Cla97C04G070270 (gene) Watermelon (97103) v2 | Cucurbit Genomics Database (CuGenDB)

Overview


Name	Cla97C04G070270
Type	gene
Organism	Citrullus lanatus (Watermelon (97103) v2)
Description	Thiocyanate methyltransferase 1
Location	Cla97Chr04 : 10815539 .. 10848099 (+)

Genome Viewer

Gene Expression

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.

ATGATCCTTGGCACTAGAAAATTGTCAACATTTGGAGCTGCTCCCGTGCAAACCCGTCGAAGTTTGATGATGAAATTGAGGATGAACCAACAATCTACAGAACATAATGCTTCGAAGTCCAATCATCAATCGAGTCTCGATGAGTGTCAAAAAGTTATGCGCACAGACCATACTGGTAACAGCAAATTTCAAATGATTCCACATTCTATGTATATCTGTTCTATTAGTTTTGGCCTTGAAGCTCCATCCAACCGATATATTACTGTTTTTTGGGATCAATAATGTATGCTCCAGGACGAGCACATAATTTGAGAATCAAGTTTTGGTGATTTAGGTTGCGTTTGAAGAAGAAATGCATTGATAGGTCTGAAATTCGATTTAATGATTGAGATTGATAATATCTGTTTCACTTTAGAACTATTTTGAATAGCCTAACTAGTCGATAATTATTGTAGAGTTGTTTGTGTATCTGCCTGGGCATCAGCTATTGAACCTTTTTACTCGACACATTTTTCTGTAAAAATGTAGATTTTGGGTATAAAATTTTGATGGATGACTAACTTTTGTCTTCTATTTAGTTGAATGCCAAAAGCTTATTTCATTAGTTTCTGGACGTTTTATACGGTAATCAGGAGTTGCTGGTCAAATATGAAAATAATCTTTATATTCAAGAAAATTTCAACATTCACAATTTCCACATATTCTTGATGTGTTGGTTCTTATCATTTTGGTTCCTCACTCCTTGTCTTCTTTTCTTTTAAAGTCGTTCGACAATAAAGCTGTCTTGATGAAGATTGAAAAGATCTTTATTGGGCCACAAAACCATTCACGTGCAATTTTTGAACAAAAAATTGGTGTTTAGGCTTTAATCATTTTGTTAATGACATCTAATACTAGAAAATGAAAGGTGTGTGAGATCAAGAGGTTTTCTAGGAAGACCAGTGCTATGGTGTCTAATGTCCCAGTGTTGCTATGGTGCTTGGATGATATAAACTTAGGAATTAGGATAAAGAGGTCGAGGATAAACTCTAGTGGGGTGTTTGATGAGGTGGTTAAGCTACTGAATGTGGAACCCGCTGTCCCAAATATTCTATTTTCTCTCGACAGAATTGACACTTGTTATAGTTTGCATATAGGCTATGCTATTCTCCCATAAGACTTTCAAGACAATTGAGCCAAATGTGTTGCCAAATTAGGGCTATAAACGAGGATATAAAAAAAAAAAAAACACTAGTAGACAACATTGAAGGAAAGGACAAAAAGAATGGTTCATGAGCGATTGAAATGTGGCGAGGGCATTTGTGAGGCCAAATGGCATGACAAACTCATAATAGTCATCATGGGTCCTAAACACTGTTTTTGAAATATCTTATTCGCGAACCCTGATTTGAGTCAAGCTTGGAAAAGACTTGGGCCCCATGTAACTTATCCAATAATTCATTGATGACTTGAATTGGAAATTTGTTCGACCTAGTTGCTTCTTTCAACACTTTGTAGTCAATGCAAAACCTCCAACTTCCATCTTTCTTTAACCAAAATTACCGGACTAACATTGGGTCTAAAAATCCCTAACTTTAGCATTTCGTCGATGAGTCGCTCTATCTCAACCTTTTGTGTGTGGGGGTACTTGAATGGTCTTACATTTATTGGATCATGCCATTCTTTCAACTGTATTCAATGGTCTACAGTTCGTGTTGGAAGCAATCCATATGGCATATTGAACACATCTTCATACTCAATGAGCAAATGGTGCAACTTAGGAATATTGGTATCTATCACATGGTCCACCATTGTATCAAGTAGTTCCATGTCCCTGAATTTGACAAAAAATCCTTGGTCTTCTTCTTTCCAAGTTTTTGTCAACACCTTAAGAGAGACATTTAGGCTAATGTTGGGTCCTCTTTAAGGACAATTCATGAGTCTCCCACTGAAAACGACATGCTAAGGAACTTCCAATCAACCGTCATCTCCTCCTATTTCTATAATGCAACCATTGCATGCCTAGACAAATCCAAATTGGCCAACTCAAGAGGAAGGAAATCCTCGTTGATTATCATCTCCAGAAGAGCCACCATCACTATGTTGCAAACCCCCTTTCCTTTGATTGCCTCACCCAAACCCATGACCACCCCATAATTCATGGTCTTTGTCGATGACAACTTCATAAATTCCACTAGTTTATGTGAAATGAAGTTGTGAGTGGTTCCACAATCAATTAGGATCACAATCTCTTGTTCCCCTATTTTTCTTTCGAGCTTCATAGTTCTAGGCGTTGACGACTCCACATTTGAGTTCATGAAAGCTTAACCTCCAGACTCACTTTCGTCGTCGAAGCCAGACTTTGCAACTCCACTTCTGTGAACTCCATTTTCCTGTCAATGATCTCTTAGAAAAAAGTAACAAGCAAAGTTCTTTGAGGGTGTTTGGCTCACCAACATGAGCTGGGTTGAGTTGGTAAAAACTACCAACTCAATGTTTGACCCGCCAACTTTAAATGTTTGTGGAGTTGAGTTGGTTCTTTTTACCAACTCACCCCAACTCACTCCAACTCAATCCAACTATCTCTCCCTCCAATGGCTCCACCTGTCTCCCACTGTTGGCGACTACCACTGTCAACTCTGACCACCACTTTCGTGCGGCCAACTTCAGCAACCAACTCTGGGGTCCAACAACCACCTTTGATGACAACTTCGGTGAAGACCACCTCCAATGATCAACTCCGAAGACAACCACCTTTCACCTCATACAACCAACTCCAACGAGGACCACCTCTAATGATCAACTTCATGATGACCACCGTTGGTGATCAAATCCGACAATCACCTCAGGCGACCAACTCCAACCACCAATTTCGTTGTTCATAGTCTTTTATAGTAATTTAACATTGAGGGATTGTCTGAGGATGATCGAGTCATCCTTATAGACCTACTTGTCACAAACATCTAGAAGACCGTTTGCTTCTTAACAGGCCCACCATAGTCTAGGAAGAGATATTGTTTATGTCTACTTGGTAGGACTAACTAGCTTGACTATTTTAATGAATAATATTTTTTTGTATGCATGAAATCGATTCATTGTTGGCTATGTTCATAATATGTATGCATGTGTATATATATTAATTTTGTGTGAACATGTAGACCACTGATGTCAACCTTACTTTTTGTGCATGTTCAACTTATACATTATTCCATAACGGTTAAAGTATATTATAAAGTTGTTGATTATATAAATAATACTATTTTGTCTACATTAAGTGCAATAGTTACATGTAGAAAATTATAAAATATATTTTTATTATTCAATTCACGTCTCAAATGAGTATTAAGAACTTGGAAAAGTATGGGAAAATATTTTTATAGTTGAATGGTAGAACAAAAAGTTAAGTTCAAGAAAGGAAAAAAAAAAAAAAAAAGAGAAAGAAAGAAAGAAAGAAATAATAATAATAACAAAAACCCATAAAAAATGCATACTTTTTTAGGTTACATAAAACTGCATCAGATCATTCATAACTCAACCCAACTCAATTTTGCACCCAAAATACAAAGAGTTAGCACCAACTTAGCTCAACTCTGCACCCCAAACACAGACAATTATTACCCACAAACAATTATTACTAACTCAACTTAACCCAACTCTGCCTGCCAAATGCACCATTTGTTCTTACGATGATGGCTAAAAGTGTATTTTTCATCACAACGATAGCAGAGGTCTTATCTCTCTTGGCTTAAAACTTTGAAACAAAAAGATGTTTGTAGGATCGATCCCTAGGATTGACCTTGCATGTCGCCAGAGTATCAGAAGCCTTCCCCGCCAGTTTCATGTTCAATTTGGGCTCCATTTTTTTTCTCCTTCCCAAACTCTTTTGTGGGCCATTTTCAATAATATTCCATGTTGACTATTGGACAACAAGCCTTACTAGAAAACAATAAGGTAAGTATGCTCTCTCCTCTCTCCTCCCCCCTCCTCCCCCTTCGCGCTCTCTTCTCCGATCATTAGCTCTGGCCAGCCTCTCTTCTATCCAATCCTCCTCTTTGACAACCTTCTATTTTAAAGTATGGAAGTGAAAAGTTGTAACGCGGTTGGTTTCTACTTCTGTATTTGGCAAGAATCTGGTTCTTTCTACATGGAAGACTTGGAGGTCAACAAATACGTCCTTCTTTTGAGGTCACAACTTAGATGGTTCGTGGAAAATATTTTAGATTTGATTAAGGGCCCTAAATCACGTTTCTTTGAGAAAAGCGGGCAAAATGGTTCAGATGTCACAAAATTGTCTAAGTTCCTCAGTTCCTTAGGTTGGATTATGAGATGCGTCGTTTGGTCATCATCTGGGGGAAGATTCTTTATCCATATTCCATTTGGAGATTTGAAGCAAGGTCGGTATTCCTTCGCAGTAATGCTTAGATTTTTAGAAAAATTTCGAACCTTTTTTGAAGCCTCCTATTCCGAGAAAGGGTCCATCAACTTTAGTTTTGCCAAACCAAGATGAAGACTTTGTGGACCTCATGAAGACCCCGAAAGCTCAACAAAGCCCTGTCCTCCAATCGAAGGAAAAGGGTATAGATTGGCAGCTTTGCCACGTCTGAAACTAGGCTTTGTTTTGGTACCCGATAAACAGAGTAAGACACATCATTGGTTGCTAAAGAATTCTGACGTCAAACAAGAAGATTTTAGTAAGTTGTAGATAGTTTCCAGATTGTTAGTTTAATGATTGGTCGGAAATAATGGAAACATTAAAAATTTACTTTCAATCTGAGATCATCATCAATCCCTTATTTGCGGAAAAATGCCTTAATAAAATTGGGCCAAGGATCTTTAGAGGAATTAATTGAAAATCTGGGCAGTTGGCAAACTTGTGGCTCATTTCATCTGAAATTTGAAAAGTGGAATAAGTTAGTGCATAGCTGGCCAGTGTATTCGAAAAGATATGGAGGATGGATTTCCATTAAGAATCTCCTGTTAGATTATTGGTGTAGACAAACTTTTGAAGCTATTGGAGCCTATTTTGGAGGACTAGAAGCTATTGCAACGGATACTTTGAACCTTCTTAACGTCTCCGAAGCTAAGATTCAAGTTAAAATAAGATTATGTGGTTTCATTCCATCGACCACTGAGATTTTGGATGAGAAGCGTGAATCTATTTTTCTGAATTTTGGAAACATTGAATCAATTGAACCTCCCTCAAAAGTTAAAGATGAATTATTTGTTAAGGATTTTCAAATCCAATTGACTTAGAGTGAATAAAGTTTTACAAGATGAAGGATTAGAGGTTGAAGTTGTGGATTCTAAGGGGGCCTTTTTGCTATCTTCTCATTTTTTCTCAAATTTTCCAAGAAACCTTCAGCTTCCTGCACAAAGGGGGGAAACTTCCCGTCGGAAAAGTCTTCGGAAGTTGTTTGGCAGGCCCCCGGCTAGTTGAAAAGTCTTTCGGCCCTCCTACTCTCCCCAATGGAATTACTGAGCCACATTTATTGAAGGTGAGAGTGTAGTTGGGGAGTTAATATTTTGCCAAAAAGAGACTGTTGACCTCCCTTCGAAAGAATCTCTTCAAGCCTGTGCTGCCAAGGATGGAGTTGCTTCAGATATCACGCTTCCCAAGAGCTGTCACCCCATGCCTTTTGCTGTTACTTCTTTGCCGTGCGCTTCCCCTTCCATTGGAACTCCCCCTAGAGATTAATGTTGCTGGCCCCTCAATAATCGAAAAAGAATTAATAACTCACTCTATTAATCTCTCTCTTGGAAAACCAACAGTCGATAGCCCCTTCTTACCAGCAGTCTCTCTATCTTCGGTCCATTCAAAAAGTAGTCCAGCTAATGATTCTCTCCCTAAGCATTTTGTTAGAAAAAAGACATCTTTTATAAACTCTTGGTCTATGATAGTAAACTCGGATTTGTTAGAGAATTGTTGTGTTAAAATTCAAATCCCTGGGTTGTTCTCAGAAAAAGAAGTCCTTACTTCGGATCGTGGCTCTTTCTCCCATTCGAACTTTACACTCTCGGGCTCTAAAGTAAAATTTGTTAGAGGTTTATTGGTCAGGGGTTCAAGCAAAAGTCGACACAAAAATCAAGATTTAGACATGGACTCGAATGGAGATTCTATAGCAAGTGCTAGCAGCGAAGAGCTAGAAAATCTTGAGTTGGAGGATTTGCGCGAGGAGGAAGAGTTAGATGATGAATTTGGTAGAGACTTTCATCAATTATTTCAATTAGAGGAAGGTCATTTGCTTGAAAAGGAATGCATTTCCCATCCCCACCCTCGTCCTTGCCCCCTCCCTTTTAGTTTATTTTTTTTTGAAAAGGAAACATGACTTCATTCATTGAAATAATGAAAAGAGTCTATTGCTCAAATTATAATAAGAACCAAAAAAAAAAAAAAAAAGAGAGAAAATACAAACGAAATCAAATTGAACTATAAATGAGGCCAATACTTAACGTAACAATCAATAAAACAAGAGTTTCCAAAATGCCAAAATTCTAGCCAAGTGAATTGCTTGTGTCTTGAAGTCTAGAGATCTCTAAATGCAAAAATTCGAACCATAATAAAACCAAATTCTTCTTCACGAACTACCACCTTGGTAATTACCAACAACAAACGGAAGAGACATCTCCAAAAGTTTGACTGATAAATCAATCCTTCTGATCTACAGAGATTCTTGAACAAAAACCACGGTCGACTTTCACCATAAGAGCCTTTAAGAGAGCAACTCATTTTAACTTCTGAGAATACTTGGGTATTAAGATTTCAACATCAAGAGAATGGTGAGAAAACTACACAAAGACCAGACCACATTCTTTAATCAGAGAGGAAAATTTTGAAGGAATTTGAGAAGGGGATAATGGAGTAAAAAGCTCACTAGGATTCTGACCAAGCTTTTTAAGAGCCGGACTTTGAAAGAGTGCAGCAAGTTTTGTCCCTTGGACTTTTTCTGGCTGATCCTTAACAAGAATGGATTTGAATGCCAAGATTTCTGTATCGTCGTCACTGCTTATGCTAATTGAAGAATCATCCTCTGAAAATTCTTGAGACTTCGGAGTTTTTGGAGAAGCCTTGGTAATTCTTTAACAAAAGTTATCGATGAATCTGGGAATGCAATAATACACTTTGACTTAGCAAGAGAGTAAAAGGAAGTTGATGAGCTGGAGCAGGATTCTTTTTTCAGCCAGAGAAGGAAGTTGCAACCGAGTACATCTTTCTTCTAATACGTCTGGGTTTACTTCACTTTATTTTGAGGTAATAGACAAGGCCTTGCGGGAGTAATGTTTGGGAAATGCTGTAATTAGAAGCAAAATTCTCCTAACAATAGGAGGTTCAAGAAATAATGGATAGGAATTAATGGCCGAGGGGAGAAGGGCATCGACTTTTTCCGCTTGTGTTTGATGGTCTTCCATGCTTGGATTAATTAAATTAGGTGAGGAAAAAGAAAACTGCTCATTAATTTCTGGAGAGAGAGCCCAATAAATGTTTAGGAGCCAAAACGTTCTGATTTCCCAACTCATAATGAGTGTTTGTGGCTATTGGTGCTTTAAATCTCTTTTTCCGAGAGTAAAGAAGGGGAAAACCTGGAAAATGGTTGGCTGAAGGTGAAAAGTTTTTAGCATTAATGCTAATTAGGCTGTCTTTTGCTTCAACCGACACCAAATTTGAATTTTCTTTTGAAAATGTCTTGGGCAAATCAACCGACTGCTAATCTTCTGCCTCTTTCTTCAATAAATCCGATTTAGATGCTTCTTTCCTCATAAATGATGACTCAAGAATTTCTTGAACCTTGTTCACACCATCATCTTCAACCTTCGGATTGCTCCTTGCAATGATAGAGCAGTTCACCAAATTCTCTTTGCATGAAACTAACAATGGCTCATCCACTTTCTCTTTTATCTCTTTTGGCTGGACTAACTGCAAGAACTTAGCTTCTTCTTCTGAAAATGAATTAAAAGGATTGCTTGAGAACCTTGGAAGATTTTGTAAAGGATCATAGAGATGAGAATCCGAAATTTGAGGGATGGAATCTATACTTCATCTACATCACTTGTTTTAAACGAAACAAATCAAGGGGGTTGGTAAAATCATTGATCAATAAACTGCCTTGAGTGAATTTTGGTGGGTCAAATGACTCAAAATCTCCAAAATTTAGAAAGATATTACCACAAACTGCATTTTTAATCTCAATAGTCGAAGGCATGAATCCACATAAATTCTCCTTTACTTTGATTTTTGCTTCTGAACAATTAAGAAGATGGAGAGTTTCAAATGCAATAATTTCCAGTCCCCAAAATAAGCTCCAGTGGCTTCAAAAGGAGCTCTAGACCAATAATCTAAAGGGAGATTTCAATCTTAATCCACTCTCCAAAAACCTTTTACTAGTAGAGGTCGGCTATGAAGCAACTTGTTCCATTTGTTAAAGAGCAAATGATAGGGCCCAAACTCTTTCCATTTTCCAGGGGCCTCGATCATCTTTTCCAAATTTCCTTGATCAATTTTGATCAAAGCATTTTCATCAAACAGTGGATTAATAATCACTTTGGTTTGAAAGAGCTCTTCCAAAGTCTTGGTAATCTCCATCCAGTCATTAAAAACAAACAATCTAGAAATAACCCATAGATTGTTGAAATTTTCCTTAAATACTTTAGGGTTTTTTTGAATCCAAAATAATTCCATGCTTTGATTTTACTTTACTAAAACAGAAGGCTGCACTGCTTCCACGTAACTAAATTTTTTTTCTAGTTCTCTTGAAGGCTCTAACTCTGCCTTAGAAGAAAAAGAATGTCCCAAATTTGTTAAAGATAGTTGATGTAGTAGCTGTAGTAATAGTTCTCTTTTCTTTAAGAAACTGCTCAACATATTCAAAAATGAACTCCACCCAGGGTTTAAATCCCCTAATGGCACATGAATGAAATGTCTACCTCCTAAGATAGGCCATACTTAACACCTCAGAATCTAATTATAATTCCGTCAAAACTTAGATAATCTTGTAGCGCCTGAATCGAATGAAAGAGAAGAGATATAGGATAATAGAAAAGAAGTTCAGCGGAACTAAGGTTGGAAGAGGGAAAAGCGGAATGCAAAATGAAAGGGGGAGGAAAAGGAGAGGAGAGGAGAGGAGAGAGCACTTACCTTCCTGTCAAGCATCTTCCTTTCTTCTTTTAGTTTATTTAATAATTCCTCGTTATGCGATCATTGTTGTTATTATTATTATTATTATAATATAAATATTATATTTGAATTTCAAGTTTTATAGTTTAATAGCCTAGATAATGAATATGTTTGAATTGAACATTTAAATTTAGATTATATATAAATAAGGGTTGTTTTCAAATATAGGAAAATGAACCAAAATATTTATAAATATATCAAAATTTCATTGTCTATCTGTGATCTACTCTATTGAAGAACAAAATTTCAACCTTCTTAAACTTAATCTGGTTGCTTCCCCTATTGGCATACTTATTTCAAGAGGGTTCCCCTTCTTCCATCTCCTCTAAATTTTTTTGCTCATACTTTTCTTCTTCACGAAATTTTCTTTTCCCTCCTGTCACCTTTGACAATGCTGACACGCCCCCCTTTCCCAAGCTCTCCCATTAATTTAGTGACCAACATTTCAATGTTTTCTGTACCCCCTTCATCTCCATCATCATCGATTCCATACTCTTTTTTCCCCTTCTAACGTACATTTTCTCATTTGGAGATGTAACATTATAACTTATAGACGGTTATGTCAAATTTAAATTTTATTGTTTGCTTCCTGCTAGTGTAGCATGTCTAAAATGAGGGGGGATTCTTCTGCATGTTTTGACTTGCGTTGGACTGCATATTGTTTCTTTTTTCTCTGTTGTTGTTACTTGTTACAATAATATGCCATCCAGTGTACTCATGCTTTAATGGCTTACTAATTAGGTGGTTGGGAGATATGCTGGGAGCAAGGTCTAACACCATGGGACTTAGGACAACCAACGCCTGTGATTAGCCATCTTTGTGCAATGGGAGCTCTTCCAAATGGCCGTGTGCTTGTGCCTGGATGTGGAAGTGTACGTCATTTGGTTTATGTATAATTTTATAGCTATTTTTAGTATATAAAACAAAGGTTTCATCTATAAAGATAGAAGTATGAAAATCAAGCCAAAAAACAGCGTTGACCAAAAGGGCAAAAAACCAAGAAACTCCGCTTTACATTGCATTCAGGGGTTGTTTGGGAGGCTGGAATGTAATCAAGATGACTGAGAATCAGAGGAGTGTTGGAATGCGTGAGGTATCGAGGGTGGAGCGGAAATTTTTTTGAAAAAGAAACGAGCCTCTTCATTAAGATTATGAATTGAGACGTACAATGTGATAATAGAAACAAAAGTAGAGGCCAAAAGATCAACGAGTGCACCCGGACATCTCAACTATGTTGACACCCCCTTAGCACTCTCATCATATCCTAAACAAGTGAATAGCAAAGACAATGGGATTGTGGAACGTGAAAATGGTGGGAAAGAGGGTTTGGTTAAACATTGTCTGAATGGAATGAGTCTAATATTACAAATCGGGCCCGAAATGCTCAATCCAAACATGGGTTTTAGATTACATTACAATCCAAATTCATTACATTATGGGCCCCTAAACAACCCCTTAATGAATGCGCCAGTCACTTTTCAATCTTGGATGAACCATATCTTCCACCCGTTTTGCTGGTATTCTTCGACGACATATTGGTGTATAGTCTAGATTGGGACACTCACATGAAACATCTGGAAATGGTGTTCAACGTGCTCAAGGAGAATCAATTAGATGCAAACGATAAGAAATGTGTGTTCGGACAAAGTAGAATTTAGTATCTGGGACACTGGATCTCCAACAAAGGGGTAGAAACAGAGGAAGAGAAAATTAAGGCTATGTTAGAATGGCCTAAACCCGAGAGGGGATTTCTGGGGTTAACTGGATACTATAGACATTTTTTGGAAACTATAGGTTGATATCCCAACTGTTGTATCAACTGCTGCACAAAGATGCATTCCATTGGAACTCAGAAAGCCGAGAATGCATTTGAGTGCCTTAAGAAGTCAATGACCACTTTACCGGTCCTCGCTCTACCTAATTTCGATTTACCTTTTGTAATTGAGATTGATGCCTCAGGTACAGGGTTGGTGGCTGTGCTAAAACAAGAGGGACAACCTATTGCTGACTTCAATCAAACTTTATCGGAAAGGGCAAGAGCGAAATCCTGTATGAAAGAGAGTTAATGGCAGTGGTCTTGGTGATGTATTTCGTTGTTTTATTAGCCGATGGCAATTTTGTAATTTTGTCTATTTTTTTTAGCTTAGTATATAAGCTGGCTTTTTCTTAATTCAAAGATAATAAGAAAGAAAGTTTTTTTTTAAAGTCACCGAGACTCTCGTTTGTAGTTCATCAAGTTGGTATCAGAGCCCGATTTTGGACTCCATGGCCGGCAAGAACGCAGTGAACATCGGCAAGGGGAAGGACGCAGACACCCGACCAGCGCAACCTGAGATTTTATCTCCTCGATCAACCACCGCCCGTTTGTTGCTGGTAGAAGAATCGGTGGGGGAGCTCAAATCGGGAATGACCGATTTGAGTCTGTCGATGGATAGAATGACTCGGCAATTGGAGTTAGTCGTCGCCGCCCTTCCACAAATAACAAACCCCCGGAGAGTAGACGAACCTAGAAGAAGGCCGGCGCAAGTTGCAGCTATCCGACGACCTGGTAATGAATCCACGAGTGACTCGACTTCTCAAGAAGAGGAACGAAGGGATTTCCAAGCTCCAAGAAACCAAGAACGCAATCAAGAAGCTCAAGAATCGGGAGAATCTTCATCGGAAGTGGAAGAATTGATGCAGCTGCCCTGGGATAGACGGAATTTCGGGCGAAACCGAAGACAAGATTACCGAGAAAGGCCACAAGACTATAAAATGAAGATAGATTTACCTTCTTTTAGTGGGAAATTGGACTTAGAGACATTTCTAGATTGGATAAAAAATGTAGAAGACTTTTTCGAGTATATGGGAACAGCCGAGAGTAAGAAAGTGAAATTAATCTCATTCAAATTGAAGTCGGGAGCGTCGGCTTGGTGGGACCAAATTCAAACAAACCGGCGACTGATTGGTAAACAACTGATTAAGAGCTGGCCACGGATGCGCAAGATGATGAAAGAAAGATTTCTTCCGGCTGATTATGAGCAGATTTTGTATCAATAATATCAAAAATATCGGCAAGGCAACAGGAGTGTGGCTGATTATGCAGAGGAGTTTCATCGCTTGAATGCTAGAACCCGAATACACGAAAGCGAGAATTATCAAATCGCACGATTTGTAAATGGGCTGAAAGAAGAAATCCAAGAATTACTTGACCTTCAACCCATTAGTACCCTTTCTACGGCAATTTCAATGGCATATAAGGCGGAGATTAGAGTAGAGAAAAAATCAAAAACAGGAGGTTCAAAGAGAAACACTTGGGAGAGACCACCATTCCAACGCAAGAACATGGAATATGGAAAACAATTTCAAGTGGGGAACAACTCTAATGCGTCCAAAGAGGAAATAAATTTGAAGTTTAACCAAGGAAATAAGATCCAAGAGCAGGCAGGAAAGAAGCTAAGTGTGAATAACTACCAAAGGCCTACCCTTGGCAAATGTTTTCGATGCGGGCAGCAAGGTCATTTGTCAAATGAATGCCCCCAACGCAAGGCTGTTGCCTTAGTTGAAGAGGAAAGTAGTCCGCAAGGTGAAGGGGCCCAACAATCAGAGGAAGAATATAAGGTTGAGGGAGACACGGGAGAACAACTCTCATGCGTCTTACAGAGGATCCTTCTGGCGCCTAAGACAGAAACGTATCCTCAAAGGCATGCGCTTTTTCGAACAAGGTGCACCATAAGCGGCAAGGTTTGTAACATGATCATTGATAGCGGGAGTAGCGAGAATGTTGTGTCTACTAAGCTAGTCCAAGCACTCAATCTTCAGCTGGATCCTCACCCTAACCCGTATAAGATTGGTTGGATCAAAAAGGGTGGTGAAACACAGATAAGTTCTACTTGCACTATATCTCTTTCAATTGGTAACCTCTATAAGGATCAAATAATTTGTGATGTTCTTGACATGGATGTTTGTCATATTTTGCTAGGACGCCCTTGGCAATATGATGTTCAAGCAATCCATCGTGGAAGGGAGAATACATATGAATTCATGTGGATGGGCAGAAAAATTAAGCTCCTACTGACAACAAGCAACCAAGGGGAAGACGGTAGTAAAAATAAAACTAAACCGACAAGACAATTGTTTTCTATTATTCATAGCGGGAACATCATAGGTAGGGAGGACCATGAAGTATGGGCTTTAGTTATTAAGGGTCAAACAACAACACCTAGGACGCATAGCAACTTAGTAGACCATTCAAGGGATGTCCAAAGACTTTTTGAAGAATTTCCCCAACTACTAGATACACCTTCGTCCTTTCCACCCCTGAGAAATATTCAACACAACATTGACCTCATTCCAAGATCCACACTCCCTAATCTACCACATTATAGAATGAGTCCCAGTGAATATGCCATTTTACAAGATCAAGTTCAAGAATTATTAGACAGAGGGCACATAAGACCTAGTATGAGTCCTTGCGCTGTACCTGTTTTATTAACACCCAAAAAGGACGGAACGTGGAGAATGTGTGTGGATAGCAGGGCAATCAATAAAATAACCATCAAATATAGGTTTCCTATTCCTCGAATTTCGGACCTTTTAGACCAACTAGGGGGATCAAAAGTATTTTCCAAGGTTGATTTGAAGAGTGGCTACCACCAAATACGAATTCGACTAGGAGATGAGTGGAAAACGGCTTTTAAAACTAATGAGGGGTTATATGAATGGATGATTATGCCATTCAGTCTATCCAATGCTCAAAGCACTTTTATGAGGTTAATGACTCAGGTTCTTCAACCCTACCTTAATAAATTCTTAGTCGTATACTTCGATGATATCCTTGTTTATAGTGCCAACAATGAGGAACACTTATCTCACTTCATGCTTTATTTCACACACTTGCTATAAACCACCTATATATTAACCTAAAAAAGTGTACCTTCCTAGTTAAGGAAATTAGCTTCTTAGGATATATCATTAATGAATTCGGTATTTGTGTAGATCTGACTAAGGTGGAAGCTATAAAAAACTGGCGCCTTCCAAAAACAGTTCGGGACATCCAAAGCTTTTTAGGACTTGCTTCTTTTTATCGAAAATTTATTAAAAATTTTAGTTTTTTTGCAGCTCCTCTTACAGAATGTCTCAAAAAGGGGAAATTCATTTGGACCATTGACCAAACTAAGAGTTTTTCAACACTTAAGGAGAAATTGTGTTGTACCCCTGTTTTAGCACTGCCTGACTTCACTCAGCCTTTTGAGGTGGCGGTTATGCTTCGGGACATGCTATAGGAGCTGTTCTATCTCAAAAACACCATCTAGTTGAGTTCTTTAGTGAAAAGCTAAGCGAGTCAAGACAAAAGTGGAGTACATATGAACAAGAATTGTACTCGTTGGTAAGAGCTCTAAAGGTTTGGGAACATTACCTCTTAGCTCGAGAATTCATCCTTTTTTCTGATCATTTTTCTCTTAAATTTTTACAAACACAAAAGACAATTAGTAGAATGCATGCTCGATGGTTGTCCTTTATACAACGATTTGATTTCGTCATTAAACATAAAGCTGGACATACTAATACTGTGGCTAATGCTCTTAGTAGGAAGATTAGTCTATTAACTATTCTCCAAAGTAGTATTATTGCCTTTGACTCTTTACCTACTTTATATGACAATGATCCTGACTTTCATGATATTTGGACTAGTTGTAATGACCATGTTAATTGTAATGATTTCCATATACTGAATGGTTTCCTTTTTAAAAACAATTTATTGCGTATTCCACGGACATCACTACGAGAATCTTTGATTAAGGAACTCCATAGTAATGGTTTAGCAGGACATTTTGGCATGGATAAGACTCTTCAACTACTTTCAGACAGATATTATTGGCCGCAACTTCGAAAGGATGTAAACAAATACATCAAACATTGTTTTACTTGTCAAACTGCCAAAGGCCACAAACACAATACGGGGTTGTACACTCCGCTTCCAATTCCGGAAAACATTTGGGAGGACTTATCCATGGATTTCATCTTAGGTCTTCCAAAGACTCAGCGAGGTTATGATTCGGTTCTTGTGGTAGTAGATAGATTTAGTAAAATGTCTCATTTTCTTCCTTGTCGTAAGACTTCTGATGCTATGTATGTCGCTAACCTTTTCTTTAAAGAAATTGTTCGTTTGCATGTTGTTCCTAAGTCTATAGTTTCAGATCGTGATGTGAAGTTTCTAAGCTATTTTTGGAAAACTTTATGGAGGAAGTTCAATACACATTTAAAATTTAGCTCTACAAGTCATCCACAGACAGATGGGCAAACTGAGGTAACAAATAGAGTCCTTGGGAATCTAATTCGTTGTTTGGGGGGAGATAAACCAAAACAATGGGACCTTGTTTTAGCCTAAGCAGAATTTGCTTACAACCATATGAAGAACCGATCAACAGGGAAGTCACCATTTGAAATTGTTTACACTAGACTTCCTCGATTAACTGTAGATCTTGCTAATTTTCCTTCTTCTGTGGATCTTAGCTTGGAAGCAGAGACAATGGCTGAGAGAATTGCTGAATTACATAAGGAAGTCACTGAACATCTTGAAAAGATGACAACTAAATACAAGGAAGATGCAGACAAGCATAGGAGGGTCAAAGAATTCAAGGAAGGCGATCTTGTGATGGTACACCTTAGCAAGACCAGATTTCCAGCTGGCAAATACACCAAGTTTCAGCCGCGAAAACATGGTCCTTTTCGGGTTTTGAAGAGATACGGCGATAATGCCTACAAAATTGAGCTTCCTGACACTTTACACATCAGTCCTATCTTCAATATTGCTGACTTGACTGAATATTTCCCACCGGATCAATTTTCCATTTCCACTTAAACTCGAGGACGAGTTTTTTTCACTTGCACGGAGGGAATCTGATGTATTTCGTTGTTTTATTAGCCGATGGCAATTTGTAATTTTGTCTAGCTTTTTCTTAATTCAAAGATAATAAGAAAGATAGTTTTTTTTTGAAAGTCACCGAGACTCTCGTTTGTAGTTCATCACTTGGCCATTCAAAAGTGGAGACTCTATTTATTGGGAAGGAGACTCACGGGGATATCAGACTAGTGGGCATTGAAATACCTACTTGAATAGAGGGAAGTCCAACCTGAGTTTCAAAGGTGGCTAACCAAACTAATGGGCTATGATTTCGAAATACTGTATCAGCCGGGTGTGAATAACAAAGTGGCAGATGCCTTATCATGGTTGCCTTCTTTGGAAGACTAGTTGGGTGAGGAACAAGGGGCGCTGAAGGCTCTTTCAACTTATTCCATACTAGATGTAAAATTGATTCAGCAAAAAGTGGAACATGACTTAGCACCCCAGAAAATTGTGCTAGCATTGATACAAGACTCGGAGAGTAATCCCAAGAACTCGTTGAGGCAAGGAAAATTGTTCTACAAGAACAGGTTAGTCATCTCACAGTCCTCTGTGTTAATTCCCAAATTATTGCATACATTCCATGACTCTATGATGGGAGGACACTTGGGATATCTGAGAACATATAAGCCGATAATGGGAGAGTTGTTTTGGCATGACATGAAGAAAGATGTGTAGGCGTACGTGGAAAAATGTGTGATATGTCAAAAGAACAAAAGCGAGGCCCTAGCTCCAGGGGGATTGCTACAACCGTTGCTGACTCCACATTGTGTGTAGGATGATATTTCCATGGACTTCATGGAGGGGTTGCCTAAGTCATCTGGGAAAGATGTCATAATGGTGGTAGTGGATCGTTTGAGCAAATACAGCCACTTCATTGCCTTGAATCAATCGTTCTTAGCAAAGCAAGTGGTTGCCGCATTCATATGAGAGGTGTAAAACATCATAGATTCCCTCAATCATTTGTGTCAGATAGAGACAATCTTTGTAAGCTTGTTTTGAAATGAATTTTTTACCATCCAAGGCACTAAATTGAGGAAGAGCATCGCTTTTCACCCTCAAATCGACAGCCAGATCGAGATTGTGAATAAATGCCTAGAAACATATCTGAGATGCTTTTGTAACAAATAGCCAAAGAAGTGGGGGAAGTGGTTGCCTTGGATCGAGCTATGGTATAACACCAACTTCCACATATCGATCAGTACAACGCCTTATAGTGCCTTGTATGGGAGACCACCACCACCCATCATATCTTATGGAGACGGGAAAATGGCTCACAACTCGCTGGAGCTGAAAGGGATATTGCATTATTGCAATTGAAAGAACAACTGGTGCTGGCCCAAAATCATATGTGCAAATTTGCCAATCGGAAGCGAAGAGTAGAGTTGGTTGTGGGAGATTATGTGTTTCTCAAAATATGCCCTACAGGCCGAGATCGTTAGCCAAGAAAAGATGTGAAAGGTTTTCACTGAGATTCTTCAGGCCATACAAGGTGATGGAGCTAGTGGGAGCATTGGCTTATAGATTGAAGCTCCTAGCAATGGCCTCAATACACAATGTATTCCACGTTTCTCGGCTGAAGAAGGCAGTAGGAGAAGGGACAGTGATTCAAGCGAAGCCTTCCCACTTGTCATATGATTTTGAATGGACAACTGAGCTGGAAGAGATTTTGGGAGTTCGTTGGAATGCTGAAGAAAAGTGCCAATAATGGTTGATTAAATGGGCTAACCAATAGGAGAGGAGAGTGAATCGACGTGGGAATCAGTGAAAGTGATGAAATGGCAATTTCTAGATGCTCACCTTGAGGACAAGGTGAATTTCCAGATGTGAGACTTCCCATCATTAAGGTTTACGAAAGGAAGAAGTGCAATAAGGGTATTTTGCAAGCAGAAAGGAAGGATGGGACCACCTAATGATTTTGTTATGAAGCCATACGTTGGGAGGGATTAGTGGAAGGGGTTATGTAGGGTTTTGGGATCCCGAACTCAGTGTGGAATGTTTTGGGAAGTGAGAAATCACTGAAGAAGAGATGGCTCTCTCGAACAGCCAGGCATAGTGTTTTCCTTTTCTTGTGCTTCACTGTTCTTGTTTGTCTTGCGTTTTTGTGATATTGAACCTTTGAACTGCTGGTTTGTCTTTGGTTATTAATTATCAAGAAGGGTGACTGAATACCCTGTTCTGTGGAGTTGGGTGTCTATTGTGGATAGTATTTGTGTGTTTTTTGTGTGTAGGGACTTGGATACCTAACAAATTTTTAACTATTGACCTCCTCTTGTTCTTCATCTTCCTTTATCTTCAAACATGTCCTGAAGATAATGGCTGGGTTCCCCTTTGTGTGTAGTAGTTAGCTAGAATTTTATGATTTTCTTTTTCATTGAAAACATCAAAGTTTGTAAATATGACAGGGCTATGATGTTGTTCAAATGGCATGCTCTGAACGCTATGTTGTTGGATTGGACATATCAGACAATGCCATACAAAAGGCCAGAGAGGTATAAGTATTATATATCTGTACTTTTCTTCTTTACAGAGCCAAAATATTGGAAGAACAGGGGAAATTTTAGTCTATTTTGGGAATTTTCATATGGGAACTATTTTTGATTGTAGTTAAGATTAAAGGTCTTCTTTAACTATCTCTTGCTTTTTGTAATTCATTTCATCCAGGTGAAACACGATATGGAGATACAGAATTTTATGCATCAAACATTTCCTCTTGTGAATGCATGTAAAATTTTGCAGATCTCACACTGTTTTAAATATACCAATTGAAATGAGCTGCACTGTTAAGACTCGTTGTTACATTTGAAAGTAATAATCCATGAAAAGTTATGTTTCCTTTCAAAAGAAAAAAAAATTTGAAGATAATAATATGTCTATTTTTGTTTAATGAGCTGCAGCTATCTTCCTCATCACCAAATATGAGATACTTTACCTTCTTAAAGGAAGATTTTTTCAGTTGGAGACCTAAGGAATTGTTTGATCTGATTTTTGATTATACGTAAGTTGGTTTATGAAAAAATTATTTCCTATTAGAAGATTCCAACATGATCGCTATTGGAAACCATGCAGGTTTTTTTGTGCCATTGAACCTGACATGAGACTAGCTTGGGGACAACAGATTCAGAGGCTATTAAAACCAAATGGGGAGCTTATAACGCTAATGTTTCCAGTAATCATCTTTACTTGAGACAAGTATTCTCTATATTTTTTTCCTATAAGTTTTATCATTTTAACAAGCCTAGAATGCAATATTTCATCTCCTATTTCATTAGCAGTTTCCCTCCATAAATTGATTTTTTCATACGACATTTTTTAATTTTTTGGGCACTTGTATCTCCTCTTTCTTTTTCAGTAATTCTTTTTCTTGGGCTTCCTTGCCATTTCTCTATAAAAAATAAGTTTCTTTAACAAAAACTGTAAAATGTCAACGCATTTTATCTTGTCTTTAAAAGTAAAGACATCTGATTGATCCTGTGCTGCATTGTCTGTTTACGATGCTCTCCATTATTTCATGTTTGAAACACAATTTATTGGCTGCAGATCGATGACCATATTGGTGGACCACCTTACAAAGTTTCAGTTTCAGAGTACTTCTCAACCTTCACTTTGAATTTTTTTCCTACTTGTTTAATTGTTCCTTTCAGTTCAAATATTTATCTAGATCAACTTGTTTTCCTTTTTCTTTTCCCTATAAAAATTGTAACTGATAAGCCCGAATGCTGTAATAATGCAAAGCTAGAGGTCCTTCTAGGATCATTGCAAACACTCACAAATAAGGCTAACTTAACGAATGATTCCAACCAAGAGCTTAGTTAGAAGATGAATAACTCTTAGATCGAACTTAGAATCTATGATGGTCACTCTTAGATCCTAAAACAACTCACTCCATAATTTGCTTGATCAAAACTAATCCAATGAATTGGTTTAACAACAAATCTAAAGTAAGATTTGAAAGAAAAGACAGCCCCAAAGGGGTTGAAGAAACACGAGGTTTTTAGTATTATTAATCTGAGATCTGAAGAGCATTACAAACCATTTTAAAGGCCCAAAGGTCGTGCAAAGGTCCTAGAACTCAAAAGTCATTCAAACACAATTAAATGAAAATTGTACATATTAACACCTAGGAACTTGCAACTTAATTGCATACTAATTAATAAGTCAAAATGAAAAACTAAAAAGATAGAAAGTCTCCAAATTGTCTTAAATATCTCCTCTAGAAGGTGGCAAAGTTGAAAAGCATACTTGACAACATTTTCTTCACAAAATCTGCAGACTTTTTTTGAAATCTGTGCCATCTTCAAAACTATAGAACTTTTCTTGTGCCATCTTGACTACAATCTCTTCTTGACTCATTGAACTGACATTATACATCAATTTGGGCTCTAAATTCTTTGTCTCTTCTCGTGAAGTAGCAAGCTTTTGAAGATGTAGTGTGAAATCCTCTTCTTTTCCTTACTTCTTGTAATTGCTCCTTTCGGCATATGCAGTGACTCAATGGTTGAATCCATATCAGTAACTACTTTTATCTTTAAAAATATTAATGGTCATAAAAACTAGGGATTGGATTCCTTATCTTTACTTGTACCATCTTTTAATAATCATTAAAACATAAAAATTGTGATTAGCTAGTTGTAGTTGGCCCAAAGAAAATCCTTGCCCATGGGGATGATATTGAAGATGAGTGGTACATTTTCTTTGAAAGAAGGGTCTTAAGTGGGTTTATGGTGAGAGATCATTAGGTGGAAAGGATTGCCCTTTCCTTCTCTTGGTTTCTGGCTGTAAACCTAAATGACCTTTTCTTTCTTCCTCAGCTTCTCCATCCAACTTCCTCAGCGAGTAACGGACTTCTATCACTCCACATATTCCATTCTATTGCACGTTCTTTTTCCATTTATTACTCTGTCATTTCTCATTTCCTACTCTGTCATATAGTTATAGCAAGGTTAACTTAAAATTTTCTTACTCGGTAGTTTTTTTCTTCTCACTTACTCATTCTTCTTTTCTTCCTTTTTTTTTTTTTGCATGTTTGTTTCTTTGATACTTACATTTTGTGAACAGATGGTGAGCAAAAAAGAGACCAACTATTATAGGAGAATCAAGTAGAACAAAAAAAAAAAGACCGTTTTTTTTTCTTGGTTATGCTTGATTCTCCTTTGATAGTTGGTCTTTTTTTTGCTCATGATCTGTTCACAAAATGTAAGTATCAAAGAAATAAACATGCAAAAAAAAGGAAGAAAAGAAGAATGAGTAAGTGAGAAGAAAAAAACTACAGAGTAAGAAATTTTTAAGTTAACCTTGCTATAACTCTATGATAGAGTAAGAAATGAGAGATGACAGAGTAAGAAACGGAAAAAGAATAAAATGGGATATGTGGAGTGATAGAAGTTTGTTACTCGCTGAGGAAGTTGGATGGAGAAGCTGAGGAAGAAAAGAAAGGTTGTTTAGGTTTACTTCTTTCAATTCGAAGAAGAAAATGAAAGAAGGAGAGTAAAAAATGGAACATTGCAGAAAATGAAAGAAGAAGAGTGAAGATGGAGAAGGAAATGAAGAAGACGAGCCTGAAGAAACTGAAGAAGATGTGAGGCAGTCGAGCAAGAAATCGAAGAGTCGCACGATTCTTTTTTTTGCTTTTCATGCTTTTCATGATTTTGTGGGCGATTTATTGACACGTGCAGAAAATCTTTCTACGGTTGGGAGATCACACACAACAAATTGAATTTTTTGGTTGGGCTTTTTGTCATTTCACACCCTTTTTATTGTGGGTTCAACTTTTGCCATCCAAATATTTTGGGCTTCTTTATTATATTTGAAAAGAGCCCTATATAATATGAAAAAACTAAGATGGTTATAAGTTATTAGAAAACAATTCAAAACTAAAAGAAATATTTTGATCCACCCAGACCCACCTAACTCCACCAATCGACCTGTCCTTTTTGTTTAAAAACTTGTTGAAGCTTCAAGAAATCAGCATATAAAAAAAGGAATATAATAAATTTATATTACCTTTACACAAGTCAGAAAATCAGTACCAGAAGGAAAACGAAACCCACAAGGCCACACCTTCTTGAACTTGAAATAGCCGCAAAAAGAACTTGAAGTAATCGAAGCGGTAGAAGTTGAAGGAAGCTGCCGAATCCTTGAGGTTGAGTAATTGAAAGTCTTAACGTGGGCTATGGATATTATATATATATATTTTAAAAATAATGAATAAAATTTAATTAGGTGCTCACCTGTCACGAAGGCGCACCAGGTGCCAAAAGGCGACCGCCTCTTTGAAGAGCCTTGCCTAAGCATTACAAGAGGCGCAAAGGCCCCTAAGAACCTTGCCTCTCACCTTGGACGCGCGCTCAGGGTCGCCTCAATAACACTTGAGCGAGAGTATGTCTTTCAAGGATTTTATAGGAACTTCTTGAATATGTTGGCCTTTGTTGCATCAATGATGTTAACCTGGAGTAAGGGTATTCTAATCCTTCCTCAGATCAATCAAATGAAATTTATAATACCAAATCATGAATTTCAACTAACTAGTAGTATCGGTAGCAAAACCGGGTCAAACCACAAGGAAGCATGAAGATTAGTTTCACAACTCCCATTCTTTAGTTAAAACGGTAAATTGGAAGGGGGGGGGGTATGAAATAGGAAAATGAAGATAAACAAGCTAAGAAAAGCGACCGTTCCCTTTGGAATGTAAATTAACAAGGTGCATTTAGGGTTTGTTTGGAATACCTTTTCATGTGTTGAATTTAAAAATATAAGTCATTTTGAAAGAAATGTAAGTGTTTGACAACAACCACTTAAAATGGATTTTGAAAACTATTAGTGTCTTTATTTTCAACAGTTTTTATTAAAAGTATTTGAATAAAAATGAATTTTTGAAAAACATTTATTTTTTAAATTAATCCAAACAAGGCCCTTAGTTAACGGAAATGGAATTCCCCAAATTATAGATATAGTCTTAGGATATAACTCAATCAACTCAAGCACGTGGCCTGTTTAATCGGTAATGCTGACATTAATTGTCCTTAGTTATTAAGATTCATATCCATATTTAAACTATATGCCAATTTCTTTTCAAAAAAATTAAACTATAGTGCCAATTAACAAGAATGAAACACATTCAATAATTAACCTAAGCACATGCTTTAAGGTCTAGGGCTAAGTAACGACAATTAACAAACGGAAATGCCGATTGACTACTCAAGTACTCCCTATCTCTAAGTCACTCGAGACAACCACATGATATTTCGGTAATGTCTGACAAAAGACCATGTACCCAAGAGATGACTTATGCTACTTGTCAACCCACACAACAGTTACGGTTTATCTGTTAAGTTTACAGCGTGGGCACGCATAAATAATTGGTTTGTTGATGTAGAACTCAATTCTTTGAGCAATCTTGAAGAGAGAATTTTTATTGAAGTGTGAAATAATGAAGATGGAAGGCCTTAGCCTCAATTTTATTTATCAACAACTGGGGAAGAATTCAAGAGCTTCCTTATCTCTCCCTAAACTCATTTAAGAGTGTGATTACAATCAGAGCAACTCCAAGATACCTATATACTCACTTCCCAAATAACTAACAAATATTCCCCATTCCACCTCATTGACAAACTCACAACTAACTCATACATTTACCCCTCTTTTATGCCTCCGAGTGTACACTTTTACCCTTGGGGTCCTATCAGAAGACAAGCTCCCCTTAAATAGACTTCGGGGAAAAGGGTTGGTTCATCCCTAAACTAACTAATTAACTAATCTAATCCTAATCTTCCCTTAAATAGACCCAAGGAGAAAGGGTTGGTTCACACCTATTCTAAAATTAATTGATTAAATCAAAGGGAATTTCCCAAAATACCCTACATCATTTGTCCTTCCTAATCATTCAAACATGCTAAAGAATCAAAGCAAGAGATAGAGATAGAAATATATTCATTAAACTCCAAAATCCTCACATATGCACCATACAAATCCATCAACTAAATCAAAGTAGCCAAAATTACACACACCATAGAAGTAATCAAAGCTCATAAACACCGAGCCATTTACAAATCCAAAAAGAAACAACTTAAAACTAAGAAGAGAGGTGAAGAAATGAAGAACTCACAAAATAGCACCCCCAGCCTTCCTCCTCTCAAAACCCTAGAAATAACATTGAATTTATGGTAGTCAAAGGCGTGCTGCAGGGTTAGGGACAACGGCACAGTGCTGGTTAGGTAATCGACGCGCAACAATGCAATCTTGGGTCTTGCACGCAATAGCGGCGCAACGCCACAAGACAACGTTGCTGTGCTACTGCACTTTAGGGCCTATTGTCTTTGGCGATGAGGTCAATGCCACGCAGGGCCATGGCGCTGCCTCCTTCAACCTCCATTACTTCATTTGGCCCATCCTTGTTGCTAATTGCTCCATATTGATCCCTTTTGCACCTGGGACGTCTTGACGGTCTCCTTTTTCGAGTTTCTATCTATAAACACAATTAAACATTAAATATCTATGTACTAGCTTGATTTAGGTCAAGAAAGATTGCCCTTTTTAGGACCTATCAATCAACTTGGCACATTTTTTGTTTTGTTGTTACTCGTTATCAGTCAAGTTCACTTGAAGCATGTTTTTGTAATCTTCATTTTCTTTTTGATTAGGAGGGTATCTTATCTTCCCTTTCGTCATTTATACACGATTCCGTTGGAATGATATTGTCTCTATTTTTCCCCTTAAAAAAGAGATTACTTTTCTTATCCTTCTCGTTCTTCTATAAACTTGGCTCATGATTACATCTTTATTGATAGTTATGAGGACGTGCTACATCCATTGGGCTTTAAGGCTATACTGATCAAGGACAATGAACTCGCCATTCCACCTCGCAAGGTAAATATAGTAGCTTTTTCAGTACGTTACAGAAGATAAAACTCAATTTATTTATCAATGGTTTATGGCAATAGCAAAGGGAGATTTGTTCTCTCCAAAATCATTCAAAATATGAGTTCCAAACTGTTAGACCCCCAATAGTTCACACCTATCATAGAAGGGGTAAAAAGGGAATAAATATGAGATCGTGCGAGAAAAACGTGGGAAGGACGTGGCTGACAATTCAGTTAGGATGGAGGGGACCAGCGGAGACACAAATTGAGAGGTTTATGTAGGGGTTTGCGGGAGTGAAGGGAGGCATGGATAACCAGAAGCTGGAGTGAAGGAATTGGAGAGGGAGGCACTCTCGAAATCGCCCATTTATCTTTTCTTTTAGTTCTTTATCTTTCCCATCTATTTTCCATTTTCTTTCTTGCTGTCATTGTGCTGGAACTCTTGTGAGAAACTCTATTGTTGATAAATAATACAGTAGCTTGTGGCTGGGTATTTTCTTTGCTGATTTAGTGTGAAAATTGCTGAAAGTGTGGGTGAGTTCTTGTTAGATACTCTTGGGTTAGAAAGGTATCTAACAAATTGGTATCAGAGCAAGGTTTCACCCTGGTGAGAACACGTAAAATGGCAATGAAGGAGGCGGAAGACAAGGTGGAGATGCACGAACGTGATATCTCTGGGTTGAAGGAATTAGTCTTCGCGATGTGCAAGAACGTTGACCAGTTGATGGGGGAAATGCGGGTATCACGTTGAGTAGAGGAAAGGATGGGTCGCTGATAATAAAGGGCTCTTTGAAACCCGGAGTAGAGACTGAGGCGAAGGAGGGGGAATCATCGCAGGCTAAAGGAGGAGGCGACAAAGGTAAATATAAGAGGCTAGAGATGTCGATATTCAAGGGAGATTGCCCGGATTCGTGGGTTTACTGTGCCGAGCACTATTTTGAGATACATGAACTAACGGATGAGGAAAAGATCAAAGTGGCGATTATTAGCTTCGACCATGACTTGGTGGATTGGTACCGCTGGAGTCACAACCGGAATTCGATTCGATCATGGGAAGAGCTGAAGAGGAGAATGTTTATCCCATTCAGAAGCTCGCAAGAGGGAAGTTTGACGAGAAGATTTCTAGCGATTAAATAGGATGGAAGCTACGCCGAATACCGAAACAATTTGAGAGGTTTTCCGCGCCGATACCGGAGATATCAGAATCGGTATTAGAGGGGACGTTTATCAATGACTTGGACCCGGAGTTGAAGGCGAAGGTCGAAAGCAGGAATCCGATTGGGTTGGAAAAGGGGATGCGTGAAGCGTAGGCCATCGACGACGAACTCTAGGTGATCAAAGAAATTTAAGGGCTCAGCAGATTGAAATCAGCGAAGGGAGAAGGGAAGGCCTAAGAGACAGAGAAGATGGGCCAAGGCACTAATTATTGGCCCAATGTGGCTAAAATACAATTACCCGAGAGGCTTGGAGCTCCGCGAAGGGATTGGACGACCCGAAGACTATCGGATGCAGAAATTCGAGAGAAGAGGGAGAAGAGGTTGTGCTTCAAATGTCACGAAAAATACTCTCCGGAGCATCAGTGTAAGACACGAGAGAAAAGGGAACTTCGATTAATCATCGCCGGAGAAGGTCAAGTCATTGAAGAACTTGACGAAGCCGAAGAAGACGAGGAATTGGACGGGACGACGAAAAAGGTGGAGTTGGCTCTCCGCTCTGTTTTGGAATTTTCAACCCCCGAAACGATGAGACTGAAGGGAAAGGTCAGTGGATGTGAAGTAATAGTTTTGATCGATTGTGGGGCTACCCACAATTTCATACATCAGCAATTGGTAGAGGACCTCAAAATACCCGTGTCGAACACAACCAACTATGGTATAGTCATTGGCGACGGAACCGCAGTGCAAGGTAAAGGGGTCTGCAAGGAAGTTATTGTTGAACTACCAGGGGTCACGGTATTGGAGAGTTTTCTACCCTTGGATTTAGGGCAAATCGATGTAATCTTGGGAATGTCATGGCCATGTACGATGGGGTATATGGGAGTAGATTGGCCAAACCTCACCATGACATTTACGAGAGGGAATGCAAAGGTGGTGCTTAAGGGGGACGCGACTCTTACTAAAGTCGAAGTTACCATGAAGACGATGATCAGTAATTGGGAAACGGAGGATGAAGGGTTTCTCATGGAATTTAAGGGCCTGTCCCTCGAAGAGGAAGGGGGCAAGCAGCTTGATCTGGTGAAGGGGCAAGAAGAACCCGTCCATCCGGTGATTAATCGCCTAGTGAAGGAGTATGAACGTATATTCGAATCACCCACGCAACTTCCCCCTAAGCAAAACATTGATCATCAGATTCTATTGAAGGAGGGACAGAATCCAATCAACGTTCGACCATATAAATATAGTCACAGCCAGAAGGATGAGATCGAGAAGTTGATTAAAGAGATGCTAACGGTGGGGTTCATACGTCCAAGTAGGAGTCCATTCTCTAGTCCAGTTTTGTTGGTAAAGAAAAAGGATGGAGGGTGGCATTTTTGTGTGGATTACCGAAAGGTGAACCAGGCAATGGTAGCCGACAAATATCCCATACCGATGATAGAGGAATTACTCATGAATTGCATGAGTTAACCTACTTATCCAAATTGGATTTGAGGTTGGGCTATCATTAGATAAGAATGAAGGAAGAGGACATACCAAAACAAATTTCCGGACGCATGAGGGACACTATGAATTCATAGTGATGCCGTTCGGGCTCATAAACACGCATGCTACCTTCCAATCCTTGATGAATCAGGTATTTCGACCTTTTCTAAGACGATTTGTACTGGTTTTCTTTGACGATATTCTGGTTTACAGTCTGGACCTAGACACCCATGAGAAGCATCTGACAATGGTATTCAATGTATTGAGTGACCATAAGTTATACGCCAATCAAAAGAAATGCGTATTCGGACAATCCAAGATTCACTATTTGTGTCATTGGGTCTCCCACCAAGGGGTGCAGGCAGATGGGAGCAAAATACAGGCCATGGTGGAATGGCCAATTCCCAAAAATGTGAGTTGGGGGGTTTTCTGGGATTGATGGGGTACTACCGACGTTTCGTCAAGAACTATGGCAAGATAGCGACACCACTACTCAGTTGTTGCAAAAAAATGCTTTTGTTTGGAGTGAGGCATCGACTTTGGTCTTTGATAAGTTGAAGCGTGCGATGGTAACCATACTGGTGTTAGCTCTTCCAGACTTTACTAAGACCTTTGTAGTGGAAATCGATGCATTGGGATTTGGTTTAGGGGCTGTCTTAATGCAAGAGAACAGGCAAATAGCTTTCTTTAGCTAGAAATTATCGGAGAGAGCTCGGGCTAAGTCCATCTATGAGAGGAACTAATGGTAGTTGTGTTATCGGTGCAACAGTGGAGGCATTACCTCCTAGGACAGAAGTTCGTGGTGATATCCGATCAAAAGGCCCTAAAATTCCTACTAAAACAACGGGAAGTCTAGCCTCAGTTTCAGAAATGGTTGGTCAAGTTATTGGGCTATGACTTCGGTATACTGTATCAACCCCGGCAAAATAATAAAGCCGCAGATGCTTTATCAAGGATAGCACCGGATTTAGAATTACGTGTGCTAACGGCACCGACCCTGTTGGATAGTGAAGTGGTGAGGAAGGAGGTAGAAAAGAATGAGGAATTGCAGGCGATTATTACCAAACTGCAAAAAAATCTAGCAGACGTACCCAAATTCAGTTGGGAACATGGAAGGTTACTCTACAAAGGAAGATTGGTTATTTCGGCTTCATCATCCTTGATACCTCTGTTGCAATTATATCATAACTCGGTTATGGGAGGTCATTCGGGATACATACGGACCTACAAGAGAATCAGTGGAGAATTATATTGGAAGAGAATGAAGATGGTGCAAGAGTACGTAGCACAGTGTATGATTTGTTAGAAGAACAAATCGAAGTCTCTTTCTCCAGCTGGACTTCTACAACCTCTCCCTATTCCCGAGAGAATTTGGGAAGACTTATCCATGGACTTCATTGAGGGACTTCCGAAGTTGGAAGGAGTGGTTTTCATAATGGTCGTGGTGGATCGATTGAGTAAGTACAGTCACTTCATCACTCTAGCCCACCCATTCTCACCTAAACAAGTAGCGATGGTTTTTATTCAGGAAATTGTCCGCTTGCGTGGTTTTCTCAAATCGATAGTATCCGACAGAGACAAGATTTTTTTGAACAATTTCTGGATAGAGTTGTTCACTCAACAAGGTACTTCCCTTAAGAGGAGTACGGCTTTTGTTGTGAATTATTTTGTATATGTGAATTAGCCTAACGCAAAGTGTTAAAGGATGTGTTTATGCGTTCAACATGTCATGTTTTGATCATGCTATGCGTTCTATCACTAGGCGTTGGTGGTCTTGTCAAGTTTTCCTATTCTTTTACCCAAGTATAAGCAAAGTAATAGGTGTTCTCGATGAGTCCGAGGTCGAACACAGGGATTATATTGATTTAGTTTTTAATTGGATTTCATGCGTTACAGGGGTAACCAATATATATTTAAAATTTGTTTTGTTTAACCTAAAGAAAGCGATTGTTTGTATACTAGACTAAAAATTGTGGAATATGGAAAGCATGCGACACAGCAAGTTCAGCTAAAGATGTGAGTGAATGGATAAAGAAAAGGGTTCGGGTTGATTAACATCTAACGTTGGAAACGCACAGTAGTATCCTATTCATGCTTGTGACTCTTCTCCCGGTTGTCAGCCGCTATGCGTTATGTCTATAATGCATAGGAGAGTGTTAAGAACCAAGGTTATTCCCGTAGACAGGTAACACTACTTGGCCCTTGTCAATTGAGTTCCAGAATCACTTACCCTCTCGAGCAGTCTGATCATTACTACTTATATCTATTTGTCAGATGGACATAAGCATCGGATTAAGCTCGCAATTGACAAGATAAAATAGTTACACTGTGGTCCTAGTTAGATGCTAACGCAACCCTAGACCCATGAGTGATTAGTTACTCATGGTTTGAAAGTATAAAGCGGACAGTTGAGAAAAATGAGTAGACATGGAAGACAATTATATTGATGAAGATGAGATACAATTTTTGACAAGTTCAATTGCTTGATACAAATCTAAAATTAAGATAGAAAATGAGAAAGAAAGCAGGGAAGGCGTCAATGTCTTGAGTCGCCTGGATGGAAGCGTGATGATCTGCTGTGAAGTGGTGCAGCGGAGGGAAGACTCTTCTCTCTCGAGCTATTTTTCTCCGGCTGAAGTCTGAGAGAACTCTGCTGTCACTTATGGAGTTTTTCCGAGAATCAACAACCTTTCTCATCTCGCAGAGCTGCCCTTTTATAGATGATGAAATCGCAGTTAATGGCAAATCTGCTTGATTGGTGGTGAGATTAACACTGTGTCCATCTCGCCTGATTGCGTGATTCTCGGGCCAATTAAGATCCACCACTTAAGCCGCAAATCATGTCTGTCAATCATCCGTCAATCTCTCAAGATTCCGATCTGATTCTCAACGCCTTGCCGTAACGGTTGTCTACGCGTCCATGCATAGTTTGGCCGATGTCTTGCGTCGTAGGTTGTTAACGCGTAGTTATGCGTTGAGTTGTTGTTAACGCGTTGTCAGGTTGTTTGCGTTCCGTTTAGATCATGCGTCCATGAAGAACAGATTGCTAACATGTTGTCCTGCGTTAAGAAGTCATCAACGCATCGTCTGCATTCCTGCGTCAAAACATGCGTTTTAGGACTCAAAAAGTGGTAAAATCATTATCTTCATAAAAATACAAGAGGATAACGCAAAGAAAGATTTATTAATGGAATTTAACATAAACTACCGCATGCTTCTCTATTTAAACTCTATTTATCTATGAAAAAGGTTATAATGATTTGTATTTCTACAAGTTATCAGCTTTTCACCCACAAACTATGGGCAAACAGAGCGAGTAAACTGTTGCTTGGAGACGTATCTTCGCTGCTTCTGCAATGAAAAACCAAAGAAATGGAGCGAATGGATATTGTGGGCGGAATATAGGTATAACACAACCTTCCACGGGGCCATTAAAACGACACCCTTTCGCATTGTGTATGGACGAGAACCACCTTTTTTGTTGGACTATGGAGATCGGAAAACGACAAATGACACCTTAGAACAACAATTGGTGGAGAGGGATCGGGTCCTGGCGATATTATAAGAACAGCTTGAGCGGGCACAAGAAAGAATGAAGCAATATACGGAGAGAAATCGACGCGATTTTCAGTTTGAAGTTGGGAAGTATTTCTTAAATGAAGACCTTACCGCCAATGGTCTTTAGCACAACGGTGGAATGAAAAACTTGCCCCTAAATACTTTGGCCCTTATGCTATTATAGAAAAGATCGGAGAAGTCGCCTACAGTTTGGAATTACTGCCCACAACGGCTATCCACAACGTTTTTCATGTGTCACAACTCAAGAAGAAAGTGGGTGAACATCAAACTATCCTTCCCGTGATACCAGAACTCAGTGAAGATTTTGAAATGAATGTGCAACCTGAAGGGATCTTGGGAAGGCGATGGAACACGAAAAGAGGCAAAGAAGAAGTTTTAGTCAAATAGAAAGAGCAACCAAAAACAGAGGCAACGTGGGTGGAGTTAGAGCTGTTCAAAGAGCAATTTCCAACATCCCACCTTGAGGACAAGGTGGGTTTCACCGAGGGAGGTATTGTTAGACCCCCAATAGTTCACACCTATTATAGAAGGGGTAAAAAGGGAAATAAATATGAGATCGTGGGAGAAAAATGTGGGGAGGACGTGGCTGACAATTCGGTTAGGATGGAGGGGACCAGCGGAGACACAAATTGAGAGGTTTATGTAGGGGTTTGTGGGAGTGAAGGGAGGCATGGATAACCAGAAGCTGGAGTGAAGAAATTGGAGAGGGAGGCACTCTCAAAATTGCCCATTTATCTTTTCTTTTAGTTCTTTATCTTTCCCATCTATTTTCCATTTTCTTTCTTGCTGTCATTGTGCTGGAACTCTTGTGAGAAACTCTGTTGTTGATAAATAATACAGTAGCTTGTGGCTGGGTATTTTCTTTGTTGATTTAGTGTGAAAATTGCTGGAAGTGTGGGTGAGTTCTTGTTAGATACTCTTGGGTCAGAAAGGTATCTAACAAAATGCCAAAAGCTTACTAATGCAGTAGGATTAAGGTAAATTAGGATATCTTGATCAAATCCTTAATTGATATCTTAATTTACTTAATCTACTACGTCACTTACTCCCTCCTTCCTTCAAACATGCACTTAAAAGCCTACCCCGGTCCGACAAAATGCTCCCCTAAAAGATTATATAATACACCGGTGCTCATTTACCTCCCCTATTTTTTGTTTCTTATTCCTACGTGTATAGAACCTAGTGACTTGGGTCTACTGTTCCACATGGGAATATTACCTTCTTACGTCAACAAAATCATGCAAATTCAACTAGAGCATAAAACTAGTCAAGGCAATGTTGAACTCAAAAGTAAACTACTGCAAATGGACTGTGATAATTTAATTTTGAAAAATGCAACAGTATCCATGTTCTTAGTTGCTGAATATTCAATATGATTGAAGTTAATTTTGTGACAGGGACGAGAGATGATTGGAAGGTGGAAGAGGAGTTTAGCTCAAGCTTCACTGTAA

