CcUC04G060980 (gene) Watermelon (PI 537277) v1

Overview


Name	CcUC04G060980
Type	gene
Organism	Citrullus colocynthis (Watermelon (PI 537277) v1)
Description	Thiopurine S-methyltransferase
Location	CicolChr04: 7618839 .. 7660325 (+)
RNA-Seq Expression	CcUC04G060980
Synteny	CcUC04G060980

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonCDSpolypeptide

Hold the cursor over a type above to highlight its positions in the sequence below.

ATGCCTCAGGTGGCGAGCGCGATCCAAACGCCTAACTAGAAGAGAACCTCGTCTGGGCATTGAACTTTTGGTGTACCTCCTAAGGACTTGTAAATATTCTTTGTATTCCTACTTCTCGTATATACGCTTGTCCATGAGAAAGAGTTGGTGTTTGTAAACTTAATCTTTTAGATAATGAAATTTCTTGTTGAAATATCCACTTGGTACTATTAAGTGATTATAGTTTCCGCTGATTGGCATGACTGAGCTGTTAGGTTAGTGATGATTTAAATGTTTCCTCGTGATATGTATGTGTGGTCTCACTCCTAAACCTATGTTGTAGGATAATCTGGGTGAGGGTGTGACAATTTGTAAGCCAATCTCGCTAGTAATCTCGCTCATTATGGATTATGTTGGGGGAAATGAGTCTCGGGGATGAAGCATGATTAGAGTTTAATTATGCACACTTAATGATAATGGAAAGGAAGTTTAAGGAAAGCTTAACGTGAGAAATGTGTATTTACAGGCCAAGAAGAGCTCGAAAAGGCGTATAATCCACTTAGGGCCTAGGACAAGTGGTGAGTGACACTTTCCTTTTCCTAAATGATTTTAGTTAAAATGTTTAGCCAAGCTTTCGTATAAAATGTACTTTGATGATAATTTGAAAAGCATGATGGCTGCTTATATTTGATTTATGGCATGAATGCTTATATTTGATTTTATGACATGAAGGCATTGCTGAAAAACATGTTTATAAGATGTTTTTTTATTGAGTTACGCTCTGTTTTCCATGAAAGGTATTTAAAATGAACCGTTTATGCAGAACATACCTGTTTCTAAAATATTTTCTAAGGGACCCAATGCTGAGGGACATTTGAGAAGGCATGTGGGCAGCCCAGTGACTAAGGACCCAGTACTGATGGACTCGGAAAAGGTACTTGGGCATCTGGAGATATTTCTACGTGCACATAGAAGTTTTCAACGTTGGGTGCGTTGAGTTTTACTTCGCCAACTAAGGTTGTTTTCGACGTTGGGTGCGTTGAGTTTTGCTCCGCCTCAACTAAGGTTGTTTTCGACGTTGGGTGCGTTGAGTTTTGCTCCGCCTCAACTAAGGTTGTTTTCGATGTTGGGTGTGTTGAGTCTTGCTCCACCCCAACTAAGGTTGTTTTCGACGTTGGGTGTGTTGAGTCTTGCTCCACCCCAACTAAGGTTGTTTTCGACGTTGGGTGCGTTGAGTTTTACTCCAGCTCAACTAAGGTAAATATTCGTTTTCGATATTGGGTGTGTTGAGTCTTCTCCACCCCAACTAAGGTTGTTTTCGACGTTGAGAGCGTTGAGTCTTGCTCCGCCTCAACTAAGGGAAAAGATCGCAAAACTAATATGGATTTCTGTATGATTTTTCTAAAACGATCATGTATAATTTGGCAGAGGCATTTGAGCATGTTTTTTCCAATAATTATGAGTTGATTCCATGTTTTATACGTATTGTGATAACAATTTTACCCTATTGGTTTCCGAACCAAAGACATTTTTACAAAACTAATCACTCACGGGGCTTTTAGCTCATGCTTTCCATGTTTTCTTTTCCACCCAGGTAGCGAGGACGTTCCCGGTGCTTTGCCTACTTGTTACACCCCTTCCAAAACTACCCTCCTTTAGCCCGAGACGGAGCGTGAGGACAGCAGTCATCGACCCTATTATCGACTTCCACTGTCAAACTTCCTTTAAGCCCGTTTAACCGCATTTCCTAGGACCGCAATACAATTAACTTTTGACAAACCTTGACTTCGATCGGCAATGGGAACTGTCATGCTACCTGGAAAATGGAAAATATATAAAAGATGAGCTAAACGCCCAGTGAGTGACAGATTGTGTGAAAAACTATCTTTAGTTTAAAAGAAGGCATGTTATCATCATTATATCACAACATACTTAGTTCAAATCATCATTTCTATAAAATCATACTTTCAACTTGTAATCAAATCACATAAATACACTTCAGAGTAGTTGTACATAAAATCAGTTGTTCTCAACAATTTCCCTTAGTTGAGGCAGAGCAAGACTCAACGCTCTCAACGTCGAAAACATCCTTAGTTGGGGTGAAGCAAAACTCAACACACCCAACGTCAAAATCATTCCTGGCTCGATGCGGAGCAAAACTCGACGCACCAGCAGTATCAACCTCTATGTGCACATAGGAATATGGCGGGTTGCCCATGTATCTTATCATGTCCCTCAGTACTGGGTCCCGGGGAAACTCACATGCCTTCTCATGTCCCTCAGCATTGAGCCTCCTCTAAAACATTTTAGAAACCAACATTTCACATAACTAGTTCATATGAAATCTTTCATAAAGAAATAAGATATTCCTCGGCAAATTACATTTCACAACATGCTTTTCAAAACAATAAGACATGCCTTGTGAACTAAAAATATTCAAGTACCATGCTTTTCAAATAATCATTTTTCATCAAATCATAGTTCATAATGAAATTAGAATAACACTTCAAAATAAACAATTTCGAAGAAAGAAAGGTGTCACTCACAGAACACTTTAAGGATAGTTTCTCCTCAATCCCGCTATTTCCCCTTTCCCGAGCTTCTTGGACGCAGCGTTCTATTCCTGGAATGCAAGGCCTAATATTCCTCTGGCAGCTCGGTTGGTTGCAACCCTGCACTTAGACGCAAGGTTGATAGCTAACACGAGGTGCATCCGAACTCTTCCTTACTTCTTTTTTTTTTTTTGGATGCGTCGACCGCATAAGGTCCCACTTGGACGCACCGTTCATCTTGAAGCTTAAACGGAAGGCTGACCCTTTTAAACGCAAGACAATTCTTTAACACAAGATATAGCTAAGTTGTCAAGAATATCTTCTTCCTTGGCTGTAGACTTTATTATGGACACAAGGATTCCTCCTTTCTCTCAAGAATACTTACTTCAGCATCATTAGTCACTCTTTTTCTCTCAAGGTCCTATTTATAGCTTGGAGTAGAGGGCTGATCATACTACTTCTCCTCCCTTTCTGCCACTTGTTTCCACATGTCACGTTGCAATTTAACCAACCATGTATTAATCCAAGCGTCACTTTGCATGCAATACTTAACATGCCTTTTAACACCTCCTGCTTATAAGGTGTCAGGTTTATATGAAGCCACTTAGCCTTTATAAGCTTATCTCATATGCCCAACATATTCTAATATACAACTATTCATTCAATCATATTGCCCCTATGCGTCCACTGAATTTCCTTTAGGGTTTTAGCTTCATTATTTACTTCCATTACTCCTGGCCATAATACCTTTGAACTCGTTTCTACACCGTACATTACTAGGTGTCAATGTCTCAAACACGTACTATGCGTTTGTACCTTACCGCATCATACCATGCGTCCAACTTCCTTTAAACTCTTGAGTTACAACCTATGCGTTTACCCGAAATCAAAGTTATGTTTCCATTTACCATGGAATTGGGCTCCTCAACTCATAGCTGGTAGCCACCCCTCAACACACAGCAACCCTTCGATCATAGTCACCTTAAACACTAAATGTCTTGGTCTTTGAGCATAGACTTCTTTATCAACACTAAAATCCTTACTAACGTATAATAAACCTTCAACCTGCTCACGCCTTAAGGTTCCTCAGCTTCTCTTTTCTTTCTAGCTTAACACCCTCAAAAGCTAATCCCATAACTTGTTAATTTCCATAACTTATTAATTTCCAAGACTAAGTGTGAGCCATGCGTTTCCTCTTTTTCCTAATTCTTGTTTCTCTTTTCAAAATTAAGTATCAAATTTCCTCAAAATTAAGGTACCACGCTTTAACGCTTACATCTATGCGTTAACCAAACTATGCTCAAGAATACATCTAAATTTTGACTAATCTCCAAACTATGCTTTCAATCCTTCATTCTTACTCTTAGTGGAATATCCATTGTTTTCCTAATATTAGGCGTTCAACTAGTCTTACTTCTTTTCTTACTTCTTCTCTTACTAGTCATCTTAAGAATTCTGAGTTAGGGTCTTACATTACTCCAGCTCGCCCTGCTTAAGCTTCGAGTTATCAGAAACAGTTCAACTTGTGGTTATTTTATGTGTATACCTATACAGGTGGCATGTAGACCCAGTTGTACATCTGCTGGAATGTATGATGGGATGTTGTATAAGTATATTGTGAATATGTTGGAATGTTTAAATTACATAAGCATAAGTTCTTGTGGCTTGAATCTAAGAGTAGATATATATGACATAATTTAACAGGTTAATTAGGTAAGGATGGGCAGTATACATCACAAAAGGTGTGATATTTATTGTCCCCACATCTCCTCTCGGGTTGAGTAGGGTAATCTGGGAGGGGGTGTGACAAGTTAGTATCAACGTGAAAGAGTCTTGGGGATAAGATCATGCATTGTAGTGTACGACCATGTATTTCTAGCAAGTAATAATGTCATGTTTTAATTTAGGAAACATGCCACCTTGAAGCAGGCGAGCTAGGCAAGCAGCAGCCGGAACTTTTGAAGCTACTGGGAGTCGTGGAGATATGTCTGAGGGTGAATCTAGTCATCCTCAAGTTGGGGCCAATGTTAAGGAGTAGATATTTACTAGAATTGCAGAAAGGTTGGCTGCAGGCATTGGATTAGTGCAGTCAAATCCTGAAAAGAAATATAGTATTGAAAGATTGAAGGCTTTAGGTGCTACCACTTTTGAAGGCACCGTAGGTCCTGCTGAGGCAGAGGCATGGTTGAATTTACTCAAGAAATGTTATCGTGTGATGAGGTGCCCTGATGATAGAAAGGTAGATTTGGCAATGTTTTTGCTCTAAAAAAGGGCAGAAGATTGGTGGAGAATTGTAGAAAGCAGGAAAGAAGATATAGAAGAAATAAGTTGGAATGAGTTTAAGAAAGCATTTCAAGAAAAGTATTGTCCAAGAGCATTCAGTGATGCCAAACGGAATGAATTTCTGAGGTTGGTACAGGGATCGATGTCAGTGGCAGAGTACGAGAAGAAATATACTCAGCTGTCTAAATACGCCACTGCAATTGTTGCTGATGAGATTGATAGGTGTAAAAGGTTTAAGGAAGGCTTACAGGAGGAAATTCATACTCTTGTGACCGCCAGTGCAGAATGGGCGGATTTTTCCAAGCTGGTAGAGGCAGCTATGCAAGTTGAAAGAAGTCTGATGGAAAAGAAGACGGAAGGTGAATCATTTAGAAGGGGACGTGCATTTCACTCCTCTAGTGCTGTTCAGGGGCAGTCAGGTAGAAGATTTGTGCCAGGCGTATCTAGTAGAGGAAATTTCAAAGCCAGATCGAGTGGACAGGCTACTTCTAAAGCCAGTACCGGTAGAGGTATGCAAAGGCAGAGACTAAGAAGTTTCAGTGGTCCAGTGCAATCAATGGGAGATTCTCAAAGTGGACAACAAGTGAGTCCACGACTAGTTCAGCAAGGAAACCGTTATGTCCCACTTGTAGGAGATATCATTGGGGATAGTGCAGGGATCGAATAATGGACAAACGGGTCATTTTAAATGAGAATGCCCCCAGTTGATGCAGGAAGTTAAACTTGAGCAGAGAACTGCTTCACATGTGGTTAGTCAACCACAAAGACTTGCTGGAATTGGTGGTGAGGAAACTAGTGGATCGAGGCAGAAAGGGGCTACAGGATGACCAAGATAGCAAGGGAAGGTTTTTGCCATGACCCAACAAGAAACTGATGACGCTCCTGATGTCGTTACCGGTACACTTCCTATTTGTCATATGTCTGCCATGTGTTATTAGATCTTGGAGCTACCCATTCTTTTGTTGCTAGCATGTTTTCTGTAAATATTGATGGTAAACTAGAACCTTTACCTGAAGAATTGTTTAGTTATACCCCCGTTGGTGATGTACTTGTAGCTAGTGAGGTGCATGAGAATTGTGTGGTAGAAATTGGTGGTGTAACAATGACAGCAAACCTGATTCCCATAGATATCCAAGAGTTTGATGTTATATTGGGAATGGATTTCTTGTCTAAATATCGAGCCACTATGGATTGTTTCAGGAAGGAGGTTGTATTTAAAGGATTCGAAGGGACTGAAGTTATTTTCAAGGGAGATAGAAAAATTCTCCCTACTTGTTTGATGTCTGCCGTTAAAGCCAGGAAATTGTTAAGCAAGGGTTGTTCAGAATACCTTGCACATGTTGTGGATACGCAGGCTAGTAGATTGAGGCCAGAGGATATTCCAGTGATACGTGAATTCCTGGATGTGTTCCTTGAAGAACTATTAGGTTTATCGCCTGATAGGGAGGTAGAGCTTTCTATTGATTTGATTCTAGGGACCATCAATTTCACAAGTTCCATACAGGATGGCTCCGAAAGAATTGAAAGAATTGAAGGTGCAGTTGCAAGAATTGATTGACAAATGGTATATACGACCTGGTGTGTCACCATGGGGAGCACCTGTATTGTTTGTAAATAAGAAAGATGGCACACTTAGACTGTGTATTGATTATCGACAGTTGAACAAGGTAATGACACGTAATAGGTATCCATTGCCTCGTATCGATGATCTATTTGATCAACTCAAAGGTGCTTCAGTATTTTTCAAGATTGATTTGTGATCTGGGTACCATCAGGTGAAGATTAAGGGATCTGACGTCCCAAAGACTGGGTTCAGGACAAAGTATGGACATTATGAGTTCCTTGTGGTGCCTTTTGGGTTAACTAATGCTCCAGTTGTATTTATGGATCTTATGAATCGAGTATTCCATCCATATTTTGATCAGTTTGTTATAGTATTTATTGATGATATACTGGTATACTCTGAAAGTAAGGAAAAGCATGCTGAACACCTCAGAGTAGTATTACAGACATTGCGTGATGAAAGATTATACGCTAAGTTCAGTAAGTGTGAATTCTGGCTTAATCGTGTTGTATTTCTAGGACTCGTGGTATCAGCTGAAGGAGTAAGCGTGGATCCACAAAAGACTGAGGCGATAGTTAAGTGGGATCGATTTACTACCATGACAGAAGTTCATAGTTTCCTAGGTTTGGAGGTTATTATCGTCGATTCGTGGAAGGTTTCTCGAAAATAGCACTTCCATTAACGAGTTTAACTAAGAAGAATGCTAAATTTGAGTGGACTGATGAATGTGAACGGAGTTAAAGGAGTTAAAGGAAAGACTTGTGACAGTAATAATATTGAAGTTGCCTACTCCTGGTACGGAATTTGACATTTATTGCGATGCATCACGACAAGGTTTAAGTTGTGTACTTATGCAGGAAGGAAAGGTAATTGCATATGCATCAAGATAGTTAAAGAAGCACGAGTGCAATTATCCCACATATGACCTAATTGGCAGCTGTTGTGTCAGCCTTGAAGATTTGGAGACATTACCTAAATCTACATTGGGAACACAGTTTGTTCCATGCCATACATCGTAAAACAAGGAAAAAGTTGCAAAAGTACGGGAGAAAGAGGATTGCAATATGGATTTTGTGTTAGGGTTGGAACCAGAACACCAGCCGGGATGGTCAGAGGTCGATTTCGTCTATAGCTCCTTCAGCTACAAGCAACATTGGATACTGGTGGCGATAGACGTCAACCTCGGCCGCATCCTCCTATCATACATCTCGTCGAGGCACCTAGTACAGTTTTTTTCGCCACTGTGCTACACTCTTCCCTCCCTATGTGAATTCTGCAATCTGAATAATTTGAAGCCTGATCTTTCGCCCGCTCCTTGGAAGTTGAGCCCTATTGACACCGGCAAACTACAAAGAAGCACTCTCGATTGTGAAATTTTTTGTTATTTTTTTTTTTGAATACCTAGTCATTGGGCCGATAGGGCGAGTTTGCAGCAGAGTAGGATGTTAGAGTACAGGCTACAATACGGTGCCAAATTGTGGGTCGATCAATTTTCGTATTAGGTCATTCAATACACTATTGGACACTATTTTTTATATTAATGTGTAATATGTTCATTATTTAATGTTCTGATGTTCTACTTAATATATATGTGAAGCTATTAATGTATATATGAAGTTACATTATTATTCACTGACTGAGTCTCTGATTAACAACTTCATTGTGTCTAGTATCGAGTATCGGGTATCGAGGAGCGAGTATCATGTATCATGTATCGAGTATATATTTTTATTTGTCGACATACCATTGGATGTAGTCTGTCAATCACAAATTAAGTTTGAGTTGAGAGTATAGAGTATCATGGCATCAAGTATCAGTTTTCGAGCATTGAGTATTCAGTAGTAATGTTTAGTGTTTTTGTAAAATGAGTGCCATGTTCTCAAGAATCGAGCATCGAGTATCTCGTATCATGTAACGAGTATTGAGCATCGAGCATTGTACAGTGAGTAAAATGTCAATACAAAATGTATACATGCTACACACTACATGAGTATATTACAGTTAGTGTACTAAAAGAGCAAATTACAGTGAGAAAAACATGTAAAGAACGTATGTTACACATCATTAACCTGTTGTGTCATCTCATTATTCGGTCGTGGTCATTTTTGGCGATTGGAAATGTTGAGCGGATCGTTGTATTTCTGTCTACTATGTCCCGGTTTGCCACACCGACCGCATTTTTTTAATCTAACAGTTTCTCCCGCGAATGATGTTCTATTGACTTTTGGTCTACCAACTTGTACAACCCTTTTGGGTGGAAGTATTTTCAGTTCTGTATACCCTGGTGGTTTTTTCCATTCGGATACATGACCAAGCAGATCCATTAACTCTGCGTATGCTAATACCAGAGACTCAACCCTATATAGTCTGTTGCATAGAGTGAAAGGGTTGATGTTGCGCTCTCTAGCTGCAGCAATAGCGTGTGAACATGGAATCTCTAAGCACTGAAATTGCATGCAACTGCATTCTCAAGTTGTTAAACTTACAATACTGTCTAATCCACTATCCTTCACATAAAACCTATAACAATCAATTGGATTTACTCGTTATCATCTAGATAGCTCACACTCTGTTCCCATTCTTTCCTCTGCATAACCTGAATGTGTCGATGTACTAGAAGACCAAAGATTGCGTCAATCATAAAACCATTGTTGGAGTAAACCTCTTACGAATTCTAGCAATGAAGTTATTGGCAATACTCTAGCTTCTTTGGTAATAAAATTGAAGCATTCTGCAGTATTGTTGGTCATGTTATCAAATCGATTTTCGTGTTGGTAACATCGTGCACATCGATCAACACCAACATCCTCCAAATAGCTTGCAAAGGACCCGTTGTTATAGTTCACTATTTGGCACCAATAGCGCTTGAACTCTGTTTCTAGATGGACTCTACATGCATCATTAAATAATTTTCTCATAGACTCATCTTTGAAATATTTCTCAACTTTCCTTTTCAAATGAAAAGTACAAAGTCTATGATATGGGGTGGGGAATACGGCATCAACGACTTTCGTTATACTCTGCCCACGGTCTAAGACAAATACGAGGTTGAGACATTCTCCAATAGCATATTTTAGGTTCTTCATGAACCACTTACATGCTCTATCATTTTCATTGTCGACAATTGGATATACCAGTGGGTACAGTTGGTTATTATCGTCCATGGCAACACTAACCATCATTGTTTCCTTGTACTTACCCTTTAGATGAGTACCATTCACAATCATTACAGGTCGACAACTCTTAAAACCTCTTAAACTTTGGCCTAGGGCCATGAACACACGTTTGAAGTAATGTGAATCTTCAAGCTCAATCTCAAATACGGTTCCAAGATTTTCCATTTTTAAAGCCTCCCCATACGCATGTAATGCTCCATATGATTCCTCTGGCGTATCCCTTGCAAGTGCAAGCGCAGTCTCTCTCGCACACCATGCCTTGTCGTAACTAATATTAACGCCGTAGTGATGTCGTATGTCCTCAATAATATGATGTGGTTTGTCTGCTCGACCAACCCCGAACTTGTCCTTGATTAGCTAACTAATGACGAATGCGCTGGCCTGCTTGTGGTCATGATTCAGGACTTCAATCAATCATGTGTGGTTGGGCGTGCACTTTGATATCCTAAAAATCTCACAACCATCCATTTTTATTGCTTCTATGGACCACTTACAAGTTGGGTGTATACATCGAACACTATACAGTTTCTTGTTGGATTTCTTAACCCCCATTTCAAATTGTTCTTAATGGCCAACATTGCTAGCCTCATTTTCACGTCATTCTTACTGAAGAAAATCTGGCCTACTTTGATACCATCCCCTAATGCGGATGAAGAATGTGGTTGCATGATCAAGTCCACTTTTGTAGAGTTACTACTAGGTGGTTTGAATGCTTCACTTGCACGAGGCGTGTTTCCAACAAAATGGCCAAATTCATTTGACAGAACAGAAGTTGGTTGTTCTTCATTTCTAGTGGAACAACCACTTCGTAAACCAACTGGAATTAGACTAACATGTACGTTCGATCCTTTTGTGTCGTCACATGCTCGTTTAAACACGCCTCAACCCTAGTTTTGTTCCCATCCTTTTCTACTCCAACATTTGATTGTAGTACGTTTGCTATATTATCATTGGTGTTGTCGTTGTCCAATGATACTGTCGATGGGAAAATGCCATGCTCATTGACATCTACTCCATTGACAGTTCTTGTTCAACCTCATTGACATGAGTCTCAAATCCAGTACCATTCCCAAACCGTTGATGACTTTCCTTCAGACTTACAAATATTTGAGGTCTATTAAGATCATACTCCGAGAGGAAAAATTCGACATCAACATTGTCCATTAAGATTACTGGAGGAGAATCATTATCCAACTTATATTTTACCCTCATTATAACGTTGAACTTTGACGAATTAACTTGGGTGAGTTCATATACTAGATTCACCAAATCTATAAAGGTGAGTGTGCTCAAAACTAAGATGCCCTTCAAACGACTTCTAGTATATCGTTCTTCCGTGTCATTATCCATCCTTCAATTAAAACATTAGAGAAAAGGATCAGTTAGGAAAAAATGACTCTGTAAAATACTCGTTCCTCGGTCCTCGTTCCTCTCTCCCTGACACACGCTACTCGCTCCTCGCCACTCGACACACGATTCTCGGCCCTATCTCCTCGGTAATCATTATTTCATACATTTTCTCTCCGCTCATCCTCGCCCCAATAATAGCTAACTCACTCGTCTTGCTGGTGATCAAAATGACACATTACTCATTGTCAGTTCACTCGTTCTCTTTGTTACGTTCTTAGGTCCCACACAACGCAACGTCAGAGAATAAAATAAAATAAAAAATTGACTCACAGTATGTGTGATATTGATCGTCTACAATGATCCAACTGCCTTTATAACTTTATCTCTTCCAACACGTTCAGTTCAATAAAATAGGTTTTTTTTTTTTTTTTTGTAGGGAATGAGGTTTCGTTTGTGTTTGTTATTTGTTATTTGTTAATTAAAAAAAATTACTCCACTTTGCGGGCATTAAATTTGAAAGAATGGTAAGAAAAGTCGGCAAATTCCCCAAATTGTGTATGTTAGTATAATAGCATTAATTACATATCAAGAGGAAAGTGGCGCGCGAAAGTCTATTTTGTATCGAGTATGACTATCGAGTTGGCTACTACCATGTAATGAGTGTATCGGGCATCGATCATCGAGTAATATGACTAACAAGTGTATCGAACATCGAGCATCGAGTAATCTGGCTAAAGGCAGGCATGCGTGGATGGTACTTAGGCGCAAAATTGAACATTCACGCAATCTTCATTTGTTTTTAAAAAATGAGCCAAAAATCGAGTGGGCCTCTTGAAGAGGGTCATCTGTACAAAATCGCCATTTAAGAGAGAGAATGAGAGAGAAGAACAGGGGAGGAGGGAGGCGCAGGTTGTAGAGATGAAGAGAAAGAATTGAAATCAAGGTTTCAAAAAAAATATGTTTCCTTCTTTCTTAATTTTTTTTTTGAGTAATGGGAGAATATAGCAAAATTTTAGGTTTTGTTTGGATAATTGACAACATTTATTGCAAATAAATTCTACTGCATGTGTTCCCACTTTTCAATGATACCAAAATACCTTTAGAGTTTCCAGATATAGTGTAATTATATTCCTTAATTTGAAACACAATTCAATCTTTTTTTGGAAAATTATCTTAAATGACAAAGAATATTTCCAAAACTTAGATATTTCATTATTTAAATGAACGAAATTAGGGAAACTTAAATAATGTAATTGGGAGAGAACATAGATAAGGTTGGACGAATTATTTACAAAATTTAGATAAATGAAAAACTATAAAATTTGATAATCATAAAATTTAATAAAATATTATAATAAAAACTTATAAACTGATAGTAAACTAATAAAAAAGTGTTCTTGTTAAAAATATAACAGTAAAACTAATTAATATTAAATTGAAAATAAGTCAAAATTCTAAAATGTGCAAATATTTTAATTAGTTTTATTTTTATATAAATAGTTATGCATTTTTTTTATAATGATGAAAATTATACATAAATTAGTTTATGTATTTTCAATTTGTCAATAACTATGCATTTTTTTTATAATGATGGAAATTATATCTAAATTAGTTTATGTATTTTCCATCTGTCAATATTTTTTTATAATGATGAATGATATCTAAATTAGTTTATGTATTACTCTTCATCAAAGAGTCTTAATTATTATTAACATATGTTTAAANCTTTTTTTTTTTTTTTTTACCACGAAGCTTTTAAATTGTCGTGGAAATAAATAGAATCAACATATTTAGAATTAAAGTTAATAAAAAAAATTATGAAACTTTTGAAATTCCAATTTTTATTTATTTTCTATGACATAATATAATTGAAAAATGGTAATTTTAGAATAATTTATATAGAGATATAATTTTCATAGTCCATTCACTTAGCCTCTATAAATGTATTATTAAAAAAACCTCTATAATTGTATTAAACTTCATTAATTATTTCATACCACTTTTTTTAAGAAAATCATGTTACATTTTATAGCTTTAAATGTTTCAATTAAAAAAAACATAAGTATTTTTTGTTTGTTATTTTGATATTATATTGAAGAATTTGTTTCTATGTTTTTGTCTATCATTAACTTTTTTTAATTACTTTCTTTTTTAAAAAATTCCACCCTCCCCAAAAAGAAAGAAAAAAGAAAATCATCAAACTTAACTTTTGTTATCTCATAAACTTTTCAAGCTCAATAAAGATATAACTAATATATTAACTTGATTTCACATTATAATGAATTTCTTTCACAAAACTTTGTTACATTCAACTTCTTAACTTTTGTTCCAAGTTTTTATTAATAATTAATTGATTGATTAATATATTATTTATAATTGATAAAATTTTTTTGTGAAGCATAGGATGACATAGATTTTTTACTCAACAACAGTAACAAAAATAAATATTTTAAGTAAAATAACAATACACTGATTTTAAAAGAATAATACAAAAAAAAAAAAAAAAATCACTTGCTAGACGAACACTAGTTTTCAACTTAATCAAAGTGAAATGGTAAAATTAAGCAGCAAAGCCTAATCCATTCATTAAAAAAAGAAAAAACAAAAGCTCTTCAGAATCTAAAATCTTAATATTATACATGCATCTCTTGCAACTTAAATATAACATTAACATCTTAAGATGCTTTCGAAAATTGAAAATGTTTTAAGAGCAATGATAAAAAACAATGGAGAAAGAAGTAAAGTAGTGTTGGTGAAAAATGTTGAATGTTGAAGAAAACACTCTTTTTATACTAGTTGAAGATGAGAGTTACAAAAACTTTTTGAATTCTAAACTTTTAAAATGTCAATATTAATTATAATTAAAATAAAAATTAAACTCGAAAAAAAAAACTTTACATTCCAACGTTACCATATTAATTATATATTTATTATTGATAATTAAGGATTAATTAATTTAGTATTTATATTTAATTGATAATGACATTATATAAATAAGTAAAATAAAGAATAGACAAAAGTGTCCAGCTTTTTAAGATTCTCAACCTTTAATATATATATATACACGAGAGAGCTTTCAAATATTAAAAAATGAACAAAAATATTTATAAATATAACAAAATTTTATTGTGATAATTATTATCTTTGTTTGTCTCATGATAGACACGATTTATTGAAGACTATTATAGATAGATGGTGATATTTTGCTACTATTTATAAATATTTTCACAATTTTATTATTTAAAATAATTTTCCAATATATATTCTATTATTATATTTGACAATTTAATTTCCTCGTAGAATTGAATTGCCGTAAATTTCTAATAGACGGTGCAGCTTCCTAATATGATCCTTGGCACTAGAAAATTGTCAACATTTGGAGCTGCTCCCGTGCAAACCCGTCGAAGTTTGATGATGAAATTGAGGATGAACCAGCAATCTACAGAACATAATGCTTCGAAGTCCAATCATCAATCGAGTCTCGATGAGTGTCAAAAAGTTATGCGCACAGACCATACGGGTAACAGCAAATTTCAAATGATTCCACATTCTATGTATATCTGTTCTATTATGTTTTGGCCTTGAAGCTCCATCCAACCGATATATTACTGTTTTTTGGGATCGATAATGTATGCTCCAGGACGAGCACATAATTTGAGAATCAAGTTTTGGTGATTTAGGTTGCGTTTCAAGAAGAAATGCATTGATAGGTCTGAAATTCGATTAAATGATTGAGATTGATAATATCTGTTTCACTTTAGAACTATTTTGAATAGCCTAACTAGTCGATAATTATTGTAGAGTTGTTTGTGTATCTGCCTGGGCATCAGCTATTGAACCGTTTTACTCAGACACATTTTTCTGTAAAAATGTAGATTTTGGGTATAAAATTTTGATGGATGACTAACTTTTGTCTTCTATTTAGTTGAATGCCAAAAGCTTATTTCATTAGTTTCTGGACGTTTTATACGGTAATCAGGAGTTGCTGGTCAAATATGAAAATAATCTTTATATTCAAGAAAATTTAAGCATTCACAATTTCCACATATTCTTGATGTGTTGGTTCTTATCATTTTGATTCCTCACTCCTTGTCTTCTTTTCTTTTAAAATCGTTCGACAATAAAATTGTCTTGATGAAGATTGAAAAGAACTTTATTGGACCACAAAACCATTGACGTGCATTTTTTGAACAAAAAATTGGTGTTTAGGCTTTTATCATTTTGTTAATGTGAATCTAATACTAGAAAAATAAAAGGTGTGTGAGATCAAGAGGTTTTCTAGGAAGACCAGTGCTATGGTGTTTAATGTCCCAGTGTTGCTATGGTGCTTGGATGATATAAACTTAGGAATTAGGATAAAGAGGTCGAGGATAAACTCTAGTGGGGTGTTTGACGAGGTGGTTAAGCTACTGAATGTGGAACCCGCTGTCCCAAAAATTCTATTTTCTCTCGACAGAATTGACACTTCTTATAGTTTGCATATAGGCTATTCTATTCTCCCATAAGACTTTCAAGACAATTGAGCCAAATGTGTTGCCAAATTAGGGCTATAAACGAGGATATAAAAAGAAAAAAACACTAGTAGACAGCATTGAAGGAAAGGACAAAAAGAATGGTTCATGAGCGATTGAAATGTGGTGAGGGCATTTGTGAGGCCAAAAAACTCATAATGGTTATCATGGGTCCTAAACACCGTTTTTGAAATATCTTATTCGCGAACCTTGATTTGAGTCAAGCTTGGAAAAGACTTGGGCCCCATGTAACTTATCCAATAATTCATTGATGACTTGAATTGGAAATTTGTTCGACCTAATTGCTTCATTCAACAATTTGTAGTCAATGCAAAACCTCCAACTTCCATCTTTCTTTTAACCAAAATTACCGGACTAACATTGGGTCTAAAAATCCCTAACTTTAGCATTTCGTCGATGAGTCGCTCTATCTCAACCTTTTGTGTGTGGAGTACTTGAATGGTCTTACGTTTATTGGATCATGCCATTCTTTCAACTATATTCAATGGTCTACAGTTCGTGTTGGAAGCAATCCATATGGCATATTGAACACATCTTCATACTCAATGAGCAAATGCTCCAACTTAGGAATATTGGTATCTATCACATGGTCCACCATTGTATCAAGTAGTTCCATGTCCCTGAATTTGACAGAAAATCGTTGGTCTTCTTCTTTCCTCCAAGTTTTTGTCAACACCTTAAGAGAGACATTTAGGCTAATGTTGGGTCCTCTTTAAGGACAATCCATGAGTCTCCCACTGAAAACGACATGCTAAGGAACTTCCAATCAACTGTCATCTCCTCCTATTTCTGTAATGCAACCATTGCATGCCTAGACAAATCCAAATTGCCCAACTCAAGAGGAAGGAAATCCTCGTTGATTATCATCTCCAAAAGAGCCACCATCACTACTTTGCAAACCCCCCTTTCCTTTGATTGCCTCACCCAAACCCATGACCACCCCAAAATTCATGGTCTTTGTCAATGAGAACTTCATAAATTCCACTAGTTTATGTGAAATGAAGTTGTGAGTGGTTCCACAATCAATTAGGATCACAATCTCTTGTTCCTCTATTTTTCTTTTGAGCTGCATAGTTCTAGGCGTTGACGACTCCACATTTGAGTTCATGGAAGCTTAACATCCAGACTCACTTTCGTCGTCGAAGCCAGACTTTGCAACTCCACTTTTGTGAACTCCATTTTCCTGTCAATGATCTCTTAGAAAAAAAGTAACAGGCAAAGTTCTTTGAGGGTGTTTGGCTCACCAACATGAGCTGGGTTGAGTTGGTAAAAACTACCAACTCAATGTTTGACCCACCAACTTTAAATGTTTGTGGAGTTGAGTTGGTTATTTTTACCAACTGACCCCAACTCACTCCAACTCAATCCAACTATCTCTCCCTCCAATGGCTCCACCTGTCTCCCACTGTTGGCGACTACCACTGTCAACTCTGACCACCACTTTTGTGCGGCCAACTTCAGCAACCAACTCTAGGGTCCAGCAACCACCTCTGATGACAACTTTGGTGAAGACCACTTCCAATGATCAACTCCGAAGACAACCACCGTTGATGACCAACACTAACATTCGCCTCATACAACCAACTCCAACGAGGACCACCTCTAATGATCAACTTCATGATGACCACCGTTGGTGATCAAATCCGACAATCACCTCAGGCAACCAACTCCAACCACCAATTTCATTGTTCATAGTTGTCTTTTATAGTAATTTAACATCGAGGGATTGTCTGAGGATGATCGAGTCATCCTTATAGACCTACTTGTCACAAACATTTAGAAGACCGGTTGCTTCTTAACAGGCCCACCATAGTCTAGGAAGAGATATTGTTTATGTCTACTTGGTAGGACTGACTAGCTTGACTATTTTAATGAATAATATTTTTTTGTATGCATGAAATCGACTCATTGTTGGTTATGTTCAGAATATGTATGCATGTGTATATATATAAATTTTGTGTGTACATGTAAATAGACCATTGATGACAACCTTACTTTTTGTGCATGTTCAACTTATACATTATTCCATAATGGTTAAAGTATATTATAAAGTTGTTGATTATATAAATAATACTATTTTGTCTACATTAAGTGCAACAGTTACATGTAGAAAATTGTAAAATATATTTTTATTATTCAATTCACGTCTCAAATGAGTATTAAGAACTTGGAAAAGTATGGGAAAGTATTTTTATAGTTGAATGGTGGAACAAAAATTAAAGTTCAAGAAAAACAAAAAAAAAAAAGAGAAAGAAAGAAAGAAAGAAATAATAATAATAACAAAAAACCCATAAAAAATGCATACTTTTTTAGATTACATAAAACTGCATTAGATCATTCATAACTCAACCCAACTCAATTTTGCACCCTAAATACAAATAGTTATCACCAACTTAGCTCAACTCTGCACCCCAAATACAGACAATTATTACCCACAAACAATTATTACTAACTCAACTTAACTCAACTCTACCCTGCCAAATGCACAATTTGTTCTTACGATGATGGCTAAAAGTGTATTTCTCATCACAACGATAGCAGAGGTCTTCATCTCTCTTGGCTTAAAACTCTGAAACAAAAAGATGTTTGTAGGATTGATCCCTATGATTGACCTTGCATGTCGCCAAAGTATCAGAAACCTTCCCCCCCAGTTTCATGTTCAATTTGGGATCCATTTTTTTTCTCCTTCCCAAACTCTTTCGTGGGCCATTTTCAATAATATTCCATGTTGACTATTGGACAACAAGCCTTATTAGAAAACAATAAGGTAAGTATGCTCTCTCCTCCCTCCTCCCCCCTCCTCCCCCTTCCCCTTCTCTTCTCCGATCATTAGCTTTGGCCAGCCTCTCTTCTACCCAATCCTCCTCTTTAACAACCTTCTATTTTAAAGTATGGAAGTGAAAAGTTGTAACGCGGTTGGTTTTTACTTTTGTATTTGGCAAGAATTTGGTTCTTTCTACGTGGAAGACTTGGAGGTCAACAAATTCCTCCTTCTTTTGAGGTCACAACTTAGATGGTTCGTGGAAAATATTTTAGATTTGATTAAGGGCCCTTAATCACGTTTCTTTGAGAAAAGCGGGCGAGACGGTTTAGGTGCCACAAAATTGTCTAAGTTCCTCAGCTCCTTAGGTTGGATTATGAGATGTGTCGTTTGGTGATCATTTGGCGGAAGATTCTTTGTCCATATTCCATCTGGAGATTTAAAGCAAGGTTGGTATTCCTTCGCAGTAATGCTTAGATTTTTAGAAAAATTTCGAAGCTTCTTTGAAGCCTCCTATTCCGAGAAAGGGTCCATCAACTTTAGTTTTGCCAACCCAAGATGAAGACTTTGTGGACCTCATGAAGACCCCGAAAGCTCAACAAAGCCCTGTCCTCCAATCGAAGGAAAAGAGTACAGCTTGGCAGCTTTGCCACGTCTGAAACAAGGCTTTGTTTTGGTACCCGATAAACAGAATAAGACACATCATTGGTTGCTAAAGAATTCTGACGTCAAACAAGAAGATTTTAGTAAGTTGTAGATAGTTTCCAGATTGTTAGTTTAATGATTGGTCGGAAATAATGGAAACATTAAAAATTTACTTTCAATCTGAGATCATCATCAATCCCCTATTTGCGGAAAAATGCCTTAATAAAATTGGGCCAAGGATCTTTAGAGGAATTAATTGAAAATCTGGGCAGTTGGCAAACTTGTGGCTCATTTCATCTGAAATTTGAAAAGTGGAATAAGTTAGTGCATAGTTGGCCAGTGTATTCGAAAAGATATGGAGGATGGATTTCCATTAAGAATCTCCTGTTAGATTATTGGTGTAGACAAACTTTTGAAGCTATTGGAGCCTGTTTTGGAGGATTAGAAGCTATTACAACGGATACTTTGAACCTTCTTAACGTCTCCGAAGCTAAGATTCAAGTTAAAATAAAATTATGTGGTTTCATTCCATCAACCACTAAGATTTTGGATGAGAAGCGTGACTCTATTTTTCTGAATTTTGGAAACATTGAATCAATTGAACCTCCCTCAAAAGTTAAAGATGAATTATTTGTTAAGGAATTTTCAAATCCAATTGACTTAGTTAGAGTGAATAAAGTTTTACAAAATGAAGGATTAGAGGTTGAAGTTGTGGATTCTAAGTGGGCCTTTTTGCTATCTTCTCATTTTTTCTCAAATTTTCCAAGAAACCTTCAGCTTCCTGCACAAAGGGGGGAAACTTCCCCTCGGAAAAGTCTTTGGAAGTTGTTCGGCAGGCCCCCGGCTAGTTGAAAAGTCTTTCGGCCCTCCTACTCTCCCCAATGGAATTACTGAGCAACATTTATTGAAAGTGAGAGTGTAGTGGCGAGTTAATATTTTGCCAAAAAGAGACTGTTGACCTCCCTTCGAAAGAATCTCTTCAAGTCTGTGACGCCAAGGATGGAGTTGCTTCAGACGTCACGCTTCCCAAGAGCTGTCACCCCGCCTGTTGCTGTTACTTCTTTGCTGTGCACTTCCCCTTCCATTGGAACTCCCCCTAGAGATTAATGTTGCTGGCCCCTCAATAATCGAAAAAGAATTAATAACTCACTCTATTAATCTCTCTCTTGGAAAACCAAGAGTCGATAGCCCCTTCTTACCAGCAGTCTCTCTATCTTTGGTCCATTCAAAAAGTAGGTCCAGCTAATGATTCTCTCCCTTTGAAGGCAAAGAAACATCACAATTTGCTCAAGCTTTTCCCTAAGCATTTTGTTCGAAAAAAGACATCTTTTATAAACTCTTGATCTATGATAGTAAACTCGGATTTGCTAGAGAATTGTTGTGTTAAAATTCAAATCCCTGGGTTGTTCTCAGAAAAGATCAGTCCTTACTTCGGATTGTGTCTCTTTCTCCCATTCGAACTTTACACTCTCGGGCTCTAAGTAAAATTTGTTAGAGGTTTACTGGTTAGGGGTTCAAGCAAAAGTCGACACAAAAATCAAGATTTAGACATGGACTCGGATGGAGATTCTATAGCAAGTGCTAGCAACGAAGAGCTAGAAAATCTTGAGTTGGAGGATTTCCGCGAGGAGGAAGAGTTAGATGATGAATTTGGTAGAGACTTTCATCAATTATTTCAATCAGAGGAAGGTCATTTGCTTGAAAAGGAATGCATTTCCCATCCCCACCCTCGTCCTTGCCCCCTCCCTTTTAGTTTATGTTCTTTTTGAAAAGGAAACATGACTTCATTCATTGAAATAATGAAAAGAGTCTATTGCTCAAATTACAATAAGAACCAAAAAAGAAAAAAAGAGAGAAAATACAAACGAAATCAAATTGAACTATAAATGAGGCCAATATTTAACGTAACAATCAATAAAACAAGAGTTTCCAAAATGCCAAAATTCTAGCCAAGTAAATTGCTTGTGCCTTGAGGTCTAGAGATCTCTGAATGCAAAAATTCGAACCATAATAAAACCAAATTCTTCTTCACGAACTGCCGCCTTGGTAATTACCAACAACAAACGGAAGAGACATCTCCAAAAGTTTGACCGATAAATCAATCCTTCTGATCTACAGAGATTCCTGAACAAAAACCACGGTCGACTTTCGCCATAAGAGCCTTTAAGAGAGCAACTCATTTCAACTTCTGAGAATACTTGGGTATTAACATTTCAACATCAAGAGAATGCTGAGAAAACTACACAAAGACCAGACCACATTCTTTAATCAGAGAGGAACATTTTGAAGGAATTTGAGAAGGGGATAATGGAGTAAAAAGCTCACTAGGATTCTGACCAAGCTTTTTAAGAGCCGGACTTTGAAAGAGTGCAGCAAGTTCTGTCCCTTGAACTTTTTCTGGCTGATCCTCAACAAGAATGGATTTGAATGCCAAGATTTCTGTATCGTTGTCACTGCTTATGCTAACTGAAGAATCATCCTCTGAAAATTCTTGAGACTTCGGAGTTTTTGGAGAAGGAAGCCTTGGTAATTCTTTAACAAAAGTTATTGATGAATCCGGGAATGCGATAATACACCTTGACTTAGCAAGAGAGTAAAAGGAAGTTGATGAGCTGGAGCAGGATTCTTTTTTCAGCCAGAGAAGGAAGTTGCAACTGAGTACATCTTTCTTCTAGTACGTCCGGGTTTACTTCACTTTATTTTGAGGTAATAGACAAGGCCTTGCGGGAGTAATGTTTGGGAAATGCTGTAATTAGAAGCAAAATTCTCTTAACAATAGGAGGTTCAAGAAATAATGGATAGGAATTAATGGCTGAGGGGAGGAGGTCGACTTTTTCTGCTGGTGTTTGATGGTCTTCCATGCTTGGATTAATTAAATTAGGTGAGGAAAAGAAAACTGCTCATTAATTTCTGGAGAGAGAAAGCCCAATAAATGTTTAGGAGCCAAAACGTTCTGATTTCCCAACTCATAATGAGTGTTTGTGGCTATTGGTGCTTTAAATCTCTTTTTCCGAAAGTAATGAAGGGGAAAACCTGGAAAATGGTTGGCTGAAGGTGAAAAGTTTTTAGCATTAATGCTAATTAGGCTGTCTTTTGCTTCAACCGACACCAAATTTGAATTTTCTTTTGAAAATGTCTTGGACAAATCAACCGACTGCTGATCTTCTGCCTCTTTCTTCAATAAATCCGATTGAGATGCTTCTTTCCTCATAAATGATGACTCAAGAATTTCTTGAACCTTGTTCACACCATCATCTTCAACCTTCAGATTGCTCCTTGCAATGACAGAGGAGTTCACCAAATTCTCTTTGCACGAAACTAAGAATGGCTCATCCACTTTCTCTTTTATCTCTTTTGGCTGGACTAACTGCAAGAACTTAGCTTCTTCTTATGAAAATGAACTAAAAGGATTTCTTGAGAACCTTGGAAGATTTTGTAAAGGATCATAGAGATGAGAATCCGAAATCTGAGGGATGGAATCTATACTTCATCTGCATCACTTGTTTTAAACGAAACAAATCAAGGGGGTTGGTAATATCATTGATCAATAAACTGCCTTGAGGGAATTTTGGTGGGTCAAATGACTCAAAATCTCCAAAATTTAGAAAGATATTACCACGAACTGCATTTTTAATCTCAATAGTCGAAGGCATGAAAATTCTCCTTTATTTTGATTTTTGCTTCAGAACAATTAAGAAGATTGAGAGTTTCAAATGCAATAATTTCCAGTCCCCAAAATAAGCTCCAGTGGCTTCAAAAGGAGCTCTAGACCAATAATCTAAAGGGAGATTTTAATCTTAATCCACTCTCCAAAACCTTTTACTAGGAGAGGTTGGCTATGAAGCAACTTGTTCCATTTGTTAAAGAGCAAATGATAGGGCCCAAACTCTTTCCATTTTCCAGGGGCCTCGATCATCTTTTCCAAATTTCCTTGATGAATTTTGATCAAAGCATTTTCATCAAACAGTGGATTAATAATCACTTTGGTTTGAAAGAGCTCTTCCAAAGTCTTGGTAATCTCCATCCAGTCATTAAAAACAAACAATCTAGAAATAACCCATAGATTGTTGAAATTTTCCTTAAACACTTTAGGGTTTTTTTGAATCCAAAACGATTCCATGCTTTGATTTTCCTTTACTAAAACAAAAGGCTGCACCGCTTCCACGTAACTAAAATTTTTTTCCGGTTCTCTTGAAGGCTCTAACTCTGCCTTAGAAGAAAAAGAATGTCCCAAATTTGTTAAAGATAGTTGATGTAGTAGCTGTAGTAATAGTTCTCTTTTCTTTAAGAAACTGCTCAAATATTCAAAAATGAACTCCACCTAGGGTTTAAATCCCCTAATGGCACGTGAATGAAATGTCTATCTCCTGAGATAGGCCATACTTCACACCTCAGAATCCAATTATAATTCCATCGAAACTTAGATAATCTTGTAGCACCTGAATCGAATGAAAGAGAATAGATAAAGGATAATAAAAAAGAAGTTCACCGGAACTAAGGTTGGAAGAGGTAAAAGCGGAATCAAAATGAAAGGGGGAGGAAGAGGAGAGGAGAGGAGAGGAGAGGAGAGAGCACTTACCTTCCTGTCAAGCATCTTCCTTTCTTCTTTTAGTTTATTTAATAATTCCTCGTTATGCTATCATTGTTGTTGTTATTATTATTATTATTATTATAATATAAATATTATATTTGAATTTCAAGTTTTATAGTTTAATAGCCTAGATAATGAATATGTTTGAATTGAACATTTAAATTTAGATTATATATATAAATCAGGGTTGTTTTCAAATATAGAATAATGAACCAAAATATTTATAAATATATCAAAATTTCATTGTCTATCTGTGATCTACTCTATCGAAGAACAAAATTTCAACCTTCTAAACTTAATCTGGTTGCTTCCCCTGTTGGCATACTTATTTCAAGAGGGTTCCCCTTCTTCCATCTCTCCTAAATTTTTTTGCTCATACTTTTCTTCTTCACGAAATTTTCTTTTCCCTCCTGTCACCTTTGTCAATGCTGACACTCCCCCCCTTTTTCCCAAGCTCTCCCATTAATTTAGTGACCAACATTTCAATGTTTTCTGCACCCCCCCATCTCCATCATCATCGATTCCATACTCTTTCTACCCCTTCTAACGTACGTTTTCTCAATTGGAGATGTAACATTATAACTTATAGACAGTTATGTCAAATTTAAATTTTATTGTTTGCTTCCTGCTAGTGAGCATGTCTGAAATGAGGGGGGATTCTTCTGCATGTTTTGACTTGCGTTGGACTGCATATTGTTTCTTTTCTCTCTGTTGTCGTTACTTGTTACAATAATATGCCATCCAGTGTACTCATGCTTTAATGGCTTACTAATTAGGTGGTTGGGAGATATGCTGGGAGCAAGGTCTAACACCATGGGACTTAGGACAACCAACGCCTGTGATTAGCCATCTTTGTGCAATGGGAGCTCTTCCAAATGGCCGTGTGCTTGTGCCTGGATGTGGAAGTGTACGTCATTTGGTTTATGTATAATTTTATAGCTATTTTTAGTATATTAAACAAAGGTTTCATCTATAAAGATAGAAGTATGGAAATCAAGCCAAAAACAGCGTTGACCAAAAGGGCAAAAAAACCAAGAAACTCCGCTTTAGATTGCATGCAGGGGTTGTTTTGGGAGGCTGGAATATAATCAAGATGACTGAGAATCAGAGGAGTGTTGGAATGCGTGAGGTATCGAGGGTGGAGCGGAAATTTTTTTGAAAAAGAAACGAGCCTCTTCATTAATATTATGAATTAAGACGTACAATGTGATAATAGAAACAAAAGTAGAGGCCAAAAGATCAACGAGTGCACCCGGACATCTCAACTATGTTGACATCCCCTTAGCACTCTCATCATATCCTAAACAAGTGAATAGCAAAGACAATGGGATTGTGGAATGTGAAAATGGTGGGAAAGAGGGTTTGGTTAAACATTGTCTGAATGGAATGAGTCTAATATTACAAATCGAGCCTGAAACACTCAATCCAAACGTGGGCTTTAGATTACTTTACAATCCAAAATCATTACACTATGGGCCCCTAAACAACCCCTTAGCGAATGCGCCTGTCACTTTTCAATCTTGGATGAACTGTATCTTCCAATCGTTTTGCTGGTATTCTTCGACGACATATTGGTGTATAGTCTAGATTGGGACACTCATATGAAACATCTGGCAATGGTGTTCAACGTGCTTAGGGAGAATCATGCAAACGATAAGAAATGTGTGTTCGGACAAAGTAGAATTTAGTATCTGGGACACTGGATCTCCAACAAAGGGGCAGAAACAGAGGAAGAGAAAATTAAGGCTATGTTAGAATGGCCTGAACCCAAGTATTTGAGAGGGGATTTCTGGGGTTAACTGGATACTATAGACATTTTGTGGAAACTATAGGTTGATATCCCAACTGTTGCATCAATTGCTAGACAAAGATGCATTCCATTGGAACTCAGAAGCCGAGAATGCATTTGAGTGCCTTAAGAAGTCAATGACCACTTTACCGGTCCTCGCTCTACCTAATTTCGATTTAACTTTTGTAATTGAGATTGATGCCTCAGGGACAGGGTTGGTGGCTGTGCTAACACAAGAGGGACAACCTATTGCTGACTTCAATCAAACCTTATCGGAAAGGGCAAGAGCGAAATCCTGTATGAAAGAGAGTTAATGGCAGTGGTCTTGGCCATTCAAAAGTGGAGACTCTATTTATTGGGAAGGAGACTCATGGGGATATCAGACTAGTGGGCATTGAAATACCTACTTGAATAGAGGGAAGTCCAACCTGAGTTTCAAAGGTGGCTAACAAAACTAATGGGCTATGATTTTGAAATACTGTATCAGCCGGGTATGAATAACAAAGCGGCAGATGCCTTATCGTGGTTGCCTTCGTTAGAAGACTAGTCGGGTGAGAAACAAGGGGAGCTGAAGGCTCTTTCGACTTATTCCATACTAGATGTAAAATTGATTCAGCAAAAAGTGGAACATGACTTAGCACTCCAGAAAATTGTGCTAGCATTGATACAAGACTCGGAGAGTAATCCCAAGAACTCATTGAGGCAAGGCAAATTGTTCTACAAGAACAGGTTAGTCATCTCACTGTCCTATGTGTTAATTCCCAAATTATTGCATACATTCCATGACTCTGTGATGGGAGGACACTTGGGATATCTGAGAACATATAAGCCGATAATGGGAGAGTTGTTTTGGCATGACATGAAGAAAGATGTGTAGGCGTACGTGGAAAAATGTGTGATATGTCAAAAGAACAAAAGCGAGGCCCTAGCTCTAGGGGGATTGCTACAACCGTTGCTGACTCCACATTGTGTGTAGGATGATATTTCCATGGACTTCATGGAGGGGTTGCCTAAGTCATCTGGGAAAGATGTCATAATGGTTGTAGTGGATCGTTTGAGCAAATACAGCCACTTCATTGCCTTGAATCATTCGTTCTTAGCAAAGCAAGTGGTTGCCACGTTCATACGAGAGGTAAAACATCACAAATTCCCTCAATCATTTGTGTCAGACAGAGACAATCTTTGTAAGCTTGTTTTGAAATGAATTGTTTACCATCCAAGGCACTAAATTGAGGAAGAGCATCGCTTTTCACCATCAAACGACGGCCAAATCGAGATTGTGAATAAATGCCTAGAAACATATCTGAGATGCTTTTGTAACAAATAGCCAAAGAAGTGGGAGAAGTGGTTGCCTTGGATCGAGTTATGGTATAACACCAGCTTCCACATATCGATCAGACAACGCCTTACAGTGCCTTGTATGGGAGACCACCACCACCCATCATATCTTATGGAGACGGGAAAAGGGCTCACAACCCATTGGAGCTGAAAGGGATATTGCATTATTGCAATTGAATGAACAACTGGTGCTGGCCCAAAATCATATGCGCACATTCGCCAATCGGAAGCGAAGAGTAGATTTGGTTGTGGGAGATTATGTGTTTCTCAAAATACGCCCTACAGGCAGAGATCGTTAGCCAAGAAAAGATGTGAAAGGTTTTCACTGAGATTCTTCGGGCCATACAAGGTGATGGAGCTAGTGGGAGCATTGGCTTATAGATTGAAGCTCCTAGCAATGGCCTCAATACACAATATATTCCACGTTTCTCGGCTGAAGAAGGCAGTAGGAAAAGGGACAGTGATTCAAGCGAAGCCTTCCCACTTGTCATATGATTTTGAATGGACAATTGAGCTGGAAGAGATTTTGGGAGTTCGTTGGAATGCTGAAGAAAAGTGCCAATAATGGTTGATTAAATGGGCTAACCAATAGGAGAGGAGAGTGAAGTGACATGGGAATCAGTGAAAGCGATGAAATGGCAATTTCTAGGTGCTCACCTTGAGGACAAGGTGAATTTCCAGATGTGAGACTTTCCATCATTAAAGTTTACGAAAGGAAGAAGTGCAATAAGGGTATTTTGCAAGCAGAAAGGAAGGATGGGACCACCTAATGATTTTGTTATGAAGCCATATGTTGGGAGGGATCAGTGAAAGTGATGAAATGGCAATTTCTAGGTGCTCACCTTGAGGACAAGGTGAATTTCCAGATGTGAGACTTCCCATCATTAAGGTTTACGAAAGAAAGAAGTGCAATAAGGGTATTTTGCAAGCAGAAAGGAAGGATGGGACCACCTAATGATTTTGTTATGAAGCCATACGTTGGGAGGGATCAGTGGAAGGGATTATGTAGGGTTTTGGGATCCCGAACTCAGTGTGGAATGTTTTGGGAAGTGAGAAATCACTGAAGAAGAGATGGCTCTCTTGAACAGCCAGGCATAGTGTTTTCCTTTTCTTGTGCTTCACTGTTCTTGTTTGTCTTGCGTTTTTGTGATATTGAACCTTTGAACTGCTGGTTTGTCTTTGGTTATTAATTATCAAGAAGGGTGACTGAATAGCCTGTTCTGTGGAGTTGGGTGTCTATTGTGGATAGTATTTGTGTGTTTTTTGTGTGTAGGACTTGGATACCTAACAAAATTTTAATTATTGACCTCCTCTTGTTCTTCGTCTTCCTTTATCTTCAAACATGTCCTGAAGGTAATGGCTGGGTTCCCCTTTTTGTGTAGTAGTTAGCTAATTTTATGATTTTCTTTTTCATTGAAACCATCAAAGTTTGTAAATATGACAGGGTTATGATGTTGTTCAAATGGCATGCTCTGAACGCTATGTTGTTGGATTGGACATATCAGACAATGCCATACAAAAGGCCAGAGAGGTATAAGTATTATATATCTGTACTTTTCTTCTTTACAGAGCCAAAATATTGGAAGAACAGGGGAAATTTTAGTCCATTTTGGGAATTTTCATATGGGAACTATTTTTTATTGTAGTTAAGATTAAAGGTCTTCTTTAACTATCTCTTGCTTTTTGTAATTCATTTCATCCAGGTGAAACACGATATGGAGATATAGAATTTTATGCATCAAACATTTCCTCTCGTGAGTGCATGTAAAATTTTGCAGATCTCACACTGTTTTGCATATACTAATTGAAATGAGCTGCACTGTTTAGACTCGTTACATTTGAAAATAATAATCCATGAAAAGTTATGTTTCCTTTCAAAAGAAAAAAAAATTTGAAGATAATAATATGTCTATTTTTGTTTAATGAGCTGCAGCTATCTTCCTCATCACCAAATATGAGATACTTTACCTTCTTAAAGGAAGATTTTTTCAGTTGGAGACCTAAGGAATTGTTTGATCTGATTTTTGATTATACGTAAGTTGGTTTATGAAAAAATTATTTCCTATTAGAAGATTCCAACATGATCGCTATTGGAAACCATGCAGGTTTTTTTGTGCCATTGAACCTGTCATGAGACTAGCTTGGGGACAACAGATTCAGAGGCTATTAAAACCAAATGGGGAGCTTATAACGCTAATGTTTCCAGTAATCATCTTTACTTGAGACATGTATTCTCTATATTTTTTTTCCTATAAGTTTTATCATTTTAACAAGCCTAGAATGCAATATTTCATCTCCTATTTCATTAGCAGTTTCCCTCCATAAATTGATTTTTTCATACGACATTTTTTAATTTTTTGGGCACTTGTATCTCCTCTTTCTTTTTCAGTAATTCTTTTTCTTGGGCTTCCTTGCCATTTCTCTACAAAAATAAGTTTCTTTAACAAAAACTGTAAAATGTCAACGCATTTTATCTTGTCTTTAAAAGTAAAGACATCTGATTGATCCTGTGCTGCATTATCTGTTTACGATGCTCGCCATTATTTCATGTTTGAAACACAATTTATTGGCTGCAGATGGATGACCGTATTGGTGGACCACCTTACAAAGTTTCAGTTTCAGAGTACTTCTCAACCTTCACTTTGATTTTTTTCCTACTTGTTTAATTGTTCCTTTCAGTTCAAATATTTATCTAGATCAACTTGTTTTCCTTTTTCTTTTCCCTATAAAAATTGTAATTAATAAGTGCCAAAATGCTGTAATAATGCAAAGCTAGAGGTCCTTCTAGGATCATTGCAAACACTCACAAATAAGGCTAACTTAACGAATGATTCCAACCAAGAGCTTAGTTAGAAGATGAATAACTCTTAGATCGAACTTAGAATCTATGATGGTCACTCTTAGATCTTAAGACAAGTCACTCCATAATTAGCTTGATCAAAACTAATCCAATGAATTGGTTTAACAATAAATTTAAAGTAAGATTTGAAAGAAAAGACAGCCCCAAAGGGGTTGAAGAAACACGAGGTTTTTAGTATTATTAATCTGAGATATGAAGAGCACTACAAACCATTTAAAGGCCCAAAGGTCGTGCAAAGGTCCTAGAACTCAAGTCATTCAAACACAATTAAATGAAAATTGTACATATTAACACCTAGGAACTTGCAACTTAATTGCATACTAATTAATAAATCAAAATGCAAAACTAAAAAGATAGAAAGTCTCCAAGTTGTCTTAAATATCTCATCTAGAAGGCGGCAAAGTTGAAAAGCATACTTGACAACATTTTCTTCACAAAATCTGCAGACTTTTTTTGACCTCTGTGCCATCTTCAAAACTATAGAACTTTTCTTGTGCCATCTTGACTACAATCTCTTCTTGACTCATTGAATTGACATTATACATCAATTTGAACTCTAAATTCTTTGTCTCTTCTCGTGAAGTAGCAAGCTTTTGAAGATGTAGTGTGAAATCCTCTTCTTTTCCTTACTTCTTGTAATTGCTCCTTCCGGCATATGCAGTGACTCAATAGTTGAATCCATATCAGTAACTACTTTTATCTTTAAAAATATTAATGGTCATAAAAACTAGGGATTGGATTCCTTATCTTTACTTGTATCATCTTTTAATAATCATTAAAATTGTGATTAGCTAGTTGTAGTTGGCCGAAAGAAAATCCTTGCCCATGGGGATGATATTGAAGATAAGTGGTACATTTTCTTTGAAAGAAGGGTCTTAAGTGGGTTTATAGTGAGAGATCATTAGGTGGAAAGGATTGCCCTTACCTTTTCTTGGTTTCTGGCTGTAAACCTAAATGACCTTTTCTTTCTTCCTCAGCTTCTCCATCCAACTTCCTCAGCGAGTAACAGACTTCTATCACTCCACATATTCCATTCTGTTGCACGTTATTTTTCCATTTATTACTCGGTCATTTCTCATTTCCTACTGTCATATAGCTATAGCAAGGTTAACTTAAAAATTTCTTACTCGGTAGTTTTTTTCTTCTCACTTACTCATTCTTCTTTTCTTCCTTTTTTTTTTTGCATGTTTGTTTCTCTAATACTTACATTTTGTGAACAGATGGTGAGCAAAAAAGAGACCAACTATTATAGGAGAATCAAGTAGAACCAAAAAAAAAAAAGACCGTTTTTTTTTCTTGGTTAAGCTTGATTCTCCTTTGATAGTTGGTCTTTTTTTTTGCTCATCACAAAATGTAAGTATCAAAGAAATAAACATGCAAAAAAAAAAAAAAAAGGAAGAAGAGAAGAATGAGTAAGCAAGAAGAAAAAAACTACGGGGTAAGAAATTTTTAGGTTAACCTTGCTATAACTCTATGACAGAGTAAGAAATGAGAGATGACAGAGTAAGAAATGGAAAAAGAATAAAATGGGATATGTGGAGTGATAGAAGTTTGTTACTTGCTGAGGAAGTTGGATGGAGAAGCTGAGGAAGAAAAGAAAGGTTGTTTAGGTTTACTTATTTCAATTCAAAGAAGAAAATGAGAGAAGAAGAGTAAAAATGGAACGTTGCAGAAAATGAAAGAAGAGTGAAGATGGAGAAGGAAATGAAGAGATGAGCCTGAAGAAACTGAAGAAGATGTGAGGCAGTCGAGCAAGAAATCGAAGAGTTGCACGATTCTTTTTTTGCTCTTCATGCTTTTCATGATTTTGTTGGTGATTTATTGACATGCACAGAAAATCTTTCTACGGTTGGGAGATCACACACAACAAATTGAATTTTTTGGTTGGGCTTTTTGTCATTTCACACCCTTTTTATTGTGGGTTCAACTTTTGCTATCCAAATATTTTGGGCTTTTTTATTATATTTGAAAAGAGCCCTATATAATATGAAAAAACTAAGATGGTTATAAGTTATTAGAAAACAATTCAAAACTAAAAGAAATATTTTGATCCACCCAGACCCACCTAACTCCACCAACGGACCTGTCTTTTTTATTTAAAAACTTGTTGAAGCTTCAATAAAACAGCATATAAAAAAAGGAATATAATAAATTTATATTACCTTTACACAAGTCAGAAAATCAGTACCAGAAGGAAAACGAAACCCACAAGGCCACACCTTCTTGAACTTGAAATAGCCGCAAAAAGAACTTGAAGTAATCAAAGCGGTAGAAGTTGAAGGAAGCTGCTGAATTCTTGAGGTTGAGTAATTGAAAGTCTTAACGTGGGCTATGGATATTATATATATATATATTTTAAAAATAATGAATAAAATTTAATCAGGTGCTCGCCTGTCACGAAGCCACACCAAGTGCCAAAAGGCGACCACCTCTTTGAAGAGCCTTGCCTAAGCATTACAAGAGGCGCAAAGGCCCCTAAGAATCTTGCCTCTCGCCTTGGACGTGCGCTCAGGGTCGCCTCAATAACACTTGAGCGAGAGTATGTCTTTCAAGGATTTTATAGGAACTTCTTGAATATGTTGGCCTTTGTTGCATCAATAATGTTAACCTGGAGTAAGGGTATTCTAATCCTTCCTCAGATCAATCAAATGAAATTTATCATTCCAAATCATGAATTTCAACTAACTAGTAGTATCGGTGGTCAAACCACAAGGAAGCATGAAAATTAGTTTTACAACTCCCATTCTTTAGTTAAAATGGTAAATTGGAGGGGGGGGGGGGGGTTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGGGGGGGGGGGGGGGGATTGTATGAAATAGGAAAATGAAGATTAACAAGCTAAGAAAAGCGACCGTTCCCTTTGGAATGTAAATTAACAAGGTGCATTTAGGGTGTGTTTGGAATACCTTTTCATGTGTTGAATTTAAAAAATAAGTCATTTTGAAAGAAATATAAGTGTTTGACAACCACTTAAAATAGATTTTGAATACCATTAATGTCTTTATTTTCAACAATTTTTATCAAATGTATTTGAATAAAAATGAATTTTTTGAAAAACATTTATTTTTTAAATTAATCCAAATAAGGCCCTTAGTTAACGGAAATGGAATGCCCCAAATTATAGATATAGTCCTAGGATATAACTCAATCAACTCAAGCACGTGGCCTCTTTAATCAGTAATGCTGACATTAATTGTCCTGAGTTATTAAGATTCATATCCTAATTAAACTATATGCCAATTTCTTTTAAAAAAATTAAACTATAGTGCCAATTAACAAGAATGAAACACATTCAATAATTAACCTAAGCACATGCTTTAAGGTCTAGGGCTAAGCAACGACAATTAAGTAACGGAAACGCCGATTAACTACTCAAGTACTCGCTATCTCTAAGTCACTCGAGACAACCACATGATATTTCGGTAATGTCTGACAAAAGACCATGTACCCAAAAGATGACTTATGCTACTTGTCAACCCACACACAACAGTTACGGTTTATCTGTTAAGTTTACAGTGTGGGCACGCATAAATAATTGGTTTATTGATGTAGAACTCAATTCTTTGAGCAATCTTGAAGAGAAAATTTTTATTGAAGTGTGAAATAATGAAAATGGAAGGCCTTAGCCTCAATTTTATTTATCAACAACTGGGGAAGAATTCAAGAGCTTTCCAATCTCTCCCTAAACTCATTTAAGAGTGTGATTACAATCAGATCAACTCCAAGATACCTCACACACCAGCCCCTCACTCCCTGTATACTCACTTCCCAAATAACTAACAAATATTCCCCATTCCAGCTCATTGACCAACTCACAACTAACTCATACATTTACCCCTCTTTTATGCCTCCGAGTGTACACTTTTACCCCTGAGGTCCTATCAGAAGACAAGCTCCCCTTAAACAGACTTTGGGGAAAAGGGTTGGTTCACCACTAAACTAACTAATTAACTAATCTAATCCTAATCTTCCCTTAAATGGACCCAAGGAAAATGGGTTGGTTCACACCTATTCTAAAATTAATTGATTAAATCAAAGGGAATTTCCCAAAATTCCCTACATCATTTGTCCTTCTTAACCATTCAAACATGCTAAAGAATCAAAGCAAGAGATAGAGATAGAAATATATTCATTAAACTCCAAAATCCTCACATATGCACAATACAAATCCATCAACTAAATCAAAGTAGCCAAAATTACACACACCTTAGAAGTAATCAAAGCTCATAAACACCGAGCCATTTACAAATCCAAAAAGAAACAACTTAAAACTAAGAAGAGAGGTGAAGAGATGAAGAACTCACAAAATAGCACCTCCAGCCTTCCTCCTCTCAAAACCCTAGAAATAACATTGAATTTATGGTAGTCAAAGGCGTGCTGCAGGGTTAGGGACAACGGCACAGTGCTGGTTAGGTAATCGACGCGCAACAACGCAATCTTGGGTCTTGCACGCAATAGCAGCGCAACGCCACAAGACAACGTTGTTGTGCTACTGCACCTCAGGGCCTATTGTCTTTGGCGATGAGGTCAATGCCACGCAGGGCCATGGCGCTGCCTCCTTCAACCTCCATTACTTCATTTGGCCCATCCTTATTGCTAATTGCTCCATATTGATCCCTTTTGCACTTGGGACGTCTTGACGGTCTCCTTTTTTCGAGTTCTGTCTATAAACACAATTAAACATTAAATATCTAAGTACTAGCTTGATTTAGGTCAAGAAAGATTGCCCTTTCTAGGACCTATCAATCAACTTGGCACATTTTTTGTTTTGTTGTTACTCGTTATCAGTCAAGTTCACTTGAAGCATGTTTTTGTAATCTTCATTTTCTTTTTGGTTAGGAGGGTATCTTATCTTCACTTCCGTCATTTATACACGATTCCTTTGGAATGATATTGTCTCTATTTTTCCCCTTAAGAAAGAGATTACTTTTCTTATCCTTCTCATTCTTCTATAAACTTGGCTCATGATTACATCTTTATTGACAGTTATGAGGACGTGCTACATCCATTGGGCTTTAAGGCTGTACTGATCAAGGACAATGAACTCGCTATTCCACCTCGCAAGGTAAATATAGTAGCTTTTTCAGTACGTTACAGAAATTTCAATTGTCCGATAAAACTCAATTTATTTATCAATGGTTTATGGCAATAGCAAAGGGAGATTTGTTCTCTCCAAAATCATTCAAAATATGAGTTCCAAACTGTAGACCCCCAATAGTTCACACCTATCATAGAAGGGGTAAAAAGGGAATAAATATGAGATCGTGGGAGAAAAACGTGGGGAGGATGTGGCTGATAATTCGGTTAGGATGGAGGGGACTAGCAGAGAAACAAATTGAGAGGTTTATGTAGGGGTTTGCGGGAGTGAAGGGAGGCACTCTCAAAATTGCCCATTTATCTTTTCTTTTAGTTCTTTATCTTTCCCATCTATTTTCCATTTTCTTTCTTGCTGTCATTGTGCTGGAACTCTTGTGAGAAACTCTGTTGTTGATAAATAATACAGTAGCTTGTGGCTGGGTATTTTCTTTGCTGATTTAGTGTGAAAATTGCTGGAAGTGTGGGTGAGTTCTTGTTAGATACTCTTGGGTTAGAAAGGTATCTAACAAATTGGTATCAGAGCAAGACTCACGAACGTGATATCTCCGAGTTGAAGGAATTAGTCTTCGCAATGTGCAAGAACGTTGACCAGTTGATGGGGGAAATGCGGGAGATCACGTTGAGTAGAGGAAAGGATGGGTCACTGATAACAAAGGGCTCTTTGAAACGCGGAGTAGGGACCGAGGCGAAGGAAGGGGAATCGTCGCAGGCTAAGGGAGGAGGTGATAAAGGTAAATATAAGAGGCTAAAGATGTCGATACTCAAGGGAGATTACCCGGATTCGTGGGTTTACCGTGCCGAGCACTATTTTGAGATACATGAACTAACGGATGAGGAGAAGATCAAAGTGGCGATTATTAGCTTCAACCATGACTTGGTGGATTGGTATCGTTGGAGTCACAACCGGAAACCGATTCGATCATGGGAAGAGCTGAAGAGGAGGATGTTTATCCCGTTCAGAAGCTCGCGAGAGGGAAGTTTGACGAGAAGATTTCTAGCGACTAAACAGGATGGAAGCTACGTCGAATACTGAAACAATTTGAGAGGTTTTCTGCGCCGATACTGGAGATATGAGAATCGGTATTAGAGGGGACATTTATCAATGACTTGGACCCGGAGTTGAAGGCAAAGGTCGAAAGCAAGAATCCAATTGGGTTGGAAGAGGCGATGCGTGAAGTGCAGGCCATCGACGACAAACTCCAGGTGATCAAAGAAATTTAAGGGCTCAGCAGATTGAAATCGGCAAAGGGAGAAGGGAAGGGCCAAGAGACAGAGAAGGTGGGCCAAGGTGCTAATTATCGGCCCAATGTGGCTAAAATACAATTACCCGAGAGGTTGGAGCTCTGCGAAGGGATTGGACGACCCGAAGACTATCGGATGTAGAAATTCAGAGAAGAGGGGGAAGGGGCTGTGCTTCAAATGAGACGAAAAATACTCTCCGGAGCATTAATGTAAGACACGAGAGAAAAGGGAACTTCGATTAATCATCGCTAGAGAAGGTCAAGTCATTGAAGAACTTGACGAAGCCGAAGAAGGCGAGGAATTGGACGGGACGACGGAAAAGGTGGAGCTGGCTCTCCGCTTTGTTTTGGGATTTTCAACCCCTGAAATGATGAGACTGAAGGGAAAGGTCAGTGGATGTGAAGTAATAGTTTTGATCGATTGTGGGGCTACCCACAATTTCATACATCGGCAACTGGTAGAGGACCTCAAAATACCCGTGTCGAACACAACCAACTATGGTATAGTCATTGGCGACGGAACCGCAGTGCAAGATAAAGGGGTCTGCAAGGAAGTTATCGTTGAACTACTAGGGGTCACGGTATTGGAGAGTTTTCTACCCTTGGATTTAGGGCAAATCGATGTAATCTTGGGAATGTCATTGCTATGTACGATGGGGTATGTCATTGCTATGTACGATGGAGTAGATTGGCTGAACCTCACCATGACGTTTACCAAAGGGAATGCAAAGGTGGTGCTTAAGGGGGACGCGACTCTTACTAAAGCCAAAGTTACCATGAAGACGGTGATCAGTAATTGGGAAACGGAGGATGAAGGGTTTTTCATGGAGTTTAAGGGGCTGTCCCTCGAAGAGGAAGTGGGCAAGCAACTTGATCCGGTGAAGGGGCAAGAAGAACCCGTCCATTCAGTGATTACTCACCTAGTGAGGGAGTATGAACGTATATTTGAATCACCCACGCAACTTCCCCCTAAGCGAAACATTGATCATCAGATTCTATTGAAGGAGAGACAGAATCCAATCAACGTTCGGCCATATAAATATAGTCACAGCTAGAAGGATGAGATCGAGAAGTTGATTAAAGAGATGCTGACGGTGGGGATTCATACGTCCAAGTAGGAGTCCATTCTCTAGTCCAGTTTTGTTGGTAAAGAAAAAGGATGGAGGGTGTTATTTTGGTGTGGATTATCGAAAGGTGAACCAGGCAATGGTAGCCGACAAATATCCTATACCGATGATAGAGGAATTACTCATGAACTGCATGGGTCAACCTACTTCTCCAAATTGGATTTGAGGTCGGGCTATCATTAGATAAGAATGAAGGAAGAGGACATACCTAAAACAACTTTCCGGACGATTTGTACTGGTTTTCTTTGACGATATTCTGGTTTACAGTTCGGACCTAGACATGAGAAGCATCTGACGATGGTATTCAATGTATTGAGTGACCATAAGTTAGACGCCAATCAAAAGAAATGCGTATTCGGACAATCCAAGATTCACTATTTGGGTTATTGGGTCTGCCACCAAGGGGTGTAGGCAGATGGGAGCAAAATACAGGCCATGGTGGAATGGCCAATTCCCAAAAATGTGAGTTGGGGGTTTTTTTGGGATTGACGGGGTACTACCGATGTTTCGTCAAGAACTTTGGCGAGATAGCGACACCACTACTCAGTTGTTGCAGAAAAATGCTTTTGTTTGGAGTGGCATTGACTTCGGCCTTTGATAAGTTGAAGCGTGCGATGGTAACCATACCGGTATTAGCTTTTCCAGACTACTAAGACCTTTCTAGTGGAAATCGACGCATCGGGATTTGGTTTAGGGGCTGTCTTAATGCAAGAGAACAGGCAAATAGCTTTCTTTAGCTAGAAATTATCGGAGATAGCTCGGGCTAAGTCCATCTATGAGAGGGAACTAATAGCAGTTGTGTTATCAGTGCAACAGTGGAGGCATTACCTCCTAGGATAGAAGTTTCTGGTGATATCCGAACAAAAGGCCCTAAAATTCCTACTAAAACAACGGGAAGTCCAGCCTCAGTTTCAGAAATGGTTGGTCAAGTTATTGGGCTATGACTTCGATCTACTTATCGAAGTTGCAGATGCTTTATCAAGGATAGCACCGGATTTAGAATTATGTGTGCTAACGGCGCCGACCCTGTTGATAGTGAAGTGGTGAGGAAGGAGGTAGAACAGAATGAGGAATTGCAAGCGATTATTACCAAACTGCAAGAAAATTTAGTAGACGTACTCAAATTCAAGCGATTATTACCAAACTGCAAGAAAATTTAGTAGACGTACTCAAATTCAGTTGGGAACATGGAAGGTTACTCTACAAAGGAAGATTGGTTATTTTGGCTTCATCATCCTTGATACCTCTGTTGCAATTATATCATGACTCGGTTATGGGAGGTCATTCGAGATACATACAGACCTACAAGAGAATTAGTGGAGAATTATATTGGAAGAGAATGAAGACGATGGTGCAAGAGTATGTAGCACAGTGTATGATTTGTCAGAAGAACAAATTGAAGTCTCTTTCTCCGGCTGGACTTCTACAACCTCTCCCTATTCTCGAGAGAATTTGGGAAGACTTATCCATGGACTTTATTGAGGGACTTACGAAGTCGAAAGGAGAGGATTCCATAATGGTCGTGGTGGATCGATTGAGAAAGTATAGTCACTTCATCACTCTAGCCCACCCATTCTCAGCTAAATAGGTAGCTGCGGTTTTTGTTCGGGAAATTGTCTGCTTGCATGGTTTTCCCAAATCGATAGTATCCAACAAAGACAAGATTTTTCTGAGCAATTTATGGATAGAGCTGTTCACTCAACAAGGTACTTCCCTTAAGAGGAGTACGACTTTTCACCCACAAACTATGGGCAAACAGAGCGAGTAAACTATTGCTTGGAGACGTATCTTCGCTGCTTCTGCAATGAAAAAACCAAAGAAATGGAGCGAATGGATATCGTGGGCGGAATATTGGTACAACACAACCTACACCCTTTCGCATTGTGTATGGACGAGAACCACCTTTTTTGCTGGCCTATGGAGATCGGAAAACGAGAAATGACACCTTAGAACAACAGTTGGTGGAGAGGGATCGGGTCCGGGCGATATTAAAAGAACAGCTTGAGCGGGCACAAGAAAGAATGAAGCAATATGCGGAGAGAAATCGACGCGAAGTTCAGTTCGAAGTTGGGAAGTATTTCTGAAATTAAGACCTTACTGCCAAAGGTCTTTAGCACAACGGTGGAATGAAAAATTTGCCCCTAAATACTTTGGCCCTTATGCTATTATAGAAAGGATCGGAGAAGTCGCCTACAGATTAGAATTACCGCCCACAACGGCTATCCACAACGTTTTTCATGTGTCGCAACTCAAGAAGAAAGTGGGTGAACATCAAACTATCCTTCCCGTGATACTAGAACTCAGTGAAGATTTTGAAATGAATGTGCAACCTGAATGGATCTTGGGAAAGAGCAACCGAAAACAGAGGCAACGTGGGTGGAGTTAGACCTGTTCAAAGAGCAATTTCCGACATTCCACCTTGAGGACAAGGTGGGTTTCACCGATGGAGGTATTGTTAGACCCCCAATAGTTCACACCTATTATAGAAGGGGTAAAAAGGGAAATAAATATGAGATCATGGGAGAAAAATGTGGGGAGGACGTGGCTGACAATTCGGTTAGGATGGAGGGGACAGCAGAGACACAAATTGAGAGGTTTATGTAGGGGTTTGTGGGAGTGAAGGGAGGCATGGATAACCAGAAGCTGGAGTGAAGAAATTGGAAAAGGAGGCACTCTCAAAATTGCCCATTTATCTTTTCTTTTAGTTCTTTATCTTTCCCATCTATTTTCCATTTTCTTTCTTGCTGTCCTTGTGCTGGAACTCTTGTGAGAAACTCTGTTGTTGATAAATAATACAGTAGCTCGTGGCTGGGTATTTTCTTTGCTGATTTAGTGTGAAAATTGCTGGAAGTGTCGGTGAGTTCTTGTTAGATACTCTTGGGTTAGAAAGGTATCTAACAAAATGCCAAAAGCTTACTAATGCAGTAGGATTAAGGTAAATTAGGATATCTTGATCAAATTCTTAATTGATATCTTAATCTACCTAATCCTACTATGTCACTTACTCCCTCCTTCCTTCAAACACGCCCTTAAAAGCCTACCCCGGTCCGACAAAATGCTCCCCTAAAAGATTATATATTACACCGGTGCTCATTTACCTCCCCTATTTTCTGTTTCTTATTCCTACGTGTATAGAACCTAGTGACTTGGGTCTACTGTTCCACATGGGAATATTATTACCTTCTTACGTCAACAAAATCATGCAAATTCAACTAGAGCATAAAACAACTAGTTAAGGCAATGTTGAACTCAAAAGTAAACTACTGCAAATGGACTGTAATAACTTAATTTTGAAAATGCAACAGTATCCATGTTCTTAGTTGCTGAATGTTGAATATGATTGAAGTTAATTTTGTGACAGGGACGAGAGATGATTGGAAGGTGGAAGAGGAGCTTAGCTCAAGCTTCACTGTAACAAGTTTTTAGCCGCTGTTTGGATGTTGATGTCATACACTTGAGAAGAAATTGCAAATGTTTATGTCAGGTGGCCGTGGGTTAAATGTACAACGGTCCCTTATCTTTTAGGTTATTCTCAATTTTGACCTAATCCCATAAACTTCTCAATTACCCTTTAACTTTTGGAGATGTATCAGTTAAAACGTTAAACTAATTTAAACTTTGAATTTTCGTAATTGTATCAATTTATACTCTCTTTAAGATTTCATTTGAAAAACATGGTGAGATTTACAATTGTATCAATTAAACTTCAAAGGTAAAACTAGCAAAATGACAATGATAATTGATACATAAACAATTTTCATAAGAAATCCTAATTGAAAGCTAAGTTGATTCACTTATAAAAGTTTTGGGTTTAATTGTTAAACTATGACTCTCAAACAATATTTATCCATACATGACGTAAAGATGAGTATAAATTTATATGCTTACAAAAATTTAAGGAATACATTGATATACTTGTTAATTGGAACAATTTAGAGTTTCAATTGAAACATCCTGAACTCTTAGAGTTTAGGATTATATTTTCAAGAAGAAAAAAGAAAAATTAATATTAGCATCTTTGTGCCCGATGCTACTTGACATAAGAAATCCAACATGTCCATTAGCAAAAGGGAAATTCCGATTACTGACTAGAAATAAAAAACTGTGATGAAATATGGCTAAAAAAGTTATTTGGAATTATGGTTAGATGGGAAGTAGGCAAATATTTGTTTTCATTTTACCCTTTTATATACTCTTATATCAAGCCATAAGTGATTACCTCGCTTCATATTTTGTTGGGGGTTGGAAAGACAACATTTAGGTCTCATTCTTATTGACATCATTGTTGGGTCCATAAATTTTACTGAAGGGAAATTTATAGTGTGAACATAGGGCTGGAGTGCTAGAAATTTTCTCCATGGAAAGGGTGTTGCATATTAAAGTAGTCACATAATATCACATGTTTGGGGTTAGATATATGTAAATGTGTCGATGTAGAAGGACTTTGTTTTGTTTGGGTTTGTTTTTAGTTCAATTGCTATGTTACTGTACAATAATTTTTCTTTATTTTAA

