MS017875 (gene) Bitter gourd (TR) v1

Overview


Name	MS017875
Type	gene
Organism	Momordica charantia cv. TR (Bitter gourd (TR) v1)
Description	transcription factor bHLH118-like
Location	scaffold373: 3416854 .. 3444990 (-)
RNA-Seq Expression	MS017875
Synteny	MS017875

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideCDS

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

ATGGAGTTGGCCTGCTTTGAATCTCCATTTCCATTTGATCAAGTGGAGGAGCTGTTCCCTCTTCCTTCTCTTTCCAGTTTAGATATTCCTGTTCCCACGCTTCCCTTCAGCTCTTCCATGGAGAAGAGTAGTGATAATAATGTCTCCCAAAAGCCCAAAAATGGCCGCCGGCGAAAGTCTCCCAATAACACTACTTCCGACGACGTCGGCTGCTACAACAACCCTAATGAACACAAAAAGAAGAAGATTATCCACAGAGACGTGGAGCGCCAAAGAAGGCAAGAAATGTCCACTCTTTACGCCAATCTTCGCTCCCTCCTCCCTCTGGAATATCTCAAGGTAAATCTCACTTCTGTTTAGTTCTTAATCTTTTAAAATTTTGATATTGTCGGTCTTGAAAATAAGCTTCACGCCCTCTAAATCACTCTCTTCTTGGGTCGGACTTTGCGGTAAGAATAATGTTACTCTAAGTACTCCAAATATCTCCACAATGATAAATATTGTCCGCTTGGATTATAGTTCTCGCGGTTTTACTTTTAATTTCACCCAAAAAAATCTCGTAATAATTGTCATCGTCTATATATCATGGATCATGCTCTCCGTAGTCAATACGAAACTTTGTTTGCATTCCCCTCACTAATATTCATGACTTACATTTTCTTTTTCAACGTGAGATCCTTCACATGTCCTCTAAAGATCATGGTTTTTCTTGGTTCATTGATCTTGGTCGGATTTTATTTTTAGACCAAATCTTCGTTTAAGGATTTTAGACTCTGATACCATATTAATATTCATTAGATTCCATCTCAAAACCAATGAACGAGTAACTCATGTATATTATAAATTTTTGTAAGGTCTATTTTTTTTAACGTGAAATCTTTTTACACATCTCACACACCCTACAAACCCAACAATTTGTTGGTGTCAATATCCAAAATGACATACCTATGCGTCATAATTTGATGATTCGTATTTGACATTATGATTTGTAATTGGGGTTGGATCAGGGGAAGAGGTCGATTTGCGATCACATGCAGGAAACAGTGAAATACATACAGCATACGCAGGCCAATATCCAGAAGCTTTCCAACAAGAGAGATGAGCTGAAGAGGCTCTCCGGCCACGACGATGCCGCCTCCGACACTGCTACCATCGAAACGTTAAACTCCTCGAAAAGGGACTCTGTTTCCGTGGCAGTGAACCAAAAACAGGGAGGAGTTCAAGTTGTTCTTCACACTCCCACCCACCATGGCCTTCCCCTCTCCACCATTCTGCAGGCTCTAATAGCACAAAAATTCGACATTCTCAGCTGCATTTCCACCAAAGTAAACGACAGCTTCCTCCACACCATCGACTCCCAAGCTGCAGCTCTAACCAATGTCGACGTGTCGGAACTCCAACATAAATTGACCAACTTGTAATATTTTCCTTCTCATTAATTAGGGATTCATAAATAAAGCATTCCATTCCTCATTTTTCGTCTTTGCCTACTTTGCTTATTACACTGAAAATAGAAACACCAACTCCAACTCGGTTGAGTGAATTAACACAAAAAAGGAAAAAAAAATGAAGAGGTCAATCATGTTTAGCAACAAAAGAAATAAACGTAAAAATATAATTATTTTTTTTTTTCAAATAATGAGTTGTTAATTTTATAATTATGACCCGAATAAAGTAGAACTAACTTGGCAGTCTGAAATGTTCATAATTTTAAAGTCACGAATTCAAATCTTGTCTCCAAATTTGAAAGTTCTTGGAGAAGAAAAACAAAAACAAAAACAAAAAATGTCATTTTTAAGGCAAGAAATTGACTTTTTGTTCCGACCGTAGGCAAGAATATTAATTGGTTGGTTCAACCATTAATTGCATATGTACATGTAAATAGATAGTTCGTGAGGAAGTTGTGCGAATAAAATAATGCAAGTGTGAAACGTGAGATCTAATTGAAAATTGTGACAAATTATAGTACCAAATGTTCAGTGGGAGATCTGGTTCATTTATGGCCTTGCTCTGGTCCACCACCAATAATTTCTCACCACCCCTAATTTCTCAATAACAAAACAATGATGGGAAATTTCTAGCTTCTATTATCAATAAATGGCATCGAATAAATACACGAGTATTTTCAAATTCTAACTTTTTTTCTAATAGGATACGTGACCAATATTTTAGTCCAAAAAATAGATGCCAAAGGGATTACAAAAATTTTAGAGAAAATAAACAAAAGTAAAAAGTAAATAAAGTTGGAGTGTGGCAAAAATTTTAGAAAAGAAAATTTTTTTCTTAAAATTTAAGGTGAAAATAAGGTGATAAAAAGAAAATTAAAACAGTAACCCTTTAGAAACATCCATTCTCAGATTCCAAAATCACTTATAAATTATTGTCAAACATTTTATTTTCAAATATAAGTGATTTTGACACGCGTAAAAGTGATTATGTCCTCGTCAAAATCGCTCCCAAACATTATTTTAATACACTTTGTACTTTACATCTATTTTCACGCTGATCAATAATTAAAATCTGACCATTATTTAATTCTTCTTTAAACAGAAAAGATATTTTTTTTACAGTATATCTTCCCCTGCTTATAAAGAAAAGATGAACGCTAACAAACAAGTACATAAGTTTCTTTTCTAACATATAATATTCCATCTTTGTCATTCATCAACTGCCCAATCAAAATGGCTACTCATGTTATTTGTTTGATCTGAGCACCGAACTAATTATATTGATTGTTGAACTTGTATCTGTATACAAAAAGTGTTTACAATTTTCTTTGAAGTCAAAATATACAAGCTTGTTTTTGAGTGAGTGTTAACTATTAAGGTGGTATTCTTTTTTTTCCCTAGAATGACTATCAGTACTCGCACAAGGAAAAACAGTACATAAAGAAAGAAGGCAAATAAGGAAATATTGCAGGCTGCAGCTGTCAAAGCTCACAGGTCAAAAAGGATTAGTAATTTCAATGCTGTCATGATCTGAAGGCTGAGATATTCCCAGATCTTTGCTCTGGTAACACCCTGTGACAAAGTTGAGATTTACTGCCGTAAAAGTAGGTGGAATACTGCAGGAGCGAGGAGATTCGAACTCGTGACAATCTTTGTCGATGATGATGAGTTTATCGCTTTAGATTTTAGTTATATCAATTAAAATTATTTAAACTTAGAACACTAATAATTCTAGTTGTGTGAGTAGTATAAAATTTTGAGAGAGGGTCTAATCGAGGTTGATGAGATTTTTTTGTTTCTTTTCTCTTAGGTTGTCTTTTTTTAAATCTTTTTTTTTTTTTATGGTTTTAGTTACGCTACATTTTTGCAAACATGTCAAAAACATTTAATAAAATTAGTTAGATAGCAATCATATTTAGTTTTCTCAAATATAATACTTTTTTAAAAAAAGAAAACGAAGATCCAAATTTAAAATGATAACTTTATGAAAATGATATGCATCTGTAATATATCTGTAATACATCTGACTATTGATATATGTACGTGATATACATCTGATAAACTACTGATGTGAATGTTTGATAAACTTGTAATATGTATGTGATATACATTTGATATACTACTAACATGAGTGTTTGTGCAATATTTATTGATATACATCTAATATACTACCGATATGAACGTCCGATATACTATTAATAGTGAGTATCCGATATACTATTGATATAAGTGAAAATTTTTGCTATACTTCAAAATCTAAAAACATATGACATATTTTGAAATACATAAAAGATTTTTGCTACCAAACTACAATTTTTCTTCTTTATTGTTGTTATTTTCTTTTAATTTCTCAATTTATCGTGGAAGTATGAAATCTTTTTTTTTTTTAGTATATCATGTTGGGGAGGGGATTCGAATTCACAACCTATTGGTTAGAGGCATATGTTAATTACCGTTAAGCTATGCTCGCTTTGGCATGAAATCTTTTTTCAATAGAAAGCAACGAAAACTCATTTAAGAAGAAAAATATATTATGATACAATGTTTTAATGGAAATGGAATTTTTGGGATGCATCAAATCTCAATGATCCAAAAAAAATTATGTCAGCATATCTTTCTGCCATCAACACCGACGAACTAAACCAAATTAATTGTCTAATTTTATTTCCACCATGAATTATCATTCCTCAAATCCAACCCTTTATTTCATATTCAGAAAAAGCAAAGCATGTGCTTTAATTTAAAACGAATGCCTCCAATAATTACCCAGCTGGACAATTTTGAAAAATTATTCCCAAATACTATAGTATTTTAGAATGTGTATGTCTGCTCTTATTCATAATTTGTCATATAAAACATTAAGATATTTGTGTCTTTTTCTTTTTTATTTTTTGAAAAATAACTGAGGTCATGTTTACTTCAACCGAATGGGAATGAGAATGAGAACGAAAAATGAGAATCAATTTGTGTCGGGTCCTACCATTATTCCTACAAATTTTTTTTCTTCTCAAAATAAAAATGGTAAGAATAATGGTGGGACCCACACAAATTTTCATTTTGAGTCAGACAATTTCATTAATTTCCTACCCGTTCATCAATCTCATTCTCATGATTTATTCTGTGACCCCACACTTTTATTGCAATCTTTGAGGCCTATAATTATTTTAATTAATTGTTTTATACTTTGTTATTTCTTTTTCATTCGTGCTACTACAAATTTTATTATAATAAAAATTTATACTACTATTATTAGTTGATGTAATTTTATTATAGAATATTATAAATTTATATTTAATTTTTTAATTTTTTAATTTTACTTTGTTATTATTAATTAATATCAATANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATAATATAGTAATAAAATAAATTAAAATTTATTATTTATTATAATTAAAAAAAAGATTGATATTTGTAATTAGTTAGAAAGAAAAAATAGGTATACCAGTAATTGTTATATATTTCGATTCCAAACGGTTTTAATAAACAATAATTTTGATTTCGATTCTAAAATATTTATGATAAACAACATAAAAAGAATAACATTCACATCCAGATTGATTTAATTACGATTGATTTTCATTCTAATTCATGTCCCTTTCAATTCAGGTAAACAATGCCAAAGATATTTTTATTATTCAGTTCGCGAGTGGCTAGCCTAAGGCAAAAAGAGACCTATTAAGATAAATAAATGATCTATACGAAATCTAAACGAAATTTTTTAATGAATAAAAAAATTAGAGTAAGATTCACGTATCAAATAAAACAAGTTTCGATGATGTAAGATATAACTTAAAATAAACTTGAATTATTGATCTGTATCATATAATAATGCTCAAAATAGATAGTGATTTAGAATCTTTAAGACCCCAACTCGCTGCATTATTTATTTAGTGTTATTATTTTAAAGAATTTTACTGACTGTATTATACTCATAATTAAAATCATATAACATATAATATTTTGTCCAAATTAATATAATATTAGTTTGTTTTAGTTGCTGTTTTTATAACATTTTATTTAAATCATACTAAAAAGATGAGATTTTTTTTTTTAATGTAAAGACGAGAGAAAGTAATTAATATCACTAAATCTCAATATTTTATATCAATGCATCTAAAGTTATATATATGAATTTTTGCCCTTGACATAGAATTCTAGATTTGCCACCGGAGGTATAGGATTGACTCCCAATAAAGATAATCACCAATTTATTTGAATCAATCACATAAACCAAAGTTATACCATTATTTATGTTAATAATGAAAATAAGTTTGCAACTACATATTTTATTTGAATAAAATATTGTTAGTGGTTGAAGACTATTTTATAGTATAAAAAATTATAAAAGAGAAGTATCGGGTTCGTAGGTTTGCTAAACTTGATTAAGTATGAGTTGTTAAGTTTGTGTTTCGTTGGGTAGAAAATAAGTATGTTGAGTATGAGTTCGTTAAATATGTGTTTAGTTGGACAGAAAATATAATAATTCATATATTAACTATTTGATTGAAATAATTAAAAATAAATTAACATTTTTGTTTTCCGATGAAATTATGAAGTATACTTTTCAGTATCACTAAAAAAATCAATACATTTGTTACTTAATTTTTTTTCAATAATTGTTTTATGCAAATTTATCCACGTTAATTTACCACAAAATCTGTTTATTTTTTTTTCCTTTCTTGCTATACTAACTATATTTATTTATTAATTACCATCAAAATTTCTATTAAACTTAACTTTTTTCCTACGTAGTCAATGATTAAAAAGTAACACATTTTAAATAATAATTATTTAAAATATTAAATTCATTCGTGGTATAAAATATATTTATTTAATTAATTATGCTCATTTGACTTTTATATTGCACTAGTAAAAAGAGTTTTATAAAATTATGGATTTAGATAAATGAACTTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTGTTCAACTTATATATTTTATAAAAAGTTAATGCATTTTAGACGAGAGATAAAAGATTAAATATGAAATGTAGCAATTCAAAAGAATATTGATAAAATACTGTAACAACTTGGGAAATAATGATAAAGTACTGTATTAAATTAGGAGTAAAATAGTATTTATCATAGGAAATTAGATTTATAAATCTGTAAAACAAACGTTGGTTTATCTTAAGAAATCTTACTTCCCGTTTTGGAAACAAAGAACCAAATTACGCCCGTTACTTCTTGAGTTGTCAAAATTTACCTTCTATTCAAGGAGTTATTTTTTTAATCTTCAGGAGAGAATTTATCAAAAAAGTTAAATGATAGTTTTTTTTTCCATGGGGTTGATGAGAGTAATTTTTTTATAGTCATTAAAAATATCATTATCGTTTTTGTTTATACTAACTCCTTAAATGTATTCCAAAAAAATATTAACTCCTGGATTTTCCTAGTACTCCATATTTTATTTTATAGGTGGTTTTTTCTAATATAACAAATGTAAATATGAGAAATTGAACCTACAACTTCTAAAATACTCTTAGGTTTTGTTTTTCTACTGAAAGAAAATAAAAACATCCACGATAACACACATCACATAGCCGCTAGTTCTTATTAATATCAATTATAGATTATATCGTCCAATGTATAAAAATAATTAATAACAAACCATTCCATTCAATAAGAATATGAATTTAAGATGATATAAAATCCTCTTCACATCATAAACATTGAAAACCCATTAAGAGGAATTAAATGAGATATAACATCAAATAAAAACTCCACCAGACTTTGTGTAAAAATTATGATGGATATAATTTTGATTACGGAAAAAATAAAACTTTTGTTGTTGAGAAAAATAAATGAAGCCGAAGACATAGCTCTTGAGCCAAGAGAATTGAGTCCAAACCTATATTTTTTTTCTTCTTATTCAATATTCGGCCGCCACTTATATATAAATGGAGAGAGATTTTCTTATAGGGGAGGAGAGGAGAAGGAAGTTTCAAGAGCTTGAAGAAATAAGAATGAATTCATGAAACTTTTTCTTTGACAGAAAAACGAGAGATTATTATAGAGTGATTGTAATCTTTATGATTTTTTCCCTTGTCGGGTGAATTAGTATAAATTTGATGTCAATTTTCTTTCTTAATATATTTTATCATTCTTGTTCTTTTATTTTATTTTGATAAAAACTTATCGTTCTTGTTGTTTAAAGTTTACATTGAGTTGTCTTTTTTTAAACTTAGTTTTAACTTTATTTACTTTGTTGTAAATTGAAACAACATCTCCATCGAAATTAGTTAGTATAATTGTTGGCTTTTGATTGAGATAATATATAGTTGTCTTTTTTATCTCTAACATTTGTGAACTAGGAGTTAGCTATCGAGAGATATAAATGAATGATGTAAATGTGATGGCGAGATAGCACATCTCTAATGTAACACCACACATTGGAGAGAGAGATCTATTTGTTAGAGATGGCGACCTCTTTTGTTGCCTTTCTCAAAATTCTGCCTTCAATTTATTGATGGGGAAATGAGAAATTTGCCTAATTGGTTGAGGGAGAAATAATTGTATTTAGTACAATAATAGCCAAGATGGGTCTCGAATCTTCGATTCGAAAAGATGGAAATTTGTCGCTTGCTAAGATGATCTTCCCGGCCCTTCTCTTGATAGAGGACTAGATCGCCTCCTATGGATTCATTCAAGCAATGGCTTATTCACTGTTAAATCATGTAAATCCATCCTCTCATCCTCTGCAATAGTGCAAATAGATTCCATTTTTACCACTTTATGGGATATGCTATTTCAGTAAAGTCTTCATTTGGTGCATCCTTCACCGTGGTCTCAACACAAACAAAAAGCTCTAGAATCGTCTCCGATCAGTCGTCATTAGTCCCAATTGGTGAATTGGTGTATTTTGTGCAAGGGCAATTCTGAATCTCTGGACCACCTATTTTTTCATTGTCCCTATACGGTGGACCGTTTGACCCATCTTTTTGGTATTTTCAATATTTCCCTTCCTCTCCTTGGGCACATTGAAGACTTCATCAAGGAAGCTCTTACCTTTAATAAGGAAATTAGGAGGGAAATTATTTGGAGCAATGCAATAGGTGTGATTCTCTGGAACGTTTGGTTGAAGCGAAACAACCGCATATTTTCGGATGTCTCTAGACCTTGCGCTTATCTATGGGACGATTCTTTGATCTTAGCCTCCTCATGGTCTTCCAAATCTCCTCTACTATGTAATTATACTCTTTCTACCATTTCTCTCAATTGGAGTGCTTTTATTTAGCTTCCTCATTTTGTATGTTCCTCACATACCTACTTATACTTAATGAAATGGTATCCTTTCAAAAAAAAATTTTTTTTGACAGGCTAATGTATATCTCCTACTTTCTTTAAGAAGTCATAAGTTGGAATTCTTGCCTCATTTTCTTGATGCAATTTAAAATTAAAACAAAAAGGACACAGGTAAGCCACTATCAACATTTGATAATGGAAGATTCTTTCCGGGATGTTTAACAAAAACGAAAGAAAGAGAGCAAATTAAATAGGGGTTTAAATTCCATGTCGATTCCTAGACTTTTAAAATGTCTATTATAGTGTTCAAATTTTGAGAAAATAATCTTTTTGGTGGTCCCGACCTTCGTAATAAACTTCTTTTAATACAACATATGAGTATGAAAATTCGAATTCATAACATTTTGATCATGCCCTAATACCACTTGAACTATGCTCAACATCACAACATTCTTTTAATATTTTGTTGATTTTCACGATATTATGAAAAAAATGTCGATTAAACTCTCATGTGAGTATCGAATCACTTACATATTGAAACATCAAAGGTGAAAATTGATTTCTTCTGTACAAGGGGAAATCTCTAGTGGGGCATTTTAGGGATTTGGACAGAAGATTGTCACCTAGGGATAGGGCATCAACACCAAACCCCCCTTCACGATCTCTGTGTGAGAAGGTCATAAAACTTAACCATGTGTTATTAATTTGTCAAAATCAAAATAAATACAATTACCCACCAAGTACTGTTTCACTATTTACCCACAGTAAGATCTCTTTTTACTGTGGTACAATAACAGAGCGGAGTGGTCTCCGTCAGTCGTCTCATAAATGATTCGGACAAAATTTCTCAGCTTTCTCAGGAATCTGTCCTTTTTCCACACCATAAAACCAAGAGATAAGGCAATTTGGAACCCAAAAAAAAAAGGAAAAAAATTCGTGTGGTTTTAAATTAGGTTGTTGATAGAAAATAACACCCAGAAAAACAAAGCTCAGTGGTTTGGTTGATTAATGGATTGCAACGAGGTTTTTGACAAGGCAGATGAGCTTTTTCCACTTCCTCCTCTTTCCTCTTTGGATTGTGTCTCTGTTCCCCAGTTTCCCCTGCTGTCTTCTCCCATGAAGCCCAAACATGGCCGCCACCGTAAGTCGCCGCCCTGCACCTCCGACGATGTCGCCCACGGCAACCCCAACGAGCTCAAGAAGAAGAAGATTATCCACAGAGACGTGGAGCGCCAAAGAAGGCAAGAAATGTCCACTCTTTACACGGTTCTCCGCTCCCTTCTTCCTCCTGAATATCTTAAGGTAATTAATTCTCAAACCTCGGATTAAAGTTTTCGTTTTTTAGTGTTTTATGCCATCTTTATACCCGAGTTTAAATCTTTGGGATATAAATGTTAAGACAATTTACGTGTATGCCAAAAAAAATTTAACTTTGCTTGTGGTTTTACCCAAAACAGCCCTGTCTACGGTGTTAAGATACGTTTGATTAAAGTATAATAAGATATGGTTGATGGTTTTCGTTTGATTAAAGTATAATAAGATATGGTTGATGGTTTTTTTGTTATTTTAAAAAGGAAAAAATATATATTTTCCTGCCTATCTCTCTGGACACTTGTCAAAAAGAAAATTTTTCTAAATGATAGTTGGTAAATTCTTTTAAAGACTTCACATATTTATTTGTTTTTTAGTACGACTGTGTTGAGGGTGGGGATTCTCGTTCCATGTTAAGATGCATGCACCTTGTTGAGTACACATGTACTGTTTTTCAAAGGTTTTCAGTAACTTTCAATAAAAGTGGTTCAAAACAGCTTCATTTTCTTGCAGAACAGGGGAGTGCTGCAGCTTTTTTATAAGATGCTTGTAATTTCTCTTTTCTAAACCTACTGTTTTGTAGTTTCTCCCTCATTTCACACTTATTCTCCCATTTGAATATTCACTGAGTTGCATCTTAACGTGGATGGACAATAAGAGTAGCAACTCATTTATTTATTTATTGAGAAGGAAAAGAAATCCCAACTCATAACAGTTAGCATTTTTTCCTCAACAGGGAAAGCGGTCGATATGCGATCACATGCACGAAACGGTGAAATACATTCGGCAAATGCAGAGCCGGATTTGGGAGCTGTCGGAGAAGAGAGACGAGCTGAAGAGGCTCTCCGACAAGGGTTCGGACACCACGGTGGAGACGCTGAACGGCTCGAAAAGGGACTCGGTCGTGGTGAGGCGGAGAAGCGGAGGAGTTCAAGTTGTGTTACATACTGCGATCCGACACCGGCTGCCCGTTTCAAATGTGTTAGAAGCTGTAGTTGCGGAAGGGCTTGAAATCGTCAGCTTTAATTCCACCAAAATTAACGACAGGCTCCTTCACACTATAGAGTTAGACATTGGCAGCGCCCAAAGAATCGACATCTCCGAGCTCCACCATAAGCTCACCAACTTGGAATATTTCCCATTGGATTAGCTTCCTAAGCCAACTTAGTTTCTTGTTAGAACACGTTCTCTACATGGTACGGAATGTTATTGTCCATTTTAAATATAAGCTCTCTTTATCTAGACAATGCGAGACTTTGATCACATTTTATAGGTACGCAATTAAAAACTGAAATAATATTTAAACCAAATACAACTAGCTGACATGTTAGAATCTGAGCCACCCCAGTTTAGTGAAGCAGAAAAAGTTGGAAGTTCCCTCTTTTCAGCTAACGGGTTAGAAAAAAAATTGTTGGGGAGTAAAGAAAAAGAATAAGGACAATAATGGGTAACTTTCCTTGGATGCTGCCATTGAGTTGAAGAATCAGAAGACATGGAAAAACCCCAACAAGGGGAGTAGAATTTTAATTCTTACATTTAAATAATTCTCGTCCCTGTGCTCCATTTAATTTTTCATCCCGTGAAGTTTCCTTCGAAGTTTCGTGGGGTTGAAATAGGAATTCTCGTTTACTGAGATCAGGTCCTCCACAATAATTATTATTTCCTATTTGTTTTCTTTAAGAAATTCTAAATTAAAAGTAATTTTTTATGATAAATTTTCATTTGAATGGATAAAATGAATTTTGTTAAATTTTCAAAAACCATCTCATGATTCATTAGAAATATCACAATACAAAAAATAATAAAATGTAAATTTCAAGATTCAAATTATTAATATATAAATCCTCAAACGTACCGTGTAAACACACAACAATAATTTCGTAAACCAAATAAATATAACATAATTCAGCCATTACAAATGATTCACATCTTTCTCCAAAACATCATTCACAAAATCACAATAAATAAATAAATATACTTAAAAGAGGGAGAAAAAAATAGAGGAATGAAGGGCTCGTTTGATAACGTTCCTATTTCTTTATTTTTAATTAAGAAAAATGTATTGCATTGTTTCAACCTCCAAGAATTTAAATATGATAAAACAATCTTTTTATTTATGTTTTGGAACAAACTGAAAATGAGAACCAGAAAAGCGAAATTTATTTTGGTCGTTCCCAGAATTTCTATACAATTATGAGAATGCTCAAAAAAAAAAAAAAGAAATAAGAAACAAAGTTAGTTCTAGAAGGTTTAGATTTTTCTTAAAAAAATTGGAAACAAAAACAAGAAATAGAAATAAACGGGTCTAAAATATCTTCCATCCCAACCCGTGGGAAGCCTAAAGAGGGAATTTCATACCCTTGTGTAGGGTTGGTCCCTGCGTGACCTATCTTGCGGGGGAAAAGTAGCATCCCTAGTGGTAGGTCATGTCGAATTTTGTAATACGATGTAAATGTGATGGAGGAATGTATGGAAAATTAATGGAATTGTGGAGTTGGTGATCTGCCACATTCAATGGGTGAAGGGCCATCCAAAGACATATCATTAAAAGTCAATTAAGGTAAAGTTGAAGTGGACAGAAGCATCGGTTTACATCTCTAAATTTGATGGTTTGATCTCCTATCCAACACGGAAAGCAAATTATTTTATTTATTTGTTATTTTCTTTCCTCCTAAAGGTTGAAAGTAAAATGGTTGATAAAAGAAAGATACAAATTATAACAAAATAAAAGCATGTTTAAGGCTGACAAATAGGTCATGAGTTCGAATCACTAAAAAAAATAACTACCTAATTCCTCCGATTCATCACTACTCTTACTCACACCTTCGATAAAAATGTTCACTTTTTGCCCTATTTCATTCGATTATCTTTTTCTGTTAGGATTGATTTCATTCTTGTTTATTTTGTTTATCTATATTTTTTGGTTTTTGGTCATGTTTGTCTTTGTTTTAGTCTCTATATTTTCAACTTTTGTTCATTTTGGTACCTACATTTCTGAAACGTTTTTTTTAGTTCATGTACTTTTAAAAAATGACTATTTATCCCTTTATTTTCATTTTTATCTCATTTATCTCAATGAAAATTTTAACATGACACCTCGTACAATAAATTTCATGAGTCTCAAATTTGTAAAATATTTTCATTATATATAAATTTATTTTAAAATTTTGTAAATAGACGATCAAAATAGTTATTTTTAAAAATACAAAAAGAGAACTAAATCATAAATTTTGAAGGTAGAGGATTGAAATTTACAAAAGTAAGAAAGTAAGACAATCTAAAATAACCGACACAAACTTAGTTCAACAGTTGTCATCTCCCCATTTATTATGTGCTAAGAAAAAAAAATATAAAATGAAGATTTTAAAAATAGGGGAACAAAATAAACAAATATATACATGGAGCTGGAAAGTATTTAAGGTCAAATAATTCATCGTGCATGGAATGCAAAAAGTACTCTATTTTCACAACACATTTACCGTTTTTTCTTAGGATTTTTCCTTAATAGCGTTTTTCTAAAACTTATTCCAAAAATATATTATTAACCACTAAAAATAATGTTTGGAAAATAGATGGCCGTCCACACCAACACTACTTGGTATCTCTCAAGAGACGACGACCTAATGACGTGACGAAACATCTAATTTTCCAAACAATTTTAAATTGTGGTCGTCTCTTCAAGATAGGATCATCTGCTCGCACAAGTAGGTCATCTTGCATGGACGGCCAGGTAGGTTTTAAAAATGAAAATAAAGTAACTATTAAAATTTAAAGAAGCAGTTGATTACCAACAAAGTGTTTGGCGTGGTGGACTTTGAGTCCGAAAATGTGGCGTCAATCGAGCGGAACGCCTACAGAAGAGACGACCATCTATTTTGCCGCTTCACATGTCGTCAAGAGATATTATCTATTTTACAAGTATTATTCTTGAAAATAGTCTGTGTAAGGATAAATTTCTGGAATAGATTTAAAAAAAAACATTATTAAAAGAAATCCTTTCTTCCTTCGGTATCATTGATTTAGTTTCAGGCTTTCTACTATCTGCCAAAAGTTATAAAAGATCACCGACTACAAAACTCAGTGGCTTACATAGAAAGGAGACAGATGAAAAATTTATGAAAGAAACTTTTTTTCTTTTGTGGAACGAATATCGAGGTACTTTGATTATTTTTTTTTTTCATTTTTTATTTTTTTGAAAATAGATTACATTAAATTAAGCCTCTTGGGCTAAAGAAGAAGGAGATCTCCCTTAACCATCTCCACTAGCCATCGCGGGAAGTTAGGGAGCCAAATACAAGTAGCAGTAGATGAAGAACCCATCCTTGCCAGCATATCAGACAGTTTATTACAATTTGGTGGGGAATTGGGGAAAAAATAGATTGGAAAAAAACAGCTAGGGCTTTCATTTCCATAACCCAATTCATCTCATCTTCTAAAGAAAGAAGCTCTCTACGAATTAGACGAATAGCCATGAGTGAGTCGGAATCCACCTGGATACGAGAAAAATTTAGAAAAAGGGCTACCTAGAGACCTTCAATAATCCCTCTAATTTCAGCAAGCAAACGAGGTACTTTCGTTTTAATGGTTACAATGCTTAGTTGTTTTCAACATTTAACTTTCGATTTAATAAAGTTATCACGGAGGGGAAAAGGCCAATTATTTGATACGTACCGCTCCTAACTTTTCTTTATTTGAATATTGTATTTGAACATTTATGACACCTTATCTTTTATTAAAGAGTTATAAATTGATGTATTAAAAAAAGTTGTAAATTTGAATCTACACCTATTGTATTAAAAAAATATTTATTTTTATTTCGGTGCTTTTAGAATAATTATTTTTAGACTTTATGTATATTTTTTGGTTAATTTTATATTTTCAGAAGGTCGATTTTAATTTTATATTGTTTAAAAGTGACCATCTTAATTATTTTATTCTCATTTTTATCTCCTTCTTTCTATTTTAATTTAGAATTTGCATTGGATCCTTTTTCTCTCTCCCCCTATTTTCTCTCTTATAGTTTCCTCTCTTCATCTCTCTACTTTGTCACTCCCATTCTCTACTGTCTATGCTTTGAACTCGGTTTGGTTTTTTCTTTTTCCTCACGAATGCAACAAAATAGAAACGGAATCATAATCATCAAACTATGCCAAACCTAAGGAAAACAAAAAACAAAAAAAAACAAAAAACAAAGAGTAGATAAACTAAATAACAAGGCAAAAAAGTTGAAGAGAACATAAAAAAAAAAAAAAAAAAAAAAAAAAAAAACCGACAGGACACGCACAAATATGTCTTTGTCGCGGTTCAGATTCAGAAAATTGAAATTAACAGCATTAAAGAGTTCTTCCATGAAAATGAGAGAGACCAACATGACCAAACTTTTAGATTTTAAATGTTGGAAGGTTAGCATTTCAGGCTAAACTGAAAAAGAAAAAGTATTCTATCTGTTTTACACTTACTTTTAATATCAGTTTCAAAAAGGAACAAACGTCTGTTAGTCTTTTGAATGGAAGATTGATGAGGAAGAATTTGATGACATGACAATTAATATCTCAATTTTGTCATAAAATTCTTCTTCAAGCTTCTTCTTTGTCTACCTAATTAGTCGTAGTTCCCATTAAAAAACATAGTTTCTTTAACATTTTTTTTTCAAATTAAATTTAGGTAGGCTTCTTTATTTATTACCACGTTGCTACAGATTTTGTCAAATGAAATTTTTATTAAAAAAATATTATAAAAGATATATCGGGATGGTATTGAAATTTTTAAAAGGAGTTTTTGAAAAGATTGAGATAATTTTTAGTAAATAGCAAAGTTTTTTTTTCTTTTAATATAACTTAATTTTCATCCTACAAAATTTATAGGCTTATAATTTTTTACAATTAAAAGTTATTGAGTGAAATTGTAACAATAATTTATTATTTTATAATTTTATAATTTTTTCTTGTAGAAATGAACAAGTTATAAAAATACACGCTTTCGTCGCGCGCACGGAGATAAAAACAATAATTAAAATAAAAAACACACATTTCATGCGTTCGAAGAAAATATATATGCCAGGAATCATGTTTGGCGTGTGAATGAGACGAAGCGTGTGAATAAAAAAAAAAAAATTTATAATTGTGTAAGTTGTGGGTATAATAAATGAATAGAAAGGTGGAATCTTTGTGTAATAAATTATAGTAGAAGGATACGGCCAAAATATGGTTTTTTCTCTCTCTTTATTATAACTCAGTGGAAATAGGGCAAATATATAATAATTGCGTTGTTGTCATTTATTGAATTGAAAGGTAGTTGAACTATCGTTGATAGATGAAAAGTAATTAATTGATTAACTATTCTCATAAAAATATTGATGAATTATTAAATTTTGTTCTAAATTAATTTGAATTTGATTGTTTTCATTATTAATTTGATTTAAATGTACTAGCTAATTTATTCTTTTTTTAATATAACAATAAGTGGATATGTAGATTCGAATTTACGACTTTTTTGATTGGAGATAGATATCTTAACTAGGTGAATTAAGTTTATCCTGACTACCTAATGTAATTTATTGATTATAATTAAACAATATAAATAAATATGCACAAAAAGAGAAAAAAGGATAAAAGAATGAAATGAAACTAAGAGAGATCTAGAAATTTGATCGTAAGCAAAAGAGAAACTTATAATTTGGAATAGTTTATTTAGTGAGTTCAACAAATATACCGATGGGTAGTGGCGGATCCAAGATTTTACGTCGGAGGTATAAATGNTCAAAAGAAAAAAAAGAACTAAAGCAAAAAAAAAAAAATAATAATAATAAATAAATAAAGATGTGCTTTAAAAAAAACACGTTCGTTGTGGTTAAACGATTCACATGGAGGGGATCGGAAACAACCGAGGTATATAAAGTTTTGTTCCATATTTACTGGTCCTCACGAGGATCCGTTCCTGCCAGTGGACCACCATGGAACCTTAAGTCAACATGAATATAACTTAGAGATTAAAGGTGGTTTGATAATCATTTTATTTTTTATTTTTGGTTTTTGAAAAACAGATTTATTTCACAACCAAATCAATTCAATTTTCTGTTTCCTCTTTTTTAAAAAATATTTTGGAAACTTAAAAAAAATTATAGTTTTTAAAAATATATTTTTGTTTTCAAATTTTTTTTTCTTAGCTGCAGTGTATTCTTAAATTCAAAAGTATAAATTAAAAATTATTTTTTCTGAGAACATTTTTTTCTTTAAAATTTTGTAAACAAGTGGATGGCGAGATTAAGGTGGCTATTGGTCTCTTGTCTAGTTGTTTTAATTTTTTTTTTTTGGTGTTTTTTGGTAAAGTGGACAAATTAAATTATGCTTAAATTAATAAAAAAAAGAATATTTAAATAATTGGAGTGTGTATGAAAATTCTTGTTCAAAAAAGGAACTCGAGTATGTCTGAAAATTATTGTTCAAAAAGTTGTTTGAACTTTTGGGTGACGGATTGAATTTTTCTTTTGTTTTTCACAAAACTTTAGGGTTTAAATAATATATTTTATATTTGCAATTATTTGTCACTCTCGACTTCTTATTTTCAAACATCGCTGTTTGGTCTTTTTTAGCTATTTTACTCCTAAATTTGATCTATTACTTATGTCACACATTACAATATTCGAACTCTCTAGAATTAATATTATTATCAAATAAAAACAAAAGGTTAATTTCATTCTGAATAATAATACATTAAATGAAAATAACAATTTTAACACAAATGAATAATTATTCCTTAAAAACCCACTTAGGAATTTTCCAATAAATTAAAGAACATAAATTTGATGTGATGGTTCTTGTAATATGGTTTTTTTTAATACGACATGTAGGGTGAGGATCGAATTCACAACCTCATGGTCGAAGGTATATGTCAATTATCCTTGAACTACGCTCGCTTTGACTTCCTGTAATATAATTTAAAATATACTTTGAATTACTATATTATAACAATGTCTCAAATTAAACAATGGTTTAGAGTCTTTAGTCCATAGCATATTATTAAATTCATTAAGTATAATTAAAATATATTTTATCTGATAACAAATTTTTCTTTTAAAATTTGTAAATAAGTGGCAGAAGTGATTCAGGAGGCTATTAGTCCCTTGTTGTTTCTGTTTTCAATTTTTTTAACTACGTCACCAAGTTGAATAAATTACGTTTAAATTGAAAAAAAAAATTATAATAATTCGAGTGTATATATATGAAAATTCTTGTTCAATAAGTAACTCAAGTGTGTTGAAAATTATTGTTCAAAAAGTTATTTCAACTTATAACTTTTTGGTGTGACCGACTGAATTTTTCTTTTCTTTTTTACTAAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTTTTGTTTTTTTTTTTTTTTGTTTTTTTTTTTTTTTTTTTTTTTTGGTTTTTGTTCATTTTAGTTGATATCAGTAATACGGATCCAGGATTTTATCTTAGACGACAAGAAAATATCAATTTTAAACATGAACTTGACAATGTGTATTAATTTACACCTTACAATCACATGTGTCGCAAATTTTACCCTTCGATATATTTTTATTTTAAATTTTATTGAAAAAAATGTATAAAATGATGGATAGGATTTAGAGGAAAAAAATAACATTAGAGTTTGTTTTTTAGCTTAAATTTATAAGTTTTGGGAGGATTATTTAATACTAGATTTTGTTATTAATCAAACTTAATTTTGAGAAACTTGATTTAACAAAAATTAAATAAAAATCAAGTTTTTTTTAAAAACTTGATTTTTACTAAATTAGAGAATTTTGTGGTTTTTTTTTTAATTTAATAGAGGTATGAAAAGTATGACATTTATATAAGTTTAGGATTATGAATTTAAATTTATTAAAAAAGTTAACTAAAAAAGTAAAATAAAAATGCACAAAAACAATAAAAAATAAAAAAACGTTCTAAAAAACAAAAAATAATAATAATAATAAAGAAAAATAAAGAGGAGCGCTAGCTGTGATTGAAATCGAGACGGAAAAATAAAAAATAATACAAAAGGAAAACAAATAATAAAAAAAGGAAAAAAAAGTTAATAATAAAGGACAACAAAAAAGAATAAGAAAAAAGGAAAACTAAAATAATAATAATAAACAAAAACAAAATGGAAGCGTTTAATAATAAAAAAAAAAAGGAAAAAAGAAAAAAAAATGGAACTGCGCTGACCGTGATTTGAACACGTGGTACTAGGGCACATGGTAGGGGGAGGGAAAAACACTACGCCACTCAATGCACTATATTGTATATAATGTAAATTCAGGGAACACGTGTCCCCACCTATCTGATGTAGATCTATCCATGATTGATCATACTTTTAAAAACATACGTATGTTTAAAAAATTTACCAATTTGATCTCTCCGTCTGAAACTTTAACACAAATTTGAGGCATAATAGAAACTTTTTAATATAAATTTATAACTATATTTTAAGAAATTTAACGATTGAAATATTATATTAAAATTTATAAGGGAAAAAATTAGATAAATTAAAAACGAAGAGACCAAAATGATAGCTTTTCAAAAGTAAAATTGGCGTCTCGAAAACACAATAAAAATATAAAGTTAAACTAAAATGAAAAAAAAGTACACATTACATGAATCAAAATATAAATTAAAACCGAAGATACTTAAACAAAATAGTATTACATATTTATATATAATGAAGTGGGGTTGGTAAAGATTAGTCCAAACCCACCGTGATTTATACATGTGATTACTTCACAGCTCTCAACGAATATTATAATAATTATTGGATATAATGTGCAACACGTAATCTAATTAAACTTTTTTCGGAATAAAAATGAAAAGGATTAAAAAGTGAAAAAAATTTGGTCTCACTTTAATACATTTTTAATTTTAAAAAGCTTTTCAAATTAAGTTACAAGAAATCCTTAGTTGCTTATTGGTGTGCAGTAAGGACAGTATCCGACCCTTGCCACCATTGAATATTTGATAATTAAGAGAGAGAAAATACAAAATTAGAAACTCTTTGTCAATTTTTTTCAATGATGATGAGAACAAAATTTAACATTCACCGGTAAAGAGTCAAGTATTTTTTTTTGTTGGTTATTAAACTATTTTTTCGATCATACTTGTTCTCGGTTTTCGATCATACTTGTTCTCGGTCTCTATCATCAACACTATTAACAAAATGTTGACATGTAATCTATTTATCTGTCCAACTTAAGTAAATTAAATTTTATTTAAATGGACATACATGTAAACTTTCTAATTGTGTTAGCTATAGGAATTAAATATAAAAGTATAATTAATAGTTCATGAATGCAATTAAAATGGTTTATATACTTCATGCGTCAAAACATGTGCTCTTTAATTTTTATGTAAATGTAAGTTTTATATTCAATTTATAAAGACTAAATGCGTGGATTTTAGTATAGTTTAGTGGTTAAAACATTCATATTCTCTAAAGTTGAAGATTTAATCTTTCTCACAATTGTTGAACTAAAAAATAAATGATTAAAGGTGTAATTTTATCCGAAGAAAAGAAAAAGAGTAAATAAAAAGTATTTTACTATTTAACATNNNNNNNNNNNNNNNNNNACATTAAAAACTTTAATAAAGCTTCTTATCATTGAAATTAAAAAGAATGAAAAAGTGAAATATAAAATATTATCTTTTGAGATTGCAAATTCGAAAACTTTATCATAGATTCTTAATTTATTTAATTAGAAAGTATGAAAACTTTTTTTAAACAAAAAAATAAATTACTTTATTAATTTTTTTTTTTCAAATTGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAACTTCTATGAGAATTTGATAACATAAAATAAAAAGATTAATTGAGTTGAAAATATTTTACATTTTAATTTGATAAAATAGACCTACCACTCATAAAATAATAAAAAAAGAAGTGCTAATTTCATATAACTTAGCACATTTGTAGCAGTTTACTGATTGTAATACAAAATTGGACCACTAAAATGTTGATACAGTTTTACCATTAACAACCTCATAAAAGTTAATCATTTTTAAAAATTAAATAATACATCTTCACTCTTTTAACATCTAGAGGCAATTTGTTTTCAAGGATCGTAGATCTCTGAAATTTTAAGTATTAAAAAATTCAAATATCTAACATCTTTAGATAATTATATTTGTTTTTCAAGAAAGTTGATGATGATGTAGGAAAATATTTAAACATGGTTATGTCACTTGAAAATGTCTTAAGAATTATAATATTGTTAAAAAAAAGGCAGTAACTGTAACGAATATTCACGTAACATTGACTTTTATGTCTTTATTAATTAATTTTTTTTATCAAATAAGTTTATATTAATTTTATTATTTTGTATAATACATCTACATTAATGTGACATTTTTATAAAATATATAATATTAATTTCAATTTTAATGTGAGCTTCAAAAGAAAATTATATAATTGATAGCATTTTTTATTGGATTATTGTAGAACCATAAATTTTTTGCCAACCATAAACGGCCACGTCATTATCTATTTTGTTTAGGGATTAATTATATATTAATCCTAAATTAAATTAAAGATAAATTGACAATTAAAATATGTAATTGGGTCAGAGAACTGGGCTTGTAATTAATTTGGTTCACAAACTTGGCCCAAAACCCAATTTACGAGATATTAATATTTAAATTTAAATCCATTTAAAGAATTGGGTTGTGCTCAAAATTATCCAAGCTCAAAAGCCCACAAAACCTGTGGAAACCTCTATAAATAGAGGGACCTCATTCGTTTTAAAGGTTCAGAATTTGAGAATTGAGAGAATTCACAAAGACTCTCTTGAAGTAATATCGGGCTTGAATCTCACCCGGAACTGCATAAATCTCGTCCAAATTTCATAAATCTCACTATACTTAAAAAAGATGTCCCATTGCTTGATGGTTTCGTAAGCGTCCCACTATTCTACTATACTTAAATCTCGGTGAAATTGCATAATCTCGATTGAAATTTATGTAATCTTGGTCCTCAATTTTATTATTATTTTTTAATAGGGGCTCATTGAAATTAAATGGGCATAAATCTCGAGCTTGAATCTCGGTGAAATTGCATAATCTCGATTGAGATTTATGTAATATTGGTCCTCAATTTTATTATTATTTTTTTAATTTTGATTAGTTGAAATTAAATGGTCATAAATCTCGACTAAAATTGATACAATCTCAAACCAATAATCTTGTTTGTATATATATTATATATAACAAACGAGTGGACAAAAATATAAGTCAAAACTCGTAAATTTTTCTTGAGAATTGGCATCTGCCTTATTTCTTGAGCATCAATTCGCCTCGGAAATAAAGTAGAGGCAAAAATGAGAGGCTTAAACTCAGGCAAGGCCTCTGTCTTATTTCTTCTGCCATGATCTCGCTCGGAAATGTTTCCCGAGAAATTATCCAAGGGCCAAATTAGAGGCCAAAACTCGGGTAGAACTCGCCCGAGTTATGAAATTCGCCTGAAAACATCGGTTCACGGGCGAGTTTCTATAAGTTTGGTTGTTTTCCGGGCAAAGTTTTCAATATATACATTTATTTGTATATTATTTTAATGATATATATATTCGAACCTTTGCATGCGTGGTTAGAAACAAAAAAGGAGTAAAATCCGCTAAACCAAAGAATATTTTCTGCAAGATATTCCAATTATAAACATTTAAATGGTTGTTTTTCAATTTTTATCCATTTCTAATATTCAGAAATAAAAATACTAAGCTTCATTTCACAACCATCAAACTCGAATCCTCAAATTATAAATGGTGAGTCTAAATCCATGAGGCCAGATACTAATTTGCTAAAGGAAATGACAATTAAAATGATATATTCAATTTTAAATTTGGTTGAGATACCTAAAGTATAAAAATTGGTTCGTGAACTAAAGAGCTTCTAGTGATCCCTAGGCTGCAAGAGGTCCAATTGTTAACTCTCACGTCGCTGCCAAGCAAGACCTACGAATTTTCCAATCTTCTTCTTGTTTCAATTATGTGGTCTGTCGTTCCTGTCTTGTCTTTTTAATAAAGAAAAATAGAATTTCATTGCTTCAATATCCATAAATTTAAGAGTGATAGAACACAATTTTTATTTATATTTTGGACTAAATTAGAAATGGTAACAAGAATCAAGAAACTTATTTTTGTTATTTCCCTTCTACAAGTTTGAAATTCTTACGATTGAGTTGCCGAAAAGGAAAGTGCACCTTGTTAGTATAGGTAGTAACTATCAATTCTTTTAAGCATTTTTTTAACCATATTTCCATGGTCTTAAATCTTTCGCGACAACAGAGTTTACTATGATTTTAAGATAATATAATGGACTAATACAATACTCTCAAATTTAGAAGCTTCACCAAAAGCCACCCTAGCTTTTAGGAATTACTGTTGCAACATCACCGCAATGCGGAGAGGCTGACGTCATCCTTTGAAAAATCTCCTTCGAGATAAGGGTTTGGAGTCGCCACCAATCATCTACGAGATGTAATTGGTTACCTATTTAAAAATTTTAGTCTATGAAAACAAATACTTTTTTTTTTGTTTGGGAGTCGATTGAGCGTAAGGAGATGTTAACGACATCCGTTCGAAAACGGTTACCAAATTTTGTAAGAAATTATCCTATTCTATTATTTGATGCAAAAGAAAATATTTTTATGTTTTTATTTAAATGTCTCATATTGTATTATTTCATATTATGAATTATTAATTATGAGTGGCACGAAGGCCATTAGGAAGAATATTGGAAGATTCCAATTTCCGTCATTGGAGTTTTCGAAATAATTATTTAGGAAAAAATGATAGAAAAAAACAATAGTAACAATTTTTATTTGAGGCACAAAGGACTCAAACCTAAATTAGGAATATTGTTAACACCCAAGCCCCTTGTCACCGTGCCAACACTTTAGGTGCAAACTAAATTTCCTTTTTAAAAAACTAAATTTTTATTTTCGAACATTGTTTTGAAAAAAGAAAAAGAAAAACTCTATCTAAACGAAATATTTTATTTAAAAAAACAATATTAAAACGTTTTACTACTTTGCGACTTGAAATTCATTTATTTTAAAATAAAAGAAAAAAAAACTTTCACTTTAAAAGATCTTTATTTAGGGAGAAAAAAATTTACTTTTGAGAAATCATTTATTTTAAAATAAATTTATTTATTTATTTTGCATTTTAAAAGAGGCTTTAAAACTTAAAACAAATTATCTCCTTTTAAGACCTAACCCTATTTATCAAAAACATATTTAAACCTTATTAATAGATTTCCTTTTTTTCCTTTTAAAAAAGTAAAAGAAAAAGTTTTGTTTTGTTTTGTTTTACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTATTAGATTTCTTAAAAAAGAAAGAAGGAAAAAGGTTGGTTTCTTTTTACCAAAAAATAAATAAATAATTTCTTGATGCTATCGAAGGAAAATTTCTTTTATTTAGAAACTTGAGGACCCACATTTACTTACAAAAATAATAAACTAAAATAAATTAAAATAAAATTAAAATTATGTCAGATTAAATACGATGTCTACAACTATGACAATAGAATTTTGGGAAACAAGAATAATAAAAAACCTCATAAAATACACACGAGATGATCTACATAAAATTTTCATCTGTAGTCTACATAAAATTTTCTCTCTCTAATATGTATTTTCAATTTTCTAACTTTTTCAAAACTAAAAACTAAAAATGGTTACCAAACATGTTTTATGGTTTTTATTTTTTAAAAACAGAAAACTAAAAACCAAAAACTAAAAACAAGAAAATCAAAAAGTAAAATGTTTATCAAACGGACCCTAAATTTTTTATTTTTGAGTTTTATTAGATGATATATATTTTAACCAATAATTTAGTTGGTTTTTATATATTTTCTTATAATTAGGATCTAAAACGTGTAGACATTTTTTTAGTTGGACACCTCAACCTTTGAATTTACAAAATATTTAGTGAAATGCAATGATTGAGGATGCGCACCAAAAGTTTGACTAAATGTAAACAAATAACATGTTGTTGGCTTATAAGACATTATTTACCATGTTTGTTCCAACTGAGATATGGAAACCTTTATGGCCAAAATTTTGAAAAGAAAAATATTTTCTCTCCTTTTGAAAAAATCCAGAGCTATCAAACTTTTAATAATAGTTGTGACCATACCAAACTCATATTCATAGCAATATAAATTACACAACCCCAAGAAAATGTAAAAAGAAATAAAAAATCTGATCCCACATCCGACATGTGCAGTTTGCAGCTTTAATGTACAAAGATATGAAAAAAGGGATTTTTAAAATATATTCTTTTCATCAACTTTTGAGATTATATCCATGGAGTCTCAAATATTTTTATTTTCTAAATCGTAAAAGCAAGATTTCAAACATTTACAAAAAAAAAAAAAAAAAAAAAACCAATTGATCTACACTCAATTTGACCTTTAACTACTCCATTACAATGTCTGCGTAGAGAGATAAATGTTCAACTAACAAACTTATTAGATATGTTTTGGAAGAAAGACATATTAGATAATTTTTAGAGTAAATTAATAGTAACGTTCAAGCAGGATTCTGCTAAGCTATCGAAATAGCCACATGGCAATTTAGATGAGATGATGAGGTGTGGCCTTAAGCTTCAAGGTAGGACCTGCAAAAGGAACAAACACTTCGACACTCAAGTGATCGGTATGACACGAGATGAGTAGATCATTCTCATAGCAGAATTGTGTACCTGACTGAGTGACCAATTGCCCCTTTTATAGGCAGTGGGGGGTGGATAAGGCTGTTTGAACCGCTCTAACCGGCGGTTACGAGTTGTTGAACCCCAAGTCGATTGTTGGACCTGAGGTCAGAATCCCCAGGTCGGTTGAAGAGAAATTAGTTGATTCTCCAATTGGTTTTATGGTCTTCAGCTCGATCCCAAGAGTACTAGGTTGGTCTTTTGCGTTAAGTTAGTTGGACGGATCTGACGATATCGAGCTGACTTGGTTGGTCCACGTGTCATGTTGTACTTTTTCACTGGACAAAACTTTAAAATTTCAAATATTTTTTATACTATTTGAAAAAGTTTAAATTCCATCTCCATCCTTACTTTGCCGTTGATTCTAGTCCCTATGGTTTTAAAAGTACCAAAATTAAATAGAAATAGAAATATGAAAATAAATCAAAACAAAAAAGTAGGATACCAAAATAATAAGAAAAGAGTAGTGAAAATAAGTGATTATAAATTAAAGGGGTTTGTGTGATTTGGCTTTGAGAAATCCCACTTTTGCTTCCTAGGAAAGCTCGAGGGAGGAGAAAAAATAATTATAAATTGACTCTCTCTCTCTCGTTTTTTGGCACTGGCAAAAGGGCGGCCTTTTTGGGTTTGCCAATAATGAATTGCAGAATTGATTCCCCATTCTCATTTGATGTGGTAGATGACCTATTCCCTCTCCCTCCTCTTTCCTGCATGGATATCCCTCTCCCTCAGCTGCCCTCCGTCGTCTCTCCCCCCGCCGCCGCCCTAAAGCCCAAAAACTGCCGCCGTCGAAAACCGCCACCCGTCTCCTCCGACCACAGCAACCCCAATGAGCACAAAAAGAGAAAGATCATCCACAGAGACGTGGAGCGCCAAAGAAGGCAAGAAATGTCCACTCTTTACGCCACTCTTCGCTCCCTCCTTCCCTTTGAATATCTCAAGGTAGACTTTCGTAGCTTGTAGTTTAACTCAATTTCGGTGTTACACCGACCTTTATGAAATAATTGACAACTAAAATAATGAAGTGCATCCATCCGAGAGATGACATAGGAGTAAGGATTTGGAGTTTTGTGGTATCACCTACCAAAAAATTTTTTGTTTTAAACCTACATTGTTGGGACATCAATTTCGAGAAATAAAAAAATAAAATCAAAGTAGATTTTTTCCGTGTTCATTAATATTCATGGATGCCCATTTCACTCATCAATTTTATCCGGATCCCATTTTTAGACCGCATGCTCAAGTTTTGTGTTCTGATACGATGTCTATTATAAATTCATGTTAGATCCTTATCTTATTCATGTGAGATCTTTAACGGTTATAATGATCAATTTGGCCGCAATTCTATTTGGACAGGGAAAACGGTCGATATGCGATCACATGAACGAAACGGTGAAGTACATACGGCATATGCAGAGGCAGGTTCAAGAGCTGTCCGACAAGAGAGAGGAGCTGAAGAAACTTTCCGGCGAGGATTCCGACGCCGGCACGGCGGAGACACTGAGTGCCTCAAAAAGGGACTCCGTGGCGGTGAGGCCGAGAGGGGAAGGGGTCCAAGTCGTTTTGGATACGGGCACCCAACACAGGCTGCCCGTTTCCAACATTCTAGAAGCTTTACTCGCCGAAGGCCTCGAAATCGTCGGCTGCATTTCCACCAAAATAAACGACAGGTTCCTTCACACCATCGAAGCCGTGCCCGACGGTAGCCTCCGAAACATCGACGTGTCGGAACTCCACCATAAATTGACCAACTTGGAATATTTTCCATTGGAT