mRNA sequence

ATGATCCTTGGCACTAGAAAATTGTCAACATTTGGAGCTGCTCCCGTGCAAACCCGTCGAAGTTTGATGATGAAATTGAGGATGAACCAACAATCTACAGAACATAATGCTTCGAAGTCCAATCATCAATCGAGTCTCGATGAGTGTCAAAAAGTTATGCGCACAGACCATACTGGTGGTTGGGAGATATGCTGGGAGCAAGGTCTAACACCATGGGACTTAGGACAACCAACGCCTGTGATTAGCCATCTTTGTGCAATGGGAGCTCTTCCAAATGGCCGTGTGCTTGTGCCTGGATGTGGAAGTGGCTATGATGTTGTTCAAATGGCATGCTCTGAACGCTATGTTGTTGGATTGGACATATCAGACAATGCCATACAAAAGGCCAGAGAGCTATCTTCCTCATCACCAAATATGAGATACTTTACCTTCTTAAAGGAAGATTTTTTCAGTTGGAGACCTAAGGAATTGTTTGATCTGATTTTTGATTATACGTTTTTTTGTGCCATTGAACCTGACATGAGACTAGCTTGGGGACAACAGATTCAGAGGCTATTAAAACCAAATGGGGAGCTTATAACGCTAATGTTTCCAATCGATGACCATATTGGTGGACCACCTTACAAAGTTTCAGTTTCAGATTATGAGGACGTGCTACATCCATTGGGCTTTAAGGCTATACTGATCAAGGACAATGAACTCGCCATTCCACCTCGCAAGGGACGAGAGATGATTGGAAGGTGGAAGAGGAGTTTAGCTCAAGCTTCACTGTAA

