MC02g0082 (gene) Bitter gourd (Dali-11) v1

Overview


Name	MC02g0082
Type	gene
Organism	Momordica charantia cv. Dali-11 (Bitter gourd (Dali-11) v1)
Description	Rho GTPase-activating gacO-like protein
Location	MC02: 825375 .. 849461 (-)
RNA-Seq Expression	MC02g0082
Synteny	MC02g0082

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: utr5CDSpolypeptideutr3

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

GCCCGGCCCAGCCCAGAGCAGACCCTTTTGGCAAATCGCAAATTCCATCTTTGTTATTCTCACGCGCTTCTCTCGTTTGGAGTTCGAGGGCCATGCCAATTGTACCTCCTTAGTCCTTTCCTTTGACAATCACTCCCTTCTGCCCTCTTCCAAATCTCAGCGCTTCATCTTCTTCTTCTTCTTCTTCTTCTTCTTCTTCTTCTTCTGCACTCCACTTCCTTTTACTTTACTTCTCTTCCACTTCCAGATCCTACCTTCTTCCGGACTTGACATCTTTCTCTGCTTTTTCTGCAACTATTTGCTACCATTTTCGCCTCTTCGGATCCCTCCTCCGATCAAAACTATTGGGTTCACCGGCAACATGCCTTCTTTCTCAATACAGGTTTGATTCACTTCACTTCCTCCTCTCGGTTTCCCCTTTCTCTATTTGGGCATTGCATTTGCGTTCTGTTCTGTTCTGTTCCTGTCTTCTTACCCTTATTGGCTTTGGAAGTTGAAGACTTGAGGTTGATGTCATTCTTTCTTTTTGCTTCTGGTTTTGTTGAGCTCCATTAGTTTCATATGTTGTGTTTGCCTGCTTCTACTCTTACTTTTCTGGACTGGAGAGATTGCTTGATGTTCTTCAAGTTTATATTGTCTGATTTTGATTTTCTTCCGTTTTCCTGGTCAAACTATTTTCATTTTCTTTTGTTATCCCAATCCACCGTTTCGGATCTTTGTCGGGGCTCATCGTCTCCTGGTTTTATGTACTTCTGAGGCTTATTTTTCCATGAAGTGTTTCAATGCCGTGGTAATACAAGATCACGTAAGATACGAAATAACTTCCACCTCATGGGAAGTTAAATCCAAGCCGCAGGCTTATCTTGCTGCAAGACTTGATTGAGTACAGTTTCCCTTTTAAAGGCAGCAGCTACACTCGTTCTTTACATATTTGGGACGAACTCTGTTCTTTAGTTTTCTGATTTGATGCCCCAAGACTGCTTTATATGCAACAATTAGCTTTCTTTTTACATGCCCAACTCCATAAAAAGTTCCAACCAGCCCTAGAGCCAAATGTCAGAATGAGGACATCTAAGTGTATGTATCAACATTTGTCATATTTGCTCAGCATCTGAGCTGCTGGCTTTCTGGCACTGATGCCTTTTCTTCTTGAGTTTATTTTACTCTTCTTTTAATGGAACAAGAATAAGAAAGGCAGTTGTTTCATTCAACAATTGGTTTTGGACAGTATAATTTTTTTGTTCATTGGTGTTGTATTTGTAAGCAGTTAACTTTCTTTTGGTTTCTCTATTGAAATTTTATGTTACAATCTTTATTTATTAACTTGAACCCCGATGGGTTGCTGATCTTTTGGTCTGTTGGTACCTTGTGTAAAGGGTGGTGATTATAACTTCCTCAGACACTCTAGTCTTTACTCGACCTTAGCAGATACTTTATTTGTATTATTTCGTAAATTTATCATGGATATATCATCGGAGAATTCAACCATATCCTAAATCACTCTTCTTTACGGGTTTTTTTTTTCCTAATTATGTTGCAGAACACTTTTATACATGAGTTTCTCTAAGTTCTAGAACTATGGGTAGAGGAAGAGGAAAGGGGAAGAAATTCAGTGTAACCAGTCTTGAAGACCCAACAACTGGTGAGGAAGAGAAATTGTCTTCACAGAAGCAAAGTGGAAGTGCAGAACAGCCATTAAAAGATGAAATCAAGGAAGAAAATTTTGGAAAAGTAGAAGCCATCAATGAGCATGCTAAAGCTTCACCTGGCAAGGTGATTGAAGGTCCAACTCCACTGGAGTGTGGGAAGAAGAGGAAAAGAAACTCTTCAATCAAAGAGAAACTGGATTTAGATAAAGATGAAAATTGTGATGGCACCCAAACAAGCATTGTCGAAGTCAAGTCTAATGGATTCCGGCATAATGGAAGCAGGCGAAAAAGTAAGCCCCGTCGAGCTGCTGAAGCAGTTGTTGAGTGCAGATAAACATTTGGTGGTTGATTATTGGCGGAAGATCTGTCCCATTTATTTGGGCAGATGGTTACCATTATAAATTTAGGAAGTGAAACGTGGTAATATCTAGTCTCCTGTTTCTGTTACTTGTGATTTTTTTCATTTCAATTTTTTGTCACTGCCCAATTTTGATATCAAAAGAGGGACTAAAACTTCACTTTGTTTTTTGTAGTTCCCAATACTTTTCTTGTCACAAATTTAGATCTATTTCTTAAGAACACGAATACATCAGTTAATATATGAAGCTAGAAGCATGGTCGACTTTGTAGACTTTATTCCTATATTGTTTCATGGAAAAGTCTGCTCTATTCATTATGATTATTGCTTATCAGGGTATGGCCAGTACTCCGAGCTTGCTCCAGATATGCATAGTTTTGTTGCCACATGAGAGTGGGCAGTGGATCTTTGTTCCTGATAGGAACGTAGTTCATCCTTTCATCGTAGATAAGAGAACACGCCTAGATTCAGGTCTTGAGAGTTGAAGAGGAAAAACTTATTAGCACAAGTTTGATGCTCAAAAGATCTTAGTTCAAATGCTCATTAATTTTTCATGAAAGATAATGTTTTTCTTTATGGCTGCCTTTATATGAAGAGTTTGTAGGGTAGCAATCGCATATGTTGGTCAATCCATTCAAGTACCAATGAGATCTTCCAAATTGCTAAGATTATTAAGTATATACTAATCAAGTGGTTTGGGGACATTTAACATTTCCGCAACTCTGTTTAGGATCTCCTCTTTATTTCAAGCATGTTGATATTCCATGGGTTTTAAATAGAAATACTGTAAGGGACTCCTTTTCCTGTTACTCCGGGTCCTGATTCTGGCTTCAAAAGTTGATAAGGCACAACCCCAGCTCCACGTCTGTTCTGCAATTTATAATCGGCATTCCTTTCGTCGATTATCCCTTCCAATTCTTTCAATTTCCCACTGAACTTTTCAAATGCTCCCTTTATAAAAGGCTCATGTTCCCACGCCGGTTCGATTTCTTTTCCCAAATATTCTTCATCTGGAGAATGACTTGACAATACATTTAGAACGGCTGTAACTTTTGTGGCTTGAAATTGTGAAGGAAAGGTGTCTAAAAGCACATCTTCCGGCCTATCAATAAACTTCTTCCATTTTTCTGCGTTGAGATCTTCAGTGGGCACATTGATTCTTGCAATGCTGGGTCGATTTGGAAAATATCCTGCATAAGAGTATTGTCCGAAGTTGACCGCTGCATGGTGGCCAGAAGTTACCCACATGATGGTGGTGACAATGTTAATAAGGTCTTGGGGGGTGTCGAGAACCGGCCACCATGGTTCATCCTTCTTGTCTGCATGGCCTTCAGTTCGAATCTCGGTCCACCATGCTTGAAGTTCTTTATCTGACTTCACAAGGCTTGGATCTGGATAGTAGAAGTTGACGTACTCTGTCGCCCATTCTTTAATGGCATCCCAAAGGACTAATCCATCGTTGGCGAAAGGATAGTCTTCAATAGCCAGCTTCAGACCGTGAGGTGCATTTGGATCCTCAACAGCCAATCCCCTTCCAGAAACAACAAGACACAATATTCAATATCAGTATGGATAGAGAAACAAGTTTCAATTAAGCTGAAGGAGGTTTGGAAGAACAGTTACCTGTTAATTAAGTCAGCAGGCAATGCTTCTAAGTTGAATTGCCACTGTTCTTTGTAAGCCACAGAACTAAATTCAATGGAATATTTTCCAGGTGAAAAGCAGGACTCAATGACTCCATCTGCATTGATTAGAGATTGGCGAGCAAGTGCATTGATCTCCATGGTGTATCGAAAATGGGGATGCAAAAGTCTATAGATTGGATGCATTTCGCTCAACTGTCTGTTTGATGCGATAATGTATGGTTCCACACAACAATGAGTTCTAAGCCTGCAAATGAAAACAAGACATAAGGTATCAGAGTGAGTTTTTTTACAAAAAATTTACCTATTATAAAATAAAGGCTTACCAGTGGCTAACGAGTTGATGATAACCAGAGTCATGGGCAAGAACATGAGCTTTGGCAATCCTCCAAAGCCAAATTCTAGTGGCATCCCAAAAGGGTGTAAAAACGCCTTTCCATTGTGGTTTGTCGTCGATGGGTGGCCTAGTGAGCTCGATAGCCAGCGGCCTTAGAGTGTCATCTTCGTGTAAGAAAAACAACGTCCTTGAACCATACAATGTCGTGCCTTTAAGTTGTCGTACCTTTGCCACATATGGGAGGAAGAGATCGTGATAATCTAGTATAAATAGCTTCTTCTGTTTCAATGCCTGCACTTCCCCAACCCCAACATACAAAACTTTAGACAAAAAGAGAATCATATAATTGCAATTCCAAGTGAAAACAATCATCTAAGGCGTACTTCATCGATAGTCATGAATCCTTTGATTTGTTGCTCAATTATTTTATCAGTGATTGCTGATTCAGGAGGACCATAAATGGCAGGGTCAAGTTTACTCTTCAATGGCCATTCCTGCATACAACTTCTCAAGTTAGATTGGAACTTGGAAACTACGGTCAAGTACAAAAGTATCATACCGTGACAAGCTTTATGCTGTAGGGATTGAGACCTGCAAGGGTCTGTCTAGCAAATTCCTCATCTCTATACCAAAAGAACTTGTCCTCTGTATAATGAAGAATAATATTTTGATGATTAAGTAATGGAAACAAAGCACAAACAGCCCAACAATTATTCGAGAGACTGAGAAATCAATATTACTTTCAAATGGTTCAGGAGGATGGAAACGCAAGATATCCTCAGCCTTGTCAATAGCAGTGTCGATCATCCTTGGAAGAACAGTAGCAAGCTTCCAACCGCCTTGAGAAGGCGGCAATGGAACTCCGTTATCATAAATATCGTCGATTGCAGGGAAATGTGGGAAACTTGCCTCACTATCTGTGGCTACCGACTCCAAAGCTGGTAAAAGCCCATGTAGCACTGAGTTAAATGTCCTTGCATTGAACGTTGCCTCTTTTATGAATGAGAAGGCTTCATCCCGAGGTACATAAATGTCTGAGCTTCTTACTTCTGATTGAGGATCTACAGTTTTTCCAAACACCCAAGTTTTCATTTTCATGTTCATAACCATAAACATTAAACAAACAATACGTTTTCTTGCATTCAATAACTAACAATAGAAATGCGATATGGAAAAAGATTACCTTGCTGAGTACGTCCACGTCCAGTTCTACATCGCCGAGGATATGGGAATTGTTTACCCCCAAGCACTGGTCTTTTCAGCTCGTCGCTTTTGTCGGGATCGCCGAGATCATTGTAGACATCGTAATCATATATCCTCTCATGGTTCTCACGCTTTCCATGGCCATTTCCTTGCTTAGTCTTGAGGTCGTCTTCTCGAAACCTTTTTAACCCCTCGGGCGTCTCCGATGGCAAGTATGACTGTCATCATGATGAAGCATAGTTAGGCACAGACAAGAGAAAAGAAAAACAGAACAGAACAAAAAGAGGAGTGTTTAAATTTGACCTTAGTGGTGAAGAAGACTCTGTTACTGTCGATCTCGGATTTAGAACTGATCCAAGAATTGCAGACGAAGTGTACAGGGCCAGTGGGAAGGCCATCGATGACAATGTCCTTGAGATATATCTCTCTGTGATGCTCATTCTCAACGAGAATAGCTCCAATTGCACCAAAATCTGGTGGAATTGTAAAATCTGTCTCGTATTTAACCTCACCAGCCTTTTGCTTGTCGTCTCTCTCTTTATGAGCATATTTTTTTATTCTTCCCTTCTCCAGTCCCGTATCTGAAACACAGTTTTGTTAATATGTTTGATAATGTTTTCTGTTTTCTACTTCTCTACAAAAGGAAATTAGCTCAAATATGTTCACTAATGATTTATTTATCTACCATGCCTGCAACAGTTACCAAATTACAACTCTCTTTTATTATATAAAAAAACTAATATAAAAGACATACTCCAACCTAGCAGCATATAAAAATGCATCGAATTTAGGAACAAAACTGCTCAAATCTAACTAATTAAAAACACATATAGCACAACTACCAGAATCAAGATCTCAAAACGGTATGTTGTGCTTAAAAAAAAACATTATTCAAGTATAGGATTTGAATTGCACCATATATTCATCTTCAAGGTTTAAATTGAGGAAACTAAATTCATGATGACTAATCATTTTATTTTTTACTTTTGGTTTAAACCAAAATTAAGCCTATAAACACTATTGTATGTTTGTTTTATTATCTATTTTTTTTTTAAAATATAAGCTAAATTTTAAAAACAAAGGAAAGTTTTTAAAAAGAAAATTTGTAATAAATAGTTAAAATATTTGCTATATTGGTAAATATAACAACTTTTAGTTTTTCAATTAAAAAATATAATAATAGAATAACAACTTTTTGTTTTGAAAAATAATTGGTCCAATATTTTTTTTCTTACCAATCGTTACATATTCGATAATTAGGAGAGATAAATACTAAAATAAAAAATAAGTGGTCAATTCTTCGATGATGTGACAAGATTTGATATATATATATATATTTATTTATTTATTGGTACTAGGACAAAATATTTGAAATCTGATTTTTGATGATTTAGTTATTCGATTTTATCATTGTAAACAAAAATATAAGATTTAATGAAAACAGAGTTACATTCTTTGTTATCAGTATTTTCATATATTTATTTAGTAGCATATTTGAAAATTAAATTTCAATTTAAAAATTTTAACGTGCTACACAAATTAAATTATAATCAAATTTCTTTGGAATGACAATATTTTTGTAAACCAGCGACAGTTACGACTAAATATTTAATTATTTTACATTGAGTTTATAGTTGTTTTTAGAATTTTTAGTATTAAATAGAATAGTTACAGATTAGGACTTAAATATTTTGGAAAAAGAATAATGGTCTGAAAATTGAAAGAGCGGAGAGAAGGCGGCAGAAGGAAGAGGAAAGACAGGTGAGTACCGGAATCGATTTCAGCACTGACGAGCTGGAGAAGAAGTGATTTTCCCAAAAGATCGGCAATGTCATCAAGGCCTCGTTCCAAATATATCCCCCCGGTGGCTCGTTTCACCGTCACCACGGCTTTAGCAGAAACCGCCTTCTCCGACGCCGGACTCGCGACGGAGCTCTCTTTTACCTTTACGACGGGGAAGCGGGCCGGGCGAACGGCGTCCCGTAGTTCGGCCCTCCTCTGCCTTGGCCGTATTCCCCATCCAAACCCAATGGGGAGAGGAGCCTTCACATTACTCACAACAAACGGTTTCCGCCCATCAAACGCACCTCCGTAAACTTGAGGTGATTTCAACATTATTAAAATAATTAATTAATTAGTTTCCGTCCCGCCCTTATGCTACACGCCACAGCATCATATATTTATAATCACTTCGAGACTACGCTAAGCTCGTAATATAGGATTAGGACAGGACAGGACAGGATCGTGCCACCTGCCCTATTCCTATTGGTCACTCACAGATTTTCTGCCCTCTGGTGGGGCACACCCAAGTACTATTCCACTCTCATCAAAATTTAATTATTTATTGGATTGGATTGTGTATAACTATGTACCAACGGATTTATAAATTAAAATCAATACACAAGTGATCAATGGGTCAAACAAGTGCGAGTGTAAGCAGCCTGACCCTGAGGAGAGAATCCAAGGAAATTTACAAACTTTACTTTAGCAGAAACGAAAAGTCTTGTAGAGTTGCAAATGGGCAGTGGGACGAAAATATCCTCCCTCTTCCAGATTTGGATTATGATTCGTGTAAAACGACTATTTGACAAATTTTAAATAACTTATTTATATGCTTGAATTGGACTCCCTTGTCTCTATTTACTAGATATTTTTGAAACTACTCCCAGCCCACACAGTTCAGTTTCTGGCGCAACCCAACCGCACCCTTGGGTTTTGCAGCTTCCCATCTGACACCCAACTTCCAATTTCAAGCTGGATTTGAGTTTGGAGGACTATGTTTTCTAAATGGATTTGAGAACAGATTGAAAAAAATATATTAAAAAACACATAAATTGTTTTTTTTTTCAAAAAACCAAACCGATCATTTGATCTGTCGGTTTTAAATCAAATAAATGGTTAGTCAGCATCCATTCTTACCTAAAAACCGACCCGATCCACTGATGTATCCTTCCAAAATATCAGAAGGCTGCTAAAATATCTCTCCCTATGTTATATTTTGTTACAATTTCATGAAAACTTATTTAAATGTATTTTCTAAATTTTTTAAATCCTTTTCTAATTTACGAACTATATCATGTTAAAAATTACAAATTTAGTCTATAAGATTTCAAGTTTGTGTCTAATTGGTTCGTAATTAAAAAAAAGTTGTCTAATATATTCTCCAACTTTCAATTTTGTAAAGGTTACTAGAAGTTAAAAGTATCTAATATGTCCTTAACCTTTCAAGGTCTTGTGCGTAATAGATCATTTGCCTATTCAACATTTTTTTTTTTGAAAAAAAACATAAACAGATCTATGAAACATAAACTGAATTTTGTGTCTAATAGAATCATAAACTTTTAATTTGTGTTTAACAAATCTATGAATTTTTTTAAAATTTCAAATAAGTCAGAAATTAAACGTGGCAAAATATTTTCCCATGAAAATATCTGGTGGGGGTGGCATGGGATGGGTACTCGGAGCACCACCACTATGGCCATGAAATTTTCCATCATCATTTTACTTGTTTGCCAAAGCCAGAGCCAGACGTCAAAGTCGTAACAGCTAGCAGTAGTGTTTTTCTTATCTCCTCACAGTCATTGCCAATGGCCATTATTGTTGTTTCTTTTTTACGAAAATACAGCCGCCTAAACCTAATGGCAGATCTATAAATTTTATTCATCGTTAATTTATTCACAAAAATATAATTTCGAGAGATTGGAGAATGGTAAGCACTTTGGATCTCGGTACCACCTACTGTTAGATCTTAATTTAGAGTCATGTATTCGTCATTGCATAATAAACCACGATTATAGAATTTATAGGGATCTACTAGCCTAACTCACATGGCATCCAGCTACTATTACTTTTGAAGATGATGTGCTCGTCGATTTTCTTTTACCGTATCTCACCATTTAAACTTTAAATTAAATCTAGAAAAACTTTAATACAAATAAGATAAGAAGTTAAAACATAAAATTAGAATGATATAGTTATATGCGTAAAAGTAATTGAAACGTGATAATTTTATATTATAGTCCAATTTTTTTTTACTAACTATTATATTTTAAATAACTTCAAATTGTCAAATTTATAGTATATATGACGTAAAGTTAATAAATATGTACCATAGACCATTAATTTTCAAGTTGATGACTCCTCTAGATAAAAAAGTTGAAATTAAAAATTATCTAAAATAAGTACAATTCAATATTAAAAATGATTTTAAAAGAAGAAAAACAATATCAGTACAATAATTTATAGAAAAAATATTTCTTGTAGGTTCAAAATAATGGGTGGTGACTACCTAATAATTTAAAATTAGGATTTAAATGTCCCACCAACTTATATATTCAATTCTTTTTTATTTTCTAAAAATTGACATATTTGAATAAAAAATTTGAAATTTCTATATTTTTTTTTAAATTGACATATTCTATAGTTTCCTTTCATTTTTTAAAAATAAAATCGATGGCATTTTTTTTCGATATACAAAAGTCGCATAAAATTGAATAGGAAACATGAACTAATACGAATTACATAAATAAAATTAAAATTAAAAAAACAACCGAGTTCAGGTTCGAACACGGGCAATTCGGGACTGGGCGCACGCAGTGCCACTACGCCAAAGATGGATTCGATAATAATTTAGACTTTTACATAAAAATATAAATTATTGTTTTTCAAACGTTCAGAGCCCCCGGCTCCACATAGATCCGTCCCTGCACAAACCACGTGATGTTAATAAATACTTCATTGCAATATTTTTGGAATATATATATATATTTCTGATCTGATTTCATGCCCCCTCTATTTTGTGGGTTTAAATAGAAGAATCAAGAAAAATAGATTTTGTTGTGTAAAATTGATTTCGATAGGTTACTGAGGCTATCTTAGAATAGAAAGTAGCAATTTGAAGAGCACATGCACGGTCGGAGCTTCTAGACCTTACTAAAGTTTAGAAAAGTTTATACTGAGATTCATTAATTGGTGGCGCTTTACATCACATTTCCTTAAAAAATACTAAATAGTACCAATATCGAGAGTTCAATTGACCATAAAATTTAATTTACAACGAATTTTTTACATTTTAGAAAATATAATATTTTTTATTTAATTAATAAATTAAAACTAGTAAGATTTCTTTATTAAATCCAATAAAGACATAAATTAGTATGTGATGTTGAGATAATGGAGCCAAATCAGGAAACTCATATTTATTATAATATTATTTTTCCTAAATGACTAGAATATTTGGCCTCCTATACAGTCATTTTGTTTAGGTTTTGTTTATGTGTTGTTGCACATCAAAGTGGCAGCTGAACGTGTAGGTGTACGAATTTTTAGATGGCAGCAGTAGTGCTATTTGGCAAATTATTTACAGATCTCGGGATTGTAAAGCATCGTTGGCAATCTATTCTCGTGGGTATTTGGTGAGGTTTTTATTTATGTTTTTCAGGATTTTATTGTTGTAGTTTCTATAAGTTATATGGTTTTTATGAGGTCCTTATATTTGAGATATTATTGTATTTGTCCATTGTATTATCCCAAAATCATAGTATAATTTGTTGTCGGGAAAGATTGGATGTGTTCATAGTTGGGTTGAATCAGTATAAATCTTTTGTGTCATTTTTCCTTATATTTCTTTTATTGTTTAATTGACTTAGTTTTCACTCGAAAATTGTAGAATGGAAAAACATTCTTGATAAGTAATTTAAAAAAAATGTGGACGATAAAGAAAAATCTAGTCATAGAATAATAATAAAACAAGAAATTGACATTAAGAACTAATATTTATTTATAATAAATGTTTATAGCCTTATCGATAAAGATCATGTGGATGATAAAAAGGAAGTCATAGTCCAACCACGTGGCAACGATGAGAATGGAAACAAAGAAAAATCGAGCCGAATTATTAGTTTATTGTCACAACTTAGAATCGTATCTAATAGAATTCTAGAGTTAAAAAAGTGTTTATAATAAATCTAAATTTTTAATTTTGTGTTTTATAACCATTTCAGCTTTCAATTTTATATCTAATTCATGTCAAAGATGAATTTTAATTCATGAATCTATTAGATAATAATATGAGATTGAATTTAAAATTAAAAGTTATGAGATTTATTATGCACTTCAAGACGTCTATATAGATACAAAATTGAAATTTGAAAAATTCAGATACAAAATATATATATCAAAATTATAAGATAAAAAAGGAGCGTGTGGAAAAGCTTGGATATTGGAATTCAATAATTCCATAGAAGCAGCCAAAGGACATGCCTCATGGGCATGGCCAGCAGCATCCACAGAAGCTGCAGTTAAGATACCGAAAGTGAAAGCAGGAAACACTAATGTACTATGAATTTTTGAATTGCAAAACACGTTTCTGGATATGGTCCAGCTGCTATTTTGATGCTCAGCCCCACTGCCACTGGCCTGGCCATATGTGTTACATAGCTGCAATCTTTATGTTCATCCCACACCCTTATCATTTATTAACCACGTCTTATAATTTAGGTTAAGTAATAGATTTGGATCAGCTGATTTAGTCCACTCATTTAGATTTAGCTTCACTTATTTACTTAAATCTCACAAAAGCTAATTATTCTTAATGTTATATCAACGCATTTTGTTTAGCATGGTGGTAATGATTTGATTTTTTTTTCTATTTAATTAATTGTGTTAGTTCAACGATTTAGAGAGTGAGTAAAAAATAGAAGTAAGGTAAAAAAAAAAAAAAAAAGTTAGTTTGCTGTAGACCATCTTTGCGAGATTTTAACCAAACCGCAAAAACTATAAATTAAAATTTAGCCTATAATTAATTAACCCAAACAATTTAGCACATCATTTTTTTTTTTTTTTGAGAAAACATCATGTTATTCTTTATATACATATTACCATGACAGAATAATTTATATTGTCTTTTTCAATAATTTATATTGTTTGTACTCGTCAGTCTTTTCACCCCACCTCATCGAGGTTTAATTATTGAGTATAAAATAATTAAATAAAAAAGTTAGGGGTGTTATTAATAATATAGAGACAAAGGATAAAAGTAGAAAAATAATTGTTAATGATAATAGAATTGATAATGATATATGAGAGATGAAATTATCTTTTAGGGAATGAGAATGGAAATTAAAAAATTGTGTGGGTCCCACCCAACAAAAAAAATTGATTCCTATTCTTTCATTTTCACTCTGCTGTAGTAAACATGGTTTAAGCAAAAAACCATGTTTTTATTTGTAAAAATATTTTGAGATGAAGTTAAAAAGTAAAAGTTATAAGATTTTGTGTCAAATGTGGGGAATATTTATTGTCCTCAGAGTTCCTGACATGTAAATTTGAATGGTACACATGGGTTCACTTATCATGTCACGTGGAGAGAACTAGAAGATAAAGAGTAGAGATAAAAGAAATTTGGGAGCGAAAAAAAGGACAAGGTAGTCTTTTCAAAGTAGGGTTGTCAATGACTAATAATGAAGAGTGTGATATCGACAAATTTTTATCACATGGGACTTAAATTCAATTAAAACTATAAGGACATTGGTTTTTTTTTTAAATTATTAATTTTCTTAATCTAAAGAAAAAATATATTAAATTTTGAAAACAAATCAAAATAAGAATTATGAAATTTAATAAATATCATGTACAAATTAAATAATCAAAATACTACTTGTCTTTTAATATTTTGGTAAATTCAAATCTGCTAACGTGCAACGGTGAGGAGCCCACTAGTTGTTAGACTAACTTATAATGTATTCCAACGAAGCGTCGGGTTGTTGATAAGGAGTGTGAGCAGACGAGGGCTACTCTTGTAGGACCTTTTAGAAGTGTGGTCCATACACGGCTAGGGAGGAAAGAAAGGAAGGGGATAGCGAGTCCCATGTAAGTTTCTCAATAAGTTTCATTTATTCAAAAACATGCGGGAAAAAAAAACTCCTATTCTTGTGAATTAGAAATCACTTAAAAAAAATTTATGCATACAACTCGCTATCTTTTTTATTTCTTTTTTTAAAGTCAGATAACAAATAAGGGAGCGATGAAAAATAGAAATCAGCGAATTTTGGAAAAAGAAAATATGGTTTGCAAATTAAATTTATAAAGATAAAGAATCCTAACTGTATACATTGAATAAAAATGTCTACACACATATTGAAATTGCCTCCAATATATATGTGTATACAAACTTGAAAACTAGAATTAATAATAAAGATTGGCTGTCCAATACTTATTTGCTGAAGCAAATACCATGATCTAATAATGAATTATTCTAATTAGTAGATATTATTACTCCTACATTCATGTTGAATATATGACTAAATCTTCAACGAGATACCATAAAATTATTTGAGTTAATTTAGAAAATTGGTATGTATTTTTATATAATCATGTAAATATTCATTTAAAATTTAATTAAATTTAGAAGGAATTTACCCCTATAGTTTTGTAAGTCAAAAATTAAGAGAAATTCCAATAGATAGCAAATTTTTTTTATGTATTTCAAAAGATGTCACATATTTTTAAAATTTTTAAATATTGCACAGATTTTCAATTAATATCAGTAGTACATCATATACCCATATTAGTAGAATATCAAATACTCATATCAGTAGTATATTACACATATATGGTACAAACACTCATATAAGTAGTATATCATATATATATCACATACATATTGCAAGTATATATATTAGACACTCATGTCAGTAGTATATCAGATATGTATCACACACATATATATAGTCAGATATATTACAAATATATATCATTTGGATAAAGTTTTAATTTTAAAATTGGACGTCCGTTTTTTTTTCTTCTAAATTCTATGTTTGAAAAAAAAATAAATATGGTTGCTATTTTGCTAATTTCACTCATTGTTTGGTAACCAATTCAATTTTGTGTTTTTGATTTTTCATTTCGAAATCCAATCTAAATTTCAAAAAAAAAAAATACTTTTCAAAAATTAATTTTTGTTTTTCAAAATCTAATTTTTCTCCTGATACTCTACTTTTTTATTTCTTTCTCATATTTATCTCTAACAAAATTCTTTCTCACTCTAAATTTTTTTTCATCCTAAATTTCGCTCTACAAAATCTATGTTTCTCTCGCTAAAATTTTTATATTCTAAATTTTATTATTATTTCTCTTTCTCCAAAATTTTCATCTTGCTATATCTTTATTTTTTTTAACAAATCATTCTCATTTATGTCCAGAAAGTTAATATTTTCTCGAACTTTTTCTCTCTCTACAATTTTGTTTTTTTAAAACTTTTTTTTCTTCTTAATCTATTTTTCCTCTGAAAATTATATCTTATTTTCTCGTTCAATTATCTTTTAACTATAACTTGTATTTATCTTTTTATTTATTTATTTTCTCTAAAAAATATATTTTGAATATTATTTTTATCTTTAAATTTTTTCACACTATTATTTTGCTTTTTCTTTCTAATTTCTTTTTTTCTTTAACGTATCTTTTTCTCTCAACTTTAATTTTTTTCTTTGAAAATTTTCTTGTTTTGTCTTTAAATTTTCTTTTTCTCTCCAAAATTTATATTTAAAAAAGTTTATTTTCATCCTTCTAATCTTGTATTTCGTGTCTCTACATTAGGGATGACAGAAATTCTCTAGAGTCGAGTCCCTTGAAGAATAGGAAATTCATGTCTCAAACCCGTCCTGATTCTTTTTTTTAAATAATTAATATATTTTTTACTAACATATTTACTTAATTGTGAATAAAATATTAAATATTTTTTAAAACTAATTATTTATAATAGTAAATAATAATTCTAAAAATAATTCATATATATTTATTACACTTCTTTATAAAATTCTAAAAATAATTAACATTAATTACAAAATCGGTAATTTTTCCTGCGAATATCCCCTTCCCAAAATAATGATTCTTTAACATGGTTCTGGATTCCCGAATCGATGAACGAGGTGGAGATGGTGGACTAAAAATTTTCACGAGCACGAAAATGGAGAGCACGTCTTCAATTCCGCCCCACATTATTGTCATCTCTACTCTAGATTAAATCTTCTCTTTAATATATATTTCCAATTTTGTAACTTTTTTAAAAATAGAAAACCAACAATGGTTATCAAACATATTTGGTTTTCTGTTTTTAAAAAACAAAAGACAAAAACCCATTATCAAACATGTATGGTTTTTATTTTTTAAAAAAGAAAATTAGAAAAAAAAAACCAAAAACCAAAAACTAAAAATAAAAATGATTATGAAATGGGCCCTAAATATTTTTGTTAACCGCCCCTTCAATTAATTTTTACTCAAAACTTCAATATCATCTAACAAACCCTAAATTTAGATATAACTGCTACAATTCTTACGCTCTATGCAATTTCAACCCACTAATTTAGTTTATGATTATTATACACAAAGTTGCCCATTAAATAACCTTGCAAATACTTAAAAAAAAAAAAAAAAACAGCTCTAGTGTCAGTTTTAGTTTGAATCCTATCAATTTCATATCAAATATCTATTTTTATAATTTCATTTGATACGTATGAGAAAACTTTTTTCAAACGCAAAGTAAAAATTGTAATAATTTTTAAAGTTGAAGGTGAATATTGCAACCACTTATTTAAGGTGTAATTTAAAAAAATTCAAAATTTAGAGTAACATTGTATCAATTTGTCTAGTTGGATTGAAATTCAGATTTTTCCTAAAATTTAGTTGACATTAAATCGATAACTGGACAACTAATTCAGTTCCCAAACCCTTGTTTTTCTAGTTTTTTTCTTAAAAAAAAAAGTTTTAGTTTCGTTTTTTTTATATAATCAAATAATTAGTATTTTTTTAGTACAACATGAAAGATGGAGATTCAAACTTATTTAGTTGGTAATAGATATTTTAATAACTATATTATATCGAATATATATATATATATACACGCTCTAATTTGACAAATGATTAAATAGTTAACTGCGTACGCGAGATAAACAAGAATTACAGTAGCACTGAAATGATTAAGGAAATCTTACTAATACAAATAACGACCTTCATGTAAATCAGTCCCACTACACTCTGTGCCTTTAATCGCTAGATGGTGCATGGACTCTGTCTCCATGTTGGGTCGGGTCATGGGTGCCAATTGCCAGAGGCCCTCGGGTGCACATTGGCCTCCGCCCATATTAAAATATTTTGCCCAAAATAAATAATTTTCCACTTAATATTTCCACATATTTCAGATTTGTATTTATTTTTCTAAAAGTTTGGTTTCCGTACATACCATATTTTGTCCTGATCATTTTTTTTTATTTCCTCCGGATCTTCTTTGTTTGAAGTAAAAAAGAAAAGTAAAAAATTAATTAAAAAAAATTAAAATTAAGTTAATTAATGAAAAATGAGAATTTAAAAATAGCTTTTTTACTTAATCTCTCGAGCTCCCCCTTTTTTTTTCTCTCATTATCTCCCCATTCTCCCGAGTTCTACGTTTTCGACTCTCCAGCATTTTTTTTCTCTCCTCCATTTGGTGTCATTTCTTCCACTCATTTCTAGTTGAACTGAACATCCATATTGGAAGATTTGAAATTTCTTTTGCTATTTTTTTTTCTCTCCTTTTCAAATTGCTGAAACAAAATACTTTTATTTAATTATAGATTGTTATTTATTAATATTGATATTTAATTCAATACTTATGGGCTTGTGAGTGTTGAGAACTGAGATTAATTTTGTAATTAAAAGCTAATTTTAAATGGAAACGCTGCAAGGAACTCCTCTTGCCGTCACTCCAGGCTCCGAATACGGCTTCAAAAGCTGATAAGGGTCGACTCCAGCTCCATGTCTGTTCTTTAACTTAGGATTTGCATTCCTCTGATCAATAATATCTTCCAATTTTTTCAACCTCCCACTGAACTTGTCAAACGCTTGCTTTACAACAGGGTCATCACCCCATGCTGGTTCCATATCCTCTCCCAAATACTCCTCTTCTGGAGAATGAGTTGACAATATACTTAGAATGGACAAAAGCACAGTCGCCTGAATATGTGCAGGAAATGTGTCTAGAAATACACGTTCTGGGTCTTCAAGAAAGCGCTTCCAAAGCTTCGAGTTGGGTTCTTCTGTGGGGACGTTGATTCTGGCAACACTGGGTCGCGCTGGAAAATAGCTTGCGAAATAATATTGTCCAAAGTTAACTGCTGCGTGGTGGCCAGAAGTAACCCACATCATGCTGCTGACAACGTCAATAAGGTCTTCAGGAGTGTTGAGGATGGGCCACCATGGTTCCTCTTTCTTATCTCCGTGGCCCACGCTTCGAATTTCTGTCCACCATGCTTGGAGTTCCTTATCTGACTTCACAACGCCTGGGTCTGGATAGTAGTGGTTCACATATTCTGTTGCCCACTCTTTAATGGCGTCCCAAAGAATTAGCCCATCGTTCGCAAAAGGGTAGTCTTCAATGCTCAGCTTTACACCATGAGCTGCATTTGGATCCTCAACGGCCATTCCTCTTCCGGAAACAAACAACTTATTAGCATGGTAACTAAACGCGGGGAAAAATACAAGGCAATTTAAAAGAATTAGTTGGCAGCAACAGTTACCTGTGAATTAAGTCCGCAGGCAAAGCTTCCAAGTTGAACTGCCACTGCTTCTGGTAGACCATAGAACTAACTTCCATAGAATATTTTCCAAGTGAGAAGGCGGTCTCGATGATCCCTCCTACATTGGTAAGAGCTTCCCGAGCAATTGCATTGATCTCCATCGTGTACCGAAAATGGGGGTGCAGCAGTCTATAAATTGGATGCATTGCACTTAATTGTCGATGCATAGCAATAATGTAGGGTTCTACCGAACAATGAGTTCTAAGCCTGTAAGTGAAGATTAATAAAACAAAAAAATATATTTTAAGCAACTTTTTCTTTAAGTACTTATCAATAGTTCAATGTTAAAAAGACATACCAGTGGCTAACAAGTTGGTGATAGCCAGAGTCATGAGCGAGAACATGAGCTTTGGCAATCCTCCAAAGCCAAAGGCCAGTGGAATTCAAACATGGTGTGAAAACGTCTTTCCATTGTTGTTTGCCGTCTATTGGTGGCCTAGTGAGCTCAATAGCTAGGGGCTTCAGAGTGTTATCTGGATTTAAGAAGAATAACGTCCTTGACCCATATAATGTCTTGCCTTCGATCTTTCGTACCTTTGCTACATATGGTAGAAACAGATCATGGTAATCTAATATATATAACTTCTTCTGCTCCACCGCCTGCAACCCAAAATAATCAAACTCTTTACACACGGAAAAATATATTTTTTGTTCATAATGTTTGACGTAAATATCTATTTGGTTACTAAAATTTCAAAATGCATATTTTTAGTCCATGAGATTTTCAGTATGTGTGTATTTAGTCCCTAAAGTTTCAAAATGTACATCTTTAATCGCTGAAGTTTGAAAAATTGTTCTAAGGATCATTTGACAGTTAGTTGATCATTTGTGATTTTTTCTCTCCCCTCTCTTTCTCTTTTTATCCCATTTCCCGCCAATGTTATTGCCACCACTGCCAACCCACCCACCCGCTGTCGCCGTAGCCACACTTTCTCGCACCTTTGGTTCTCTCTCTCCTTTTCTTTTTCTAACCTTCATTCTAGATCTAGAACGAAGGAGAGAGGAAGACCTCATCCTCCTGCCGACAATTGCAAAGGACAAAGCACGACGATGGTAATGCGATGGAGAAAGTGCCACGTCTCTTTTCTTTTTCTCACCTTCATTCTAGATCTGGAACGAAGGAGAGAGGGAGACCTCATCCTCTTGCCGACAATTGCAAAGGACAAAGCACGACGATGGTAATGCAATGGAGAAAGTGCCGCGACGGCAGACGGTTGGTCGACGGTGGCAGCAGGCCGGAGATGAGAAAGAAAAAGAAGGGAGAGGAAGAGAGAAAACCACGGACAGTCAACCGTCAATAATGGAATATTTTGACCAAATATTCCATTTTGAAACTTAGGGATCAAATAGACACCTACTCCAAATCCATCAAATCGACACTTGCTTCAAATCGGAAGAACCAAAAGTGTATTTTTTTCAAAATATATTATACGTAATTGAAATTAAATTGTCTAATCGCTTGCTCGTACCTCATTGAGAGTCATGAATCCTTTGATTTGTTGCTCAACTATTTCATTGGTGATTGCTGATTTAGTTGGACCATAAATGGCAGGGTCAAGTTTACTCTCTAATGGCCATTCCTGTAAAAAATTTCTAATGGCAATAAGTTTCCTATATCAATGAAAAGTCCTATGTGCGTTTTATGAGTTTAAAGGACGTTCTGGAGCATTGAAGTGGAAGGGTAGGACTTAGGAGATAGTAATCATACCGTGACAAGCCTTATGCTACACGGATTGAGACCTGCAAGGGTTTGTCTAGCAAATTCCTCATCTTTAAACCAAAAGAATTTGTCGCCTTGAGAATAATGAAGAATTACATTCTAATCAGTTAAGTAACAAAAAACAAAAAGGAAGAAGAAAGCACAAACGATTTGAATATTTGAATATTGCTTAATTAGAGTTGTTCTTACTATCGAGGACTGCTTGGGAAGGACCTAAGAGCAGGATACGCACAACCTTATCCACAGCAAAATCAATAAGTCTTGGAAGAAGAGCACTCGGCTCCCACGTGTATTTAGAAGAAGGCAACAACATAACCCTATTTGTGAAACGCGACTCTATGTCTTGGGCTATCGCCTCCAAAGCTGGTATGAAGCCATGTAACATTGAATAAACTGTCTTTACTGCCGGGGTTGTAACCTGTTTTGTATCTATGAATGCCTCGTCTCGAGGCACATAAAAGTTTGAACTCGTTACCTCCGATAATGGATCTACACATATAATTTTCCCCATGTTACTATCATATAATAGTAAAGAAAGATGAAATAGTAAAGAAAATTACCTGCTTGAGAACGTGCACGTCCAGTTCTACAACGTCGAGGGTAAGGATGTTGCTTACCGCCAAGAATTGGTCTTTTAAATTCGTCGCCTCTGTCGGGATCGCCAAGATCGTTGTAAACATCATAATCATATATCCTATGGTGAGACTCTCGTTTTCCATGTCCGTTGCCTTGCAAAATTTTGAGGTCTTCTTCTCTAAACCTCTTTAGCCCCTCTGGTGTATTTGATGGCAAGTATGACTGAACATCATCAATCACATAGTTAGTAATAAACTCAATATGGTAAAATATGTGTCACTTGCTCATCTAGTCAAAGTCCAAAAATGTACAATATAAAGACTCATATGGAAAGTAACAGAAAGAGATAAATAGTTACAACAAATCAACTAACTAATCAAAGAAGTTAGTTAGACTATAAAGTTAGCGTGGGTTTAGAAGTGAGGATAAGAATAGTAATTTTAGAAAAAAGATTTAAATATAATTGATTTTCTAAAATAATTATTCAAATGATACTTTAAATTGAATTTAAAGGGATTTAAATTAAATTTTTAATTTGTTAAAGAAAAGTGATTTTGATTGACATGATGTTAAATATGTGGTGTTAGTCTTTTTTTTTTTAATTGATTTTTGTAATATTGTTTAATCTCCAATTTTATTCTCTCACATAAAATAGTCATAACTTATTAGGAACCATTTTAGTTTTACAACTAACATTTAACCATATCCAAAAAAGTACGCAGATGCAAATACGAGGCCAAGTTATTGAATGTGTGACCTTAGTGGTGAAGAAGATTCTCCTATCATGGCTGTGAGACTTGGGACTGAGCCAAGAATTACATGAGAAGCGAAGAGGGCCATAGGGAACGCCATGGATGACAATATCCTTGAGGAACAGCTCTGTGTTATACTGATTCTCAACCAAAACCGCTCCAATTGCACCAAACTCTGCTGGAATATTTACTAACTCCGTCTCGTACGTAATTTCCCCATCCTCCTCCTCTCTGCCTACTTTCTGGGCATAGCCTTTTATTGTTCCCTTCTCCAATCCTGTGGCTGAGTACAGAATTTTTCTTCATTCAAATCCAGACCCCAACCATGTAAAAATCATAAGGTAAAAAGATGGGGTTTTTCCTTCTTTGGTAAGAAATAATTGGAACCCCCACCAAAAAAAGAAGACAAAAAATGGTAGTTAATTTGGGACCACCGGAGAAGTTGGCATGCATGCACGTATAGGACGCAACTAAATAATGGAAATGGTAAATTTAATATATAGACAATCAATCAGGCAGACGTACTGGGATCCATCTCAGTACTGAGAAGCTCGAAGACAAGTGTTTTGGTGCCCCACAAATAATCAGTAACATCGTAAAGCCATCGTTTGAGGCCAAGGTTGGGAAGCAGCAACCTGCCGACATGTCGTTTGACAGTAACAACAACATGAGCAGAAAAGGGGTTCTCCATGGGAGCCGCAACGGAGGCTTTAACGGCAGTGGAGGGAGAAGCTGAAGCGAAGCGGCCGCGGAGGCGAGGGGTGTTTGGAATAGGATGCTTAAGCAGCAAAGCTTCGACATTGTTCTCAACAAATGGGTTCCGGTTCCGGTACACAAAGTGAAAGTGGGGAGATGAGTTATAAACTGGAGATTTCAACATTTTGTTTTCTCAAAGCTTCAACTTGTTTGGGAGGAGACCTGGTGAGTGGTGAGTGGTGAGTGGTGAGAGGTATTTTATAAACAAGAAGATTTCAAAATATAACAACCCACCAGTATAAGTGTATCCCACTCTTTATGTACTGACCCGTCGCATCCATCTCTCATCACCACAATAATATTTAGAAATAGAAGAGAAAAGAAGATATATTTTTTTTCTGTCAAATTTTTAGTACTCCAATGGGTCAGCAACTAAATAATATTCGTAAGGCTGTCTTATATTGCCTCGAAAATTGTCTAGTGAAGTTATTTGAGTAGAGATGATGTATGACCCTATTTTTTTATGTTGTAATTTGGCCACACATATCTCGTGGTTGGTTTGGACAACCACAGCATTGCCCCTGCAGCGAGGGAAAACATCTCTGTAGGGTTGCAGCAACATGACTATCACTTTCGTAACCATTTTGTTTTACCCCTATGTGGTTCTCCTTACAACAGATTAGAACAGAATTCATTGCCAAAAATATATTTTATAATTTTTCTCTATTGTCAGCCACATTTTGTAATTCACGTTTTTTTTAATTTCAAAATACATAACAACTAAAAAGACGTAACAACTAGATTTGTATTTGCTCTAAAAGTGACTAGTTTGGTTTCAACTTTTAGAAAATAAATCTAAAAGTTTAATGAAGGGTTACTAAGGAAATGTTAACGTAGCATTAGTACATTGGTAACTAAATCGAAAAAATAATTGCATAAAGAAATCCATGAACCATCAAGATGTGTGTGAGGAGGAAAACAAGTTACAAGTTAACATCAAAATCAAACAAACGGTTGCTATGGTAGAGAACATATTTGTTTGCAGCTATGAAAAAGAGACGATTCAAGAAGGCGAGAAAGAGTGAAAAAAAAAAAGAAAGAAGAAATAATTATCCAACTCATAAATATCACACCATCTTATTGTTAGTGACACTAACAAAAGTTTGACTTAAAAGACCTTTTTAGAACTATTTTCAAATAGTCATGAATCAAACTAAACTCAAACTCAAAGACAAAATATACGTATATTTTACCCGAAATAAAATCTACCTTCACAGTTTCAAAAAAGTTTCAAACAAATTCTTTCTTAATAACACATTGAAATTGAATATCATAACAAATATGTTAAAGATATATATACTTGAATAATATTTGGGTACTAATCCCTTAACACTCTTATATTGACCATCATTAAAATTTTGACAATTCTTTAACTTTTTGATAGCAGAAAAGATATTTCTCTTCCTGCATTCTTCTCTCCTACTTATCAAAAATTTAATAGTGATCGGTGCTGACCGATTATTTCCTAAGTTCTCTTCATATACTTTTTAATAAGGTAACATTTTCGTAATGATATAACGAATCTTAGTCTGTGTTTGGTACCTTTTAAAATGGCTTATGGAGGATAAATTTAATTTAATTAATTTTTTTTTTTGAAAAAAGTAGTAGTGAGAGTGCTTTTAACCAATTAAAGAATTCTAAAAATAAATAAGTAAAATATTTAAAATGCTTGAAGCATTTAAGTTAAGTTGAAGTTGTATATCAAGAAACAACAGATTAGTTGTGTAACTTTCATCTAAATGGAAACGCTATACGGAACTCCCTTTCCTGTGACTCCAGGTTCTGAATATGGCTTCAAAAGTTGGTAAGGCTCCACTCCAGCTCCATGTCTGTTCTTCAATTTAGGATTCCCATTCCTTTCATCAATAATCTCTTCCAATTTCTTCAATTTCCCACTAAACTTCTCAAATGCTTCCTTTATAATTGCATCCTCACCCCATGCCGGCTCCATCTCCCCTCCCAAATACTTCTCGTCTGGAGGATGAGTTGACAATATATTTAGAATACACAGAAGCACAGATGCTTCAACATGTGTAGGAAATGTGTCTGAGAACACTTTTTCTGGATTCTCAAGGAAGTACTTCCAAAGTCTTGAGTTAGGATCTTCTGTGGGCACGTCCACTCTGGCAAAACTAGGCCGAATTGGAAAGTATCTTGTGAAAAAATACTGTCCAAAATTTACTGCTGCGTGGTGACCAGAAGTGACCCACATGATGGTGGTGACAACGTCTATAAGGTCTTTGGGAGTGTTGAGGATCGGCCACCATGGTTCGTCCTTTTTATCTCCATGGCCGACCGTTCGAATCTCCATCCACCATGCTTGAAGTTCCTCATCTAACTTGATAAGATTTGGTTCTGGGTAGTAGTGATTCACATATTCTGTTGCCCACTGTTTGATAGCTTCCCAAAGGATTAGGGCATCGTTGGCAAATGGGTAGTCTTCAATAGTCAATTTTAGACCATGAGGTGCATTTGGATCCTCAAC

