGGCAGCACAATTCACAGAATTACCTCCTGATGTTGATGATCTCATGATCCAAAGATATGCAAGAGCATATATTATGCAACTTATTGGAGGATTTTTATTTGCTGACAAGTCTAATACACTCATGCATCTCATGTTTCTTCTGTTGTTGGGTGATTTCGAGGCAGTTGGACCATATTCTTAGGGTAGTGCATGTCTTGCATGGTTATTTAGAGAGTTATGTCGGGCTAGTCGAGTTGATGATTTAGAAATAGCAGGCCCGCTCATACTATTGCAAGTTTGGGCTTGGGATAGATTTTCTATTATTGCCCTTGCCTCAGCTAACGACCTTTGATCAATATGTTGGGCGTCCTCTCAGTGCTCGGTACGTTTTATTTTATTTTTACATTATTTTTTATTGAACAATTATGTGACTATTGTGTAACTAAATGTATTATATACTCTTATAGATGGAACAACACTTTAATTGCTTCTGAATAATCTACAAAATGTTGAACTAGTATCAAATTTCATTTGATCGATTTTTGCCCAACCAGGTAAAAATACAGTTTATTTTATAAGCCTCACATAAATATTAATTATAATTATTAATTTATTTTTTATTTCAGATCGTTTGGACACCTTACACACCGGACATTACGACTTCATTGCCTGACTATTGTCATAATGGACAAGATATTTGGTTGATAGTAAGCCCTCTTATATGCTTTCATATTGTAGAGTGACATCATCCAAATAGGGTGTTGAGACAATTCGGACTGATACAAACTGTGCCACCATATTGTGATACAAACACACAATTGCATCAAGTGGACTTACGATGTGAGTCAGATCATGATTGGAGACATCAGCATGCTACATATATATCTCTATGGCGTCAACGTCGTAGTCGTTGTGCATCTGGTGGAATAATAAATGGGCCATCTGTGTCAGATGATTACGTATCTTGGTATAATGCAATTGCAAGAAAATATATCACACAAGAAGGGGCTTATTACGACCGTACGGTAAATATTACTTTACTTAAAGTCGATATTTAAATTATATTTTTAAATTTTATTACAGAGTACTTTTGTTAGGAATGTACAGAAGTATTTAGTGCAACAAAACTTACCAAACTTAAGTTCTTTATGTGTGAGTTATATTGAAGATACAGATGAGTTCATTCATAACACTAGCAGACCCGATGTTCCTAACTTTGATAGGAGACGCGCTCATTGTAGACGCCCACAACCACCAGTTGAAGATATTTCAGACCCAGATCTTCCTGTTGCTGAAGATCCGATTTCGATGACTCCCATGCACTCACCTTTTCTAATGATATCGACACTGGGAGTTCAAATTGACTTTGCATCAAGTTTTCTACTCATCCACCAAACTACTATGCACCTGACTCATTGCCACCTGTTATATCATTTGTTGATGTAACACAACAAGATATTGATAAAGTCATCCATCATTCACTACAAATTAATATGTCTTGACCTCGTCGTGGAATTCGTGCAAGAAGACGACCACCGTGTGGTACATGAGCGAATATGAATTTTATGTTTTATATTTTATTTTGAAGTTTGTTGTAAACTATCAATTTAATTAAATTTCAAATTTTAAATTGAGCAAATATTTGATTCGATTTCATTATTTATGAATATTGATGAGTAGTGCATAACAAAAAAAATTAAATTACAAAATAAAAAAATTTACTCAATATCATATTTATATTACTTAATTAAACTTCAACATATCATATTTTTAATATTATAAATAAAATACAAGATGTGTGAAGTAAACTAGAAAATTAAATTAAGAAAGTAACAATTTTTCATTCATTTATTATAAATCGTTTCTTTGATCTTCTCAAGAGCTTCTTTTACTTTGGTATTTTATTAAAAAAATAGAAATTCTTAATAAAATTAAGATTATTGTGTATATCAAATTAAAATGAGTAATATTATTATTACTGATCAATAATAATTTATAAAAAAAGAAAAATTTATTTTAAAAATTACAGCAGAAAAACAAATATCAAATTGATAGTAATGAAAAAAAAGATTACACTATTAGGGAATTGTAAAAAAAGGAAAGATATCTAAAAGTATCGTTTGACCCATCTATAGATCGCGTGTCGCGCTATAAATTGCGTATCGCTATTTGCTTGTAAATTGCGTGCATTGGATGCGATTTACCTATAAATCGCGTGCGTCCCCCCTCCACATCATCTCCAGGTCAGCACAGGTAACTCGCGTACCTTAGACGCGAGTTTCGAGCCCACAAAAATTATCCTATTTTTGTCAATATTTTCCTCAAAAACCTTATTTTTGAAATTTTTTTTATTTAAAATGCATTTATTTTAATATTATTTTAAAATATACTCTATTTTTAGAATTTTCTTTTAAAAAACCATTATTTTTGAACTCTCCCATTACTTTATTGATATTTCAAAAAATAAAAATGAAAATAAGTGTAAGATTTCTACGTGCACGTGCTAGTTGATTACCCGACAAGATAACAGGACTCCAATTTTCAGCTGACAAGCAATTTTTGGAAAACCAAGATATGTAGTGAATGTGCGGGAAAATATGTGGTGACGGCCTTTTCCGTGCGCATGTAATGTTCTTTTCTTATGTAGCTCAACTACTGGGGTTTGATTTGTTCTTCTGATGAGCAAGCTTCATTTTGATTTCCAGTGACTGCTCGTAGCAGCCAATTGCAGCTGAGAAATGGCCCAGTTCACCACACACAGTCGGGTTAAGTTGCTGCTCAATGGAGACGGAGTGCCATTCGGTTCAGAACCCAAAGATCGATTAAGATACCAGCTCAGATCAGTTCGAACCCTCAAACGCAGAATCCCCTTATCTGGTGCCTCCGCTGGACTTTCCCCTTCTGCCTCCTCTGCTTCAGCTTCAAGGAAATCCGCTCAACATGTTGCGGAGATGCGTGTTGGTTTGAGGGATGAGAGCGTTAGCGATGACGACGCCATTGTTGATCTTGACTACGAGCTCGAGAGTGATGATTTGGCTTGTTTCAGAGGTCTGGTCTTGGATATTTCCTACAGGTTATTAAACTTTATACCCACTTTTTTTTTTACTGACTTATTCTTTTTGGGTGATGTACCCTGTAAAGTGTGCTCCCCTGTTAGCAAAATATTTCCTGTTGTTTTCTTCGATGAAAATCCCAACCGCTCCCCTAGTACCTTTGGACTTGTTTCTTTCTCTCTCTCTTTTTATTGGTGAAATTATGGGTAGAACTCGACTTCTTCTGAGTAGCATTGGATTGCTTCTGTCCTCTTCGAACGTTTATTTGGAAGATGACTGCTAGACTAGACTTATTTATTATCGATAATGCTATTCCGATTAGTTGTTTGACTTGGTCTTACTGTATCTAAACGAATAAAAAATTGCCACAACTGTTAATGTTGAAGCAATTGCTAGCTTGCAGTAAGTCAATGATTTAACAAAATTCTGATATTTGGAGCTAAAAGTGGGCAACATTCTAACACAAGAGAAAAACATGAAGCCAGCTAATACATCAAATTGATTATTCTTGTTTTTGTGCGAATGAGCAGAAGCTAATATACTATGTATTCAAAGTATTACAGATAATTTTTCCTTCATGTAGCATAAAATTTCAAGTACTATTATGAAATATTCGTAGGCTTTTGATTTTGATGAAAGGTTTCTAGGAGGCTCAATAACCAGAGCTTGTATTTTGCCTATTTATAGCCCAAGTATAACAGGAGAGAGGGGGCTGCCAATGTAGCCCGGAAGTGGATACATGTCCAGCTCAAAGTTCTGGAAAGAATACAAGGCCCATGAACTGTATACACATGTAAAGCAATGTGAAGAAAGAAAAGAAGTTGACTGAAAGAAATATTGTTAATAAGTGAATTGAGTTGTCTATTCAATTCATCTCCTCAATCTAGACTGATCTTGCATGTCAAGCTTGTCACATAAACGAATGAAGTCACCTCTTGGCAAAGCTTTTTTCATTTTTTTGAAAATATCAGCCATCTGAGCTTCAGCAATATGTGGTTAATCTCAACTTCTGTATTCTGGAAATGCTCTCTTATAAAGTGGCTGTCAATCTCTTTATATTTGCTCCTGGAGTGGAGAACAAGATTTGATGCAAATGATGCAACCTCCATGTTATTGAAGTCATCGTTAGCATGAGTAAGTTTGCCATGCTAATCATTTTTTAAAAAAATGTATGGCTATGGAACATGAAGAACATGATTCCAATGTAACAACCTTTGATTCAATGTTGAGGCGTTAGATAATGCTATAGAAATCTCTATCTTTCAAGCATAGAGATTGGTCTTTGGCTCTCGGCATTACTTCAGAATTGGCTTCCTCGACAAGGCATAGACTCTCTTAGTTGGTTACCAGATGCTAATGGTTGTTTTTCAATACAGTCGGCCTACTTTACTCTTCAAGATAGTCCTCCACTTTTGAATAGTCTTCTCAGCAAACAAATTTGGAAAGGCAACAGCCAAAAAAAAAACAAAATTTTTTGTTTGGTCTTTAGCTCACAGAAGTTTAAACAACTCAGACAAAGTTCAGAAAAGAAATCCGAACTTAGCCCTGTCTCCAAATGTTTGTGCTATGTGCAAAGCTCATGCTGAAACTAGTCACCACCTCTTTCTCAGGTCCTTTTGCTTACAAAGGTGGGAACTTCATTTGTAATTGTTTCGATTTTGCTTGGTGCCTCCTAGAAAACGTAGAAGAGGGTCTCTTAGAATTGTTTTCTGGCTGGTGGCTTAATGACAAAGGAAAGGTTCTTTGGTCCAACGCTGTTAGAGCTCTTCTATGGCTTCTTTGGAAAGAGAGGAATTCTAGAATTTTCTTAGATAAGTCGTCCTCTTTTGATATTTTTTGTGATCGTGTTCACTATACAGCCTCAAATTGGAGTGCCTTACACAATTCCTTTTGTAATATTCGCTCTTTCCTCATTTCTTTAGATTTGAGACCTTTTGTTTGACTCCTTTTCTTTAGGCTTAGGGATTCCTCATCTCTAAGGTCTTTCGGTTGTCTTCTCCTTTTTTTTTTGTTTATATGAATAGATTCTATCGTTTCTTACCAAAAAAAAAGATAATGCTATAGATATCTGACAGACATGATGTATGTTCAAGTCTTTTCATTACCTACAATCAATTTTCAGGGCCTCCATGTTCAATTCTGATGTTCGGGTTGCTAAGTTCACTGATCATGTGGCTTGTTGCCCAACAGTCCATATACCATCCCGAATTTGATGCAGTCCCTCGTGATGCAAATAGACTTGCTGCCAACGAGACTCATCTTGCTTAAGAGAGGGGCTGCAGTCACTGATCATGTGGCTTGAGAGTATGAGGTAGCTCAAAAACTAAAACTGTATTTTTCCTATTTATAGCAGAAAATGCACAAGAGGGGGCTGCCAACGTAGCCTTGAATTGGGTACATGTCCAGCTCAAAATGCTATAGAGGATACAAGCCCAATGACCTTATAATCGTGTAAAGCAATATGAAGAAAGAAAAGAAGTTGACTAAAAGAATAATATAATATGGAGTACGTTGGTCTTTCGAGGGAAAGTATGGCAAAGAAAGAAGGCAACCTCTTGGCTAAGCTTTAGTGAAAATATGGAGCGTTTGAACTTTTGAGGGAACATAGAAAATCTCACCTTGCCATTTATCCTTGAAGTAGTATAAAATTTCAATTATTAGATATGACTGCCATTTTCACTTTGCTAGCCAATTCCCTCTTGCACCATACGTTCGGATTCTTGCAAATGTTGATACAATGTTCCTGGTGGTCTTTCGTGTACCATAAGCTTCCAACAACATATGACTGAAGTGTCCCTGGTGGTTTTTTTTTAGATAATGCTTCATTCTCAACATTTCAGCTATTTGATATACGCATGTGGTAACCAATGATATTTTGAGTCCGTGTCCTACATATAGTACCATGCACTTAAGACAGCAAACAAACACAGACAAACTCCACTCTTTTCCAGTACTTTTTGCTCAATATTTTGAGTTCATTTCCTACTATTTAGTCAAACAAATCCTTGACATGATTTCTGTACGTGGAATGGGTTGACCTCCACTTTTTTGTGTTTACTTGTTTCATATTGCTTTTCTCTCTCCATATTATTTGTATGACTGGAAAGATTTGCAGTTTATCTTTTGCTATGTAATTCCTTGCTTCAGGCCAGTCAATGTCGTTTGTTGGAAGCGTGCAATTTGTTTGGAGTTCATGGAGAAGGTTTGACTACTCTCTTTTACGTAATATGTATACAAATGGAGATAATATATAGTTCCTAGGGTGTCAATTTGATTGGTTTCATAGTTCTTATGGAAAATATGTTTAGAAGATGAGAAAGTTATCTTCATTTTGAAATTTCTCTTTCTTTCTTTCTTTTTTGTTTTTGTTTTGGTTTTAAGATTAGAAACATGTACATTGATAAGAAAATATGTACAAAAAGTAAGGTGAATTAAGGTGAGACTAGTGTACAACCCAAGTCATAGAAGCCCAAAGAGATGCCCTTGCTGCATACTCTCTCAAAATCTTAAAAGAATCCTCGAAATTCTGTTTATTTGTAAGAAGTGAAATATCCCTCAAATTGGTATGGGTAAATAAAAGAAAGTATAATGACAAAACTCTTTTGAAGGAGTGCACCAAGAGGAAGCCAATAATCTCACTAAATCAACAACTTAGAAAAATCATTGTTGATACTGTAAAGAATTTTTTGTTCCTTTCCAACAACATCTTCTAGAGCAATGCTTTAACTACATTTATTCGAAGGACCCTAGATTTTCTTTTGAAGATGTGGCCACAGAAAAGCTACTCCATAAACTCCTCCAACCTTTTCAAAAAGCACCATTGCATACTAAAATTATCAGATACCTTGCTCCAATATCTACGAGAGAAGACATAGCTCATGAAGAGGTGATCAGAGTCTTTCCGACTATTTTTGTACATAATGCATCAACTGGAGGAAAACATGATAGAAGGGTGTTCCTTTTCTTTCTTTTATGTCAAACAAGAAACAAAACTTTTTTGTTGATGAGTGAAAAGTTACAAAGCAATTCCAACCTAAAAAAAGACTTAAGTATTACAAACAAAGACTACTCTCCAATATGCGTACCCCCCTCCCAATTTGTGTTAATTAGAAAGGGAATATAAGCTACAAACTCTCTATCAGTAGGAACCCAAGAAAAACCTGGAATTTTGCCAATCTCAACTCCATACCTTAGCCTGTCAAGGTTGTTTCTTTCGAACCAAATGCTCCAAACGACTTTGATCTAATAGTGTTGACCCATTGTATCCTTTCTTTCTACTTAAAAAGATGGCCACACAATAATTGCACCAAGTTTCCATCTATGGAACTGTGAGGAGCCTGGGATAAACTGAAAATTTGTGGTAAAGAATCTCAAATGGTTTAAATAACTGTTTGGTCCTATCAATTGATTGAGGTTGGTCAAGTAGTTTTGAGTCTACTGTGAGTGTTAAAAATGCATGTTTTGATGTCTTTATCTCAAACTTTTTTGGTTTTTCCAGGCTGATGTATTGGAATACTATGACCAGACTGTGAGTTCTCCAAGTGGATCATTCTATATACCAGCAGTATTAAGGGTATGCATAAACAATGTCTGGTTCATGGGTTTTTTCATAGGATTGTTACATGTTATCGGTCTTTATTTCCATAACCAGGAGAAGAAGTTCAAGACTGACTTCATCTTTACGACTCGAATCTATTCCTTGTCAAAGGCCTTTGAACTAACTATGTTGTCCTCCTTTCAGGTTCCCCATTTATTGCAAGTTGTAAAGAGAAGAAGAATCAAGAACTCTTTAAGTCGTAAAAACATACTTTATCGGGACAATTACACTTGTCAGTAAGTTGATAAATATTCACAATTGATTAGTTTTGTTCAATTTATCCTTTAATATTGATATGGCAGAAGTTATTTTGAGATGCTTTGCTAATTTCATGGTGGGGAAACTTGTATTGATTATCTAATTATTTTAATTGTAGTTTCTTTTTTTTTTTTATAGGAAACGTGATATTCATTCAATAGGCAAAATCCAAACAAAACAACCTAAAGGACAAAGGGACAAGGAGTCCCTTTTCCTAAGGAGGGGGTCAAACAAAAGCCCTCCAATATAGATTGATAAAAAAAGTAGAGTAACAAAAAAGCTTGTGTTGAGTACTCCATTAAGTGAACTGTACAAGGTCACAAATATAATTGTACTTATCTCAAAAAATTCTCGAGTTTCTTCCCTTCCAAATACACCATAAAAGAGCTCAAGAGGCATTTGACCAAAGCACTCTAGCTTTGTCTTTTAACCACCAATCAGATAAAATCTCGAGAAGCCAAACCCTCCAAGATATTCGGACAGCACCAATCTAACCCAAACCTTTTACAAATGAAATTCCAGGCGTTTGAGGCGAAATGTATTGCTATTTTAATTGTAGTTTCATTTAACATACTTTGCTATTTTAATTTTATTGCTATTTTTTTGCCGATAAGTGGCACACTCCACATATTTTCAAACATCCTTCTTCATACCTTGCCAATATTACTCCACTGTGAAACTCTTATAGGTCCTTAAGAACCCCGAATGCCCCCCATTGTTAAACCATAAAAGGTATCCTATGGTAGGTATTAATACGAACGAGGTAAGGCAAAATGTCCCTTAGACGACAAGTTTCACTATTCCAGCATATGCTTGGGACAAGAATTACGGTCTGATGACAAGTCTTGTTTGATTTTCGGAAGGCGTAGGTCCTGATTGACTTGTTCAGCGACCTGTTGAGTGTCAATTAGGGAGGCCATGGTTAGAGTGCCTATGGAGGACAGCGAGAAAGAGTTGTCTATGGCCTTGTTTTCAAACCCCAACCAATATTATATCTCAAAATCAATCCCCAACTGTCTCATGACCCATTTCTAAAAATCTGATTGCACTACCCTCTTGAGTGTTCTTTGATGTGTTTGTAGAATAATCTGCCTGCCTGGTACATCATGTCCCCATTTTTGGATTCGCCATCAATGCTCATTCATTATTAGGTTTCATAAATTGGTCTCTGGCAAGATTTTTTAGAAACACTTGAATAAAATAAGCTATTGTCCATTGGTTTTGCATTAGCACTGTCCCCAATCTCGTGCCAAGAGCGTCCATCCTGATAATAAAGGGTAACAAGAAATCAGGTAAGGCCAACATATGCATGGCTATCATCACTTGTTTCAACCACTCAGAAGCCTGAATAGCCTTTGAATTCCATTGTTTCAACCACTCAAAAGCCTGAATAACCTTTGAATTCCATGTGAACTCATCCCTTTCCAGCCCTTGGGTAAGGGGAGATGAGGTAGCACTATGAGTTGTTGACAACTCATAGTACTCTGTCATGCTCAGAAAACTGTGTAATTCCTTCAAAGATTTCAAAGTTGGCCACTGTATCATGGCCTGCACCTTATTGGGCCTCTACACCTTCGGATGCGATCCAATGTATTCTTACCTCTTTTGTGCAAATTGGAACTTCTTAATATTCATGTATCGTTTATGATCATTGAGGATAGTGAACACAGCGGCTAGATGTTTAACATTGGATTCAATATTGGGGTTGTACACTAATTGGAGGGTGGTTTCTTTGGCTTCTGAAAATGGAGGTTTGGGTATTGGAAACTTGAAGAATATAAATAAGCCTTAATATCGAAATGACTTCGAGGTTCTTGATGAGTTTGATCAGTTTTCCCACAAGGTCTTTGTAGTATTAATGGAAAGAATGAAGACTGGTTCACCCTTCAAAGGAGTGGGGTGGTGGAAGAAGCCTCTGGAAGAATATCTCAAAAATGAACAACTTAGTCTTAAATAATTCAAAGATTAAAGAGGGCAATAGAAGATTGACTAGATTTTGGGAGGATGTTTGGGTAGGGATGATTTATCGTTGGCTGAAATGTTCCCGAGACCGTACTAGGTGGTGGATTCTAAATTGAGTTTTGTTAACACCTGTAAGTTTTTTTTTTTTCTAAGAAACAAATCTTTCTTTGATAATTGAAAAGTTACACAAAAACAAGAAATTAAACTCCAATTAGGAGTATAAAGCCAAAAACCCCTCAATACATTACAAACTTTACAATCTTCCCCACCCCCCACCACCCCCCCCCCCCCCCCCCCCCCCCCCCCCCAACTATACATGATATCCTGAAGGGTATAAAGGATGAATAGTGCCTCTGATGTATTATTCAAGTAATGAATCCAAGTATTTAAATACACATTGTACACGTAACTAATTTTCCAGCTGTAAACTAAATAAACCAAGTCAGTAACAAAGTGTTAACAGACTAACAATTCTAGGGAGATGAATATTAAATTTATCATGATTAGAGTTCTAGTAGACCTGTTATCCCAATGGCTTAAGCTTTTAGATTTAGGTTTTTAAATTCTTAACACTACTTTCAATAGGAAGGGCTAACTAGACTATTAATAATGAAATGAGGGATGATATTGCAAGGATCTGAATGCAAAATTTTTGCTCCAATTCTTTTTAATTTTATTATTTTCTGGCAAGGGTGAATATTATTCCCATCCAATGCAATTTTTATATGCTGTCTTTTTATTCTTTTTCTTAATTCTTTTGTTGCCTCAAATGGGTCTTTTATCAACAGGTATTGTTCATCGCATGATAGTTTGACCATTGACCATGTTTTGCCTATATCCCGGGGTGGAGAATGGACATGGGAAAATCTGGTGAGTTATCCATTAGGTATTAATATTAGACTACATATGCTAAACTGAATTTCATTTTGCCATAATGTTGAAATTGTCAATCATCCCTTAAAAGACGCGGTCCTGATTCCAAAACATAGAGATGTCCATAGGTTTTCTAGGTATTAAAATAGAACACAAAAAACCATCCTAATAACAGTAAAAAGGCCAAATTGGCAAAGCACTCATCAGTTTACTCTGAACAATTCACCTGCTACATTGTGAATTCTGAGACCATATAAATATATCGAGTTCCAAAAATTATTCTCTGGTTGTGTTTTTGGGGAAGATGGTTGGGAAATGGGACTTACCAGCAACTCTTCATTTTCATAATGGTTTACTGTTTTCTGTGATCTCTAATAACTTATGTTGTAATAGGTTGCTGCCTGTGTAAAATGCAATTCAAAGAAAGGTCAAAAAACTGTAGAAGAAGCAAATATGAAGCTGAAAAAGACTCCCAAGGTAATATTATGCCTGTTTATAATGACAAAATGAATTAAATATTATGACAGAAACTTTTGATTTGGTTTCCTATGCTTCATCATAATTATGTTTGATCAGGTCTTACTGTATCTAGTTTTGATTTTTACTTGAATTTTGCAGGCCCCAAAAGATTATGATATACTTGCCATCCCTCTAACAAGCACCGCAATAAAAATGTTGAAACTGAGAAAGGGGACCCCTGCAGAATGGCGTCAATATCTGTCAAATGAGCAATGA