mRNA sequence

ATGGAGTTGGCCTGCTTTGAATCTCCATTTCCATTTGATCAAGTGGAGGAGCTGTTCCCTCTTCCTTCTCTTTCCAGTTTAGATATTCCTGTTCCCACGCTTCCCTTCAGCTCTTCCATGGAGAAGAGTAGTGATAATAATGTCTCCCAAAAGCCCAAAAATGGCCGCCGGCGAAAGTCTCCCAATAACACTACTTCCGACGACGTCGGCTGCTACAACAACCCTAATGAACACAAAAAGAAGAAGATTATCCACAGAGACGTGGAGCGCCAAAGAAGGCAAGAAATGTCCACTCTTTACGCCAATCTTCGCTCCCTCCTCCCTCTGGAATATCTCAAGGGAAAACGGTCGATATGCGATCACATGAACGAAACGGTGAAGTACATACGGCATATGCAGAGGCAGGTTCAAGAGCTGTCCGACAAGAGAGAGGAGCTGAAGAAACTTTCCGGCGAGGATTCCGACGCCGGCACGGCGGAGACACTGAGTGCCTCAAAAAGGGACTCCGTGGCGGTGAGGCCGAGAGGGGAAGGGGTCCAAGTCGTTTTGGATACGGGCACCCAACACAGGCTGCCCGTTTCCAACATTCTAGAAGCTTTACTCGCCGAAGGCCTCGAAATCGTCGGCTGCATTTCCACCAAAATAAACGACAGGTTCCTTCACACCATCGAAGCCGTGCCCGACGGTAGCCTCCGAAACATCGACGTGTCGGAACTCCACCATAAATTGACCAACTTGGAATATTTTCCATTGGAT

Coding sequence (CDS)

ATGGAGTTGGCCTGCTTTGAATCTCCATTTCCATTTGATCAAGTGGAGGAGCTGTTCCCTCTTCCTTCTCTTTCCAGTTTAGATATTCCTGTTCCCACGCTTCCCTTCAGCTCTTCCATGGAGAAGAGTAGTGATAATAATGTCTCCCAAAAGCCCAAAAATGGCCGCCGGCGAAAGTCTCCCAATAACACTACTTCCGACGACGTCGGCTGCTACAACAACCCTAATGAACACAAAAAGAAGAAGATTATCCACAGAGACGTGGAGCGCCAAAGAAGGCAAGAAATGTCCACTCTTTACGCCAATCTTCGCTCCCTCCTCCCTCTGGAATATCTCAAGGGAAAACGGTCGATATGCGATCACATGAACGAAACGGTGAAGTACATACGGCATATGCAGAGGCAGGTTCAAGAGCTGTCCGACAAGAGAGAGGAGCTGAAGAAACTTTCCGGCGAGGATTCCGACGCCGGCACGGCGGAGACACTGAGTGCCTCAAAAAGGGACTCCGTGGCGGTGAGGCCGAGAGGGGAAGGGGTCCAAGTCGTTTTGGATACGGGCACCCAACACAGGCTGCCCGTTTCCAACATTCTAGAAGCTTTACTCGCCGAAGGCCTCGAAATCGTCGGCTGCATTTCCACCAAAATAAACGACAGGTTCCTTCACACCATCGAAGCCGTGCCCGACGGTAGCCTCCGAAACATCGACGTGTCGGAACTCCACCATAAATTGACCAACTTGGAATATTTTCCATTGGAT

Protein sequence

MELACFESPFPFDQVEELFPLPSLSSLDIPVPTLPFSSSMEKSSDNNVSQKPKNGRRRKSPNNTTSDDVGCYNNPNEHKKKKIIHRDVERQRRQEMSTLYANLRSLLPLEYLKGKRSICDHMNETVKYIRHMQRQVQELSDKREELKKLSGEDSDAGTAETLSASKRDSVAVRPRGEGVQVVLDTGTQHRLPVSNILEALLAEGLEIVGCISTKINDRFLHTIEAVPDGSLRNIDVSELHHKLTNLEYFPLD

Homology

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BLAST of MS017875 vs. NCBI nr
Match: XP_022156904.1 (transcription factor bHLH118-like [Momordica charantia])

HSP 1 Score: 379.0 bits (972), Expect = 3.1e-101
Identity = 205/246 (83.33%), Postives = 216/246 (87.80%), Query Frame = 0


Query: 7   ESPFPFDQVEELFPLPSLSSLDIPVPTLPFSSSMEKSSDNNVSQKPKNGRRRKSPNNTTS 66
           +SPF FD V++LFPLP LS +DIP+P LP   S   +     + KPKN RRRK P    S
Sbjct: 6   DSPFSFDVVDDLFPLPPLSCMDIPLPQLPSVVSRPAA-----ALKPKNCRRRKPP--PVS 65

Query: 67  DDVGCYNNPNEHKKKKIIHRDVERQRRQEMSTLYANLRSLLPLEYLKGKRSICDHMNETV 126
            D   ++NPNEHKK+KIIHRDVERQRRQEMSTLYA LRSLLP EYLKGKRSICDHM+ETV
Sbjct: 66  SD---HSNPNEHKKRKIIHRDVERQRRQEMSTLYATLRSLLPFEYLKGKRSICDHMHETV 125

Query: 127 KYIRHMQRQVQELSDKREELKKLSGEDSDAGTAETLSASKRDSVAVRPRGEGVQVVLDTG 186
           KYIRHMQRQVQELSDKREELKKLSGEDSDAGTAETLSASKRDSVAVRPRGEGVQVVLDTG
Sbjct: 126 KYIRHMQRQVQELSDKREELKKLSGEDSDAGTAETLSASKRDSVAVRPRGEGVQVVLDTG 185

Query: 187 TQHRLPVSNILEALLAEGLEIVGCISTKINDRFLHTIEAVPDGSLRNIDVSELHHKLTNL 246
           TQHRLPVSNILEALLA GLEIVGCISTKINDRFLHTIEAVPDGSLRNIDVSELHHKLTNL
Sbjct: 186 TQHRLPVSNILEALLAVGLEIVGCISTKINDRFLHTIEAVPDGSLRNIDVSELHHKLTNL 241

Query: 247 EYFPLD 253
           EYFPLD
Sbjct: 246 EYFPLD 241

[Close]

BLAST of MS017875 vs. NCBI nr
Match: XP_022159635.1 (transcription factor bHLH120-like [Momordica charantia])

HSP 1 Score: 374.8 bits (961), Expect = 5.9e-100
Identity = 198/251 (78.88%), Postives = 218/251 (86.85%), Query Frame = 0


Query: 1   MELACFESPFPFDQVEELFPLPSLSSLDIPVPTLPFSSSMEKSSDNNVSQKPKNGRRRKS 60
           MELACFESPFPFDQVEELFPLPSLSSLDIPVPTLPFSSSMEKSSDNNVSQKPKNGRRRKS
Sbjct: 1   MELACFESPFPFDQVEELFPLPSLSSLDIPVPTLPFSSSMEKSSDNNVSQKPKNGRRRKS 60

Query: 61  PNNTTSDDVGCYNNPNEHKKKKIIHRDVERQRRQEMSTLYANLRSLLPLEYLKGKRSICD 120
           PNNTTSDD GCYNNPNEHKKKKIIHRDVERQRRQEMSTLYANLRSLLPLEYLKGKRSICD
Sbjct: 61  PNNTTSDDAGCYNNPNEHKKKKIIHRDVERQRRQEMSTLYANLRSLLPLEYLKGKRSICD 120

Query: 121 HMNETVKYIRHMQRQVQELSDKREELKKLSGED---SDAGTAETLSASKRD--SVAVRPR 180
           HM ETVKYI+H Q  +Q+LS+KR+ELK+LSG D   SD  T ETL++SKRD  SVAV  +
Sbjct: 121 HMQETVKYIQHTQANIQKLSNKRDELKRLSGHDDAASDTATIETLNSSKRDSVSVAVNQK 180

Query: 181 GEGVQVVLDTGTQHRLPVSNILEALLAEGLEIVGCISTKINDRFLHTIEAVPDGSLRNID 240
             GVQVVL T T H LP+S IL+AL+A+  +I+ CISTK+ND FLHTI++    +L N+D
Sbjct: 181 QGGVQVVLHTPTHHGLPLSTILQALIAQKFDILSCISTKVNDSFLHTIDS-QAAALTNVD 240

Query: 241 VSELHHKLTNL 247
           VSEL HKLTNL
Sbjct: 241 VSELQHKLTNL 250

[Close]

BLAST of MS017875 vs. NCBI nr
Match: XP_038876288.1 (transcription factor bHLH120-like [Benincasa hispida])

HSP 1 Score: 298.1 bits (762), Expect = 7.0e-77
Identity = 161/247 (65.18%), Postives = 196/247 (79.35%), Query Frame = 0


Query: 7   ESPFPFDQVEELFPLPSLSSLDIPVPTLPFSSSMEKSSDNNVSQKPKNGRRRKSPNNTTS 66
           E PFPFDQ +ELFPLP+LS +D+ VP      S  K ++ N+S+KPK  R+RKSPN   S
Sbjct: 2   EFPFPFDQADELFPLPALSPIDLSVPQSSLIPSKNK-TNKNISEKPKGSRQRKSPN--AS 61