mRNA sequence

ATGCCTCAGCTTCCTAATATGATCCTTGGCACTAGAAAATTGTCAACATTTGGAGCTGCTCCCGTGCAAACCCGTCGAAGTTTGATGATGAAATTGAGGATGAACCAGCAATCTACAGAACATAATGCTTCGAAGTCCAATCATCAATCGAGTCTCGATGAGTGTCAAAAAGTTATGCGCACAGACCATACGGGTGGTTGGGAGATATGCTGGGAGCAAGGTCTAACACCATGGGACTTAGGACAACCAACGCCTGTGATTAGCCATCTTTGTGCAATGGGAGCTCTTCCAAATGGCCGTGTGCTTGTGCCTGGATGTGGAAGTGGTTATGATGTTGTTCAAATGGCATGCTCTGAACGCTATGTTGTTGGATTGGACATATCAGACAATGCCATACAAAAGGCCAGAGAGCTATCTTCCTCATCACCAAATATGAGATACTTTACCTTCTTAAAGGAAGATTTTTTCAGTTGGAGACCTAAGGAATTGTTTGATCTGATTTTTGATTATACGTTTTTTTGTGCCATTGAACCTGTCATGAGACTAGCTTGGGGACAACAGATTCAGAGGCTATTAAAACCAAATGGGGAGCTTATAACGCTAATGTTTCCAATGGATGACCGTATTGGTGGACCACCTTACAAAGTTTCAGTTTCAGAGTGCTCGCCTGTCACGAAGCCACACCAAGTGCCAAAAGGCGACCACCTCTTTGAAGAGCCTTGCCTAAGCATTACAAGAGGCGCAAAGGCCCCTAAGAATCTTGCCTCTCGCCTTGGACGTGCGCTCAGGGTCGCCTCAATAACACTTGAGCGAGATTATGAGGACGTGCTACATCCATTGGGCTTTAAGGCTGTACTGATCAAGGACAATGAACTCGCTATTCCACCTCGCAAGGGACGAGAGATGATTGGAAGGTGGAAGAGGAGCTTAGCTCAAGCTTCACTTTCAATTGCTATGTTACTGTACAATAATTTTTCTTTATTTTAA

Coding sequence (CDS)

ATGCCTCAGCTTCCTAATATGATCCTTGGCACTAGAAAATTGTCAACATTTGGAGCTGCTCCCGTGCAAACCCGTCGAAGTTTGATGATGAAATTGAGGATGAACCAGCAATCTACAGAACATAATGCTTCGAAGTCCAATCATCAATCGAGTCTCGATGAGTGTCAAAAAGTTATGCGCACAGACCATACGGGTGGTTGGGAGATATGCTGGGAGCAAGGTCTAACACCATGGGACTTAGGACAACCAACGCCTGTGATTAGCCATCTTTGTGCAATGGGAGCTCTTCCAAATGGCCGTGTGCTTGTGCCTGGATGTGGAAGTGGTTATGATGTTGTTCAAATGGCATGCTCTGAACGCTATGTTGTTGGATTGGACATATCAGACAATGCCATACAAAAGGCCAGAGAGCTATCTTCCTCATCACCAAATATGAGATACTTTACCTTCTTAAAGGAAGATTTTTTCAGTTGGAGACCTAAGGAATTGTTTGATCTGATTTTTGATTATACGTTTTTTTGTGCCATTGAACCTGTCATGAGACTAGCTTGGGGACAACAGATTCAGAGGCTATTAAAACCAAATGGGGAGCTTATAACGCTAATGTTTCCAATGGATGACCGTATTGGTGGACCACCTTACAAAGTTTCAGTTTCAGAGTGCTCGCCTGTCACGAAGCCACACCAAGTGCCAAAAGGCGACCACCTCTTTGAAGAGCCTTGCCTAAGCATTACAAGAGGCGCAAAGGCCCCTAAGAATCTTGCCTCTCGCCTTGGACGTGCGCTCAGGGTCGCCTCAATAACACTTGAGCGAGATTATGAGGACGTGCTACATCCATTGGGCTTTAAGGCTGTACTGATCAAGGACAATGAACTCGCTATTCCACCTCGCAAGGGACGAGAGATGATTGGAAGGTGGAAGAGGAGCTTAGCTCAAGCTTCACTTTCAATTGCTATGTTACTGTACAATAATTTTTCTTTATTTTAA

Protein sequence

MPQLPNMILGTRKLSTFGAAPVQTRRSLMMKLRMNQQSTEHNASKSNHQSSLDECQKVMRTDHTGGWEICWEQGLTPWDLGQPTPVISHLCAMGALPNGRVLVPGCGSGYDVVQMACSERYVVGLDISDNAIQKARELSSSSPNMRYFTFLKEDFFSWRPKELFDLIFDYTFFCAIEPVMRLAWGQQIQRLLKPNGELITLMFPMDDRIGGPPYKVSVSECSPVTKPHQVPKGDHLFEEPCLSITRGAKAPKNLASRLGRALRVASITLERDYEDVLHPLGFKAVLIKDNELAIPPRKGREMIGRWKRSLAQASLSIAMLLYNNFSLF

Homology

[Close]

BLAST of CcUC04G060980 vs. NCBI nr
Match: XP_038883535.1 (probable thiol methyltransferase 2 isoform X2 [Benincasa hispida])

HSP 1 Score: 451.4 bits (1160), Expect = 6.5e-123
Identity = 231/310 (74.52%), Postives = 241/310 (77.74%), Query Frame = 0


Query: 7   MILGTRKLST-FGAAPVQTRRSLMMKLRMNQQSTEHNASKSNHQSSLDECQKVMRTDHTG 66
           MIL TRKLS+  GAAP+QT R+L MKLRMNQQSTEHNAS+SNHQS LDE Q+VM  DH G
Sbjct: 1   MILCTRKLSSRLGAAPLQTHRTLTMKLRMNQQSTEHNASESNHQSRLDEFQQVMHKDHNG 60

Query: 67  GWEICWEQGLTPWDLGQPTPVISHLCAMGALPNGRVLVPGCGSGYDVVQMACSERYVVGL 126
           GWEICWEQGLTPWDLGQPTPVISHLCA GALPNGRVLVPGCGSGYDVV+MACSERYVVGL
Sbjct: 61  GWEICWEQGLTPWDLGQPTPVISHLCATGALPNGRVLVPGCGSGYDVVRMACSERYVVGL 120

Query: 127 DISDNAIQKARELSSSSPNMRYFTFLKEDFFSWRPKELFDLIFDYTFFCAIEPVMRLAWG 186
           DISDNAIQKARELSSSSPN RYFTFLKEDFFSWRP ELFDLIFDYTFF A+EPVMR AWG
Sbjct: 121 DISDNAIQKARELSSSSPNRRYFTFLKEDFFSWRPMELFDLIFDYTFFSALEPVMRQAWG 180

Query: 187 QQIQRLLKPNGELITLMFPMDDRIGGPPYKVSVSECSPVTKPHQVPKGDHLFEEPCLSIT 246
           QQIQRLLKPNGELITLMFP+DD +GGPPY+VSVS                          
Sbjct: 181 QQIQRLLKPNGELITLMFPIDDHVGGPPYRVSVS-------------------------- 240

Query: 247 RGAKAPKNLASRLGRALRVASITLERDYEDVLHPLGFKAVLIKDNELAIPPRKGREMIGR 306
                                     DYEDVLHPLGFKAVLIKDNELAIPPRKGREMIGR
Sbjct: 241 --------------------------DYEDVLHPLGFKAVLIKDNELAIPPRKGREMIGR 258

Query: 307 WKRSLAQASL 316
           WKRSLAQ SL
Sbjct: 301 WKRSLAQPSL 258

[Close]

BLAST of CcUC04G060980 vs. NCBI nr
Match: XP_022149365.1 (probable thiol methyltransferase 2 isoform X1 [Momordica charantia])

HSP 1 Score: 434.1 bits (1115), Expect = 1.1e-117
Identity = 221/315 (70.16%), Postives = 243/315 (77.14%), Query Frame = 0


Query: 7   MILGTRKL-STFGAAPVQTRRSLMMKLRMNQQSTEHNASKSNHQSSLDECQKVMRTDHTG 66
           M+ GTRKL S  GAAP Q+ R L  K+RMN+ + +HNASKS+HQS LD+ Q VMRTD TG
Sbjct: 1   MLFGTRKLPSILGAAPFQSHRVLTTKIRMNKDNAQHNASKSDHQSRLDKFQNVMRTDQTG 60

Query: 67  GWEICWEQGLTPWDLGQPTPVISHLCAMGALPNGRVLVPGCGSGYDVVQMACSERYVVGL 126
           GWEICWEQGLTPWDLGQPTPVISHLCA+GALPNGR LVPGCGSG+DVVQ+ACSERYV+GL
Sbjct: 61  GWEICWEQGLTPWDLGQPTPVISHLCAIGALPNGRALVPGCGSGHDVVQLACSERYVIGL 120

Query: 127 DISDNAIQKARELSSSSPNMRYFTFLKEDFFSWRPKELFDLIFDYTFFCAIEPVMRLAWG 186
           DIS+NAIQKARELSSSSPNMRYFTFLK DFFSWRPKELFDLIFDYTFF AIEP +R AWG
Sbjct: 121 DISENAIQKARELSSSSPNMRYFTFLKADFFSWRPKELFDLIFDYTFFSAIEPAVRPAWG 180

Query: 187 QQIQRLLKPNGELITLMFPMDDRIGGPPYKVSVSE-----CSPVTKPHQVPKGDHLFEEP 246
           QQ+Q+LL+PNGELITLMFP+D+ IGGPPYKVSVSE     C P TK            + 
Sbjct: 181 QQMQKLLRPNGELITLMFPIDNHIGGPPYKVSVSEFNRSFCDPATK------------QS 240

Query: 247 CLSITRGAKAPKNLASRLGRALRVASITLERDYEDVLHPLGFKAVLIKDNELAIPPRKGR 306
           C S                            +YEDVL PLGFKAVLI+DNELAIPPRKGR
Sbjct: 241 CFS----------------------------NYEDVLLPLGFKAVLIEDNELAIPPRKGR 275

Query: 307 EMIGRWKRSLAQASL 316
           EMIGRWKRSL QASL
Sbjct: 301 EMIGRWKRSLTQASL 275

[Close]

BLAST of CcUC04G060980 vs. NCBI nr
Match: XP_004144344.1 (probable thiol methyltransferase 2 [Cucumis sativus] >XP_031739580.1 probable thiol methyltransferase 2 [Cucumis sativus] >XP_031739581.1 probable thiol methyltransferase 2 [Cucumis sativus] >KGN54738.1 hypothetical protein Csa_012147 [Cucumis sativus])

HSP 1 Score: 428.3 bits (1100), Expect = 5.9e-116
Identity = 221/311 (71.06%), Postives = 233/311 (74.92%), Query Frame = 0


Query: 7   MILGTRKL-STFGAAPVQTRRSLMMKLRMNQQSTEHNASKSNHQSSLDECQKVMRTDHTG 66
           MILG  K  S    AP+QT R+L +KLRMNQ ST+HNASK NHQS + E QKVM TDH+G
Sbjct: 1   MILGAGKFCSILSRAPLQTHRALTLKLRMNQNSTQHNASKFNHQSRVHEFQKVMGTDHSG 60

Query: 67  GWEICWEQGLTPWDLGQPTPVISHLCAMGALPNGRVLVPGCGSGYDVVQMACSERYVVGL 126
           GW+ICWEQGLTPWDLGQPTP+I HLCA GALPNGRVLVPGCGSGYDVVQMAC+ERYVVGL
Sbjct: 61  GWDICWEQGLTPWDLGQPTPLIGHLCATGALPNGRVLVPGCGSGYDVVQMACAERYVVGL 120

Query: 127 DISDNAIQKARELSSSSPNMRYFTFLKEDFFSWRPKELFDLIFDYTFFCAIEPVMRLAWG 186
           DISD AIQKA ELSSSSPNMR+ TFLKEDFFSWRPKELFDLIFDYTFFCAIEPVMR AWG
Sbjct: 121 DISDKAIQKAIELSSSSPNMRHCTFLKEDFFSWRPKELFDLIFDYTFFCAIEPVMRQAWG 180

Query: 187 QQIQRLLKPNGELITLMFPM-DDRIGGPPYKVSVSECSPVTKPHQVPKGDHLFEEPCLSI 246
           QQIQRLLKPNGELITLMFP+ DD IGGPPYKVSVS                         
Sbjct: 181 QQIQRLLKPNGELITLMFPIDDDHIGGPPYKVSVS------------------------- 240

Query: 247 TRGAKAPKNLASRLGRALRVASITLERDYEDVLHPLGFKAVLIKDNELAIPPRKGREMIG 306
                                      DYEDVLHPLGFKAVLI DNELA+PPRKGREMIG
Sbjct: 241 ---------------------------DYEDVLHPLGFKAVLINDNELAVPPRKGREMIG 259

Query: 307 RWKRSLAQASL 316
           RWKRSLAQ SL
Sbjct: 301 RWKRSLAQPSL 259

[Close]

BLAST of CcUC04G060980 vs. NCBI nr
Match: XP_022149366.1 (probable thiol methyltransferase 2 isoform X2 [Momordica charantia])

HSP 1 Score: 424.5 bits (1090), Expect = 8.5e-115
Identity = 215/310 (69.35%), Postives = 235/310 (75.81%), Query Frame = 0


Query: 7   MILGTRKL-STFGAAPVQTRRSLMMKLRMNQQSTEHNASKSNHQSSLDECQKVMRTDHTG 66
           M+ GTRKL S  GAAP Q+ R L  K+RMN+ + +HNASKS+HQS LD+ Q VMRTD TG
Sbjct: 1   MLFGTRKLPSILGAAPFQSHRVLTTKIRMNKDNAQHNASKSDHQSRLDKFQNVMRTDQTG 60

Query: 67  GWEICWEQGLTPWDLGQPTPVISHLCAMGALPNGRVLVPGCGSGYDVVQMACSERYVVGL 126
           GWEICWEQGLTPWDLGQPTPVISHLCA+GALPNGR LVPGCGSG+DVVQ+ACSERYV+GL
Sbjct: 61  GWEICWEQGLTPWDLGQPTPVISHLCAIGALPNGRALVPGCGSGHDVVQLACSERYVIGL 120

Query: 127 DISDNAIQKARELSSSSPNMRYFTFLKEDFFSWRPKELFDLIFDYTFFCAIEPVMRLAWG 186
           DIS+NAIQKARELSSSSPNMRYFTFLK DFFSWRPKELFDLIFDYTFF AIEP +R AWG
Sbjct: 121 DISENAIQKARELSSSSPNMRYFTFLKADFFSWRPKELFDLIFDYTFFSAIEPAVRPAWG 180

Query: 187 QQIQRLLKPNGELITLMFPMDDRIGGPPYKVSVSECSPVTKPHQVPKGDHLFEEPCLSIT 246
           QQ+Q+LL+PNGELITLMFP+D+ IGGPPYKVSVS                          
Sbjct: 181 QQMQKLLRPNGELITLMFPIDNHIGGPPYKVSVS-------------------------- 240

Query: 247 RGAKAPKNLASRLGRALRVASITLERDYEDVLHPLGFKAVLIKDNELAIPPRKGREMIGR 306
                                     DYEDVL PLGFKAVLI+DNELAIPPRKGREMIGR
Sbjct: 241 --------------------------DYEDVLLPLGFKAVLIEDNELAIPPRKGREMIGR 258

Query: 307 WKRSLAQASL 316
           WKRSL QASL
Sbjct: 301 WKRSLTQASL 258

[Close]

BLAST of CcUC04G060980 vs. NCBI nr
Match: XP_008449545.1 (PREDICTED: probable thiol methyltransferase 2 isoform X2 [Cucumis melo])

HSP 1 Score: 424.5 bits (1090), Expect = 8.5e-115
Identity = 220/312 (70.51%), Postives = 233/312 (74.68%), Query Frame = 0


Query: 7   MILGTRKLSTF--GAAPVQTRRSLMMKLRMNQQSTEHNASKSNHQSSLDECQKVMRTDHT 66
           MILG  K  +    AAP+QT R+L +KLRMNQ STEH ASK NHQS + E QKVM TDH+
Sbjct: 1   MILGAGKFRSVLSRAAPLQTHRALTLKLRMNQNSTEHKASKFNHQSRVHEFQKVMGTDHS 60

Query: 67  GGWEICWEQGLTPWDLGQPTPVISHLCAMGALPNGRVLVPGCGSGYDVVQMACSERYVVG 126
           GGW+ICWE GLTPWDLGQPTP+ISHLCA GALPNGRVLVPGCGSGYDVVQMAC+ERYVVG
Sbjct: 61  GGWDICWEHGLTPWDLGQPTPLISHLCATGALPNGRVLVPGCGSGYDVVQMACAERYVVG 120

Query: 127 LDISDNAIQKARELSSSSPNMRYFTFLKEDFFSWRPKELFDLIFDYTFFCAIEPVMRLAW 186
           LDISDNAIQKA ELSSSSPNMR+ TFL+EDFFSWRPKELFDLIFDYTFFCAIEPVMR  W
Sbjct: 121 LDISDNAIQKAIELSSSSPNMRHCTFLREDFFSWRPKELFDLIFDYTFFCAIEPVMRQVW 180

Query: 187 GQQIQRLLKPNGELITLMFPM-DDRIGGPPYKVSVSECSPVTKPHQVPKGDHLFEEPCLS 246
           GQQIQRLLKPNGELITLMFP+ DD  GGPPYKVSVS                        
Sbjct: 181 GQQIQRLLKPNGELITLMFPIDDDHSGGPPYKVSVS------------------------ 240

Query: 247 ITRGAKAPKNLASRLGRALRVASITLERDYEDVLHPLGFKAVLIKDNELAIPPRKGREMI 306
                                       DYEDVLHPLGFKAVLIKDNELAIPPRKGREMI
Sbjct: 241 ----------------------------DYEDVLHPLGFKAVLIKDNELAIPPRKGREMI 260

Query: 307 GRWKRSLAQASL 316
           GRWKRSL+Q SL
Sbjct: 301 GRWKRSLSQPSL 260

[Close]

BLAST of CcUC04G060980 vs. ExPASy Swiss-Prot
Match: Q6AWU6 (Probable thiol methyltransferase 2 OS=Arabidopsis thaliana OX=3702 GN=HOL3 PE=1 SV=1)

HSP 1 Score: 271.6 bits (693), Expect = 1.2e-71
Identity = 137/269 (50.93%), Postives = 170/269 (63.20%), Query Frame = 0


Query: 42  NASKSNH-QSSLDECQKVMRTDHTGGWEICWEQGLTPWDLGQPTPVISHLCAMGALPNGR 101
           NA K+   QSS D   ++M  + +GGWE  WE G TPWDLG+PTPVI+HL   G+LPNGR
Sbjct: 3   NAGKATSLQSSRDLFHRLMSENSSGGWEKSWEAGATPWDLGKPTPVIAHLVETGSLPNGR 62

Query: 102 VLVPGCGSGYDVVQMACSERYVVGLDISDNAIQKARELSSSSPNMRYFTFLKEDFFSWRP 161
            LVPGCG+GYDVV MA  +R+VVGLDIS  A++++ +  S+ PN +YF+FL EDFF+W P
Sbjct: 63  ALVPGCGTGYDVVAMASPDRHVVGLDISKTAVERSTKKFSTLPNAKYFSFLSEDFFTWEP 122

Query: 162 KELFDLIFDYTFFCAIEPVMRLAWGQQIQRLLKPNGELITLMFPMDDRIGGPPYKVSVSE 221
            E FDLIFDYTFFCA EP +R  W Q++++LLKP GELITLMFP+D+R GGPPY+VSVSE
Sbjct: 123 AEKFDLIFDYTFFCAFEPGVRPLWAQRMEKLLKPGGELITLMFPIDERSGGPPYEVSVSE 182

Query: 222 CSPVTKPHQVPKGDHLFEEPCLSITRGAKAPKNLASRLGRALRVASITLERDYEDVLHPL 281
                                                               YE VL PL
Sbjct: 183 ----------------------------------------------------YEKVLIPL 219

Query: 282 GFKAVLIKDNELAIPPRKGREMIGRWKRS 310
           GF+A+ I DNELA+ PRKG E +GRWK+S
Sbjct: 243 GFEAISIVDNELAVGPRKGMEKLGRWKKS 219

[Close]

BLAST of CcUC04G060980 vs. ExPASy Swiss-Prot
Match: Q93V78 (Thiocyanate methyltransferase 1 OS=Brassica oleracea OX=3712 GN=TMT1 PE=1 SV=1)

HSP 1 Score: 251.9 bits (642), Expect = 9.9e-66
Identity = 130/272 (47.79%), Postives = 163/272 (59.93%), Query Frame = 0


Query: 40  EHNASKSNHQSSL--DECQKVM-RTDHTGGWEICWEQGLTPWDLGQPTPVISHLCAMGAL 99
           +  A  SN ++ +  +E  K +  T   GGWE CWE G+TPWD G+ TP++ HL    +L
Sbjct: 5   QQKAGHSNGENIIPPEEVAKFLPETVEEGGWEKCWEDGITPWDQGRATPLVVHLVDSSSL 64