mRNA sequence

ATGATAGATGCAGCAGAATCTAAAGCTTTACCATCGCCTAAGGAAACAGTGACAAGGAAGGATAAAAAAAGGGACAGGGAGACGAGTTCCTCGAAAAAAAAAACCACAAAAGGAAAGAAGCAAAAGGGTAAAAAGAAGTCATCAAAAGGAGGTGACGCGAAGAAAGGGGATAGGAGCAAGGAAGAACACAAATCTCCAACAAAATCTAATGATGGCAAGATGAAGAAAGATCAAACAAACAAATTACCGATGATGGAGGACAAAATTCATAAAAGAATTCAAGAACTGATACAGATTATTCAGGTCAACACCACTCTTCAAGTTATGTTCAGAGTAAAATTTCCAAAAGTCGCCGGTCTGGCTGTGAGTACTGCTGACAAGTCTGGCTGCCAGTTTGTCAAATTCCCAAAAATTGCGTGCATTGCACGAGATTTTCATGGCCCCAAAACTGGGGCCTTCCCCTTTTTTCTCATTCTTCCAACACAGACCGTTTCTCTCTGTCACTCTCTCATCTCTCTGCTGCTGCTCTCACTCCCTCAGTCGCAAATTGTCACTCTTCCAGCGCTGACTTCTCTGTTCGTCACTCTTCCCTGCCCGCTCCTCTCTTCTCGTTGCTGTAGAGATCATGATTGGAGACATCAGCATGCTACATATATATCTCTATGGCGTCAACGTCGTAGTCGTTGTGCATCTGGTGGAATAATAAATGGGCCATCTGTGTCAGATGATTACGTATCTTGGTATAATGCAATTGCAAGAAAATATATCACACAAGAAGGGGCTTATTACGACCATGAGTTCATTCATAACACTAGCAGACCCGATGTTCCTAACTTTGATAGGAGACGCGCTCATTGTAGACGCCCACAACCACCAGTTGAAGATATTTCAGACCCAGATCTTCCTGTTGCTGAAGATCCGATTTCGATGACTCCCATGCACTCACCTTTTCTAATGATATCGACACTGGGAGTTCAAATTGACTTTGCATCAATGACTGCTCGTAGCAGCCAATTGCAGCTGAGAAATGGCCCAGTTCACCACACACAGTCGGAACCCAAAGATCGATTAAGATACCAGCTCAGATCAGTTCGAACCCTCAAACGCAGAATCCCCTTATCTGGTGCCTCCGCTGGACTTTCCCCTTCTGCCTCCTCTGCTTCAGCTTCAAGGAAATCCGCTCAACATGTTGCGGAGATGCGTGTTGGTTTGAGGGATGAGAGCGTTAGCGATGACGACGCCATTGTTGATCTTGACTACGAGCTCGAGAGTGATGATTTGGCTTGTTTCAGAGGTCTGGTCTTGGATATTTCCTACAGGCCAGTCAATGTCGTTTGTTGGAAGCGTGCAATTTGTTTGGAGTTCATGGAGAAGGCTGATGTATTGGAATACTATGACCAGACTGTGAGTTCTCCAAGTGGATCATTCTATATACCAGCAGTATTAAGGGTTCCCCATTTATTGCAAGTTGTAAAGAGAAGAAGAATCAAGAACTCTTTAAGTCGTAAAAACATACTTTATCGGGACAATTACACTTGTCAGTATTGTTCATCGCATGATAGTTTGACCATTGACCATGTTTTGCCTATATCCCGGGGTGGAGAATGGACATGGGAAAATCTGGTTGCTGCCTGTGTAAAATGCAATTCAAAGAAAGGTCAAAAAACTGTAGAAGAAGCAAATATGAAGCTGAAAAAGACTCCCAAGGCCCCAAAAGATTATGATATACTTGCCATCCCTCTAACAAGCACCGCAATAAAAATGTTGAAACTGAGAAAGGGGACCCCTGCAGAATGGCGTCAATATCTGTCAAATGAGCAATGA

Coding sequence (CDS)

ATGATAGATGCAGCAGAATCTAAAGCTTTACCATCGCCTAAGGAAACAGTGACAAGGAAGGATAAAAAAAGGGACAGGGAGACGAGTTCCTCGAAAAAAAAAACCACAAAAGGAAAGAAGCAAAAGGGTAAAAAGAAGTCATCAAAAGGAGGTGACGCGAAGAAAGGGGATAGGAGCAAGGAAGAACACAAATCTCCAACAAAATCTAATGATGGCAAGATGAAGAAAGATCAAACAAACAAATTACCGATGATGGAGGACAAAATTCATAAAAGAATTCAAGAACTGATACAGATTATTCAGGTCAACACCACTCTTCAAGTTATGTTCAGAGTAAAATTTCCAAAAGTCGCCGGTCTGGCTGTGAGTACTGCTGACAAGTCTGGCTGCCAGTTTGTCAAATTCCCAAAAATTGCGTGCATTGCACGAGATTTTCATGGCCCCAAAACTGGGGCCTTCCCCTTTTTTCTCATTCTTCCAACACAGACCGTTTCTCTCTGTCACTCTCTCATCTCTCTGCTGCTGCTCTCACTCCCTCAGTCGCAAATTGTCACTCTTCCAGCGCTGACTTCTCTGTTCGTCACTCTTCCCTGCCCGCTCCTCTCTTCTCGTTGCTGTAGAGATCATGATTGGAGACATCAGCATGCTACATATATATCTCTATGGCGTCAACGTCGTAGTCGTTGTGCATCTGGTGGAATAATAAATGGGCCATCTGTGTCAGATGATTACGTATCTTGGTATAATGCAATTGCAAGAAAATATATCACACAAGAAGGGGCTTATTACGACCATGAGTTCATTCATAACACTAGCAGACCCGATGTTCCTAACTTTGATAGGAGACGCGCTCATTGTAGACGCCCACAACCACCAGTTGAAGATATTTCAGACCCAGATCTTCCTGTTGCTGAAGATCCGATTTCGATGACTCCCATGCACTCACCTTTTCTAATGATATCGACACTGGGAGTTCAAATTGACTTTGCATCAATGACTGCTCGTAGCAGCCAATTGCAGCTGAGAAATGGCCCAGTTCACCACACACAGTCGGAACCCAAAGATCGATTAAGATACCAGCTCAGATCAGTTCGAACCCTCAAACGCAGAATCCCCTTATCTGGTGCCTCCGCTGGACTTTCCCCTTCTGCCTCCTCTGCTTCAGCTTCAAGGAAATCCGCTCAACATGTTGCGGAGATGCGTGTTGGTTTGAGGGATGAGAGCGTTAGCGATGACGACGCCATTGTTGATCTTGACTACGAGCTCGAGAGTGATGATTTGGCTTGTTTCAGAGGTCTGGTCTTGGATATTTCCTACAGGCCAGTCAATGTCGTTTGTTGGAAGCGTGCAATTTGTTTGGAGTTCATGGAGAAGGCTGATGTATTGGAATACTATGACCAGACTGTGAGTTCTCCAAGTGGATCATTCTATATACCAGCAGTATTAAGGGTTCCCCATTTATTGCAAGTTGTAAAGAGAAGAAGAATCAAGAACTCTTTAAGTCGTAAAAACATACTTTATCGGGACAATTACACTTGTCAGTATTGTTCATCGCATGATAGTTTGACCATTGACCATGTTTTGCCTATATCCCGGGGTGGAGAATGGACATGGGAAAATCTGGTTGCTGCCTGTGTAAAATGCAATTCAAAGAAAGGTCAAAAAACTGTAGAAGAAGCAAATATGAAGCTGAAAAAGACTCCCAAGGCCCCAAAAGATTATGATATACTTGCCATCCCTCTAACAAGCACCGCAATAAAAATGTTGAAACTGAGAAAGGGGACCCCTGCAGAATGGCGTCAATATCTGTCAAATGAGCAATGA

