MC04g0004 (gene) Bitter gourd (Dali-11) v1

Overview


Name	MC04g0004
Type	gene
Organism	Momordica charantia cv. Dali-11 (Bitter gourd (Dali-11) v1)
Description	S-adenosyl-L-methionine-dependent methyltransferases superfamily protein
Location	MC04: 38510 .. 65049 (+)
RNA-Seq Expression	MC04g0004
Synteny	MC04g0004

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: CDSpolypeptideutr3

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

ATGGCGTACGCACATGCTCCTCAAATTAACTCACGTCCATGGAGTTCTGTTCTTGTAACTATGCGTGCAAGAAGTCTATGCCCATTTGGATCACTTAACTTCAGAAAATTTGGGAGGGATGAAATATGTTCCCCCACTGGAAAATTGACAAGGGCCACTGGTGATGGCAGCTTCCGGAGGGTTGCTGATGAAGAGGAGAAAGAAGTTGAAGAAGAAGACGCATTTCAAGTGTTGACCGCTATAACTAGCAATTACAATGACATTGTAATTGTAGAAACCCCCAAATCCAGAGTGCTGCTACTCGACTCTTCTAGTACACTACTGCTCCTGCTCTCGCTTATTCTCAATTTCGTTCCTTCATGACCTTCTAACCTCTTCCCCCGTGTTGACGCAGATAATGTCCACAGCATTCTTTACAAGGAGCAGAAGTGGACAGGTTCTTACTGGGTCAGTAAACTCGGTCTCCTTTGTCTCTCTCCATGCGCGCGCACATTTACACGGATACACACACCAACCTGTAAAGCTATTATCTTCAACTAAAAAGAATCAATAAATATTGTAATTGGACAAAAATCTTCCATTCGCACTTGTCTGCTTTGTTGGTCTCAGCTATATAGCATTTATGTTTTGTGTTATTAGCTTGTTACTGCAGTCGACTCAAGCTATGTTGTAAGTTGTAATGAAGATCATTATACGACACTAAAGAGGACACGTGGAATAGAAATGGACTTCCATTTTCTAAGAGCTATCACTTAGAAATACAAGTCTATACAAATGCAATTATGCGAATTGGTCTAGTCGAGTGACTAAGAGGAGATTGACTTTAGTCATTTACATTTCTTACAGAACATTTCGTTTCTCAATAGATCAAGGGCGGTACGGTATGCAGTGCAGAGGTAAACTTTAGAGGTCTGACACATGGGATATTGGGTTGCTGACTTGTCATTAGGGCTAGCCGGGAAGTCTGTTGCAAGAAACCAGACTGTCTTTGGTGAACAGAAGATTAGTGGAGTCCATTTGGAGTTCTAAGCACATTGCATGGAAGATCTTGGATGTTTTCAGACCCTATTAGAGGTATTTTCATTTTGTGGATGGACGCTTCTTTTGGTATAGAGGAAGTTGTAGAAGGTTCATTTTCCATTTCTGTCAAATTCTTGCCTGTGAATGAGTTTGGTTTTTGGCATCGTTGCGGTGGTCATTTAAAAAGACGTCTGGGAGTCCATTAAGAAAGTGTATGAAGAGACATAAAGGCTTGTATGCTCTTATTTGCCTAAGTTTCTTAGTGAGGGAGAGTTTTTATCTTATTGCTTGCTCAAGAACCTTGTAAGGGTAAGAGATTCGTCATTGTTAGTGGTGTAACCAAGAGGAGAGAATTTTATTAAAAGGGATTAGTCATCCTTTACAAAGGGAAAGGCTTCCTATTTATACACAAAGGAGCCACGGGCAGAAGAAGCTTAACTAACTGATCTGAAGCTAACTAACTAAAGAGCTGAGTTTCGTTGAGGACACTCATTCGACAGATAGCCAACTTGCCCACAGTGAAAACATTTACCAAGTGTGGGTTGGGCATACGTATTTGTGGTTTTCTTGGCAGTTTGTTGTTCCCAATTTTCACTTCGTCTCTGATGTAACTAAATTCTATCTAGGTTAGTTTAGTTTAGTTGGTAAGGGAGTTAGACTTTTACTGTTATCTACTTAATCCTTTTACCGTGGCCTTCCTCTTATAAATAGGAGGTCCTTATGTCTTTAATTCATTCATTCAATCACAATAAGATTTCATTCCTTTGATCTACACCAAATTGGTATCAGAGCACCAATCTTTGGCTTGTAAATGGCGGGAAAGAAGAGCATGCCGACTTGAGGTAATTCTTCACTCACTGAAAAAGAGGCGGACACCATTGTTGTCCTCTCTCCACGATCCACGACAACCCGTTTAATGATGGTTGGGGGGGCTGTTGAAAACCTCCAATGGAATATGGTAGAGATTCGCCAAATTCTGAATGTCATCGCGGATAAGTTGGATGACCTTAAACTTTGCCAAGATCAACCAAGATCAGCGCATGGAAAAGAGGTGCGGGAGCAAGGAATAAGATTGACACTAATGTTAACAACCCAGCTCCAAGATTCCAACAAGACCCCCTCTTCAAATACCCCTCCCAATGGCCCGTCGAAATTTAGATATTCCTGGTACTCAGGCCAAGAATTCCATAACAGAGGCCCACGCAATTATCAAGAACCAATCTTTTTTCCGCGGCGACAGCAAGACTGGCAGGGGGATCAGGTTGCACACCGAAGATATGGTCGCTTCCCACGGCGCCAGGATTTTCAAGGTGATTCTTCAAGTGATGAAGAGGAGTTCCAACACTGGGGTGATGGTAGACGACAGAACAGAGCACATCAACATCACTAGAGGGAACAAAATGAATACAAAGTGAAGGTGTATCTCCCCCATTCTAATGGAAAGATGGATATCGAAGCCTTTCTTGAGTGGATAAAGAATGTCGAAAGTTTCTTTGAGTAATCATAAAAAGGTAAAGTAAAACTAGTGGCTTTCAAATTGAAAGGGGGGCGCGTTGGCATATGGTGGGAGCAGCTGGAAACGAATAGGCAACGTTTTGGTAAGACTTCTATTTGCAATTGGGAGAAAATGAAAAAACTTATGAGGGCCCGCTTCCTCCCTATCAATTTTGAACAGATCTTGTACAATCAATATCAAAACTGCAAACAAGGGACACGTTCTATTGCCGAATATATGGAAAAATTCCATCGGTTGGGAGCAAGAACCAATCTTGGAGAAAGTGAGCAATATCAGGTAGCTAGATTTATCAGTGGGTTACGGGCAAACATTAAGGACAAGCTACAAATCTAGCCTATTGGATATCTTGATGAAGTTATAGCCACTATAGTCACTGTGGAGGAACAATAGGCTAACCAGTTTAGCATTCAATATCAACGACGAACCGTATGGGACAATCAGGCCAGCTCCTCAAGAAAAGGAACCTCTCTCTTGGACAAAGCCACAACCAGTAACACATCTAGTTTCAAAGCTAAAGGTTCGTATGATAAAAAAACATCAGACTTGGCAGTAAAAAAAACATCCAATACCTATAATAGACCTACTTTGGGAAAGTGTTTTCGTTGCAGGCAAGTCGGACATCTATCAAACGAATGTCCTCAACGGAAGGCCGTCAATCTTGTAGAGGATCTTCAGTACCTTGACATTTCTTGCAATCAAGAATCCAACGAGGAGATAGCCTACCTAGAACCGGATGAAGGTGATCAAGTTTCATGTGTCCTGGAAAGGATCCTTCTTGCTCCAAAGACACCATCAGTCAGCAACGCCACTCTTTGTTCCGCACTAGGTGCACCGTGAATGGAAAAGTCTGCAATATTATCATTGACAGTGAAGTACAGAGAACGTTGTTTCAAGTAAATTGGTAACAACCTTAAACCTTAAAGTTTCTCCTCACCCCACGCCCTACAAGGTTAACTGGATTCGAAAAGGGGGAGAAGCCCTTTTCAACACAATCTGTACTATTCCACTGTCCATTTGAAACAGATATAAGGATCAAATTAAATGTGACGTCCTTGATATGGATGTGTGCCACATCCTCTTAGGACGACCATGGCAATTTGATACCCAAGCTATCCATAAAGGCCGTGAAAAACCTATGAATTTACATGGATGGGCACAACTGTGGTGCTTTTAACATTATCAAGCCCTACGCCCAGTAAACACTTGGATAAAGGGAATTTGTTCCACCTTTGCAGTGCTAAAACACTTCTTCTCCAACACACAGAAACCATCCTAGGCCTTGTTATCATAAACTTTGACACCTCTGACATTTTACAAGATGTCGATGTCCCTCCCGAAGTTCAAACCCTTCTTCATAAAGTCCCTACTCTACTCCAACCCCATGACTCTTTACCTCCCTTCTGTGACATCCAGCATCATATTGATCTCATTCCCGAAGCAACTTTACCTAACCTTCCTTATTACAGAATGAGTCCTATCGAATGCAAAATATTACACGACCAAATAACCGAGTTACTTGCCGAAGGCCATATACAATCCAGCCTCAGTCCTTGTGTTGTTCCAACACTTTTAACCCCCAAAAAAGATGGGTCGTGGAGGATGTGTGTTGACAGTAGGGCTATCAACAAAATTACTATTAAGTACAAGTTTCCTATTCCGCAGATCAACAATTTCTTGGACCAATTGGGAGGCACCAAGTTTTTCTCTAAGGTGGACCTACGAAGTGGCTGCCACCAAATCAGAATCCGGTCAGGAGATGAGTGGAAAACTGCTTTCAAAACCAACGAGGGACTATTCGAGTGGTTAGTGATGCCTTTTGGTCTGTCTAATGCACCTAGCACCTTCATGAGGCTCATGCATCATGTTTTTACTTCCTTTCTTACATAAGTTCATTGTTGTCTATTTTGATGATATTTTAGTCCATAGTAAAACTAGAGAAGAGCACTTATCACACCTAGACTCCCTATTCACAGTCGTAAACAGTAATAAGCTAGTCATAAATCTTAAAAAATGCCTCTTCTTAGTCACAAAGATCTCATTCTTAGGCTTTATAATCGGTCAAGACGGGCTTAAGATGAATCCGTCTAAGATAAAAGCAATTTCTGACTGGCCTCAACCACAATCTATAAAAGGTATACAATGTTTTCTAGGAATAGCTTCTTTCTATAGGAAATTTATTAAGACTTTAGTTCTATAGCAAGTTCCCTTACTAACTGCCTAAAGAAAGGCAACTTCAATTGGGATAAGGACCAAACTACTAGTTTCCTCACGTTAAAAGATAAGCTAACACAAAACCCAGTGCTTAAAATTCCAGATTTTACACAACCTTTCGAGGTGGCTGTGGATGGGAAATATTTTAGTGAGAAACTCAGCCCCTCTAAACAAAACTAGAGCATGTATTAACAAGAACTTTATGCCCTTGTTAGAGCCCTCAAGCAATGGGAGCATTACCTATTAAGTCATGAATTCATATTATTCACAGATCATTTTTCTCTCAAGTTCTTACACACTCAAAAAACCGTGAGCCTCATGCATGCTCGATGGCTGTCCTTTTTTGTAGTGATTTGACTTTGTGATCAAGCACAAAAATGGAACCTTGAATAAAGTAGGCAATGCCTTAAGCTGCAAAGGCACCTTACTAACCGTCCTACAATGGGAAATTACAGCTTTCTCAACCCTCCCTAATACTTACCCGAATGACCCTGATTTTGAAACAATTTGGAATCAATGTCAAAGCCATACAAATACGGGAGAGTTCCATATCCTTAATGGATACCTTTTTAAGGGAAACCAGTTATGTATTCCGCATACATCCTTAAGGGAAGCTCTAATTAAAGATCTTCATGCAGGTGGGTTGGCTAGACATTTTGGTCGTGACAAAACACTTACTCTTGTGGCCTCCCTATTCTTTTGGCCACAATTGAGAAAAGATATTTTCAGCTACGTCTCAAAATGTTTTATATGCCAAACAAATAAATGCGTAAAACAAAACACCGGGTTATATATTCCCCTACGTACGCTAGAAACTATTTGGGAAGACCTCTTAAGGGACTTTGTCTTAGGTCTTCCCCGAACACAACGTGGATTTGACTCGGTCATGGTAGTAGTAGACCGATTCAGTAAAATGGCACACTTTTTAGCTTGCAAGAAAACATCGGATGCCGTATATGTTGATTGTCCGTCTCCATGGAATTCCTAAATCCATATTGTCCGACCGAGATGTCAAGTTTCTCAGCCACTTTTGGCGGACACTTTGGAAGAAATTTGATACTTCTCTTAAATACAGTACAACCAATCATCCTCAAACGGATAGGCAGACCGAAGTTACAAATCGGACCCTCTGCAATCTCATCCACTGTTTATGTGGTGATAAATCCAAATTGTGGGATTTGGCTCTTGCACAAGCTGAGTTTGCCTTCAACCACATGCAAAACAGAACAATAGGGAAGTCCCCCTTTGAAGTGGTTTATATTAAATTACCTCGGTTAATATTGGACTAAGCTAATCTGCCTATTTCTGTTGATTTTAGTTTGGAAGCAGCACAAATGGCGGAAAGGATAACTCAACTACATAAAGAGATGCATGATCATATTGAAGCTGCCAACGCAAAGTACAAGAAAGATGCTGATACTAAACAATGGGTCTAGGAGTTCAAAGAAGGTGAGATCCATCTAACTAAAGGTCGTCTACCTACTGGATCTGCGCATAAGCTACAAAAGAAGTTTGGACCATTTGAAGTGTTGGAGAAATATGGCCCAAATGCATACAAAATCAATCTACCACCAGACTATAACATCAATCCCATATTTAATGTCTCAAACATTTACCCTTATGGAGCACCATATTCATTTAGCTTAGCTTCTTAACTCGAGGACGAGTTCTTTTTTAAAGGAGGAGGGAAATTTATGTAACTAAACTCTATCTAAGTTAGTTTAGTTTAGTTGGTAAGGTAGTTAGACTTTTACTGTTATCTACTTAATCCTTTTACCGTGACCTTCCTGTTATAAATAGGATGTCCTTATGTCTTTAATTCATTCACTCAATCATAATAAGATTTCATTCCTTTGATCTACACCAGTCTTCACCCCTGCCTTTAGAACTAGAAGCTGCACCTTGAGTATATGATTTTTCTACAGCCGATAGACCTTTTTTAGAGACAATGGAGGTGTTATCAGTAGTTTGCCATTGACCAAGATTAGTTCTTGCCTCTAATCGGAGAAATTCTTCCGTATATTCTGCAATAGTTCTTGACCCCTGTCGACAACTCTGATATTGGTTATAAAGAACCTGCTCATAATTAATAGGAAGAGATCTTGCCCGCATTTGTTTCTTCATCTCTTCCCATGTTCGAATGGGTAGCTTACCAAACCTCCGGCGATTGGTATCTAATTGTTTCCACCAAGCTGAAGCACCACCTTTGAGTTTCAAAACAACGAGTTTCACCTTTTTGTTGTCGGGGGTGCTCATGTAACCAAAAAAACATTCCACGTTCTTGATCCGTTCAAGAAAACCCTCAATGTCGAGCTTACCATCAAAGCTAGGTAAGTCCACCTTCATCTTGTAACCATCGTTGTCTCTATAACGCTGGTTGTTGTACCGGTTGCCCCTCCTGCCCATTTCCCAATCCAAATATCTTCTTCGTCACTAGCTGAATCAACCACAATTCCTCTTTGACGATTGGCAGCAAAATTCCGGTGATCGTTGTTATAAAAACCACGGGGTTCTTGAAATCTTCTTGCAGCTAGAAACTGATCTTGCAACATACCTGGGATTGCGTGCGGAAAATTGTGGACTGGTTCATCTTGCAGTCCTGATTTCGCCGAGGAAGATGGAGGGGTTCTTGAATAGAGAGGGGTTCTTGATGTAATCTTGGTGTTGGTTGTCGATCATCAGAATCGATCCTTATTCCTTTTTCTCGTACCTCCTTTCCAAAATTGCTTCTCGGTTGGTCTCAATGAAGATGAAGAGAATCCAACTTATCTACAATTGTGTACAGAATTTGGCGAATCTCTACCACATTCCGTTGGAGGTTTTCAACATACCCTTTAACCATCATTAATTGGGTGGTTGTGGATCGTGGAAAGAGGACGGTGGTGTCTTCCGCCTCTTTTCCGGCGAGAGAAGGATCTCCCGCTGTAGGAGTAACTTTCTTGCCCGCCATTTCAAAAGGAGCCCAAGATTCTTGGTGCTCTGATACCAAAATTGGTGTAACCAAGAGGAGAGAATTTTATTAAAAGGGATCCGTTATCCTTTACAAAGGGAAAGGCCTCCTATTTATACACAAAGGAGCCACGGGCAGAAGAAGCTTAACTAACTAATTTGAAGCTAACTAACTAAACAGAATAACCAACAACTTACTAACTAACATAAAAATACAACTAGTGCGTTTAAGAATCTGATTTGCAGCCTTGGGTTCTTTGAGGCGATTTCGGGATAAAAGATAAACAGGGGAAAGAGTTCTTTGTTGGGTGTTAATTGTGAGGAGGGCAAGCTCAGAGAGTGGGCAACTCTCGTTGGATGTGAAGTTGGAAAGTTTCCGTCATCTTATCTCGGGCTTCCTCTAGGCCATAATCCGAATTCTTCTATCTTTTGGACGCCAGTACTGAAAAAATTTCAAAAGCGTCTTTCCTCTTGGAAGAAGGCCTTCTTCTTGAAAGGAGGGAGACTCACTTTAATTCAAGTTGTGTTGAGGGGCATTCCGAACTACTTTCTGTCCCTTTTTAGGATCTCTGTGAATGTGAGTGAAGAGTTAGAGAAGATTATGAGAGACTTTCTTTGGGAAGGTGTGGAGGAAGGGGGTGGGGCTCACCTGGTGAACTGGAAAGAGGTGTCTAAGCCCTTGGAGGTGGGAGGTCTGGGCATTGGGAATTTGAGACTTAGGAATGAGGCTTTCCTAGCTAAATGGTTATGGCGTTTCTTCCATGAGGCTAATGTCTTGTGGCAAAAGATAATTATGAGCAAGTATGGTCTGCATCCGTTTGATTGGGTTTGGGTAGGTGGGTCTAAGGTGAGTAACTACAATCCTTGGAAGGCTATTGCTTTATGTTTTCCCACTTTCTCTCAATCTTTACGTGTCGTTGTGGGGGAGGGTCTTAATACTTATTTCTGGGAGGATACTTGGTTAGGAGACAAACCTCTGTGCCTTGCTTTCCCTTGGATTTATTTTCTCTTTGAAAAGAAGCTTTTTTCTGTGGCTGAGATTTTGAGTACTAGAGGTGAGGGTTTGTCCATTTCTTTAGGGCTCACCCGCTCCTTGACTGATCGGGAATCGTTAGAGGTTTCCGACTTCCGAGTTATTGGTTTTGTTGTCTAGAGCCTCCTTTTTTTCTGGGAGGGAGGATGTGAGGGTGTGGACCCCCAACTCTTCAAAAGGCTTCTCGTATAGTTCCTTCTTCCATGTCCTGAACTCCCAGTCTTCCTCCTCTAATTCTTCTTCTCCTCCCTTGTCCCCGAGGACCCCTTGGTTCACCTCTATTTGGAAGATTAAAATTCGAAAGAAGATTAAGTTCTTTGCGTGGCAAGTCTTTTTGGGAAAAGTTAATACCATGGATCGTATTCAAAGGATGTCTTCCTTTTGTCTGGGTCCGTAGTGGTGTGTTCTTTGTAGGAGAGCATCGGAAGATCTCGACCATTTGTTGTGGAACAGTGAGTTTGCGATTTATGGCTTCGGTTCTTCAGATGTTTTGGGATTGTTTGGGTTCGCTCCAGAAACTGTAAGATGATGGTGGAGGAAGTGTTGTTGTTCCCTCTTTTCGGGACAGGGGCCGTTTTCTTTGGCAAGCTGGCTTTTTGGCTTCGTTAAGGGGTATTTGGCTAGAGAGGAATAATAGATTGTTTAGGGGGGTGGAAAAACGGTGGATTATGTTTGGGATCTCGTTAGGTTTAATACTTCCTTATGGGGTTCGGTCACTGAAGCCTTTTGTAATTATCAGTTAGGTCTCATCCTTTTGGATTGGAGCCCTTTTATTTAGGGTTTTTTTTGTACGCCCTCTTTGTTTTTTTGTATGTTTTTCATTTCCCTCAATGAAAATTCTGTTTCTTATTAAAAAAAAAAAAAAAAAAAAAAGACAACTGAAGGCTACATCAGTTATTGTTCGAAAGGAGAAGGATGGTTGGGTCTCAAGTCTAAACTGGATTCCTTTCTGACCTTTTTTGTTTTGTTCACTCCGTGTCTTTCTTTGTTTTTTTTGGGAAGAAACAGAATTGTATTGAAGAAAAGGCATAAAAAACAGCCGAAGGGCCAGGGTTGTTTTGTTCACTCTCATCCCTTGTCCCTTGTCTTGCATTTAGATAGATATTGAAGCATCTTTAGAGCTAGAGTATGAAATCAGCATTGAAGATGATGCTGAGCTAGTTTATAACACCGGAAACCTATAGTGGAAAGGTAGTGAAGAAGAATTTTTAACCTAGCTCAATGTGTTAAAAAAGATGTAGATGTTCTGGAAATTGATTGGGGGACAATGGTGGTAGTGTCCAAATGTTATGCTCGTGATGATTGGAAAGGTAAGGCCCTAAAAGAACACTATTCACAGAACGTCTTAATCAATCGCTTCTTAGCCCAACTAAAAAAGACATGAAAACTTAAAAGCAAAGTTCAGAAAAAGCCTCTCTATTACAACAGAAAAACCATCTGCAAACAAACTTTGGAAGCTTGAACCAATAGAAGCAGCTAGAACCATCAGAATTGACAAACGAAAACTTTTTCATCAAACAAAAGTGCCACTAAGCAGCAAGGAATCCACTCTAGAACTTAAAGAAGCCCTTATCAAATTATCAACCTCAACAGCAAAGCTCTCTTGAAAGACCTGGACAACAAAAACAAGAAGAAAAGATTGAATCCTCCCCCCTTAAGAGACTCGCCACGACCGCAGGAGCACCTAGCTACATGGCCACACCAAAACTTGAGAATCAAGACATTAAGAGGAAGAAAATCGAGGCAACAAACTTTGATAATTCAACTCTGAACAGAAACCCGTGTACCACACAACTTGACTACTCGCACTAGAAAAGAAAAGAATGCTGTTGAAACAAAAACTGAAAAATACCATAGGGAGTCACTGTGGAGAAATTGGTGAACATCTCTTCAAAAACTTTAAATTTTTTAGTGTTTCCATGAATGTTTAGGTAAGTGTTTCCTTGATTGTTTAGGTAAATGTCTCCTTGTTTGTTTTGTTTTCCTTTTTTTTTCTCTTCCTTGTAATTGCTATTTAGTCCACTCTTGTATCCATTCTTTGAAATTAGGAAAGAATTATTTTTCTTTTGATCAAAGTGATCTTTTTCATTTCAAGTAATAACATTATCAATGGGAGTATTCAAAAGACTAACACTAGATATTAGTTTTATTAGATTTAAACAATGTTTTCAGTACTACTGCAGTAGAATTATTTTTCTTGCGTATTTCAACTTCAACATGAAATCATTGTAAATAACTAATATTTAGTCATTTTTTCCTTTTGTATTTTTCGTCGGATGTTGTTATATTTCTTAAGAATGAACAAACCACCACTCAACCCAAAAGCTTAAGCTAATGGGTTGGGTAAATTTAATTCATTTATATGGATTCTAACACTCCCCCTCACTTGTGGGCTTGGAAAACAACATCAAGACCCAACAAGTGGAAATCATAATAAATGGGGAGGAAACGACAATGCAGGGGTTCGAACATAGGACCTCCCGCTCTGATACCAACTTAGTTTTGATGGAATAAAATTATTTGTATTCCAATATTTTTAAGTAAGAAATACATAGCCTTCTTATATAGGAGAAAGGCTCAACACATAAAAGGAATGTAAATAAGGATAGAATAATAATTAATATTTACACCTAATTACAATTCATATTCGCAAATAAACCAACAATATTAAATATCTCATATATGATTAAATTTACCATAACCTATTAGCTTATGCTTTTACGTTCATTGGTAGTTTATTCATTCTTAATATGGGATCAGAGCGGGAAGTTCTGTGTTTGAACCCCTGCACTGTTGTTTCCTCTCTATTTATTATGATTTCTTCATGTTGAGTTTTTTTGCAATTTTCCAAGCCCACAAGTGAAGGGAGTGTTAGATTAAATATCTCATATATTATTAAATTTACCATAACCAAAAGCTTAAGCTTTTGGGTTCACCGGTAGTTTATTCATTCTTAATAGGTGTAATGATCAAAAGGATACTGTTTCAACTTCCAATAATTCTCATTTTTGCCTATTTTATAATTTATATTGTTTCTTTATGCTCAAAAGCTTAGTATAATTACCCACCATTTTTTGTATTTATTTTGTAGAGTTGTGAATTTATTTTTACTGTCAATTTCTGTGTATTTTGCATCTTGTAGGATGAGTTTGCTAGCTTGCCAGCTATAATTCCAAAAGGTCCAATTGCTATATTTGGATTGGTAAATGTCTTCATTCTGCAATAATGACAACCTTTTTGAAATAAATATGAAAATTTTCTTTGCCAAGTTAGTGATTTCATGACCGAACTGAAATCTTAAACTGCTATTATTCAGGGAGGGGGGACTACTGCCCATTTGATGCTTACTTCATGGCCCTCGTTGCAGCTTGAAGGTTGGGAGATTGATGGAATCGTAAGCTAAATTTGTTTTTTGCCTACCTGTTCCTGAAAGTTGAGAAGTTGAGAAACAACGTAGATTATCTTCATGTATCTTCCTCGTTCTTTTCTTTCCCCTTTGGGTCGTTAATTTTACTATTGAGCATTGAATCTTAAAAACCACAAAAAATTATTAAAATAAAAATTAATTACTTAATTTAGTCCCTCTAATTTTAATTGTTCAGTTTTAATTAGAAATAAAAAGTAGCTAATTGTTAAATTTAGTATGGTGTAATTTATTATACATAATATTATTTTGTTTATAAAAAACTATTTCATTGATTATATGAAATAAAAAAAGAAGAGAGTTACAAAAAAGATCTCCAATTAGATCAAAGAAATGAAAAGCTTAGTAATGGAAAAGAGGAGAGCATTTTAACGAATTTTATAATCAATAAGACTACAACGTCAAAAAAATGATTAAACGAACGTTCCTGTTAATTTGAGTGAGTAAAAAATATACTCCTTTATTCAAACATGTAACTTAAGGTCTTCTTATATAGAAGAATGACCTACTACAAACAAGGAAAGTAATAAACACCATAAGACTGAATATAAACAATAAAGACTAAATATTGACAACTAATATTGACACCTAATATTTACACAAATATTAATAAATCCAACACTCCCCCTCAAGCTGGTTTGAAGATGTCGTCCATAGCCAGCTTGCTGATTAAATTGTCGAATTGTTTCTTTGGAAGTCCCTTGGTTAAAACATCGGCAATTTGCTCTGTTGTCGGAAGATAAGGGATACATATTGTACCTGCATCAATCTTCTCTTTAATAAAATATTTGTCAACCTCGATATGTTTGGTTCGGTCATGTAGCACTGGGTTATGAGCTATAGATATGGCAGACTTATTGTCACAATAAATTCGTATAGGTGTCGGCTGAGGAATCTTCAATTCTTCAAGTATCCTTTTGATCCATATACCTTCACAAATTCCATGAGCCAATGCTCTAAACTCTGCTTCAGCACTACTCCTGGCCACTACATTTTGTTTTTTTGCTCCTCCAGCCAATGCTCTAAACTAGGTTTCCTCCAACAAAGGAACAGTAACCAGAAATAGACCTTCTGTCGGTAGTACTTCTAGCCCAATATGCATCAGTATAAACTTCTACTTGGAAGTGGTTATTCTTTTCGAATAAAATACCTTTTCCAGGAGTTCCCTTCAAATATCTCAAGATTCTGTAGACAGCTTCAAAATGAGTTGGTCCAGGTGCATGCATGAATTGACTTACCATACTTACAACAAATGCAATATCTAGTCGTGTATGTGACAGATAAATTAATCTTCCCACGAGTCTCTGGTATTGCTCTCTATCCTTTATTTCTTCTGCGTTTTCTGCTTGTAATTTCAAGTTAGGTTCAATAGGAGTTTCTGCGATCCTGCAACCAAGCAATCTTGTTTCTCCAAGTAAGTCAAGAACATATTTTCTTTGATTAACGAATATACCTTTCTTCGATCCTGCAAATTCCATTCCTAGAAAATATTTTAATGTTCCCAAGTTCTTGACAATCAGAATTGAGCTTCATCATCACCAGTGAGAATAATATCATCTACATAGACAATCAGAATTGAGATTTTATTATTCTTAGAGTGTTTATAAAATATAGTATGGTCAGCTTGACTCTGGAGAAATTCATAACTCGATATGACTTTTCCAAATCGTTTGAACCAAGCTCTAAGAGACTGTTTGAGGCCATAGAGATATTTCTTTAATCTGCAGATTTTATTCCAACCGAGTTCTTTTTCAAAACCTGGTGGCAAATCCATAAAAACTTCTTCCTCAAGGTTGCCATTGAGAAAAGCATTTTTCACATCAAGCTGGTGGAGAGGCCAATTTGAATTAACTGCAAGAGACAAAAGAACTCTAATAGAGTTAATTTTTGCAACAGGAGCAAACGTTTCCTGATAATCTATCTCGTAGGTTTGTGTGAAGCCTTTAGCTACCAATCTAGCCTTGTATCTCTCGATGCTACCATCTGCATTACATTTTACGGTAAACACCCATTTACATCCCACTGGTTTCTTATCCTTTGGCAATTCTACTATCTCACAAGTACTTTTTTGCTTTAGAGCATTCATCTCCTCTATGACAGCTAGTTTTCAATTTGGATCTTCTAAAGCTTCATGTATATTCCTTGGAACAAACAAATTAGTTATCCTAGATGTGAAGGCCTTATGACTATTTGATAGTTTTTCATATGAAATGTAGTTCGAAATAGGATATTTGGTACAACTTCGAACGCCTTTTCTAATGGCTATGAGAACATCAAGGTCAGAGACAACAGGTGAATTATTTTGAAAATTTGAAGAAGAGGGATTACCAGACAAGGTTGAAGAGGGAGGATTATCAGACAGTTCAGTTTCATTTCTCAGAGTCTCAGATTGGCTTTGTGAAGGAGTAACTATTTGATCTTGGTTCCTCTGATTGAATTTCCTTGTAGTATAAAACGTTAACTCAGAACTAGAATACGCAAAATCGTTTTGTAGTATTTCTCCCCCTGATTGGATAGTTTCTATGCTTGGCATCGAAGGACTAGTAAAATCCAAATAGGTAGGACTAGGAAGGGGAACAGAAATATCCCAAAAATTATCTTCCAAATTCATTTTCTCCCCCTGAAGAGAATTTTGGGTAAAATATGGTTGATTTTCTAAGAAAGACACATCCATACTCACAAAAAAAATTTTGTCTGAGGATCAAAACATTTGTAACCTTTTTGACCTGAAGCATAGCCTAAGAAAACACATTTAATAGCGCTAGGGTCAAGTTTCGACCTGAAATGACTAGGTGTGTGAACGTAAGTAGTACACCCAAAAACTTTGAGAGGTAGATCAGAATATATGCGGGATGTTGGAAAAATATTTTTAAATGACTCAATGGGAGTTTTGAAATTTAAAACTTTAGTAGGCATCCTATTTATTAGGTAGGTCGCTGTGAGAATCGCTTCCCCCCATAAATATTTTGGAACATGCATAGAAAACATTATAGCACGTGCTACTTCAAGTAAATGCTTATTTTTTCTTTCAGCAATCCCATTTTGTTGAGGAGTATCCCGACAAGTAGACTGATGAACCATACCTTTTTCTTTCAAAAAATTTCCCAAAAACTCATTAAAATACTCAGTTCGATTATCAGAATGTAAAATACAAATTTTTGTTTGAAATTGAGTTTCAATCATCTCATAAAAGTTTTTGAAAATGTCTTTCACCTCAGATTTTTTTGACATTAAATAAACCCAAGACAGGCGAGTATGATCGTCAATGAAAGTAATAAACCATCTTCTTCCACTATGAGTACTGATTTTAGAAGGACTCCAAACATCACTGTGAATTAAGTAAAATGGTTTGGAAGCTTTATAAGGTTTTGGAAAATATGTGGAGCGATGATTTTTTGCTAAAAAACAACTTTCACAATTAAAAGATGAACAATCAATTCCCTTAAATAACTTTGGAAACAGATATTTTAAATAGAAAAAACTGGGATGTCCTAGTCTACGATGCCAAAGCATAATTTGTTCCCTAACAGGAAGAGAACTAATACTACTAAGACCCTGAGTTATTTTATTACTAAAGGTACCTTCATCAAAGTAGTAGAGACCATCAATCATCCTACCGCGGCCAATTATCCTCTCCGAGTTCTGATCCTAAAAAATACAATGGAATTCAAAGAAAGTAACACGACAGTTAGAATCTTTAGAAAGTTGGTTGACAGATAAAAGATTACATGCTAATTGTGGAACATGAAGGACAGACTGTAACGAAATGGTCTCAGTCAATTTAATGGTTCCTTTGCCTGCAACAGAAGAAAAACTACCATATGCAATTCTAACTTTTTCATTGGAATATGAAGGAAGGTATGATTCAAAGAGATTAGAAGAACTTGTCATATGATCAGAAGCTCCAGAATCTATAATCCATAGAGATGAGTTACTACACGAGAAAGTCTTAGAATAAATGCCTGTTTGTGTCAAGGATACACATGAGTTATTAGAAGGTAAATTGGAGGATAGCAATTTTAGGATTTGATGAATTTGCTCTATACTTGAGTCACCACGACTATCACCAAACATTTCACTACCATTGTCAGTTGAGATTTGGACCATTTTAAATAAACAACTTGTCCTGAACAACTTTGCTTGAACAAAAAACTGACAACAGAATCACACCACCAGATAGTAATTAACCAAATCAAATCAGGCCACAAATTGATATTAGAAATGAGATAACCATAACTAGGAGAGTCGAACCAAGTCAGAATAAGTTACGGCAGATGAACCAACCCGAACCGATTTGAACCAAAGCCCTGAACAATGCAATACTTAGAAAATCTCCGACGGACAGGATTGACGGTGATTACAGAGGCGGCGGTGAGATCTGCGAGCAGAAGAGGTCGACTGTGAGCAGAAGATGGTGACCGACAAGAGTGCTGGCGGATCGAAGACGGCAAGGATGTGCGCCAGGCAAAGATGGGCGATCGCGAATACCAGACGAAGGGACGCGGAGGTCGACTGATGAGGGGTCACGTCGCGGTGGATCTGTGCGGATGACGGAGACCGGCGAACGACAGGTTGCGTCGCGGATGGGAGTAGCGGCGGATCTGTGCGGATGTCACCGGTGCAGATCGAAGGTGAGGACGACGGATCGACGGCAACAACTGCGTTGTCGTGGGGAGTTCGTCGGAGGTAGACTTACCGGAAGGAGGAATGGATGCCGGCTAGGGTTTTGATTGACAGCTAGGGTTTTGATTGACGGCTAGGATTTTGAAATTAGGGTTTGGTATTTTTGATGATGGCTAGGGTTTTGAGAGTTAGGGTTTACTTCCTAAGCTCTGATACCATGTTAATTTGAGAGAGTAAAAAATATACTCCTTTATTCAAACATGTAACTTAGGTCTTCTTATATAGGAGAATGACCTACTACAAACAAGGAAAGTAATAAACACCATAAAGACTGAATATCAACAATAAAGACTAAATATTGACAACTAATATTGACACCTAATATTTACACAAATATTAATAAATCCAACGGTTCCAAATAGAAATAGGATTGACCAAGAATTTTCCTATAAGTTCAGCACACGGTAAATCATTTTAGATCCATCCTCAAAGATGTAGAGCAAAGCATTACTTTGGATCGTGAGAAAATAGAAGTTTATGGATCTTTAGGTTAAATCATCATCAGTTTAGGAATCTTGCTGAGTTTGCAGGAGATAGGACGTAGGAAAGTTGAGAGTGAATCAATATAAATCTTTGATCTTTTTTTTTTTTTTTTTAATTTCCCCCTATCATTTTTTATCTTTCATTGCGCCCATGGAAGAGGGGAATTTAGGATCTTGCAGAACCTTCAAAGTTTTCAATTAGTTTGCCTCCAGTCTGATTGAGTCTGGATTTCCCTTTTAACCGCCTGGCCTTTTCTTGTTGTAAGTGTTGTGGTGTTCACCTCCTGTGCTACATCGGAAGTGGAGGGATTTGGCTGGAGGCTTTAGGCCTATTTAAGGAGGCCACCTACCTAAGTTCTCTCAAGCATGGTGAGTTTGAGTGAAATTGTGAGTTGAGTGAATTTCGCTATTTGTTTAATTTATAATTAATTTCCAATTGCATTTGGAAATTAATTTTTGGAGAGTTTAATATTTTGGGTTACGGAGAAAATTGCTTCTCAAGCTCTTTTGTAATCCTGTCCTAAATATTAGTGAAAATATTCTCACTGTCTTCACCTGTGGATGTAGACTTAGTCAGAACGTAAGTTCTCTGTGTCCATCAATTTTCTCTCTTCTTTATGTTTGCAATTGCTATAAATAGATCTAGTTTATTATTCTGCTGCAATTTAAAATCATAACAGCAAGAATCTCTTTTGGTTTACCCTTTTGAGATTATAATTCGTCTTTTCCTGCCTGAAATGCTGGTGAAAGCTTATTTCTAACTTCTCTGAGCCACTTGCGTAGAAGAAACAAAACTAATGGTTGTAAAGCTTATAATTCTCACCACTTTCTTATGGTTGAATATTCATTCCTCAAATATTTTCCCTTCCTTACTAAAAAAAGATGAACCCGTGACTAGGTGTGGGTTTATAAACTTCTACAAAGTACCTTTACAGAGTTGGCTTGCTTTCTCTCTTAGATGCGTGTCCTTGAAAATTATTTGCTAGGCTCGTTTTTTTATAATAACTATGTAAAAGACTTGGATTTAATTATAGAATGGAGATGACAAATTTTTCATAAGTGAGAGATTCATTTTCAGTAGAGTAGGATTTCTCATTTTAAATTTGATGGAGAAAAATTCTTCAAATATCATTTTGTTGACAAGTTGCAACTTACACTTCTTGTCTTGACCTTGAATTACATGTAAAAATAATTGGACCTAGTCTGACCCCTTTAAGATGTGAAATAGAGTGGTAAGGAGAGCTAGTCTCGGATCTATCCCAATTCCCACCATTGATCTGTTTTTCTCCCTTCTCAATAATTTTAACTTCTAAAATTTTAAGTGGTTGCCAGTGTTTGAAAGAATATACTGATTCTGACTGTTGTATAGGAAATTGCTTTTGAAATGGCTACTTAAAAGTTAAAACTACATTTATCTTTTTGATCTTTGCCGTGATTTCGTCTTGAACAGTTTGTTTATGAACAATTTAGCTAATTGATAAAGCAAGAGATTTCCTTGGGCTATCTGATCTTGAGAAGCATTCTCATGATGGCGGGATACTCAACATTCATATTGGTGATGCCCTTGACCCATCAGTCAGAATCTCTGGGGGTTATGCTGGTAAAGTTCTACTTTTCTAGGTTTTCTAGGGAACGAAGTTGTAATATATGCACTATGTTTTTGTCCTTTCATGCATTTATCCCTTATTTCACTGTTCTTACACAATTTTTATCTGTGGAGAGAGTTACATGAAAAGAGATCGGGCAGCAGACAATTAAATCCCCATCATCTTCTCTATCATCCATCCATTAATATCATTTTAGATAAACTCGATCACAGGAAGTATGAAAAACTCGTGGTTATATGTATGTATATATGTATATGAGGAAACAAGACTTCCGTTTGAAGGAGTACAAGATGCTGCTAAGATAGGCAATTCCAAAGAAGTGCCCTCTAGAAACAAGGTCCAAAAACTATGGGAACCCAAAGAACAGTCACATAAACTAGCAACCCATGTTTAGTTACTAACGACCCACTTAACTATCTTCAATTTAGAGCGATAAGGGCCACAAGAACTATACAGCCCGACGTTATTTACATCTCCGTACCTGGGAGAATCGAAACTTAGAAGTGAATCATTGAAATAAATTACGTTTTCTCCCATTCAACATAAGATTTACTATGAAAAATCTCTTATTTTCCACTCCAACCAAATGCTCCAAACTATATCTACCAAACCAACCTTACTGAAGGATCTTTCCTTAGCTATAGGAGTACCCAAAGTTTTCTTCCAAGAAATCCTTCCCCATGGCACCTACGAAGATAATCAATTTGACAAGGGATATTTGACTACTTAATATTGAATAAATCTTATCTCATACTACAACCATCACAGTCTTCTTAAATATAGCTTAACGATCTTTTGATGAGTTGGAGGGCCTTATTATAGTTATTTTTTGCTTGGGGGTTTCCCCTTTCTATCGTATAATTCATCATAACAATAAAATATGGGGTTTTCTCCTTCCTTTTGTATGTTTCATCATATCAATGAAAAATTTATTTCTCATTATTTAAAAAAATCTCCAATTCTAGTTTTGTATCACATCCAATGTTCCAATTTTTGAGCAAATGTCGACAAGTTTGACACATCAAGCAAGGGGAAAATTCAATTTTCCTCAAAAGTCAGCGACTTTAGCAAAATTTCAATATCTCACAAAATTTCGTCAAAAACTTCAATCAATTTTTTTTTTTTTTACACTCATTGACAGCCTGTGGATTAAAGCTTAATAGCCATTAGCCCATGAAATATTAAAGCGATGCTTCAGAAGAGACACAGAGAGGAGGAGGGATTTTATAAAGGACTCCTCGCCTCCCCAACGGTTTCAATGTGGTACTAGGATTGGGGACAAACTTTTGGGTTTTTTTTCTTTAAGTTCATTTTCCTTTTTTAATTTCAATCCTCCAAGAAGAAGTGTCAGCTGCCCAACCTCTTTTCATGTTAATAGGAATTTGGGATTCAGCCACTCCCTTATTAACTAATTTGAACAATTTGCATAGATATTTATATATTTGCCGTCATTTTGTCCAAACTTTTTGTCGACGTCAAGCATCTTTGTACAAATGTTATTGTTATTTTAATGTATGATTATTAAAAATAGTCAATTATAGCCTAATTAATTCACAATTATAGTTTCGTTAGTTAATTCAAATAATTTTCATACATTTTAATGATTTCCAAAAAAATTTCAAAAATTTTCATCGAATAAAATTGGGACCTTGACATTTCCATCGAGGTCCACATTTCAAACCTTGATCACATTTTTTTATATTAACTAATTTCTTCTTTGTTCTCTAGAGGAACTAGAAATTAAGCTCTTGGTTTGTATTGTTGATATTGATTTGTAATATTCAGGAATTGTTGTTGACTTGTTTTCTGATGGGAAAATTTTGCCTCAGCTGCAGGAGGTATGTACCTTCGATTTTTGCAGTTGCAGTTTCATATTCTGTCTCATGCATGTAATTATGGTTTTTGTCTTTGAATTTGTTTGCCTAATAATATGCTAATGAACTTGTTGTAATTACGTTTCTTGGATACATGTTCTGAATTACTTGATTTCTTAGTTTGGTTTAGAAATTTTCTCGTCGGTGATTCATTTATTTCTCCAAACATTAGTACATGTTGGAATTGCCTAATTTTCGTCCTATGATTCAATAATTTTTTCTCTATTGGTTTATGATTTATATTGATCAGTTTATTATTTGTAAATTATTTTTTCTGACTTTAATACTTAACCCAGCAGCCTCGAGGAACAGTAGTAGGCAGTCGCAGTAGTAATGACAATTGGAGATTGCTTGACCACAAAGTGCAAGTACGTGCACCAAAAAAAAGAACGCTATGATATACAAGTTTCTAATCATCAAGAAGATCTTGGCTTAGGAAAAGAATGCTTAGAAGGATAAAAGGAAAATATCAATAATATTGAGACTGAAACCCCAAAAGGTGCCTTGGTGGTAAATGTTGGGATGGTTTGAGATACCCTCGTAAGCTCTGGGGTTTCAATTTAAATCTCCAAAGCTAGCCTCAAGGTGGACGAAGTCTCATGAGGACTAGTAGATGGTGGGCCAGGGAAATAACAATGAGTTTTAAAATCAATGCAAATAATAAAATCTAAGGGATAATCTATGATTAAAAGGTGTTAGTTTAATGACTTCACCAATTGAATTTATGAGCAGATAAATTAAACATCCCATGATTGATAAGCAATTAATCTACAAGTGAAGAAATCAAATATCATAATTGTCTCTTCCGAGCACAATTAATTCTCTCATTTATTAAGAAACTAATATCTCTATCTAGTTTTGTTAACAAGCAAATGCCTCAAGTCTTTTCTTTTAACAACTTCTAAACACTTCTAAATCTCCCGATCTTTTTTTTTTTTTTGAACAAGAAACGACTTTCCATTGATATATGAAAAGGAGAAAAAGTTCAAGAATACACTTCTAAATCTCCCGATCTTTTTTTTTTTTTTTTGAACAAGAAACGACTTTCCATTGATATATGAAAAGGAGAAAAAGTTCAAGAATACAAACTCCTAAAGGAGTGAGAGAAAAAAATAAAAGACAAAAACATAGAATAGGCTCAACGAGGAGTATTAGGAATAATAAAATCCAACGATAATATCGAGCTATCTCTCGTAGATAGATCTTTGAGTTTCTTAGAGAACTTGACATGAATCTCAGCTAATTCCCGAGCCTGAGCAGCTTCTATCTCCAACCTTCTAGAAAAATCTTCTAAACATCAAAGCTCATTCATTGCGAGGGAAGATCCATACTACCAAGGTAACCTTTGAAGAAATTTTTCACATAAAGATGACCCACCAAGGGAGTTTCTGACTATAAATAAATAAATCAAGTAATCTGGCTCTTCAACTTCTCAAATCCGAGTGAGTAGCCCGACTCTTGACCCGNCCCCCCCCCCCCCCGCCATTTTTTTACTCGAGGAAAAAGAATGACTCTTCGAGGCAAGCAAAGGAAAGAGGAGGGTTCCAGAAAGGCGCTTCACCTCTCAGCCATGGTTTGATGAGAGGCAAAAGGGAAAATGGTCTTGTAGATAGGACAATGAACACCATAGTGATGTTGAATCCAAAATTATGCTTATTATACGATGTTGAGAACTTTATAGAGGCATTCATCCACAAAGCTTGCTTTGTCTAAAATCTAAAACTTGAAAGTTGAAAGGATTGTAGGAAGAGATTGAAAAATATTTGATTGCGAAACTAGGAAGTGTTAAAAAGATTTCGTTTCTAGGTAAAAAGGTAATGAATGAGATCATGGTTAATGTCTTCTCTAACCAGGCTACTTCGGGCAAATATGAGGAGAACTAACGAAACTGGAACGCCTTGTTCTTTTTAATGCTTGTCCTTGTCCATTGTGTTGTCACTTTTATGGGCAAGAGACCGCAGAGAAACTTCACCTTATTTAAACTTGCAGATATGGCTAAGAATGTCATTCACTCAGAGGTATCAATTTGTAGAATATTTCAGTGTGAAGAGGAATGGGTGTCCTTCAAGTTCCATTATTTAGTTGTGTTGGAATGTGGTGGACTTGGCATCTTAAGCCAAACCCATGTCTGGGGCAGGAAATTAGAAACTTTAGGTTTCTCAATTAAATCTCATGGGGTTGAACAGTAATGGGTTCCCACCATCTTTTTTCTTTTTTAGTTTTTAATTTAGAGAATGAAATACAATATTGGGGTGGAATAGTTCACAAAAAAAAAAAAAATCAAGATTTTTTTTAATAAAAAAGAAATTAAAAAACCCAAATCTGAGTTACACATTCCTAAACCCCAAACAAGCTACCCAATCCCATACTACATATTTCTACCCTCTGAGCAAAAGCTTTTCAATCTTAGATATCACAACGCCCCAAAATTTAACCCTCAGTAAACATTCCCAGGTTACTCTTGTCGAAGCTACACTCCAAACGCACCCTTAGGGATCATCATGATTTGTTAATGCTAAGAAAAATAATTCTTAATTTTTTAAGAGTTGATACAATGATATAAATAGCAGCGGCGGGGAAGAATAAAAAAGAGAGAGAGAAAGAAACACTTGCCTATTAAAACAAAGAAATCGTAACCTATTAGAACCTAAATGTAATAGGAAAATAAAAGATAAACAAATATAATTTAACATGATCCAACAGCAATGCAAAGCTTCATGTTGTATGCGCTGAAAATTTCTCCAGTCCCAAGTTTGAATGTCTTGTCACAAATATTAAGTACAGCCTTCCAAAAGTGCGATTAGGTATTTGTAAATTATTTCCCTAGTCTTTTCAAGATTGGTGTAGGATGGTTTTCTTACTTTGCCGTACTGCTGTTCATCATTCTTCTTATTTTCACTTGCATATGATGGGGATATTTTCATTTCACTATGTTGTTCCTTTCTATAATAGGCTGGCATGTGGTTGGATTTGAAGGATAGATTGATGGTTGGTGGTCGGCTCATGATTAACTGTGGAGGGAATGAAGCAGCCAATGTCATTGGCAATGGTATCTGCAGTGAAGTATCCTTAACCAATTGCTTCTGGCCACAAAATTCAGTGATCGAGGTGCTTTCGAAAGCATTTCCTGAACAGGTAAGGCATAATAGTATTAGATTAATGACTTCTCAGAGAGGAAGGTAAAAGTTCCATTTCTAAATATAAAGGACTAGCTCGTTGTGTGAAAATTAGAAAGCTCCAATATTGCGCTATATGTAACGTATTGCATGATCCAATAATCTTGTTTGGAGCTACGAAAGAAAATGCAATCGTGTTGACCGGATGGGTTGGAAACAATATTCTCATAACTAGTAACATTATAATGGCGGTCAACTCTAAAGGTCGTCTTTGGTAGTAATTATGTATATAATTTTTTTTTTGACAAGAAACAAATGGGAAATGTCCTACCTTTGAGTGTGGTTTGAACTATTGATTCACATAATTAGAAGTAACCAATTAGGTTTACAACACTTTTCGTTGATATATGAAAAAAACGGATGGGTTTTAAAAAGAACAAATAACAAGCTCAACAAGTATCAATACAAACCGATTGAAAGGTAATGATGAATAAAAACCATTAACCACTAATGAAGAGAACGATGAACAAAAGAGATAAATAATGAGACATGGATCTTTAATAGAGCACCTTGAAACAATGTCTTCAGTAGGAAATGACACAAAATTGAAACCACTGAATCCAAAAACTTCAACGGAATCCAACATAAAACTGAAAAACTAATTTTAATCATCCAAGGAGATGGCCAACAGAACGATCGTCAGATAGAATATGCTGTTGTAAAGACCATTCAAATTCTTTAACCATAGAAATTGATTCTGCCGAAAAAGACCCTTCAAAATCTAAAACAAAAAGAAATTGAAGCTGTCGTATATTTGTATATTTAATAAATGTGTCCTTGTCGTGTCTGTATCCTATATTTTCAGAAAATAACGTACCACCGTGTCTGTGTCATGTCATATCCATGTCTCGTATCCGTATCCGTGCTTCTTAGCTCACCAACACTTGGATTTTGAACGGGGAGAGGAAGTAGATCGGAATACCCCTTGAGATGAAATAAATAAGAGTGATTCTCTCTCCTTTAGAAAATAAAGTTTATCTTCAAAAGGAAAGACGCTTCAAGACGAGAATCTAGAAAGACTCAATCTTCGGATTGTGGTCAAACAAGATAAGAAGTGCGCAGATGATGCACCATACACGTTGCAAGGGAGGGCTCACAATTGATGACTATAATCGATCTCTTTCCTTTATTCATCTTAAGGCCCAAAATAGATTCGAAGAAGGAAAGCAGCCATATGATGTTAAAGAAGGAGCTTTCCTTCCCGGAGCAGAAGAATAGCGTATCATCCACAAATTAAAGATGCGACAAACAAGACCTCTCCCTCCCCACATAGAAACCTTCTATACACCCTTTCTCCACCTAAGTAGAAACCAATTTACTGAGGACGTTAACAACTAGAATGAAGAGGAAATGGGATAAAGGGTTTGCCTCAGGTCCATCGCCAAACCTTTTCCTCTAAGTCTTCCATGGATGAGAAAAGAGAAGTTCACATAACTAGTACAGTTCCAAATTCAAGCCTCCACTTAAAGCCAAAACCTTTCTTTCAGAAGATCTTGTCCAAGAAGTTCCTATCTAAATGATCATAGAATTTCTCAAAATCAATTTTGAAAATAATTCCCTTCTCCTTTCTCGTCCTATTATCCTCAATGGCCTCATTGGCAATAAGCACCTGATACAAGATTTGTCTTCCAGTGACGAAGGCCCCTTGATTTTTGGAGATGTACTAGGAAGGACCTTTCTAAGCCCGATTAGCTAGAGTTTTCACTATGATCTTGTATAAACTTGCGTCTAGACTAATCGGTCTAAAATCTTGCACCCTGTCTGCATTGTCTTTTTTCGGGAATGTTTCTTTTTACATGAACCAACAATATCTCACATTTAACAGCATTCCTTATTCAAGTTTATTTTAGCGGTACTTTTGCAAGTTGTAGATTTTACACATTTTTTTTAACTCTGGTTGTTAGAGTAGTTCAATTCTTTCACTAGTTCTTTCTTTCTGACTTGGTTGTGACACTTGACCTAATATCTATCGCTTATAGGCAATGTTCATATCTGTAACTAAGACAGCTCTTGTAAGATATATTGAACATGTTAGCACGACTGATTTTCCAAGTCACGATGTTGCCAACTTAAAGCTGGTGAAATATGTTGGTTTTAAGATGAAGTTACTATCACATCATAGTCATGTGATATTTTGTGCTTAGAAACATTGATAATTATGCAGTCGCTCTGGACAAGCCTATGGAAGTTGAATATCTCACTTTTAACTTTTTAATTCCACAGTTATGTTGGAAAAAACTGCCGAAAGGAAAGGGTGACAATTATCTTGCTCTGACTGGACCATTTCCAGAATTGCTCTCCTGGTCTACTGTTGTTCCGGAGCCTTTAAGAGGGAGTGTGAAGGAGTGGAGACCTTATGAGCGCCTCTTGTGATATACAACCCGCTTTTCAATTTGATGGATATGTAGGTTAATCATCAACAATGGTCCGATAGAAGATGGCCTAATTATTGTAGTAGCTATAATGAACTCTAGCTATGTTCTTGAAGAGAATATTTCTTGAATATCAACATCCTGCTGAGTTTTTTGAGTTGAAATTTAATATATTGTGTTTGTAGCTACCAAT