Query: 67  DDVGCYNNPNEHKKKKIIHRDVERQRRQEMSTLYANLRSLLPLEYLKGKRSICDHMNETV 126
           DD+    NP+EHKKKKIIHRDVERQRRQEMSTLYA LRSLLP+EYLKGKRSICDHM+ETV
Sbjct: 62  DDID-DENPSEHKKKKIIHRDVERQRRQEMSTLYATLRSLLPVEYLKGKRSICDHMHETV 121

Query: 127 KYIRHMQRQVQELSDKREELKKLSGEDSDAGTAETLSASKRDSVAVRPRGEGVQVVLDTG 186
           KYI HMQ ++Q+L+ KR+ELKK   +DS+  T ETL++SKRDSV V+PR  G Q++LDT 
Sbjct: 122 KYIEHMQSKIQKLTKKRDELKKDIEDDSNISTIETLNSSKRDSVVVKPRHGGFQILLDTA 181

Query: 187 TQHRLPVSNILEALLA-EGLEIVGCISTKINDRFLHTIEAVPDGSLRNIDVSELHHKLTN 246
           TQHRLP+SN+++ L+  + L+IV C STKINDRFLHTIE+    ++  IDVSEL HKLTN
Sbjct: 182 TQHRLPLSNLIKFLITDQRLQIVSCHSTKINDRFLHTIESEALVNIGTIDVSELQHKLTN 241

Query: 247 LEYFPLD 253
           LEYFPLD
Sbjct: 242 LEYFPLD 244

[Close]

BLAST of MS017875 vs. NCBI nr
Match: NP_001295841.1 (transcription factor bHLH118-like [Cucumis sativus] >AIT72027.1 bHLH transcription factor [Cucumis sativus])

HSP 1 Score: 297.4 bits (760), Expect = 1.2e-76
Identity = 162/257 (63.04%), Postives = 199/257 (77.43%), Query Frame = 0


Query: 1   MELACFESPFPFDQVEELFPLPSLSSLDIPVPTLPFSSSMEKSSDNNVSQKPKNGRRRKS 60
           M+L C +SPFPFDQV+ELFPLPSLS + + V   P   +   +++ N+S+KPK GRRRKS
Sbjct: 1   MDLDCIQSPFPFDQVDELFPLPSLSPIHLSVADHPPLIASINNTNRNISEKPKKGRRRKS 60

Query: 61  PNNTTSDDVGCYN-NPNEHKKKKIIHRDVERQRRQEMSTLYANLRSLLPLEYLKGKRSIC 120
           PN  TS D+   N NPNEHKKKKIIHRDVERQRRQEMSTLYA LRSLLP+EYLKGKRSIC
Sbjct: 61  PN--TSADIEDENPNPNEHKKKKIIHRDVERQRRQEMSTLYAALRSLLPVEYLKGKRSIC 120

Query: 121 DHMNETVKYIRHMQRQVQELSDKREELKKLSGEDSDAG---TAETLSASKRDSVAVRPRG 180
           DHM+ETVKYI+HMQ ++Q L +KR+ELKK   +  D+G   T ETL++SKRDSV V PR 
Sbjct: 121 DHMHETVKYIQHMQTKIQMLRNKRDELKKNIEDGEDSGNITTIETLNSSKRDSVLVMPRS 180

Query: 181 -EGVQVVLDTGTQHRLPVSNILEALLAEGLEIVGCISTKINDRFLHTIEAVPDGSLRNID 240
             GVQ++LDT T HRLP+SN+++ L+ + L+I+ C ST+ NDRFLHTIE      +  ID
Sbjct: 181 CGGVQILLDTATHHRLPLSNLIKFLITQNLQIISCHSTRKNDRFLHTIETEAAVDVETID 240

Query: 241 VSELHHKLTNLEYFPLD 253
           +SEL +KLTNLEYFPLD
Sbjct: 241 MSELQNKLTNLEYFPLD 255

[Close]

BLAST of MS017875 vs. NCBI nr
Match: KGN50164.1 (hypothetical protein Csa_000575 [Cucumis sativus])

HSP 1 Score: 297.0 bits (759), Expect = 1.6e-76
Identity = 164/257 (63.81%), Postives = 201/257 (78.21%), Query Frame = 0


Query: 1   MELACFESPFPFDQVEELFPLPSLSSLDIPVPTLPFSSSMEKSSDNNVSQKPKNGRRRKS 60
           M+L C +SPFPFDQV+ELFPLPSLS + + V   P   +   +++ N+S+KPK GRRRKS
Sbjct: 1   MDLDCIQSPFPFDQVDELFPLPSLSPIHLSVADHPPLIASINNTNRNISEKPKKGRRRKS 60

Query: 61  PNNTTSDDVGCYN-NPNEHKKKKIIHRDVERQRRQEMSTLYANLRSLLPLEYLKGKRSIC 120
           PN  TS D+   N NPNEHKKKKIIHRDVERQRRQEMSTLYA LRSLLP+EYLKGKRSIC
Sbjct: 61  PN--TSADIEDENPNPNEHKKKKIIHRDVERQRRQEMSTLYAALRSLLPVEYLKGKRSIC 120

Query: 121 DHMNETVKYIRHMQRQVQELSDKREELKK--LSGEDS-DAGTAETLSASKRDSVAVRPRG 180
           DHM+ETVKYI+HMQ ++Q L +KR+ELKK    GEDS +  T ETL++SKRDSV V PR 
Sbjct: 121 DHMHETVKYIQHMQTKIQMLRNKRDELKKNIEDGEDSRNITTIETLNSSKRDSVLVMPRS 180

Query: 181 -EGVQVVLDTGTQHRLPVSNILEALLAEGLEIVGCISTKINDRFLHTIEAVPDGSLRNID 240
             GVQ++LDT T HRLP+SN+++ L+ + L+I+ C ST+ NDRFLHTIE+     +  ID
Sbjct: 181 CGGVQILLDTATHHRLPLSNLIKFLITQNLQIISCHSTRKNDRFLHTIESEAAVDVETID 240

Query: 241 VSELHHKLTNLEYFPLD 253
           +SEL +KLTNLEYFPLD
Sbjct: 241 MSELQNKLTNLEYFPLD 255

[Close]

BLAST of MS017875 vs. ExPASy Swiss-Prot
Match: Q9STJ6 (Transcription factor bHLH126 OS=Arabidopsis thaliana OX=3702 GN=BHLH126 PE=2 SV=1)

HSP 1 Score: 129.0 bits (323), Expect = 7.4e-29
Identity = 77/202 (38.12%), Postives = 127/202 (62.87%), Query Frame = 0


Query: 55  GRRRKSPNNTTSDDVGCYNNPNEH------KKKKIIHRDVERQRRQEMSTLYANLRSLLP 114
           G +R+ P ++  +  G   +   H      KKKK++HRD+ERQRRQEM+TL+A LR+ LP
Sbjct: 11  GYQRQRPFSSAGESGGSGGSGTAHETDDNKKKKKLLHRDIERQRRQEMATLFATLRTHLP 70

Query: 115 LEYLKGKRSICDHMNETVKYIRHMQRQVQELSDKREELKKLSGE----DSDAG-TAETLS 174
           L+Y+KGKR++ DH+N  V +I+  + +++ELS +R+EL + +G+    + D G T   + 
Sbjct: 71  LKYIKGKRAVSDHVNGAVNFIKDTEARIKELSARRDELSRETGQGYKSNPDPGKTGSDVG 130

Query: 175 ASKRDSVAVRPRGEGVQVVLDTGTQ--HRLPVSNILEALLAEGLEIVGCISTKINDRFLH 234
            S+  +V V+P   G++VV+ + +     LP+S +LE +  +GLE++   +T++NDR +H
Sbjct: 131 KSEPATVMVQPHVSGLEVVVSSNSSGPEALPLSKVLETIQEKGLEVMSSFTTRVNDRLMH 190

Query: 235 TIEAVPDGSLRNIDVSELHHKL 244
           TI+ V   S   ID+  L  KL
Sbjct: 191 TIQ-VEVNSFGCIDLLWLQQKL 211

[Close]

BLAST of MS017875 vs. ExPASy Swiss-Prot
Match: Q9FLI0 (Transcription factor bHLH120 OS=Arabidopsis thaliana OX=3702 GN=BHLH120 PE=2 SV=2)

HSP 1 Score: 120.2 bits (300), Expect = 3.4e-26
Identity = 67/170 (39.41%), Postives = 113/170 (66.47%), Query Frame = 0


Query: 79  KKKKIIHRDVERQRRQEMSTLYANLRSLLPLEYLKGKRSICDHMNETVKYIRHMQRQVQE 138
           K+KK++HR++ERQRRQEM+ L+A+LRS LPL+Y+KGKR++ DH+N  V +I+  Q ++++
Sbjct: 25  KEKKLLHRNIERQRRQEMAILFASLRSQLPLKYIKGKRAMSDHVNGAVSFIKDTQTRIKD 84

Query: 139 LSDKREELKKLSGEDSD---AGTAETLSASKRDSVAVRPRGEGVQVVLDT--GTQHRLPV 198
           LS +R+ELK+  G+ +    +G+    S S+  SV V+P   G +VV+ +        P+
Sbjct: 85  LSARRDELKREIGDPTSLTGSGSGSGSSRSEPASVMVQPCVSGFEVVVSSLASGLEAWPL 144

Query: 199 SNILEALLAEGLEIVGCISTKINDRFLHTIEAVPDGSLRNIDVSELHHKL 244
           S +LE L  +GLE++  ++ ++N+R ++TI+ V   S    D++ L  KL
Sbjct: 145 SRVLEVLHGQGLEVISSLTARVNERLMYTIQ-VEVNSFDCFDLAWLQQKL 193

[Close]

BLAST of MS017875 vs. ExPASy Swiss-Prot
Match: Q9FLI1 (Transcription factor bHLH36 OS=Arabidopsis thaliana OX=3702 GN=BHLH36 PE=2 SV=1)

HSP 1 Score: 114.0 bits (284), Expect = 2.5e-24
Identity = 69/175 (39.43%), Postives = 113/175 (64.57%), Query Frame = 0


Query: 81  KKIIHRDVERQRRQEMSTLYANLRSLLPLEYLKGKRSICDHMNETVKYIRHMQRQVQELS 140
           +K++HR+ ERQRRQEM++LYA+LRSLLPL ++KGKRS  D +NE V YI+++QR+++ELS
Sbjct: 2   EKMMHRETERQRRQEMASLYASLRSLLPLHFIKGKRSTSDQVNEAVNYIKYLQRKIKELS 61

Query: 141 DKREELKKLS-----GEDSDAGTAETLSASKRDSVAVRPRGEGVQVVLDT---GTQHRLP 200
            +R++L  LS     G  +     +    S ++ V VR    GV+++L +   G Q R  
Sbjct: 62  VRRDDLMVLSRGSLLGSSNGDFKEDVEMISGKNHVVVRQCLVGVEIMLSSRCCGGQPRF- 121

Query: 201 VSNILEALLAEGLEIVGCISTKINDRFLHTIEAVPDGSLRNIDVSELHHKLTNLE 248
            S++L+ L   GL ++  IS+ ++DR ++TI+A  +     ID++EL  +L  ++
Sbjct: 122 -SSVLQVLSEYGLCLLNSISSIVDDRLVYTIQAEVNDMALMIDLAELEKRLIRMK 174

[Close]

BLAST of MS017875 vs. ExPASy Swiss-Prot
Match: Q9STJ7 (Transcription factor bHLH118 OS=Arabidopsis thaliana OX=3702 GN=BHLH118 PE=2 SV=1)

HSP 1 Score: 113.2 bits (282), Expect = 4.2e-24
Identity = 61/164 (37.20%), Postives = 108/164 (65.85%), Query Frame = 0


Query: 81  KKIIHRDVERQRRQEMSTLYANLRSLLPLEYLKGKRSICDHMNETVKYIRHMQRQVQELS 140
           +K++H+++E++RRQEM++LYA+LRSLLPLE+++GKRS  D +   V YI ++QR +++++
Sbjct: 2   EKLVHKEIEKRRRQEMASLYASLRSLLPLEFIQGKRSTSDQVKGAVNYIDYLQRNIKDIN 61

Query: 141 DKREELKKLSGEDSDAGTAETLSASKRDSVAVRPRGEGVQVVLDTGTQHRLPVSNILEAL 200
            KR++L  LSG    +   +  +    + V +RP   G+++VL      + P S++L+ L
Sbjct: 62  SKRDDLVLLSGRSFRSSNEQEWNEIS-NHVVIRPCLVGIEIVLSI---LQTPFSSVLQVL 121

Query: 201 LAEGLEIVGCISTKINDRFLHTIEAVPDGSLRNIDVSELHHKLT 245
              GL ++G I + +NDR +HT++A  +  L  ID+++L   LT
Sbjct: 122 REHGLYVLGYICSSVNDRLIHTLQAEVN-DLALIDLADLKDTLT 160

[Close]

BLAST of MS017875 vs. ExPASy Swiss-Prot
Match: Q9LQ08 (Transcription factor bHLH125 OS=Arabidopsis thaliana OX=3702 GN=BHLH125 PE=2 SV=1)

HSP 1 Score: 101.7 bits (252), Expect = 1.3e-20
Identity = 73/234 (31.20%), Postives = 128/234 (54.70%), Query Frame = 0