Protein sequence

MIDAAESKALPSPKETVTRKDKKRDRETSSSKKKTTKGKKQKGKKKSSKGGDAKKGDRSKEEHKSPTKSNDGKMKKDQTNKLPMMEDKIHKRIQELIQIIQVNTTLQVMFRVKFPKVAGLAVSTADKSGCQFVKFPKIACIARDFHGPKTGAFPFFLILPTQTVSLCHSLISLLLLSLPQSQIVTLPALTSLFVTLPCPLLSSRCCRDHDWRHQHATYISLWRQRRSRCASGGIINGPSVSDDYVSWYNAIARKYITQEGAYYDHEFIHNTSRPDVPNFDRRRAHCRRPQPPVEDISDPDLPVAEDPISMTPMHSPFLMISTLGVQIDFASMTARSSQLQLRNGPVHHTQSEPKDRLRYQLRSVRTLKRRIPLSGASAGLSPSASSASASRKSAQHVAEMRVGLRDESVSDDDAIVDLDYELESDDLACFRGLVLDISYRPVNVVCWKRAICLEFMEKADVLEYYDQTVSSPSGSFYIPAVLRVPHLLQVVKRRRIKNSLSRKNILYRDNYTCQYCSSHDSLTIDHVLPISRGGEWTWENLVAACVKCNSKKGQKTVEEANMKLKKTPKAPKDYDILAIPLTSTAIKMLKLRKGTPAEWRQYLSNEQ

Homology

[Close]

BLAST of Sgr018104 vs. NCBI nr
Match: XP_022152374.1 (uncharacterized protein LOC111020122 [Momordica charantia])

HSP 1 Score: 468.0 bits (1203), Expect = 1.2e-127
Identity = 246/280 (87.86%), Postives = 251/280 (89.64%), Query Frame = 0


Query: 330 ASMTARSSQLQLRNGPVHHTQSEPKDRLRYQLRSVRTLKRRIPLSGASAGLSPSASSASA 389
           A  T  +    L NG      SE KDRLRY+LRSV    RRIPLS AS G+SPSASSASA
Sbjct: 2   AQFTTLNRVKLLLNGDGVPFGSESKDRLRYKLRSV----RRIPLSAASTGISPSASSASA 61

Query: 390 SRKSAQHVAEMRVGLRDESVSDDDAIV--DLDYELESDDLACFRGLVLDISYRPVNVVCW 449
            RKSAQHVAEMRVG+RDESVSDD AIV  D DYE ESDDLACFRGLVLDISYRPVNVVCW
Sbjct: 62  LRKSAQHVAEMRVGVRDESVSDDGAIVGLDCDYEFESDDLACFRGLVLDISYRPVNVVCW 121

Query: 450 KRAICLEFMEKADVLEYYDQTVSSPSGSFYIPAVLRVPHLLQVVKRRRIKNSLSRKNILY 509
           KRAICLEFMEKADVLEYYDQTV+SPSGSFYIPAVLRVPHLLQVVKRRRIKNSLSRKNILY
Sbjct: 122 KRAICLEFMEKADVLEYYDQTVNSPSGSFYIPAVLRVPHLLQVVKRRRIKNSLSRKNILY 181

Query: 510 RDNYTCQYCSSHDSLTIDHVLPISRGGEWTWENLVAACVKCNSKKGQKTVEEANMKLKKT 569
           RDNYTCQYCSSHDSLTIDHVLPISRGGEWTWENLVAACVKCNSKKGQKTVEEANMKLKKT
Sbjct: 182 RDNYTCQYCSSHDSLTIDHVLPISRGGEWTWENLVAACVKCNSKKGQKTVEEANMKLKKT 241

Query: 570 PKAPKDYDILAIPLTSTAIKMLKLRKGTPAEWRQYLSNEQ 608
           PKAPKDYDILAIPLTSTAIKMLKLRKGTP EWRQYLSNEQ
Sbjct: 242 PKAPKDYDILAIPLTSTAIKMLKLRKGTPEEWRQYLSNEQ 277

[Close]

BLAST of Sgr018104 vs. NCBI nr
Match: XP_038905692.1 (uncharacterized protein LOC120091663 [Benincasa hispida])

HSP 1 Score: 463.8 bits (1192), Expect = 2.3e-126
Identity = 243/280 (86.79%), Postives = 250/280 (89.29%), Query Frame = 0


Query: 330 ASMTARSSQLQLRNGPVHHTQSEPKDRLRYQLRSVRTLKRRIPLSGASAGLSPSASSASA 389
           A  TA S    L NG      SEPKDR RY+LR VRTLKRRIPLSG     SPS SSASA
Sbjct: 2   AQFTAHSRVKLLLNGDGVPFGSEPKDRFRYKLRLVRTLKRRIPLSGP----SPSTSSASA 61

Query: 390 SRKSAQHVAEMRVGLRDESVSDDDAIVDL--DYELESDDLACFRGLVLDISYRPVNVVCW 449
            RKSAQH AE+RVG+R ESVS DDAIVDL  DYE E+DDLACFRGLVLDISYRPVNVVCW
Sbjct: 62  LRKSAQHAAEVRVGVRGESVSGDDAIVDLDYDYEFETDDLACFRGLVLDISYRPVNVVCW 121

Query: 450 KRAICLEFMEKADVLEYYDQTVSSPSGSFYIPAVLRVPHLLQVVKRRRIKNSLSRKNILY 509
           KRAICLEFMEKADVLEYYDQTVSSPSGSFYIPAVLRVPHLLQVVKRRRIKNSLSRKNILY
Sbjct: 122 KRAICLEFMEKADVLEYYDQTVSSPSGSFYIPAVLRVPHLLQVVKRRRIKNSLSRKNILY 181

Query: 510 RDNYTCQYCSSHDSLTIDHVLPISRGGEWTWENLVAACVKCNSKKGQKTVEEANMKLKKT 569
           RDNYTCQYCSSH+SLTIDHVLPISRGGEWTWENLVAACV+CNSKKGQKTVEEANMKLKKT
Sbjct: 182 RDNYTCQYCSSHESLTIDHVLPISRGGEWTWENLVAACVQCNSKKGQKTVEEANMKLKKT 241

Query: 570 PKAPKDYDILAIPLTSTAIKMLKLRKGTPAEWRQYLSNEQ 608
           PKAPKDYDILAIPLTSTAIKMLKLRKGTP EWRQYLS+EQ
Sbjct: 242 PKAPKDYDILAIPLTSTAIKMLKLRKGTPEEWRQYLSSEQ 277

[Close]

BLAST of Sgr018104 vs. NCBI nr
Match: XP_022932702.1 (uncharacterized protein LOC111439170 [Cucurbita moschata] >XP_022932703.1 uncharacterized protein LOC111439170 [Cucurbita moschata] >XP_022972084.1 uncharacterized protein LOC111470725 [Cucurbita maxima] >XP_023539770.1 uncharacterized protein LOC111800353 [Cucurbita pepo subsp. pepo])

HSP 1 Score: 454.9 bits (1169), Expect = 1.1e-123
Identity = 241/281 (85.77%), Postives = 251/281 (89.32%), Query Frame = 0


Query: 330 ASMTARSSQLQLRNGPVHHTQSEPKDRLRYQLRSVRTLKRRIPLSGASA-GLSPSASSAS 389
           A  TA S    L NG      SEPKDR R++LRSVRTLKRR PLSGAS+ GLSPS+SSAS
Sbjct: 2   AQFTAHSRVKLLLNGDGVPFGSEPKDRSRHKLRSVRTLKRRTPLSGASSTGLSPSSSSAS 61

Query: 390 ASRKSAQHVAEMRVGLRDESVSDDDAIVDL--DYELESDDLACFRGLVLDISYRPVNVVC 449
           A RKSAQ     RVG+R ESVS DDAI+D+  DYE ESDDLACFRGLVLDISYRPVNVVC
Sbjct: 62  ALRKSAQ-----RVGVRGESVSGDDAILDIDYDYEFESDDLACFRGLVLDISYRPVNVVC 121

Query: 450 WKRAICLEFMEKADVLEYYDQTVSSPSGSFYIPAVLRVPHLLQVVKRRRIKNSLSRKNIL 509
           WKRAICLEFMEKADVLEYYDQTVSSPSGSFYIPAVLRVPHLLQVVKRRRIK SLSRKNIL
Sbjct: 122 WKRAICLEFMEKADVLEYYDQTVSSPSGSFYIPAVLRVPHLLQVVKRRRIKQSLSRKNIL 181

