Sgr020178 (gene) Monk fruit (Qingpiguo) v1

Overview


Name	Sgr020178
Type	gene
Organism	Siraitia grosvenorii (Monk fruit (Qingpiguo) v1)
Description	ATP-dependent Clp protease proteolytic subunit
Location	tig00153449: 674969 .. 713855 (-)
RNA-Seq Expression	Sgr020178
Synteny	Sgr020178

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.

ATGTGGCGTTTGGTGCATTCCTCTTGGATACTGCACGTCAGCTGCAACAAGCGAAGGGTTGCACATATTGCTGCGCTTCTGTCTTCTGTTCTTCATTCTTCCACATTTTCTGAAAGGAGTATGCATTTAAGTGATGGTGGACCAGGACCTCTAAAATGGGTGTGTACCTGCATATTTTCTGTGCACACTTTTATCCCATGTGTTTTCTCACAGTTGGTTTTCTGCCTACTGTTTCTTAATCCATGTTTTGCAGTTCATAGAAAAATTCTTGAAGAAGGCAAAAAAAGTCCTCGAACGTTTCGTCTTGCTGCATTACATTTGACCGGCATGTGGCTCAGTCATCCATGGACCATAAAGTATTATGTTAAAGAGCTGAAACTGCTATCACTATATGGTTCTGGTATGTTCCATACCATATCTTATTTGTGATTCATATCATATATCAAACATTTTCCTCATTGTTTAATGTAGACTGTGAAATCATGTGTAATGTGGAAATGTTCTTCTTCAGTTGCATTTGATGAAGATTTTGAAGCTGAATTAACTGATTATGAAGCAAGGACTGAGGTATCATTATTGGCAGAAAGTCCAGACCGTGAGCTCACTGAAGTAAGTCTTACATCTTTTAACATTCATAAAGTTTAATGTTAAATAATTCCCATGTTAAGATTGTATATTAAATTCACCTTGTTGTCAAATCTTTCCCGACTTAAGACATCTCATTTCTCAGTTTTTCTTCAGTAAAATATTAAGCACCGATGCTCTATTTTTGGCAGAGTATTGGTGTTAAACACGTGTCAAACACTGACATGCTCGGACACACTCCCATCACGTGTTCGACACACTAATTTGAGTGTCCAATTGTTTTATTTTATTTCTTTTGTGCTCTCTCATTCCAACTCTGTTGACAAGGCCCATCTTGGAAACCTTCTTCCTTAGCCAAAATAATCTTCTCTCAGTATTCTTTCCTTACTTACTTATGTAAATAATGTGAATGATTCTTATTTCCTTTTCTTGTATACCTTCCTTGTATTTTTTTTACCGTTATTATTTCCTTTAGTGTGTATAGTCTCCTTCTATAAATTTAGGTTAGAACTTCTATAATTATCATCTAAAAATAATGAAGACCATTATTTTGTAAAACTAGATGGTATCAGAGCCATTTTTTCTTCTGCCGTGAACTCCCTTTCATTCCTACTTCTCAACAAAAAGGCTTCGTGTCAGAAGCCATACCATCGCAGGTCGGCCGTTCGAAGCCAAACCCATATCGACTTACGCCTTCGCACCCGTCCGCCTTCCGCAGGTCGGTCGCAGGTCGCAGGTCGGTCGAAGGCCACCGTTATTGCCGTCCGGTCGCAGGTCGCAGGTCCGAAACCATACGCCTTCCGCACACGTCCGTGCGATTGGATCGCAGGTCTCTTCGGTCGAAGGCCACCGTTATTGCCGTTCGGTCGCAGGTCGCAGGTCCGAAACCATACGCCTTCCGCACACGTTCGTGCGATTGGATCGAAGGTCTCTTCCGCAACCGGGTCTGGGCATTCCAAGAGTTCTTATTACTTATCGGACGGGTCTGGCGATTGGGTATTTCTTCTTGGACGGGTCTGGGCATTTCGTTTGAATCCAGTTTGAATCCAGTTTGAGTTCACGGTAAAGGGTGATATCTGTCTTCCTAAAGTTTGGGTCAAAACCTGAAAAATAAGACTTCAGACAAAAAGGATCTCTATCACCATGAGCTCTATTCACAACAATTCAGAAGGGATTGTACTTCCAATAACCAATCACAGACTAAATGGAAAGAATTACCTTTCTTGGTCTCAATCGGTAATGATGTTCATATGCGGCAAGGGAAAAGAAGATTATCTCGCAAGCAAAAATCCTATTCCTGAAAAAACCGATGAGAAATACAAGATATGGAAAGTTGAAAACAACATGGTTATGTCATGGCTAATCAATTCTATGACCACAGAAATTGGTGAAAGTTTTCTACTCTTCTCGACGGCAAGTGAGATTTGGGAAGCTGCTCGTGAAACCTACTCTGACCAAGAAAACACATCTGAATCATTTGAGATAGAAGGAAAACTTCATGAACTTAGACAAGGAGATATGCAAGTCACTCAGTACTATACCCAACTCTCTCGTCTTTGGCAACAACTTGATACATACGAAAGTCATAGTTGGGAATGTACTTCAGATGCAGCAACCTACAGGAAGATCGTTGAAAGAAAAAGGGTGTTCAAATTCCTACTCGGTCTCAATAAAGATCTAGATGAGGTACGTGGTCGAATCTTAGCTATTAAACCATTACCTAACATTAGAGAAGCGTTTGCAGAAGTAAGAAGAGAAGAAAGCCGGAAAAAATTAATGATGGGTGTTGGAACAAACTCTGAACCTGAGGGATCTGCTCTAATAGCTCGAAATTATCATACACCTGGTAATGAGGTACGTACTACAAACCTTCATGATAGTCGCACTAATCGTACTCAGAACTATAATGGAAATGAAAACCGACCTCGAAAAGCGAGGCCATGGTGTGAGCATTGCAAAAAACCAGGACATACAAAAGATGTATGTTGGGATATACATGGAAAACCTCATGATTGGAAGCCAAACAAAGGAACAGTTGATAAACGAGGGAAAGCCTTCCAAGCAAGTACACCATCTGAAAGTAATATCATCTCTGAGAATAATCTATTTACTAAAGAGCAGCTGGAGCTTCTTCAAAAACTATTTGTGGGGGCCCAGTCTACTCAAAAGACTTCTGAAGCAAACATGGCGTCCATAGCTCAAACAGGTAACAGTCTTAGTGCTCTTAAGATAACAACTGAAAATTCTAGTCCATGGATTGTTGACTCAGGAGCTTCAGATCATATGACAGGTGATATTTCCATTTTAGAAAATTACTCTACATGTAATAATAATTCTGAGGTTAAAATTGCTGATGGCACTATCTCCAAAGTATTAGGAACTGGCAATGTTTATGTGTCTAAAGATCTAGTCTTAGAAAATGTACTTTATGTTCCAAATCTTAAATACAATCTTATTTCAGTAAGCAAACTCACTCAAATGAAAAAATGCGTGACAAACTTTTACTCACATCATTGCATTTTTCAGGATTTGAACTCGGGGAAGACGATTGGCAATGCTAAAGCATTCTCGGGTCTTTACATCTTGAATATCCCTAAATCTCAAGTCAAGCAGTTATGTGTTAGCAAATCTATCTTTGTTGCCTCTAAGGATACTTACGATAATAAATTAATGCTATGGCATCAACGTTTAGGCCATCCCAATTTTATGTATTTGAAACGTATTATTCCAGAGATTTTTAATAAAAGTTCTCAGGTTTTTCAATGTGAATCTTGTGAATTGGCTAAGCTGACTCGATCTTCCTACCCGGTACGTTCCTATAAACCCTCTTATCCTTTTTCTATGATACATAGTGATGTTTGGGGGCCTAGTAGAGTTAAAAATATAACTGGAGCTAGATGGTTTGCTTCCTTTGTAGATGACCACACCAGACTTACTTGGGTGTTTCTAATGAAAGAAAATATGAGGTTACCAATATTTTCCAAAATTTTTTTGCCATGATCCTTAATCTTTTCAATACTAAAATTCAAATCCTTCACTCTGATAATGCCAAAGATTACTTTAATACTACCTTAGGAAATTTCCTAAAAGAAAAGGTATCGTCCACTTAAGCTCGTGCATTGACACCCCTCAACAAAATGGAATTGCTGAGAGAAAAAATAGACATCTCTTAGAAGTTTCTAGGGCCCTAATGATCTCTTCTAACACTCCTAATCACTTCTGGGGAGAAGCTGTTTTAACAGCTACATACCTTATAAATAGAATGCCTTCTAGAACACTTGGATTTAAAACTCCTTTAAAAAAACTCATTGATCACTTTCCAAATACTAGGATCTTCTCCCAAATTCCTTTCAGAATATTTGGATGCACCAGCTTTGTTCAAGATCACCAACCCAACAGAAGTAAGCTCGATCCTAAGGCAATCAAATGTATTTTCCTTGGATATGCTTCAAATCAAAAGGGGTACAAGTGTTACTGCCCGTCCTCTAAGAAAGTCTACGTTTCCATGAATGTATCTTTCTTTGAAAATCAACCCTACTTTCAAAAGATCATCCCAAGGGAAATTAATACAGAACAATCTACCCTTACCAGTGAGAAAGAAAAGGAAGAAATCCCTAACTCCACCCGGGCAGAAGAGTACAGTCTGTATGATCCTTTTATCCTAAATCCTGTCAACATTAACCAGGAATCTCAAGAATCTAAGAAAGATCTTATAGTCTACACAAGGAGAAAAAAGGATATTCTTGCAAGTAGCCAAGTGCTTGAACAATCTTCAGAGGTGCAAGACACCACTCATATTGCTGACCTTGATCTCCCTATAGCAAAAAGGAAAGGGATAAGAGCCTGTACTAATCATCCTATCCAAAACTACCTTTCCTACAAACATCTCTCTCCCAAGTTTCATGCATTCACAACTAACCTATCTGCCATACAAATCCCTAATAATATCTATGAAGCCCTTAGAGATGACAATTGGAAGACGGCGGTAATGGAAGAAATAAATGCCTTGACAAAGAACAGTATCAAAAACTTATTGGGAAACTCATATATCTTACTCACACTAGACCTGATATCTGTTTTGCAGTTAGTTTCGTAAGTCAATTTATGAATAATCCCACAGAAGAAAATATGCTGGCAGTCTACAGGATCTTGAGATACTTAAAAGGGACCCCTGGAGAGGGATTGTGTTTCAAGAAATCAACAAGTAGGAAGGTTGAAATCTTCACTGATGCTGATTGGGCTAGTTCAAAAATCGATCGAAGATCGACTACTGGTTACTGTACCTTTGTTTGGGGCAACCTAGTAACATGGCGGAGTAAAAAGCAGTCAGTGGTGTCAAGGAGCAGTGCGGAAGCTGAATTAAGAGCCCTTGCACAAGGGATATGTGAAGGAATATGGCTTAAACAAATCTTATCAGAGTTAAAAACAACATCAGATGAACCTATGGAGGTGTACTGTGATAATCAAGCTACCATAAGCATTGCCAAAGACCCCGTTCATCATGATCGTATTAAGCACGTGGAAATTGATCGTCACTTCATCAAAGAAAGAATAGAAAACAAGAGCATCTCTCTCAACTACATATCAACTAAGAGGCAAATTGCCGATATCCTAACAAAGGCTCTATTCAAGAATTCTTTTGAAGACCTCAAAACCAAGCTGAATTTCATTAACATTTACAATTCAGCTTGAGGGGGAGTGTTGACAAGGCCCATCTTGGAAACCTTCTTCCTTAGCCAAAATAATCTTCTCTCAGTATTCTTTCCTTACTTACTTATGTAAATAATGTGAATGATTCTTATTTCCTTTTCTTGTATACCTTCCTTGTATTTTTTTTACCGTTATTATTTCCTTTAGTGTGTATAGTCTCCTTCTATAAATTTAGGTTAGAACTTCTATAATTATCATCTAAAAATAATGAAGACCATTATTTTGTAAAACTAGAAACTCCTCTAGAGCTTCTAGTAGCATAACTGAGACATGATGGGTTCTTTACCCCGGTTGGGTGGAGCAATAGAAGTTTTGAGAATTTAAGAGAAGGTCCTGACGAGGTGTCTTCAATCCAACTCCCTTTAGATCCGAAAACATGTGGCTCAAGCATCTCTCCTTACCATTAGTGCAAGAATGGTGGGATAATCGTAATGTGGAAGGCTGGCGAGGTTTTACCTTCTTGGAGAAGCTTAAGATTATGAAAAGTTTGATGGTTGGATGGAACAAAGAAGTTTTTGGTAATATCATACTTCACCACTATTCCCTCTGTTTGCCCTGTATTTGACTCTCCTTCCATGAAGGGCAGATGATTTGTCCTTGCTCATAAATGGAGGAAGTTAGTGTGGTCGTGTACTGCAAGCTTGTGGCAGATTTTGCGTTGGGTTTTAGGAGGATTGGGATCAAAAGGTTGAGTTTTGTGGCTTGGAAATCAAATGGATGTGGCTCAATTTGGTAGAGATAGTTTTCATACCATGTCAGTTTTTGGGAAAAATTCAGATGCATTTATAATTTGCTTTACTTTCTTTTAGCTCTCTACAAATATGGAAAAAGATTCTTCTCTATGTGACACCTAAATCAAAATGAAATCTAAGCTACTAAATTTTAAAATCAGACCAAAAAACTAACCGTAGTTACCAGAAGTACTAATAAATTACGATGGTACAACATATAGAATACAAATAGATGACAAGATAATTCTGAAAATATCTATCCAGATTTTCTGCTTGATTGGCGTGGCATCAAATATTTAAGTTGTGATTTGGAATATCTTCCTAAGAGCTCTTTCACTCCATTGTATTTTCCTCTGGCCGATTAGGTGTTTATCAATACAGAATTGTATGCACGTGTATCTGTTGCTGTTCTGTTTCATAAGCTAGCTGACTTGGCTGATATGGCGGGATCGTCGAATGAATATGGGAGTTGCTCTGATGCTGTGGAATCTGGAAAATTGTTTCTGCTTGAGCTCCTTGATTCTGTGGTATGGATTGTTGTAACTCTAGAGTATGCGTTGTGCATATATGTTTATTTATTTTGATCACTACTTTACTTGTCTGGCGCACATATGTAACTTTTTATTTTATAAGAGACGCACATATGTAACTTTCTACTGTACAGTTCCTAAATTATGCACAAACCTAGGAGTCGTTTTAAAATTTTGATTTAGAACCATTATTTTATGACAACTTCATAGTAGAAACGCTGGTTTTGAAGATGATTTTATACTTGCCATAATTTTTTGTTAGGTTTGTTAAAAGGAATTTCTGCTATCAAAAGAGAGTAGATGATTTAAGTGGCACTGACTTCCCTGGTTTTTTTATGTATAAACGAGAGAAAAATAATTATGTATCTTTTTATTAGATCTGTAGACACATAATTTACTGGTAAAGGAAATCCTAGCTAAACAAATTAAAAAAAGAAAGAAGAAAGAACAACAATCTCGTTAGCAGAAAGCCAAATGCAGTCAAGGATGACATATACAGCTACCCATTAGGTCAGACCCAAAATACTAAATGTGGAAAGCTGAAAATAGCATGGCAGGTTGATTAATCCTATGGTAGACAAGATTGGGAAGAACTTCCTCTTCTTACCAAATGGTTGTATTTACCAAATGGGGCCTCTCTTCCTAGATTCCAAGGGGGCTTGGAATTGGCAAGACTAAAGAAAAAAACCATTGCTTTTTTTACCAAATGTTGAGGAGGTTTACCCCTTTTGAAGGTGGTGATAAAAAAAATACCATGACACTATTTGGAATGGGTGGTCGGTTAAATGCTCTTGTAGAGTATTGACAAGGAGTATGTGGTTCAATGTTTCAATCCTTAGAGATTAAAGTTAGAAATGTTGGTGGTATATTGTGGTGTTTAGTTAATTGGTTTGAAGAGGTGCCTTTTGTCGAAAAATTTCCCAGACTCTTCTCTTGGCTATAAAGAAGAGGATTTCAACGAAAGACGTTTGGAATGCTGATAATAGGTGTTAGGGTTGGGAATCCTTGATTGCATGTTGACTATTGGAATCTCTTAGTCAATGGTCTTTTTGGGTTCTCTTGTCTTCTGGAAATGATCGAAGAATCTGGAAGTTCAACTTTAGTAGTGCTTACACTGTCATGTCCCTTTTTCAAATTTATGGCGCATGAGGTTCCTTGGTTTAGGTATACTCATTCTCCCCATGTGCTATTGGGCATAACCATGGGGATTAGGACATAACTCCCATTGTTTAAGGGTAAGAGATAGGTGAATGAGGTGGTTGAGAACAAAAGGTTAGCTAGATTTGGGATTTGGTAACAAACACTTGCAGAATGCCTAATAGCAAAATATCTGTAAAAAAGGCATATAAATGAATCGAAAGACATCTCGATATTGTTGTTAACTACCATTGTAATTTTTCATTCTATCAATGAAAAATTCTTTTTCTTTGTTTAATAAAAAGAAAGACATCTCAATATCAAAATGGCCTAGCGAATGAGTCTACCAGCTGTTTATTTAGTATTTAACTTTTCCCTCCGACTTGAATAGACAATCCAACCCCTTGAAGCAAGGGATGCACAAACCAGTTGGGAGAAGTGGGGGTCCTAAGCAAATTCTCAGCCTCTGAAGTAAGTAAATCGACCGTCTCTAATACATCTTCCGTTTCTTGTCAAAAAAAAAAAAAAAAGTAAATCAACCAACACTTTAAAATCAATTTCTAGAACAATAGGACATATATTTATTAATGATCTTTAATAAAGGTTTCTGCAGAATTTATGGCACTCCAAGGTTCCCAAGGAGTGCTAAGTGTTCATAGCGGAATCTCCTTTCTAAAACAAAGAGAACTATGGAAGCGTCACTCTGATCCAGTTTTCTGCATTCAACTGTTCCAAGTTTGAACGTGACATCTACAATTTCAGCACTGGAAAAGAACAGATGAACTAATCACAATGCGGGCTAGGCCCTCTAAATCGTCACCCCGATGTGTGTTCTGCTTGAACGATGATGAGCTATGGAAAAGTCGCTTCTAATCATTCAAAGCAAACTGGCAGATTTCAAGGCTCCTTGAAAGTCTTCAATAGTGTCTCGAAGCTCTGTTACTTGAGCGCCAAAATGGTTCTCAATTTTTCCCATAAGCATTATTTCCATATCACCGGAAAGCAAGTTAAAAACAGCTCCCTGGCGCCCAAAATGACCTGCCCTACCATATCTATGAAGATACACCTCATAGTCAGGCTCAGGATGTGAAGCACATCTGTATTTCATTGGTTCTGAAGGAGTTTTGTATTTCAGAGGAAGATCATAATTGATAACCACATGGTCAAAGCCTCAAACCAAAAGGTCAGTCGAAAGAACTTTGGTTAAACCATCTTTGGACTCTTTTACTATTTTGTCTCTTCATGCCTCAGCGCCCCTTGAATAGTAGTCACATCATAACCATATCAACTAGTGCCTTATGTAACATACTAGCACTGTTTCTTGTGCGCACAAATAAGATTGTCTGACCCAAATTCTCTCCTAGTTCAAAAATTCTATCTTTTATGACCCAAATTTTTGCTAGTTCACCAGGATAAATCACCTTGTACTGCTTTACACCCTTCAAAGATAATTCTTCTTTCTTAACAAAAAGTTGATTGTAGTCGTTAACAACCCTAGATACAAAGTTTTTGACAGTCTCATTGAATGTGGCAGAGAATAGAAGCACCTGGCAACTGTTTTTCTCAATGTCCCTTATTATCCTCAAGGAATCATCCTAAAAGCCATCCTCAGCAAGCATATGATCAGGCTCATCCAAAACAAAAATCTTCATCAACTTGCTCCCCGCTTCTTTGATGACATCCATTTCTTTATTGTGCCAGGAGTTCCGATCACAGCTTGTGCAGTTATTGGTGGTCGCTTTGACATAGGTACATAGTTAGCACTGTCCACTGGAACTGCACACTCCGAAGTTATCCCTGTGTATTTCCTATTTTCTTAAGAACCTCAATATTCTGCATGGCTAACTCCCTTGTAGGACAGATGCAAAGCGCCTGAGGAGCCTTCAAGTTCGGATCAACACTACTCAACATCCCAAGCACAAAACAAGTAGTCTTGCCAGATCCATTGTGTGCCTGAGCAATTAAATCTTCATCGCGGAATCTCCTTTGATCGAACAATTCTGTCCTATTCCTTCAACAACTCCTTTACTTATCTCTAATTTCATCAAATTTTGTTTCAGTATCATTGGAAATTTCATCAAATTCTACTCCAATCTTAACACTGCAGCCCATTCTTGACTAGCTTGGATTTGCCCTGAATCTTTCCCAACATGTACCTACCCGTGTATATACCCTTGAGTTTGCTTCTAGATTTCTTTTATTAGCCCTTTAATCTGATTGCATCCCTCTCCTCAATGCTTTCTGACCTCATTGTCCACCATTTGGAGATGTCATACTCATCGCGTCCTACATAGTTCTAGAATTGGGGAAGTATGTTGAAGAATAGAGTTGAAGAGAAAGTCAGTTTGTATCCATTTCCAATTGGGTGGAGCCCATTGCCTGGTCCAAGTGTAGTCTTCTGGCATGGGCTTTGTTAACGTCCATATATCTACCCATGAATGGGTTATTGCTCCCAACAAATTGTTGTCCTGTGAGGGGAAATAACCAACGGGATTCCTCGTATGCCTCAACTGAATTTTTTTCACGCCCGAACAAGCATGGGGGATTGAGAGCAAAATGCAGATAGGTCACTTTTTTAGTGGTCCAGAATCTAGCTCACTCCCTCGAAGTTGGGCTCTCTTTTCCTTTATATTAGCAAAATGGAAATATGCTATTATATTTTTCTTTCTTTTGAAAAAGATACAAATTTTTCATTGATATATTGAAAAGAAACGACAAATGTTCAAAGCAAACAAACTCCTAAAAGGAGCGAAAGAAAGAAAAGAAAAAGAAAATACAAAGCTCTGGAAAGACTTGCAAATCCTTCAAACCCAAGGTCTCAAAGAAAACATGCAAAGAACCACAGGCCCTCCAAAAAAGAAACCAAGAACCAACTAAGAGACCCTTCAAGCCTTGCTCTGAAATCAGACAGCAAAAGTAAAAGACTTCTCCAAAAAATCTGTCTGCTGGAATAACCAAGAAATTACAAGCATCAGTCACTTGCCAAACAATCAGACCTCTTCAGAGCTGAAAAGAAGAGAAGGATTTTCAATAATGTCTAAAAAGTCATTTGGAGCTTCTTTGGATATGGAAGATTGACTTGAAAAAGGAAAAAGTAGCCCAAAATCACTCAGTTCTTTGGAACAATCATCCAAATAAGAATCAGTGCTACTAAGACTGACCTCGTGATCTACACTAAAATCCGAAAACTCATCTTCTAGGGCCCTTTAAAAGCTTCTTCATTTGTTGAATGAATAATACCTTGAGAAAGATGAATCCCCTTTAAAGATACATGAAAAGTCACAATTGATCTTTATTTATATTCAAACGAATCCAAAAAATCCACCTTTGAAAAAACATTGAAACAATTACTCCTATTAATATAGGAGAAGACTCCATAAAAAACTCCTCACTAAAAAATTTGGCTCAACTACGAGGTTTGATTTTAAGAAGAGTAATCCCTACCTTTTCAAAATATCGGTAAAGGTCTTCCTTTTCACCCGTCATGAGAGAATTACCAAAGTCTTGGACAGCAGAATCCCTTGGTTGATTGTTTATGATAGAAGTAGTATTAAGGGGAGGAATGGTTTCCTCACCAAACTTGTTAAATAAGGATCTTAAACTCTCTTCAATAGAGTCTTCAACAGAAAATAAGGATCTTAAACTCTCTTCAATAGAGTCTTCAACAGAAATTAAAGGAGCCTCATCAGTTATCAAAGGAAAACTCGTTTTTTAATAAATTGGATGATCTCCCAACGAACTTTTGCATGTACGGCTGATTAGAGTCAATGAATGATCATCATTTATTGTCTGTAAACAATACTCATTTAAAGACTCCACCATATTCCCCTTGTTCTTTGTGCATCTGTCCTTACCAGTAGGCAAAGAGACAAAGTTATCCAAAACTGAGGTGTCAACCACTTTTTTTCGGTTTTAGAACAGAAGATACACGAAGTTGCAGGAATTCTTTATTTCCATAATGCTATTGGGCAATGGGGAGGCGTTCTCTAGAATCTTCTTGCATGGGGAATTAAAAGGCTTTTCGGTATTAGTACTCAACTGTTCGACTAAAGAAGGCTCATGCAAACTTTGGACATTAAATACCATCTCTTCTGCTGCCCTATCTTTAAATGTTTCCTCACCTGCCCTAACAAATGAATCCATATCAGAAGCGTCTTTTCCATCTTTCTTGCTTGGGAACTACAAGGCTTTTCGGTTGCCTCATTATTATTGGGCCACCTTACCAAAGAAAGATCATGCAAAGGCGGATCATTTAAACCTATCATCCTTTCATTAATTTCTGTCTCACCAACCACATTAAATTGTGGTTGATGTGAACCTTCTTCATCTTCTGAAAATAAAAACGGTATTACTGACTGTTCATCTTCCATCACTTTTTGGATCCGATTTATATCTAATATGTTGGTGAAATCATTGAGATTAAGACTGCCATTCCACTCCAAAGATAGCGAAGATCTTGCAAAAGAAAAATCAGCATCAAAACCATCTTTTACTCGCACAAAAGTACTGCCCAGCAATGGATCATTGATTTCAATCTCTGCCGGAATGAAGCCACAAGAGTTCTTCTTAACGTCTACACGAACAGAGCTACAGTCCAACATGTTCCGCGTCTGTGAGGAACATTTAACCAATCCACCGAAATAGCTTTCCAGAGCTTCAGAGCAACTACGATTCCGATATACTAGTGGTAGATTCAAGGTAGTAATCCATCCTCCATACCCTTTTATAAACTCAGGTTTGCTATGTCTAGATGCCGACCATTTCTCGAGTTTGGCATGGAAACAACCAATTTTCTGCCATTTTCTGTTTACACTGAGCCCTTTTAGTATCCTTCCGTCCTCCGTTTTAAGAAGAGCTTTGTCATCCATAAAAGGATTAATAAAAAATTCAACCTTGAAGTGTTTCCTCACAGCAATGGCAATCTCATTCCAATTGTCATGAGCATTAAGTCTAGAAATAACCATTAGTGAGTCCCATTGCATTTTAGCCACTTTTTTTTCCTTTTTGACACAATATGCCTGATGTGCTTCCTTCTTGAATTGTGTCTGAGATTTTTTTCCAAAATAATACGCTCGACGAGAATTCTCCTTGGTCATATTACCCGAAACATCTATATTACTCTTAGGAAGAAAATGAAACTCATCTTGCTTTGAAATGGAGTCTTTCATCATTTCCCAGAAAACGAGCCAGCCTCTTTTGTTGTTTCCAACGGGAACGACTACCCTACCTCTCATACTTGACTTGAAAATTGAGATACATTCAAGAGTCCAACCTTGTTGATTATACTTTTTCAATAATCTGCACATACCAAAATCTCCCTTAGCTTGTCTAAAGTAGTGAGCTTTCAGTGGATATTGCATCAGATCAACTAAAGCATCTTCAAACCAGTTGAGCTGTATCTTATGAAGAGAGATGTGAAAAAGGCTATTACCTTTCTTTTCTTCCAACTTGAGAAATCCATTCAGCATTGACCGGATGTCAAAAAACTTATTTCCAACACCGCAACTACTATAATCCATACTTCAAAAGAACAGAAGATCTTGAGAAATATATTACTTGATCACATACTTGACTGGAATGAATCTTTGAATCTTCAAGACTTGACCAAAAACGAAGAACCTAGGAGGAGAGAGAAGAGAGCGTTTTCCATCCCACGCATAAGCACTCTTCCTTTTCTTTTTCTAAATTACCAAAAATGAACATGTTTATATAGACTAATCTCAAATCGATCTGGTTTGAAAAATGAATATTGCTAGTATATTGGAAAGAAAATTACAAAATTGGCTTTTGTAGTTCTTTGGGCGAGGGTTTCCTCTACCCCGGCCCCTAGGTTGTTCTTTTGTACCTCGCTTTTGAATATATGTCTCTGTTTCTTATATAAAAATAATGATAATAATACAAAATTACAAGCACTTCAAAAGGTCTGGTACCATGTGAACTGTTGAGCTTGCAAATGTACTTCTCTTATTTGGTTCACTTCTAGATATATTTTGAGCTTTAATAAGCTTGCCTGAGATTTTGTTTTTGTACCAATCATGTGGCAGTTTGTTTTAAAATTTGTGATGTTCTTTAACAAAAGTTACTGTTATCTGTCAATATGGCATTGGGTTGAATGTTGATTGCATCATGTATTGGTACAGGTAAACAACAATGACCTTGCAAAGGAATTGTATAAAAAGCATAGTGCGGTGAGTAATGATTTAAATAATGGAGTTTTCTATATGGGAGCATTTATCAAGGGGGTAATTTATATCTTATAGATGATATATGAACAAAATTTTAGGAGGAAAGTTGTAAAGTCTATTATAAGGATTATTGGTAGTGCAACTTTTCTTCACTGAATTTCATAATATCTATACATTTATTACAAAATATTTCAGCACCCGTCTTTGTGAATTGTTTCAGCACCCATCTTTCTGAATATTTCAGCACTCATCTTCTTTTCTTCACTGGCAAAGAGATTATGAATATTATAGCACCTGTCTACGTTCATTGATTATCTTGGCTTTATTTGGAATTCATTTTATACCTCTCACTTATCAGATCCATAGACGCAAAATACGTGCTTGGCAAATGATATGTGTTCTATCCCGGTTTGTCTCCCAAGATATAATTCAGCAAGTTACTAATAGCTTGCACGTTTCCCTCTCTGTGAGTAAATGTTGGATCTAATGCAACCCTAATTATTCACCGTTTTAGTTGCCATTGATTTATATAATTTGGAAGTGCTGCCTAGGTTTTAATAAATTATATGAATCAGTTGTTGAGTTTGTAATTTATTCACTTGCCATGGTACATTCTGAGCCATTATCTAATCATATCTTCATTTGATTCACTTGCTTCTTTGTAGTGCCATTGATTTTGTAGCAATTTCTCCAGCATTTACCTTTTTCACCTCTTGTTTCTTTCCCTCTCTGTCTGTCTTTCTTTCTTTCTTCTTCTTCTTCTTCTACTTCCTTTTTTTCTTTTTTTTTTTTTTTAAATTTGGTGGATTAACAATGGGTAATGTGAGATGAAAACCTGTTTCATCTTCACAGCCTAAGATAGTGGTTTACATGGTTTATGTCTCAAAGAAGTTGAGTAGGTAAATGAGAATTAGTTTGACTTTTTTTCTTGAAACCATTCGTTTGAGTGTGAAGAAGATGGTTTTATTGACAGCTGTTTGTCTGATCTTTTTTTCTTTCCCTTCTCTTTCCTCTTTCAGTTTTATTCCATTGTCACTAGATTTAGGGCATTATCTGTTTGATTATTTTAGTATAATTTTCTAAGAATATTTAATTGTTATTTTACCATCAGAAAGCATGAAAGATAAAATGTTTCTTCATCAATTTACCTGGCTAAATTTCTGTAGATCATATTTGCTACTGAATACTTATCATTTCCTTCTTGTCCTTATTTACAGAGAAACAACCTACCTTCTGTTCGTCAATTCTTGGAAACATTCGCAATCAGCATTTATTTGAAGTTTCCAACATTGGTAACATACTTTATTTCTTACATTTTGTTAGGAGGATATAATAGATATTTTGTATCAGAGAGAGAGAGAGAGAGAAGGATTCAGCCCTATAAAAACCCTGTGTCACGTAAGCTCATAAACATGAGTTAGTGTGGTTTAATTTATGGGTCAGTGGAGAGGGTTGCTTCAGTTTTCCTGCACCAGGTGCTGCAGCAGTGAACCTTGGGGTGGGTAATTGTAAGGCTTGGTTTGTTTTTAATAGTTTTCTCTGATCTCCGAGTCTGGCATTCCTATTATTCTCTTTCTTTTTCACTACATGGTGATAGCGATGTCAACATGTTATAGGTTGGGAGGTAAATAATCCCTATGGAAAAGGAAAATTTATTTTATTTTAAATGTATACCTTTTATTTTCTTTAAATAATTTTATATGCCTATATAAGATTATTTATTAAATTTTGCACCTAAAAATCAAAGCACCAAACTTAAATTTTATGCTTCTCTTCTTTTTCTTTGATTTTTACTTGGAGAAATTTTAATGGTAACTTCTTTTTTTAAAAAAACATTTGTAAATTATGTATTTTTCTAAAACTAATTGCAAGTATAGCATTCTTTTTAAAAAATAATTGTTAATATGACAATTTTTTAAAACTGGTAAATCATTGAGTAACTTAAATTATAGTAATAAGTGATGTTTTTAGTTTATGTGATAATCATTGATTATTGTAAACCAATGATTGACCTAGATATTGATTAGCTATAATTATAGCAATCACTTGTTAACCTATATATTGATTAACGGTTGTCACTAATTTTTCCAATATACTGATTAACGATTATCATTAATTTACCTATATATTGATTAACAGTTATCATTGATTTACTCATATATTGATTAGCAACTATTACTGATTTTCCTATATACTAATTTTGCTATATTTGCAACTTTTTTTATTGCTATATTTTAATATTTTATCTAAATTATGCTAGATATGCAACTACCTAAGTCCCTTTTTACTTGCATGTTCTTGATTGTGATTTTGCTTGATGGAATGAAGGATTGAGTAAATATTAGTTTTGCTATACTTGTTTTGTTTAGTGCTATTTATTATCTACAAATGAATTAGGGATCTGTTTTATTCGTTCTGTTTATTGTTGGATCAAATTAATTTACAGATTTTTAGTGTATGGTTTTTGCTATACTTGGTTTGTTTAGTGCTTTTATTATATACAAATGAATTAGGGATTTTTTTTTTCTGTTTCTCATAAAAAAAAAAAAATTACAGATTTTTAGTGTATGGCAGGTTGGTTTCATTCACAAGTGACGATATATTTTTCCATTTTCTTCTTTCTAGTGTCACATATTTGTCTATTAGGGATTTGGAACATTTGTTTTCGTATTAGTTAATAACTGTAGAACTTTGTTGAAGAAAGAATTAATCGTGATGGCCAAAAGGCAAAAATGATTTAGATCTATCTGCATGTATAGTAATTTTGGAGTTTGATCTTGACTAGCTTTTAAATTGCATTTTCATTGTTTTGTTGTTACTGTTTTATGTATCATTGTATAAGTCAGAGCTTATTATTAATCTAGGAATTAAATACTATTACATTTGCAAAAAGGCATATGTAAAATTTTTTTATCAAATAATTTTCAAATAGTTAAATAAGAATATTTATTGAATATATTTATTCTTTTCTGCATCTACAAATATTTTTTTTTTGAGAAAAAACAGGTGAAATAATACAAAAAGGGAAAGGATCCCACGAGCCGAAAAAATGGAGTTACAAAAAGACCTTCCATTGGGCTAAAAGTATAGAAAGGCTATAGTCTGAAAAAGGATGCATGCATTACACTGATAGAGAGGCAAAAAGAGAATGGAATTCGAAAGAGTCAAAAGGATCCTCAATGTCGTTGAAGATGCGATTGTTCTGCTCTAGCCATGTTTTCCAGAGGAAAGCTCTTGTGATGTTAGGCCAAAAAGTTTGCTTCTCCTTTTTAAAAGGGTGCCCTGTAAACATAGATGCTAAGAAATCCTCAATAGATGCTGGAAGGGCTATCGGCCAATTGAAGGTACTGAGCTCTATATCCAGAATCTCTGGGCAAAATAGGAATGAACAAATAGGTGGATTTGAGATTCTGCACTTTTGAGGCACATATAGCATCGGCTTGGGGAGAGAACTTGGTGAGGCGACCTTCTTTGGACCATGTCTTGTGTGTTAATGCCTCCATGAGATAATTCCCAAATGAAGAATTTGATCTTCTTTGGGTATCTGTTAGGCCCCCAATTGTAAATACTTACACTAGAAGGGGTAAAAGGGGAAATTCTTCTCAGACAGTTAGTTAGTGGGAAGGGAGTGCACGTATTTAGGAGGTGAACGTGGTAGGGAAAAGGGTAGACAAGATAGCAGAATAGCAGAGGTAGGGGAGAGGTTACCAGTCCTCTCAAATTGGCTGGGTTGTTTATCTTGCTTTTGGGTTATGTATGTTCGGGTGTTGTTGTCTGGAAAGGGAGATTTTATATATCAATAGAACAGTAAGGCGATACCTTACAGTATCTGTCCCACCAAATAATGTCAAACAAAGAAGAGGAGCTTGTAGGGAAAGAGCTTCGGTCAGTGAATCTGCTTGTAGGTTCCAGATCCATATATCTGATTGGTGGCTGTTCTGTAAAGGAGTGAGGAGTTGGCAAAGAGAAGCCCATTCGGCAATCTCAACATCTTTAATGTTCCTCCTCAAACCAAGTTCCCAAGAATTTGTGGTAGGATTCCAACGATCTTTGATTTTGGAGAAAGGCTGTTTGATTATGCTGTAAAGACAAGGAAAACAGAGGTGGAAAGGTCTATTTCCGAGCCAAACATCTGATCAAAAAGAATTGAAGCTACCATCACCCATTTTGCAAGAAGCTTTGGTAATGACTTGTTCTCTTAGTTTGATGATGTAGTGCCAGGGAGCCTTCGATGAGGTGGTGGATATTTGCTTTGGCCACGAGGATCCATACTTAGCTTGAATAACTTTACGCCATAAGGCATCTCCCTCTTCCATTTATCTCCAAATCCATTGGCAAGTAAGGCTTGATTTCTATGCTTGGTGCTGTCAATACCTAGGCCCCCTTATTGAATGGGCATTTGGATTTCTTCCACTGCACTAGATGTGAGCCTCCTTTCATGCTGGGACCCGCCAAAGGAAATTCCTCATCAGCTTCTCCATCTTTTGGATCACTTTTGCGGGCATGCGATATAGGGACATGTAGTAGATAGGCACATGTGATTGGGTGGCTCGAATGAGGGTGGGATGGCCACCTTTGGAGATAAAGGCAAACTTCCAATGTGTTCATTGATTGGATCCCAAATAGAAAAGGCCTAAATCTATCCACCCCTTTATTTAAATAACCCTCTTCCTATGTTCACCATATTTCTTCGTTCACTCATCTCACTTCTCTCATCTCCCCTGTTAACTTTAGTATTCTTTTCCCTTTATCCACATAATATCAAAACGACACTTCACTCACCATCTTGTCTCCCTCTGTGTGACATCCAACCAGAGGAAGATATATAATGTAGATTTGCAAGACTGAGCAACAGCAATCAATAGAGATGGTGGCTAGTGGCAACTATAGATGGAGGAGATGTGGATGAGTAATGGATTAGGACAGGAAAAATAATACTATAACATTATTTTAATGCTATGTTTCTTATTTAAGAAAAGAATTTGGTTGAGTTAGTTCTTGAGTAAGGGGCCGGTAATTTTCACACCTACAAACCATTGGGATCCTAATATTTTATTTGGACTATTCTTCATACCTGAATTCTTTTGTTGTGACATACAACGTCTGACTTTTTGATATGATCACTCAAACCACAGGTTAAGGAGCAATTGGTTCCTATATTACAAGATTACAATATAAGACCGCAGGTAAATTCTGCAATTGCTGTGCTCTGTACCTTTCTGATTGTGGTAGACAGCATTACTCGATATTATGGATTTCTGGGAATTCCTGTATATAGCATTATCAAAACAAATTTGAACGAACTTTGGTTTGTTGATATGATTCCAATAAATGTAAAATTTCTTGTCAAATATGTAAATTTTGATCAGGGTTGAAATGCAGGTACTCTCTTCTTATGTATTTATAGCTACAAATGTCATCCTCCATGTAACTGAAGCCGTTCAATCCAGCCATTTGGATGAGTTGCTTCCTCCTCTTGTTCCACAATTGACCTCTCATCACCACAGTTTACGAGGTTTTACTCAGGTTGGTTTTTCAGTAGCACATAATCTTGCTTCATTCAGGTAACCCTGCACATTATACGATGTCTTTTGGTTCTCTTGCAGTTACTGGTGTACCATGTTCTTTGTAAACTTTTTCCAGTAGTGGAATTCAGAGCCACTGGGAATATGCCTTTAGAGAAAAGATGTTTTGAAGATTTGAAATCATACCTTGAGAAAAATCCTGATTGCGTCCGGTATGATTACTTATTTGGCTAAATATATACATTAGTTCCCAATATTTTAGTCTTTTTTCAATTTGGTCTCTAATCTTTTAAAAACTTTAATTTCATTCTTTATTTAAATCAAGTCTTTATTGTCACAAAATGTTAAAATTAAATAACAAAATCATGATGTGATGTCAAAATGCACTTTATTAATTGAGTTAAAATTACTCTGTGCTTTGATGAAATAGACATGTTATTCATCCATAAAATAAAAAATTTACACATTTCATATGACTTAGCATATAGTAACTTCACCTGAAATTGGTGGTTATTGAAAATTGACCCATTAAAATGTTGGTTTACTAACGGTTTAAAATCTCATAAATATTACTAATTTACCATCTTTAAATTCATATATTGTCATTCTTTTAACATTTAATGATTGTAAGGACTTTATTGAAAAAAAATTCGATACATAAAAGATGAAATTGAAATTTTTAAAAGAACAGGGGCCAAATTGAAAAAAAGCCCAAATATTATGAACCAAAGAATATATTTAGCCTACTTATTTTTTTAACAAGAAATAAACTTTTCATTGATTAATGAAAAGGAACAAAAATTGTTCAAAGGATACAAACTTCCAAAGGACTGAAAGAAAAGAACAAGAAACAAAAAATACAAGCTTTCCAGAAGAACAAATAATAATAGAAAAACTGTAAGTGCACACTATAAGGAGAATATGTATGCTTTCCGGTTCAAACAAATGTCTTGAAGAGAGAAGGCCTCAAAATAATGTGGAAGAAGAACACCATTGTGAAGCTTTCAATATTGCTGAATCAAAACTATCAATCCAACTACGTTGCTTGTTCTCGAAAATCCATTGATTCCGCTCCATGCAAATTTCCGAAATAATAACCTACTTATTTTAATGTTCAGTTACTAGATATTGAATGTTTATATCTTGTGTTATGAATTCTAAATATATGGAATCATACCTTTACACAGCTCCAAGTATGAAATGCCAGCTTGGGTCTTTTTCCTTCTTATCTCTCTGCATTACATTGCGATAACGCTTGGTTTGTGTTTCTTGTATAATTATGTTTCTGGCAATTTTCTGTTTGGCTATATGACTGGTATGTTTTGACTTCTTTTTTTTTTTTTTTTAACCTTATAAAGGTAAAAAATACTGTAGGTAAAAGTTAACACATTAAATATTATTCCTCTAACTTACATTTGATATGTTACTTGTTCAGTTTACGGGCATCCATGGAAGGATATTTGCATGCCTATAATCCTGCACTATCTGTCACACCATCTGGAATTTTCTCCAGCAGAGTTAAGGTCAGCTGCATTCTGGAACTTGAACAAACATTCTTCTTGGAGCAAAATAGGTGACCAATTGAAATGAAAACGAGAACCAAAACGGTGCCTGAGGAGGTCGGCACTAGGCTTCACCGTATAGCGGTTCTGATAGAAATTAAGGCGAGCCTGTTCCACTTCTGCTCTTTGTTCCGGCATTCTTGATAGGTCCTTAAACTTTTAATATTTAAGGACCTATTAAACACAAAATTGAAAGTTTAAGACACGAACATGACACAACACCAACATGACTATATGTCAGTTTCTAAAAAAGTAGAACACGGACACGACAGGGACACAGTTAATTGACAATAGTATAATGTTATTGTTTGCCGACTGAACTAATATATAGATAATCGAGAAGAATTAGAAGTCTAGAACTTCTGTCTTTTTTAAAGTGAAAGAAAAAAAAAATTCAACCTTGCAGCTTGCAACAGTGGGTTTGCCAATGGTGGCTAATTGTGTTGGTGGTGAAGTGGGTTGGCAGCAAAGTGGACGACACTTGGCGTCAAAGTTGACACTCCCGATTTTAGCCTGCAGCACAATCTTCTTCACATTTTCTGTTTTCTTAAGGGTTTTAGGGTTTACTTTTTATTGACCTAGATGTGTCATAAAATGAACCTTTTTCATATTCCAAATGACTAACTTTGGTAGGAAAGGATTTATACTCCAAATGACTAACTTTGATAGGAAAGCATTTATCCTCCAAATTCAATAAGTCAGTTATGATTGACCTAGATGTGTCATAAAATGAACCTTTTTCATTTTTATTGAATTGTATTAGCCTCCGTTTCAAAGTAATTAATGTTCTAATGCATTTATCCTGCCTTTTATGTAAGGACCTTGAGTTTGAGTGTGTCCCAACATCTCTCATGGAGCAAGTTCTTAACTTCCTAAACGTAAGTAATTCACATATTTATCCATTGGACTCTTTATACCCTATATATATAACGTACTTTGGACGCTTCAGGATGTCAGAGAAGACCTTCGGTGTTCAATGGCAAATGATTTGACAGCTATACAAAACGAGAGCTTCAAAACTAATGAAGATCACAACCTTATGGACATGTCATCTGACTTAAAGAAAGAAAGCTTTACTTCCAAACTGCCTCTAGCAACTTCGTTGGATTTTCAGAAGAAGGTCACTCTCTCAAAACATGAGAAGAAAGACACTGATACTAGTTCCTACTTGGGCAGCAAAGAAGCTTACAAGTATCTTAACGGTACGTTTTATTATTTTTGTGTTTCTACTTTTTACTAACTATTCTCCTGGACCCATTATTTGATCTGAAATTAAACAAATATCATTATATGATACTGAAATTGAACAATGCACTGTATCCATTTTAAGTATATTCTTTATGCAGTTTTTTATAATTCTTTTTTATTCTTTGTACATTTTGAAAAGACCAAAACTGGCCCCTCCACCCAAAATTAATAGAGGCATATGATTTTTGAAAAACTAAGAAGAGTATTAAACATATCTATTATATTATGGATGGGATTAGAGAATATATATCAGGGGGTTGAGCAAGGGAGGATGGGGGGAATCTAAAGAATTTCTCGAAAATTTAGGTCTTCTGAAAGTTTTGGCCAAATTATGCTTGCTACTAAACCAAGAAGGATGGACACTATATTTAGTAGAGTGTCGTCATAGGACATTGAATGCTGACATGCTTTGGATACATATTAGGCAGATGATTTGGAGTGTCCAATTTTATATTATTTATTTATATTTTATTAAATATGTCTCTGCTGAGTTCATGTCCTGATCTTTTAGAAAATTATGTCTCTGTGTGGTCATGTCCATGCTTCTTAGCTAGTGTCTATCTTAATAACTTCATCATACGACTCTCATGACCTAGCAACTTTTCAGTTTGAAGAAATCCTTGTTCAAAGGTGTAGGCTTCTTTTGTTCCAGTTTGTACTCTCTAATTTTCTCATATACTACCTTGTTTCTCTGACTTTTTTCCTCTATTGGTGAGAGTATATAATTCCTCATGAGCAGTATTTTATGTGAAGTGGGCGTTCTATTTCTTTTCCATTGTGTTAAATAAATTTTATCTTTTTAGAGAAAACTACTTTGTCTACTATTTTTTCCCTTTCTGTCAGCCTCGATATCATCAATCAAACTTTATCATATGTAGTTTAGTTTGTTAGTTTTTAATTGCAGAAATGGAGGAAGAGGATCAGCTTCTTCACCAGCTGCTGCATTCCAGAAGTTTGTCAATGGAAGATTTAAGAATGAATCGGCAACATTTTATCCTTGTAGCATCTCTGCTTGATCGCATACCAAATCTTGCTGGTTTGGCTAGGACTTGTGAGGTGTGTTATAGATGCTCATAGAATTTTTTTATACCTTGGAATGAAGTTCTTTACATCAAATATTTTAGTTGGTTCATTATTCTTTTTATACTAAGCTGTGTTTTCAACAGGTTTTTAAGGCTGCAGGATTGGCCATTGCTGACTTGAATATTCTATATGACAAACAATTCCAACTCATCAGGTTCGTATATGTCTGCTTATTGAGCTATGGTTAGAGTAGGATCTTCACTATCTGCTACTTCATAAGAAATTACATTCTGAAGTCAAGAATTTGAATAATCTACTAACTAGTTTTCTCTTTATAGTATTTTCATTGACATAACGTTAATGAGATCTGTAATGGAGGATACATTATCCGCACACCTGCTTTTGTATTCCTTATTTTGAGCGAGTACTTCTTCTGATAAACTAAGTCGCGTATTTGGAAAAAGAAGAATTTTATCTGTTGTTTCTTTTGCAGCATGCTTCATAATGGTATGTGTGACATAAAACTCTATACTACCCTTTTATGAGCTTTGCTAGATGTGAATTATTTGAAATTACTTGAACTGTTAAAATACACAGAACTTTTAGATTTCTGCAAGAAAACATTTATTTCAAATTGTTAGAATTTTTTCCTTATTATTGAATCTCTTTTAGTATCTAATTCATGGTTGTGAATTATGTTTAAAACTAGAATTTGGGAATTTTCCTTTTTATATTTTTGAGCTGCTGTGCATGTAATTTGTACAGACCAATTAAGTGCATGTAATTTTTAAAACTAGAATTGTTTCTTGCTGACTTTTATGAATATTAAGGGAAATTTTAATGAACCTGTCTTGTACTGATGCTATATATCAGTTATTTTAGATGAACAGTTAAGGATTTCAAACATTATGCTGTCTGCTGTTGGCTAAAATGATTGATGAATTTGCTGCACATGGATCGTTACCAACTTATTACTTAGTATTATAGGGGTGTGTTGAAATCTATTTAGTAAAGGCCCAATATTTTAGGCCTATTTCCTTGTTTAGTAATTGGATATTTCCTTATGTAAATTGTACCACTATTTTTACCGTTTCTTTTCTTTCCTTGTATATCCCCATCCCTCATACTTTCCTTCTATTCTTTGTTCGGTCATGGCTACATGTACGAGCTTGAGAAGTTGAATGAATATACGAGAATTGAAGCTTTCTTATTCAAACAATAGGATGGCAGATTTTCTTGAGATTTTAATTGGTTTTAACTCTACAAGTTCTAAGTTGAGAAATACCATTAAAACAGCAAGTCAAGAGCATCTTCTCTTCCCCAAAGTTTATGTCCGTTGTTAAAATTATGTGCTTTCGAAGAGTAATTCTTTAGTTTAATCATATAGTAGGAAGTTCTTAAAGTTACATTTGTTTTCCATTTTTTTATTTCAGAGATTTGAGTTTTATAGCATAAAATAAATTCCACTGTGTCTCGATGACTTTTTTGAGCATTGTTGTTTCAATCCAGTGTTACAGCGGAGAAGTGGGTTCCTATTGTAGAAGTCCCAGTGAACAGTATGAAACTTTTCCTAGACAAAAAGAAACGGGAAGGCTTCTCTATTTTGGGATTGGAGCAAACAGCTAACAGTGTACCTCTTGACCAGTATACATTTCCCAAAAAGACAGTAAGATATTCTTGAAACTCTGCCTTCCAAATTACTTCTTTTTTTTTTTCCTGATTTTTCAGTTGAAGAGTGTTTTGGTGAGGGAGAAAGCAATGTGGTCCAATTTAAATCAACAAAAAGCGAGAAATCATTGGAGCAGATTTTCTGCATCACTTGGTTGATGAATTGAGCATGTGTGAGTTGGATTAGAATCAGGACTCTTAGTCGTTCACAATTATTGACAAGGGGAAAAGTTAAGCAAGGAAAAAGAAAAGAATTTGTTATAAACTTATAACAATTTCTTATTTGTTTTCTTCTTCCTAGGACAATCTTTATGAATTCCCAAATCCCTAGTGCTAACGCGTTCCTGATGTATGTTATTCTTTAAAATATTAGAACATGGACATAGGCTCATATACATTTGATGGTTTATATATTTGAATGCCTTTTTCATTAAAAAGTTCACATTTTAAAAATTGGAAAAAGAGGACAAGATATACAATATTTTTCTGATGATGAAAGAACTAATCGTATATTTCATTTTTGTGAAGTTGAAGACACTAGTTACATATTTCTAATGCTACAATGAACTGTAAAATGAAAGTTACACTAGTTACCTATTTATGGGAATTACAAAATTGAGGGCATAACACTCTTCTTTATTCTGTACTTCAACTCACGTCTTATGGTTCTTTTATCACCCCTGTAGGTGTTGGTCCTTGGGCGTGAAAAAGAAGGTATACCTGTTGACATAATCCATATTCTTGACGCATGTGTTGAGATTCCTCAATTGGGAGTTGTCAGATCTCTTAATGTTCACGTTAGTGGTGCCATTGCACTCTGGGAGTTTACTCGACAACAAAGGCACCAGTAAGTCTTCATCTTTGATGCTTTAACATGATATTTCCAATTTACTCGCAGAAGAAAGTTTCAACATTAAGCTTCACTTGCAAAATTTTCAGGTTGTGAGTAATTTATCGTCTGGGCAACTGTCAGATTTTGGTTCTGTGTAAAGAATTGAGTTCTTGTCCATATACAAACGATGGTGGTACGGTAATCAATTGAATAATCATTTTTATTAAAGAGTCATTGTATTGTTGTCCAATTTCATGTTCACTTGTAGAAATTTTGTATGCATTGGATTTTTTCAAGCAACTCAATCTGTGCCATTTATTTTTGACACAGCAGATGCAATTTTTCTCATTTTATTTTCTTATTCTCTGTTGTAGCATGAGCTACTGCTCCAACTTCCAAATTCGGTTCGAAAATTGTTCTTTCTTTTAGTCCTAAGAACATGTTAGAACTTCAATTTTTTTATGTCCTGCATCTGTTTCAACGGAAGATCTAGAACGATTTTTAGCTAAAGAATTTGGTATTGAAGACTTAGAAAAAGGTTGCTATACTTTCTTTGGTATTGAAGTGGCACACTTCGATGCGGGGACTTTTCTTGTCAACAAGCACACTAAATATTCTCAAAGAAGGAATGTTTAGGTACTAGGAAATTGACATACCCTTCCAAACATCATAGATTGGCTGGATCTAATGATGGCTTATCTATGGTATGGACAAGGAAAAGTAAGTATCAATGCTTAATGTATATACCCTGATACTAATCTACAATTTACTAGACATTGCTTATACAGTTAGCATCAGGAGTTAGTTTATGCAAGATTCCTTCCAAACATAACTTGTACATATTTTCCAAATATTGAGGCATTTAAAAAGGACAGCAGGACAAGACATTTTCTTAAATGATGAGAGAAGATATGATACTACAAACCTACCCTTATGCAAATTGGGCAGATTAGTTATAGATTGAAGATCTGCTAATGATATCGTATAGATTAGTTTGTAAAACTTCATTTATGTTTTTTGTAAAAGAGCAAATAGTGTCAGGAATCCAGGCATACATCTAGATAAATTTCATGGAGATCTATAAAATTAAGTGCATGTAAATTTCAGTAGTCTTATCCTTCTACTTCTTATATTATCATTGACATTCTTGCTTGTCGATCCACTGCTTTGGTTCTGCTTCTTTCTCTCTTTCTTTGGTTGAAAACTTGTCAAAGCTTTATAAGACCTTTGAATCAGGCTACCGAAGCAAGTTGTAAATCTGGCACCCTTGGGCTTTCCACAAACATTGACGAGCTATCATAAAAGGGAAATTGTAATTCTTCATCACACATGATATAAATGTCAAGTTATATCCTTCCACAACAACAGATTATATACAGAATAGAAATGATTGGGTTTGATTACTTCAATTTTACAACACTGATAACTGATTCAAGTTGTCATGATCTTGTCAGGCTTAAAATTATGGTAGAATGATCAGATAAAGCTTCCATTTACACCTCCAAAACTTGACTACATTACCGAATATTACTGCTACATCTATTCAAATTTGAGTTGTACAGATGAAGTTGGTGTGTGCCAATAGTTGGATTAGATTATTGCTGAAGAAAACTTGGTTGATTATCATACTTTCTTGCTAGGACAAGAAGATAAATGTGTTTGCTTTGTAAATCAATATGCAAACTTACAGAAAAGGAAGAGCATACAAGATTAATTGCTATGCTTTTTGCAATTGGTTGCTTGTTCTTTGAAGAAATTGGCTCCGGAGTCCGGATACGTGGAGTCCGAATATATGGAGATGCAGGTGATCGTGTAGACTTTCGAAGCCGTTGAGAGTACTTGAGGAGCTCAGCTCTCCTATTGTATCCTTTACTATCTATATCTTGCTTCCACTGTTTTCTCACTGCTTTGTTCACATCATCACGCTGGTGAAGATGATTTACTGCTAGTCGTGTTTCTTGCCTCTCTGAATACACAGTCACCAACACTGAATTCTCTTTCAAGACTTTTGCCTAAAATTCCCAAATATCACCAAAACCATGTCAGAACACAGACCATGAGTGATAGAATAATAGAGAGAGAATTCACCATTTCAGTTGACAAGTTGATAGAGAGAGAGTTTGAGCCTGAGGGAGATGAGATATGATTTTTAAGTCTTCTCTTCTCGTATGTATTTATGAGATTTTATATATATATATATCACTTAGCTATCACCTTGTATGTATCACTTTATATAGATATATATTTTTATATATCTATATATGTGTGTGGTGGTGATACATACAAAGTGATGTACAATATACAACAAGATGGTGATACGTACAAGGTCATATATACATACAAGATAGTATATTATATATATATCACCTTCCATTCTTCTTAATCTGCATCTCTCCACCCCTTCTCTTCATCTCTGGATTGAACAAGTGGTGACACACAAGGCCAGTGTAAGAGACTCAGCTAAATGTGATCGCATTTATTGGAGGTTGTCTCTGCTTCTATACCTCAAAGTTGGCAAGACTTTTCAGATAGTGAAGAGAATCGAGTATATGAGCTTCAAATAGGATTTAAATTAAAGAGCCCAAACTTCACCAAGTGTATGTCTTCCAAAGCACAAGCAAAACATTGATTCACACAAGTGGAACCTAGGAAGAATGACCCTTTTATTGGGTAATGTGTTCGTGTCCCATGAGACATTGCAATATTTGTTGGACACGTTAGACTTCAATAGACATATGTTATCATTAGTTGAATTAATTGGATGAATCTGACATTAGTTGTATATGATGGAACACTTGTTAAGTGCAATATACTTGTGTTCCTTGAAAAAATATACCAAATAATTGTTAAAACAATGAAACTAACATATATAAATTTTAATTATTTATTTACTTTTTAAAATAAATAATGAACATAAAAAGAAATAAAAAACAAACTTAATAAATTTTGAGAGGGGTAAACATCACAAGATTGTTTCCCTTGTTTGACACAAATCTCGAGTTGTGAGTTGGAACTTGAAGTGGGAACTTTAAGTAAAAATTTTGATTTTCTTGGGCAATTAGAGATGAGTTTGAATTTGAGATAGAAAAGAAGAAATGAAGGCCATAAAGTTGTTTTTGGAAAGGCAAGGGCAGGAATGAGGTGTGAGTACTTGGGAGATGAGAGAGAGAGTTAAAGGTGGAGGAGGGGCATGGTAAAGGATGGGAAATGATAAATTATCTGATAGAGTTGTGATAATGTTGACGGATAGTTTTATTCTATTAGATGTCTAAAATCAAATCAATTAGTTTTATTCTATTAGATGTCTACACAAATTAAAAAATATGTTTTAAACATGCATCCTACAGTTATTATGAAAGTGGTAGCTTTAGAGGTTCTTGACACATTCTCCCGACTTCTCTCTCTCATTCACCTTTGGTTGTGTTTGCATTCACGTGTTCTTTACGGGTTGGTTGGCAATAGGGTGAAAAGGAAGAGAGGAGGTTGGGCATAGAGAGAGAAAAAGAATTAAAGAATAATTATTTTTAATTATTTTTATCACGTCAATCTTAAAATACAATGTCACATCAACATTAAAATAATATAAGATTAATAAAAAAAATGACATGTCATAGAGCTAATACAAAATTAATAACATGAACTAATCATAAATTTTGAAACTTAGAGCTATTCATGACACTGTATGAACTAAAGACTATTTTGAAAGATCTGTGAAGTGGTTAAGATATTAATATCTTCTCTAAGATTGAAGATTCGACCTCTACTATGTGTTGAACTTAAAATAATAATAATAATAATAATAATAATAATCAAGATCTAAATTATAATAGCTTAAATTCCAAGAGCCAAAAATATAATTTACCCATATATATTATTGGTAACTGATAATAAATGAGCCTACATCAAACAAAATTTTCTTCACGTGAAGACTTCAAGCAGAAATGGATTTTGGGATTCTGATTGAGCTGAAACTGATAAAATAAGGTTCCTCAGAAAAGCTGAACCATGCCAAGCATATATCCAGAAAAACCAATGCTTATAGAGAAAAACATTTTGATTGAAACCCTCAACTTCAAGAAGCATTAATAAAACTTTGAGGCCTAAAATTCAATATCTTTCAGAGCTCACATTATCCTTTTCTACTTGCTCAAATCTTACAGAAACAAACATAATTAATACAAAACAAGAAGCAGACAACTGACTCTATATTACTCTTTGGCTGAGGTTTCATCTTGCCAAGTTGCTTGCCATTGCTTGTCATAAAATGTTGTCTCATCAAGCAACTTCTTTAGAGTCTCTAAATCTTCATTCTTTCTGATCAAAAGAACTCCCACCACAGCAACAAATAACAAGTTTTGCAGAAGAAGTTGCCCATTTGACCTACTAGTCCTACCCCAGTCAAGCTATCAACAAAGTAAGCCATGAAGAACCCCACCATGGCTGCACGGCCTGCGTTGAAAACCATTGCACGGTTCAAATTCGCTTCAACATTGTAGTAGATACACATACTTGCTCATCACTTTATTACTTGCAAATAATTCATTCATAAACTTGTTCATTTGTCAACCTGAAACTAAGTGCAAATAGAAGTTCAAGATTTTGATAAAAACTAAGGATTCAGATTTGAAAACTGTACAAGGGGTTTCGTCTTGGTTGTTGTTGAATCTCCCTTCTCTTCTTGTGTTTATTGTTATTGTTTCAAATCTTTTAAAAGAATTGTGATCAAATGGCTAAAGGCAGACATTGAATCATGATTCACACATTTGAAAGAAAGAACAATGAGAGTTCACTAAATGAAAACATGATGAAAACAACTTTTAAAAAACAAGCGTACACACATGTTTAACATTATTTTCCTCAGACATGCTTTAAGAAAACAGGCGTTTGAGGTTATTATCATACCATTGAGTAGCTCAGCCTCAGGCAAATGGTAGCGCTTAATCCAAGCCCACCAAGGAATAATGGATGTGTCAAAGACAACGGGATCGTCATTACTTGATGATTCTGGATTATTTTCCAGCCATTTTCTCCTCCTCGCCTCTGATGAAAAATCAAGTAATTGCTCAAGTATTACCAAGAAACTACATACAATATAACATCATCTAATGTTGCAGAATCAAGATTGTCCCAAAAAGCATTTCAGACTTCGCAATCTTGTACTCAATTTCAATGGCGGAATCTTTACATTCATGCAGGCAAATGCATCCCATTATTTGTATAGATTTAGTTATTCAATTAGAAGGAAAATCAACAGAGAATATAGGGTTTTTCCCAAAGGAAGTGTTGCTTAATTTTTCCTTTTCTCAGCTGCCAAACAATACAAGCGAGAAGAACCAAGGAAGATGAAGCTTACCGGCATCAATAACAGCATCCCAGTTGGTACTTCCGTCTTTCCGAAACTGATTCAAATCCCAAGTCCCATTAACCCATTTAGGGTCTTCAAATTTGCTCACCACTCCACTTCTCCGGCAGCCGCCACAGACCCATTAGATCCGGCGAGGCTTTCCTGCTCTTCCGATACCGCCTTGGCCGGCTCTGGATCTTTCTGTTCGACGGCGGTTTCTACAGCCGTGGCAGCTGAAATTCCGGCGCCATTGTCGGCAGCGGCCCTGATGGTGAAGAGAGAGGAAGCGGGATTCTGGTTCTGAGAGAAGAGAAGGGTCTGAAGGAGAAGTGATTTGTGTGGTGGGAAGAGGGAGAGAGGGTAGAGAGATGGGTTGGAGGAGAAAACAAGGCCATGGAAGACATTGCTCTGCTCCGGAACTGAGGGGGGCGAAGGAGAAGAGACTCAGAAGAACACAGCGCTCCTCATCTGAGCTATCCTCAGCCTTGGAATTGTGATGGATGGGGAAGGTTGGCACTTGTCTTGTCACTTTGCTAATGTAATATATTTTTAAAAAATTTAAGAGGAAAAAAAAATAAAGGATTACATTTTTTAAAAATGTTAAATTATATATACACTATACGGTGTTTTTCTAAAATATATATATATATATATATATTACATCATAAATCATAAATACAGGTGTTGATTGGAACCTAACTCTTAGAAGAAATAATAATGTCTAGACTATTGAGTTGTGCTCATGTTTTTCTACTTTGAGCATAATAACTATTTAGTGATTATAGTTTGAATATTACATCATTTATGTTGTATTAACAAAATACTGACATGACATATTCATTAGATAAATTTGGTTGAGTTATCGTGATGTGGCAAATAATTGGACAAACTAACGAGCATGTCATGTTAGCATTCCGTTAATAACGTTAAAAATAGAGAATAAACAGAAGCATAATAATAATTTAAAAAAAAACCTATGAATGTAACTTAAATTTTTAAACTTTTAAATACTAAATATACAAAATATTCAAAGTACATTGACTAAATTTATGATTAACTTTTAAAAAATATTGATAATATATAATGTTTGATGCAACATCTTCATTAATTAGTCTATTCAATCACATCACGATAAACACAGTTAAAATTAATTTAGTAGACATGTCATATTAGCATTTAATTAATTATATTAATGAAAGAGATTAAGTAAACTATAATCTAGTAAGTAATTTTTTTAAATTCAAGCATTAGATAGACATTCTTAAAAAAGTGGGGGATTAAATTTAGAATTTAACCAAAATTTTTTAGGTGAATGATTTTATTGTAATAAAATATATACACTATACATGGGTTACTTTGTACAAATCTCTATTTGAAAGCAAGTGATTTGGGCTGGGCTTACCCTAAAAAAAGATTTGGGCTGGGCTTGATCCCTTGGCTTTAGAAGCCCACTAATGAAAGCCCACTATCTTCCTCCTATCCTCGACTTCTGTTATTCTCCCAGATTTATCGCTCTGCTTCCAGGTTTTCCAGTTATGGAGGTCGCGACCACTGCCTCCAGCTTCGCGCTTACCAAGCGAATATCCCCATCAATTACTTCTGCCCATAATGGAAAGCCGAACCGGACCTTCTCCTGGTCGTCCTCCCGTCTCAGAGCGATGCCGCTTTCCTCTAATTTTCTCGCCCCATTCGCTGGGGGCAGCGTAGCCGGGGACTTCACCGGCGTGAAGCTCCGACCGTCGTCTCTTAATCCAGATTCTTTCTATGGATCCAAGGGCAAGCGAGGCGTTGTCACCATGGTAAGTGCCTTCGCATTTCCGTTCTTTGGTGTTGGAAATATTGCCATATTGGTTTGAAATTTTGTTGCTTATTTGTCTTTTACCTACTTGGGTTCTCTAAATTGTAGTTTACGAGTCCTCTTCTGGAGGATTTGTGTTATGCTTTGCACAAAGTGGAGACTAAAAATTGAAGATGTTTTGTTAGAGTTGGAGTGCTTAAATACTGATAAACGAACCACTATCAAATAGTCCAGGAGAATCTAATGGAATCTAAAAGATAGACCCAATTGGAAAAAGTGGTTTGTGACTCTAACTACCTACTGAGTAAATATGTGGCTCAAAAAAGCTGACCCTTTTTGAAATTTAAATGATGATTCTTAACAGTTATCAGCCTCCCTTAAACTCTAAAATTTCTTTTGGATCCTTTTCATTCCTGCTGGCCTCTTATGTCTTATCTACATGATACTTTTGAACAGGTTATTCCATTTTCAAGGGGAAGTGCATGGGAGCAACCTCCCCCGGATTTGGCCTCTTATTTATACAAGAACCGAATTGTTTACTTGGGCATGTCTCTTGTTCCTTCTGTCACAGAGTTGATACTCGCGGAATTTCTTTACCTTCAGTATGAGGATGAAGCAAAGCCTATATATCTTTACATTAACTCCACAGGGACACAAAGGTTAACCAAGTTTTTTAATCTTATGTGGCTTAACCTTGTTTGATGGCTTGTTTTATCTTGCTTGACTTTTATGATAATATTATTTGGTAAGAGTGGAATCAGATTCTGGGGGGAAAAAATAGTGGAATCAAATTTTTAAAAAGATCCACTAAAACATAAAAGTTTGAGAGGTTAAGACATTTTTGGGAATTAGGTTTAAAACAAAGCTTACACCCTCTTGTATCACAATTTGTGCCACGTGTGTGGTGAAGAGAGAGCAAGATGCTGAAAGAAGAAAGATATTAGTAAATTGAATGCCGTGCTGAGCATGTTGTGGAGAGAAGGCAGGGAATATCAAACTTTTCTTGGCATGGTATGATTGAAGTTATTCACTTGGTCATTTACATGTCTGAAAAAGGGAAAGAAAAGTTATGTTTTCTTTTTCGTGGACATAATATCAGTGGGGAGGCAAAAAAAATTATATGGTTAAATGCAATTAAAGCTCTACTTTGGGGTTTATGTCTGGAAAGAAACAATCCAAAGGGAAGGAGAGGAATTGATAAGTCTCTCTGTTTCAGAAAAAAAAGTCTTTTTTGTTCTTTAGTTTATCTCTGGATATAGATAAATTAGCATGCTGTAATACCTAAATTTATATATATATATATATATTTGAGGTGCATAAATAATCAAGAAATAAAAGAATATATATGGTATGCTCTCCATCCATTCTTTAAGGTAGTCTGGAGTAAAATGTGAAGAACCAAATAATTATGGGACGTATAAGACCGTTCTGAGAGGATTAGAAAAGGTTTTTGTGGTCATAAAAGGGGGTGGGAGACAATGTTAGTCACCCATGAAGCATTTAAATGTTTGATGTGGCTTACCTTTTTTAAAAAAATATTTGTCAGCTTCAACTTACACGCAGAAAAGTGATTATAAGTTCTATTAATCTAGTGATCTTTTCCATATGATGATAGATCATAATATAAGTGCTCACATTTTCCAGGGCGGTGAGAAGTTGGGCTACGAGACTGAGGCATTTGCAATATATGATGTTATGAGGTTGTGAATCGTTATATTTTGAAGTATTTGGGCATCTATCTTACTGGTTCTTTTTGCCGGTCTTTTTTGCCTTTATTGAATTATAGGATGTACTGAACTTTTTCCCCATTCCTGTAGACTTCCCTAAAGGTACCATCATAGTGGAACTCATTTGTTGTGTAGCTTCACACGTGGAACTCATTTAAATGCCCCCTTGCTATTTAAATCATCTTAATTGAATGTTCCCCTTGTCTTTCTAGCAACGATATTGTGGTTTCTTATCCAAAAAAAATGTTCCCTTGTCCAGTTGTATTGGTACTTCATTTTACTGGGTTCAGGAGGGAATTTGACTTTTGATAACTGAAATCATTATAATATTGTGACATTTGTTGTATCCATATAAGGTATAACACCTATGTTACAAATTATTATGAATGAATTGTCTGGACATGGGTCATCTGTGTGTAGAGAAAATCTTGAAGGCATAGAATATTCATCACTACATTTCACAGCCAAGTATAGGATATTCTTCTGCTAAGATATAGTAGTGGGAATTTTGGTTATATAAGGTTTGAGAAATTTCCCATTCAAGACTTGTCAGAACCTGATGAAAGTAGTTTAATGCTTGTCACTGAGTATTCTTTTCCACTGCAGGTATGTTAAGCCTCCTATATTCACATTATGCGTTGGCAATGCTTGGGGAGAAGCAGCACTTCTTTTGGCAGCTGGTGCTAAGGGAAACCGTTCTGCATTGCCCTCATCAACAATAATGATCAAGCAGGTATTCTATCAGCAACGGAAATGTTTGCTTTGTTTTTATCTCCTCATTCTTCTAATCATTTCCAACCTTCAGAAAGGTTTTTGTATCTTGTTTAGACTCCTTTCACAGCATTTAAGCTGGTCTTTCTATATACTTTGGTACAGTTATGAAAAATTTTGATTTTTCTCTTTCAATCTGTAGCCAATTGCAAGGTTTCAGGGTCAAGCAACAGATATTGAGCTCGCAAGAAAAGAAGTAGAAATGTGAAGGCAGAACTGGTAAGATCATGGTTGAAATTTGTGTATCAGATTGCCTTCTCGTTCATTCCCGACTACTTTTTTTTAACAAGTGAGGGAGGGATGTGCACTTGCTATTTTAGAATCACAAAATGGAGTTTTCAACTGGCCGGGATTTTTTTAAAAACCAAACCATGGTATAAAATAAGAACAAGGGTTACACAAAAGTAAAGGATGATGAGGCATCTTCCTAGGATTTAGCGGAAGTTCCTAATTTAGAACAAAAAAAGAGTAATTACAAAAATGCCTATCAAGAGAGGTCCAAGAAGAGGCTACAAAATGGACCAAACCAAAAACATCCTCTCAACTTCTAGAATAGTCTTGGAAAATTCTATTTCTTTCTAGCCATAAATACCACACCAAAGCTCACGGAGCATTCCACCAAAGGACGGCAGCTTGATTCCCAGTGTAAACCATTGCCTTTGAAGTTTGAAAAGAAGTCGTTAATGGTGTATAGAGTTGTTTTTTGAAACGTTGAAAATTTACATTGTTCCTTTCAACAAGTTTCGCAAATGAACTAACACAGTTCTCTTTTTAATTAATATTGAAGGTTAAACTTTATGCAAAGCATATTGGAAAGTCGACCGAGGAGATTGAAGCTGATATCAGGAGGCCAAAGTATTTTAGTCCCAGTGAAGCAGTTGAATATGGTATCATAGATAAGGTACCTAAATTGCAAAGTGCTTATAATTTTTGATATGTCTTTGAGACTGCGTTAATTTGCATATCATTTACTTTCACCAGGTACTATACAATGAAAGAACTACCGAAGACCGGGGAGTTGTGTCTGATCTGAAAAAAGCACAACTTATTTAGTGTAGGAAAATGTGGATTGGTTATTACAAGGAACGCCCAGGTAAAGTTCAATCACAAACCATTGCAGATTGTGAGACATACCGGAAGTACCATTATAATTTTCTTCATACCATGTAGTACACTTGATTGGTGATCATACACGGGTTTTTGTGGTTGCACTCAGACTGGTAGCTGTTAATTGTCAGTAGGGTGTATTTGGGGCAATGAACACCTAGTCTTGAAAACCAATCATCTAAAAAACATTGAAAACCTTCTGCTGTTGCTCTTGTTTTCTGTCGTAAAGTTGTCAATCTTCTTCTGGGAGTCTAAAAAGTTGTCAATCTTTCTAACTCTGCATTCGTGCTAATAGTTCGTTCTTACTTTATCAGATTGAAGTTTGTGCAAATACTGGTATCTGAAATCTGGAATCCTCATGCAGTACCAGTCGCATACAGGAAATGATCTGTGAATTTATTGCGAGCTTATCAACTTCCAATCTCTGAGGAACGTTCTGAATTACAATACAACTCTAGAACAATGTTACAAAAAGAAAAACTGATAAGCATTATTGATGTTCAACTTCAACCGAGAAAATTGCAGCATAAAGTTTGATGATGCCATGTAGGTACTGTATTGAATTACCTTTAATGTGCTCATCTGTTGTAACTGAAATTTTCCTAATGTGCAATGAATATTCAATTCTTCCATCTTTCTCGTGTAGAGAAGAAAAATCTTTTCGAAGTTTCATTCATTGAATTGAACACATGGTTTACAGAATAATTAAGGGTGCGTTTGGTAAGTGGTTTGAAAACAGAAATTTGAAAACAAAGAATTCGGTAAAAAATAGAGTTGTATTTTATATTTTTAGTGTTTTTAGATGTGTTTGGTAGTAGATTTAGAAATTTAATCTCAATTTAAAACATTGTTCAAAATTGTTAGTTATATATTCAACATAAAAAAATAGTAGTAGTTACTAATTAAATATTGAGTTAAATTTCAAATATTATTAATAAATTTATGAATATATTTTATGTTATAAATTTTGTTTTAATTATTATTTTACAATATTATATAATTTATAATATATTATGTTATATATGTTTTAATTTTAACAAAAATGAAATGAGTTTATAACATAAAATAATATATTTATCAATGTTTTTATTTTTTTTAATGTAATTTTATATTTTTAAATTTTAATTTAAAACTAAAAATACTGAAAATATAAAAATATTATTTTTCGAATTTCTACCGTTAAGATTACAGAATCCAAAAACTGTTTTAAAAAATAAATCTACCAAATAGATATTTACTAAATTTATTTGATTCTAAAAACAAAGAAATAGAATTTGAATTGCTTATCAAATAAGCCCCGTGAAATTTTATGATGCTTACCTCATCTAATACCATGCAAGTATTCGTTTCTCAAATTCACAAAGACACTTCTTCCTTTACCAAGCTTTTTGTATATAACAATTATTTTTCAAATTTACAAAAAAATTTCTGATAATTATTGAATTCTACTTTAACATGTTTTCATATGTAATTGAATAAGATTAAAATTTAATAAAATATCATTTACAAGAATAAAATATTCTATTGACATTTTTACTTATAATAATAATATTGATTAACCCTTTACATTAACATCAAATTTTAAATACATAAAATATCAATGAAAATATTGATATATTGCAGATATTTTTTACCTTAAATATCTTTAACAAAACAAAAAAATTATCCGGACTTAACTGTCAGCAATTTGCATAAGAAGAAAAAGAACATGTCAATATTTCCACCCTCAATATATTTTAAAAGGCCAAAATATCTACAGGGTCAAGGTAAAAATAAAATCTTCCCAGCAATTCCAGTACAACAAAAAAAATCAATTCATAATTTGCAACTCGAAAATTGTTAGTTACATGGCAATGCAAACCTGTGTAATGACACTAAAATCTCCGCCAACCACAGATGAGGTAGACGGGTTCTCAAGGAACCAGAGCACTGCTCTCTCATCACAGTCAAGCCTGTTGTGTAGAGCAAAGCATTCCTTTCGGTATGCAGTACCTCTGACAGTAATCAGATGGCACGAAGTACTTGAATTTTTTCAATTTTTGCTGCAACTTCAACTCAGAATAGCAAAGTTCAACTGCAACTTCAACTCCTGCCTCAAGACATCTCGTAATTAAAAGTAGGCTGGAGCGACAGCTACTACCTGCAGAGAGATGATATTACATTTCAGTCATCACAAGCAGGTACCAATTGCGTGTTCTGTTTCCTCAAAGGTGGTTTTCCTGCTGTAATCACCAACATGGATTGTAATGAAAAGACCAGAAACGATGATCAAATTACTACACAGTCACATGCTACATGTATTCTCCAGATGCCATATGCTAATGGGTTAACGTTCATATCTGTGTCTCTGCATTCCCGGAGTTTCGGAGGAAAAATTACGATGTATAAGATGGACCACCTATGA

mRNA sequence

ATGTGGCGTTTGGTGCATTCCTCTTGGATACTGCACGTCAGCTGCAACAAGCGAAGGGTTGCACATATTGCTGCGCTTCTGTCTTCTGTTCTTCATTCTTCCACATTTTCTGAAAGGATTCATAGAAAAATTCTTGAAGAAGGCAAAAAAAGTCCTCGAACGTTTCGTCTTGCTGCATTACATTTGACCGGCATGTGGCTCAGTCATCCATGGACCATAAAGTATTATGTTAAAGAGCTGAAACTGCTATCACTATATGGTTCTGTTGCATTTGATGAAGATTTTGAAGCTGAATTAACTGATTATGAAGCAAGGACTGAGGTATCATTATTGGCAGAAAGTCCAGACCGTGAGCTCACTGAAGTGTTTATCAATACAGAATTGTATGCACGTGTATCTGTTGCTGTTCTGTTTCATAAGCTAGCTGACTTGGCTGATATGGCGGGATCGTCGAATGAATATGGGAGTTGCTCTGATGCTGTGGAATCTGGAAAATTGTTTCTGCTTGAGCTCCTTGATTCTGTGGTAAACAACAATGACCTTGCAAAGGAATTGTATAAAAAGCATAGTGCGATCCATAGACGCAAAATACGTGCTTGGCAAATGATATGTGTTCTATCCCGGTTTGTCTCCCAAGATATAATTCAGCAAGTTACTAATAGCTTGCACGTTTCCCTCTCTAGAAACAACCTACCTTCTGTTCGTCAATTCTTGGAAACATTCGCAATCAGCATTTATTTGAAGTTTCCAACATTGGTTAAGGAGCAATTGGTTCCTATATTACAAGATTACAATATAAGACCGCAGGTACTCTCTTCTTATGTATTTATAGCTACAAATGTCATCCTCCATGTAACTGAAGCCGTTCAATCCAGCCATTTGGATGAGTTGCTTCCTCCTCTTGTTCCACAATTGACCTCTCATCACCACAGTTTACGAGGTTTTACTCAGTTACTGGTGTACCATGTTCTTTGTAAACTTTTTCCAGTAGTGGAATTCAGAGCCACTGGGAATATGCCTTTAGAGAAAAGATGTTTTGAAGATTTGAAATCATACCTTGAGAAAAATCCTGATTGCGTCCGTTTACGGGCATCCATGGAAGGATATTTGCATGCCTATAATCCTGCACTATCTGTCACACCATCTGGAATTTTCTCCAGCAGAGTTAAGGACCTTGAGTTTGAGTGTGTCCCAACATCTCTCATGGAGCAAGTTCTTAACTTCCTAAACGATGTCAGAGAAGACCTTCGGTGTTCAATGGCAAATGATTTGACAGCTATACAAAACGAGAGCTTCAAAACTAATGAAGATCACAACCTTATGGACATGTCATCTGACTTAAAGAAAGAAAGCTTTACTTCCAAACTGCCTCTAGCAACTTCGTTGGATTTTCAGAAGAAGGTCACTCTCTCAAAACATGAGAAGAAAGACACTGATACTAGTTCCTACTTGGGCAGCAAAGAAGCTTACAAGTATCTTAACGAAATGGAGGAAGAGGATCAGCTTCTTCACCAGCTGCTGCATTCCAGAAGTTTGTCAATGGAAGATTTAAGAATGAATCGGCAACATTTTATCCTTGTAGCATCTCTGCTTGATCGCATACCAAATCTTGCTGGTTTGGCTAGGACTTGTGAGGTTTTTAAGGCTGCAGGATTGGCCATTGCTGACTTGAATATTCTATATGACAAACAATTCCAACTCATCAGTGTTACAGCGGAGAAGTGGGTTCCTATTGTAGAAGTCCCAGTGAACAGTATGAAACTTTTCCTAGACAAAAAGAAACGGGAAGGCTTCTCTATTTTGGGATTGGAGCAAACAGCTAACAGTGTACCTCTTGACCAGTATACATTTCCCAAAAAGACAGTGTTGGTCCTTGGGCGTGAAAAAGAAGGTATACCTGTTGACATAATCCATATTCTTGACGCATGTGTTGAGATTCCTCAATTGGGAGTTGTCAGATCTCTTAATGTTCACGTTAGTGGTGCCATTGCACTCTGGGAGTTTACTCGACAACAAAGGCACCAAATTGAGTTCTTGTCCATATACAAACGATGGTGGTACGCTGCCAAACAATACAAGCGAGAAGAACCAAGGAAGATGAAGCTTACCGGCATCAATAACAGCATCCCAGTTGGTACTTCCGTCTTTCCGAAACTGATTCAAATCCCAAGTCCCATTAACCCATTTAGGGTCTTCAAATTTGCTCACCACTCCACTTCTCCGGCAGCCGCCACAGACCCATTAGATCCGGCGAGGCTTTCCTGCTCTTCCGATACCGCCTTGGCCGGCTCTGGATCTTTCTGTTCGACGGCGGTTTCTACAGCCGTGGCAGCTGAAATTCCGGCGCCATTGTCGGCAGCGGCCCTGATGGTGAAGAGAGAGGAAGCGGGATTCTGGAGAAGAGACTCAGAAGAACACAGCGCTCCTCATCTGAGCTATCCTCAGCCTTGGAATTGTGATGGATGGGGAAGATTTATCGCTCTGCTTCCAGGTTTTCCAGTTATGGAGGTCGCGACCACTGCCTCCAGCTTCGCGCTTACCAAGCGAATATCCCCATCAATTACTTCTGCCCATAATGGAAAGCCGAACCGGACCTTCTCCTGGTCGTCCTCCCGTCTCAGAGCGATGCCGCTTTCCTCTAATTTTCTCGCCCCATTCGCTGGGGGCAGCGTAGCCGGGGACTTCACCGGCGTGAAGCTCCGACCGTCGTCTCTTAATCCAGATTCTTTCTATGGATCCAAGGGCAAGCGAGGCGTTGTCACCATGGTTATTCCATTTTCAAGGGGAAGTGCATGGGAGCAACCTCCCCCGGATTTGGCCTCTTATTTATACAAGAACCGAATTGTTTACTTGGGCATGTCTCTTGTTCCTTCTGTCACAGAGTTGATACTCGCGGAATTTCTTTACCTTCAGTATGAGGATGAAGCAAAGCCTATATATCTTTACATTAACTCCACAGGGACACAAAGGTATGTTAAGCCTCCTATATTCACATTATGCGTTGGCAATGCTTGGGGAGAAGCAGCACTTCTTTTGGCAGCTGGTGCTAAGGGAAACCGTTCTGCATTGCCCTCATCAACAATAATGATCAAGCAGGTTAAACTTTATGCAAAGCATATTGGAAAGTCGACCGAGGAGATTGAAGCTGATATCAGGAGGCCAAAGTATTTTAGTCCCAGTGAAGCAGTTGAATATGATGAGGTAGACGGGTTCTCAAGGAACCAGAGCACTGCTCTCTCATCACAGTCAAGCCTGTTGTGTAGAGCAAAGCATTCCTTTCGGTATGCAGTACCTCTGACAGTAATCAGATGGCACGAAAGAGATGATATTACATTTCAGTCATCACAAGCAGGTACCAATTGCGTGTTCTGTTTCCTCAAAGGTGGTTTTCCTGCTGTAATCACCAACATGGATTGTAATGAAAAGACCAGAAACGATGATCAAATTACTACACAGTCACATGCTACATGTATTCTCCAGATGCCATATGCTAATGGGTTAACGTTCATATCTGTGTCTCTGCATTCCCGGAGTTTCGGAGGAAAAATTACGATGTATAAGATGGACCACCTATGA

Coding sequence (CDS)

ATGTGGCGTTTGGTGCATTCCTCTTGGATACTGCACGTCAGCTGCAACAAGCGAAGGGTTGCACATATTGCTGCGCTTCTGTCTTCTGTTCTTCATTCTTCCACATTTTCTGAAAGGATTCATAGAAAAATTCTTGAAGAAGGCAAAAAAAGTCCTCGAACGTTTCGTCTTGCTGCATTACATTTGACCGGCATGTGGCTCAGTCATCCATGGACCATAAAGTATTATGTTAAAGAGCTGAAACTGCTATCACTATATGGTTCTGTTGCATTTGATGAAGATTTTGAAGCTGAATTAACTGATTATGAAGCAAGGACTGAGGTATCATTATTGGCAGAAAGTCCAGACCGTGAGCTCACTGAAGTGTTTATCAATACAGAATTGTATGCACGTGTATCTGTTGCTGTTCTGTTTCATAAGCTAGCTGACTTGGCTGATATGGCGGGATCGTCGAATGAATATGGGAGTTGCTCTGATGCTGTGGAATCTGGAAAATTGTTTCTGCTTGAGCTCCTTGATTCTGTGGTAAACAACAATGACCTTGCAAAGGAATTGTATAAAAAGCATAGTGCGATCCATAGACGCAAAATACGTGCTTGGCAAATGATATGTGTTCTATCCCGGTTTGTCTCCCAAGATATAATTCAGCAAGTTACTAATAGCTTGCACGTTTCCCTCTCTAGAAACAACCTACCTTCTGTTCGTCAATTCTTGGAAACATTCGCAATCAGCATTTATTTGAAGTTTCCAACATTGGTTAAGGAGCAATTGGTTCCTATATTACAAGATTACAATATAAGACCGCAGGTACTCTCTTCTTATGTATTTATAGCTACAAATGTCATCCTCCATGTAACTGAAGCCGTTCAATCCAGCCATTTGGATGAGTTGCTTCCTCCTCTTGTTCCACAATTGACCTCTCATCACCACAGTTTACGAGGTTTTACTCAGTTACTGGTGTACCATGTTCTTTGTAAACTTTTTCCAGTAGTGGAATTCAGAGCCACTGGGAATATGCCTTTAGAGAAAAGATGTTTTGAAGATTTGAAATCATACCTTGAGAAAAATCCTGATTGCGTCCGTTTACGGGCATCCATGGAAGGATATTTGCATGCCTATAATCCTGCACTATCTGTCACACCATCTGGAATTTTCTCCAGCAGAGTTAAGGACCTTGAGTTTGAGTGTGTCCCAACATCTCTCATGGAGCAAGTTCTTAACTTCCTAAACGATGTCAGAGAAGACCTTCGGTGTTCAATGGCAAATGATTTGACAGCTATACAAAACGAGAGCTTCAAAACTAATGAAGATCACAACCTTATGGACATGTCATCTGACTTAAAGAAAGAAAGCTTTACTTCCAAACTGCCTCTAGCAACTTCGTTGGATTTTCAGAAGAAGGTCACTCTCTCAAAACATGAGAAGAAAGACACTGATACTAGTTCCTACTTGGGCAGCAAAGAAGCTTACAAGTATCTTAACGAAATGGAGGAAGAGGATCAGCTTCTTCACCAGCTGCTGCATTCCAGAAGTTTGTCAATGGAAGATTTAAGAATGAATCGGCAACATTTTATCCTTGTAGCATCTCTGCTTGATCGCATACCAAATCTTGCTGGTTTGGCTAGGACTTGTGAGGTTTTTAAGGCTGCAGGATTGGCCATTGCTGACTTGAATATTCTATATGACAAACAATTCCAACTCATCAGTGTTACAGCGGAGAAGTGGGTTCCTATTGTAGAAGTCCCAGTGAACAGTATGAAACTTTTCCTAGACAAAAAGAAACGGGAAGGCTTCTCTATTTTGGGATTGGAGCAAACAGCTAACAGTGTACCTCTTGACCAGTATACATTTCCCAAAAAGACAGTGTTGGTCCTTGGGCGTGAAAAAGAAGGTATACCTGTTGACATAATCCATATTCTTGACGCATGTGTTGAGATTCCTCAATTGGGAGTTGTCAGATCTCTTAATGTTCACGTTAGTGGTGCCATTGCACTCTGGGAGTTTACTCGACAACAAAGGCACCAAATTGAGTTCTTGTCCATATACAAACGATGGTGGTACGCTGCCAAACAATACAAGCGAGAAGAACCAAGGAAGATGAAGCTTACCGGCATCAATAACAGCATCCCAGTTGGTACTTCCGTCTTTCCGAAACTGATTCAAATCCCAAGTCCCATTAACCCATTTAGGGTCTTCAAATTTGCTCACCACTCCACTTCTCCGGCAGCCGCCACAGACCCATTAGATCCGGCGAGGCTTTCCTGCTCTTCCGATACCGCCTTGGCCGGCTCTGGATCTTTCTGTTCGACGGCGGTTTCTACAGCCGTGGCAGCTGAAATTCCGGCGCCATTGTCGGCAGCGGCCCTGATGGTGAAGAGAGAGGAAGCGGGATTCTGGAGAAGAGACTCAGAAGAACACAGCGCTCCTCATCTGAGCTATCCTCAGCCTTGGAATTGTGATGGATGGGGAAGATTTATCGCTCTGCTTCCAGGTTTTCCAGTTATGGAGGTCGCGACCACTGCCTCCAGCTTCGCGCTTACCAAGCGAATATCCCCATCAATTACTTCTGCCCATAATGGAAAGCCGAACCGGACCTTCTCCTGGTCGTCCTCCCGTCTCAGAGCGATGCCGCTTTCCTCTAATTTTCTCGCCCCATTCGCTGGGGGCAGCGTAGCCGGGGACTTCACCGGCGTGAAGCTCCGACCGTCGTCTCTTAATCCAGATTCTTTCTATGGATCCAAGGGCAAGCGAGGCGTTGTCACCATGGTTATTCCATTTTCAAGGGGAAGTGCATGGGAGCAACCTCCCCCGGATTTGGCCTCTTATTTATACAAGAACCGAATTGTTTACTTGGGCATGTCTCTTGTTCCTTCTGTCACAGAGTTGATACTCGCGGAATTTCTTTACCTTCAGTATGAGGATGAAGCAAAGCCTATATATCTTTACATTAACTCCACAGGGACACAAAGGTATGTTAAGCCTCCTATATTCACATTATGCGTTGGCAATGCTTGGGGAGAAGCAGCACTTCTTTTGGCAGCTGGTGCTAAGGGAAACCGTTCTGCATTGCCCTCATCAACAATAATGATCAAGCAGGTTAAACTTTATGCAAAGCATATTGGAAAGTCGACCGAGGAGATTGAAGCTGATATCAGGAGGCCAAAGTATTTTAGTCCCAGTGAAGCAGTTGAATATGATGAGGTAGACGGGTTCTCAAGGAACCAGAGCACTGCTCTCTCATCACAGTCAAGCCTGTTGTGTAGAGCAAAGCATTCCTTTCGGTATGCAGTACCTCTGACAGTAATCAGATGGCACGAAAGAGATGATATTACATTTCAGTCATCACAAGCAGGTACCAATTGCGTGTTCTGTTTCCTCAAAGGTGGTTTTCCTGCTGTAATCACCAACATGGATTGTAATGAAAAGACCAGAAACGATGATCAAATTACTACACAGTCACATGCTACATGTATTCTCCAGATGCCATATGCTAATGGGTTAACGTTCATATCTGTGTCTCTGCATTCCCGGAGTTTCGGAGGAAAAATTACGATGTATAAGATGGACCACCTATGA