Query: 100 PNGRVLVPGCGSGYDVVQMACSERYVVGLDISDNAIQKARELSSSSPNMRYFTFLKEDFF 159
           P GR LVPGCG G+DVV MA  ER+VVGLDIS++A++KA E   SSP  +YFTF+KEDFF
Sbjct: 65  PLGRALVPGCGGGHDVVAMASPERFVVGLDISESALEKAAETYGSSPKAKYFTFVKEDFF 124

Query: 160 SWRPKELFDLIFDYTFFCAIEPVMRLAWGQQIQRLLKPNGELITLMFPMDDRIGGPPYKV 219
           +WRP ELFDLIFDY  FCAIEP MR AW + +  LLKP+GELITLM+P+ D  GGPPYKV
Sbjct: 125 TWRPNELFDLIFDYVVFCAIEPEMRPAWAKSMYELLKPDGELITLMYPITDHDGGPPYKV 184

Query: 220 SVSECSPVTKPHQVPKGDHLFEEPCLSITRGAKAPKNLASRLGRALRVASITLERDYEDV 279
           +VS                                                     YEDV
Sbjct: 185 AVS----------------------------------------------------TYEDV 224

Query: 280 LHPLGFKAVLIKDNELAIPPRKGREMIGRWKR 309
           L P+GFKAV I++N  +I  RKG+E +GRWK+
Sbjct: 245 LVPVGFKAVSIEENPYSIATRKGKEKLGRWKK 224

[Close]

BLAST of CcUC04G060980 vs. ExPASy Swiss-Prot
Match: O80562 (Probable thiol methyltransferase 1 OS=Arabidopsis thaliana OX=3702 GN=HOL2 PE=1 SV=1)

HSP 1 Score: 250.8 bits (639), Expect = 2.2e-65
Identity = 124/244 (50.82%), Postives = 148/244 (60.66%), Query Frame = 0


Query: 65  GGWEICWEQGLTPWDLGQPTPVISHLCAMGALPNGRVLVPGCGSGYDVVQMACSERYVVG 124
           GGW+ CWE G+TPWD G+ TP+I HL    ALP GR LVPGCG G+DVV MA  ER+VVG
Sbjct: 34  GGWDKCWEDGVTPWDQGRATPLILHLLDSSALPLGRTLVPGCGGGHDVVAMASPERFVVG 93

Query: 125 LDISDNAIQKARELSSSSPNMRYFTFLKEDFFSWRPKELFDLIFDYTFFCAIEPVMRLAW 184
           LDISD A+ KA E   SSP   YF+F+KED F+WRP ELFDLIFDY FFCAIEP MR AW
Sbjct: 94  LDISDKALNKANETYGSSPKAEYFSFVKEDVFTWRPNELFDLIFDYVFFCAIEPEMRPAW 153

Query: 185 GQQIQRLLKPNGELITLMFPMDDRIGGPPYKVSVSECSPVTKPHQVPKGDHLFEEPCLSI 244
           G+ +  LLKP+GELITLM+PM D  GG PYKV++S                         
Sbjct: 154 GKSMHELLKPDGELITLMYPMTDHEGGAPYKVALS------------------------- 213

Query: 245 TRGAKAPKNLASRLGRALRVASITLERDYEDVLHPLGFKAVLIKDNELAIPPRKGREMIG 304
                                       YEDVL P+GFKAV +++N  +IP RKG+E + 
Sbjct: 214 ---------------------------SYEDVLVPVGFKAVSVEENPDSIPTRKGKEKLA 225

Query: 305 RWKR 309
           RWK+
Sbjct: 274 RWKK 225

[Close]

BLAST of CcUC04G060980 vs. ExPASy Swiss-Prot
Match: Q0WP12 (Thiocyanate methyltransferase 1 OS=Arabidopsis thaliana OX=3702 GN=HOL1 PE=1 SV=2)

HSP 1 Score: 250.0 bits (637), Expect = 3.7e-65
Identity = 127/273 (46.52%), Postives = 163/273 (59.71%), Query Frame = 0


Query: 40  EHNASKSNHQSSLDECQKVM----RTDHTGGWEICWEQGLTPWDLGQPTPVISHLCAMGA 99
           + N+ +SN  + +   ++V     +T   GGWE CWE+ +TPWD G+ TP+I HL    +
Sbjct: 5   QQNSDQSNGGNVIPTPEEVATFLHKTVEEGGWEKCWEEEITPWDQGRATPLIVHLVDTSS 64

Query: 100 LPNGRVLVPGCGSGYDVVQMACSERYVVGLDISDNAIQKARELSSSSPNMRYFTFLKEDF 159
           LP GR LVPGCG G+DVV MA  ER+VVGLDIS++A+ KA E   SSP   YF+F+KED 
Sbjct: 65  LPLGRALVPGCGGGHDVVAMASPERFVVGLDISESALAKANETYGSSPKAEYFSFVKEDV 124

Query: 160 FSWRPKELFDLIFDYTFFCAIEPVMRLAWGQQIQRLLKPNGELITLMFPMDDRIGGPPYK 219
           F+WRP ELFDLIFDY FFCAIEP MR AW + +  LLKP+GELITLM+P+ D +GGPPYK
Sbjct: 125 FTWRPTELFDLIFDYVFFCAIEPEMRPAWAKSMYELLKPDGELITLMYPITDHVGGPPYK 184

Query: 220 VSVSECSPVTKPHQVPKGDHLFEEPCLSITRGAKAPKNLASRLGRALRVASITLERDYED 279
           V VS                                                     +E+
Sbjct: 185 VDVS----------------------------------------------------TFEE 225

Query: 280 VLHPLGFKAVLIKDNELAIPPRKGREMIGRWKR 309
           VL P+GFKAV +++N  AIP RKG+E +GRWK+
Sbjct: 245 VLVPIGFKAVSVEENPHAIPTRKGKEKLGRWKK 225

[Close]

BLAST of CcUC04G060980 vs. ExPASy Swiss-Prot
Match: Q93XC4 (Probable thiocyanate methyltransferase 2 OS=Brassica oleracea OX=3712 GN=TMT2 PE=2 SV=1)

HSP 1 Score: 249.6 bits (636), Expect = 4.9e-65
Identity = 128/272 (47.06%), Postives = 162/272 (59.56%), Query Frame = 0


Query: 40  EHNASKSNHQSSL---DECQKVMRTDHTGGWEICWEQGLTPWDLGQPTPVISHLCAMGAL 99
           + N+  SN ++ +   D  + + +T   GGWE CWE G+TPWD G+ TP++ HL    +L
Sbjct: 5   QQNSGNSNGENIIPPEDVAKFLPKTVDEGGWEKCWEDGVTPWDQGRATPLVVHLVESSSL 64

Query: 100 PNGRVLVPGCGSGYDVVQMACSERYVVGLDISDNAIQKARELSSSSPNMRYFTFLKEDFF 159
           P GR LVPGCG G+DVV MA  ERYVVGLDIS++A++KA E   SSP  +YFTF+KEDFF
Sbjct: 65  PLGRGLVPGCGGGHDVVAMASPERYVVGLDISESALEKAAETYGSSPKAKYFTFVKEDFF 124

Query: 160 SWRPKELFDLIFDYTFFCAIEPVMRLAWGQQIQRLLKPNGELITLMFPMDDRIGGPPYKV 219
           +WRP ELFDLIFDY  FCAIEP  R AW + +  LLKP+GELITLM+P+ D  GGPPYKV
Sbjct: 125 TWRPNELFDLIFDYVVFCAIEPETRPAWAKAMYELLKPDGELITLMYPITDHDGGPPYKV 184

Query: 220 SVSECSPVTKPHQVPKGDHLFEEPCLSITRGAKAPKNLASRLGRALRVASITLERDYEDV 279
           +VS                                                     YEDV
Sbjct: 185 AVS----------------------------------------------------TYEDV 224

Query: 280 LHPLGFKAVLIKDNELAIPPRKGREMIGRWKR 309
           L P+GFKAV I++N  +I  RKG+E + RWK+
Sbjct: 245 LVPVGFKAVSIEENPYSIATRKGKEKLARWKK 224

[Close]

BLAST of CcUC04G060980 vs. ExPASy TrEMBL
Match: A0A6J1D5I1 (probable thiol methyltransferase 2 isoform X1 OS=Momordica charantia OX=3673 GN=LOC111017800 PE=4 SV=1)

HSP 1 Score: 434.1 bits (1115), Expect = 5.2e-118
Identity = 221/315 (70.16%), Postives = 243/315 (77.14%), Query Frame = 0


Query: 7   MILGTRKL-STFGAAPVQTRRSLMMKLRMNQQSTEHNASKSNHQSSLDECQKVMRTDHTG 66
           M+ GTRKL S  GAAP Q+ R L  K+RMN+ + +HNASKS+HQS LD+ Q VMRTD TG
Sbjct: 1   MLFGTRKLPSILGAAPFQSHRVLTTKIRMNKDNAQHNASKSDHQSRLDKFQNVMRTDQTG 60

Query: 67  GWEICWEQGLTPWDLGQPTPVISHLCAMGALPNGRVLVPGCGSGYDVVQMACSERYVVGL 126
           GWEICWEQGLTPWDLGQPTPVISHLCA+GALPNGR LVPGCGSG+DVVQ+ACSERYV+GL
Sbjct: 61  GWEICWEQGLTPWDLGQPTPVISHLCAIGALPNGRALVPGCGSGHDVVQLACSERYVIGL 120

Query: 127 DISDNAIQKARELSSSSPNMRYFTFLKEDFFSWRPKELFDLIFDYTFFCAIEPVMRLAWG 186
           DIS+NAIQKARELSSSSPNMRYFTFLK DFFSWRPKELFDLIFDYTFF AIEP +R AWG
Sbjct: 121 DISENAIQKARELSSSSPNMRYFTFLKADFFSWRPKELFDLIFDYTFFSAIEPAVRPAWG 180

Query: 187 QQIQRLLKPNGELITLMFPMDDRIGGPPYKVSVSE-----CSPVTKPHQVPKGDHLFEEP 246
           QQ+Q+LL+PNGELITLMFP+D+ IGGPPYKVSVSE     C P TK            + 
Sbjct: 181 QQMQKLLRPNGELITLMFPIDNHIGGPPYKVSVSEFNRSFCDPATK------------QS 240

Query: 247 CLSITRGAKAPKNLASRLGRALRVASITLERDYEDVLHPLGFKAVLIKDNELAIPPRKGR 306
           C S                            +YEDVL PLGFKAVLI+DNELAIPPRKGR
Sbjct: 241 CFS----------------------------NYEDVLLPLGFKAVLIEDNELAIPPRKGR 275

Query: 307 EMIGRWKRSLAQASL 316
           EMIGRWKRSL QASL
Sbjct: 301 EMIGRWKRSLTQASL 275

[Close]

BLAST of CcUC04G060980 vs. ExPASy TrEMBL
Match: A0A0A0KYY5 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_4G439050 PE=4 SV=1)

HSP 1 Score: 428.3 bits (1100), Expect = 2.8e-116
Identity = 221/311 (71.06%), Postives = 233/311 (74.92%), Query Frame = 0


Query: 7   MILGTRKL-STFGAAPVQTRRSLMMKLRMNQQSTEHNASKSNHQSSLDECQKVMRTDHTG 66
           MILG  K  S    AP+QT R+L +KLRMNQ ST+HNASK NHQS + E QKVM TDH+G
Sbjct: 1   MILGAGKFCSILSRAPLQTHRALTLKLRMNQNSTQHNASKFNHQSRVHEFQKVMGTDHSG 60

Query: 67  GWEICWEQGLTPWDLGQPTPVISHLCAMGALPNGRVLVPGCGSGYDVVQMACSERYVVGL 126
           GW+ICWEQGLTPWDLGQPTP+I HLCA GALPNGRVLVPGCGSGYDVVQMAC+ERYVVGL
Sbjct: 61  GWDICWEQGLTPWDLGQPTPLIGHLCATGALPNGRVLVPGCGSGYDVVQMACAERYVVGL 120

Query: 127 DISDNAIQKARELSSSSPNMRYFTFLKEDFFSWRPKELFDLIFDYTFFCAIEPVMRLAWG 186
           DISD AIQKA ELSSSSPNMR+ TFLKEDFFSWRPKELFDLIFDYTFFCAIEPVMR AWG
Sbjct: 121 DISDKAIQKAIELSSSSPNMRHCTFLKEDFFSWRPKELFDLIFDYTFFCAIEPVMRQAWG 180

Query: 187 QQIQRLLKPNGELITLMFPM-DDRIGGPPYKVSVSECSPVTKPHQVPKGDHLFEEPCLSI 246
           QQIQRLLKPNGELITLMFP+ DD IGGPPYKVSVS                         
Sbjct: 181 QQIQRLLKPNGELITLMFPIDDDHIGGPPYKVSVS------------------------- 240

Query: 247 TRGAKAPKNLASRLGRALRVASITLERDYEDVLHPLGFKAVLIKDNELAIPPRKGREMIG 306
                                      DYEDVLHPLGFKAVLI DNELA+PPRKGREMIG
Sbjct: 241 ---------------------------DYEDVLHPLGFKAVLINDNELAVPPRKGREMIG 259

Query: 307 RWKRSLAQASL 316
           RWKRSLAQ SL
Sbjct: 301 RWKRSLAQPSL 259

[Close]

BLAST of CcUC04G060980 vs. ExPASy TrEMBL
Match: A0A6J1D858 (probable thiol methyltransferase 2 isoform X2 OS=Momordica charantia OX=3673 GN=LOC111017800 PE=4 SV=1)

HSP 1 Score: 424.5 bits (1090), Expect = 4.1e-115
Identity = 215/310 (69.35%), Postives = 235/310 (75.81%), Query Frame = 0


Query: 7   MILGTRKL-STFGAAPVQTRRSLMMKLRMNQQSTEHNASKSNHQSSLDECQKVMRTDHTG 66
           M+ GTRKL S  GAAP Q+ R L  K+RMN+ + +HNASKS+HQS LD+ Q VMRTD TG
Sbjct: 1   MLFGTRKLPSILGAAPFQSHRVLTTKIRMNKDNAQHNASKSDHQSRLDKFQNVMRTDQTG 60

Query: 67  GWEICWEQGLTPWDLGQPTPVISHLCAMGALPNGRVLVPGCGSGYDVVQMACSERYVVGL 126
           GWEICWEQGLTPWDLGQPTPVISHLCA+GALPNGR LVPGCGSG+DVVQ+ACSERYV+GL
Sbjct: 61  GWEICWEQGLTPWDLGQPTPVISHLCAIGALPNGRALVPGCGSGHDVVQLACSERYVIGL 120

Query: 127 DISDNAIQKARELSSSSPNMRYFTFLKEDFFSWRPKELFDLIFDYTFFCAIEPVMRLAWG 186
           DIS+NAIQKARELSSSSPNMRYFTFLK DFFSWRPKELFDLIFDYTFF AIEP +R AWG
Sbjct: 121 DISENAIQKARELSSSSPNMRYFTFLKADFFSWRPKELFDLIFDYTFFSAIEPAVRPAWG 180

Query: 187 QQIQRLLKPNGELITLMFPMDDRIGGPPYKVSVSECSPVTKPHQVPKGDHLFEEPCLSIT 246
           QQ+Q+LL+PNGELITLMFP+D+ IGGPPYKVSVS                          
Sbjct: 181 QQMQKLLRPNGELITLMFPIDNHIGGPPYKVSVS-------------------------- 240

Query: 247 RGAKAPKNLASRLGRALRVASITLERDYEDVLHPLGFKAVLIKDNELAIPPRKGREMIGR 306
                                     DYEDVL PLGFKAVLI+DNELAIPPRKGREMIGR
Sbjct: 241 --------------------------DYEDVLLPLGFKAVLIEDNELAIPPRKGREMIGR 258

Query: 307 WKRSLAQASL 316
           WKRSL QASL
Sbjct: 301 WKRSLTQASL 258

[Close]

BLAST of CcUC04G060980 vs. ExPASy TrEMBL
Match: A0A1S3BN67 (probable thiol methyltransferase 2 isoform X2 OS=Cucumis melo OX=3656 GN=LOC103491394 PE=4 SV=1)

HSP 1 Score: 424.5 bits (1090), Expect = 4.1e-115
Identity = 220/312 (70.51%), Postives = 233/312 (74.68%), Query Frame = 0


Query: 7   MILGTRKLSTF--GAAPVQTRRSLMMKLRMNQQSTEHNASKSNHQSSLDECQKVMRTDHT 66
           MILG  K  +    AAP+QT R+L +KLRMNQ STEH ASK NHQS + E QKVM TDH+
Sbjct: 1   MILGAGKFRSVLSRAAPLQTHRALTLKLRMNQNSTEHKASKFNHQSRVHEFQKVMGTDHS 60

Query: 67  GGWEICWEQGLTPWDLGQPTPVISHLCAMGALPNGRVLVPGCGSGYDVVQMACSERYVVG 126
           GGW+ICWE GLTPWDLGQPTP+ISHLCA GALPNGRVLVPGCGSGYDVVQMAC+ERYVVG
Sbjct: 61  GGWDICWEHGLTPWDLGQPTPLISHLCATGALPNGRVLVPGCGSGYDVVQMACAERYVVG 120

Query: 127 LDISDNAIQKARELSSSSPNMRYFTFLKEDFFSWRPKELFDLIFDYTFFCAIEPVMRLAW 186
           LDISDNAIQKA ELSSSSPNMR+ TFL+EDFFSWRPKELFDLIFDYTFFCAIEPVMR  W
Sbjct: 121 LDISDNAIQKAIELSSSSPNMRHCTFLREDFFSWRPKELFDLIFDYTFFCAIEPVMRQVW 180

Query: 187 GQQIQRLLKPNGELITLMFPM-DDRIGGPPYKVSVSECSPVTKPHQVPKGDHLFEEPCLS 246
           GQQIQRLLKPNGELITLMFP+ DD  GGPPYKVSVS                        
Sbjct: 181 GQQIQRLLKPNGELITLMFPIDDDHSGGPPYKVSVS------------------------ 240