mRNA sequence

GCCCGGCCCAGCCCAGAGCAGACCCTTTTGGCAAATCGCAAATTCCATCTTTGTTATTCTCACGCGCTTCTCTCGTTTGGAGTTCGAGGGCCATGCCAATTGTACCTCCTTAGTCCTTTCCTTTGACAATCACTCCCTTCTGCCCTCTTCCAAATCTCAGCGCTTCATCTTCTTCTTCTTCTTCTTCTTCTTCTTCTTCTTCTTCTGCACTCCACTTCCTTTTACTTTACTTCTCTTCCACTTCCAGATCCTACCTTCTTCCGGACTTGACATCTTTCTCTGCTTTTTCTGCAACTATTTGCTACCATTTTCGCCTCTTCGGATCCCTCCTCCGATCAAAACTATTGGGTTCACCGGCAACATGCCTTCTTTCTCAATACAGAACACTTTTATACATGAGTTTCTCTAAGTTCTAGAACTATGGGTAGAGGAAGAGGAAAGGGGAAGAAATTCAGTGTAACCAGTCTTGAAGACCCAACAACTGGTGAGGAAGAGAAATTGTCTTCACAGAAGCAAAGTGGAAGTGCAGAACAGCCATTAAAAGATGAAATCAAGGAAGAAAATTTTGGAAAAGTAGAAGCCATCAATGAGCATGCTAAAGCTTCACCTGGCAAGGTGATTGAAGGTCCAACTCCACTGGAGTGTGGGAAGAAGAGGAAAAGAAACTCTTCAATCAAAGAGAAACTGGATTTAGATAAAGATGAAAATTGTGATGGCACCCAAACAAGCATTGTCGAAGTCAAGTCTAATGGATTCCGGCATAATGGAAGCAGGCGAAAAAGTAAGCCCCGTCGAGCTGCTGAAGCAGTTGTTGAGTGCAGATAAACATTTGGTGGTTGATTATTGGCGGAAGATCTGTCCCATTTATTTGGGCAGATGGTTACCATTATAAATTTAGGAAGTGAAACGTGGTAATATCTAGTCTCCTGTTTCTGTTACTTGTGATTTTTTTCATTTCAATTTTTTGTCACTGCCCAATTTTGATATCAAAAGAGGGACTAAAACTTCACTTTGTTTTTTGTAGTTCCCAATACTTTTCTTGTCACAAATTTAGATCTATTTCTTAAGAACACGAATACATCAGTTAATATATGAAGCTAGAAGCATGGTCGACTTTGTAGACTTTATTCCTATATTGTTTCATGGAAAAGTCTGCTCTATTCATTATGATTATTGCTTATCAGGGTATGGCCAGTACTCCGAGCTTGCTCCAGATATGCATAGTTTTGTTGCCACATGAGAGTGGGCAGTGGATCTTTGTTCCTGATAGGAACGTAGTTCATCCTTTCATCGTAGATAAGAGAACACGCCTAGATTCAGGTCTTGAGAGTTGAAGAGGAAAAACTTATTAGCACAAGTTTGATGCTCAAAAGATCTTAGTTCAAATGCTCATTAATTTTTCATGAAAGATAATGTTTTTCTTTATGGCTGCCTTTATATGAAGAGTTTGTAGGGTAGCAATCGCATATGTTGGTCAATCCATTCAAGTACCAATGAGATCTTCCAAATTGCTAAGATTATTAAGTATATACTAATCAAGTGGTTTGGGGACATTTAACATTTCCGCAACTCTGTTTAGGATCTCCTCTTTATTTCAAGCATGTTGATATTCCATGGGTTTTAAATAGAAATACTGTAAGGGACTCCTTTTCCTGTTACTCCGGGTCCTGATTCTGGCTTCAAAAGTTGATAAGGCACAACCCCAGCTCCACGTCTGTTCTGCAATTTATAATCGGCATTCCTTTCGTCGATTATCCCTTCCAATTCTTTCAATTTCCCACTGAACTTTTCAAATGCTCCCTTTATAAAAGGCTCATGTTCCCACGCCGGTTCGATTTCTTTTCCCAAATATTCTTCATCTGGAGAATGACTTGACAATACATTTAGAACGGCTGTAACTTTTGTGGCTTGAAATTGTGAAGGAAAGGTGTCTAAAAGCACATCTTCCGGCCTATCAATAAACTTCTTCCATTTTTCTGCGTTGAGATCTTCAGTGGGCACATTGATTCTTGCAATGCTGGGTCGATTTGGAAAATATCCTGCATAAGAGTATTGTCCGAAGTTGACCGCTGCATGGTGGCCAGAAGTTACCCACATGATGGTGGTGACAATGTTAATAAGGTCTTGGGGGGTGTCGAGAACCGGCCACCATGGTTCATCCTTCTTGTCTGCATGGCCTTCAGTTCGAATCTCGGTCCACCATGCTTGAAGTTCTTTATCTGACTTCACAAGGCTTGGATCTGGATAGTAGAAGTTGACGTACTCTGTCGCCCATTCTTTAATGGCATCCCAAAGGACTAATCCATCGTTGGCGAAAGGATAGTCTTCAATAGCCAGCTTCAGACCGTGAGGTGCATTTGGATCCTCAAC

Coding sequence (CDS)

ATGGGTAGAGGAAGAGGAAAGGGGAAGAAATTCAGTGTAACCAGTCTTGAAGACCCAACAACTGGTGAGGAAGAGAAATTGTCTTCACAGAAGCAAAGTGGAAGTGCAGAACAGCCATTAAAAGATGAAATCAAGGAAGAAAATTTTGGAAAAGTAGAAGCCATCAATGAGCATGCTAAAGCTTCACCTGGCAAGGTGATTGAAGGTCCAACTCCACTGGAGTGTGGGAAGAAGAGGAAAAGAAACTCTTCAATCAAAGAGAAACTGGATTTAGATAAAGATGAAAATTGTGATGGCACCCAAACAAGCATTGTCGAAGTCAAGTCTAATGGATTCCGGCATAATGGAAGCAGGCGAAAAAGTAAGCCCCGTCGAGCTGCTGAAGCAGTTGTTGAGTGCAGATAA

Protein sequence

MGRGRGKGKKFSVTSLEDPTTGEEEKLSSQKQSGSAEQPLKDEIKEENFGKVEAINEHAKASPGKVIEGPTPLECGKKRKRNSSIKEKLDLDKDENCDGTQTSIVEVKSNGFRHNGSRRKSKPRRAAEAVVECR

Homology

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BLAST of MC02g0082 vs. NCBI nr
Match: XP_022148746.1 (uncharacterized protein LOC111017338 [Momordica charantia])

HSP 1 Score: 258 bits (658), Expect = 2.33e-86
Identity = 134/134 (100.00%), Postives = 134/134 (100.00%), Query Frame = 0


Query: 1   MGRGRGKGKKFSVTSLEDPTTGEEEKLSSQKQSGSAEQPLKDEIKEENFGKVEAINEHAK 60
           MGRGRGKGKKFSVTSLEDPTTGEEEKLSSQKQSGSAEQPLKDEIKEENFGKVEAINEHAK
Sbjct: 1   MGRGRGKGKKFSVTSLEDPTTGEEEKLSSQKQSGSAEQPLKDEIKEENFGKVEAINEHAK 60

Query: 61  ASPGKVIEGPTPLECGKKRKRNSSIKEKLDLDKDENCDGTQTSIVEVKSNGFRHNGSRRK 120
           ASPGKVIEGPTPLECGKKRKRNSSIKEKLDLDKDENCDGTQTSIVEVKSNGFRHNGSRRK
Sbjct: 61  ASPGKVIEGPTPLECGKKRKRNSSIKEKLDLDKDENCDGTQTSIVEVKSNGFRHNGSRRK 120

Query: 121 SKPRRAAEAVVECR 134
           SKPRRAAEAVVECR
Sbjct: 121 SKPRRAAEAVVECR 134

[Close]

BLAST of MC02g0082 vs. NCBI nr
Match: XP_022995170.1 (uncharacterized protein LOC111490789 [Cucurbita maxima] >XP_022995171.1 uncharacterized protein LOC111490789 [Cucurbita maxima])

HSP 1 Score: 196 bits (498), Expect = 5.74e-62
Identity = 102/134 (76.12%), Postives = 116/134 (86.57%), Query Frame = 0


Query: 1   MGRGRGKGKKFSVTSLEDPTTGEEEKLSSQKQSGSAEQPLKDEIKEENFGKVEAINEHAK 60
           MGRGRGKGKK ++ SLED TTGEE+K+SSQKQ+GSAEQP  DE+KEE FG+VEAI+E AK
Sbjct: 1   MGRGRGKGKKSTIASLEDSTTGEEDKISSQKQNGSAEQPQTDEMKEEEFGRVEAIDEQAK 60