Protein sequence

MWRLVHSSWILHVSCNKRRVAHIAALLSSVLHSSTFSERIHRKILEEGKKSPRTFRLAALHLTGMWLSHPWTIKYYVKELKLLSLYGSVAFDEDFEAELTDYEARTEVSLLAESPDRELTEVFINTELYARVSVAVLFHKLADLADMAGSSNEYGSCSDAVESGKLFLLELLDSVVNNNDLAKELYKKHSAIHRRKIRAWQMICVLSRFVSQDIIQQVTNSLHVSLSRNNLPSVRQFLETFAISIYLKFPTLVKEQLVPILQDYNIRPQVLSSYVFIATNVILHVTEAVQSSHLDELLPPLVPQLTSHHHSLRGFTQLLVYHVLCKLFPVVEFRATGNMPLEKRCFEDLKSYLEKNPDCVRLRASMEGYLHAYNPALSVTPSGIFSSRVKDLEFECVPTSLMEQVLNFLNDVREDLRCSMANDLTAIQNESFKTNEDHNLMDMSSDLKKESFTSKLPLATSLDFQKKVTLSKHEKKDTDTSSYLGSKEAYKYLNEMEEEDQLLHQLLHSRSLSMEDLRMNRQHFILVASLLDRIPNLAGLARTCEVFKAAGLAIADLNILYDKQFQLISVTAEKWVPIVEVPVNSMKLFLDKKKREGFSILGLEQTANSVPLDQYTFPKKTVLVLGREKEGIPVDIIHILDACVEIPQLGVVRSLNVHVSGAIALWEFTRQQRHQIEFLSIYKRWWYAAKQYKREEPRKMKLTGINNSIPVGTSVFPKLIQIPSPINPFRVFKFAHHSTSPAAATDPLDPARLSCSSDTALAGSGSFCSTAVSTAVAAEIPAPLSAAALMVKREEAGFWRRDSEEHSAPHLSYPQPWNCDGWGRFIALLPGFPVMEVATTASSFALTKRISPSITSAHNGKPNRTFSWSSSRLRAMPLSSNFLAPFAGGSVAGDFTGVKLRPSSLNPDSFYGSKGKRGVVTMVIPFSRGSAWEQPPPDLASYLYKNRIVYLGMSLVPSVTELILAEFLYLQYEDEAKPIYLYINSTGTQRYVKPPIFTLCVGNAWGEAALLLAAGAKGNRSALPSSTIMIKQVKLYAKHIGKSTEEIEADIRRPKYFSPSEAVEYDEVDGFSRNQSTALSSQSSLLCRAKHSFRYAVPLTVIRWHERDDITFQSSQAGTNCVFCFLKGGFPAVITNMDCNEKTRNDDQITTQSHATCILQMPYANGLTFISVSLHSRSFGGKITMYKMDHL

Homology

[Close]

BLAST of Sgr020178 vs. NCBI nr
Match: XP_022155539.1 (uncharacterized protein LOC111022655 isoform X8 [Momordica charantia])

HSP 1 Score: 1221.1 bits (3158), Expect = 0.0e+00
Identity = 631/690 (91.45%), Postives = 653/690 (94.64%), Query Frame = 0


Query: 1    MWRLVHSSWILHVSCNKRRVAHIAALLSSVLHSSTFSER-IH-------------RKILE 60
            MWRLVHSSWILHVSCNKRRVAHIAALLSSVLHSSTFSE+ +H              K LE
Sbjct: 730  MWRLVHSSWILHVSCNKRRVAHIAALLSSVLHSSTFSEKSMHLSEGGTGPLKWFIEKFLE 789

Query: 61   EGKKSPRTFRLAALHLTGMWLSHPWTIKYYVKELKLLSLYGSVAFDEDFEAELTDYEART 120
            EG KSPRTFRLAALHLTGMWLS+PWTIKYYVKELKLLSLYGSVAFDEDFEAELTDY ART
Sbjct: 790  EGTKSPRTFRLAALHLTGMWLSYPWTIKYYVKELKLLSLYGSVAFDEDFEAELTDYVART 849

Query: 121  EVSLLAESPDRELTEVFINTELYARVSVAVLFHKLADLADMAGSSNEYGSCSDAVESGKL 180
            EVSLLAESPD ELTEVFINTELYARVSVAVLFHKLADLADM G SN+YGSCSDAVESGKL
Sbjct: 850  EVSLLAESPDPELTEVFINTELYARVSVAVLFHKLADLADMVGLSNKYGSCSDAVESGKL 909

Query: 181  FLLELLDSVVNNNDLAKELYKKHSAIHRRKIRAWQMICVLSRFVSQDIIQQVTNSLHVSL 240
            FLLELLDSVVNNNDLAKELYKKHSAIHRRK+RAWQMICVLSRFV QDIIQQVTNSLHV+L
Sbjct: 910  FLLELLDSVVNNNDLAKELYKKHSAIHRRKVRAWQMICVLSRFVCQDIIQQVTNSLHVAL 969

Query: 241  SRNNLPSVRQFLETFAISIYLKFPTLVKEQLVPILQDYNIRPQVLSSYVFIATNVILHVT 300
             RNNLPSVRQ+LETFAISIYLKFPTLVKEQLVPILQDYN+RPQVLSSYVFIATNVILH T
Sbjct: 970  CRNNLPSVRQYLETFAISIYLKFPTLVKEQLVPILQDYNMRPQVLSSYVFIATNVILHAT 1029

Query: 301  EAVQSSHLDELLPPLVPQLTSHHHSLRGFTQLLVYHVLCKLFPVVEFRATGNMPLEKRCF 360
            EAVQSSHLDELLPPLVPQLTSHHHSLRGFTQLLVYHVLCK FPVVEFRATG+M LEKRCF
Sbjct: 1030 EAVQSSHLDELLPPLVPQLTSHHHSLRGFTQLLVYHVLCKFFPVVEFRATGSMTLEKRCF 1089

Query: 361  EDLKSYLEKNPDCVRLRASMEGYLHAYNPALSVTPSGIFSSRVKDLEFECVPTSLMEQVL 420
            EDLKSYLEKNPDCVRLRASMEGYLHAYNPALSVTPSGIFSSRVKDLEFECV  SL+EQVL
Sbjct: 1090 EDLKSYLEKNPDCVRLRASMEGYLHAYNPALSVTPSGIFSSRVKDLEFECVQISLLEQVL 1149

Query: 421  NFLNDVREDLRCSMANDLTAIQNESFKTNEDHNLMDMSSDLKKESFTSKLPLATSLDFQK 480
            NFLNDVREDLR SMANDLTAI+NESFKT EDHNLMD+  D+ KES TSKLPLATSLDFQK
Sbjct: 1150 NFLNDVREDLRSSMANDLTAIKNESFKTIEDHNLMDVPPDVNKESSTSKLPLATSLDFQK 1209

Query: 481  KVTLSKHEKKDTDTSSYLGSKEAYKYLNEMEEEDQLLHQLLHSRSLSMEDLRMNRQHFIL 540
            KVTLSKHEKKDTDTSSYLG K+AYKYL+EMEEEDQLLHQLLHSRSLSMEDLR+NRQHFIL
Sbjct: 1210 KVTLSKHEKKDTDTSSYLGRKKAYKYLDEMEEEDQLLHQLLHSRSLSMEDLRINRQHFIL 1269

Query: 541  VASLLDRIPNLAGLARTCEVFKAAGLAIADLNILYDKQFQLISVTAEKWVPIVEVPVNSM 600
            VASL+DRIPNLAGLARTCEVFKAAGLAIADL+IL DKQFQLISVTAEKWVPIVEVPVNSM
Sbjct: 1270 VASLVDRIPNLAGLARTCEVFKAAGLAIADLSILNDKQFQLISVTAEKWVPIVEVPVNSM 1329

Query: 601  KLFLDKKKREGFSILGLEQTANSVPLDQYTFPKKTVLVLGREKEGIPVDIIHILDACVEI 660
            KLFL+KKK+EGFSILGLEQTANSVPLDQYTFPKKTVLVLGREKEGIPVDIIHILDACVEI
Sbjct: 1330 KLFLEKKKQEGFSILGLEQTANSVPLDQYTFPKKTVLVLGREKEGIPVDIIHILDACVEI 1389

Query: 661  PQLGVVRSLNVHVSGAIALWEFTRQQRHQI 677
            PQLGVVRSLNVHVSGAI LWE+TRQQRHQ+
Sbjct: 1390 PQLGVVRSLNVHVSGAIGLWEYTRQQRHQL 1419

[Close]

BLAST of Sgr020178 vs. NCBI nr
Match: XP_022155538.1 (uncharacterized protein LOC111022655 isoform X7 [Momordica charantia])

HSP 1 Score: 1221.1 bits (3158), Expect = 0.0e+00
Identity = 631/690 (91.45%), Postives = 653/690 (94.64%), Query Frame = 0


Query: 1    MWRLVHSSWILHVSCNKRRVAHIAALLSSVLHSSTFSER-IH-------------RKILE 60
            MWRLVHSSWILHVSCNKRRVAHIAALLSSVLHSSTFSE+ +H              K LE
Sbjct: 1072 MWRLVHSSWILHVSCNKRRVAHIAALLSSVLHSSTFSEKSMHLSEGGTGPLKWFIEKFLE 1131

Query: 61   EGKKSPRTFRLAALHLTGMWLSHPWTIKYYVKELKLLSLYGSVAFDEDFEAELTDYEART 120
            EG KSPRTFRLAALHLTGMWLS+PWTIKYYVKELKLLSLYGSVAFDEDFEAELTDY ART
Sbjct: 1132 EGTKSPRTFRLAALHLTGMWLSYPWTIKYYVKELKLLSLYGSVAFDEDFEAELTDYVART 1191

Query: 121  EVSLLAESPDRELTEVFINTELYARVSVAVLFHKLADLADMAGSSNEYGSCSDAVESGKL 180
            EVSLLAESPD ELTEVFINTELYARVSVAVLFHKLADLADM G SN+YGSCSDAVESGKL
Sbjct: 1192 EVSLLAESPDPELTEVFINTELYARVSVAVLFHKLADLADMVGLSNKYGSCSDAVESGKL 1251

Query: 181  FLLELLDSVVNNNDLAKELYKKHSAIHRRKIRAWQMICVLSRFVSQDIIQQVTNSLHVSL 240
            FLLELLDSVVNNNDLAKELYKKHSAIHRRK+RAWQMICVLSRFV QDIIQQVTNSLHV+L
Sbjct: 1252 FLLELLDSVVNNNDLAKELYKKHSAIHRRKVRAWQMICVLSRFVCQDIIQQVTNSLHVAL 1311

Query: 241  SRNNLPSVRQFLETFAISIYLKFPTLVKEQLVPILQDYNIRPQVLSSYVFIATNVILHVT 300
             RNNLPSVRQ+LETFAISIYLKFPTLVKEQLVPILQDYN+RPQVLSSYVFIATNVILH T
Sbjct: 1312 CRNNLPSVRQYLETFAISIYLKFPTLVKEQLVPILQDYNMRPQVLSSYVFIATNVILHAT 1371

Query: 301  EAVQSSHLDELLPPLVPQLTSHHHSLRGFTQLLVYHVLCKLFPVVEFRATGNMPLEKRCF 360
            EAVQSSHLDELLPPLVPQLTSHHHSLRGFTQLLVYHVLCK FPVVEFRATG+M LEKRCF
Sbjct: 1372 EAVQSSHLDELLPPLVPQLTSHHHSLRGFTQLLVYHVLCKFFPVVEFRATGSMTLEKRCF 1431

Query: 361  EDLKSYLEKNPDCVRLRASMEGYLHAYNPALSVTPSGIFSSRVKDLEFECVPTSLMEQVL 420
            EDLKSYLEKNPDCVRLRASMEGYLHAYNPALSVTPSGIFSSRVKDLEFECV  SL+EQVL
Sbjct: 1432 EDLKSYLEKNPDCVRLRASMEGYLHAYNPALSVTPSGIFSSRVKDLEFECVQISLLEQVL 1491

Query: 421  NFLNDVREDLRCSMANDLTAIQNESFKTNEDHNLMDMSSDLKKESFTSKLPLATSLDFQK 480
            NFLNDVREDLR SMANDLTAI+NESFKT EDHNLMD+  D+ KES TSKLPLATSLDFQK
Sbjct: 1492 NFLNDVREDLRSSMANDLTAIKNESFKTIEDHNLMDVPPDVNKESSTSKLPLATSLDFQK 1551

Query: 481  KVTLSKHEKKDTDTSSYLGSKEAYKYLNEMEEEDQLLHQLLHSRSLSMEDLRMNRQHFIL 540
            KVTLSKHEKKDTDTSSYLG K+AYKYL+EMEEEDQLLHQLLHSRSLSMEDLR+NRQHFIL
Sbjct: 1552 KVTLSKHEKKDTDTSSYLGRKKAYKYLDEMEEEDQLLHQLLHSRSLSMEDLRINRQHFIL 1611

Query: 541  VASLLDRIPNLAGLARTCEVFKAAGLAIADLNILYDKQFQLISVTAEKWVPIVEVPVNSM 600
            VASL+DRIPNLAGLARTCEVFKAAGLAIADL+IL DKQFQLISVTAEKWVPIVEVPVNSM
Sbjct: 1612 VASLVDRIPNLAGLARTCEVFKAAGLAIADLSILNDKQFQLISVTAEKWVPIVEVPVNSM 1671

Query: 601  KLFLDKKKREGFSILGLEQTANSVPLDQYTFPKKTVLVLGREKEGIPVDIIHILDACVEI 660
            KLFL+KKK+EGFSILGLEQTANSVPLDQYTFPKKTVLVLGREKEGIPVDIIHILDACVEI
Sbjct: 1672 KLFLEKKKQEGFSILGLEQTANSVPLDQYTFPKKTVLVLGREKEGIPVDIIHILDACVEI 1731

Query: 661  PQLGVVRSLNVHVSGAIALWEFTRQQRHQI 677
            PQLGVVRSLNVHVSGAI LWE+TRQQRHQ+
Sbjct: 1732 PQLGVVRSLNVHVSGAIGLWEYTRQQRHQL 1761

[Close]

BLAST of Sgr020178 vs. NCBI nr
Match: XP_022155532.1 (uncharacterized protein LOC111022655 isoform X1 [Momordica charantia])

HSP 1 Score: 1221.1 bits (3158), Expect = 0.0e+00
Identity = 631/690 (91.45%), Postives = 653/690 (94.64%), Query Frame = 0


Query: 1    MWRLVHSSWILHVSCNKRRVAHIAALLSSVLHSSTFSER-IH-------------RKILE 60
            MWRLVHSSWILHVSCNKRRVAHIAALLSSVLHSSTFSE+ +H              K LE
Sbjct: 1153 MWRLVHSSWILHVSCNKRRVAHIAALLSSVLHSSTFSEKSMHLSEGGTGPLKWFIEKFLE 1212

Query: 61   EGKKSPRTFRLAALHLTGMWLSHPWTIKYYVKELKLLSLYGSVAFDEDFEAELTDYEART 120
            EG KSPRTFRLAALHLTGMWLS+PWTIKYYVKELKLLSLYGSVAFDEDFEAELTDY ART
Sbjct: 1213 EGTKSPRTFRLAALHLTGMWLSYPWTIKYYVKELKLLSLYGSVAFDEDFEAELTDYVART 1272

Query: 121  EVSLLAESPDRELTEVFINTELYARVSVAVLFHKLADLADMAGSSNEYGSCSDAVESGKL 180
            EVSLLAESPD ELTEVFINTELYARVSVAVLFHKLADLADM G SN+YGSCSDAVESGKL
Sbjct: 1273 EVSLLAESPDPELTEVFINTELYARVSVAVLFHKLADLADMVGLSNKYGSCSDAVESGKL 1332

Query: 181  FLLELLDSVVNNNDLAKELYKKHSAIHRRKIRAWQMICVLSRFVSQDIIQQVTNSLHVSL 240
            FLLELLDSVVNNNDLAKELYKKHSAIHRRK+RAWQMICVLSRFV QDIIQQVTNSLHV+L
Sbjct: 1333 FLLELLDSVVNNNDLAKELYKKHSAIHRRKVRAWQMICVLSRFVCQDIIQQVTNSLHVAL 1392

Query: 241  SRNNLPSVRQFLETFAISIYLKFPTLVKEQLVPILQDYNIRPQVLSSYVFIATNVILHVT 300
             RNNLPSVRQ+LETFAISIYLKFPTLVKEQLVPILQDYN+RPQVLSSYVFIATNVILH T
Sbjct: 1393 CRNNLPSVRQYLETFAISIYLKFPTLVKEQLVPILQDYNMRPQVLSSYVFIATNVILHAT 1452

Query: 301  EAVQSSHLDELLPPLVPQLTSHHHSLRGFTQLLVYHVLCKLFPVVEFRATGNMPLEKRCF 360
            EAVQSSHLDELLPPLVPQLTSHHHSLRGFTQLLVYHVLCK FPVVEFRATG+M LEKRCF
Sbjct: 1453 EAVQSSHLDELLPPLVPQLTSHHHSLRGFTQLLVYHVLCKFFPVVEFRATGSMTLEKRCF 1512

Query: 361  EDLKSYLEKNPDCVRLRASMEGYLHAYNPALSVTPSGIFSSRVKDLEFECVPTSLMEQVL 420
            EDLKSYLEKNPDCVRLRASMEGYLHAYNPALSVTPSGIFSSRVKDLEFECV  SL+EQVL
Sbjct: 1513 EDLKSYLEKNPDCVRLRASMEGYLHAYNPALSVTPSGIFSSRVKDLEFECVQISLLEQVL 1572

Query: 421  NFLNDVREDLRCSMANDLTAIQNESFKTNEDHNLMDMSSDLKKESFTSKLPLATSLDFQK 480
            NFLNDVREDLR SMANDLTAI+NESFKT EDHNLMD+  D+ KES TSKLPLATSLDFQK
Sbjct: 1573 NFLNDVREDLRSSMANDLTAIKNESFKTIEDHNLMDVPPDVNKESSTSKLPLATSLDFQK 1632

Query: 481  KVTLSKHEKKDTDTSSYLGSKEAYKYLNEMEEEDQLLHQLLHSRSLSMEDLRMNRQHFIL 540
            KVTLSKHEKKDTDTSSYLG K+AYKYL+EMEEEDQLLHQLLHSRSLSMEDLR+NRQHFIL
Sbjct: 1633 KVTLSKHEKKDTDTSSYLGRKKAYKYLDEMEEEDQLLHQLLHSRSLSMEDLRINRQHFIL 1692

Query: 541  VASLLDRIPNLAGLARTCEVFKAAGLAIADLNILYDKQFQLISVTAEKWVPIVEVPVNSM 600
            VASL+DRIPNLAGLARTCEVFKAAGLAIADL+IL DKQFQLISVTAEKWVPIVEVPVNSM
Sbjct: 1693 VASLVDRIPNLAGLARTCEVFKAAGLAIADLSILNDKQFQLISVTAEKWVPIVEVPVNSM 1752

Query: 601  KLFLDKKKREGFSILGLEQTANSVPLDQYTFPKKTVLVLGREKEGIPVDIIHILDACVEI 660
            KLFL+KKK+EGFSILGLEQTANSVPLDQYTFPKKTVLVLGREKEGIPVDIIHILDACVEI
Sbjct: 1753 KLFLEKKKQEGFSILGLEQTANSVPLDQYTFPKKTVLVLGREKEGIPVDIIHILDACVEI 1812