mRNA sequence

ATGGCGTACGCACATGCTCCTCAAATTAACTCACGTCCATGGAGTTCTGTTCTTGTAACTATGCGTGCAAGAAGTCTATGCCCATTTGGATCACTTAACTTCAGAAAATTTGGGAGGGATGAAATATGTTCCCCCACTGGAAAATTGACAAGGGCCACTGGTGATGGCAGCTTCCGGAGGGTTGCTGATGAAGAGGAGAAAGAAGTTGAAGAAGAAGACGCATTTCAAGTGTTGACCGCTATAACTAGCAATTACAATGACATTGATGAGTTTGCTAGCTTGCCAGCTATAATTCCAAAAGGTCCAATTGCTATATTTGGATTGGGAGGGGGGACTACTGCCCATTTGATGCTTACTTCATGGCCCTCGTTGCAGCTTGAAGGTTGGGAGATTGATGGAATCCTAATTGATAAAGCAAGAGATTTCCTTGGGCTATCTGATCTTGAGAAGCATTCTCATGATGGCGGGATACTCAACATTCATATTGGTGATGCCCTTGACCCATCAGTCAGAATCTCTGGGGGTTATGCTGGAATTGTTGTTGACTTGTTTTCTGATGGGAAAATTTTGCCTCAGCTGCAGGAGGCTGGCATGTGGTTGGATTTGAAGGATAGATTGATGGTTGGTGGTCGGCTCATGATTAACTGTGGAGGGAATGAAGCAGCCAATGTCATTGGCAATGGTATCTGCAGTGAAGTATCCTTAACCAATTGCTTCTGGCCACAAAATTCAGTGATCGAGGTGCTTTCGAAAGCATTTCCTGAACAGTTATGTTGGAAAAAACTGCCGAAAGGAAAGGGTGACAATTATCTTGCTCTGACTGGACCATTTCCAGAATTGCTCTCCTGGTCTACTGTTGTTCCGGAGCCTTTAAGAGGGAGTGTGAAGGAGTGGAGACCTTATGAGCGCCTCTTGTGATATACAACCCGCTTTTCAATTTGATGGATATGTAGGTTAATCATCAACAATGGTCCGATAGAAGATGGCCTAATTATTGTAGTAGCTATAATGAACTCTAGCTATGTTCTTGAAGAGAATATTTCTTGAATATCAACATCCTGCTGAGTTTTTTGAGTTGAAATTTAATATATTGTGTTTGTAGCTACCAAT

Coding sequence (CDS)

ATGGCGTACGCACATGCTCCTCAAATTAACTCACGTCCATGGAGTTCTGTTCTTGTAACTATGCGTGCAAGAAGTCTATGCCCATTTGGATCACTTAACTTCAGAAAATTTGGGAGGGATGAAATATGTTCCCCCACTGGAAAATTGACAAGGGCCACTGGTGATGGCAGCTTCCGGAGGGTTGCTGATGAAGAGGAGAAAGAAGTTGAAGAAGAAGACGCATTTCAAGTGTTGACCGCTATAACTAGCAATTACAATGACATTGATGAGTTTGCTAGCTTGCCAGCTATAATTCCAAAAGGTCCAATTGCTATATTTGGATTGGGAGGGGGGACTACTGCCCATTTGATGCTTACTTCATGGCCCTCGTTGCAGCTTGAAGGTTGGGAGATTGATGGAATCCTAATTGATAAAGCAAGAGATTTCCTTGGGCTATCTGATCTTGAGAAGCATTCTCATGATGGCGGGATACTCAACATTCATATTGGTGATGCCCTTGACCCATCAGTCAGAATCTCTGGGGGTTATGCTGGAATTGTTGTTGACTTGTTTTCTGATGGGAAAATTTTGCCTCAGCTGCAGGAGGCTGGCATGTGGTTGGATTTGAAGGATAGATTGATGGTTGGTGGTCGGCTCATGATTAACTGTGGAGGGAATGAAGCAGCCAATGTCATTGGCAATGGTATCTGCAGTGAAGTATCCTTAACCAATTGCTTCTGGCCACAAAATTCAGTGATCGAGGTGCTTTCGAAAGCATTTCCTGAACAGTTATGTTGGAAAAAACTGCCGAAAGGAAAGGGTGACAATTATCTTGCTCTGACTGGACCATTTCCAGAATTGCTCTCCTGGTCTACTGTTGTTCCGGAGCCTTTAAGAGGGAGTGTGAAGGAGTGGAGACCTTATGAGCGCCTCTTGTGA