Query: 61  ASPGKVIEGPTPLECGKKRKRNSSIKEKLDLDKDENCDGTQTSIVEVKSNGFRHNGSRRK 120
             PG+VIE P P E GKKRKRNSS+KEK+ L  D +C GTQTSIV+VKSNGFRH+GSRRK
Sbjct: 61  TDPGEVIESPNPAETGKKRKRNSSMKEKMGLVNDASCKGTQTSIVQVKSNGFRHHGSRRK 120

Query: 121 SKPRRAAEAVVECR 134
           SKPRRAAEAVVECR
Sbjct: 121 SKPRRAAEAVVECR 134

[Close]

BLAST of MC02g0082 vs. NCBI nr
Match: XP_022958162.1 (uncharacterized protein LOC111459471 [Cucurbita moschata] >KAG6605893.1 hypothetical protein SDJN03_03210, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 193 bits (490), Expect = 9.50e-61
Identity = 103/134 (76.87%), Postives = 113/134 (84.33%), Query Frame = 0


Query: 1   MGRGRGKGKKFSVTSLEDPTTGEEEKLSSQKQSGSAEQPLKDEIKEENFGKVEAINEHAK 60
           MGRGRGKGKK  +TSLED T GEEEK+SSQKQ+GSAEQ   DEIKEE  G+VEAI+E AK
Sbjct: 1   MGRGRGKGKKSIITSLEDSTIGEEEKISSQKQNGSAEQAQTDEIKEEELGRVEAIDEQAK 60

Query: 61  ASPGKVIEGPTPLECGKKRKRNSSIKEKLDLDKDENCDGTQTSIVEVKSNGFRHNGSRRK 120
             PGKVIE P P E GKKRKRNSS+KEK+ L  D +C GTQTSIV+VKSNGFRH+GSRRK
Sbjct: 61  TDPGKVIENPNPAETGKKRKRNSSMKEKMGLVNDASCKGTQTSIVQVKSNGFRHHGSRRK 120

Query: 121 SKPRRAAEAVVECR 134
           SKPRRAAEAVVECR
Sbjct: 121 SKPRRAAEAVVECR 134

[Close]

BLAST of MC02g0082 vs. NCBI nr
Match: XP_023532419.1 (uncharacterized protein LOC111794599 [Cucurbita pepo subsp. pepo])

HSP 1 Score: 191 bits (485), Expect = 5.48e-60
Identity = 102/134 (76.12%), Postives = 112/134 (83.58%), Query Frame = 0


Query: 1   MGRGRGKGKKFSVTSLEDPTTGEEEKLSSQKQSGSAEQPLKDEIKEENFGKVEAINEHAK 60
           MGRGRGKGKK  +TSLED T GEEEK+SSQKQ+GSAEQ   DEIKEE  G+VEAI+E  K
Sbjct: 1   MGRGRGKGKKSIITSLEDSTIGEEEKISSQKQNGSAEQVQTDEIKEEELGRVEAIDEEGK 60

Query: 61  ASPGKVIEGPTPLECGKKRKRNSSIKEKLDLDKDENCDGTQTSIVEVKSNGFRHNGSRRK 120
             PGKVIE P P E GKKRKRNSS+KEK+ L  D +C GTQTSIV+VKSNGFRH+GSRRK
Sbjct: 61  TDPGKVIENPNPAETGKKRKRNSSMKEKMGLVNDASCKGTQTSIVQVKSNGFRHHGSRRK 120

Query: 121 SKPRRAAEAVVECR 134
           SKPRRAAEAVVECR
Sbjct: 121 SKPRRAAEAVVECR 134

[Close]

BLAST of MC02g0082 vs. NCBI nr
Match: KAG7035836.1 (hypothetical protein SDJN02_02635, partial [Cucurbita argyrosperma subsp. argyrosperma])

HSP 1 Score: 193 bits (490), Expect = 2.61e-58
Identity = 103/134 (76.87%), Postives = 113/134 (84.33%), Query Frame = 0


Query: 1   MGRGRGKGKKFSVTSLEDPTTGEEEKLSSQKQSGSAEQPLKDEIKEENFGKVEAINEHAK 60
           MGRGRGKGKK  +TSLED T GEEEK+SSQKQ+GSAEQ   DEIKEE  G+VEAI+E AK
Sbjct: 184 MGRGRGKGKKSIITSLEDSTIGEEEKISSQKQNGSAEQAQTDEIKEEELGRVEAIDEQAK 243

Query: 61  ASPGKVIEGPTPLECGKKRKRNSSIKEKLDLDKDENCDGTQTSIVEVKSNGFRHNGSRRK 120
             PGKVIE P P E GKKRKRNSS+KEK+ L  D +C GTQTSIV+VKSNGFRH+GSRRK
Sbjct: 244 TDPGKVIENPNPAETGKKRKRNSSMKEKMGLVNDASCKGTQTSIVQVKSNGFRHHGSRRK 303

Query: 121 SKPRRAAEAVVECR 134
           SKPRRAAEAVVECR
Sbjct: 304 SKPRRAAEAVVECR 317

[Close]

BLAST of MC02g0082 vs. ExPASy TrEMBL
Match: A0A6J1D6B7 (uncharacterized protein LOC111017338 OS=Momordica charantia OX=3673 GN=LOC111017338 PE=4 SV=1)

HSP 1 Score: 258 bits (658), Expect = 1.13e-86
Identity = 134/134 (100.00%), Postives = 134/134 (100.00%), Query Frame = 0


Query: 1   MGRGRGKGKKFSVTSLEDPTTGEEEKLSSQKQSGSAEQPLKDEIKEENFGKVEAINEHAK 60
           MGRGRGKGKKFSVTSLEDPTTGEEEKLSSQKQSGSAEQPLKDEIKEENFGKVEAINEHAK
Sbjct: 1   MGRGRGKGKKFSVTSLEDPTTGEEEKLSSQKQSGSAEQPLKDEIKEENFGKVEAINEHAK 60

Query: 61  ASPGKVIEGPTPLECGKKRKRNSSIKEKLDLDKDENCDGTQTSIVEVKSNGFRHNGSRRK 120
           ASPGKVIEGPTPLECGKKRKRNSSIKEKLDLDKDENCDGTQTSIVEVKSNGFRHNGSRRK
Sbjct: 61  ASPGKVIEGPTPLECGKKRKRNSSIKEKLDLDKDENCDGTQTSIVEVKSNGFRHNGSRRK 120

Query: 121 SKPRRAAEAVVECR 134
           SKPRRAAEAVVECR
Sbjct: 121 SKPRRAAEAVVECR 134

[Close]

BLAST of MC02g0082 vs. ExPASy TrEMBL
Match: A0A6J1K191 (uncharacterized protein LOC111490789 OS=Cucurbita maxima OX=3661 GN=LOC111490789 PE=4 SV=1)

HSP 1 Score: 196 bits (498), Expect = 2.78e-62
Identity = 102/134 (76.12%), Postives = 116/134 (86.57%), Query Frame = 0


Query: 1   MGRGRGKGKKFSVTSLEDPTTGEEEKLSSQKQSGSAEQPLKDEIKEENFGKVEAINEHAK 60
           MGRGRGKGKK ++ SLED TTGEE+K+SSQKQ+GSAEQP  DE+KEE FG+VEAI+E AK
Sbjct: 1   MGRGRGKGKKSTIASLEDSTTGEEDKISSQKQNGSAEQPQTDEMKEEEFGRVEAIDEQAK 60

Query: 61  ASPGKVIEGPTPLECGKKRKRNSSIKEKLDLDKDENCDGTQTSIVEVKSNGFRHNGSRRK 120
             PG+VIE P P E GKKRKRNSS+KEK+ L  D +C GTQTSIV+VKSNGFRH+GSRRK
Sbjct: 61  TDPGEVIESPNPAETGKKRKRNSSMKEKMGLVNDASCKGTQTSIVQVKSNGFRHHGSRRK 120

Query: 121 SKPRRAAEAVVECR 134
           SKPRRAAEAVVECR
Sbjct: 121 SKPRRAAEAVVECR 134

[Close]

BLAST of MC02g0082 vs. ExPASy TrEMBL
Match: A0A6J1H145 (uncharacterized protein LOC111459471 OS=Cucurbita moschata OX=3662 GN=LOC111459471 PE=4 SV=1)

HSP 1 Score: 193 bits (490), Expect = 4.60e-61
Identity = 103/134 (76.87%), Postives = 113/134 (84.33%), Query Frame = 0


Query: 1   MGRGRGKGKKFSVTSLEDPTTGEEEKLSSQKQSGSAEQPLKDEIKEENFGKVEAINEHAK 60
           MGRGRGKGKK  +TSLED T GEEEK+SSQKQ+GSAEQ   DEIKEE  G+VEAI+E AK
Sbjct: 1   MGRGRGKGKKSIITSLEDSTIGEEEKISSQKQNGSAEQAQTDEIKEEELGRVEAIDEQAK 60

Query: 61  ASPGKVIEGPTPLECGKKRKRNSSIKEKLDLDKDENCDGTQTSIVEVKSNGFRHNGSRRK 120
             PGKVIE P P E GKKRKRNSS+KEK+ L  D +C GTQTSIV+VKSNGFRH+GSRRK
Sbjct: 61  TDPGKVIENPNPAETGKKRKRNSSMKEKMGLVNDASCKGTQTSIVQVKSNGFRHHGSRRK 120

Query: 121 SKPRRAAEAVVECR 134
           SKPRRAAEAVVECR
Sbjct: 121 SKPRRAAEAVVECR 134

[Close]

BLAST of MC02g0082 vs. ExPASy TrEMBL
Match: A0A7N2QX30 (Uncharacterized protein OS=Quercus lobata OX=97700 PE=4 SV=1)

HSP 1 Score: 137 bits (346), Expect = 4.10e-39
Identity = 82/137 (59.85%), Postives = 105/137 (76.64%), Query Frame = 0