Query: 661  PQLGVVRSLNVHVSGAIALWEFTRQQRHQI 677
            PQLGVVRSLNVHVSGAI LWE+TRQQRHQ+
Sbjct: 1813 PQLGVVRSLNVHVSGAIGLWEYTRQQRHQL 1842

[Close]

BLAST of Sgr020178 vs. NCBI nr
Match: XP_022155540.1 (uncharacterized protein LOC111022655 isoform X9 [Momordica charantia])

HSP 1 Score: 1221.1 bits (3158), Expect = 0.0e+00
Identity = 631/690 (91.45%), Postives = 653/690 (94.64%), Query Frame = 0


Query: 1    MWRLVHSSWILHVSCNKRRVAHIAALLSSVLHSSTFSER-IH-------------RKILE 60
            MWRLVHSSWILHVSCNKRRVAHIAALLSSVLHSSTFSE+ +H              K LE
Sbjct: 699  MWRLVHSSWILHVSCNKRRVAHIAALLSSVLHSSTFSEKSMHLSEGGTGPLKWFIEKFLE 758

Query: 61   EGKKSPRTFRLAALHLTGMWLSHPWTIKYYVKELKLLSLYGSVAFDEDFEAELTDYEART 120
            EG KSPRTFRLAALHLTGMWLS+PWTIKYYVKELKLLSLYGSVAFDEDFEAELTDY ART
Sbjct: 759  EGTKSPRTFRLAALHLTGMWLSYPWTIKYYVKELKLLSLYGSVAFDEDFEAELTDYVART 818

Query: 121  EVSLLAESPDRELTEVFINTELYARVSVAVLFHKLADLADMAGSSNEYGSCSDAVESGKL 180
            EVSLLAESPD ELTEVFINTELYARVSVAVLFHKLADLADM G SN+YGSCSDAVESGKL
Sbjct: 819  EVSLLAESPDPELTEVFINTELYARVSVAVLFHKLADLADMVGLSNKYGSCSDAVESGKL 878

Query: 181  FLLELLDSVVNNNDLAKELYKKHSAIHRRKIRAWQMICVLSRFVSQDIIQQVTNSLHVSL 240
            FLLELLDSVVNNNDLAKELYKKHSAIHRRK+RAWQMICVLSRFV QDIIQQVTNSLHV+L
Sbjct: 879  FLLELLDSVVNNNDLAKELYKKHSAIHRRKVRAWQMICVLSRFVCQDIIQQVTNSLHVAL 938

Query: 241  SRNNLPSVRQFLETFAISIYLKFPTLVKEQLVPILQDYNIRPQVLSSYVFIATNVILHVT 300
             RNNLPSVRQ+LETFAISIYLKFPTLVKEQLVPILQDYN+RPQVLSSYVFIATNVILH T
Sbjct: 939  CRNNLPSVRQYLETFAISIYLKFPTLVKEQLVPILQDYNMRPQVLSSYVFIATNVILHAT 998

Query: 301  EAVQSSHLDELLPPLVPQLTSHHHSLRGFTQLLVYHVLCKLFPVVEFRATGNMPLEKRCF 360
            EAVQSSHLDELLPPLVPQLTSHHHSLRGFTQLLVYHVLCK FPVVEFRATG+M LEKRCF
Sbjct: 999  EAVQSSHLDELLPPLVPQLTSHHHSLRGFTQLLVYHVLCKFFPVVEFRATGSMTLEKRCF 1058

Query: 361  EDLKSYLEKNPDCVRLRASMEGYLHAYNPALSVTPSGIFSSRVKDLEFECVPTSLMEQVL 420
            EDLKSYLEKNPDCVRLRASMEGYLHAYNPALSVTPSGIFSSRVKDLEFECV  SL+EQVL
Sbjct: 1059 EDLKSYLEKNPDCVRLRASMEGYLHAYNPALSVTPSGIFSSRVKDLEFECVQISLLEQVL 1118

Query: 421  NFLNDVREDLRCSMANDLTAIQNESFKTNEDHNLMDMSSDLKKESFTSKLPLATSLDFQK 480
            NFLNDVREDLR SMANDLTAI+NESFKT EDHNLMD+  D+ KES TSKLPLATSLDFQK
Sbjct: 1119 NFLNDVREDLRSSMANDLTAIKNESFKTIEDHNLMDVPPDVNKESSTSKLPLATSLDFQK 1178

Query: 481  KVTLSKHEKKDTDTSSYLGSKEAYKYLNEMEEEDQLLHQLLHSRSLSMEDLRMNRQHFIL 540
            KVTLSKHEKKDTDTSSYLG K+AYKYL+EMEEEDQLLHQLLHSRSLSMEDLR+NRQHFIL
Sbjct: 1179 KVTLSKHEKKDTDTSSYLGRKKAYKYLDEMEEEDQLLHQLLHSRSLSMEDLRINRQHFIL 1238

Query: 541  VASLLDRIPNLAGLARTCEVFKAAGLAIADLNILYDKQFQLISVTAEKWVPIVEVPVNSM 600
            VASL+DRIPNLAGLARTCEVFKAAGLAIADL+IL DKQFQLISVTAEKWVPIVEVPVNSM
Sbjct: 1239 VASLVDRIPNLAGLARTCEVFKAAGLAIADLSILNDKQFQLISVTAEKWVPIVEVPVNSM 1298

Query: 601  KLFLDKKKREGFSILGLEQTANSVPLDQYTFPKKTVLVLGREKEGIPVDIIHILDACVEI 660
            KLFL+KKK+EGFSILGLEQTANSVPLDQYTFPKKTVLVLGREKEGIPVDIIHILDACVEI
Sbjct: 1299 KLFLEKKKQEGFSILGLEQTANSVPLDQYTFPKKTVLVLGREKEGIPVDIIHILDACVEI 1358

Query: 661  PQLGVVRSLNVHVSGAIALWEFTRQQRHQI 677
            PQLGVVRSLNVHVSGAI LWE+TRQQRHQ+
Sbjct: 1359 PQLGVVRSLNVHVSGAIGLWEYTRQQRHQL 1388

[Close]

BLAST of Sgr020178 vs. NCBI nr
Match: XP_022155534.1 (uncharacterized protein LOC111022655 isoform X3 [Momordica charantia])

HSP 1 Score: 1221.1 bits (3158), Expect = 0.0e+00
Identity = 631/690 (91.45%), Postives = 653/690 (94.64%), Query Frame = 0


Query: 1    MWRLVHSSWILHVSCNKRRVAHIAALLSSVLHSSTFSER-IH-------------RKILE 60
            MWRLVHSSWILHVSCNKRRVAHIAALLSSVLHSSTFSE+ +H              K LE
Sbjct: 1146 MWRLVHSSWILHVSCNKRRVAHIAALLSSVLHSSTFSEKSMHLSEGGTGPLKWFIEKFLE 1205

Query: 61   EGKKSPRTFRLAALHLTGMWLSHPWTIKYYVKELKLLSLYGSVAFDEDFEAELTDYEART 120
            EG KSPRTFRLAALHLTGMWLS+PWTIKYYVKELKLLSLYGSVAFDEDFEAELTDY ART
Sbjct: 1206 EGTKSPRTFRLAALHLTGMWLSYPWTIKYYVKELKLLSLYGSVAFDEDFEAELTDYVART 1265

Query: 121  EVSLLAESPDRELTEVFINTELYARVSVAVLFHKLADLADMAGSSNEYGSCSDAVESGKL 180
            EVSLLAESPD ELTEVFINTELYARVSVAVLFHKLADLADM G SN+YGSCSDAVESGKL
Sbjct: 1266 EVSLLAESPDPELTEVFINTELYARVSVAVLFHKLADLADMVGLSNKYGSCSDAVESGKL 1325

Query: 181  FLLELLDSVVNNNDLAKELYKKHSAIHRRKIRAWQMICVLSRFVSQDIIQQVTNSLHVSL 240
            FLLELLDSVVNNNDLAKELYKKHSAIHRRK+RAWQMICVLSRFV QDIIQQVTNSLHV+L
Sbjct: 1326 FLLELLDSVVNNNDLAKELYKKHSAIHRRKVRAWQMICVLSRFVCQDIIQQVTNSLHVAL 1385

Query: 241  SRNNLPSVRQFLETFAISIYLKFPTLVKEQLVPILQDYNIRPQVLSSYVFIATNVILHVT 300
             RNNLPSVRQ+LETFAISIYLKFPTLVKEQLVPILQDYN+RPQVLSSYVFIATNVILH T
Sbjct: 1386 CRNNLPSVRQYLETFAISIYLKFPTLVKEQLVPILQDYNMRPQVLSSYVFIATNVILHAT 1445

Query: 301  EAVQSSHLDELLPPLVPQLTSHHHSLRGFTQLLVYHVLCKLFPVVEFRATGNMPLEKRCF 360
            EAVQSSHLDELLPPLVPQLTSHHHSLRGFTQLLVYHVLCK FPVVEFRATG+M LEKRCF
Sbjct: 1446 EAVQSSHLDELLPPLVPQLTSHHHSLRGFTQLLVYHVLCKFFPVVEFRATGSMTLEKRCF 1505

Query: 361  EDLKSYLEKNPDCVRLRASMEGYLHAYNPALSVTPSGIFSSRVKDLEFECVPTSLMEQVL 420
            EDLKSYLEKNPDCVRLRASMEGYLHAYNPALSVTPSGIFSSRVKDLEFECV  SL+EQVL
Sbjct: 1506 EDLKSYLEKNPDCVRLRASMEGYLHAYNPALSVTPSGIFSSRVKDLEFECVQISLLEQVL 1565

Query: 421  NFLNDVREDLRCSMANDLTAIQNESFKTNEDHNLMDMSSDLKKESFTSKLPLATSLDFQK 480
            NFLNDVREDLR SMANDLTAI+NESFKT EDHNLMD+  D+ KES TSKLPLATSLDFQK
Sbjct: 1566 NFLNDVREDLRSSMANDLTAIKNESFKTIEDHNLMDVPPDVNKESSTSKLPLATSLDFQK 1625

Query: 481  KVTLSKHEKKDTDTSSYLGSKEAYKYLNEMEEEDQLLHQLLHSRSLSMEDLRMNRQHFIL 540
            KVTLSKHEKKDTDTSSYLG K+AYKYL+EMEEEDQLLHQLLHSRSLSMEDLR+NRQHFIL
Sbjct: 1626 KVTLSKHEKKDTDTSSYLGRKKAYKYLDEMEEEDQLLHQLLHSRSLSMEDLRINRQHFIL 1685

Query: 541  VASLLDRIPNLAGLARTCEVFKAAGLAIADLNILYDKQFQLISVTAEKWVPIVEVPVNSM 600
            VASL+DRIPNLAGLARTCEVFKAAGLAIADL+IL DKQFQLISVTAEKWVPIVEVPVNSM
Sbjct: 1686 VASLVDRIPNLAGLARTCEVFKAAGLAIADLSILNDKQFQLISVTAEKWVPIVEVPVNSM 1745

Query: 601  KLFLDKKKREGFSILGLEQTANSVPLDQYTFPKKTVLVLGREKEGIPVDIIHILDACVEI 660
            KLFL+KKK+EGFSILGLEQTANSVPLDQYTFPKKTVLVLGREKEGIPVDIIHILDACVEI
Sbjct: 1746 KLFLEKKKQEGFSILGLEQTANSVPLDQYTFPKKTVLVLGREKEGIPVDIIHILDACVEI 1805

Query: 661  PQLGVVRSLNVHVSGAIALWEFTRQQRHQI 677
            PQLGVVRSLNVHVSGAI LWE+TRQQRHQ+
Sbjct: 1806 PQLGVVRSLNVHVSGAIGLWEYTRQQRHQL 1835

[Close]

BLAST of Sgr020178 vs. ExPASy Swiss-Prot
Match: Q8LB10 (ATP-dependent Clp protease proteolytic subunit-related protein 4, chloroplastic OS=Arabidopsis thaliana OX=3702 GN=CLPR4 PE=1 SV=1)

HSP 1 Score: 305.4 bits (781), Expect = 2.7e-81
Identity = 183/291 (62.89%), Postives = 200/291 (68.73%), Query Frame = 0


Query: 835  MEV-ATTASSF----ALTKRISPSITSAHNGKPNRTFSWSSSRLRAMPLSSNFLAPFAGG 894
            MEV A TA+SF    A T  I PS T     KP   FS SSS LRA  LS+ FL+P+ GG
Sbjct: 1    MEVAAATATSFTTLRARTSAIIPSSTRNLRSKPR--FS-SSSSLRA-SLSNGFLSPYTGG 60

Query: 895  SVAGDFTGVKLRPSSLNPDSFYGSKGKRGVVTMVIPFSRGSAWEQPPPDLASYLYKNRIV 954
            S++ D  G KLR  SLNP +F  SK KRGVVTMVIPFS+GSA EQPPPDLASYL+KNRIV
Sbjct: 61   SISSDLCGAKLRAESLNPLNFSSSKPKRGVVTMVIPFSKGSAHEQPPPDLASYLFKNRIV 120

Query: 955  YLGMSLVPSVTELILAEFLYLQYEDEAKPIYLYINSTGTQR------------------- 1014
            YLGMSLVPSVTELILAEFLYLQYEDE KPIYLYINSTGT +                   
Sbjct: 121  YLGMSLVPSVTELILAEFLYLQYEDEEKPIYLYINSTGTTKNGEKLGYDTEAFAIYDVMG 180

Query: 1015 YVKPPIFTLCVGNAWGEAALLLAAGAKGNRSALPSSTIMIKQ------------------ 1074
            YVKPPIFTLCVGNAWGEAALLL AGAKGNRSALPSSTIMIKQ                  
Sbjct: 181  YVKPPIFTLCVGNAWGEAALLLTAGAKGNRSALPSSTIMIKQPIARFQGQATDVEIARKE 240

Query: 1075 --------VKLYAKHIGKSTEEIEADIRRPKYFSPSEAVEYDEVDGFSRNQ 1076
                    VKLY+KHIGKS E+IEAD++RPKYFSP+EAVEY  +D    N+
Sbjct: 241  IKHIKTEMVKLYSKHIGKSPEQIEADMKRPKYFSPTEAVEYGIIDKVVYNE 287

[Close]

BLAST of Sgr020178 vs. ExPASy Swiss-Prot
Match: Q13395 (Probable methyltransferase TARBP1 OS=Homo sapiens OX=9606 GN=TARBP1 PE=1 SV=1)

HSP 1 Score: 185.7 bits (470), Expect = 3.2e-45
Identity = 161/521 (30.90%), Postives = 261/521 (50.10%), Query Frame = 0


Query: 163  SGKLFLLELLDSVVNNNDL---AKELYKKHSAIHRRKIRAWQMICVLSRFVSQDIIQQVT 222
            S KLF+ +L   +++ ++L   +K+ Y  +S  HR K R WQ + VL   + Q+ +  + 
Sbjct: 1133 SHKLFIEDLAIKLLDKDELVSKSKKRYYVNSLQHRVKNRVWQTLLVLFPRLDQNFLNGII 1192

Query: 223  NSLHVSLSRNNLPSVRQFLETFAISIYLKFPTLVKEQLVPILQD-YNIRPQVLSSYVFIA 282
            + +  +   NN  S++ F+E   I I  KFP     Q +P   D ++   + L + +   
Sbjct: 1193 DRIFQAGFTNNQASIKYFIEWIIILILHKFP-----QFLPKFWDCFSYGEENLKTSICTF 1252

Query: 283  TNVILH---VTEAVQSSH--LDELLPPLVPQLTSHHHSLR--GFTQLLVYHVLCKLFPVV 342
              V+ H   +T+ +      L + L  ++    +H+ S+R      L     +CK+  V 
Sbjct: 1253 LAVLSHLDIITQNIPEKKLILKQALIVVLQWCFNHNFSVRLYALVALKKLWTVCKVLSVE 1312

Query: 343  EFRATGNMPLEKRCFEDLKSYLEKNPDCVRLRASMEGYLHAYNPALSVTPSGIFSSRVKD 402
            EF A             L   +E +   V    SM G  +A      +     F++    
Sbjct: 1313 EFDA-------------LTPVIESSLHQVE---SMHGAGNAKKNWQRIQEHFFFAT-FHP 1372

Query: 403  LEFECVPTSLMEQVLNFLNDVREDLRCSMANDLTAIQNESFKTNEDHNLMDMSSDLKKES 462
            L+  C+ T  +  +L  L+ + ED   ++ +  T   +          L        K  
Sbjct: 1373 LKDYCLET--IFYILPRLSGLIEDEWITI-DKFTRFTDVPLAAGFQWYLSQTQLSKLKPG 1432

Query: 463  FTSKLPLATSLDFQKKVTLSKHEKKDTDTSSYLGSKEAYKYLNEMEEEDQLLHQLLHSRS 522
              S+  + T+L        + ++ + TD       K+   + + + + D  L  L   R+
Sbjct: 1433 DWSQQDIGTNL------VEADNQAEWTDV-----QKKIIPWNSRVSDLD--LELLFQDRA 1492

Query: 523  LSMEDLRMNRQHFILVASLLDRIPNLAGLARTCEVFKAAGLAIADLNILYDKQFQLISVT 582
                 L  +    I+VASL+D+  NL GL RTCEVF A+ L +  L  + DKQFQ +SV+
Sbjct: 1493 AR---LGKSISRLIVVASLIDKPTNLGGLCRTCEVFGASVLVVGSLQCISDKQFQHLSVS 1552

Query: 583  AEKWVPIVEVPVNSMKLFLDKKKREGFSILGLEQTANSVPLDQYTFPKKTVLVLGREKEG 642
            AE+W+P+VEV    +  +L +KK EG++I+G+EQTA S+ L QY FP+K++L+LG E+EG
Sbjct: 1553 AEQWLPLVEVKPPQLIDYLQQKKTEGYTIIGVEQTAKSLDLTQYCFPEKSLLLLGNEREG 1612

Query: 643  IPVDIIHILDACVEIPQLGVVRSLNVHVSGAIALWEFTRQQ 673
            IP ++I  LD CVEIPQ G++RSLNVHVSGA+ +WE+TRQQ
Sbjct: 1613 IPANLIQQLDVCVEIPQQGIIRSLNVHVSGALLIWEYTRQQ 1612

[Close]

BLAST of Sgr020178 vs. ExPASy Swiss-Prot
Match: Q07527 (tRNA (guanosine(18)-2'-O)-methyltransferase OS=Saccharomyces cerevisiae (strain ATCC 204508 / S288c) OX=559292 GN=TRM3 PE=1 SV=1)

HSP 1 Score: 134.8 bits (338), Expect = 6.4e-30
Identity = 62/154 (40.26%), Postives = 104/154 (67.53%), Query Frame = 0


Query: 519  MNRQHFILVASLLDRIPNLAGLARTCEVFKAAGLAIADLNILYDKQFQLISVTAEKWVPI 578
            + R   I+V+SL+D+ PNL G+ R C+V     L + D+ +    QF+ ++VTA++W+P+
Sbjct: 1281 VTRSELIVVSSLVDKPPNLGGICRLCDVLGVGLLTVQDIKVKNHPQFKNVAVTADRWMPM 1340

Query: 579  VEVPVNSMKLFLDKKKREGFSILGLEQTANSVPLD-QYTFPKKTVLVLGREKEGIPVDII 638
             EV ++ +  F+ +KK+EG++++GLEQT  SV LD  + FPKK++++LG E  GIP  ++
Sbjct: 1341 EEVALDEIASFMKEKKKEGYTLIGLEQTDKSVKLDNNFQFPKKSLILLGTEAFGIPGTLL 1400

Query: 639  HILDACVEIPQLGVVRSLNVHVSGAIALWEFTRQ 672
              LD C+EI Q GV+RS+N+  + A+ +  +T Q
Sbjct: 1401 SELDLCLEIQQFGVIRSMNIQTATAVIVHSYTVQ 1434

[Close]

BLAST of Sgr020178 vs. ExPASy Swiss-Prot
Match: Q9L4P4 (Putative ATP-dependent Clp protease proteolytic subunit-like OS=Synechococcus elongatus (strain PCC 7942 / FACHB-805) OX=1140 GN=clpR PE=3 SV=1)

HSP 1 Score: 123.6 bits (309), Expect = 1.5e-26
Identity = 70/201 (34.83%), Postives = 105/201 (52.24%), Query Frame = 0


Query: 925  PFSRGSAWEQPPPDLASYLYKNRIVYLGMSLVPS----------VTELILAEFLYLQYED 984
            P+    ++  PPPDL S L K RI+YLGM L  S          VTELI+A+ LYL++++
Sbjct: 11   PYYGDVSYRTPPPDLPSLLLKERIIYLGMPLFSSDDVKRQVGFDVTELIIAQLLYLEFDN 70

Query: 985  EAKPIYLYINSTG--------------------TQRYVKPPIFTLCVGNAWGEAALLLAA 1044
              KPIY YINSTG                    T RY+KPP+ T+C+G A G AA++L+ 
Sbjct: 71   PEKPIYFYINSTGTSWYTGDAIGYETEAFAICDTMRYIKPPVHTICIGQAMGTAAMILSG 130

Query: 1045 GAKGNRSALPSSTIMIKQ--------------------------VKLYAKHIGKSTEEIE 1070
            G  GNR++LP +TI++ Q                          ++++A++ G+  + + 
Sbjct: 131  GTPGNRASLPHATIVLNQPRTGAQGQASDIQIRAKEVLANKRTMLEIFARNTGQDPDRLA 190

[Close]

BLAST of Sgr020178 vs. ExPASy Swiss-Prot
Match: P74466 (Putative ATP-dependent Clp protease proteolytic subunit-like OS=Synechocystis sp. (strain PCC 6803 / Kazusa) OX=1111708 GN=clpR PE=3 SV=1)

HSP 1 Score: 120.6 bits (301), Expect = 1.2e-25
Identity = 72/195 (36.92%), Postives = 105/195 (53.85%), Query Frame = 0


Query: 931  AWEQPPPDLASYLYKNRIVYLGMSLVPS----------VTELILAEFLYLQYEDEAKPIY 990
            A++ PPPDL S L K RIVYLGM L  S          VT+LI+A+ LYLQ++D  KPIY
Sbjct: 15   AFKTPPPDLESLLLKERIVYLGMPLFSSDEVKQQVGIDVTQLIIAQLLYLQFDDPDKPIY 74

Query: 991  LYINSTGTQ--------------------RYVKPPIFTLCVGNAWGEAALLLAAGAKGNR 1050
             YINSTGT                      Y+KPP+ T+C+G A G AA++L++G KG R
Sbjct: 75   FYINSTGTSWYTGDAVGFETEAFAICDTLNYIKPPVHTICIGQAMGTAAMILSSGTKGYR 134

Query: 1051 SALPSSTIMIKQ-----------VKLYAKHI---------------GKSTEEIEADIRRP 1070
            ++LP +TI++ Q           +++ AK +               G++ E++  D+ R 
Sbjct: 135  ASLPHATIVLNQNRTGAQGQATDIQIRAKEVISNKQTMLEILSLNTGQTQEKLAKDMDRT 194

[Close]