Protein sequence

MAYAHAPQINSRPWSSVLVTMRARSLCPFGSLNFRKFGRDEICSPTGKLTRATGDGSFRRVADEEEKEVEEEDAFQVLTAITSNYNDIDEFASLPAIIPKGPIAIFGLGGGTTAHLMLTSWPSLQLEGWEIDGILIDKARDFLGLSDLEKHSHDGGILNIHIGDALDPSVRISGGYAGIVVDLFSDGKILPQLQEAGMWLDLKDRLMVGGRLMINCGGNEAANVIGNGICSEVSLTNCFWPQNSVIEVLSKAFPEQLCWKKLPKGKGDNYLALTGPFPELLSWSTVVPEPLRGSVKEWRPYERLL

Homology

[Close]

BLAST of MC04g0004 vs. NCBI nr
Match: XP_022147905.1 (uncharacterized protein LOC111016725 isoform X1 [Momordica charantia])

HSP 1 Score: 613 bits (1581), Expect = 7.42e-221
Identity = 305/339 (89.97%), Postives = 305/339 (89.97%), Query Frame = 0


Query: 1   MAYAHAPQINSRPWSSVLVTMRARSLCPFGSLNFRKFGRDEICSPTGKLTRATGDGSFRR 60
           MAYAHAPQINSRPWSSVLVTMRARSLCPFGSLNFRKFGRDEICSPTGKLTRATGDGSFRR
Sbjct: 1   MAYAHAPQINSRPWSSVLVTMRARSLCPFGSLNFRKFGRDEICSPTGKLTRATGDGSFRR 60

Query: 61  VADEEEKEVEEEDAFQVLTAITSNYNDI-------------------------------- 120
           VADEEEKEVEEEDAFQVLTAITSNYNDI                                
Sbjct: 61  VADEEEKEVEEEDAFQVLTAITSNYNDIVIVETPKSRVLLLDSSNNVHSILYKEQKWTGS 120

Query: 121 --DEFASLPAIIPKGPIAIFGLGGGTTAHLMLTSWPSLQLEGWEIDGILIDKARDFLGLS 180
             DEFASLPAIIPKGPIAIFGLGGGTTAHLMLTSWPSLQLEGWEIDGILIDKARDFLGLS
Sbjct: 121 YWDEFASLPAIIPKGPIAIFGLGGGTTAHLMLTSWPSLQLEGWEIDGILIDKARDFLGLS 180

Query: 181 DLEKHSHDGGILNIHIGDALDPSVRISGGYAGIVVDLFSDGKILPQLQEAGMWLDLKDRL 240
           DLEKHSHDGGILNIHIGDALDPSVRISGGYAGIVVDLFSDGKILPQLQEAGMWLDLKDRL
Sbjct: 181 DLEKHSHDGGILNIHIGDALDPSVRISGGYAGIVVDLFSDGKILPQLQEAGMWLDLKDRL 240

Query: 241 MVGGRLMINCGGNEAANVIGNGICSEVSLTNCFWPQNSVIEVLSKAFPEQLCWKKLPKGK 300
           MVGGRLMINCGGNEAANVIGNGICSEVSLTNCFWPQNSVIEVLSKAFPEQLCWKKLPKGK
Sbjct: 241 MVGGRLMINCGGNEAANVIGNGICSEVSLTNCFWPQNSVIEVLSKAFPEQLCWKKLPKGK 300

Query: 301 GDNYLALTGPFPELLSWSTVVPEPLRGSVKEWRPYERLL 305
           GDNYLALTGPFPELLSWSTVVPEPLRGSVKEWRPYERLL
Sbjct: 301 GDNYLALTGPFPELLSWSTVVPEPLRGSVKEWRPYERLL 339

[Close]

BLAST of MC04g0004 vs. NCBI nr
Match: XP_022147906.1 (uncharacterized protein LOC111016725 isoform X2 [Momordica charantia])

HSP 1 Score: 577 bits (1486), Expect = 1.07e-206
Identity = 288/319 (90.28%), Postives = 292/319 (91.54%), Query Frame = 0


Query: 1   MAYAHAPQINSRPWSSVLVTMRARSLCPFGSLNFRKFGRDEICSPTGKLTRATGDGSFRR 60
           MAYAHAPQINSRPWSSVLVTMRARSLCPFGSLNFRKFGRDEICSPTGKLTRATGDGSFRR
Sbjct: 1   MAYAHAPQINSRPWSSVLVTMRARSLCPFGSLNFRKFGRDEICSPTGKLTRATGDGSFRR 60

Query: 61  VADEEEKEVEEEDAFQVLTAITSNYNDI-------------DEFASLPAIIPKGPIAIFG 120
           VADEEEKEVEEEDAFQVLTAITSNYNDI             D   ++ +I+ K       
Sbjct: 61  VADEEEKEVEEEDAFQVLTAITSNYNDIVIVETPKSRVLLLDSSNNVHSILYKEQKWTGS 120

Query: 121 L-GGGTTAHLMLTSWPSLQLEGWEIDGILIDKARDFLGLSDLEKHSHDGGILNIHIGDAL 180
             GGGTTAHLMLTSWPSLQLEGWEIDGILIDKARDFLGLSDLEKHSHDGGILNIHIGDAL
Sbjct: 121 YWGGGTTAHLMLTSWPSLQLEGWEIDGILIDKARDFLGLSDLEKHSHDGGILNIHIGDAL 180

Query: 181 DPSVRISGGYAGIVVDLFSDGKILPQLQEAGMWLDLKDRLMVGGRLMINCGGNEAANVIG 240
           DPSVRISGGYAGIVVDLFSDGKILPQLQEAGMWLDLKDRLMVGGRLMINCGGNEAANVIG
Sbjct: 181 DPSVRISGGYAGIVVDLFSDGKILPQLQEAGMWLDLKDRLMVGGRLMINCGGNEAANVIG 240

Query: 241 NGICSEVSLTNCFWPQNSVIEVLSKAFPEQLCWKKLPKGKGDNYLALTGPFPELLSWSTV 300
           NGICSEVSLTNCFWPQNSVIEVLSKAFPEQLCWKKLPKGKGDNYLALTGPFPELLSWSTV
Sbjct: 241 NGICSEVSLTNCFWPQNSVIEVLSKAFPEQLCWKKLPKGKGDNYLALTGPFPELLSWSTV 300

Query: 301 VPEPLRGSVKEWRPYERLL 305
           VPEPLRGSVKEWRPYERLL
Sbjct: 301 VPEPLRGSVKEWRPYERLL 319

[Close]

BLAST of MC04g0004 vs. NCBI nr
Match: XP_038876684.1 (uncharacterized protein LOC120069080 isoform X1 [Benincasa hispida])

HSP 1 Score: 469 bits (1208), Expect = 5.57e-164
Identity = 244/339 (71.98%), Postives = 258/339 (76.11%), Query Frame = 0


Query: 1   MAYAHAPQINSRPWSSVLVTMRARSLCPF-GSLNFRKFGRDEICSPTGKLTRATGDGSFR 60
           MAYA APQI+SRPWS   V+    S     GSLN RKF  D   S  G+LTRATG+ SFR
Sbjct: 9   MAYAVAPQIHSRPWSFGFVSSIGSSNGYLSGSLNLRKFQSDVPYSSVGRLTRATGEASFR 68

Query: 61  RVADEEEKEVEEEDAFQVLTAITSNYNDI------------------------------- 120
           RV DEEE+EV     FQVLTA+TSNYNDI                               
Sbjct: 69  RVEDEEEEEV-----FQVLTAVTSNYNDIVIVDTPKSRMLLLDSSNNVHSILYKDQMWTG 128

Query: 121 ---DEFASLPAIIPKGPIAIFGLGGGTTAHLMLTSWPSLQLEGWEIDGILIDKARDFLGL 180
              DEF SLPAIIP+GPIAIFGLGGGTTAHLML SWPSLQLEGWEIDGILIDKAR FLGL
Sbjct: 129 SYWDEFVSLPAIIPEGPIAIFGLGGGTTAHLMLASWPSLQLEGWEIDGILIDKARKFLGL 188

Query: 181 SDLEKHSHDGGILNIHIGDALDPSVRISGGYAGIVVDLFSDGKILPQLQEAGMWLDLKDR 240
           S LEKHS DGGILNI+IGDALDPSVRISGGYAGIV+DLFSDGKILPQLQ+ GMWLDLKDR
Sbjct: 189 SVLEKHSDDGGILNINIGDALDPSVRISGGYAGIVIDLFSDGKILPQLQQVGMWLDLKDR 248

Query: 241 LMVGGRLMINCGGNEAANVIGNGICSEVSLTNCFWPQNSVIEVLSKAFPEQLCWKKLPKG 300
           LMVGGRLMINCGGNE  NV  NGICSEVS T+CFWP NSVIE LS+ FP+QLCWKKLPK 
Sbjct: 249 LMVGGRLMINCGGNEVVNVTDNGICSEVSSTDCFWPNNSVIEALSEVFPKQLCWKKLPKE 308

Query: 301 KGDNYLALTGPFPELLSWSTVVPEPLRGSVKEWRPYERL 304
           KG+NYLALTGPFPEL SWS VVPE LR SVKEWRPYERL
Sbjct: 309 KGENYLALTGPFPELHSWSAVVPEALRASVKEWRPYERL 342

[Close]

BLAST of MC04g0004 vs. NCBI nr
Match: XP_022147907.1 (uncharacterized protein LOC111016725 isoform X3 [Momordica charantia])

HSP 1 Score: 456 bits (1172), Expect = 2.75e-160
Identity = 217/217 (100.00%), Postives = 217/217 (100.00%), Query Frame = 0


Query: 89  DEFASLPAIIPKGPIAIFGLGGGTTAHLMLTSWPSLQLEGWEIDGILIDKARDFLGLSDL 148
           DEFASLPAIIPKGPIAIFGLGGGTTAHLMLTSWPSLQLEGWEIDGILIDKARDFLGLSDL
Sbjct: 13  DEFASLPAIIPKGPIAIFGLGGGTTAHLMLTSWPSLQLEGWEIDGILIDKARDFLGLSDL 72

Query: 149 EKHSHDGGILNIHIGDALDPSVRISGGYAGIVVDLFSDGKILPQLQEAGMWLDLKDRLMV 208
           EKHSHDGGILNIHIGDALDPSVRISGGYAGIVVDLFSDGKILPQLQEAGMWLDLKDRLMV
Sbjct: 73  EKHSHDGGILNIHIGDALDPSVRISGGYAGIVVDLFSDGKILPQLQEAGMWLDLKDRLMV 132

Query: 209 GGRLMINCGGNEAANVIGNGICSEVSLTNCFWPQNSVIEVLSKAFPEQLCWKKLPKGKGD 268
           GGRLMINCGGNEAANVIGNGICSEVSLTNCFWPQNSVIEVLSKAFPEQLCWKKLPKGKGD
Sbjct: 133 GGRLMINCGGNEAANVIGNGICSEVSLTNCFWPQNSVIEVLSKAFPEQLCWKKLPKGKGD 192

Query: 269 NYLALTGPFPELLSWSTVVPEPLRGSVKEWRPYERLL 305
           NYLALTGPFPELLSWSTVVPEPLRGSVKEWRPYERLL
Sbjct: 193 NYLALTGPFPELLSWSTVVPEPLRGSVKEWRPYERLL 229

[Close]

BLAST of MC04g0004 vs. NCBI nr
Match: KAA0062832.1 (putative polyamine aminopropyl transferase [Cucumis melo var. makuwa])

HSP 1 Score: 456 bits (1174), Expect = 6.24e-159
Identity = 235/335 (70.15%), Postives = 256/335 (76.42%), Query Frame = 0


Query: 1   MAYAHAPQINSRPWSSVLVTMRARSLCPFGSLNFRKFGRDEICSPTGKLTRATGDGSFRR 60
           MAYA AP IN+RPWS   VT  + +    GSLN   F RD   S  GKLTRATG+ SFRR
Sbjct: 1   MAYALAPVINTRPWSFGFVTTASSTRYLSGSLNLTTFRRDVSYSSVGKLTRATGEASFRR 60

Query: 61  VADEEEKEVEEEDAFQVLTAITSNYNDI-------------------------------D 120
           V + E+KE EE D FQVLTA+TS+YNDI                               D
Sbjct: 61  V-ENEDKEEEEGDVFQVLTAVTSDYNDIIIGNSDLLNYAPTLLTQIMSTAFFIRSRCGQD 120