Query: 1   MGRGRGKGKKFSVTSLEDPTTGEEEKLSSQKQSGSAEQPLKDEIKEENFGKVEAIN-EHA 60
           MGRGRGKGKK +VT+ ED  +GEEEK+ +QK+ G  ++PLKDEI EE   K+E  + E+A
Sbjct: 1   MGRGRGKGKKLTVTNHEDGGSGEEEKIPAQKRRGRPQKPLKDEIDEEEVEKIEEEDSENA 60

Query: 61  KA-SPGKVIEGPTPLECGKKRKRNSSIKEKLDLDKDENCDGTQTSIVE-VKSNGFRHNGS 120
           K+ +P K I+ P+  E GKKRKRNS +KEK D  K+EN +GT++S  + +KSNGFR NGS
Sbjct: 61  KSGTPSKEIKSPSATENGKKRKRNSHVKEKADSVKEENGNGTRSSTDDSIKSNGFRLNGS 120

Query: 121 RRKSKPRRAAEAVVECR 134
           RRKSKPRRAAEA VEC+
Sbjct: 121 RRKSKPRRAAEAGVECK 137

[Close]

BLAST of MC02g0082 vs. ExPASy TrEMBL
Match: A0A6A1W7A1 (Uncharacterized protein OS=Morella rubra OX=262757 GN=CJ030_MR3G024357 PE=4 SV=1)

HSP 1 Score: 139 bits (349), Expect = 1.26e-38
Identity = 82/137 (59.85%), Postives = 104/137 (75.91%), Query Frame = 0


Query: 1   MGRGRGKGKKFSVTSLEDPTTGEEEKLSSQKQSGSAEQPLKDEIKEENFGKVE-AINEHA 60
           MGRGRGKGKK +VT+ +DP +GEEEK+ +QK+ G  ++PLKDEI EE   K+E   +E+A
Sbjct: 1   MGRGRGKGKKLTVTNHDDPGSGEEEKIPAQKRRGRPQKPLKDEIDEEIVEKIEDEDSENA 60

Query: 61  KA-SPGKVIEGPTPLECGKKRKRNSSIKEKLDLDKDENCDGTQTSIVE-VKSNGFRHNGS 120
           K+ +P K  + P   E GKKRKRN  +KEK D  K+EN +GT++S  + +KSNGFRHNGS
Sbjct: 61  KSGTPSKETKSPPATENGKKRKRNLQVKEKPDSIKEENGNGTRSSTDDSIKSNGFRHNGS 120

Query: 121 RRKSKPRRAAEAVVECR 134
           RRKSKPRRAAEA VECR
Sbjct: 121 RRKSKPRRAAEAGVECR 137

[Close]

BLAST of MC02g0082 vs. TAIR 10
Match: AT3G57930.1 (unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT2G42190.1); Has 1519 Blast hits to 1241 proteins in 182 species: Archae - 0; Bacteria - 60; Metazoa - 576; Fungi - 133; Plants - 127; Viruses - 30; Other Eukaryotes - 593 (source: NCBI BLink). )

HSP 1 Score: 85.9 bits (211), Expect = 2.7e-17
Identity = 60/139 (43.17%), Postives = 84/139 (60.43%), Query Frame = 0


Query: 1   MGRGRGKGKKFSVTSLEDPTTGEEEKLSSQKQSGSAEQPLKDEIKEEN--FGKVEAINEH 60
           M RGRGKGK+ + T+ ED  +GEEEK+ + ++ G  ++P+KDE +EE     K +   + 
Sbjct: 1   MRRGRGKGKRQNATAREDRGSGEEEKIPAFRKRGRPQKPVKDEEEEEEELVKKTDEEEDK 60

Query: 61  AKASPGKVIEGPTPLECGKKRKRNSSIKEKLDLDKDENCDG----TQTSIVEVKSNGFRH 120
              + G V       E G+KRK+    KE  ++ ++EN  G    T+ S+    S GFR 
Sbjct: 61  DDDTNGSVTSKENVTENGRKRKKPVESKES-NITEEENGVGSKSSTEDSMKSSSSIGFRQ 120

Query: 121 NGSRRKSKPRRAAEAVVEC 134
           NGSRRK+KPRRAAEAVVEC
Sbjct: 121 NGSRRKNKPRRAAEAVVEC 138

[Close]

BLAST of MC02g0082 vs. TAIR 10
Match: AT3G57930.2 (unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT2G42190.1); Has 35333 Blast hits to 34131 proteins in 2444 species: Archae - 798; Bacteria - 22429; Metazoa - 974; Fungi - 991; Plants - 531; Viruses - 0; Other Eukaryotes - 9610 (source: NCBI BLink). )

HSP 1 Score: 85.9 bits (211), Expect = 2.7e-17
Identity = 60/139 (43.17%), Postives = 84/139 (60.43%), Query Frame = 0


Query: 1   MGRGRGKGKKFSVTSLEDPTTGEEEKLSSQKQSGSAEQPLKDEIKEEN--FGKVEAINEH 60
           M RGRGKGK+ + T+ ED  +GEEEK+ + ++ G  ++P+KDE +EE     K +   + 
Sbjct: 1   MRRGRGKGKRQNATAREDRGSGEEEKIPAFRKRGRPQKPVKDEEEEEEELVKKTDEEEDK 60

Query: 61  AKASPGKVIEGPTPLECGKKRKRNSSIKEKLDLDKDENCDG----TQTSIVEVKSNGFRH 120
              + G V       E G+KRK+    KE  ++ ++EN  G    T+ S+    S GFR 
Sbjct: 61  DDDTNGSVTSKENVTENGRKRKKPVESKES-NITEEENGVGSKSSTEDSMKSSSSIGFRQ 120

Query: 121 NGSRRKSKPRRAAEAVVEC 134
           NGSRRK+KPRRAAEAVVEC
Sbjct: 121 NGSRRKNKPRRAAEAVVEC 138

[Close]

BLAST of MC02g0082 vs. TAIR 10
Match: AT2G42190.1 (unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT3G57930.2); Has 1381 Blast hits to 1230 proteins in 175 species: Archae - 3; Bacteria - 25; Metazoa - 672; Fungi - 135; Plants - 127; Viruses - 30; Other Eukaryotes - 389 (source: NCBI BLink). )

HSP 1 Score: 84.0 bits (206), Expect = 1.0e-16
Identity = 57/138 (41.30%), Postives = 83/138 (60.14%), Query Frame = 0


Query: 1   MGRGRGKGKKFSVTSLEDPTTGEEEKLSSQKQSGSAEQPLKDEIKEENFGKVEAINE--H 60
           M RGRGKGKK + ++ ED  +G+EEK+ + ++ G  ++P+KD+ +EE     E + E   
Sbjct: 1   MRRGRGKGKKQNASAREDRGSGDEEKIPAYRRRGRPQKPMKDDFEEEEEEDDEEMVEKME 60

Query: 61  AKASPGKVIEGPTPLECGKKRKRNSSIKEKLDLDKDENCDGTQTSI---VEVKSNGFRHN 120
            +    ++ +G    +  K+RKR  S     DL ++EN  G++ +        S GFR N
Sbjct: 61  VEDEDEEIDDGSVTSKDLKERKRKMSNGSNTDLTEEENGLGSKPNTDDSTRSTSIGFRQN 120

Query: 121 GSRRKSKPRRAAEAVVEC 134
           GSRRKSKPRRAAEAVVEC
Sbjct: 121 GSRRKSKPRRAAEAVVEC 138

The following BLAST results are available for this feature:

BLAST of MC02g0082 vs.


Match Name	E-value	Identity	Description

BLAST of MC02g0082 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_022148746.1	2.33e-86	100.00	uncharacterized protein LOC111017338 [Momordica charantia]	[more]
XP_022995170.1	5.74e-62	76.12	uncharacterized protein LOC111490789 [Cucurbita maxima] >XP_022995171.1 uncharac...	[more]
XP_022958162.1	9.50e-61	76.87	uncharacterized protein LOC111459471 [Cucurbita moschata] >KAG6605893.1 hypothet...	[more]
XP_023532419.1	5.48e-60	76.12	uncharacterized protein LOC111794599 [Cucurbita pepo subsp. pepo]	[more]
KAG7035836.1	2.61e-58	76.87	hypothetical protein SDJN02_02635, partial [Cucurbita argyrosperma subsp. argyro...	[more]

BLAST of MC02g0082 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1D6B7	1.13e-86	100.00	uncharacterized protein LOC111017338 OS=Momordica charantia OX=3673 GN=LOC111017...	[more]
A0A6J1K191	2.78e-62	76.12	uncharacterized protein LOC111490789 OS=Cucurbita maxima OX=3661 GN=LOC111490789...	[more]
A0A6J1H145	4.60e-61	76.87	uncharacterized protein LOC111459471 OS=Cucurbita moschata OX=3662 GN=LOC1114594...	[more]
A0A7N2QX30	4.10e-39	59.85	Uncharacterized protein OS=Quercus lobata OX=97700 PE=4 SV=1	[more]
A0A6A1W7A1	1.26e-38	59.85	Uncharacterized protein OS=Morella rubra OX=262757 GN=CJ030_MR3G024357 PE=4 SV=1	[more]

BLAST of MC02g0082 vs. TAIR 10


Match Name	E-value	Identity	Description
AT3G57930.1	2.7e-17	43.17	unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TA...	[more]
AT3G57930.2	2.7e-17	43.17	unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TA...	[more]
AT2G42190.1	1.0e-16	41.30	unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TA...	[more]

InterPro

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

Position :

Zoom :

x 1


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 72..87
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 38..54
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 1..87
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 109..134
None	No IPR available	PANTHER	PTHR34055	OS09G0491596 PROTEIN	coord: 1..134
None	No IPR available	PANTHER	PTHR34055:SF1	OS09G0491596 PROTEIN	coord: 1..134

Relationships

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


Feature Name	Unique Name	Type
MC02g0082.1	MC02g0082.1	mRNA