Query: 510 YRDNYTCQYCSSHDSLTIDHVLPISRGGEWTWENLVAACVKCNSKKGQKTVEEANMKLKK 569
           YRDNYTCQYCSSH+SLTIDHVLP+SRGGEWTWENLVAACVKCNSKKGQKTVEEANMKLKK
Sbjct: 182 YRDNYTCQYCSSHESLTIDHVLPVSRGGEWTWENLVAACVKCNSKKGQKTVEEANMKLKK 241

Query: 570 TPKAPKDYDILAIPLTSTAIKMLKLRKGTPAEWRQYLSNEQ 608
           TPKAPKDYDILAIPLTSTAIKMLKLRKGTP EWRQYLS+EQ
Sbjct: 242 TPKAPKDYDILAIPLTSTAIKMLKLRKGTPEEWRQYLSSEQ 277

[Close]

BLAST of Sgr018104 vs. NCBI nr
Match: KAG6597719.1 (hypothetical protein SDJN03_10899, partial [Cucurbita argyrosperma subsp. sororia] >KAG7029166.1 hypothetical protein SDJN02_10351, partial [Cucurbita argyrosperma subsp. argyrosperma])

HSP 1 Score: 452.6 bits (1163), Expect = 5.4e-123
Identity = 240/281 (85.41%), Postives = 250/281 (88.97%), Query Frame = 0


Query: 330 ASMTARSSQLQLRNGPVHHTQSEPKDRLRYQLRSVRTLKRRIPLSGASA-GLSPSASSAS 389
           A  TA S    L NG      SEPKDR R +LRS+RTLKRR PLSGAS+ GLSPS+SSAS
Sbjct: 2   AQFTAHSRVKLLLNGDGVPFGSEPKDRSRQKLRSLRTLKRRTPLSGASSTGLSPSSSSAS 61

Query: 390 ASRKSAQHVAEMRVGLRDESVSDDDAIVDL--DYELESDDLACFRGLVLDISYRPVNVVC 449
           A RKSAQ     RVG+R ESVS DDAI+D+  DYE ESDDLACFRGLVLDISYRPVNVVC
Sbjct: 62  ALRKSAQ-----RVGVRGESVSGDDAILDIDYDYEFESDDLACFRGLVLDISYRPVNVVC 121

Query: 450 WKRAICLEFMEKADVLEYYDQTVSSPSGSFYIPAVLRVPHLLQVVKRRRIKNSLSRKNIL 509
           WKRAICLEFMEKADVLEYYDQTVSSPSGSFYIPAVLRVPHLLQVVKRRRIK SLSRKNIL
Sbjct: 122 WKRAICLEFMEKADVLEYYDQTVSSPSGSFYIPAVLRVPHLLQVVKRRRIKQSLSRKNIL 181

Query: 510 YRDNYTCQYCSSHDSLTIDHVLPISRGGEWTWENLVAACVKCNSKKGQKTVEEANMKLKK 569
           YRDNYTCQYCSSH+SLTIDHVLP+SRGGEWTWENLVAACVKCNSKKGQKTVEEANMKLKK
Sbjct: 182 YRDNYTCQYCSSHESLTIDHVLPVSRGGEWTWENLVAACVKCNSKKGQKTVEEANMKLKK 241

Query: 570 TPKAPKDYDILAIPLTSTAIKMLKLRKGTPAEWRQYLSNEQ 608
           TPKAPKDYDILAIPLTSTAIKMLKLRKGTP EWRQYLS+EQ
Sbjct: 242 TPKAPKDYDILAIPLTSTAIKMLKLRKGTPEEWRQYLSSEQ 277

[Close]

BLAST of Sgr018104 vs. NCBI nr
Match: XP_008465340.1 (PREDICTED: uncharacterized protein LOC103502982 [Cucumis melo] >KAA0051262.1 HNH endonuclease [Cucumis melo var. makuwa] >TYK29998.1 HNH endonuclease [Cucumis melo var. makuwa])

HSP 1 Score: 439.9 bits (1130), Expect = 3.6e-119
Identity = 235/281 (83.63%), Postives = 243/281 (86.48%), Query Frame = 0


Query: 330 ASMTARSSQLQLRNGPVHHTQSEPKDRLRYQLRSVRTLKRRIPLSGASAGLSPSASSASA 389
           A  TA S    L NG      SE KDR RY+LRSVR   RR PLS  S+    S SS SA
Sbjct: 2   AQFTAHSRVKLLLNGDGLPCGSESKDRFRYKLRSVRA--RRFPLSAPSS----STSSTSA 61

Query: 390 SRKSAQHVAEMRVGLRDESVS-DDDAIV--DLDYELESDDLACFRGLVLDISYRPVNVVC 449
            RKS QH AE+RVG+RDESV+  DDAIV  D DYE ESDDLACFRGLVLDISYRPVNVVC
Sbjct: 62  LRKSTQHAAEVRVGVRDESVTGGDDAIVGFDYDYEFESDDLACFRGLVLDISYRPVNVVC 121

Query: 450 WKRAICLEFMEKADVLEYYDQTVSSPSGSFYIPAVLRVPHLLQVVKRRRIKNSLSRKNIL 509
           WKRAICLEFMEKADVLEYYDQTV+SPSGSFYIPAVLRVPHLLQVVKRRRIKNSLSRKNIL
Sbjct: 122 WKRAICLEFMEKADVLEYYDQTVNSPSGSFYIPAVLRVPHLLQVVKRRRIKNSLSRKNIL 181

Query: 510 YRDNYTCQYCSSHDSLTIDHVLPISRGGEWTWENLVAACVKCNSKKGQKTVEEANMKLKK 569
           YRDNYTCQYCSSH+SLTIDHVLPISRGGEWTWENLVAACVKCNSKKGQKTVEEANMKLKK
Sbjct: 182 YRDNYTCQYCSSHESLTIDHVLPISRGGEWTWENLVAACVKCNSKKGQKTVEEANMKLKK 241

Query: 570 TPKAPKDYDILAIPLTSTAIKMLKLRKGTPAEWRQYLSNEQ 608
           TPKAPKDYDILAIPLTSTAIKMLKLRKGTP EWRQYLS+EQ
Sbjct: 242 TPKAPKDYDILAIPLTSTAIKMLKLRKGTPEEWRQYLSSEQ 276

[Close]

BLAST of Sgr018104 vs. ExPASy TrEMBL
Match: A0A6J1DFU6 (uncharacterized protein LOC111020122 OS=Momordica charantia OX=3673 GN=LOC111020122 PE=4 SV=1)

HSP 1 Score: 468.0 bits (1203), Expect = 6.0e-128
Identity = 246/280 (87.86%), Postives = 251/280 (89.64%), Query Frame = 0


Query: 330 ASMTARSSQLQLRNGPVHHTQSEPKDRLRYQLRSVRTLKRRIPLSGASAGLSPSASSASA 389
           A  T  +    L NG      SE KDRLRY+LRSV    RRIPLS AS G+SPSASSASA
Sbjct: 2   AQFTTLNRVKLLLNGDGVPFGSESKDRLRYKLRSV----RRIPLSAASTGISPSASSASA 61

Query: 390 SRKSAQHVAEMRVGLRDESVSDDDAIV--DLDYELESDDLACFRGLVLDISYRPVNVVCW 449
            RKSAQHVAEMRVG+RDESVSDD AIV  D DYE ESDDLACFRGLVLDISYRPVNVVCW
Sbjct: 62  LRKSAQHVAEMRVGVRDESVSDDGAIVGLDCDYEFESDDLACFRGLVLDISYRPVNVVCW 121

Query: 450 KRAICLEFMEKADVLEYYDQTVSSPSGSFYIPAVLRVPHLLQVVKRRRIKNSLSRKNILY 509
           KRAICLEFMEKADVLEYYDQTV+SPSGSFYIPAVLRVPHLLQVVKRRRIKNSLSRKNILY
Sbjct: 122 KRAICLEFMEKADVLEYYDQTVNSPSGSFYIPAVLRVPHLLQVVKRRRIKNSLSRKNILY 181