Query: 247 ITRGAKAPKNLASRLGRALRVASITLERDYEDVLHPLGFKAVLIKDNELAIPPRKGREMI 306
                                       DYEDVLHPLGFKAVLIKDNELAIPPRKGREMI
Sbjct: 241 ----------------------------DYEDVLHPLGFKAVLIKDNELAIPPRKGREMI 260

Query: 307 GRWKRSLAQASL 316
           GRWKRSL+Q SL
Sbjct: 301 GRWKRSLSQPSL 260

[Close]

BLAST of CcUC04G060980 vs. ExPASy TrEMBL
Match: A0A6J1EBC7 (probable thiol methyltransferase 2 isoform X1 OS=Cucurbita moschata OX=3662 GN=LOC111432573 PE=4 SV=1)

HSP 1 Score: 419.9 bits (1078), Expect = 1.0e-113
Identity = 216/310 (69.68%), Postives = 231/310 (74.52%), Query Frame = 0


Query: 7   MILGTRKL-STFGAAPVQTRRSLMMKLRMNQQSTEHNASKSNHQSSLDECQKVMRTDHTG 66
           MI+G RKL S  GAAP+Q+ R L  KLRM Q + EHNASKSNHQS +D+  KV+R DHTG
Sbjct: 1   MIVGIRKLPSILGAAPLQSHRRLPTKLRMGQHNAEHNASKSNHQSRVDKFSKVIRDDHTG 60

Query: 67  GWEICWEQGLTPWDLGQPTPVISHLCAMGALPNGRVLVPGCGSGYDVVQMACSERYVVGL 126
           GWE CWEQGLTPWDLGQPTPVISHLCAMG LPNGR LVPGCGSGYDVVQMA SERYV+GL
Sbjct: 61  GWETCWEQGLTPWDLGQPTPVISHLCAMGDLPNGRALVPGCGSGYDVVQMASSERYVIGL 120

Query: 127 DISDNAIQKARELSSSSPNMRYFTFLKEDFFSWRPKELFDLIFDYTFFCAIEPVMRLAWG 186
           DIS+NAIQKARELSSSSP +RYF+FLKEDFFSWRPKELFDLIFDYTFF AIEP MR+AWG
Sbjct: 121 DISNNAIQKARELSSSSPKIRYFSFLKEDFFSWRPKELFDLIFDYTFFSAIEPAMRVAWG 180

Query: 187 QQIQRLLKPNGELITLMFPMDDRIGGPPYKVSVSECSPVTKPHQVPKGDHLFEEPCLSIT 246
           QQ+Q LLKPNGELITLMFP+D+ IGGPPYKVSVS                          
Sbjct: 181 QQMQMLLKPNGELITLMFPIDNHIGGPPYKVSVS-------------------------- 240

Query: 247 RGAKAPKNLASRLGRALRVASITLERDYEDVLHPLGFKAVLIKDNELAIPPRKGREMIGR 306
                                     DYEDVL PLGFKAVLIKDNE AIPPRKGREMIGR
Sbjct: 241 --------------------------DYEDVLLPLGFKAVLIKDNEHAIPPRKGREMIGR 258

Query: 307 WKRSLAQASL 316
           WKRSLA ASL
Sbjct: 301 WKRSLAHASL 258

[Close]

BLAST of CcUC04G060980 vs. TAIR 10
Match: AT2G43940.1 (S-adenosyl-L-methionine-dependent methyltransferases superfamily protein )

HSP 1 Score: 271.6 bits (693), Expect = 8.5e-73
Identity = 137/269 (50.93%), Postives = 170/269 (63.20%), Query Frame = 0


Query: 42  NASKSNH-QSSLDECQKVMRTDHTGGWEICWEQGLTPWDLGQPTPVISHLCAMGALPNGR 101
           NA K+   QSS D   ++M  + +GGWE  WE G TPWDLG+PTPVI+HL   G+LPNGR
Sbjct: 3   NAGKATSLQSSRDLFHRLMSENSSGGWEKSWEAGATPWDLGKPTPVIAHLVETGSLPNGR 62

Query: 102 VLVPGCGSGYDVVQMACSERYVVGLDISDNAIQKARELSSSSPNMRYFTFLKEDFFSWRP 161
            LVPGCG+GYDVV MA  +R+VVGLDIS  A++++ +  S+ PN +YF+FL EDFF+W P
Sbjct: 63  ALVPGCGTGYDVVAMASPDRHVVGLDISKTAVERSTKKFSTLPNAKYFSFLSEDFFTWEP 122

Query: 162 KELFDLIFDYTFFCAIEPVMRLAWGQQIQRLLKPNGELITLMFPMDDRIGGPPYKVSVSE 221
            E FDLIFDYTFFCA EP +R  W Q++++LLKP GELITLMFP+D+R GGPPY+VSVSE
Sbjct: 123 AEKFDLIFDYTFFCAFEPGVRPLWAQRMEKLLKPGGELITLMFPIDERSGGPPYEVSVSE 182

Query: 222 CSPVTKPHQVPKGDHLFEEPCLSITRGAKAPKNLASRLGRALRVASITLERDYEDVLHPL 281
                                                               YE VL PL
Sbjct: 183 ----------------------------------------------------YEKVLIPL 219

Query: 282 GFKAVLIKDNELAIPPRKGREMIGRWKRS 310
           GF+A+ I DNELA+ PRKG E +GRWK+S
Sbjct: 243 GFEAISIVDNELAVGPRKGMEKLGRWKKS 219

[Close]

BLAST of CcUC04G060980 vs. TAIR 10
Match: AT2G43920.1 (S-adenosyl-L-methionine-dependent methyltransferases superfamily protein )

HSP 1 Score: 250.8 bits (639), Expect = 1.6e-66
Identity = 124/244 (50.82%), Postives = 148/244 (60.66%), Query Frame = 0


Query: 65  GGWEICWEQGLTPWDLGQPTPVISHLCAMGALPNGRVLVPGCGSGYDVVQMACSERYVVG 124
           GGW+ CWE G+TPWD G+ TP+I HL    ALP GR LVPGCG G+DVV MA  ER+VVG
Sbjct: 34  GGWDKCWEDGVTPWDQGRATPLILHLLDSSALPLGRTLVPGCGGGHDVVAMASPERFVVG 93

Query: 125 LDISDNAIQKARELSSSSPNMRYFTFLKEDFFSWRPKELFDLIFDYTFFCAIEPVMRLAW 184
           LDISD A+ KA E   SSP   YF+F+KED F+WRP ELFDLIFDY FFCAIEP MR AW
Sbjct: 94  LDISDKALNKANETYGSSPKAEYFSFVKEDVFTWRPNELFDLIFDYVFFCAIEPEMRPAW 153

Query: 185 GQQIQRLLKPNGELITLMFPMDDRIGGPPYKVSVSECSPVTKPHQVPKGDHLFEEPCLSI 244
           G+ +  LLKP+GELITLM+PM D  GG PYKV++S                         
Sbjct: 154 GKSMHELLKPDGELITLMYPMTDHEGGAPYKVALS------------------------- 213

Query: 245 TRGAKAPKNLASRLGRALRVASITLERDYEDVLHPLGFKAVLIKDNELAIPPRKGREMIG 304
                                       YEDVL P+GFKAV +++N  +IP RKG+E + 
Sbjct: 214 ---------------------------SYEDVLVPVGFKAVSVEENPDSIPTRKGKEKLA 225

Query: 305 RWKR 309
           RWK+
Sbjct: 274 RWKK 225

[Close]

BLAST of CcUC04G060980 vs. TAIR 10
Match: AT2G43910.1 (HARMLESS TO OZONE LAYER 1 )

HSP 1 Score: 250.0 bits (637), Expect = 2.7e-66
Identity = 127/273 (46.52%), Postives = 163/273 (59.71%), Query Frame = 0


Query: 40  EHNASKSNHQSSLDECQKVM----RTDHTGGWEICWEQGLTPWDLGQPTPVISHLCAMGA 99
           + N+ +SN  + +   ++V     +T   GGWE CWE+ +TPWD G+ TP+I HL    +
Sbjct: 5   QQNSDQSNGGNVIPTPEEVATFLHKTVEEGGWEKCWEEEITPWDQGRATPLIVHLVDTSS 64

Query: 100 LPNGRVLVPGCGSGYDVVQMACSERYVVGLDISDNAIQKARELSSSSPNMRYFTFLKEDF 159
           LP GR LVPGCG G+DVV MA  ER+VVGLDIS++A+ KA E   SSP   YF+F+KED 
Sbjct: 65  LPLGRALVPGCGGGHDVVAMASPERFVVGLDISESALAKANETYGSSPKAEYFSFVKEDV 124

Query: 160 FSWRPKELFDLIFDYTFFCAIEPVMRLAWGQQIQRLLKPNGELITLMFPMDDRIGGPPYK 219
           F+WRP ELFDLIFDY FFCAIEP MR AW + +  LLKP+GELITLM+P+ D +GGPPYK
Sbjct: 125 FTWRPTELFDLIFDYVFFCAIEPEMRPAWAKSMYELLKPDGELITLMYPITDHVGGPPYK 184

Query: 220 VSVSECSPVTKPHQVPKGDHLFEEPCLSITRGAKAPKNLASRLGRALRVASITLERDYED 279
           V VS                                                     +E+
Sbjct: 185 VDVS----------------------------------------------------TFEE 225

Query: 280 VLHPLGFKAVLIKDNELAIPPRKGREMIGRWKR 309
           VL P+GFKAV +++N  AIP RKG+E +GRWK+
Sbjct: 245 VLVPIGFKAVSVEENPHAIPTRKGKEKLGRWKK 225

[Close]

BLAST of CcUC04G060980 vs. TAIR 10
Match: AT2G43910.2 (HARMLESS TO OZONE LAYER 1 )

HSP 1 Score: 231.9 bits (590), Expect = 7.5e-61
Identity = 120/263 (45.63%), Postives = 154/263 (58.56%), Query Frame = 0


Query: 40  EHNASKSNHQSSLDECQKVM----RTDHTGGWEICWEQGLTPWDLGQPTPVISHLCAMGA 99
           + N+ +SN  + +   ++V     +T   GGWE CWE+ +TPWD G+ TP+I HL    +
Sbjct: 5   QQNSDQSNGGNVIPTPEEVATFLHKTVEEGGWEKCWEEEITPWDQGRATPLIVHLVDTSS 64

Query: 100 LPNGRVLVPGCGSGYDVVQMACSERYVVGLDISDNAIQKARELSSSSPNMRYFTFLKEDF 159
           LP GR LVPGCG G+DVV MA  ER+VVGLDIS++A+ KA E   SSP   YF+F+KED 
Sbjct: 65  LPLGRALVPGCGGGHDVVAMASPERFVVGLDISESALAKANETYGSSPKAEYFSFVKEDV 124

Query: 160 FSWRPKELFDLIFDYTFFCAIEPVMRLAWGQQIQRLLKPNGELITLMFPMDDRIGGPPYK 219
           F+WRP ELFDLIFDY FFCAIEP MR AW + +  LLKP+GELITLM+P+ D +GGPPYK
Sbjct: 125 FTWRPTELFDLIFDYVFFCAIEPEMRPAWAKSMYELLKPDGELITLMYPITDHVGGPPYK 184

Query: 220 VSVSECSPVTKPHQVPKGDHLFEEPCLSITRGAKAPKNLASRLGRALRVASITLERDYED 279
           V VS                                                     +E+
Sbjct: 185 VDVS----------------------------------------------------TFEE 215

Query: 280 VLHPLGFKAVLIKDNELAIPPRK 299
           VL P+GFKAV +++N  AIP R+
Sbjct: 245 VLVPIGFKAVSVEENPHAIPTRQ 215

[Close]

BLAST of CcUC04G060980 vs. TAIR 10
Match: AT2G43920.2 (S-adenosyl-L-methionine-dependent methyltransferases superfamily protein )

HSP 1 Score: 227.6 bits (579), Expect = 1.4e-59
Identity = 103/155 (66.45%), Postives = 119/155 (76.77%), Query Frame = 0


Query: 65  GGWEICWEQGLTPWDLGQPTPVISHLCAMGALPNGRVLVPGCGSGYDVVQMACSERYVVG 124
           GGW+ CWE G+TPWD G+ TP+I HL    ALP GR LVPGCG G+DVV MA  ER+VVG
Sbjct: 34  GGWDKCWEDGVTPWDQGRATPLILHLLDSSALPLGRTLVPGCGGGHDVVAMASPERFVVG 93

Query: 125 LDISDNAIQKARELSSSSPNMRYFTFLKEDFFSWRPKELFDLIFDYTFFCAIEPVMRLAW 184
           LDISD A+ KA E   SSP   YF+F+KED F+WRP ELFDLIFDY FFCAIEP MR AW
Sbjct: 94  LDISDKALNKANETYGSSPKAEYFSFVKEDVFTWRPNELFDLIFDYVFFCAIEPEMRPAW 153

Query: 185 GQQIQRLLKPNGELITLMFPMDDRIGGPPYKVSVS 220
           G+ +  LLKP+GELITLM+PM D  GG PYKV++S
Sbjct: 154 GKSMHELLKPDGELITLMYPMTDHEGGAPYKVALS 188

The following BLAST results are available for this feature:

BLAST of CcUC04G060980 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_038883535.1	6.5e-123	74.52	probable thiol methyltransferase 2 isoform X2 [Benincasa hispida]	[more]
XP_022149365.1	1.1e-117	70.16	probable thiol methyltransferase 2 isoform X1 [Momordica charantia]	[more]
XP_004144344.1	5.9e-116	71.06	probable thiol methyltransferase 2 [Cucumis sativus] >XP_031739580.1 probable th...	[more]
XP_022149366.1	8.5e-115	69.35	probable thiol methyltransferase 2 isoform X2 [Momordica charantia]	[more]
XP_008449545.1	8.5e-115	70.51	PREDICTED: probable thiol methyltransferase 2 isoform X2 [Cucumis melo]	[more]

BLAST of CcUC04G060980 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q6AWU6	1.2e-71	50.93	Probable thiol methyltransferase 2 OS=Arabidopsis thaliana OX=3702 GN=HOL3 PE=1 ...	[more]
Q93V78	9.9e-66	47.79	Thiocyanate methyltransferase 1 OS=Brassica oleracea OX=3712 GN=TMT1 PE=1 SV=1	[more]
O80562	2.2e-65	50.82	Probable thiol methyltransferase 1 OS=Arabidopsis thaliana OX=3702 GN=HOL2 PE=1 ...	[more]
Q0WP12	3.7e-65	46.52	Thiocyanate methyltransferase 1 OS=Arabidopsis thaliana OX=3702 GN=HOL1 PE=1 SV=...	[more]
Q93XC4	4.9e-65	47.06	Probable thiocyanate methyltransferase 2 OS=Brassica oleracea OX=3712 GN=TMT2 PE...	[more]

BLAST of CcUC04G060980 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1D5I1	5.2e-118	70.16	probable thiol methyltransferase 2 isoform X1 OS=Momordica charantia OX=3673 GN=...	[more]
A0A0A0KYY5	2.8e-116	71.06	Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_4G439050 PE=4 SV=1	[more]
A0A6J1D858	4.1e-115	69.35	probable thiol methyltransferase 2 isoform X2 OS=Momordica charantia OX=3673 GN=...	[more]
A0A1S3BN67	4.1e-115	70.51	probable thiol methyltransferase 2 isoform X2 OS=Cucumis melo OX=3656 GN=LOC1034...	[more]
A0A6J1EBC7	1.0e-113	69.68	probable thiol methyltransferase 2 isoform X1 OS=Cucurbita moschata OX=3662 GN=L...	[more]

BLAST of CcUC04G060980 vs. TAIR 10


Match Name	E-value	Identity	Description
AT2G43940.1	8.5e-73	50.93	S-adenosyl-L-methionine-dependent methyltransferases superfamily protein	[more]
AT2G43920.1	1.6e-66	50.82	S-adenosyl-L-methionine-dependent methyltransferases superfamily protein	[more]
AT2G43910.1	2.7e-66	46.52	HARMLESS TO OZONE LAYER 1	[more]
AT2G43910.2	7.5e-61	45.63	HARMLESS TO OZONE LAYER 1	[more]
AT2G43920.2	1.4e-59	66.45	S-adenosyl-L-methionine-dependent methyltransferases superfamily protein	[more]

InterPro

Analysis Name: InterPro Annotations of Watermelon (PI 537277) v1
Date Performed: 2022-01-31

Position :

Zoom :

x 1


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR008854	TPMT family	PFAM	PF05724	TPMT	coord: 64..224 e-value: 1.9E-44 score: 151.9
IPR008854	TPMT family	PROSITE	PS51585	SAM_MT_TPMT	coord: 64..263 score: 44.135189
None	No IPR available	GENE3D	3.40.50.150	Vaccinia Virus protein VP39	coord: 33..313 e-value: 1.4E-59 score: 203.1
None	No IPR available	PIRSR	PIRSR006325-1	PIRSR006325-1	coord: 87..199 e-value: 0.0024 score: 15.4
None	No IPR available	PANTHER	PTHR32183:SF11	THIOL METHYLTRANSFERASE 2-RELATED	coord: 271..311
None	No IPR available	PANTHER	PTHR32183:SF11	THIOL METHYLTRANSFERASE 2-RELATED	coord: 35..228
None	No IPR available	CDD	cd02440	AdoMet_MTases	coord: 100..200 e-value: 1.12506E-10 score: 55.899
IPR044995	Thiocyanate methyltransferase/thiol methyltransferase	PANTHER	PTHR32183	FAMILY NOT NAMED	coord: 35..228
IPR044995	Thiocyanate methyltransferase/thiol methyltransferase	PANTHER	PTHR32183	FAMILY NOT NAMED	coord: 271..311
IPR029063	S-adenosyl-L-methionine-dependent methyltransferase	SUPERFAMILY	53335	S-adenosyl-L-methionine-dependent methyltransferases	coord: 59..307

Relationships

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


Feature Name	Unique Name	Type
CcUC04G060980.1	CcUC04G060980.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0032259	methylation
molecular_function	GO:0008757	S-adenosylmethionine-dependent methyltransferase activity