Query: 121 EFASLPAIIPKGPIAIFGLGGGTTAHLMLTSWPSLQLEGWEIDGILIDKARDFLGLSDLE 180
           EFASLPAIIP+GPIAI GLGGGTTAHLML SWPSLQLEGWEIDGILIDKAR+FLGLSDLE
Sbjct: 121 EFASLPAIIPEGPIAILGLGGGTTAHLMLASWPSLQLEGWEIDGILIDKARNFLGLSDLE 180

Query: 181 KHSHDGGILNIHIGDALDPSVRISGGYAGIVVDLFSDGKILPQLQEAGMWLDLKDRLMVG 240
           K S DGGILNIHIGDALDPSVRISGGYAGIV+DLFS+GK+LPQLQ+ GMWLDLKDRLMVG
Sbjct: 181 KRSEDGGILNIHIGDALDPSVRISGGYAGIVIDLFSNGKVLPQLQQVGMWLDLKDRLMVG 240

Query: 241 GRLMINCGGNEAANVIGNGICSEVSLTNCFWPQNSVIEVLSKAFPEQLCWKKLPKGKGDN 300
           GR+MINCGGNE  +V  NG+ SEVS T+CF P  SVIE LS+ FP+QLCWKKLPK KG+N
Sbjct: 241 GRIMINCGGNEVVHVTENGMRSEVSSTDCFLPHISVIEALSEVFPKQLCWKKLPKEKGEN 300

Query: 301 YLALTGPFPELLSWSTVVPEPLRGSVKEWRPYERL 304
           YLALTGP PEL SWS VVPEPLR SVKEWRPYERL
Sbjct: 301 YLALTGPIPELHSWSAVVPEPLRESVKEWRPYERL 334

[Close]

BLAST of MC04g0004 vs. ExPASy TrEMBL
Match: A0A6J1D1F5 (uncharacterized protein LOC111016725 isoform X1 OS=Momordica charantia OX=3673 GN=LOC111016725 PE=4 SV=1)

HSP 1 Score: 613 bits (1581), Expect = 3.59e-221
Identity = 305/339 (89.97%), Postives = 305/339 (89.97%), Query Frame = 0


Query: 1   MAYAHAPQINSRPWSSVLVTMRARSLCPFGSLNFRKFGRDEICSPTGKLTRATGDGSFRR 60
           MAYAHAPQINSRPWSSVLVTMRARSLCPFGSLNFRKFGRDEICSPTGKLTRATGDGSFRR
Sbjct: 1   MAYAHAPQINSRPWSSVLVTMRARSLCPFGSLNFRKFGRDEICSPTGKLTRATGDGSFRR 60

Query: 61  VADEEEKEVEEEDAFQVLTAITSNYNDI-------------------------------- 120
           VADEEEKEVEEEDAFQVLTAITSNYNDI                                
Sbjct: 61  VADEEEKEVEEEDAFQVLTAITSNYNDIVIVETPKSRVLLLDSSNNVHSILYKEQKWTGS 120

Query: 121 --DEFASLPAIIPKGPIAIFGLGGGTTAHLMLTSWPSLQLEGWEIDGILIDKARDFLGLS 180
             DEFASLPAIIPKGPIAIFGLGGGTTAHLMLTSWPSLQLEGWEIDGILIDKARDFLGLS
Sbjct: 121 YWDEFASLPAIIPKGPIAIFGLGGGTTAHLMLTSWPSLQLEGWEIDGILIDKARDFLGLS 180

Query: 181 DLEKHSHDGGILNIHIGDALDPSVRISGGYAGIVVDLFSDGKILPQLQEAGMWLDLKDRL 240
           DLEKHSHDGGILNIHIGDALDPSVRISGGYAGIVVDLFSDGKILPQLQEAGMWLDLKDRL
Sbjct: 181 DLEKHSHDGGILNIHIGDALDPSVRISGGYAGIVVDLFSDGKILPQLQEAGMWLDLKDRL 240

Query: 241 MVGGRLMINCGGNEAANVIGNGICSEVSLTNCFWPQNSVIEVLSKAFPEQLCWKKLPKGK 300
           MVGGRLMINCGGNEAANVIGNGICSEVSLTNCFWPQNSVIEVLSKAFPEQLCWKKLPKGK
Sbjct: 241 MVGGRLMINCGGNEAANVIGNGICSEVSLTNCFWPQNSVIEVLSKAFPEQLCWKKLPKGK 300

Query: 301 GDNYLALTGPFPELLSWSTVVPEPLRGSVKEWRPYERLL 305
           GDNYLALTGPFPELLSWSTVVPEPLRGSVKEWRPYERLL
Sbjct: 301 GDNYLALTGPFPELLSWSTVVPEPLRGSVKEWRPYERLL 339

[Close]

BLAST of MC04g0004 vs. ExPASy TrEMBL
Match: A0A6J1D3S0 (uncharacterized protein LOC111016725 isoform X2 OS=Momordica charantia OX=3673 GN=LOC111016725 PE=4 SV=1)

HSP 1 Score: 577 bits (1486), Expect = 5.16e-207
Identity = 288/319 (90.28%), Postives = 292/319 (91.54%), Query Frame = 0


Query: 1   MAYAHAPQINSRPWSSVLVTMRARSLCPFGSLNFRKFGRDEICSPTGKLTRATGDGSFRR 60
           MAYAHAPQINSRPWSSVLVTMRARSLCPFGSLNFRKFGRDEICSPTGKLTRATGDGSFRR
Sbjct: 1   MAYAHAPQINSRPWSSVLVTMRARSLCPFGSLNFRKFGRDEICSPTGKLTRATGDGSFRR 60

Query: 61  VADEEEKEVEEEDAFQVLTAITSNYNDI-------------DEFASLPAIIPKGPIAIFG 120
           VADEEEKEVEEEDAFQVLTAITSNYNDI             D   ++ +I+ K       
Sbjct: 61  VADEEEKEVEEEDAFQVLTAITSNYNDIVIVETPKSRVLLLDSSNNVHSILYKEQKWTGS 120

Query: 121 L-GGGTTAHLMLTSWPSLQLEGWEIDGILIDKARDFLGLSDLEKHSHDGGILNIHIGDAL 180
             GGGTTAHLMLTSWPSLQLEGWEIDGILIDKARDFLGLSDLEKHSHDGGILNIHIGDAL
Sbjct: 121 YWGGGTTAHLMLTSWPSLQLEGWEIDGILIDKARDFLGLSDLEKHSHDGGILNIHIGDAL 180

Query: 181 DPSVRISGGYAGIVVDLFSDGKILPQLQEAGMWLDLKDRLMVGGRLMINCGGNEAANVIG 240
           DPSVRISGGYAGIVVDLFSDGKILPQLQEAGMWLDLKDRLMVGGRLMINCGGNEAANVIG
Sbjct: 181 DPSVRISGGYAGIVVDLFSDGKILPQLQEAGMWLDLKDRLMVGGRLMINCGGNEAANVIG 240

Query: 241 NGICSEVSLTNCFWPQNSVIEVLSKAFPEQLCWKKLPKGKGDNYLALTGPFPELLSWSTV 300
           NGICSEVSLTNCFWPQNSVIEVLSKAFPEQLCWKKLPKGKGDNYLALTGPFPELLSWSTV
Sbjct: 241 NGICSEVSLTNCFWPQNSVIEVLSKAFPEQLCWKKLPKGKGDNYLALTGPFPELLSWSTV 300

Query: 301 VPEPLRGSVKEWRPYERLL 305
           VPEPLRGSVKEWRPYERLL
Sbjct: 301 VPEPLRGSVKEWRPYERLL 319

[Close]

BLAST of MC04g0004 vs. ExPASy TrEMBL
Match: A0A6J1D3M5 (uncharacterized protein LOC111016725 isoform X3 OS=Momordica charantia OX=3673 GN=LOC111016725 PE=4 SV=1)

HSP 1 Score: 456 bits (1172), Expect = 1.33e-160
Identity = 217/217 (100.00%), Postives = 217/217 (100.00%), Query Frame = 0


Query: 89  DEFASLPAIIPKGPIAIFGLGGGTTAHLMLTSWPSLQLEGWEIDGILIDKARDFLGLSDL 148
           DEFASLPAIIPKGPIAIFGLGGGTTAHLMLTSWPSLQLEGWEIDGILIDKARDFLGLSDL
Sbjct: 13  DEFASLPAIIPKGPIAIFGLGGGTTAHLMLTSWPSLQLEGWEIDGILIDKARDFLGLSDL 72

Query: 149 EKHSHDGGILNIHIGDALDPSVRISGGYAGIVVDLFSDGKILPQLQEAGMWLDLKDRLMV 208
           EKHSHDGGILNIHIGDALDPSVRISGGYAGIVVDLFSDGKILPQLQEAGMWLDLKDRLMV
Sbjct: 73  EKHSHDGGILNIHIGDALDPSVRISGGYAGIVVDLFSDGKILPQLQEAGMWLDLKDRLMV 132

Query: 209 GGRLMINCGGNEAANVIGNGICSEVSLTNCFWPQNSVIEVLSKAFPEQLCWKKLPKGKGD 268
           GGRLMINCGGNEAANVIGNGICSEVSLTNCFWPQNSVIEVLSKAFPEQLCWKKLPKGKGD
Sbjct: 133 GGRLMINCGGNEAANVIGNGICSEVSLTNCFWPQNSVIEVLSKAFPEQLCWKKLPKGKGD 192

Query: 269 NYLALTGPFPELLSWSTVVPEPLRGSVKEWRPYERLL 305
           NYLALTGPFPELLSWSTVVPEPLRGSVKEWRPYERLL
Sbjct: 193 NYLALTGPFPELLSWSTVVPEPLRGSVKEWRPYERLL 229

[Close]

BLAST of MC04g0004 vs. ExPASy TrEMBL
Match: A0A5A7V3L2 (Putative polyamine aminopropyl transferase OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold357G00550 PE=4 SV=1)

HSP 1 Score: 456 bits (1174), Expect = 3.02e-159
Identity = 235/335 (70.15%), Postives = 256/335 (76.42%), Query Frame = 0


Query: 1   MAYAHAPQINSRPWSSVLVTMRARSLCPFGSLNFRKFGRDEICSPTGKLTRATGDGSFRR 60
           MAYA AP IN+RPWS   VT  + +    GSLN   F RD   S  GKLTRATG+ SFRR
Sbjct: 1   MAYALAPVINTRPWSFGFVTTASSTRYLSGSLNLTTFRRDVSYSSVGKLTRATGEASFRR 60

Query: 61  VADEEEKEVEEEDAFQVLTAITSNYNDI-------------------------------D 120
           V + E+KE EE D FQVLTA+TS+YNDI                               D
Sbjct: 61  V-ENEDKEEEEGDVFQVLTAVTSDYNDIIIGNSDLLNYAPTLLTQIMSTAFFIRSRCGQD 120

Query: 121 EFASLPAIIPKGPIAIFGLGGGTTAHLMLTSWPSLQLEGWEIDGILIDKARDFLGLSDLE 180
           EFASLPAIIP+GPIAI GLGGGTTAHLML SWPSLQLEGWEIDGILIDKAR+FLGLSDLE
Sbjct: 121 EFASLPAIIPEGPIAILGLGGGTTAHLMLASWPSLQLEGWEIDGILIDKARNFLGLSDLE 180

Query: 181 KHSHDGGILNIHIGDALDPSVRISGGYAGIVVDLFSDGKILPQLQEAGMWLDLKDRLMVG 240
           K S DGGILNIHIGDALDPSVRISGGYAGIV+DLFS+GK+LPQLQ+ GMWLDLKDRLMVG
Sbjct: 181 KRSEDGGILNIHIGDALDPSVRISGGYAGIVIDLFSNGKVLPQLQQVGMWLDLKDRLMVG 240

Query: 241 GRLMINCGGNEAANVIGNGICSEVSLTNCFWPQNSVIEVLSKAFPEQLCWKKLPKGKGDN 300
           GR+MINCGGNE  +V  NG+ SEVS T+CF P  SVIE LS+ FP+QLCWKKLPK KG+N
Sbjct: 241 GRIMINCGGNEVVHVTENGMRSEVSSTDCFLPHISVIEALSEVFPKQLCWKKLPKEKGEN 300