Query: 510 RDNYTCQYCSSHDSLTIDHVLPISRGGEWTWENLVAACVKCNSKKGQKTVEEANMKLKKT 569
           RDNYTCQYCSSHDSLTIDHVLPISRGGEWTWENLVAACVKCNSKKGQKTVEEANMKLKKT
Sbjct: 182 RDNYTCQYCSSHDSLTIDHVLPISRGGEWTWENLVAACVKCNSKKGQKTVEEANMKLKKT 241

Query: 570 PKAPKDYDILAIPLTSTAIKMLKLRKGTPAEWRQYLSNEQ 608
           PKAPKDYDILAIPLTSTAIKMLKLRKGTP EWRQYLSNEQ
Sbjct: 242 PKAPKDYDILAIPLTSTAIKMLKLRKGTPEEWRQYLSNEQ 277

[Close]

BLAST of Sgr018104 vs. ExPASy TrEMBL
Match: A0A6J1F2H9 (uncharacterized protein LOC111439170 OS=Cucurbita moschata OX=3662 GN=LOC111439170 PE=4 SV=1)

HSP 1 Score: 454.9 bits (1169), Expect = 5.2e-124
Identity = 241/281 (85.77%), Postives = 251/281 (89.32%), Query Frame = 0


Query: 330 ASMTARSSQLQLRNGPVHHTQSEPKDRLRYQLRSVRTLKRRIPLSGASA-GLSPSASSAS 389
           A  TA S    L NG      SEPKDR R++LRSVRTLKRR PLSGAS+ GLSPS+SSAS
Sbjct: 2   AQFTAHSRVKLLLNGDGVPFGSEPKDRSRHKLRSVRTLKRRTPLSGASSTGLSPSSSSAS 61

Query: 390 ASRKSAQHVAEMRVGLRDESVSDDDAIVDL--DYELESDDLACFRGLVLDISYRPVNVVC 449
           A RKSAQ     RVG+R ESVS DDAI+D+  DYE ESDDLACFRGLVLDISYRPVNVVC
Sbjct: 62  ALRKSAQ-----RVGVRGESVSGDDAILDIDYDYEFESDDLACFRGLVLDISYRPVNVVC 121

Query: 450 WKRAICLEFMEKADVLEYYDQTVSSPSGSFYIPAVLRVPHLLQVVKRRRIKNSLSRKNIL 509
           WKRAICLEFMEKADVLEYYDQTVSSPSGSFYIPAVLRVPHLLQVVKRRRIK SLSRKNIL
Sbjct: 122 WKRAICLEFMEKADVLEYYDQTVSSPSGSFYIPAVLRVPHLLQVVKRRRIKQSLSRKNIL 181

Query: 510 YRDNYTCQYCSSHDSLTIDHVLPISRGGEWTWENLVAACVKCNSKKGQKTVEEANMKLKK 569
           YRDNYTCQYCSSH+SLTIDHVLP+SRGGEWTWENLVAACVKCNSKKGQKTVEEANMKLKK
Sbjct: 182 YRDNYTCQYCSSHESLTIDHVLPVSRGGEWTWENLVAACVKCNSKKGQKTVEEANMKLKK 241

Query: 570 TPKAPKDYDILAIPLTSTAIKMLKLRKGTPAEWRQYLSNEQ 608
           TPKAPKDYDILAIPLTSTAIKMLKLRKGTP EWRQYLS+EQ
Sbjct: 242 TPKAPKDYDILAIPLTSTAIKMLKLRKGTPEEWRQYLSSEQ 277

[Close]

BLAST of Sgr018104 vs. ExPASy TrEMBL
Match: A0A6J1IAG4 (uncharacterized protein LOC111470725 OS=Cucurbita maxima OX=3661 GN=LOC111470725 PE=4 SV=1)

HSP 1 Score: 454.9 bits (1169), Expect = 5.2e-124
Identity = 241/281 (85.77%), Postives = 251/281 (89.32%), Query Frame = 0


Query: 330 ASMTARSSQLQLRNGPVHHTQSEPKDRLRYQLRSVRTLKRRIPLSGASA-GLSPSASSAS 389
           A  TA S    L NG      SEPKDR R++LRSVRTLKRR PLSGAS+ GLSPS+SSAS
Sbjct: 2   AQFTAHSRVKLLLNGDGVPFGSEPKDRSRHKLRSVRTLKRRTPLSGASSTGLSPSSSSAS 61

Query: 390 ASRKSAQHVAEMRVGLRDESVSDDDAIVDL--DYELESDDLACFRGLVLDISYRPVNVVC 449
           A RKSAQ     RVG+R ESVS DDAI+D+  DYE ESDDLACFRGLVLDISYRPVNVVC
Sbjct: 62  ALRKSAQ-----RVGVRGESVSGDDAILDIDYDYEFESDDLACFRGLVLDISYRPVNVVC 121

Query: 450 WKRAICLEFMEKADVLEYYDQTVSSPSGSFYIPAVLRVPHLLQVVKRRRIKNSLSRKNIL 509
           WKRAICLEFMEKADVLEYYDQTVSSPSGSFYIPAVLRVPHLLQVVKRRRIK SLSRKNIL
Sbjct: 122 WKRAICLEFMEKADVLEYYDQTVSSPSGSFYIPAVLRVPHLLQVVKRRRIKQSLSRKNIL 181

Query: 510 YRDNYTCQYCSSHDSLTIDHVLPISRGGEWTWENLVAACVKCNSKKGQKTVEEANMKLKK 569
           YRDNYTCQYCSSH+SLTIDHVLP+SRGGEWTWENLVAACVKCNSKKGQKTVEEANMKLKK
Sbjct: 182 YRDNYTCQYCSSHESLTIDHVLPVSRGGEWTWENLVAACVKCNSKKGQKTVEEANMKLKK 241

Query: 570 TPKAPKDYDILAIPLTSTAIKMLKLRKGTPAEWRQYLSNEQ 608
           TPKAPKDYDILAIPLTSTAIKMLKLRKGTP EWRQYLS+EQ
Sbjct: 242 TPKAPKDYDILAIPLTSTAIKMLKLRKGTPEEWRQYLSSEQ 277

[Close]

BLAST of Sgr018104 vs. ExPASy TrEMBL
Match: A0A5D3E2H2 (HNH endonuclease OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold734G00280 PE=4 SV=1)

HSP 1 Score: 439.9 bits (1130), Expect = 1.7e-119
Identity = 235/281 (83.63%), Postives = 243/281 (86.48%), Query Frame = 0


Query: 330 ASMTARSSQLQLRNGPVHHTQSEPKDRLRYQLRSVRTLKRRIPLSGASAGLSPSASSASA 389
           A  TA S    L NG      SE KDR RY+LRSVR   RR PLS  S+    S SS SA
Sbjct: 2   AQFTAHSRVKLLLNGDGLPCGSESKDRFRYKLRSVRA--RRFPLSAPSS----STSSTSA 61

Query: 390 SRKSAQHVAEMRVGLRDESVS-DDDAIV--DLDYELESDDLACFRGLVLDISYRPVNVVC 449
            RKS QH AE+RVG+RDESV+  DDAIV  D DYE ESDDLACFRGLVLDISYRPVNVVC
Sbjct: 62  LRKSTQHAAEVRVGVRDESVTGGDDAIVGFDYDYEFESDDLACFRGLVLDISYRPVNVVC 121

Query: 450 WKRAICLEFMEKADVLEYYDQTVSSPSGSFYIPAVLRVPHLLQVVKRRRIKNSLSRKNIL 509
           WKRAICLEFMEKADVLEYYDQTV+SPSGSFYIPAVLRVPHLLQVVKRRRIKNSLSRKNIL
Sbjct: 122 WKRAICLEFMEKADVLEYYDQTVNSPSGSFYIPAVLRVPHLLQVVKRRRIKNSLSRKNIL 181