Query: 35  PFSSSMEKSSDNNVSQKPKNGRRRKSPNNTTSDDVGCYNNPNEHKKKKIIHRDVERQRRQ 94
           PF S       ++++ K     +++S  + T        N ++ + KK+ HRD+ERQRRQ
Sbjct: 28  PFISYQNNDVFHSITNKIGGSNKKRSLCDITYGANEANKNDDDRESKKMKHRDIERQRRQ 87

Query: 95  EMSTLYANLRSLLPLEYLKGKRSICDHMNETVKYIRHMQRQVQELSDKREELKKLSGEDS 154
           E+S+L+  LR+LLP +Y++GKRS  DH+ + V YI+ +Q +++EL++KR  +KK+    +
Sbjct: 88  EVSSLFKRLRTLLPFQYIQGKRSTSDHIVQAVNYIKDLQIKIKELNEKRNRVKKVISATT 147

Query: 155 -------------DAGTAETLSAS------KRDSVAVRPRGEGVQVVLDTGT-QHRLPVS 214
                         +  A TLS+S      K  +V V P   GV++++     +++  +S
Sbjct: 148 TTHSAIEECTSSLSSSAASTLSSSCSCVGDKHITVVVTPCLVGVEIIISCCLGRNKSCLS 207

Query: 215 NILEALLAE-GLEIVGCISTKINDRFLHTI-EAVPDGSLRNIDVSELHHKLTNL 247
           ++L+ L  E    +V C+S +   RF+HTI   V DG  + I++ EL  K+  +
Sbjct: 208 SVLQMLAQEQRFSVVSCLSARRQQRFMHTIVSQVEDG--KQINILELKDKIMTM 259

[Close]

BLAST of MS017875 vs. ExPASy TrEMBL
Match: A0A6J1DUZ3 (transcription factor bHLH118-like OS=Momordica charantia OX=3673 GN=LOC111023734 PE=4 SV=1)

HSP 1 Score: 379.0 bits (972), Expect = 1.5e-101
Identity = 205/246 (83.33%), Postives = 216/246 (87.80%), Query Frame = 0


Query: 7   ESPFPFDQVEELFPLPSLSSLDIPVPTLPFSSSMEKSSDNNVSQKPKNGRRRKSPNNTTS 66
           +SPF FD V++LFPLP LS +DIP+P LP   S   +     + KPKN RRRK P    S
Sbjct: 6   DSPFSFDVVDDLFPLPPLSCMDIPLPQLPSVVSRPAA-----ALKPKNCRRRKPP--PVS 65

Query: 67  DDVGCYNNPNEHKKKKIIHRDVERQRRQEMSTLYANLRSLLPLEYLKGKRSICDHMNETV 126
            D   ++NPNEHKK+KIIHRDVERQRRQEMSTLYA LRSLLP EYLKGKRSICDHM+ETV
Sbjct: 66  SD---HSNPNEHKKRKIIHRDVERQRRQEMSTLYATLRSLLPFEYLKGKRSICDHMHETV 125

Query: 127 KYIRHMQRQVQELSDKREELKKLSGEDSDAGTAETLSASKRDSVAVRPRGEGVQVVLDTG 186
           KYIRHMQRQVQELSDKREELKKLSGEDSDAGTAETLSASKRDSVAVRPRGEGVQVVLDTG
Sbjct: 126 KYIRHMQRQVQELSDKREELKKLSGEDSDAGTAETLSASKRDSVAVRPRGEGVQVVLDTG 185

Query: 187 TQHRLPVSNILEALLAEGLEIVGCISTKINDRFLHTIEAVPDGSLRNIDVSELHHKLTNL 246
           TQHRLPVSNILEALLA GLEIVGCISTKINDRFLHTIEAVPDGSLRNIDVSELHHKLTNL
Sbjct: 186 TQHRLPVSNILEALLAVGLEIVGCISTKINDRFLHTIEAVPDGSLRNIDVSELHHKLTNL 241

Query: 247 EYFPLD 253
           EYFPLD
Sbjct: 246 EYFPLD 241

[Close]

BLAST of MS017875 vs. ExPASy TrEMBL
Match: A0A6J1DZB0 (transcription factor bHLH120-like OS=Momordica charantia OX=3673 GN=LOC111025986 PE=4 SV=1)

HSP 1 Score: 374.8 bits (961), Expect = 2.9e-100
Identity = 198/251 (78.88%), Postives = 218/251 (86.85%), Query Frame = 0


Query: 1   MELACFESPFPFDQVEELFPLPSLSSLDIPVPTLPFSSSMEKSSDNNVSQKPKNGRRRKS 60
           MELACFESPFPFDQVEELFPLPSLSSLDIPVPTLPFSSSMEKSSDNNVSQKPKNGRRRKS
Sbjct: 1   MELACFESPFPFDQVEELFPLPSLSSLDIPVPTLPFSSSMEKSSDNNVSQKPKNGRRRKS 60

Query: 61  PNNTTSDDVGCYNNPNEHKKKKIIHRDVERQRRQEMSTLYANLRSLLPLEYLKGKRSICD 120
           PNNTTSDD GCYNNPNEHKKKKIIHRDVERQRRQEMSTLYANLRSLLPLEYLKGKRSICD
Sbjct: 61  PNNTTSDDAGCYNNPNEHKKKKIIHRDVERQRRQEMSTLYANLRSLLPLEYLKGKRSICD 120

Query: 121 HMNETVKYIRHMQRQVQELSDKREELKKLSGED---SDAGTAETLSASKRD--SVAVRPR 180
           HM ETVKYI+H Q  +Q+LS+KR+ELK+LSG D   SD  T ETL++SKRD  SVAV  +
Sbjct: 121 HMQETVKYIQHTQANIQKLSNKRDELKRLSGHDDAASDTATIETLNSSKRDSVSVAVNQK 180

Query: 181 GEGVQVVLDTGTQHRLPVSNILEALLAEGLEIVGCISTKINDRFLHTIEAVPDGSLRNID 240
             GVQVVL T T H LP+S IL+AL+A+  +I+ CISTK+ND FLHTI++    +L N+D
Sbjct: 181 QGGVQVVLHTPTHHGLPLSTILQALIAQKFDILSCISTKVNDSFLHTIDS-QAAALTNVD 240

Query: 241 VSELHHKLTNL 247
           VSEL HKLTNL
Sbjct: 241 VSELQHKLTNL 250

[Close]

BLAST of MS017875 vs. ExPASy TrEMBL
Match: A0A097IYP0 (BHLH transcription factor OS=Cucumis sativus OX=3659 GN=Csa5G157230 PE=2 SV=1)

HSP 1 Score: 297.4 bits (760), Expect = 5.8e-77
Identity = 162/257 (63.04%), Postives = 199/257 (77.43%), Query Frame = 0


Query: 1   MELACFESPFPFDQVEELFPLPSLSSLDIPVPTLPFSSSMEKSSDNNVSQKPKNGRRRKS 60
           M+L C +SPFPFDQV+ELFPLPSLS + + V   P   +   +++ N+S+KPK GRRRKS
Sbjct: 1   MDLDCIQSPFPFDQVDELFPLPSLSPIHLSVADHPPLIASINNTNRNISEKPKKGRRRKS 60

Query: 61  PNNTTSDDVGCYN-NPNEHKKKKIIHRDVERQRRQEMSTLYANLRSLLPLEYLKGKRSIC 120
           PN  TS D+   N NPNEHKKKKIIHRDVERQRRQEMSTLYA LRSLLP+EYLKGKRSIC
Sbjct: 61  PN--TSADIEDENPNPNEHKKKKIIHRDVERQRRQEMSTLYAALRSLLPVEYLKGKRSIC 120

Query: 121 DHMNETVKYIRHMQRQVQELSDKREELKKLSGEDSDAG---TAETLSASKRDSVAVRPRG 180
           DHM+ETVKYI+HMQ ++Q L +KR+ELKK   +  D+G   T ETL++SKRDSV V PR 
Sbjct: 121 DHMHETVKYIQHMQTKIQMLRNKRDELKKNIEDGEDSGNITTIETLNSSKRDSVLVMPRS 180

Query: 181 -EGVQVVLDTGTQHRLPVSNILEALLAEGLEIVGCISTKINDRFLHTIEAVPDGSLRNID 240
             GVQ++LDT T HRLP+SN+++ L+ + L+I+ C ST+ NDRFLHTIE      +  ID
Sbjct: 181 CGGVQILLDTATHHRLPLSNLIKFLITQNLQIISCHSTRKNDRFLHTIETEAAVDVETID 240

Query: 241 VSELHHKLTNLEYFPLD 253
           +SEL +KLTNLEYFPLD
Sbjct: 241 MSELQNKLTNLEYFPLD 255

[Close]

BLAST of MS017875 vs. ExPASy TrEMBL
Match: A0A0A0KMQ4 (BHLH domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_5G157230 PE=4 SV=1)

HSP 1 Score: 297.0 bits (759), Expect = 7.6e-77
Identity = 164/257 (63.81%), Postives = 201/257 (78.21%), Query Frame = 0


Query: 1   MELACFESPFPFDQVEELFPLPSLSSLDIPVPTLPFSSSMEKSSDNNVSQKPKNGRRRKS 60
           M+L C +SPFPFDQV+ELFPLPSLS + + V   P   +   +++ N+S+KPK GRRRKS
Sbjct: 1   MDLDCIQSPFPFDQVDELFPLPSLSPIHLSVADHPPLIASINNTNRNISEKPKKGRRRKS 60

Query: 61  PNNTTSDDVGCYN-NPNEHKKKKIIHRDVERQRRQEMSTLYANLRSLLPLEYLKGKRSIC 120
           PN  TS D+   N NPNEHKKKKIIHRDVERQRRQEMSTLYA LRSLLP+EYLKGKRSIC
Sbjct: 61  PN--TSADIEDENPNPNEHKKKKIIHRDVERQRRQEMSTLYAALRSLLPVEYLKGKRSIC 120

Query: 121 DHMNETVKYIRHMQRQVQELSDKREELKK--LSGEDS-DAGTAETLSASKRDSVAVRPRG 180
           DHM+ETVKYI+HMQ ++Q L +KR+ELKK    GEDS +  T ETL++SKRDSV V PR 
Sbjct: 121 DHMHETVKYIQHMQTKIQMLRNKRDELKKNIEDGEDSRNITTIETLNSSKRDSVLVMPRS 180

Query: 181 -EGVQVVLDTGTQHRLPVSNILEALLAEGLEIVGCISTKINDRFLHTIEAVPDGSLRNID 240
             GVQ++LDT T HRLP+SN+++ L+ + L+I+ C ST+ NDRFLHTIE+     +  ID
Sbjct: 181 CGGVQILLDTATHHRLPLSNLIKFLITQNLQIISCHSTRKNDRFLHTIESEAAVDVETID 240

Query: 241 VSELHHKLTNLEYFPLD 253
           +SEL +KLTNLEYFPLD
Sbjct: 241 MSELQNKLTNLEYFPLD 255

[Close]

BLAST of MS017875 vs. ExPASy TrEMBL
Match: A0A6J1DWE8 (transcription factor bHLH126-like OS=Momordica charantia OX=3673 GN=LOC111023744 PE=4 SV=1)

HSP 1 Score: 284.3 bits (726), Expect = 5.1e-73
Identity = 166/242 (68.60%), Postives = 187/242 (77.27%), Query Frame = 0


Query: 12  FDQVEELFPLPSLSSLD-IPVPTLPFSSSMEKSSDNNVSQKPKNGRRRKSPNNTTSDDVG 71
           FD+ +ELFPLP LSSLD + VP  P  SS           KPK+GR RKSP   TSDDV 
Sbjct: 7   FDKADELFPLPPLSSLDCVSVPQFPLLSS---------PMKPKHGRHRKSP-PCTSDDV- 66

Query: 72  CYNNPNEHKKKKIIHRDVERQRRQEMSTLYANLRSLLPLEYLKGKRSICDHMNETVKYIR 131
            + NPNE KKKKIIHRDVERQRRQEMSTLY  LRSLLP EYLKGKRSICDHM+ETVKYIR
Sbjct: 67  AHGNPNELKKKKIIHRDVERQRRQEMSTLYTVLRSLLPPEYLKGKRSICDHMHETVKYIR 126

Query: 132 HMQRQVQELSDKREELKKLSGEDSDAGTAETLSASKRDSVAVRPRGEGVQVVLDTGTQHR 191
            MQ ++ ELS+KR+ELK+LS + S A T ETL+ SK+DSV VR R  GVQVVL T  +HR
Sbjct: 127 QMQSRIWELSEKRDELKRLSDKGS-ATTVETLNGSKKDSVVVRRRSGGVQVVLHTAIRHR 186

Query: 192 LPVSNILEALLAEGLEIVGCISTKINDRFLHTIEAVPDGSLRNIDVSELHHKLTNLEYFP 251
           LPVSN+LEA++AEGLEIV   STKINDR LHTIE +  GS + ID+SELHHKLTNLEYFP
Sbjct: 187 LPVSNVLEAVVAEGLEIVSFNSTKINDRLLHTIE-LDIGSAQRIDISELHHKLTNLEYFP 235

Query: 252 LD 253
           LD
Sbjct: 247 LD 235

[Close]