Coding sequence (CDS)

ATGATCCTTGGCACTAGAAAATTGTCAACATTTGGAGCTGCTCCCGTGCAAACCCGTCGAAGTTTGATGATGAAATTGAGGATGAACCAACAATCTACAGAACATAATGCTTCGAAGTCCAATCATCAATCGAGTCTCGATGAGTGTCAAAAAGTTATGCGCACAGACCATACTGGTGGTTGGGAGATATGCTGGGAGCAAGGTCTAACACCATGGGACTTAGGACAACCAACGCCTGTGATTAGCCATCTTTGTGCAATGGGAGCTCTTCCAAATGGCCGTGTGCTTGTGCCTGGATGTGGAAGTGGCTATGATGTTGTTCAAATGGCATGCTCTGAACGCTATGTTGTTGGATTGGACATATCAGACAATGCCATACAAAAGGCCAGAGAGCTATCTTCCTCATCACCAAATATGAGATACTTTACCTTCTTAAAGGAAGATTTTTTCAGTTGGAGACCTAAGGAATTGTTTGATCTGATTTTTGATTATACGTTTTTTTGTGCCATTGAACCTGACATGAGACTAGCTTGGGGACAACAGATTCAGAGGCTATTAAAACCAAATGGGGAGCTTATAACGCTAATGTTTCCAATCGATGACCATATTGGTGGACCACCTTACAAAGTTTCAGTTTCAGATTATGAGGACGTGCTACATCCATTGGGCTTTAAGGCTATACTGATCAAGGACAATGAACTCGCCATTCCACCTCGCAAGGGACGAGAGATGATTGGAAGGTGGAAGAGGAGTTTAGCTCAAGCTTCACTGTAA

Protein sequence

MILGTRKLSTFGAAPVQTRRSLMMKLRMNQQSTEHNASKSNHQSSLDECQKVMRTDHTGGWEICWEQGLTPWDLGQPTPVISHLCAMGALPNGRVLVPGCGSGYDVVQMACSERYVVGLDISDNAIQKARELSSSSPNMRYFTFLKEDFFSWRPKELFDLIFDYTFFCAIEPDMRLAWGQQIQRLLKPNGELITLMFPIDDHIGGPPYKVSVSDYEDVLHPLGFKAILIKDNELAIPPRKGREMIGRWKRSLAQASL

Homology

[Close]

BLAST of Cla97C04G070270 vs. NCBI nr
Match: XP_004144344.1 (PREDICTED: probable thiol methyltransferase 2 [Cucumis sativus] >KGN54738.1 hypothetical protein Csa_4G439050 [Cucumis sativus])

HSP 1 Score: 454.1 bits (1167), Expect = 3.1e-124
Identity = 221/259 (85.33%), Postives = 233/259 (89.96%), Query Frame = 0


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

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

Query: 121 DISDNAIQKARELSSSSPNMRYFTFLKEDFFSWRPKELFDLIFDYTFFCAIEPDMRLAWG 180
           DISD AIQKA ELSSSSPNMR+ TFLKEDFFSWRPKELFDLIFDYTFFCAIEP MR AWG
Sbjct: 121 DISDKAIQKAIELSSSSPNMRHCTFLKEDFFSWRPKELFDLIFDYTFFCAIEPVMRQAWG 180

Query: 181 QQIQRLLKPNGELITLMFPI-DDHIGGPPYKVSVSDYEDVLHPLGFKAILIKDNELAIPP 240
           QQIQRLLKPNGELITLMFPI DDHIGGPPYKVSVSDYEDVLHPLGFKA+LI DNELA+PP
Sbjct: 181 QQIQRLLKPNGELITLMFPIDDDHIGGPPYKVSVSDYEDVLHPLGFKAVLINDNELAVPP 240

Query: 241 RKGREMIGRWKRSLAQASL 258
           RKGREMIGRWKRSLAQ SL
Sbjct: 241 RKGREMIGRWKRSLAQPSL 259

[Close]

BLAST of Cla97C04G070270 vs. NCBI nr
Match: XP_022149366.1 (probable thiol methyltransferase 2 isoform X2 [Momordica charantia])

HSP 1 Score: 452.2 bits (1162), Expect = 1.2e-123
Identity = 216/258 (83.72%), Postives = 236/258 (91.47%), Query Frame = 0


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

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

Query: 121 DISDNAIQKARELSSSSPNMRYFTFLKEDFFSWRPKELFDLIFDYTFFCAIEPDMRLAWG 180
           DIS+NAIQKARELSSSSPNMRYFTFLK DFFSWRPKELFDLIFDYTFF AIEP +R AWG
Sbjct: 121 DISENAIQKARELSSSSPNMRYFTFLKADFFSWRPKELFDLIFDYTFFSAIEPAVRPAWG 180

Query: 181 QQIQRLLKPNGELITLMFPIDDHIGGPPYKVSVSDYEDVLHPLGFKAILIKDNELAIPPR 240
           QQ+Q+LL+PNGELITLMFPID+HIGGPPYKVSVSDYEDVL PLGFKA+LI+DNELAIPPR
Sbjct: 181 QQMQKLLRPNGELITLMFPIDNHIGGPPYKVSVSDYEDVLLPLGFKAVLIEDNELAIPPR 240

Query: 241 KGREMIGRWKRSLAQASL 258
           KGREMIGRWKRSL QASL
Sbjct: 241 KGREMIGRWKRSLTQASL 258

[Close]

BLAST of Cla97C04G070270 vs. NCBI nr
Match: XP_008449545.1 (PREDICTED: probable thiol methyltransferase 2 isoform X2 [Cucumis melo])

HSP 1 Score: 450.3 bits (1157), Expect = 4.4e-123
Identity = 220/260 (84.62%), Postives = 233/260 (89.62%), Query Frame = 0


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

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

Query: 121 LDISDNAIQKARELSSSSPNMRYFTFLKEDFFSWRPKELFDLIFDYTFFCAIEPDMRLAW 180
           LDISDNAIQKA ELSSSSPNMR+ TFL+EDFFSWRPKELFDLIFDYTFFCAIEP MR  W
Sbjct: 121 LDISDNAIQKAIELSSSSPNMRHCTFLREDFFSWRPKELFDLIFDYTFFCAIEPVMRQVW 180

Query: 181 GQQIQRLLKPNGELITLMFPI-DDHIGGPPYKVSVSDYEDVLHPLGFKAILIKDNELAIP 240
           GQQIQRLLKPNGELITLMFPI DDH GGPPYKVSVSDYEDVLHPLGFKA+LIKDNELAIP
Sbjct: 181 GQQIQRLLKPNGELITLMFPIDDDHSGGPPYKVSVSDYEDVLHPLGFKAVLIKDNELAIP 240

Query: 241 PRKGREMIGRWKRSLAQASL 258
           PRKGREMIGRWKRSL+Q SL
Sbjct: 241 PRKGREMIGRWKRSLSQPSL 260

[Close]

BLAST of Cla97C04G070270 vs. NCBI nr
Match: XP_022925292.1 (probable thiol methyltransferase 2 isoform X1 [Cucurbita moschata])

HSP 1 Score: 447.6 bits (1150), Expect = 2.9e-122
Identity = 217/258 (84.11%), Postives = 232/258 (89.92%), Query Frame = 0


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

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

Query: 121 DISDNAIQKARELSSSSPNMRYFTFLKEDFFSWRPKELFDLIFDYTFFCAIEPDMRLAWG 180
           DIS+NAIQKARELSSSSP +RYF+FLKEDFFSWRPKELFDLIFDYTFF AIEP MR+AWG
Sbjct: 121 DISNNAIQKARELSSSSPKIRYFSFLKEDFFSWRPKELFDLIFDYTFFSAIEPAMRVAWG 180

Query: 181 QQIQRLLKPNGELITLMFPIDDHIGGPPYKVSVSDYEDVLHPLGFKAILIKDNELAIPPR 240
           QQ+Q LLKPNGELITLMFPID+HIGGPPYKVSVSDYEDVL PLGFKA+LIKDNE AIPPR
Sbjct: 181 QQMQMLLKPNGELITLMFPIDNHIGGPPYKVSVSDYEDVLLPLGFKAVLIKDNEHAIPPR 240

Query: 241 KGREMIGRWKRSLAQASL 258
           KGREMIGRWKRSLA ASL
Sbjct: 241 KGREMIGRWKRSLAHASL 258

[Close]

BLAST of Cla97C04G070270 vs. NCBI nr
Match: XP_023518377.1 (probable thiol methyltransferase 2 isoform X1 [Cucurbita pepo subsp. pepo])

HSP 1 Score: 444.5 bits (1142), Expect = 2.4e-121
Identity = 215/258 (83.33%), Postives = 232/258 (89.92%), Query Frame = 0


Query: 1   MILGTRKL-STFGAAPVQTRRSLMMKLRMNQQSTEHNASKSNHQSSLDECQKVMRTDHTG 60
           MI+G RKL S  GAAP+Q+ R L  KLRM Q ++EHNAS SNHQS +D+  KV+R DHTG
Sbjct: 1   MIVGIRKLPSILGAAPLQSHRRLPTKLRMGQHNSEHNASNSNHQSRVDKFSKVIRDDHTG 60

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

Query: 121 DISDNAIQKARELSSSSPNMRYFTFLKEDFFSWRPKELFDLIFDYTFFCAIEPDMRLAWG 180
           DIS+NAIQKARELSSSSP +RYF+FLKEDFFSWRPKELFDLIFDYTFF AIEP MR+AWG
Sbjct: 121 DISNNAIQKARELSSSSPKIRYFSFLKEDFFSWRPKELFDLIFDYTFFSAIEPAMRVAWG 180

Query: 181 QQIQRLLKPNGELITLMFPIDDHIGGPPYKVSVSDYEDVLHPLGFKAILIKDNELAIPPR 240
           QQ+Q LLKPNGELITLMFPID+HIGGPPYKVSVS+YEDVL PLGFKA+LIKDNE AIPPR
Sbjct: 181 QQMQMLLKPNGELITLMFPIDNHIGGPPYKVSVSEYEDVLLPLGFKAVLIKDNEHAIPPR 240

Query: 241 KGREMIGRWKRSLAQASL 258
           KGREMIGRWKRSLA ASL
Sbjct: 241 KGREMIGRWKRSLAHASL 258

[Close]

BLAST of Cla97C04G070270 vs. TrEMBL
Match: tr|A0A0A0KYY5|A0A0A0KYY5_CUCSA (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_4G439050 PE=4 SV=1)

HSP 1 Score: 454.1 bits (1167), Expect = 2.0e-124
Identity = 221/259 (85.33%), Postives = 233/259 (89.96%), Query Frame = 0


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

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

Query: 121 DISDNAIQKARELSSSSPNMRYFTFLKEDFFSWRPKELFDLIFDYTFFCAIEPDMRLAWG 180
           DISD AIQKA ELSSSSPNMR+ TFLKEDFFSWRPKELFDLIFDYTFFCAIEP MR AWG
Sbjct: 121 DISDKAIQKAIELSSSSPNMRHCTFLKEDFFSWRPKELFDLIFDYTFFCAIEPVMRQAWG 180

Query: 181 QQIQRLLKPNGELITLMFPI-DDHIGGPPYKVSVSDYEDVLHPLGFKAILIKDNELAIPP 240
           QQIQRLLKPNGELITLMFPI DDHIGGPPYKVSVSDYEDVLHPLGFKA+LI DNELA+PP
Sbjct: 181 QQIQRLLKPNGELITLMFPIDDDHIGGPPYKVSVSDYEDVLHPLGFKAVLINDNELAVPP 240

Query: 241 RKGREMIGRWKRSLAQASL 258
           RKGREMIGRWKRSLAQ SL
Sbjct: 241 RKGREMIGRWKRSLAQPSL 259

[Close]

BLAST of Cla97C04G070270 vs. TrEMBL
Match: tr|A0A1S3BN67|A0A1S3BN67_CUCME (probable thiol methyltransferase 2 isoform X2 OS=Cucumis melo OX=3656 GN=LOC103491394 PE=4 SV=1)

HSP 1 Score: 450.3 bits (1157), Expect = 2.9e-123
Identity = 220/260 (84.62%), Postives = 233/260 (89.62%), Query Frame = 0


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

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

Query: 121 LDISDNAIQKARELSSSSPNMRYFTFLKEDFFSWRPKELFDLIFDYTFFCAIEPDMRLAW 180
           LDISDNAIQKA ELSSSSPNMR+ TFL+EDFFSWRPKELFDLIFDYTFFCAIEP MR  W
Sbjct: 121 LDISDNAIQKAIELSSSSPNMRHCTFLREDFFSWRPKELFDLIFDYTFFCAIEPVMRQVW 180

Query: 181 GQQIQRLLKPNGELITLMFPI-DDHIGGPPYKVSVSDYEDVLHPLGFKAILIKDNELAIP 240
           GQQIQRLLKPNGELITLMFPI DDH GGPPYKVSVSDYEDVLHPLGFKA+LIKDNELAIP
Sbjct: 181 GQQIQRLLKPNGELITLMFPIDDDHSGGPPYKVSVSDYEDVLHPLGFKAVLIKDNELAIP 240

Query: 241 PRKGREMIGRWKRSLAQASL 258
           PRKGREMIGRWKRSL+Q SL
Sbjct: 241 PRKGREMIGRWKRSLSQPSL 260

[Close]

BLAST of Cla97C04G070270 vs. TrEMBL
Match: tr|A0A1S3BM99|A0A1S3BM99_CUCME (probable thiol methyltransferase 2 isoform X3 OS=Cucumis melo OX=3656 GN=LOC103491394 PE=4 SV=1)