Query: 301 YLALTGPFPELLSWSTVVPEPLRGSVKEWRPYERL 304
           YLALTGP PEL SWS VVPEPLR SVKEWRPYERL
Sbjct: 301 YLALTGPIPELHSWSAVVPEPLRESVKEWRPYERL 334

[Close]

BLAST of MC04g0004 vs. ExPASy TrEMBL
Match: A0A6J1GJG8 (uncharacterized protein LOC111454843 isoform X1 OS=Cucurbita moschata OX=3662 GN=LOC111454843 PE=4 SV=1)

HSP 1 Score: 443 bits (1139), Expect = 5.95e-154
Identity = 236/340 (69.41%), Postives = 253/340 (74.41%), Query Frame = 0


Query: 1   MAYAHAPQINSRPWSSVLVTM--RARSLCPFGSLNFRKFGRDEICSPTGKLTRATGDGSF 60
           MAYA APQI +RPWS  +V +    R LC   SLNF K   D   S  GKLTRATGD SF
Sbjct: 1   MAYALAPQIYARPWSFGVVNICRSRRYLC--SSLNFTKIQSDFRYSSVGKLTRATGDPSF 60

Query: 61  RRVADEEEKEVEEEDAFQVLTAITSNYNDI------------------------------ 120
           R V    E+ VEE++ FQVLTA TS YNDI                              
Sbjct: 61  RSV----EEGVEEKEEFQVLTATTSYYNDIVIVDTPESRMLLLDSSNNVHSILYKEQIWT 120

Query: 121 ----DEFASLPAIIPKGPIAIFGLGGGTTAHLMLTSWPSLQLEGWEIDGILIDKARDFLG 180
               DEFASLPAIIP+GPIAIFGLGGGTTAHLML SWPSLQLEGWEIDGILIDKARDF G
Sbjct: 121 GSYWDEFASLPAIIPEGPIAIFGLGGGTTAHLMLASWPSLQLEGWEIDGILIDKARDFFG 180

Query: 181 LSDLEKHSHDGGILNIHIGDALDPSVRISGGYAGIVVDLFSDGKILPQLQEAGMWLDLKD 240
           LSDLEKHS DGGILNIHIGDALDPS RISGGYAGIV+DLFSDG ILPQLQ+ G WL+LKD
Sbjct: 181 LSDLEKHSDDGGILNIHIGDALDPSARISGGYAGIVIDLFSDGDILPQLQQVGKWLELKD 240

Query: 241 RLMVGGRLMINCGGNEAANVIGNGICSEVSLTNCFWPQNSVIEVLSKAFPEQLCWKKLPK 300
           RLMVGGRLMINCGGN    V  NGICSEVS T+ F P+NSVI+ LS+AFP+QLCWKKLPK
Sbjct: 241 RLMVGGRLMINCGGN-VVKVTDNGICSEVSSTDSFLPRNSVIQALSEAFPKQLCWKKLPK 300

Query: 301 GKGDNYLALTGPFPELLSWSTVVPEPLRGSVKEWRPYERL 304
            KG+NY+ALTGPFPEL SWS VVPEPLR SVKEWRPYERL
Sbjct: 301 EKGENYVALTGPFPELESWSAVVPEPLRASVKEWRPYERL 333

[Close]

BLAST of MC04g0004 vs. TAIR 10
Match: AT5G44600.1 (S-adenosyl-L-methionine-dependent methyltransferases superfamily protein )

HSP 1 Score: 253.4 bits (646), Expect = 2.2e-67
Identity = 131/272 (48.16%), Postives = 172/272 (63.24%), Query Frame = 0


Query: 63  DEEEKEVEEEDAFQVLTAITSNYNDI---------------------------------- 122
           D  ++E EEE+ + V+TA+ S YN+I                                  
Sbjct: 62  DSAKEEEEEEEEYWVVTAVRSRYNEIVIVDTASSRYLLLDSTKNVHSVINKGGQNWTGSY 121

Query: 123 -DEFASLPAIIPKGPIAIFGLGGGTTAHLMLTSWPSLQLEGWEIDGILIDKARDFLGLSD 182
            DEFASLP IIP GP+AI+GLGGGT A LML  WP++QLEGWEID ILI+KARD+LGLS+
Sbjct: 122 WDEFASLPPIIPNGPVAIYGLGGGTAARLMLELWPTMQLEGWEIDEILIEKARDYLGLSE 181

Query: 183 LEKHSHDGGILNIHIGDALDPSVRISGGYAGIVVDLFSDGKILPQLQEAGMWLDLKDRLM 242
           LEK +  GG L +H+ DAL PS  +SG YAGI+VDLF+DGK+L QLQE  +WL+L  RLM
Sbjct: 182 LEKPTSKGGRLCVHVDDALSPSQDVSGRYAGIIVDLFADGKVLDQLQEVPIWLELASRLM 241

Query: 243 VGGRLMINCGGNEAANVIGNGICSEVSLTNCFWPQNSVIEVLSKAFPEQLCWKKLPKGKG 300
             GR+M+NC G E    + NG   ++ L +     NS +++LS+AFP Q+CWK+ P  +G
Sbjct: 242 PNGRIMVNCAGIETE--LQNG-KPQLLLDDSAGMLNSTVKILSEAFPGQVCWKRTPDSEG 301

[Close]

BLAST of MC04g0004 vs. TAIR 10
Match: AT5G44590.1 (S-adenosyl-L-methionine-dependent methyltransferases superfamily protein )

HSP 1 Score: 236.5 bits (602), Expect = 2.8e-62
Identity = 132/288 (45.83%), Postives = 165/288 (57.29%), Query Frame = 0


Query: 65  EEKEVEEEDAFQVLTAITSNYNDI------------------------------------ 124
           E+ E EEE+ F V+TA+ S YN+I                                    
Sbjct: 50  EQVEEEEEEEFTVVTAVKSRYNEIVIVDTFASRYLLLDSTRNVHSVINKGGQNWTGAYWV 109

Query: 125 -----------------DEFASLPAIIPKGPIAIFGLGGGTTAHLMLTSWPSLQLEGWEI 184
                            DE A LP IIP GPIAI+GLGGGT A L+L  WPS +LEGWEI
Sbjct: 110 NVVIVFNFESYQHFCLKDESACLPPIIPNGPIAIYGLGGGTAARLILELWPSTELEGWEI 169

Query: 185 DGILIDKARDFLGLSDLEKHSHDGGILNIHIGDALDPSVRISGGYAGIVVDLFSDGKILP 244
           D ILI+KARD+LGLS+LE  +  GG L IH+ DAL P    S  YAGI+VDLF+DGK+L 
Sbjct: 170 DEILIEKARDYLGLSELEIPTSKGGRLCIHVDDALSPCQDDSKRYAGIIVDLFADGKVLD 229

Query: 245 QLQEAGMWLDLKDRLMVGGRLMINCGGNEAANVIGNGICSEVSLTNCFWPQNSVIEVLSK 300
           QLQE  MWL+L  RLM  GRLM+NC G E    + NG   E+ L +  W  NS +++LS+
Sbjct: 230 QLQEIPMWLELASRLMPNGRLMVNCAGIETE--VKNG-KPELVLDDLAWMLNSTVKILSE 289

[Close]

BLAST of MC04g0004 vs. TAIR 10
Match: AT5G63100.1 (S-adenosyl-L-methionine-dependent methyltransferases superfamily protein )

HSP 1 Score: 152.5 bits (384), Expect = 5.4e-37
Identity = 91/227 (40.09%), Postives = 132/227 (58.15%), Query Frame = 0


Query: 77  VLTAITSNYNDIDEFASLPAIIPKGPIAIFGLGGGTTAHLMLTSW-PSLQLEGWEIDGIL 136
           +L  +T +Y D+  FA+LP IIP GPI I G G G+TA L+L  + P + + GWE+D  +
Sbjct: 111 LLKTLTDSYFDV--FATLPPIIPPGPIGILGFGAGSTARLILELYPPEIAVHGWELDPSV 170

Query: 137 IDKARDFLGLSDLEKHSHDGGILNIHIGDALDPSVRISGGYAGIVVDLFSDGKILPQLQE 196
           ID  R+F GLS LE+   D   + I+IGDAL+ SV+   G++GI+VDLFS G ++ +LQ+
Sbjct: 171 IDVGREFFGLSKLERDHKDR--IFINIGDALNASVKT--GFSGILVDLFSKGSVIKELQD 230

Query: 197 AGMWLDLKDRLMVGGRLMINCGGNEAANVIGNGICSEVSLTNCFWPQNSVIEVLSKAFPE 256
             +W DLK RL   GR+M+N G        G  + +E S  +        + V+S+ F +
Sbjct: 231 PQVWEDLKSRLRYRGRIMVNVG--------GKCVEAEDSDRDGALVMEETLRVMSQVFGD 290

Query: 257 QLCWKKLPKGKGDNYLALTGPFPELLSWSTVVP-EPLRGSVKEWRPY 302
           +L    L  G  D+ +ALTG  P+L +W   +P   LR  V  W PY
Sbjct: 291 KLFVLTLGNG-NDSSVALTGDLPDLDAWKKRLPRSELRSYVDMWIPY 322

The following BLAST results are available for this feature:

BLAST of MC04g0004 vs.


Match Name	E-value	Identity	Description

BLAST of MC04g0004 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_022147905.1	7.42e-221	89.97	uncharacterized protein LOC111016725 isoform X1 [Momordica charantia]	[more]
XP_022147906.1	1.07e-206	90.28	uncharacterized protein LOC111016725 isoform X2 [Momordica charantia]	[more]
XP_038876684.1	5.57e-164	71.98	uncharacterized protein LOC120069080 isoform X1 [Benincasa hispida]	[more]
XP_022147907.1	2.75e-160	100.00	uncharacterized protein LOC111016725 isoform X3 [Momordica charantia]	[more]
KAA0062832.1	6.24e-159	70.15	putative polyamine aminopropyl transferase [Cucumis melo var. makuwa]	[more]

BLAST of MC04g0004 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1D1F5	3.59e-221	89.97	uncharacterized protein LOC111016725 isoform X1 OS=Momordica charantia OX=3673 G...	[more]
A0A6J1D3S0	5.16e-207	90.28	uncharacterized protein LOC111016725 isoform X2 OS=Momordica charantia OX=3673 G...	[more]
A0A6J1D3M5	1.33e-160	100.00	uncharacterized protein LOC111016725 isoform X3 OS=Momordica charantia OX=3673 G...	[more]
A0A5A7V3L2	3.02e-159	70.15	Putative polyamine aminopropyl transferase OS=Cucumis melo var. makuwa OX=119469...	[more]
A0A6J1GJG8	5.95e-154	69.41	uncharacterized protein LOC111454843 isoform X1 OS=Cucurbita moschata OX=3662 GN...	[more]

BLAST of MC04g0004 vs. TAIR 10


Match Name	E-value	Identity	Description
AT5G44600.1	2.2e-67	48.16	S-adenosyl-L-methionine-dependent methyltransferases superfamily protein	[more]
AT5G44590.1	2.8e-62	45.83	S-adenosyl-L-methionine-dependent methyltransferases superfamily protein	[more]
AT5G63100.1	5.4e-37	40.09	S-adenosyl-L-methionine-dependent methyltransferases superfamily protein	[more]

InterPro

Analysis Name: InterPro Annotations of Bitter gourd (Dali-11) v1
Date Performed: 2021-10-25


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	GENE3D	3.40.50.150	Vaccinia Virus protein VP39	coord: 70..281 e-value: 7.2E-25 score: 89.7
None	No IPR available	PANTHER	PTHR12176:SF61	SUBFAMILY NOT NAMED	coord: 86..254
None	No IPR available	PANTHER	PTHR12176	SAM-DEPENDENT METHYLTRANSFERASE SUPERFAMILY PROTEIN	coord: 86..254
IPR029063	S-adenosyl-L-methionine-dependent methyltransferase	SUPERFAMILY	53335	S-adenosyl-L-methionine-dependent methyltransferases	coord: 78..220

Relationships

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


Feature Name	Unique Name	Type
MC04g0004.1	MC04g0004.1	mRNA