Query: 510 YRDNYTCQYCSSHDSLTIDHVLPISRGGEWTWENLVAACVKCNSKKGQKTVEEANMKLKK 569
           YRDNYTCQYCSSH+SLTIDHVLPISRGGEWTWENLVAACVKCNSKKGQKTVEEANMKLKK
Sbjct: 182 YRDNYTCQYCSSHESLTIDHVLPISRGGEWTWENLVAACVKCNSKKGQKTVEEANMKLKK 241

Query: 570 TPKAPKDYDILAIPLTSTAIKMLKLRKGTPAEWRQYLSNEQ 608
           TPKAPKDYDILAIPLTSTAIKMLKLRKGTP EWRQYLS+EQ
Sbjct: 242 TPKAPKDYDILAIPLTSTAIKMLKLRKGTPEEWRQYLSSEQ 276

[Close]

BLAST of Sgr018104 vs. ExPASy TrEMBL
Match: A0A1S3CNK0 (uncharacterized protein LOC103502982 OS=Cucumis melo OX=3656 GN=LOC103502982 PE=4 SV=1)

HSP 1 Score: 439.9 bits (1130), Expect = 1.7e-119
Identity = 235/281 (83.63%), Postives = 243/281 (86.48%), Query Frame = 0


Query: 330 ASMTARSSQLQLRNGPVHHTQSEPKDRLRYQLRSVRTLKRRIPLSGASAGLSPSASSASA 389
           A  TA S    L NG      SE KDR RY+LRSVR   RR PLS  S+    S SS SA
Sbjct: 2   AQFTAHSRVKLLLNGDGLPCGSESKDRFRYKLRSVRA--RRFPLSAPSS----STSSTSA 61

Query: 390 SRKSAQHVAEMRVGLRDESVS-DDDAIV--DLDYELESDDLACFRGLVLDISYRPVNVVC 449
            RKS QH AE+RVG+RDESV+  DDAIV  D DYE ESDDLACFRGLVLDISYRPVNVVC
Sbjct: 62  LRKSTQHAAEVRVGVRDESVTGGDDAIVGFDYDYEFESDDLACFRGLVLDISYRPVNVVC 121

Query: 450 WKRAICLEFMEKADVLEYYDQTVSSPSGSFYIPAVLRVPHLLQVVKRRRIKNSLSRKNIL 509
           WKRAICLEFMEKADVLEYYDQTV+SPSGSFYIPAVLRVPHLLQVVKRRRIKNSLSRKNIL
Sbjct: 122 WKRAICLEFMEKADVLEYYDQTVNSPSGSFYIPAVLRVPHLLQVVKRRRIKNSLSRKNIL 181

Query: 510 YRDNYTCQYCSSHDSLTIDHVLPISRGGEWTWENLVAACVKCNSKKGQKTVEEANMKLKK 569
           YRDNYTCQYCSSH+SLTIDHVLPISRGGEWTWENLVAACVKCNSKKGQKTVEEANMKLKK
Sbjct: 182 YRDNYTCQYCSSHESLTIDHVLPISRGGEWTWENLVAACVKCNSKKGQKTVEEANMKLKK 241

Query: 570 TPKAPKDYDILAIPLTSTAIKMLKLRKGTPAEWRQYLSNEQ 608
           TPKAPKDYDILAIPLTSTAIKMLKLRKGTP EWRQYLS+EQ
Sbjct: 242 TPKAPKDYDILAIPLTSTAIKMLKLRKGTPEEWRQYLSSEQ 276

[Close]

BLAST of Sgr018104 vs. TAIR 10
Match: AT2G23840.1 (HNH endonuclease )

HSP 1 Score: 321.6 bits (823), Expect = 1.3e-87
Identity = 151/187 (80.75%), Postives = 172/187 (91.98%), Query Frame = 0


Query: 419 DYELESDD-LACFRGLVLDISYRPVNVVCWKRAICLEFMEKADVLEYYDQTVSSPSGSFY 478
           D  LE+DD L+CFRGLVLDISYRPVNVVCWKRAICLE+M+KADVLEYYDQTVSSP+GSFY
Sbjct: 92  DDGLETDDHLSCFRGLVLDISYRPVNVVCWKRAICLEYMDKADVLEYYDQTVSSPTGSFY 151

Query: 479 IPAVLRVPHLLQVVKRRRIKNSLSRKNILYRDNYTCQYCSSHDSLTIDHVLPISRGGEWT 538
           IPAVLRVPHLLQVVKRRR+KNSLSRKNIL RD+YTCQYCSS ++LTIDHV+P+SRGGEWT
Sbjct: 152 IPAVLRVPHLLQVVKRRRVKNSLSRKNILLRDDYTCQYCSSRENLTIDHVMPVSRGGEWT 211

Query: 539 WENLVAACVKCNSKKGQKTVEEANMKLKKTPKAPKDYDILAIPLTSTAIKMLKLRKGTPA 598
           W+NLVAAC +CNS+KGQKT +EA+MKL K PK PKDYDI+AIPLT+ AI+ML+  KG P 
Sbjct: 212 WQNLVAACSRCNSRKGQKTADEAHMKLLKVPKEPKDYDIVAIPLTNAAIRMLRSNKGMPE 271

Query: 599 EWRQYLS 605
           EWRQYL+
Sbjct: 272 EWRQYLA 278

The following BLAST results are available for this feature:

BLAST of Sgr018104 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_022152374.1	1.2e-127	87.86	uncharacterized protein LOC111020122 [Momordica charantia]	[more]
XP_038905692.1	2.3e-126	86.79	uncharacterized protein LOC120091663 [Benincasa hispida]	[more]
XP_022932702.1	1.1e-123	85.77	uncharacterized protein LOC111439170 [Cucurbita moschata] >XP_022932703.1 unchar...	[more]
KAG6597719.1	5.4e-123	85.41	hypothetical protein SDJN03_10899, partial [Cucurbita argyrosperma subsp. sorori...	[more]
XP_008465340.1	3.6e-119	83.63	PREDICTED: uncharacterized protein LOC103502982 [Cucumis melo] >KAA0051262.1 HNH...	[more]

BLAST of Sgr018104 vs. NCBI nr


Match Name	E-value	Identity	Description

BLAST of Sgr018104 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1DFU6	6.0e-128	87.86	uncharacterized protein LOC111020122 OS=Momordica charantia OX=3673 GN=LOC111020...	[more]
A0A6J1F2H9	5.2e-124	85.77	uncharacterized protein LOC111439170 OS=Cucurbita moschata OX=3662 GN=LOC1114391...	[more]
A0A6J1IAG4	5.2e-124	85.77	uncharacterized protein LOC111470725 OS=Cucurbita maxima OX=3661 GN=LOC111470725...	[more]
A0A5D3E2H2	1.7e-119	83.63	HNH endonuclease OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold734G002...	[more]
A0A1S3CNK0	1.7e-119	83.63	uncharacterized protein LOC103502982 OS=Cucumis melo OX=3656 GN=LOC103502982 PE=...	[more]

BLAST of Sgr018104 vs. TAIR 10


Match Name	E-value	Identity	Description
AT2G23840.1	1.3e-87	80.75	HNH endonuclease	[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
IPR003615	HNH nuclease	SMART	SM00507	HNH_5	coord: 500..550 e-value: 3.4E-14 score: 63.1
IPR003615	HNH nuclease	CDD	cd00085	HNHc	coord: 502..553 e-value: 5.96037E-12 score: 59.0223
IPR029471	HNH endonuclease 5	PFAM	PF14279	HNH_5	coord: 513..564 e-value: 7.3E-15 score: 54.6
None	No IPR available	GENE3D	1.10.30.50		coord: 488..577 e-value: 2.3E-23 score: 83.8
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 50..81
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 278..294
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 278..300
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 13..34
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 1..81
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 35..49
None	No IPR available	PANTHER	PTHR33877:SF2	SLL1193 PROTEIN	coord: 387..605
None	No IPR available	PANTHER	PTHR33877	SLL1193 PROTEIN	coord: 387..605

Relationships

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


Feature Name	Unique Name	Type
Sgr018104.1	Sgr018104.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0090305	nucleic acid phosphodiester bond hydrolysis
molecular_function	GO:0004519	endonuclease activity