HSP 1 Score: 419.9 bits (1078), Expect = 4.3e-114
Identity = 205/243 (84.36%), Postives = 217/243 (89.30%), Query Frame = 0


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

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

Query: 121 LDISDNAIQKARELSSSSPNMRYFTFLKEDFFSWRPKELFDLIFDYTFFCAIEPDMRLAW 180
           LDISDNAIQKA ELSSSSPNMR+ TFL+EDFFSWRPKELFDLIFDYTFFCAIEP MR  W
Sbjct: 121 LDISDNAIQKAIELSSSSPNMRHCTFLREDFFSWRPKELFDLIFDYTFFCAIEPVMRQVW 180

Query: 181 GQQIQRLLKPNGELITLMFPI-DDHIGGPPYKVSVSDYEDVLHPLGFKAILIKDNELAIP 240
           GQQIQRLLKPNGELITLMFPI DDH GGPPYKVSVSDYEDVLHPLGFKA+LIKDNELAIP
Sbjct: 181 GQQIQRLLKPNGELITLMFPIDDDHSGGPPYKVSVSDYEDVLHPLGFKAVLIKDNELAIP 240

[Close]

BLAST of Cla97C04G070270 vs. TrEMBL
Match: tr|A0A1S4DY06|A0A1S4DY06_CUCME (probable thiol methyltransferase 2 isoform X1 OS=Cucumis melo OX=3656 GN=LOC103491394 PE=4 SV=1)

HSP 1 Score: 419.9 bits (1078), Expect = 4.3e-114
Identity = 205/243 (84.36%), Postives = 217/243 (89.30%), Query Frame = 0


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

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

Query: 121 LDISDNAIQKARELSSSSPNMRYFTFLKEDFFSWRPKELFDLIFDYTFFCAIEPDMRLAW 180
           LDISDNAIQKA ELSSSSPNMR+ TFL+EDFFSWRPKELFDLIFDYTFFCAIEP MR  W
Sbjct: 121 LDISDNAIQKAIELSSSSPNMRHCTFLREDFFSWRPKELFDLIFDYTFFCAIEPVMRQVW 180

Query: 181 GQQIQRLLKPNGELITLMFPI-DDHIGGPPYKVSVSDYEDVLHPLGFKAILIKDNELAIP 240
           GQQIQRLLKPNGELITLMFPI DDH GGPPYKVSVSDYEDVLHPLGFKA+LIKDNELAIP
Sbjct: 181 GQQIQRLLKPNGELITLMFPIDDDHSGGPPYKVSVSDYEDVLHPLGFKAVLIKDNELAIP 240

[Close]

BLAST of Cla97C04G070270 vs. TrEMBL
Match: tr|A0A2P6RHV7|A0A2P6RHV7_ROSCH (Putative methyl halide transferase OS=Rosa chinensis OX=74649 GN=RchiOBHm_Chr2g0084541 PE=4 SV=1)

HSP 1 Score: 340.1 bits (871), Expect = 4.3e-90
Identity = 164/268 (61.19%), Postives = 203/268 (75.75%), Query Frame = 0


Query: 1   MILGTRKLSTFGAAPVQTRRSLMMKLRM-----NQQSTEHNASKSNHQ-SSLDECQKVMR 60
           +I   R L+     P  +R  + ++LRM      +Q    + S+ NH+   ++E Q+++ 
Sbjct: 9   LIRTRRNLNLLPLIPPTSRTRVFLQLRMMMTKKREQGDPESQSRENHKPRGVNELQQLLH 68

Query: 61  TDHTGG-----WEICWEQGLTPWDLGQPTPVISHLCAMGALPNGRVLVPGCGSGYDVVQM 120
           +D TGG     W+ CWEQGLTPWDLGQPTPVI+HL  +GALP GR LVPGCG+GYDVV++
Sbjct: 69  SDSTGGAGGGDWDKCWEQGLTPWDLGQPTPVIAHLHRLGALPKGRALVPGCGTGYDVVEI 128

Query: 121 ACSERYVVGLDISDNAIQKARELSSSSPNMRYFTFLKEDFFSWRPKELFDLIFDYTFFCA 180
           AC ER+V GLDIS NAI KA +L SS PN  +FTFLK DFF+W P ELFDLIFDYTFFCA
Sbjct: 129 ACPERHVTGLDISHNAINKALQLFSSLPNAMHFTFLKVDFFTWHPTELFDLIFDYTFFCA 188

Query: 181 IEPDMRLAWGQQIQRLLKPNGELITLMFPIDDHIGGPPYKVSVSDYEDVLHPLGFKAILI 240
           IEPDMR AW Q+++ +LKP+GELITLMFPI DH+GGPPYKVSVSDYE+VLHP+GFKAI I
Sbjct: 189 IEPDMRSAWAQKMRDILKPDGELITLMFPISDHLGGPPYKVSVSDYEEVLHPMGFKAISI 248

Query: 241 KDNELAIPPRKGREMIGRWKRSLAQASL 258
            DN LA+ PRKGRE +GRWKR  +++SL
Sbjct: 249 LDNHLAVLPRKGREKLGRWKRPASKSSL 276

[Close]

BLAST of Cla97C04G070270 vs. Swiss-Prot
Match: sp|Q6AWU6|HOL3_ARATH (Probable thiol methyltransferase 2 OS=Arabidopsis thaliana OX=3702 GN=HOL3 PE=1 SV=1)

HSP 1 Score: 295.4 bits (755), Expect = 6.0e-79
Identity = 137/217 (63.13%), Postives = 169/217 (77.88%), Query Frame = 0


Query: 36  NASKSNH-QSSLDECQKVMRTDHTGGWEICWEQGLTPWDLGQPTPVISHLCAMGALPNGR 95
           NA K+   QSS D   ++M  + +GGWE  WE G TPWDLG+PTPVI+HL   G+LPNGR
Sbjct: 3   NAGKATSLQSSRDLFHRLMSENSSGGWEKSWEAGATPWDLGKPTPVIAHLVETGSLPNGR 62

Query: 96  VLVPGCGSGYDVVQMACSERYVVGLDISDNAIQKARELSSSSPNMRYFTFLKEDFFSWRP 155
            LVPGCG+GYDVV MA  +R+VVGLDIS  A++++ +  S+ PN +YF+FL EDFF+W P
Sbjct: 63  ALVPGCGTGYDVVAMASPDRHVVGLDISKTAVERSTKKFSTLPNAKYFSFLSEDFFTWEP 122

Query: 156 KELFDLIFDYTFFCAIEPDMRLAWGQQIQRLLKPNGELITLMFPIDDHIGGPPYKVSVSD 215
            E FDLIFDYTFFCA EP +R  W Q++++LLKP GELITLMFPID+  GGPPY+VSVS+
Sbjct: 123 AEKFDLIFDYTFFCAFEPGVRPLWAQRMEKLLKPGGELITLMFPIDERSGGPPYEVSVSE 182

Query: 216 YEDVLHPLGFKAILIKDNELAIPPRKGREMIGRWKRS 252
           YE VL PLGF+AI I DNELA+ PRKG E +GRWK+S
Sbjct: 183 YEKVLIPLGFEAISIVDNELAVGPRKGMEKLGRWKKS 219

[Close]

BLAST of Cla97C04G070270 vs. Swiss-Prot
Match: sp|Q93V78|TMT1_BRAOL (Thiocyanate methyltransferase 1 OS=Brassica oleracea OX=3712 GN=TMT1 PE=1 SV=1)

HSP 1 Score: 282.0 bits (720), Expect = 6.8e-75
Identity = 131/220 (59.55%), Postives = 165/220 (75.00%), Query Frame = 0


Query: 34  EHNASKSNHQSSL--DECQKVM-RTDHTGGWEICWEQGLTPWDLGQPTPVISHLCAMGAL 93
           +  A  SN ++ +  +E  K +  T   GGWE CWE G+TPWD G+ TP++ HL    +L
Sbjct: 5   QQKAGHSNGENIIPPEEVAKFLPETVEEGGWEKCWEDGITPWDQGRATPLVVHLVDSSSL 64

Query: 94  PNGRVLVPGCGSGYDVVQMACSERYVVGLDISDNAIQKARELSSSSPNMRYFTFLKEDFF 153
           P GR LVPGCG G+DVV MA  ER+VVGLDIS++A++KA E   SSP  +YFTF+KEDFF
Sbjct: 65  PLGRALVPGCGGGHDVVAMASPERFVVGLDISESALEKAAETYGSSPKAKYFTFVKEDFF 124

Query: 154 SWRPKELFDLIFDYTFFCAIEPDMRLAWGQQIQRLLKPNGELITLMFPIDDHIGGPPYKV 213
           +WRP ELFDLIFDY  FCAIEP+MR AW + +  LLKP+GELITLM+PI DH GGPPYKV
Sbjct: 125 TWRPNELFDLIFDYVVFCAIEPEMRPAWAKSMYELLKPDGELITLMYPITDHDGGPPYKV 184

Query: 214 SVSDYEDVLHPLGFKAILIKDNELAIPPRKGREMIGRWKR 251
           +VS YEDVL P+GFKA+ I++N  +I  RKG+E +GRWK+
Sbjct: 185 AVSTYEDVLVPVGFKAVSIEENPYSIATRKGKEKLGRWKK 224

[Close]

BLAST of Cla97C04G070270 vs. Swiss-Prot
Match: sp|Q93XC4|TMT2_BRAOL (Probable thiocyanate methyltransferase 2 OS=Brassica oleracea OX=3712 GN=TMT2 PE=2 SV=1)

HSP 1 Score: 279.6 bits (714), Expect = 3.4e-74
Identity = 129/220 (58.64%), Postives = 164/220 (74.55%), Query Frame = 0


Query: 34  EHNASKSNHQSSL---DECQKVMRTDHTGGWEICWEQGLTPWDLGQPTPVISHLCAMGAL 93
           + N+  SN ++ +   D  + + +T   GGWE CWE G+TPWD G+ TP++ HL    +L
Sbjct: 5   QQNSGNSNGENIIPPEDVAKFLPKTVDEGGWEKCWEDGVTPWDQGRATPLVVHLVESSSL 64

Query: 94  PNGRVLVPGCGSGYDVVQMACSERYVVGLDISDNAIQKARELSSSSPNMRYFTFLKEDFF 153
           P GR LVPGCG G+DVV MA  ERYVVGLDIS++A++KA E   SSP  +YFTF+KEDFF
Sbjct: 65  PLGRGLVPGCGGGHDVVAMASPERYVVGLDISESALEKAAETYGSSPKAKYFTFVKEDFF 124

Query: 154 SWRPKELFDLIFDYTFFCAIEPDMRLAWGQQIQRLLKPNGELITLMFPIDDHIGGPPYKV 213
           +WRP ELFDLIFDY  FCAIEP+ R AW + +  LLKP+GELITLM+PI DH GGPPYKV
Sbjct: 125 TWRPNELFDLIFDYVVFCAIEPETRPAWAKAMYELLKPDGELITLMYPITDHDGGPPYKV 184

Query: 214 SVSDYEDVLHPLGFKAILIKDNELAIPPRKGREMIGRWKR 251
           +VS YEDVL P+GFKA+ I++N  +I  RKG+E + RWK+
Sbjct: 185 AVSTYEDVLVPVGFKAVSIEENPYSIATRKGKEKLARWKK 224

[Close]

BLAST of Cla97C04G070270 vs. Swiss-Prot
Match: sp|O80562|HOL2_ARATH (Probable thiol methyltransferase 1 OS=Arabidopsis thaliana OX=3702 GN=HOL2 PE=1 SV=1)

HSP 1 Score: 277.7 bits (709), Expect = 1.3e-73
Identity = 123/192 (64.06%), Postives = 150/192 (78.12%), Query Frame = 0


Query: 59  GGWEICWEQGLTPWDLGQPTPVISHLCAMGALPNGRVLVPGCGSGYDVVQMACSERYVVG 118
           GGW+ CWE G+TPWD G+ TP+I HL    ALP GR LVPGCG G+DVV MA  ER+VVG
Sbjct: 34  GGWDKCWEDGVTPWDQGRATPLILHLLDSSALPLGRTLVPGCGGGHDVVAMASPERFVVG 93

Query: 119 LDISDNAIQKARELSSSSPNMRYFTFLKEDFFSWRPKELFDLIFDYTFFCAIEPDMRLAW 178
           LDISD A+ KA E   SSP   YF+F+KED F+WRP ELFDLIFDY FFCAIEP+MR AW
Sbjct: 94  LDISDKALNKANETYGSSPKAEYFSFVKEDVFTWRPNELFDLIFDYVFFCAIEPEMRPAW 153

Query: 179 GQQIQRLLKPNGELITLMFPIDDHIGGPPYKVSVSDYEDVLHPLGFKAILIKDNELAIPP 238
           G+ +  LLKP+GELITLM+P+ DH GG PYKV++S YEDVL P+GFKA+ +++N  +IP 
Sbjct: 154 GKSMHELLKPDGELITLMYPMTDHEGGAPYKVALSSYEDVLVPVGFKAVSVEENPDSIPT 213

Query: 239 RKGREMIGRWKR 251
           RKG+E + RWK+
Sbjct: 214 RKGKEKLARWKK 225

[Close]

BLAST of Cla97C04G070270 vs. Swiss-Prot
Match: sp|Q0WP12|HOL1_ARATH (Thiocyanate methyltransferase 1 OS=Arabidopsis thaliana OX=3702 GN=HOL1 PE=1 SV=1)

HSP 1 Score: 261.9 bits (668), Expect = 7.3e-69
Identity = 121/211 (57.35%), Postives = 156/211 (73.93%), Query Frame = 0


Query: 34  EHNASKSNHQSSLDECQKVM----RTDHTGGWEICWEQGLTPWDLGQPTPVISHLCAMGA 93
           + N+ +SN  + +   ++V     +T   GGWE CWE+ +TPWD G+ TP+I HL    +
Sbjct: 5   QQNSDQSNGGNVIPTPEEVATFLHKTVEEGGWEKCWEEEITPWDQGRATPLIVHLVDTSS 64