BLAST of Sgr020178 vs. ExPASy TrEMBL
Match: A0A6J1DQJ7 (uncharacterized protein LOC111022655 isoform X3 OS=Momordica charantia OX=3673 GN=LOC111022655 PE=4 SV=1)

HSP 1 Score: 1221.1 bits (3158), Expect = 0.0e+00
Identity = 631/690 (91.45%), Postives = 653/690 (94.64%), Query Frame = 0


Query: 1    MWRLVHSSWILHVSCNKRRVAHIAALLSSVLHSSTFSER-IH-------------RKILE 60
            MWRLVHSSWILHVSCNKRRVAHIAALLSSVLHSSTFSE+ +H              K LE
Sbjct: 1146 MWRLVHSSWILHVSCNKRRVAHIAALLSSVLHSSTFSEKSMHLSEGGTGPLKWFIEKFLE 1205

Query: 61   EGKKSPRTFRLAALHLTGMWLSHPWTIKYYVKELKLLSLYGSVAFDEDFEAELTDYEART 120
            EG KSPRTFRLAALHLTGMWLS+PWTIKYYVKELKLLSLYGSVAFDEDFEAELTDY ART
Sbjct: 1206 EGTKSPRTFRLAALHLTGMWLSYPWTIKYYVKELKLLSLYGSVAFDEDFEAELTDYVART 1265

Query: 121  EVSLLAESPDRELTEVFINTELYARVSVAVLFHKLADLADMAGSSNEYGSCSDAVESGKL 180
            EVSLLAESPD ELTEVFINTELYARVSVAVLFHKLADLADM G SN+YGSCSDAVESGKL
Sbjct: 1266 EVSLLAESPDPELTEVFINTELYARVSVAVLFHKLADLADMVGLSNKYGSCSDAVESGKL 1325

Query: 181  FLLELLDSVVNNNDLAKELYKKHSAIHRRKIRAWQMICVLSRFVSQDIIQQVTNSLHVSL 240
            FLLELLDSVVNNNDLAKELYKKHSAIHRRK+RAWQMICVLSRFV QDIIQQVTNSLHV+L
Sbjct: 1326 FLLELLDSVVNNNDLAKELYKKHSAIHRRKVRAWQMICVLSRFVCQDIIQQVTNSLHVAL 1385

Query: 241  SRNNLPSVRQFLETFAISIYLKFPTLVKEQLVPILQDYNIRPQVLSSYVFIATNVILHVT 300
             RNNLPSVRQ+LETFAISIYLKFPTLVKEQLVPILQDYN+RPQVLSSYVFIATNVILH T
Sbjct: 1386 CRNNLPSVRQYLETFAISIYLKFPTLVKEQLVPILQDYNMRPQVLSSYVFIATNVILHAT 1445

Query: 301  EAVQSSHLDELLPPLVPQLTSHHHSLRGFTQLLVYHVLCKLFPVVEFRATGNMPLEKRCF 360
            EAVQSSHLDELLPPLVPQLTSHHHSLRGFTQLLVYHVLCK FPVVEFRATG+M LEKRCF
Sbjct: 1446 EAVQSSHLDELLPPLVPQLTSHHHSLRGFTQLLVYHVLCKFFPVVEFRATGSMTLEKRCF 1505

Query: 361  EDLKSYLEKNPDCVRLRASMEGYLHAYNPALSVTPSGIFSSRVKDLEFECVPTSLMEQVL 420
            EDLKSYLEKNPDCVRLRASMEGYLHAYNPALSVTPSGIFSSRVKDLEFECV  SL+EQVL
Sbjct: 1506 EDLKSYLEKNPDCVRLRASMEGYLHAYNPALSVTPSGIFSSRVKDLEFECVQISLLEQVL 1565

Query: 421  NFLNDVREDLRCSMANDLTAIQNESFKTNEDHNLMDMSSDLKKESFTSKLPLATSLDFQK 480
            NFLNDVREDLR SMANDLTAI+NESFKT EDHNLMD+  D+ KES TSKLPLATSLDFQK
Sbjct: 1566 NFLNDVREDLRSSMANDLTAIKNESFKTIEDHNLMDVPPDVNKESSTSKLPLATSLDFQK 1625

Query: 481  KVTLSKHEKKDTDTSSYLGSKEAYKYLNEMEEEDQLLHQLLHSRSLSMEDLRMNRQHFIL 540
            KVTLSKHEKKDTDTSSYLG K+AYKYL+EMEEEDQLLHQLLHSRSLSMEDLR+NRQHFIL
Sbjct: 1626 KVTLSKHEKKDTDTSSYLGRKKAYKYLDEMEEEDQLLHQLLHSRSLSMEDLRINRQHFIL 1685

Query: 541  VASLLDRIPNLAGLARTCEVFKAAGLAIADLNILYDKQFQLISVTAEKWVPIVEVPVNSM 600
            VASL+DRIPNLAGLARTCEVFKAAGLAIADL+IL DKQFQLISVTAEKWVPIVEVPVNSM
Sbjct: 1686 VASLVDRIPNLAGLARTCEVFKAAGLAIADLSILNDKQFQLISVTAEKWVPIVEVPVNSM 1745

Query: 601  KLFLDKKKREGFSILGLEQTANSVPLDQYTFPKKTVLVLGREKEGIPVDIIHILDACVEI 660
            KLFL+KKK+EGFSILGLEQTANSVPLDQYTFPKKTVLVLGREKEGIPVDIIHILDACVEI
Sbjct: 1746 KLFLEKKKQEGFSILGLEQTANSVPLDQYTFPKKTVLVLGREKEGIPVDIIHILDACVEI 1805

Query: 661  PQLGVVRSLNVHVSGAIALWEFTRQQRHQI 677
            PQLGVVRSLNVHVSGAI LWE+TRQQRHQ+
Sbjct: 1806 PQLGVVRSLNVHVSGAIGLWEYTRQQRHQL 1835

[Close]

BLAST of Sgr020178 vs. ExPASy TrEMBL
Match: A0A6J1DN81 (uncharacterized protein LOC111022655 isoform X7 OS=Momordica charantia OX=3673 GN=LOC111022655 PE=4 SV=1)

HSP 1 Score: 1221.1 bits (3158), Expect = 0.0e+00
Identity = 631/690 (91.45%), Postives = 653/690 (94.64%), Query Frame = 0


Query: 1    MWRLVHSSWILHVSCNKRRVAHIAALLSSVLHSSTFSER-IH-------------RKILE 60
            MWRLVHSSWILHVSCNKRRVAHIAALLSSVLHSSTFSE+ +H              K LE
Sbjct: 1072 MWRLVHSSWILHVSCNKRRVAHIAALLSSVLHSSTFSEKSMHLSEGGTGPLKWFIEKFLE 1131

Query: 61   EGKKSPRTFRLAALHLTGMWLSHPWTIKYYVKELKLLSLYGSVAFDEDFEAELTDYEART 120
            EG KSPRTFRLAALHLTGMWLS+PWTIKYYVKELKLLSLYGSVAFDEDFEAELTDY ART
Sbjct: 1132 EGTKSPRTFRLAALHLTGMWLSYPWTIKYYVKELKLLSLYGSVAFDEDFEAELTDYVART 1191

Query: 121  EVSLLAESPDRELTEVFINTELYARVSVAVLFHKLADLADMAGSSNEYGSCSDAVESGKL 180
            EVSLLAESPD ELTEVFINTELYARVSVAVLFHKLADLADM G SN+YGSCSDAVESGKL
Sbjct: 1192 EVSLLAESPDPELTEVFINTELYARVSVAVLFHKLADLADMVGLSNKYGSCSDAVESGKL 1251

Query: 181  FLLELLDSVVNNNDLAKELYKKHSAIHRRKIRAWQMICVLSRFVSQDIIQQVTNSLHVSL 240
            FLLELLDSVVNNNDLAKELYKKHSAIHRRK+RAWQMICVLSRFV QDIIQQVTNSLHV+L
Sbjct: 1252 FLLELLDSVVNNNDLAKELYKKHSAIHRRKVRAWQMICVLSRFVCQDIIQQVTNSLHVAL 1311

Query: 241  SRNNLPSVRQFLETFAISIYLKFPTLVKEQLVPILQDYNIRPQVLSSYVFIATNVILHVT 300
             RNNLPSVRQ+LETFAISIYLKFPTLVKEQLVPILQDYN+RPQVLSSYVFIATNVILH T
Sbjct: 1312 CRNNLPSVRQYLETFAISIYLKFPTLVKEQLVPILQDYNMRPQVLSSYVFIATNVILHAT 1371

Query: 301  EAVQSSHLDELLPPLVPQLTSHHHSLRGFTQLLVYHVLCKLFPVVEFRATGNMPLEKRCF 360
            EAVQSSHLDELLPPLVPQLTSHHHSLRGFTQLLVYHVLCK FPVVEFRATG+M LEKRCF
Sbjct: 1372 EAVQSSHLDELLPPLVPQLTSHHHSLRGFTQLLVYHVLCKFFPVVEFRATGSMTLEKRCF 1431

Query: 361  EDLKSYLEKNPDCVRLRASMEGYLHAYNPALSVTPSGIFSSRVKDLEFECVPTSLMEQVL 420
            EDLKSYLEKNPDCVRLRASMEGYLHAYNPALSVTPSGIFSSRVKDLEFECV  SL+EQVL
Sbjct: 1432 EDLKSYLEKNPDCVRLRASMEGYLHAYNPALSVTPSGIFSSRVKDLEFECVQISLLEQVL 1491

Query: 421  NFLNDVREDLRCSMANDLTAIQNESFKTNEDHNLMDMSSDLKKESFTSKLPLATSLDFQK 480
            NFLNDVREDLR SMANDLTAI+NESFKT EDHNLMD+  D+ KES TSKLPLATSLDFQK
Sbjct: 1492 NFLNDVREDLRSSMANDLTAIKNESFKTIEDHNLMDVPPDVNKESSTSKLPLATSLDFQK 1551

Query: 481  KVTLSKHEKKDTDTSSYLGSKEAYKYLNEMEEEDQLLHQLLHSRSLSMEDLRMNRQHFIL 540
            KVTLSKHEKKDTDTSSYLG K+AYKYL+EMEEEDQLLHQLLHSRSLSMEDLR+NRQHFIL
Sbjct: 1552 KVTLSKHEKKDTDTSSYLGRKKAYKYLDEMEEEDQLLHQLLHSRSLSMEDLRINRQHFIL 1611

Query: 541  VASLLDRIPNLAGLARTCEVFKAAGLAIADLNILYDKQFQLISVTAEKWVPIVEVPVNSM 600
            VASL+DRIPNLAGLARTCEVFKAAGLAIADL+IL DKQFQLISVTAEKWVPIVEVPVNSM
Sbjct: 1612 VASLVDRIPNLAGLARTCEVFKAAGLAIADLSILNDKQFQLISVTAEKWVPIVEVPVNSM 1671

Query: 601  KLFLDKKKREGFSILGLEQTANSVPLDQYTFPKKTVLVLGREKEGIPVDIIHILDACVEI 660
            KLFL+KKK+EGFSILGLEQTANSVPLDQYTFPKKTVLVLGREKEGIPVDIIHILDACVEI
Sbjct: 1672 KLFLEKKKQEGFSILGLEQTANSVPLDQYTFPKKTVLVLGREKEGIPVDIIHILDACVEI 1731

Query: 661  PQLGVVRSLNVHVSGAIALWEFTRQQRHQI 677
            PQLGVVRSLNVHVSGAI LWE+TRQQRHQ+
Sbjct: 1732 PQLGVVRSLNVHVSGAIGLWEYTRQQRHQL 1761

[Close]

BLAST of Sgr020178 vs. ExPASy TrEMBL
Match: A0A6J1DQK3 (uncharacterized protein LOC111022655 isoform X8 OS=Momordica charantia OX=3673 GN=LOC111022655 PE=4 SV=1)

HSP 1 Score: 1221.1 bits (3158), Expect = 0.0e+00
Identity = 631/690 (91.45%), Postives = 653/690 (94.64%), Query Frame = 0


Query: 1    MWRLVHSSWILHVSCNKRRVAHIAALLSSVLHSSTFSER-IH-------------RKILE 60
            MWRLVHSSWILHVSCNKRRVAHIAALLSSVLHSSTFSE+ +H              K LE
Sbjct: 730  MWRLVHSSWILHVSCNKRRVAHIAALLSSVLHSSTFSEKSMHLSEGGTGPLKWFIEKFLE 789

Query: 61   EGKKSPRTFRLAALHLTGMWLSHPWTIKYYVKELKLLSLYGSVAFDEDFEAELTDYEART 120
            EG KSPRTFRLAALHLTGMWLS+PWTIKYYVKELKLLSLYGSVAFDEDFEAELTDY ART
Sbjct: 790  EGTKSPRTFRLAALHLTGMWLSYPWTIKYYVKELKLLSLYGSVAFDEDFEAELTDYVART 849

Query: 121  EVSLLAESPDRELTEVFINTELYARVSVAVLFHKLADLADMAGSSNEYGSCSDAVESGKL 180
            EVSLLAESPD ELTEVFINTELYARVSVAVLFHKLADLADM G SN+YGSCSDAVESGKL
Sbjct: 850  EVSLLAESPDPELTEVFINTELYARVSVAVLFHKLADLADMVGLSNKYGSCSDAVESGKL 909

Query: 181  FLLELLDSVVNNNDLAKELYKKHSAIHRRKIRAWQMICVLSRFVSQDIIQQVTNSLHVSL 240
            FLLELLDSVVNNNDLAKELYKKHSAIHRRK+RAWQMICVLSRFV QDIIQQVTNSLHV+L
Sbjct: 910  FLLELLDSVVNNNDLAKELYKKHSAIHRRKVRAWQMICVLSRFVCQDIIQQVTNSLHVAL 969

Query: 241  SRNNLPSVRQFLETFAISIYLKFPTLVKEQLVPILQDYNIRPQVLSSYVFIATNVILHVT 300
             RNNLPSVRQ+LETFAISIYLKFPTLVKEQLVPILQDYN+RPQVLSSYVFIATNVILH T
Sbjct: 970  CRNNLPSVRQYLETFAISIYLKFPTLVKEQLVPILQDYNMRPQVLSSYVFIATNVILHAT 1029

Query: 301  EAVQSSHLDELLPPLVPQLTSHHHSLRGFTQLLVYHVLCKLFPVVEFRATGNMPLEKRCF 360
            EAVQSSHLDELLPPLVPQLTSHHHSLRGFTQLLVYHVLCK FPVVEFRATG+M LEKRCF
Sbjct: 1030 EAVQSSHLDELLPPLVPQLTSHHHSLRGFTQLLVYHVLCKFFPVVEFRATGSMTLEKRCF 1089

Query: 361  EDLKSYLEKNPDCVRLRASMEGYLHAYNPALSVTPSGIFSSRVKDLEFECVPTSLMEQVL 420
            EDLKSYLEKNPDCVRLRASMEGYLHAYNPALSVTPSGIFSSRVKDLEFECV  SL+EQVL
Sbjct: 1090 EDLKSYLEKNPDCVRLRASMEGYLHAYNPALSVTPSGIFSSRVKDLEFECVQISLLEQVL 1149

Query: 421  NFLNDVREDLRCSMANDLTAIQNESFKTNEDHNLMDMSSDLKKESFTSKLPLATSLDFQK 480
            NFLNDVREDLR SMANDLTAI+NESFKT EDHNLMD+  D+ KES TSKLPLATSLDFQK
Sbjct: 1150 NFLNDVREDLRSSMANDLTAIKNESFKTIEDHNLMDVPPDVNKESSTSKLPLATSLDFQK 1209

Query: 481  KVTLSKHEKKDTDTSSYLGSKEAYKYLNEMEEEDQLLHQLLHSRSLSMEDLRMNRQHFIL 540
            KVTLSKHEKKDTDTSSYLG K+AYKYL+EMEEEDQLLHQLLHSRSLSMEDLR+NRQHFIL
Sbjct: 1210 KVTLSKHEKKDTDTSSYLGRKKAYKYLDEMEEEDQLLHQLLHSRSLSMEDLRINRQHFIL 1269

Query: 541  VASLLDRIPNLAGLARTCEVFKAAGLAIADLNILYDKQFQLISVTAEKWVPIVEVPVNSM 600
            VASL+DRIPNLAGLARTCEVFKAAGLAIADL+IL DKQFQLISVTAEKWVPIVEVPVNSM
Sbjct: 1270 VASLVDRIPNLAGLARTCEVFKAAGLAIADLSILNDKQFQLISVTAEKWVPIVEVPVNSM 1329

Query: 601  KLFLDKKKREGFSILGLEQTANSVPLDQYTFPKKTVLVLGREKEGIPVDIIHILDACVEI 660
            KLFL+KKK+EGFSILGLEQTANSVPLDQYTFPKKTVLVLGREKEGIPVDIIHILDACVEI
Sbjct: 1330 KLFLEKKKQEGFSILGLEQTANSVPLDQYTFPKKTVLVLGREKEGIPVDIIHILDACVEI 1389

Query: 661  PQLGVVRSLNVHVSGAIALWEFTRQQRHQI 677
            PQLGVVRSLNVHVSGAI LWE+TRQQRHQ+
Sbjct: 1390 PQLGVVRSLNVHVSGAIGLWEYTRQQRHQL 1419

[Close]

BLAST of Sgr020178 vs. ExPASy TrEMBL
Match: A0A6J1DMQ1 (uncharacterized protein LOC111022655 isoform X9 OS=Momordica charantia OX=3673 GN=LOC111022655 PE=4 SV=1)

HSP 1 Score: 1221.1 bits (3158), Expect = 0.0e+00
Identity = 631/690 (91.45%), Postives = 653/690 (94.64%), Query Frame = 0


Query: 1    MWRLVHSSWILHVSCNKRRVAHIAALLSSVLHSSTFSER-IH-------------RKILE 60
            MWRLVHSSWILHVSCNKRRVAHIAALLSSVLHSSTFSE+ +H              K LE
Sbjct: 699  MWRLVHSSWILHVSCNKRRVAHIAALLSSVLHSSTFSEKSMHLSEGGTGPLKWFIEKFLE 758

Query: 61   EGKKSPRTFRLAALHLTGMWLSHPWTIKYYVKELKLLSLYGSVAFDEDFEAELTDYEART 120
            EG KSPRTFRLAALHLTGMWLS+PWTIKYYVKELKLLSLYGSVAFDEDFEAELTDY ART
Sbjct: 759  EGTKSPRTFRLAALHLTGMWLSYPWTIKYYVKELKLLSLYGSVAFDEDFEAELTDYVART 818

Query: 121  EVSLLAESPDRELTEVFINTELYARVSVAVLFHKLADLADMAGSSNEYGSCSDAVESGKL 180
            EVSLLAESPD ELTEVFINTELYARVSVAVLFHKLADLADM G SN+YGSCSDAVESGKL
Sbjct: 819  EVSLLAESPDPELTEVFINTELYARVSVAVLFHKLADLADMVGLSNKYGSCSDAVESGKL 878

Query: 181  FLLELLDSVVNNNDLAKELYKKHSAIHRRKIRAWQMICVLSRFVSQDIIQQVTNSLHVSL 240
            FLLELLDSVVNNNDLAKELYKKHSAIHRRK+RAWQMICVLSRFV QDIIQQVTNSLHV+L
Sbjct: 879  FLLELLDSVVNNNDLAKELYKKHSAIHRRKVRAWQMICVLSRFVCQDIIQQVTNSLHVAL 938

Query: 241  SRNNLPSVRQFLETFAISIYLKFPTLVKEQLVPILQDYNIRPQVLSSYVFIATNVILHVT 300
             RNNLPSVRQ+LETFAISIYLKFPTLVKEQLVPILQDYN+RPQVLSSYVFIATNVILH T
Sbjct: 939  CRNNLPSVRQYLETFAISIYLKFPTLVKEQLVPILQDYNMRPQVLSSYVFIATNVILHAT 998

Query: 301  EAVQSSHLDELLPPLVPQLTSHHHSLRGFTQLLVYHVLCKLFPVVEFRATGNMPLEKRCF 360
            EAVQSSHLDELLPPLVPQLTSHHHSLRGFTQLLVYHVLCK FPVVEFRATG+M LEKRCF
Sbjct: 999  EAVQSSHLDELLPPLVPQLTSHHHSLRGFTQLLVYHVLCKFFPVVEFRATGSMTLEKRCF 1058

Query: 361  EDLKSYLEKNPDCVRLRASMEGYLHAYNPALSVTPSGIFSSRVKDLEFECVPTSLMEQVL 420
            EDLKSYLEKNPDCVRLRASMEGYLHAYNPALSVTPSGIFSSRVKDLEFECV  SL+EQVL
Sbjct: 1059 EDLKSYLEKNPDCVRLRASMEGYLHAYNPALSVTPSGIFSSRVKDLEFECVQISLLEQVL 1118

Query: 421  NFLNDVREDLRCSMANDLTAIQNESFKTNEDHNLMDMSSDLKKESFTSKLPLATSLDFQK 480
            NFLNDVREDLR SMANDLTAI+NESFKT EDHNLMD+  D+ KES TSKLPLATSLDFQK
Sbjct: 1119 NFLNDVREDLRSSMANDLTAIKNESFKTIEDHNLMDVPPDVNKESSTSKLPLATSLDFQK 1178

Query: 481  KVTLSKHEKKDTDTSSYLGSKEAYKYLNEMEEEDQLLHQLLHSRSLSMEDLRMNRQHFIL 540
            KVTLSKHEKKDTDTSSYLG K+AYKYL+EMEEEDQLLHQLLHSRSLSMEDLR+NRQHFIL
Sbjct: 1179 KVTLSKHEKKDTDTSSYLGRKKAYKYLDEMEEEDQLLHQLLHSRSLSMEDLRINRQHFIL 1238

Query: 541  VASLLDRIPNLAGLARTCEVFKAAGLAIADLNILYDKQFQLISVTAEKWVPIVEVPVNSM 600
            VASL+DRIPNLAGLARTCEVFKAAGLAIADL+IL DKQFQLISVTAEKWVPIVEVPVNSM
Sbjct: 1239 VASLVDRIPNLAGLARTCEVFKAAGLAIADLSILNDKQFQLISVTAEKWVPIVEVPVNSM 1298

Query: 601  KLFLDKKKREGFSILGLEQTANSVPLDQYTFPKKTVLVLGREKEGIPVDIIHILDACVEI 660
            KLFL+KKK+EGFSILGLEQTANSVPLDQYTFPKKTVLVLGREKEGIPVDIIHILDACVEI
Sbjct: 1299 KLFLEKKKQEGFSILGLEQTANSVPLDQYTFPKKTVLVLGREKEGIPVDIIHILDACVEI 1358

Query: 661  PQLGVVRSLNVHVSGAIALWEFTRQQRHQI 677
            PQLGVVRSLNVHVSGAI LWE+TRQQRHQ+
Sbjct: 1359 PQLGVVRSLNVHVSGAIGLWEYTRQQRHQL 1388

[Close]

BLAST of Sgr020178 vs. ExPASy TrEMBL
Match: A0A6J1DPL1 (uncharacterized protein LOC111022655 isoform X1 OS=Momordica charantia OX=3673 GN=LOC111022655 PE=4 SV=1)

HSP 1 Score: 1221.1 bits (3158), Expect = 0.0e+00
Identity = 631/690 (91.45%), Postives = 653/690 (94.64%), Query Frame = 0


Query: 1    MWRLVHSSWILHVSCNKRRVAHIAALLSSVLHSSTFSER-IH-------------RKILE 60
            MWRLVHSSWILHVSCNKRRVAHIAALLSSVLHSSTFSE+ +H              K LE
Sbjct: 1153 MWRLVHSSWILHVSCNKRRVAHIAALLSSVLHSSTFSEKSMHLSEGGTGPLKWFIEKFLE 1212

Query: 61   EGKKSPRTFRLAALHLTGMWLSHPWTIKYYVKELKLLSLYGSVAFDEDFEAELTDYEART 120
            EG KSPRTFRLAALHLTGMWLS+PWTIKYYVKELKLLSLYGSVAFDEDFEAELTDY ART
Sbjct: 1213 EGTKSPRTFRLAALHLTGMWLSYPWTIKYYVKELKLLSLYGSVAFDEDFEAELTDYVART 1272

Query: 121  EVSLLAESPDRELTEVFINTELYARVSVAVLFHKLADLADMAGSSNEYGSCSDAVESGKL 180
            EVSLLAESPD ELTEVFINTELYARVSVAVLFHKLADLADM G SN+YGSCSDAVESGKL
Sbjct: 1273 EVSLLAESPDPELTEVFINTELYARVSVAVLFHKLADLADMVGLSNKYGSCSDAVESGKL 1332

Query: 181  FLLELLDSVVNNNDLAKELYKKHSAIHRRKIRAWQMICVLSRFVSQDIIQQVTNSLHVSL 240
            FLLELLDSVVNNNDLAKELYKKHSAIHRRK+RAWQMICVLSRFV QDIIQQVTNSLHV+L
Sbjct: 1333 FLLELLDSVVNNNDLAKELYKKHSAIHRRKVRAWQMICVLSRFVCQDIIQQVTNSLHVAL 1392

Query: 241  SRNNLPSVRQFLETFAISIYLKFPTLVKEQLVPILQDYNIRPQVLSSYVFIATNVILHVT 300
             RNNLPSVRQ+LETFAISIYLKFPTLVKEQLVPILQDYN+RPQVLSSYVFIATNVILH T
Sbjct: 1393 CRNNLPSVRQYLETFAISIYLKFPTLVKEQLVPILQDYNMRPQVLSSYVFIATNVILHAT 1452

Query: 301  EAVQSSHLDELLPPLVPQLTSHHHSLRGFTQLLVYHVLCKLFPVVEFRATGNMPLEKRCF 360
            EAVQSSHLDELLPPLVPQLTSHHHSLRGFTQLLVYHVLCK FPVVEFRATG+M LEKRCF
Sbjct: 1453 EAVQSSHLDELLPPLVPQLTSHHHSLRGFTQLLVYHVLCKFFPVVEFRATGSMTLEKRCF 1512

Query: 361  EDLKSYLEKNPDCVRLRASMEGYLHAYNPALSVTPSGIFSSRVKDLEFECVPTSLMEQVL 420
            EDLKSYLEKNPDCVRLRASMEGYLHAYNPALSVTPSGIFSSRVKDLEFECV  SL+EQVL
Sbjct: 1513 EDLKSYLEKNPDCVRLRASMEGYLHAYNPALSVTPSGIFSSRVKDLEFECVQISLLEQVL 1572

Query: 421  NFLNDVREDLRCSMANDLTAIQNESFKTNEDHNLMDMSSDLKKESFTSKLPLATSLDFQK 480
            NFLNDVREDLR SMANDLTAI+NESFKT EDHNLMD+  D+ KES TSKLPLATSLDFQK
Sbjct: 1573 NFLNDVREDLRSSMANDLTAIKNESFKTIEDHNLMDVPPDVNKESSTSKLPLATSLDFQK 1632

Query: 481  KVTLSKHEKKDTDTSSYLGSKEAYKYLNEMEEEDQLLHQLLHSRSLSMEDLRMNRQHFIL 540
            KVTLSKHEKKDTDTSSYLG K+AYKYL+EMEEEDQLLHQLLHSRSLSMEDLR+NRQHFIL
Sbjct: 1633 KVTLSKHEKKDTDTSSYLGRKKAYKYLDEMEEEDQLLHQLLHSRSLSMEDLRINRQHFIL 1692

Query: 541  VASLLDRIPNLAGLARTCEVFKAAGLAIADLNILYDKQFQLISVTAEKWVPIVEVPVNSM 600
            VASL+DRIPNLAGLARTCEVFKAAGLAIADL+IL DKQFQLISVTAEKWVPIVEVPVNSM
Sbjct: 1693 VASLVDRIPNLAGLARTCEVFKAAGLAIADLSILNDKQFQLISVTAEKWVPIVEVPVNSM 1752

Query: 601  KLFLDKKKREGFSILGLEQTANSVPLDQYTFPKKTVLVLGREKEGIPVDIIHILDACVEI 660
            KLFL+KKK+EGFSILGLEQTANSVPLDQYTFPKKTVLVLGREKEGIPVDIIHILDACVEI
Sbjct: 1753 KLFLEKKKQEGFSILGLEQTANSVPLDQYTFPKKTVLVLGREKEGIPVDIIHILDACVEI 1812

Query: 661  PQLGVVRSLNVHVSGAIALWEFTRQQRHQI 677
            PQLGVVRSLNVHVSGAI LWE+TRQQRHQ+
Sbjct: 1813 PQLGVVRSLNVHVSGAIGLWEYTRQQRHQL 1842

[Close]

BLAST of Sgr020178 vs. TAIR 10
Match: AT4G17610.1 (tRNA/rRNA methyltransferase (SpoU) family protein )

HSP 1 Score: 886.3 bits (2289), Expect = 2.7e-257
Identity = 470/698 (67.34%), Postives = 565/698 (80.95%), Query Frame = 0


Query: 1    MWRLVHSSWILHVSCNKRRVAHIAALLSSVLHSSTFSER-IH-------------RKILE 60
            MW+LV S WILH+SC KRRVA IAALLSSVLHSS FS + +H              K+LE
Sbjct: 1156 MWQLVKSCWILHISCKKRRVAPIAALLSSVLHSSLFSNKDMHITEDEHGPLKWFVEKVLE 1215

Query: 61   EGKKSPRTFRLAALHLTGMWLSHPWTIKYYVKELKLLSLYGSVAFDEDFEAELTD-YEAR 120
            EG+KSPRT RLAALHL+G+WL +P TIKYY+KEL+LL+LYGSVAFDEDFEAEL+D  +AR
Sbjct: 1216 EGQKSPRTIRLAALHLSGLWLMYPRTIKYYIKELRLLTLYGSVAFDEDFEAELSDNNDAR 1275

Query: 121  TEVSLLAESPDRELTEVFINTELYARVSVAVLFHKLADLADMAGSSNEYGSCSDAVESGK 180
            TEVSLLA+SPD ELTE+FINTELYARVSVA LF KLA+LA M   +++   C DA+ +GK
Sbjct: 1276 TEVSLLAKSPDPELTELFINTELYARVSVAGLFQKLANLAYMVEPASQNQDCQDALVAGK 1335

Query: 181  LFLLELLDSVVNNNDLAKELYKKHSAIHRRKIRAWQMICVLSRFVSQDIIQQVTNSLHVS 240
            LFLLELLD+ V++ DLAKELYKK+SAIHRRKIRAWQMIC++SRFV  DI+ QV +S+H+ 
Sbjct: 1336 LFLLELLDAAVHDKDLAKELYKKYSAIHRRKIRAWQMICIMSRFVCNDIVGQVMDSVHIC 1395

Query: 241  L--------SRNNLPSVRQFLETFAISIYLKFPTLVKEQLVPILQDYNIRPQV--LSSYV 300
            L         RNNLP+VRQ+LETFAI+IYLKFP LVKEQLVPIL++Y+ + QV    + +
Sbjct: 1396 LHVSLQEQTERNNLPAVRQYLETFAINIYLKFPALVKEQLVPILKNYDSKAQVNLRKTKM 1455

Query: 301  FIATNVILHVTEAVQSSHLDELLPPLVPQLTSHHHSLRGFTQLLVYHVLCKLFPVVEFRA 360
             +  NVILH  +  Q +HL ELLPP++P LTSHHHSLRGF QLLV+ VL +LFP VE  +
Sbjct: 1456 IVFANVILHAEKIAQQTHLRELLPPILPLLTSHHHSLRGFAQLLVHRVLFRLFPPVESTS 1515

Query: 361  TGNMPLEKRCFEDLKSYLEKNPDCVRLRASMEGYLHAYNPALSVTPSGIFSSRVKDLEFE 420
            +  + LEK  FE+LKSYL+KNPDC RLRASMEG+L AY+P+ S TP+G+F +RV++ EFE
Sbjct: 1516 SHTISLEKLSFENLKSYLDKNPDCSRLRASMEGFLDAYDPSTSATPAGVFVNRVEESEFE 1575

Query: 421  CVPTSLMEQVLNFLNDVREDLRCSMANDLTAIQNESFKTNEDHNLMDMSSDLKKESFTSK 480
            CVPT LM+ VL+FLNDVREDLR SMA D+  I+NE FK +E+     + S   +E    +
Sbjct: 1576 CVPTCLMDNVLSFLNDVREDLRASMAKDVVTIKNEGFKIDEEPKRRLIMSTTDEE----R 1635

Query: 481  LPLATSLDFQKKVTLSKHEKKDTDTSSYLGSKEAYKYLNEMEEEDQLLHQLLHSRSLSME 540
            L   +SLDFQ+K+TLSKHEK+D  ++S L + E YK L EME+ED+L+ QLL SRS+ +E
Sbjct: 1636 LSEPSSLDFQRKITLSKHEKQDASSTSVLRNGETYKRLFEMEKEDELVTQLLRSRSMEVE 1695

Query: 541  DLRMNRQHFILVASLLDRIPNLAGLARTCEVFKAAGLAIADLNILYDKQFQLISVTAEKW 600
             L+  RQ  ILVASL+DRIPNLAGLARTCEVFKA+ LA+AD +I++DKQFQLISVTAEKW
Sbjct: 1696 RLKSGRQSLILVASLVDRIPNLAGLARTCEVFKASSLAVADASIIHDKQFQLISVTAEKW 1755

Query: 601  VPIVEVPVNSMKLFLDKKKREGFSILGLEQTANSVPLDQYTFPKKTVLVLGREKEGIPVD 660
            VPI+EVPVNS+KLFL+KKKREGFSILGLEQTANSV LD+Y FPKKTVLVLGREKEGIPVD
Sbjct: 1756 VPIMEVPVNSLKLFLEKKKREGFSILGLEQTANSVSLDKYQFPKKTVLVLGREKEGIPVD 1815

Query: 661  IIHILDACVEIPQLGVVRSLNVHVSGAIALWEFTRQQR 674
            IIHILDAC+EIPQLGVVRSLNVHVSGAIALWE+TRQQR
Sbjct: 1816 IIHILDACIEIPQLGVVRSLNVHVSGAIALWEYTRQQR 1849

[Close]

BLAST of Sgr020178 vs. TAIR 10
Match: AT4G17040.1 (CLP protease R subunit 4 )

HSP 1 Score: 305.4 bits (781), Expect = 1.9e-82
Identity = 183/291 (62.89%), Postives = 200/291 (68.73%), Query Frame = 0


Query: 835  MEV-ATTASSF----ALTKRISPSITSAHNGKPNRTFSWSSSRLRAMPLSSNFLAPFAGG 894
            MEV A TA+SF    A T  I PS T     KP   FS SSS LRA  LS+ FL+P+ GG
Sbjct: 1    MEVAAATATSFTTLRARTSAIIPSSTRNLRSKPR--FS-SSSSLRA-SLSNGFLSPYTGG 60

Query: 895  SVAGDFTGVKLRPSSLNPDSFYGSKGKRGVVTMVIPFSRGSAWEQPPPDLASYLYKNRIV 954
            S++ D  G KLR  SLNP +F  SK KRGVVTMVIPFS+GSA EQPPPDLASYL+KNRIV
Sbjct: 61   SISSDLCGAKLRAESLNPLNFSSSKPKRGVVTMVIPFSKGSAHEQPPPDLASYLFKNRIV 120

Query: 955  YLGMSLVPSVTELILAEFLYLQYEDEAKPIYLYINSTGTQR------------------- 1014
            YLGMSLVPSVTELILAEFLYLQYEDE KPIYLYINSTGT +                   
Sbjct: 121  YLGMSLVPSVTELILAEFLYLQYEDEEKPIYLYINSTGTTKNGEKLGYDTEAFAIYDVMG 180

Query: 1015 YVKPPIFTLCVGNAWGEAALLLAAGAKGNRSALPSSTIMIKQ------------------ 1074
            YVKPPIFTLCVGNAWGEAALLL AGAKGNRSALPSSTIMIKQ                  
Sbjct: 181  YVKPPIFTLCVGNAWGEAALLLTAGAKGNRSALPSSTIMIKQPIARFQGQATDVEIARKE 240

Query: 1075 --------VKLYAKHIGKSTEEIEADIRRPKYFSPSEAVEYDEVDGFSRNQ 1076
                    VKLY+KHIGKS E+IEAD++RPKYFSP+EAVEY  +D    N+
Sbjct: 241  IKHIKTEMVKLYSKHIGKSPEQIEADMKRPKYFSPTEAVEYGIIDKVVYNE 287

[Close]

BLAST of Sgr020178 vs. TAIR 10
Match: AT1G09130.1 (ATP-dependent caseinolytic (Clp) protease/crotonase family protein )

HSP 1 Score: 116.3 bits (290), Expect = 1.7e-25
Identity = 71/183 (38.80%), Postives = 94/183 (51.37%), Query Frame = 0


Query: 935  PPPDLASYLYKNRIVYLGMSLVPSVTELILAEFLYLQYEDEAKPIYLYINSTGTQR---- 994
            PPPDL S L   RIVY+GM LVP+VTEL++AE +YLQ+ D  +PIY+YINSTGT R    
Sbjct: 118  PPPDLPSMLLDGRIVYIGMPLVPAVTELVVAELMYLQWLDPKEPIYIYINSTGTTRDDGE 177

Query: 995  ----------------YVKPPIFTLCVGNAWGEAALLLAAGAKGNRSALPSSTIMIKQ-- 1054
                             +K  + T+CVG A G+A LLL+AG KG R  +P +  MI+Q  
Sbjct: 178  TVGMESEGFAIYDSLMQLKNEVHTVCVGAAIGQACLLLSAGTKGKRFMMPHAKAMIQQPR 237

Query: 1055 --------------------------VKLYAKHIGKSTEEIEADIRRPKYFSPSEAVEYD 1070
                                      V+L +KH G S E +   +RRP Y    +A E+ 
Sbjct: 238  VPSSGLMPASDVLIRAKEVITNRDILVELLSKHTGNSVETVANVMRRPYYMDAPKAKEFG 297

[Close]

BLAST of Sgr020178 vs. TAIR 10
Match: AT1G09130.2 (ATP-dependent caseinolytic (Clp) protease/crotonase family protein )

HSP 1 Score: 116.3 bits (290), Expect = 1.7e-25
Identity = 71/183 (38.80%), Postives = 94/183 (51.37%), Query Frame = 0


Query: 935  PPPDLASYLYKNRIVYLGMSLVPSVTELILAEFLYLQYEDEAKPIYLYINSTGTQR---- 994
            PPPDL S L   RIVY+GM LVP+VTEL++AE +YLQ+ D  +PIY+YINSTGT R    
Sbjct: 118  PPPDLPSMLLDGRIVYIGMPLVPAVTELVVAELMYLQWLDPKEPIYIYINSTGTTRDDGE 177

Query: 995  ----------------YVKPPIFTLCVGNAWGEAALLLAAGAKGNRSALPSSTIMIKQ-- 1054
                             +K  + T+CVG A G+A LLL+AG KG R  +P +  MI+Q  
Sbjct: 178  TVGMESEGFAIYDSLMQLKNEVHTVCVGAAIGQACLLLSAGTKGKRFMMPHAKAMIQQPR 237

Query: 1055 --------------------------VKLYAKHIGKSTEEIEADIRRPKYFSPSEAVEYD 1070
                                      V+L +KH G S E +   +RRP Y    +A E+ 
Sbjct: 238  VPSSGLMPASDVLIRAKEVITNRDILVELLSKHTGNSVETVANVMRRPYYMDAPKAKEFG 297

[Close]

BLAST of Sgr020178 vs. TAIR 10
Match: AT1G09130.3 (ATP-dependent caseinolytic (Clp) protease/crotonase family protein )

HSP 1 Score: 116.3 bits (290), Expect = 1.7e-25
Identity = 71/183 (38.80%), Postives = 94/183 (51.37%), Query Frame = 0


Query: 935  PPPDLASYLYKNRIVYLGMSLVPSVTELILAEFLYLQYEDEAKPIYLYINSTGTQR---- 994
            PPPDL S L   RIVY+GM LVP+VTEL++AE +YLQ+ D  +PIY+YINSTGT R    
Sbjct: 118  PPPDLPSMLLDGRIVYIGMPLVPAVTELVVAELMYLQWLDPKEPIYIYINSTGTTRDDGE 177

Query: 995  ----------------YVKPPIFTLCVGNAWGEAALLLAAGAKGNRSALPSSTIMIKQ-- 1054
                             +K  + T+CVG A G+A LLL+AG KG R  +P +  MI+Q  
Sbjct: 178  TVGMESEGFAIYDSLMQLKNEVHTVCVGAAIGQACLLLSAGTKGKRFMMPHAKAMIQQPR 237

Query: 1055 --------------------------VKLYAKHIGKSTEEIEADIRRPKYFSPSEAVEYD 1070
                                      V+L +KH G S E +   +RRP Y    +A E+ 
Sbjct: 238  VPSSGLMPASDVLIRAKEVITNRDILVELLSKHTGNSVETVANVMRRPYYMDAPKAKEFG 297

The following BLAST results are available for this feature:

BLAST of Sgr020178 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_022155539.1	0.0e+00	91.45	uncharacterized protein LOC111022655 isoform X8 [Momordica charantia]	[more]
XP_022155538.1	0.0e+00	91.45	uncharacterized protein LOC111022655 isoform X7 [Momordica charantia]	[more]
XP_022155532.1	0.0e+00	91.45	uncharacterized protein LOC111022655 isoform X1 [Momordica charantia]	[more]
XP_022155540.1	0.0e+00	91.45	uncharacterized protein LOC111022655 isoform X9 [Momordica charantia]	[more]
XP_022155534.1	0.0e+00	91.45	uncharacterized protein LOC111022655 isoform X3 [Momordica charantia]	[more]

BLAST of Sgr020178 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q8LB10	2.7e-81	62.89	ATP-dependent Clp protease proteolytic subunit-related protein 4, chloroplastic ...	[more]
Q13395	3.2e-45	30.90	Probable methyltransferase TARBP1 OS=Homo sapiens OX=9606 GN=TARBP1 PE=1 SV=1	[more]
Q07527	6.4e-30	40.26	tRNA (guanosine(18)-2'-O)-methyltransferase OS=Saccharomyces cerevisiae (strain ...	[more]
Q9L4P4	1.5e-26	34.83	Putative ATP-dependent Clp protease proteolytic subunit-like OS=Synechococcus el...	[more]
P74466	1.2e-25	36.92	Putative ATP-dependent Clp protease proteolytic subunit-like OS=Synechocystis sp...	[more]

BLAST of Sgr020178 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1DQJ7	0.0e+00	91.45	uncharacterized protein LOC111022655 isoform X3 OS=Momordica charantia OX=3673 G...	[more]
A0A6J1DN81	0.0e+00	91.45	uncharacterized protein LOC111022655 isoform X7 OS=Momordica charantia OX=3673 G...	[more]
A0A6J1DQK3	0.0e+00	91.45	uncharacterized protein LOC111022655 isoform X8 OS=Momordica charantia OX=3673 G...	[more]
A0A6J1DMQ1	0.0e+00	91.45	uncharacterized protein LOC111022655 isoform X9 OS=Momordica charantia OX=3673 G...	[more]
A0A6J1DPL1	0.0e+00	91.45	uncharacterized protein LOC111022655 isoform X1 OS=Momordica charantia OX=3673 G...	[more]

BLAST of Sgr020178 vs. TAIR 10


Match Name	E-value	Identity	Description
AT4G17610.1	2.7e-257	67.34	tRNA/rRNA methyltransferase (SpoU) family protein	[more]
AT4G17040.1	1.9e-82	62.89	CLP protease R subunit 4	[more]
AT1G09130.1	1.7e-25	38.80	ATP-dependent caseinolytic (Clp) protease/crotonase family protein	[more]
AT1G09130.2	1.7e-25	38.80	ATP-dependent caseinolytic (Clp) protease/crotonase family protein	[more]
AT1G09130.3	1.7e-25	38.80	ATP-dependent caseinolytic (Clp) protease/crotonase family 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
IPR001907	ATP-dependent Clp protease proteolytic subunit	PRINTS	PR00127	CLPPROTEASEP	coord: 938..953 score: 40.62 coord: 1019..1038 score: 37.12 coord: 1050..1069 score: 38.5 coord: 998..1015 score: 48.06
IPR001907	ATP-dependent Clp protease proteolytic subunit	CDD	cd07017	S14_ClpP_2	coord: 938..1068 e-value: 3.21276E-39 score: 141.81
None	No IPR available	GENE3D	3.90.226.10		coord: 912..1080 e-value: 9.1E-35 score: 122.0
None	No IPR available	PANTHER	PTHR12029	RNA METHYLTRANSFERASE	coord: 1..674
IPR023562	Clp protease proteolytic subunit /Translocation-enhancing protein TepA	PFAM	PF00574	CLP_protease	coord: 938..1032 e-value: 3.4E-18 score: 66.2
IPR001537	tRNA/rRNA methyltransferase, SpoU type	PFAM	PF00588	SpoU_methylase	coord: 525..666 e-value: 7.3E-25 score: 87.8
IPR029026	tRNA (guanine-N1-)-methyltransferase, N-terminal	GENE3D	3.40.1280.10		coord: 508..699 e-value: 1.2E-38 score: 134.5
IPR044748	Trm3/ TARB1, C-terminal	CDD	cd18091	SpoU-like_TRM3-like	coord: 524..668 e-value: 1.55638E-79 score: 255.148
IPR029028	Alpha/beta knot methyltransferases	SUPERFAMILY	75217	alpha/beta knot	coord: 515..673
IPR029045	ClpP/crotonase-like domain superfamily	SUPERFAMILY	52096	ClpP/crotonase	coord: 933..1070

Relationships

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


Feature Name	Unique Name	Type
Sgr020178.1	Sgr020178.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0006508	proteolysis
biological_process	GO:0030488	tRNA methylation
biological_process	GO:0006396	RNA processing
molecular_function	GO:0004176	ATP-dependent peptidase activity
molecular_function	GO:0003723	RNA binding
molecular_function	GO:0004252	serine-type endopeptidase activity
molecular_function	GO:0016423	tRNA (guanine) methyltransferase activity
molecular_function	GO:0008173	RNA methyltransferase activity