BLAST of MS017875 vs. TAIR 10
Match: AT4G25410.1 (basic helix-loop-helix (bHLH) DNA-binding superfamily protein )

HSP 1 Score: 129.0 bits (323), Expect = 5.3e-30
Identity = 77/202 (38.12%), Postives = 127/202 (62.87%), Query Frame = 0


Query: 55  GRRRKSPNNTTSDDVGCYNNPNEH------KKKKIIHRDVERQRRQEMSTLYANLRSLLP 114
           G +R+ P ++  +  G   +   H      KKKK++HRD+ERQRRQEM+TL+A LR+ LP
Sbjct: 11  GYQRQRPFSSAGESGGSGGSGTAHETDDNKKKKKLLHRDIERQRRQEMATLFATLRTHLP 70

Query: 115 LEYLKGKRSICDHMNETVKYIRHMQRQVQELSDKREELKKLSGE----DSDAG-TAETLS 174
           L+Y+KGKR++ DH+N  V +I+  + +++ELS +R+EL + +G+    + D G T   + 
Sbjct: 71  LKYIKGKRAVSDHVNGAVNFIKDTEARIKELSARRDELSRETGQGYKSNPDPGKTGSDVG 130

Query: 175 ASKRDSVAVRPRGEGVQVVLDTGTQ--HRLPVSNILEALLAEGLEIVGCISTKINDRFLH 234
            S+  +V V+P   G++VV+ + +     LP+S +LE +  +GLE++   +T++NDR +H
Sbjct: 131 KSEPATVMVQPHVSGLEVVVSSNSSGPEALPLSKVLETIQEKGLEVMSSFTTRVNDRLMH 190

Query: 235 TIEAVPDGSLRNIDVSELHHKL 244
           TI+ V   S   ID+  L  KL
Sbjct: 191 TIQ-VEVNSFGCIDLLWLQQKL 211

[Close]

BLAST of MS017875 vs. TAIR 10
Match: AT5G51790.1 (basic helix-loop-helix (bHLH) DNA-binding superfamily protein )

HSP 1 Score: 120.2 bits (300), Expect = 2.4e-27
Identity = 67/170 (39.41%), Postives = 113/170 (66.47%), Query Frame = 0


Query: 79  KKKKIIHRDVERQRRQEMSTLYANLRSLLPLEYLKGKRSICDHMNETVKYIRHMQRQVQE 138
           K+KK++HR++ERQRRQEM+ L+A+LRS LPL+Y+KGKR++ DH+N  V +I+  Q ++++
Sbjct: 25  KEKKLLHRNIERQRRQEMAILFASLRSQLPLKYIKGKRAMSDHVNGAVSFIKDTQTRIKD 84

Query: 139 LSDKREELKKLSGEDSD---AGTAETLSASKRDSVAVRPRGEGVQVVLDT--GTQHRLPV 198
           LS +R+ELK+  G+ +    +G+    S S+  SV V+P   G +VV+ +        P+
Sbjct: 85  LSARRDELKREIGDPTSLTGSGSGSGSSRSEPASVMVQPCVSGFEVVVSSLASGLEAWPL 144

Query: 199 SNILEALLAEGLEIVGCISTKINDRFLHTIEAVPDGSLRNIDVSELHHKL 244
           S +LE L  +GLE++  ++ ++N+R ++TI+ V   S    D++ L  KL
Sbjct: 145 SRVLEVLHGQGLEVISSLTARVNERLMYTIQ-VEVNSFDCFDLAWLQQKL 193

[Close]

BLAST of MS017875 vs. TAIR 10
Match: AT5G51780.1 (basic helix-loop-helix (bHLH) DNA-binding superfamily protein )

HSP 1 Score: 114.0 bits (284), Expect = 1.8e-25
Identity = 69/175 (39.43%), Postives = 113/175 (64.57%), Query Frame = 0


Query: 81  KKIIHRDVERQRRQEMSTLYANLRSLLPLEYLKGKRSICDHMNETVKYIRHMQRQVQELS 140
           +K++HR+ ERQRRQEM++LYA+LRSLLPL ++KGKRS  D +NE V YI+++QR+++ELS
Sbjct: 2   EKMMHRETERQRRQEMASLYASLRSLLPLHFIKGKRSTSDQVNEAVNYIKYLQRKIKELS 61

Query: 141 DKREELKKLS-----GEDSDAGTAETLSASKRDSVAVRPRGEGVQVVLDT---GTQHRLP 200
            +R++L  LS     G  +     +    S ++ V VR    GV+++L +   G Q R  
Sbjct: 62  VRRDDLMVLSRGSLLGSSNGDFKEDVEMISGKNHVVVRQCLVGVEIMLSSRCCGGQPRF- 121

Query: 201 VSNILEALLAEGLEIVGCISTKINDRFLHTIEAVPDGSLRNIDVSELHHKLTNLE 248
            S++L+ L   GL ++  IS+ ++DR ++TI+A  +     ID++EL  +L  ++
Sbjct: 122 -SSVLQVLSEYGLCLLNSISSIVDDRLVYTIQAEVNDMALMIDLAELEKRLIRMK 174

[Close]

BLAST of MS017875 vs. TAIR 10
Match: AT4G25400.1 (basic helix-loop-helix (bHLH) DNA-binding superfamily protein )

HSP 1 Score: 113.2 bits (282), Expect = 3.0e-25
Identity = 61/164 (37.20%), Postives = 108/164 (65.85%), Query Frame = 0


Query: 81  KKIIHRDVERQRRQEMSTLYANLRSLLPLEYLKGKRSICDHMNETVKYIRHMQRQVQELS 140
           +K++H+++E++RRQEM++LYA+LRSLLPLE+++GKRS  D +   V YI ++QR +++++
Sbjct: 2   EKLVHKEIEKRRRQEMASLYASLRSLLPLEFIQGKRSTSDQVKGAVNYIDYLQRNIKDIN 61

Query: 141 DKREELKKLSGEDSDAGTAETLSASKRDSVAVRPRGEGVQVVLDTGTQHRLPVSNILEAL 200
            KR++L  LSG    +   +  +    + V +RP   G+++VL      + P S++L+ L
Sbjct: 62  SKRDDLVLLSGRSFRSSNEQEWNEIS-NHVVIRPCLVGIEIVLSI---LQTPFSSVLQVL 121

Query: 201 LAEGLEIVGCISTKINDRFLHTIEAVPDGSLRNIDVSELHHKLT 245
              GL ++G I + +NDR +HT++A  +  L  ID+++L   LT
Sbjct: 122 REHGLYVLGYICSSVNDRLIHTLQAEVN-DLALIDLADLKDTLT 160

[Close]

BLAST of MS017875 vs. TAIR 10
Match: AT1G62975.1 (basic helix-loop-helix (bHLH) DNA-binding superfamily protein )

HSP 1 Score: 101.7 bits (252), Expect = 9.0e-22
Identity = 73/234 (31.20%), Postives = 128/234 (54.70%), Query Frame = 0


Query: 35  PFSSSMEKSSDNNVSQKPKNGRRRKSPNNTTSDDVGCYNNPNEHKKKKIIHRDVERQRRQ 94
           PF S       ++++ K     +++S  + T        N ++ + KK+ HRD+ERQRRQ
Sbjct: 28  PFISYQNNDVFHSITNKIGGSNKKRSLCDITYGANEANKNDDDRESKKMKHRDIERQRRQ 87

Query: 95  EMSTLYANLRSLLPLEYLKGKRSICDHMNETVKYIRHMQRQVQELSDKREELKKLSGEDS 154
           E+S+L+  LR+LLP +Y++GKRS  DH+ + V YI+ +Q +++EL++KR  +KK+    +
Sbjct: 88  EVSSLFKRLRTLLPFQYIQGKRSTSDHIVQAVNYIKDLQIKIKELNEKRNRVKKVISATT 147

Query: 155 -------------DAGTAETLSAS------KRDSVAVRPRGEGVQVVLDTGT-QHRLPVS 214
                         +  A TLS+S      K  +V V P   GV++++     +++  +S
Sbjct: 148 TTHSAIEECTSSLSSSAASTLSSSCSCVGDKHITVVVTPCLVGVEIIISCCLGRNKSCLS 207

Query: 215 NILEALLAE-GLEIVGCISTKINDRFLHTI-EAVPDGSLRNIDVSELHHKLTNL 247
           ++L+ L  E    +V C+S +   RF+HTI   V DG  + I++ EL  K+  +
Sbjct: 208 SVLQMLAQEQRFSVVSCLSARRQQRFMHTIVSQVEDG--KQINILELKDKIMTM 259

The following BLAST results are available for this feature:

BLAST of MS017875 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_022156904.1	3.1e-101	83.33	transcription factor bHLH118-like [Momordica charantia]	[more]
XP_022159635.1	5.9e-100	78.88	transcription factor bHLH120-like [Momordica charantia]	[more]
XP_038876288.1	7.0e-77	65.18	transcription factor bHLH120-like [Benincasa hispida]	[more]
NP_001295841.1	1.2e-76	63.04	transcription factor bHLH118-like [Cucumis sativus] >AIT72027.1 bHLH transcripti...	[more]
KGN50164.1	1.6e-76	63.81	hypothetical protein Csa_000575 [Cucumis sativus]	[more]

BLAST of MS017875 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q9STJ6	7.4e-29	38.12	Transcription factor bHLH126 OS=Arabidopsis thaliana OX=3702 GN=BHLH126 PE=2 SV=...	[more]
Q9FLI0	3.4e-26	39.41	Transcription factor bHLH120 OS=Arabidopsis thaliana OX=3702 GN=BHLH120 PE=2 SV=...	[more]
Q9FLI1	2.5e-24	39.43	Transcription factor bHLH36 OS=Arabidopsis thaliana OX=3702 GN=BHLH36 PE=2 SV=1	[more]
Q9STJ7	4.2e-24	37.20	Transcription factor bHLH118 OS=Arabidopsis thaliana OX=3702 GN=BHLH118 PE=2 SV=...	[more]
Q9LQ08	1.3e-20	31.20	Transcription factor bHLH125 OS=Arabidopsis thaliana OX=3702 GN=BHLH125 PE=2 SV=...	[more]

BLAST of MS017875 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1DUZ3	1.5e-101	83.33	transcription factor bHLH118-like OS=Momordica charantia OX=3673 GN=LOC111023734...	[more]
A0A6J1DZB0	2.9e-100	78.88	transcription factor bHLH120-like OS=Momordica charantia OX=3673 GN=LOC111025986...	[more]
A0A097IYP0	5.8e-77	63.04	BHLH transcription factor OS=Cucumis sativus OX=3659 GN=Csa5G157230 PE=2 SV=1	[more]
A0A0A0KMQ4	7.6e-77	63.81	BHLH domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_5G157230 PE=4 S...	[more]
A0A6J1DWE8	5.1e-73	68.60	transcription factor bHLH126-like OS=Momordica charantia OX=3673 GN=LOC111023744...	[more]

BLAST of MS017875 vs. TAIR 10


Match Name	E-value	Identity	Description
AT4G25410.1	5.3e-30	38.12	basic helix-loop-helix (bHLH) DNA-binding superfamily protein	[more]
AT5G51790.1	2.4e-27	39.41	basic helix-loop-helix (bHLH) DNA-binding superfamily protein	[more]
AT5G51780.1	1.8e-25	39.43	basic helix-loop-helix (bHLH) DNA-binding superfamily protein	[more]
AT4G25400.1	3.0e-25	37.20	basic helix-loop-helix (bHLH) DNA-binding superfamily protein	[more]
AT1G62975.1	9.0e-22	31.20	basic helix-loop-helix (bHLH) DNA-binding superfamily protein	[more]

InterPro

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


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	COILS	Coil	Coil	coord: 129..152
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 35..50
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 141..169
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 35..76
None	No IPR available	PANTHER	PTHR13935:SF110	HELIX-LOOP-HELIX DNA-BINDING SUPERFAMILY PROTEIN, PUTATIVE-RELATED	coord: 34..246
None	No IPR available	CDD	cd18914	bHLH_AtORG2_like	coord: 81..151 e-value: 1.13294E-29 score: 104.693
IPR011598	Myc-type, basic helix-loop-helix (bHLH) domain	SMART	SM00353	finulus	coord: 86..138 e-value: 3.1E-6 score: 36.7
IPR011598	Myc-type, basic helix-loop-helix (bHLH) domain	PFAM	PF00010	HLH	coord: 82..133 e-value: 4.4E-9 score: 36.2
IPR011598	Myc-type, basic helix-loop-helix (bHLH) domain	PROSITE	PS50888	BHLH	coord: 80..132 score: 12.95068
IPR036638	Helix-loop-helix DNA-binding domain superfamily	GENE3D	4.10.280.10		coord: 72..156 e-value: 1.1E-12 score: 49.7
IPR036638	Helix-loop-helix DNA-binding domain superfamily	SUPERFAMILY	47459	HLH, helix-loop-helix DNA-binding domain	coord: 79..147
IPR015660	Achaete-scute transcription factor-related	PANTHER	PTHR13935	ACHAETE-SCUTE TRANSCRIPTION FACTOR-RELATED	coord: 34..246

Relationships

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


Feature Name	Unique Name	Type
MS017875.1	MS017875.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0006357	regulation of transcription by RNA polymerase II
molecular_function	GO:0003700	DNA-binding transcription factor activity
molecular_function	GO:0046983	protein dimerization activity