Query: 94  LPNGRVLVPGCGSGYDVVQMACSERYVVGLDISDNAIQKARELSSSSPNMRYFTFLKEDF 153
           LP GR LVPGCG G+DVV MA  ER+VVGLDIS++A+ KA E   SSP   YF+F+KED 
Sbjct: 65  LPLGRALVPGCGGGHDVVAMASPERFVVGLDISESALAKANETYGSSPKAEYFSFVKEDV 124

Query: 154 FSWRPKELFDLIFDYTFFCAIEPDMRLAWGQQIQRLLKPNGELITLMFPIDDHIGGPPYK 213
           F+WRP ELFDLIFDY FFCAIEP+MR AW + +  LLKP+GELITLM+PI DH+GGPPYK
Sbjct: 125 FTWRPTELFDLIFDYVFFCAIEPEMRPAWAKSMYELLKPDGELITLMYPITDHVGGPPYK 184

Query: 214 VSVSDYEDVLHPLGFKAILIKDNELAIPPRK 241
           V VS +E+VL P+GFKA+ +++N  AIP R+
Sbjct: 185 VDVSTFEEVLVPIGFKAVSVEENPHAIPTRQ 215

[Close]

BLAST of Cla97C04G070270 vs. TAIR10
Match: AT2G43940.1 (S-adenosyl-L-methionine-dependent methyltransferases superfamily protein)

HSP 1 Score: 295.4 bits (755), Expect = 3.3e-80
Identity = 137/217 (63.13%), Postives = 169/217 (77.88%), Query Frame = 0


Query: 36  NASKSNH-QSSLDECQKVMRTDHTGGWEICWEQGLTPWDLGQPTPVISHLCAMGALPNGR 95
           NA K+   QSS D   ++M  + +GGWE  WE G TPWDLG+PTPVI+HL   G+LPNGR
Sbjct: 3   NAGKATSLQSSRDLFHRLMSENSSGGWEKSWEAGATPWDLGKPTPVIAHLVETGSLPNGR 62

Query: 96  VLVPGCGSGYDVVQMACSERYVVGLDISDNAIQKARELSSSSPNMRYFTFLKEDFFSWRP 155
            LVPGCG+GYDVV MA  +R+VVGLDIS  A++++ +  S+ PN +YF+FL EDFF+W P
Sbjct: 63  ALVPGCGTGYDVVAMASPDRHVVGLDISKTAVERSTKKFSTLPNAKYFSFLSEDFFTWEP 122

Query: 156 KELFDLIFDYTFFCAIEPDMRLAWGQQIQRLLKPNGELITLMFPIDDHIGGPPYKVSVSD 215
            E FDLIFDYTFFCA EP +R  W Q++++LLKP GELITLMFPID+  GGPPY+VSVS+
Sbjct: 123 AEKFDLIFDYTFFCAFEPGVRPLWAQRMEKLLKPGGELITLMFPIDERSGGPPYEVSVSE 182

Query: 216 YEDVLHPLGFKAILIKDNELAIPPRKGREMIGRWKRS 252
           YE VL PLGF+AI I DNELA+ PRKG E +GRWK+S
Sbjct: 183 YEKVLIPLGFEAISIVDNELAVGPRKGMEKLGRWKKS 219

[Close]

BLAST of Cla97C04G070270 vs. TAIR10
Match: AT2G43920.1 (S-adenosyl-L-methionine-dependent methyltransferases superfamily protein)

HSP 1 Score: 277.7 bits (709), Expect = 7.2e-75
Identity = 123/192 (64.06%), Postives = 150/192 (78.12%), Query Frame = 0


Query: 59  GGWEICWEQGLTPWDLGQPTPVISHLCAMGALPNGRVLVPGCGSGYDVVQMACSERYVVG 118
           GGW+ CWE G+TPWD G+ TP+I HL    ALP GR LVPGCG G+DVV MA  ER+VVG
Sbjct: 34  GGWDKCWEDGVTPWDQGRATPLILHLLDSSALPLGRTLVPGCGGGHDVVAMASPERFVVG 93

Query: 119 LDISDNAIQKARELSSSSPNMRYFTFLKEDFFSWRPKELFDLIFDYTFFCAIEPDMRLAW 178
           LDISD A+ KA E   SSP   YF+F+KED F+WRP ELFDLIFDY FFCAIEP+MR AW
Sbjct: 94  LDISDKALNKANETYGSSPKAEYFSFVKEDVFTWRPNELFDLIFDYVFFCAIEPEMRPAW 153

Query: 179 GQQIQRLLKPNGELITLMFPIDDHIGGPPYKVSVSDYEDVLHPLGFKAILIKDNELAIPP 238
           G+ +  LLKP+GELITLM+P+ DH GG PYKV++S YEDVL P+GFKA+ +++N  +IP 
Sbjct: 154 GKSMHELLKPDGELITLMYPMTDHEGGAPYKVALSSYEDVLVPVGFKAVSVEENPDSIPT 213

Query: 239 RKGREMIGRWKR 251
           RKG+E + RWK+
Sbjct: 214 RKGKEKLARWKK 225

[Close]

BLAST of Cla97C04G070270 vs. TAIR10
Match: AT2G43910.2 (HARMLESS TO OZONE LAYER 1)

HSP 1 Score: 261.9 bits (668), Expect = 4.1e-70
Identity = 121/211 (57.35%), Postives = 156/211 (73.93%), Query Frame = 0


Query: 34  EHNASKSNHQSSLDECQKVM----RTDHTGGWEICWEQGLTPWDLGQPTPVISHLCAMGA 93
           + N+ +SN  + +   ++V     +T   GGWE CWE+ +TPWD G+ TP+I HL    +
Sbjct: 5   QQNSDQSNGGNVIPTPEEVATFLHKTVEEGGWEKCWEEEITPWDQGRATPLIVHLVDTSS 64

Query: 94  LPNGRVLVPGCGSGYDVVQMACSERYVVGLDISDNAIQKARELSSSSPNMRYFTFLKEDF 153
           LP GR LVPGCG G+DVV MA  ER+VVGLDIS++A+ KA E   SSP   YF+F+KED 
Sbjct: 65  LPLGRALVPGCGGGHDVVAMASPERFVVGLDISESALAKANETYGSSPKAEYFSFVKEDV 124

Query: 154 FSWRPKELFDLIFDYTFFCAIEPDMRLAWGQQIQRLLKPNGELITLMFPIDDHIGGPPYK 213
           F+WRP ELFDLIFDY FFCAIEP+MR AW + +  LLKP+GELITLM+PI DH+GGPPYK
Sbjct: 125 FTWRPTELFDLIFDYVFFCAIEPEMRPAWAKSMYELLKPDGELITLMYPITDHVGGPPYK 184

Query: 214 VSVSDYEDVLHPLGFKAILIKDNELAIPPRK 241
           V VS +E+VL P+GFKA+ +++N  AIP R+
Sbjct: 185 VDVSTFEEVLVPIGFKAVSVEENPHAIPTRQ 215

The following BLAST results are available for this feature:

BLAST of Cla97C04G070270 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_004144344.1	3.1e-124	85.33	PREDICTED: probable thiol methyltransferase 2 [Cucumis sativus] >KGN54738.1 hypo...	[more]
XP_022149366.1	1.2e-123	83.72	probable thiol methyltransferase 2 isoform X2 [Momordica charantia]	[more]
XP_008449545.1	4.4e-123	84.62	PREDICTED: probable thiol methyltransferase 2 isoform X2 [Cucumis melo]	[more]
XP_022925292.1	2.9e-122	84.11	probable thiol methyltransferase 2 isoform X1 [Cucurbita moschata]	[more]
XP_023518377.1	2.4e-121	83.33	probable thiol methyltransferase 2 isoform X1 [Cucurbita pepo subsp. pepo]	[more]

BLAST of Cla97C04G070270 vs. TrEMBL


Match Name	E-value	Identity	Description
tr\|A0A0A0KYY5\|A0A0A0KYY5_CUCSA	2.0e-124	85.33	Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_4G439050 PE=4 SV=1	[more]
tr\|A0A1S3BN67\|A0A1S3BN67_CUCME	2.9e-123	84.62	probable thiol methyltransferase 2 isoform X2 OS=Cucumis melo OX=3656 GN=LOC1034...	[more]
tr\|A0A1S3BM99\|A0A1S3BM99_CUCME	4.3e-114	84.36	probable thiol methyltransferase 2 isoform X3 OS=Cucumis melo OX=3656 GN=LOC1034...	[more]
tr\|A0A1S4DY06\|A0A1S4DY06_CUCME	4.3e-114	84.36	probable thiol methyltransferase 2 isoform X1 OS=Cucumis melo OX=3656 GN=LOC1034...	[more]
tr\|A0A2P6RHV7\|A0A2P6RHV7_ROSCH	4.3e-90	61.19	Putative methyl halide transferase OS=Rosa chinensis OX=74649 GN=RchiOBHm_Chr2g0...	[more]

BLAST of Cla97C04G070270 vs. Swiss-Prot


Match Name	E-value	Identity	Description
sp\|Q6AWU6\|HOL3_ARATH	6.0e-79	63.13	Probable thiol methyltransferase 2 OS=Arabidopsis thaliana OX=3702 GN=HOL3 PE=1 ...	[more]
sp\|Q93V78\|TMT1_BRAOL	6.8e-75	59.55	Thiocyanate methyltransferase 1 OS=Brassica oleracea OX=3712 GN=TMT1 PE=1 SV=1	[more]
sp\|Q93XC4\|TMT2_BRAOL	3.4e-74	58.64	Probable thiocyanate methyltransferase 2 OS=Brassica oleracea OX=3712 GN=TMT2 PE...	[more]
sp\|O80562\|HOL2_ARATH	1.3e-73	64.06	Probable thiol methyltransferase 1 OS=Arabidopsis thaliana OX=3702 GN=HOL2 PE=1 ...	[more]
sp\|Q0WP12\|HOL1_ARATH	7.3e-69	57.35	Thiocyanate methyltransferase 1 OS=Arabidopsis thaliana OX=3702 GN=HOL1 PE=1 SV=...	[more]

BLAST of Cla97C04G070270 vs. TAIR10


Match Name	E-value	Identity	Description
AT2G43940.1	3.3e-80	63.13	S-adenosyl-L-methionine-dependent methyltransferases superfamily protein	[more]
AT2G43920.1	7.2e-75	64.06	S-adenosyl-L-methionine-dependent methyltransferases superfamily protein	[more]
AT2G43910.2	4.1e-70	57.35	HARMLESS TO OZONE LAYER 1	[more]

Annotated Terms

The following terms have been associated with this gene:

Vocabulary: **Molecular Function**
Term	Definition
GO:0008757	S-adenosylmethionine-dependent methyltransferase activity

Vocabulary: **INTERPRO**
Term	Definition
IPR029063	SAM-dependent_MTases
IPR008854	TPMT

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0032259	methylation
biological_process	GO:0008150	biological_process
cellular_component	GO:0005575	cellular_component
molecular_function	GO:0008168	methyltransferase activity
molecular_function	GO:0008757	S-adenosylmethionine-dependent methyltransferase activity
molecular_function	GO:0016740	transferase activity

Relationships

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


Feature Name	Unique Name	Type
Cla97C04G070270.1	Cla97C04G070270.1	mRNA

InterPro

Analysis Name: InterPro Annotations of watermelon 97103 v2
Date Performed: 2019-05-12


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	GENE3D	G3DSA:3.40.50.150		coord: 27..256 e-value: 4.9E-85 score: 286.3
None	No IPR available	PANTHER	PTHR32183:SF6	THIOCYANATE METHYLTRANSFERASE 1-RELATED	coord: 28..253
None	No IPR available	PANTHER	PTHR32183	FAMILY NOT NAMED	coord: 28..253
None	No IPR available	CDD	cd02440	AdoMet_MTases	coord: 94..194 e-value: 2.23204E-10 score: 54.7434
IPR008854	TPMT family	PFAM	PF05724	TPMT	coord: 58..241 e-value: 1.4E-50 score: 171.9
IPR008854	TPMT family	PROSITE	PS51585	SAM_MT_TPMT	coord: 58..250 score: 54.944
IPR029063	S-adenosyl-L-methionine-dependent methyltransferase	SUPERFAMILY	SSF53335	S-adenosyl-L-methionine-dependent methyltransferases	coord: 53..250

Synteny

The following gene(s) are orthologous to this gene:


Gene	Orthologue	Organism	Block
Cla97C04G070270	Csa4G439050	Cucumber (Chinese Long) v2	cuwmbB303
Cla97C04G070270	MELO3C003270	Melon (DHL92) v3.5.1	mewmbB543
Cla97C04G070270	ClCG04G002900	Watermelon (Charleston Gray)	wcgwmbB200
Cla97C04G070270	CSPI04G19490	Wild cucumber (PI 183967)	cpiwmbB312
Cla97C04G070270	Cucsa.169960	Cucumber (Gy14) v1	cgywmbB308
Cla97C04G070270	CmaCh07G013720	Cucurbita maxima (Rimu)	cmawmbB893
Cla97C04G070270	CmoCh07G014120	Cucurbita moschata (Rifu)	cmowmbB863
Cla97C04G070270	Lsi01G020070	Bottle gourd (USVL1VR-Ls)	lsiwmbB136
Cla97C04G070270	CsGy4G018370	Cucumber (Gy14) v2	cgybwmbB283
Cla97C04G070270	MELO3C033208.2	Melon (DHL92) v3.6.1	medwmbB537
Cla97C04G070270	Carg21094	Silver-seed gourd	carwmbB0500
Cla97C04G070270	CsaV3_4G029860	Cucumber (Chinese Long) v3	cucwmbB308
Cla97C04G070270	Bhi03G002302	Wax gourd	wgowmbB434

The following gene(s) are paralogous to this gene:

None

The following block(s) are covering this gene:


Gene	Organism	Block
Cla97C04G070270	Cucumber (Gy14) v2	cgybwmbB288
Cla97C04G070270	Watermelon (97103) v1	wmwmbB293
Cla97C04G070270	Watermelon (97103) v1	wmwmbB296