MS014392 (gene) Bitter gourd (TR) v1

Overview


Name	MS014392
Type	gene
Organism	Momordica charantia cv. TR (Bitter gourd (TR) v1)
Description	Pentatricopeptide repeat (PPR) superfamily protein
Location	scaffold19: 653113 .. 676953 (+)
RNA-Seq Expression	MS014392
Synteny	MS014392

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: CDSpolypeptide

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

GGCAGAAACCCAATGTTTGGATCAACAAAATTACATTGGTTGTCTAAGGGACGTGACCTTCGCTTGTCAAAAGTTTCAGTTGCTGCAGATTATCCAGATTCAGTTCCAGATTCATCAAGTTACTTGACTAACCAAGGTTATCATCCTCTTGAAGATCTAAAAGTTTGCAAAAGAGCACGGGACACTGAACTCACTGCAGCAGAAGTAGCAAGGACAGCTGTGGAGGTTTGGATTGATGCACTAGGTGTTTCTTCTTGATTATATTCAAGTTTTTAGATAAAATAGAAGTGATCTGACATGTGGTTAATGGAAAATATTGTATACTATGGAGATAACATTAGGGTAGAATTGAGTGTGGTTTCACCTAATGACCTGTCCAGTCATACTTTTCTTTTTTTATCCCTTTTTCCCTATATTAGGTCAATGGCAACGCTTTGCTATTATTTCCTGGAACTGTGCACAGTGAACCACACGAACAAGTATCTTGGGATGAGTTTCAATATGTTATCGACGATTATGGAGGTTTTTTATTTCTTCTCAATATTTATTGACTTTCTCTTGTTAATGGTTTGTCATTTGTGATGGATGAGCGCATACTGTAGCTTAGTTACTGAATAAATCTTGGTAACATTTTGTTCTTTACAGATTTGTATTTTGAAATTTTTGACAATGTGAACATGTTAGAAGATCGTGGAGCACACAATCCTGTGGTAAGGATCTACATATTTTAGATTTATTATTGGAATGAATCAATAAAGGTCCAAGTTAATTGTTTTATATCTACATATTTCATTATTATCAAATGCTTTTGGAGACCTCCTATTTTCTTTATGTCCTGAAGTTTCTCTACTTCTTTCCTCCTTACCTCAACATTGTAGAGAGATTTATGGTATTTATTTAACTTCTTCACCCTCAGAATGCTTTGATTGGAATGGACATGCAAATGTATGAGAGTAGGAGGATAGTTGGAGATTATAATGCGCCAGATAGTGGCAATGGTGATGTTGTTCCTTTTGATTATGACTATATTGAGGTAAATATCTAGTTGTCTAGTTTCAGTTCAGAGTTTTCTGATTTTCTTTTTCCTTATCTTTCCCAATTCATTTATATTCTGGAGTTAATGTAGCCACTTCTCTCTTGGTCTTATAGGTAGTGGAAACTGATTTGTCTGATATTCTAGTTGACTGGGGAGTTCCAGATGTTTCTAGCTTGGTTCATCCTGTATATTTTGCCAAGTGCTTGAATAAGGTGATTGCCACCGATAAGCTGTTACTTTATTATTATTATAGCATGTACAATATATACTACATACAGAGAACTGTAGAGTGACAAAAAAGTTCTCTACCTGGTCAGTAAAGCCAAAAGAGAGTAATTACAAAAAATGTATCGATTAAAAGCTCAAACAGACAAAAAATAAAAGACTATATCACCTCACATGATCCCTCGTTTTCTCCATGTCTTTGAACACTCTTCTATTCCTCTATCCAAACTGTCCAAAAAATGTTGTATTAGCACTGAACCAAAGTGTCTTTTTTCTAGTGGTTGAATGGTTGAAGTTTGACCATTAAGTATTTGAACAATAGAAGCCTTTGCTTCGTTTCTTGTTAAAAAAAAAAAAAAAGAGAAGCCTTTGCTGAATTACTCTGGACCAGCTCGAATAAAAAACCTCCAGCAGCTTAAACCATAAAGAAGCGACAAAATGGCAGTGACAAAATAGATGATTGGCATCCTCCTGGTTACTCCTGCATAAAGAGCTCTTGCTTGGGCTAAGGATAGTGGGGCTTGTCCATAGAGTTGAGACTTCTAGGTGGTTAATGAGTCTGTCAGGATCCCAAATCCAAGAACCTAACAAGATAACTATATTGCAATTCAAAAGAGTAATTACAATATCGATAGTCTTTCGAGAGGGCTATCTCTCTCCCAAGAACTCTCTCAAGTTCCTTACACAAAACTATTCTCCAAGATATCCTTCTCCTCTCCCTACTACCCTTATTTATAAGGACTCACCCTAACTAATTAGCATACTAATTACCATACTACCCCTTCATACTAACAAACTAATATTCCCCTATACCCCTAAAGGACTCTCACAGAATCCTTGCATTTAGGCACCTTGAGTTTTCGAAAGATCTTAGCAAACAAGTATGGGAGCACATGCAAGACTTTTTTTTTTAACAAGAAACAAACTCTTCATTGATCGATGAAAAGGAGAAATATTAAGAGATACAAACTCCAAAAGGAGCGAAAAAAGAACAGAAAGAAGCAAAAACTAGAAATGACAATAAAGACAGCAAGAACATCACTAAGGGGAGTTATAAAGGCCTCCCAATCCATACAAATCATACTTGGAGAATAATTATGATGTAGTTAAGTAGCTCTTCATAGCTTTTCTCGTTTATTAGCTACTGTTATAGCTTTTATTTTAATAGCTTTACTTTTACTGCACAGTAACAATAGTTACTCATGTAATTTTTAAGCTTGAAACCTCTATAAATAGGTTTCAGCCTTTTAATGAAAGGGCATTGAATCATTTCTTAAAAAACCTTGTGAAGTGCTGCATCAAATTAGAGAATAGATTGGAGAGAGCACACCATTGCGAGGCTTTATACTTTGCTGTAGAAAAACAATCCAAATAGGATCTGTGCTTGCCTTAAAAAACCCGTTGTGTTATGAAAACGGGCACCACAATAGAGCTGTAGAATCTTTCATACCATAATTATGAGATGATGACTTTACACCCATTAAGCCATAGAAGATTAGCTTTGTTATGGAAATGGACACCACAATAGAGCTGTATAATATTATTTGAGGTCTCCAAGTTCGAAACCCGGAGATGTACAAAGAGAAGAAGAGAGCCCAACAATCAGCTGCGTAAGGAGAAGAAGACATGCTGTTGAAACTCACCACTAGCAACACACAATAAACAAATCGTAGGCTGTAGAAACATAAAGGGCAACTTCGTTTGGAGAATTTATGATGTATTGACTTTGCCTGTGAGAAGAATACAAGTCAAAAGGTTGACCATTTTTGGACTATTCAAGTTAAGAGTACACATCCTTATGATAAAGAGAGGAAACAGCCCCAATCTTTCCTAAAGAACTGATGGTGAAAGCACCCGAGTTCTCCAAACTCCAAAACCGAACATCCTCTGTCTCATAAAGTGAAATCAAAGAAAGTAAGTACAAAAGATTGCTAACTCAACAATCTCTTCATTTTTCAATGAACGTCTGGTGAGAATTCGCCAATTAAACACACCTCTGTCCCACGCATCATCAACCAAGAGAGAAGGGGCCAAGGAAATTCTATAAATAGTGGGGAATCTGTCTTCAACAAAGCATCTCCGACCTATAGATGATGCAAAAAACGAACTCTTTTACCATTACAACCTTTGAAATGAGAATAAGAGGCCACCTACTGCCAAGATTTAGAAATGCTAGACCAATGGCTTCTCCCTGAGCCGTTCTGCTTGGGCAAAGTACTCCACTCGGGCAAAGTACTCCACCCCTCGCAATCAGAACCATAGATGCTAGCCACCACCATATGTCAAAGAGCAAATTGCTCCATGCCAAACCTCCATCCCCATCTGGATAAGAGAGCTCTATTCCTTTTGGAGAGATTTCCAATACCTAGGCCACTTTCATCACGAGAAAGAGTGATTAAATCCCACCAAACTAAATGATTCCCGGAACCTTTTGATGAGTCTCCCAACAAGAAAGAGCGCATACGCTTTTCCAACTTTTTGCAAATTCGTGCCGGCATTTGAAAAGAGAAAAGAAAAGTAATATAAGGGAAGATTCCCTAGAACAGATGACATAAAGTCAATATCCCACCCCTCGATAAACGATAACGCTTCGATCAAGCTTGTGAGAAATCTTATCTTGAATGGGACACCAAAATTCATGATGTTTAGGATTTCCTCCAAGAGACGATCCTAAATAAATAATCAGAAGTTTTTAAGCCGTACACCCATGGCCTTGAGCAACTTGCTGCACCCTTAGAAAATCGATATTGACACCACTAAAGATGACTTTTCCCAATTAACTTTCAGCCCCAAAAGCCATTCAAAGTCTTTGATTGTTTCGGACAACAAGGATATTGATAGTATAGTGTCTTCGTCTTTACTAAACAAAAGAGTATAATCGGCAAACTGTAAATTGGAGATATGTACCAAGTCTCTACCTACTGTAAAGCCCTCAAAAAGACCTTTGGAATAGATATTATCCAATAAACTACCCAGGACATCACTCACAAGGAGAAAAAGGAAGGGAGAGTGGATCACCTTGCCTTAAACTCCTGGAAGTGCGGATTCTGCCCCCAGGTCTACCATTAATAAAGATAGAAAACTTGGTATCCCGTGAAGTCACCTCTCACGCACCTTATCAGTAAATCCTTGCATGTCACTGAATTCTTTCTCTATAATCCGTCAGCCCATATACATTAGTTACAAAAATACCCTGCATATGAGAGAGAGCAAGAAATAGTTAAGGAAAATAATCATTGAAGGACTTCTTGCACTTGCATTTTGCTTTCATCCCATAATGTGAGAATTGAATTCCTCCTGATCTTCCAATAGAATCAAATATGAGCCAACCAACATCATTGGAGCTCCAAATAGATTTGATGATTTTCTCATCTAACTGCTGCAACTTCGTTTCTTGAAGTAAAACAATATCAGGACAGTGCTTCAAAAGAAATTTCTTGATCTTCAACCGTTTCTTATAAGCATGGATACCAGAAACATTCCTTGACAGAATTGTCATTGGGAAATAAGAACCGGCGCTAATGTTAAGCCAAAGTTCTTGAAGTAAGGAGGAGCAGAGGTAGTAGATCTACATTAGAGGGATGATCTGAAATTACCTGCAAGGATTTATCTTCCGAAGAGAGGAGGTTGTCTTGCGAAAGCCTTGAATCAAAGAGAGGAGACTTGTTATTCAGGCCAAATAGATTAATAAAGTCTTTCCCGAATGAGATGGCCTTTGAGTGAGCAAGGACATCTAACTATTTTTCAGCCAGAGGAGTGACGTCTGGACTACTGATGTTAACATTAAGCTCCTCCTCATCTTCTGATAAAACAACGTTACTCGGAGATGGATTTGCCACAATCCTAGTAGAATGAATCAAGCTAGATTTTAGAGTAGGGTCGGGCCCAACAGAATCAGAATCGTTGGTGTCCATGATGTGTGCCTTCTCATAGTCGGTAATGAGGTTCGTTATAGGAATATCAATTAATTCCTTCGAAACTGCATCTTTAGAGGAAACGGAAATGCCTTTGAGAATATGAGAGAGGAAATGACTGAGTAAATTTCCTGGAGGATTTTCCAAGTGGCAAACGAGTTCTAACGTATGGAAAATTTGAATTAATGGGTGCCGCAGGATTCAGGGAATGAATAAAGGCAAAATATTAGGTACCAGCTTTATTCTCTTAGTTCGAGACTTTTCCTTTTCCATGGTCGTTGGGATTTCTAGCCCAAATGAATACGACAAATCCGCTTCCTTATCTGCCTCGAATAAGGGCTCCCTTCGGGCGCTATTAATAGGGGAGAGAAAATGGTCTGACGGTTTAGTTCTCATCATGTTGCAGAATTGAGCGACATCGATGGAGTTTTCGAGTGACTGCAAGTCGGAGTTGGTGAAGGACTAATGATGAGGATTTACACGACTTAACCCGACAAGCCGGACGACATAGTCACCTAGCTTAGCATCACTTATTTTGATCGAAGTTGGAAGAAAGCCACATCTGTTCGATTTAACGTGTATGAAAGCTGTCGTGCAATCTATGAGGGACTGCAAATAGGAGTTGGTGAAGGACTGACGATGAGGATTTTTTTTTTTCATAAGAAACAAACAAGATGAATTCCATTAAAAAAAGAGACAGCCTAAAGACAGAGGGTTGAGAAAACCCTCCCCAAAGAACTATACAATCACAGCTTTCCAATCCCGTATAATCATTTGAAGACTGTAATTACAAAAAACCTTCTTGTAGATGGAAGCTCACCAAGAAACTGTATGCTATATATTCAACAAAGAGAATCCACCAAGGATTTCTTATCTTCAAAAAGTCTACTATTCCTTTCTCTCCACAAAAGCCAAAGTAATGCTCTAGCCGCACAATTCCATAGGATAAAAGCTGTAGAAAATCAAGCCGTAAATTAAGTTTTTTCCTTATTAGAATTTACATTATGTCTCTGTATATTCTGTAATTTTATTGTTTTCCTTATAGGTTTAGATTAATTCCTTATTTGTTGAAAGGTCTTCTTGTATATTTACCCCTAAATGGGTTGTAATGAGTATAAGAAAAATATAACCCTTCTCACAAAACTACATGGTATCAGAGCTAGAAAAACCCTAGAATCTGAAAAACCCTAGCCGCCAGAATCTGAAAAAAAACCCTAGCCGTCGCTTCCGCTGCAGATCCCAGCCGCAGCTCTCGTCTCAGGCGCCGTCACAATCTGAAAAAAACCCTAGCCGCCGCTTCCGCTGCAGATCCCAGCCGCAGCTCTCGTCTCAGGCGCCATCACCCCATCACAGATCTCGTCGCACGTCGCAGCTCCGGTCGTCGCACGTCGCAGCTCCGGTCGTCGCACGTCGCAGCTCCGGTCGTCGCACGTCGCAGCTCCGGTCGTCGCTCATTGCAGCTTCGGTCTTTCGCAGAAGCCTGCCTCTCTGCTGCTGTGTCCGCCGCTGCCGCCGAGCTTTCCGCCGCCGCCGTCGAGCTCTCCCCCGCCGCGCCGCCGCCGCTACTACCCGTACTTTATTCCGAATCACAGCTCCTTACACCTTTTTTTTTGTAATTGCAGGTTCAGAATCACAAATTAACGTCTCGTCCTTTTCCGAAAGCAACAATAATCAGATAACATGTCTCAAACTCAATGGCCACAATTACCTTCAGTGGTCCCAATCAGTGATGATGTTCATGTATGGTCGTGGACGGGAAGACTATATCATCGGTAAAGTGGAATCACCCAAACCCGATGATTCAACATTTCGCAAATGGAGGGCTGAAAATAATCAAGTCATGAGCTGGTTAATATGACCATTGAAATTGGTGAGAATTTTCTCCTATTTTCTACTGCCAAAGAAATTTGGGATGCTGCTGAGGATACATTTTCTAATAAAGAAAACACTGCTGAGCTATTCCAGATAGAGACTACTCTCCAAGACATTAAACAAGGTGATTCAACGGTTACAGCGTACTACTCCAATTTATCTCGTTACTGGCAACAACTAGATTTATTTGAAACTTATGAATGGAAATGTTCTGATGATCGTATCCTCTTTCGAAAATTTGTGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCGGGGGAATCGGCGATAACCGCCAGCGCAAAGGGCGACCATGGTGTGATCATTGTCATAAAGTGGGACATCTCAAAGAAACCTGTTGGAAATTACATGGAAAACCAGCGAACTGGAAGCCAAGCCGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGCCAAATAAGAAAGGATACAAGTGTTATCATCCTCCCACTCAACAATTCTTTCATACCATGGATGTCACCTTCTTTGAAAATCAACCATATTATCCCAATTCTGTCCTTTAGGGGGAGAATTCTGTTCTTGAATCACAAAATTGGGATTGCATTCCTGACTTCTCTTTAAACCCATCCTTTGAGAGTTCTCTTGTACCCTCTTCTGATTCTGAGCCAATTACATTCTCTGAGAGTTCACCTGTACCTCATTCTGAGCCAACTCACGTATCTCCCTCTGAGGCTGAACTGCAAGTTTATTCGGGACGAACAAGACAACCTGAGAGAAACGAAGTACAACCTACACAAGTTCAGCAAAGCCAAGATCTAAACCAAAATCTCAATGTCCCTGAAATAGCACATGAGACATCAGGAGATGATAGACCCATTGCTGTCAGGAAAGGTATTCACTCATGTACCCAACATCCCATACGGTATCACTTGTCTTACACTAATCTGTCGCCGTATTTTAGAGCTTTTGTGACTTCACTAGATCAGGTTCAAACTCCCAACACAGTTCAAGAAGCCTTGCAGAAACCTGAATGGAAGGCTGCTACTCTAGAAGAATTGCAGGCATTGGAAAAAAATGGGACATGGATCCTTACAGACTTACCTCCAGGTAAGCGCACGGTTGGATGTAAATGGATTTTCTCAACCAAACACAAACCAGATGGCAGTATAGAACGATTCAAAGCTCGCCTGGTGGCTAAAGGCTTCACCCAAGCTTATGGGATTGACTATCAGGAAACTTTTGCTCCAGTTGCCAAACTAAACACTATTCGGGTACTTCTCTCCATTGCAACAAATCTAGATTGGCCATTGTTTCAACTTGATGTGAAGAATGCATTCCTAAATGGTGATTTAGTAGAGGAAGTGTACATGGACATACCTCCTGGATTTGAGGACAGATATACTAAGGGAAAGGTATGTAAACTCAGGAAGTCTCTGTATGGACTAAAACAGTCACCTCGGGCCTGGTTTGAAAAATTTACAAATGTGTTGAAACAAGACGGCTATACTCAGTGTCAATCCGATCATACCCTCTTTATCAAGCACTTCTCACCAAGTAAGATCACTGTATTAATAGTATATGTTGATGATATAATACTTACAGGAAATGTCTCTGAAGAAATGGTTCGTCTAAAGCAACTCCTCTCGAAGAAATTTGAGATCAAAGACTTGGGACACCTAAGGTATTTCTTAGGTATGGAAGTAGCAAGATCTAGTAAAGGGATTTCTGTCACTCAACGAAAGTACACGTTAGATCTCCTAATAGAGACCGGGATGAGTGGTTGTAAACCAACAGACACTCCTATGGATGCAAATTCAAAACTTGGAGTTAATCTTGAAGATGAACCAGTTGATCGAGGCAGATATCAACGCCTAGTTGGAAAGCTAATATACTTAACTCATACGCGACCAGACATTAGTTTTGCTGTTAGTGTGGTAAGTCAATTTCTGAACAAACCTTCAAAGGAGCATATGGAAGCTGTGTATAGAATATTGAGATATCTCAAACACGATCCTGGAAAAGGACTGATGTTCAGAAAAACCACAAACCGAGCTCTTGAAGTCTACACGGATGCAGATTGGGCTGGATCTCCTATTGACCGTAAGTCAACATCAGGATACTGTTCCTATGTATAGGGGAATCTAGTAACCTGGCGTAGTAAGAAACAACAAGTTGTAGCTCGAAGTAGTGCTGAAGCTGAGTTTCAATCATTAGCCCATGGGATCTGCAAAGGAGTTTGGTTGAAACGTCTTCTCACTGAACTCAAGGTGAAGACAGAAGGTACTATAGAGGTATTGTGTGACAATCAATCTGCCATAGCCATTGCAAGAAATCCAATACATCATGATCGGATGAAACATGTCGAAATAGATCGTCACTTCATCAGCGAGAAGATTGAGACAGATACTATCAATCTGAGATATGTATCTTCCCAACAACAAGCTGCTGACATTTTAACTAAGGCATTGCATCGACCCAGCCTTAGTAGATTAATCTCAAAGCTTGGAATGACAAGCATATATCATCCAGCTTGAGGGGGAGTGTAGAAAATCAAGCCGTAAATTAAGTTTTTTCCTTATTAGAATTTACATTATGTCTCTGTATATTCTGTAATTTTATTGTTTTCCTTATAGGTTTAGATTAATTCCTTATTTGTTGAAAGGTCTTCTTGTATATTTACCCCTAAATGGGTCTTAAAGAGTATAAGAAAAATATAACCCTTCTCACAAAACTACAAAAGCTTTACCCCGAAGGGCCCTTCCCCCGAAGTCTTCTGAAATAAACTCATCTATCTTTTGAGGGAGACAAAAAGACACTCCCAAAATGGAAGCAAAGTAAAACCACATTGAAGAAGCCACCTGACAATGGAGGAAAAGATGATCTAACGTCTCAGAATCCTTGCAACATAACAAACATACCGAAGGTGAGAGGGTCCAGGTGGGAAGTTTACGCTGAAGTTTGTCGGCTGTATTAATCCCACGATAGAACATCGACCACAAAAACACTTTAACTTTCTTTGGAACCTAAAGTTCCAAATCTGTAACAAAAGGAAGTATTCATCTTCGGAGGAGGGGAAGTCAGGGCCAAAAAAGCTGATTTAGTTGAAAAAACCCCACTTGGATTCTCCTTCCACCACATTCTGTCTTGACCCTGCCCTAACAGCACTCCATCCAGCTTTTCAGTAAAAGTAGCCCAGCTATCTCGTTCTCTGTCGAAGAGGTTTCTTCTAAAGGCCAAATCCCACATTATTGAAACAGGACTCCAACATTCTGGATCGATGCACCCTTCTTGTTGGACAACATAAACATCTCGGGAAAACCAAGGGGGCGGGATTCCACACTGACGAGGAGGATTTACACAACTTAACCCAACAAGCCGCACGACATAGTCACCTAGCTTAGCATCACTTATTTTGATCAAAGTTGGAAGAGAGCCACATCTGTTCGGTTTAACGTGTATGAAGGCAGTCGTGCAATCTATGAAGTGTTTTGGAGGAGATACTTACCAGACCACCGCAATGTTTGCCAATAGCTTCAAAGGTTCCTTTCCTCCAATACATCAAAGGTAAGTCAAGGATTTTGATCCAACCTCCATACCCGATCACTACATCTGCTCGACTGTGCTTTTCAGAATGTCATCTTTCGATCTTAACGAAAAATTCCCCAATCTTCATCTAGTGGCCAACTTGAGTAGCAATGTCCATCAACCTATCGTCTTCAAACTCGATTAAACCTTTGTCTGCCATAAAAGGATTAATAATACATCTCTATGAGAAGTAAGCTTGAACTGTAGTAGATAGCTTTCCAATCATCATGAGCACAACTTCGGGTAATTACGAAAGTCGCATCCCCAACACATTTTCAGAACTTCATCGGCCCTCTTGACCCAATGACTCGTTGGACCCTTCAGCGAATCTCTGAAGAATGTAGCATCTTTAGGGGTTTTGTTCGTTACTACCTCCTTAAAAGTCTCTTTCTAGTGTCGACCCCAGCCACCACCTCTACAGCATGGTGGAGCTTCCCTTGCTCTTTCTTGTAAGGCCCTTGGACTAGATTCTTCTCTACCACTGAGCCCCCATCTTACGATTCTTCTCCAATTGCATAGCCTAATCCTCTGCTATTCTGGCCGAAAAGGTTTTCAACATTGTTCCCTCTTGAGACTATTCTATGTTTTTGTCTTTTATTTTTTTCTCTCACCCCTTTAGGAGTTTGTATTCTTGAACTTTTTCTCCTTTTCATATATCAATGAAAAGTTGTTTCTTGTTCTAAAAAAAGGTTTTCAACATTGTCCAAAGAGCTTGCCATCCCTCTGTCTTCATTCCTGCCGGAATTACAACGCTCTTTCTTCCTCCTGTTGATGGCCACGCAACCCATTCCAGGGTGGGCTGGGTTTCTTTGGCTTTTGAACTTACAAATTGAAAATACTGCTTCCGATCATTTCCCCACTCTTTTATTTTAGAAGCTGGTGGTTTTTTCTGGGGTCCTCCATTTATTTTCTTTAACTCATGGCTGAAGAACAAAGACTGTTCGTTTCACTAAAGAAAAGTTAGCAGAAGATACTTCTGATGGGTGGGCTGGGTTTGCTCTTAATTCTAAATTGAGGAATCTGAAATTCTCTCTCAAACAGTGGAGTGCCAAGAATGAAAATTTGAAAAAGGAAAAAGAATCTCAGATCAATCAAGGATATTTCTTCCCTTGATGCATTGGAGGAGTGTTTCAGCTTATCAACAGTTGAAAGTGAGAAGAGGTGTTCCCTTCAAAACGTTTTGCTCAGGTTATATATTTAGGAAGAAAGGAACTTGATTCAGAAGTGTAAAGTGCATTGGTTTTGTTAAGTTTCATTCTTATTGAAACTGGGTGCTCAAAAAAGAAAAAAAAAGATTGCTGATATTTGTTTTTTTGTTTAGTCTTTATACTTTATACTATTTTATTTCTTTTTAAGTGTTAATTCATGTTCATTGAATTTTTCACTAAATATTTCACAATTTTTATTGATCAAGTGCTAAAAACTTGTAGAATTAGATAGAATTATGTCCACTTGTAACATTGTTAACACGTTATAATTAGAGTTATTTAGTGGAGGAAAATATAATTCGTTTGACTGAAGGAGAGTATATAACAATTTAAATGGTAAGTAAAAGACTAACCTATGATTTCAATACACAACTAGACTAAATTTATGGTTGAACTAGTCAGTTGGTGACCCTCTGCAACAAAATTCTTGATCCACCATTGAATGTGTACCAGAATATTTGGTAATACTTGTAGTTGATATATTGATTAATGTGTTTGCATTGATGCCTTATGTTTTCTATTTACCTTAATCTCTTCTAAGCATAGCTCAACTAGTTAAGGCATAAAATAGCCTAGAAGTTCAAATCCCCACCCCACCCCACCCCACCCATTGTTGATGTATTTAACCAAAACATCATATCCTGCTCCTAGCAGCTATAGTTCATAATACATCCGTTAGTACTAGGAAGAGTTAACCCACTCTTTTCTTTGTTAAATGTTTGTTATCTATAGGTTATCAATATGGAATACGATAAAAAGATGAAGCATCCTTCAAATGGAGTTTCCATTTTGGGATGTCTCAGACCTGCATTTGCTGATGAAGAATCTTATATAAGAAGATTATTTTACTTTGAAGGAAGTGAAGGCTACACCACAGAATGGAAAGGTAACTTCCTTGTTATGATGAAAAAGCACTGGGAACTAGGATAACAAGTTCGTTCTGTTTCTGAACCATTCAGTTGAATGGTTGAGATAATTACGTGTATGGATCTTGTAGAAGCACTTGCTAATCTCATTCCTATCTTTTTTTGTTCAACATGAATATGTTACTTTCGATTGGTATGATTGAAGATGTGGTAGAATTCCTTCCACCATATCCAAAAACTCTTTACATTATCTACTTTTTCTTACTCTTATTTCATGTATCTGCTATCTAAGTGAAAACTCAAAACTTATTTTCTAGGCTAACCATCATTTAGTCCTTGAAGTTTACACTATCCTTTTAGTTTCAGCTCCAATGTTTTAAAAGTTCAATTCTGCTGCTTTTTTAAACTGAATTCCTACATAATAATGCAAATAAAATTAAATAATAGAATGGTGATGTGAAATGTATTTTGTATGAGCTTATATTTTTAAGTGTTAAATATCCACTCCACTATAATATTGTCACAGAACACTTTATATCTCACCTAATTACAAAAAATTCACCTGGCCTGCATCATATCTCACTATGCGAATTTGCAAAATAATGGAGAAAAATGTTCGATCCTTTCTTTGGGGAGATTCTTTGAAAGGTTCAGTAAATCACTTAGTGAGGTGGGACATATCTTCTTTAGATCGAGAGGAAGGTGGCCTTGGCATAGGGAACTTTGCTAAAAGAAACCGAGCCTTGCTTGCCAAGTGGGGGTGGCGGTTCAGTGTTGAATCCTCAAGTTTGTGGAGGCTGGTGGTGGCTAGTATTCATGGCTCTGATTTTGGTGATTGGTTCACTTTGACTAAGTTGACAGGTTCAGGTAGAAGCCCTTGGAGGAATATATCTAAGGTATGGAAGCAAGTGGAATCATTTTTCCATTTAAAAATCGGGAATGGCAAAAGGTGTCTGTTTTGGCATCATCGATGGATGAGAGATTTTTCGCTTAAAGATAGATTTCCAGCAATCTTTAGGATCTCTTCTAATCCGTCCACTGTAGTTGCGGATGCTTGGGATAACACTGGTTATTCTTGGAGGCTGCCAACAAGGCGTTCATTGAAGGATGATGAAGTCATTGAATTGGCAAATCTTTTATCCTTGCTTTCTTCAACCTCCATCACTGATTCAGAAGATCAACGAGTTTGGAGTTTAGAAGCCTCGGGTATATTTTCAGTTCGATCATTGAGCAAATTCCAGCATTCGGTTTCTAATTTTCCTAAGGAAGTACTACCTATTTTATGGAACTCTTTTTGTACAAAGAGAGTTAATTTCATGGTTTGGATTCTTCTAATGGGCAAAGTTAACACTTCAGAGACATTACAAAAGAAAATGCCCAATTCTTTGATGCAGCCATCATGTTGTTTACTGTGCAAAGCAAGTGGGGAAACCCAAAGGCATGTCTTCTTCTCATGTAGCTATGCAGTGGTCTGTTGGAAAAAATTCCTATCTATGTTTGGAGTTTCATGGGCGTGGGATCTGAAGGTGCCTCAAATCATTTTTCAGCTTTTCAGTGGGCTGCAAGCAAGCTCTAAAACTAATATGCTTTGGGCTTTTGGAATAAAAGCTCTTCTTTCCGAATTATGGTTTGAGAGAAATCAACGAATATTTGAAGGCAAGAATCGATCTCCTATGGAGTGTTTCTCAATCGCCAAATTCAAAGCCTCCCAATGGTGTGTTCGTTCCGATTTCTTCTATTCTTATTCTCCTAGTATGCTTTGTATGAATTGGGAGGCTTTTATAATTCCCCTTTAAGGAGGTTTCTTTAAGTTTATGGTTTTTATTTCTTCTAATGCTTACTTTTATTTATTTCCTGTACCTTCACTCCTATGGGAGTTTGTATCTTTGAACAATTTTGTTCATTTTCATTTATCAATGAAAAGTTCGTATCTTGTTCAAAAAAAGTATCTCACCATTCCCACCATCTTCTTCCTCAGGGGTCTGTATGTTATTTTTTTCCTCTGCTTTGCTCCAATTATCTTGGCACGACAAGAAATAACTTCATCAAACCACTCAAAATAATTGCATACTTTCCTTATCAGGGAATTGAACCAGAAAATATTAGTAGTGTTTTTTTCACAGAAAATCAAGTTAAAGCTTTACCGAATGGTTCCAGTTTTCACAACCAAAAATTGTTCAGCTGATATTTCCATTCATTCATGAACTCACAAGAGCATGACTTTTCCTTTGATCGGGTGAGATCTGAAGATGACGGGGAGATGGTGAAATATGATATATCAAGGTAAGAAGGGGCGAGTGATATAAAGTGTCTTGTCATAGTACCTTACCGTGGGTATTTAATTTGATATGGCTGGTTGAGTTTAGATTGGATAGGGGTGAGGTTAATATTTAATACTAAAAAACGCTAACTAACATCCTGACATTCTAATTTTTTCTTGAGAGATGGAGGGTACGTTTCCCTTTTGACTTTGGGAGATGTTGTTGGTTGGTTTGATCTAGCAACTTCCATCCTGAAGTGTTTTAGGTTTCCAAGGTTTTTTACTTCAAAGTTAGTTGCCAAGGACCTTTGCTTTCTTTATTTTTTCCACATGATTCCTAGTTAGGATATAGTCATCAGCCTACAGAATACATTTGCAATTTTACCATTAGTAGAATGTTTAACAAGTAAAGTAGGATCAATGTGGCATATAGGGCAACCTTTATTTTCAACAACATTTGAACATTTTTCAAACTTGGCTCTAATGATTGTTTAAGAAAATTAAGGGATCTCTTTGGTTTACAAACTTTTCTTTATTTTAGAAGTTACAAAATCAGTGGAAGTTTCCCCATCTCTTCTTTAGGATCCTCATTTAAAAGAAGATTTTATGAATATCTAATTGATAGAACTTTTGTGGCTGGAAGAAAAATTCTAGATGTATCCCTTATAGCAAATAAATTAATCGATGAATGGTTTAGAAAGAAGAAGGATGTAGTTATCAAGCTTGACTTGGAAAAGGCCTTTGGTAAACCTGGGACTTTGTAGAGTTGATTTTGTAAGCAAAAGGCTTTGGTGGTGAATCTTGGAGGTGATGGATTAGAGGCTGTATCCCTTCTACAAATTTCTCCATCATTATAAATGGCAAGCCCAAGGGAAAAATTTGCACTACGAGGGGGGTCATATGCAGCTAGATCCTCCCCCTCCTTTCCTTTTATTTTGGTTGCTGACTGTTTAAGTAGGATCTTATCTCTTGCAGCCTCAAAAAAGCTTATCGGGGGATGTTCATGTGCATAAAGATGAGTTCCAGATTAGCCGCTGATTGTCGGGCTCTTGTTTCTTGTGCCCGGGTTTTTGTATTCTTTTTCATTTATCTTAATGAAAAGTGCAGTTTCCTATCAAAAAAAGATTAGCCGCTGATGACAAGATTTTATTTTCCTCCCATGAAGAGAGACATTGAGATTATATCTTTATGCATTAGATGCTTTGAAGAACTGTCGGGTCTTAATGTCAACCGTTGGAAATTTGAGTTTTTGGGTATTAACTGTGAAGGTAACCATTTTTCCCATTTTGCCAACCTGTTTGGGTGCAAAGTGAGCACATGGCCGAGCTCCTACTTGGGCTTTCCTCTACATGATAAACACCCATACTTCTTTTTGGCAGCCTGTCATTCAAAGAGTGGAGAGAAGACTTCATAATTGGAATTTAGAACCACTCCATGTGTCCAAAGGAGGGTAGAGTCATCCTTATTCAAGCAACCCCTGCAAATATTCCTATTTACTTTTTATCTCTTTCCCTAATACCAACCAAAGTCGCTGCTTCCATAGGGTGAATTTATATAAAATTTCTTTGGGCAGGTAACAAGGAAAATGATGGCTTTCATCTCCTTATATAGGATTTGGTGAAACTGCCCTCATCATCAGGAGGTCTGGCCATCATTTATTTAAAGGAAGCTCTGTGGAGGAAAACCATCATTTCAAAATACGAGTCCAAGAATTTTGATCTAAAAAAGCTGATGAGAAGTTCTTTTATTCAAAAAAGGGCATTGGAAATATATCCAGCGACAGGAGATCTTATTTTCTCAAATATTTGCTGCAAAGTGGGAAATGATCATACTACACTGTTTTGGACAGATTTTTGGATGGGTCAAAGACGACCCCTTTATATCGACTTCCCTTCACTACATGCTTTATCTATAAAAAAAGATGCTTGATTTATGGGATGGAAAAAATAAGTTCTGGAATATGATTTTCGTAGAAATCTCAAAGAGGAGGAATTTAGGAATAGGAAATTGAGGAATGGGCATCCTTATCAGCTCTTTTATATTCCTTTCTTCCTTTGGTAGGGCTGATGTTTGGTCTTGTAACCTAGAAAAACATGGTATCTTCTCAACAAAATTATTGACTCAAAGCCTTGCTTTGGGTTTGTTATCTTCTTCCGCTGACCTTCACAAATCTATTTGCAAGGGCACATATCCCCCCAAAAAATCAAGTTTTTGATTTGGAAGCTAAGTCACTTGTGCCTCGACACATATGACAAGCTTCAAAGAAGAGCCCCTGGTTGTTAATTTCTCCAAGCTGGTGCTGTTCATGAAAAGCTGGAATTGAATCTCAATATCACATTTTTGTGGATTGTCCTTTCTCTGCATCCATTTGGAAGCATTTACTCGATATTTTTGGCTGGGCAGTGGTTTTGCCGGACAACGCAAGAAATTGGTTGTCTTTAATCTTCCTTCCACAGCCTTCCTAGCAGAAAAGAAAATCCTCTGGCTCCACCTCAACAGAGCATATATTTGGTTCATTTGGAGAGAGAATTTCGAGGATTTTTAAGGATAAGGAAAATTCTCCATGACGATTGATTTTGTATATTTTTTGGCTTTTTCGTGGTGTAAAAATTTTTCTCCTTAAAGTAACTATTGTTTGCATTTTCTTATATCCCATTGGAGAAGTTTTCATAACTTCATTAGACATGATTTAATCCTTTTGTATAATTTCATAAAATCAATTTCATTGTTTCCTATTGGGAAAAAAAATCCAATTGATAGAGGACTCCATCATTATTGATTGCCCAAGAGAAGATAATGTAAATGGTATTGAGTTTAGCAGCGGGTGCAGAGGTTTCTTGGTAATTTATACTAAATGTCAACCTAGGTTTGAATTTTTCTAATGCCACCATTTAAATTATGTTTAATGATGAAAATCCACTTACAACTTTGAGGTTGTTTTCCTATTGGAAGGTCATAGTTTCCCAGGTCTCATTCTTCTCTAAGGCCTAAATAAATAACAGCATGTATCCATTTAGGGCCCTTAAGAACGTCTTGAATATTGTTAAGGATTTCAATGTTATAGAATTATGTTTAGGATTATATATATATATATATATTTATTTATTTTAAGTAAGAAACAAGAATTTCATTGATGATATGAAATACAAAAGGCCGGCAAGTTACAAGAACGCCTTCCAATTAGCGATAAGGTCGTTTAGCTTGCAACTATTGAAAGGGGAGTAAAAACATTATATTTAGGATGATTAGTACAAGATCTTATAACTTTTTGTTTTGCAATAGCCAATAGGCAAGAATGATTATCTATATTTCAACATAAGGAATATCACAATCATTAGTTCTGTATGTAGGATCCATTCACATTTTATAATGACATACCTGGAATCTGTGCTTGCGGTTTTGAATCAGGGATAGATCTATGAGAAGTACTAGAAGGTTCTACATTTGCAGGGTTTTTATTTTTCCTTTGGTATAAACAGAAAGGTCACTGATTCATTACGCTGTGTGTATGTGGATATATATCTCAGTGTTTTAGCTTCTAAGCATTATAGGCTTAGTGTTGATGGAGTTCTTCGTAGTCATGTAATCTTCGACCGCAGGTTTAGATGGTGAAGCCTTGAGCTTCGAGTCCAAAAGTGATAAAAGCAGCCAAAGATCAACTCTCTACAGGTTGGAGATAATGAGAATTGAGCTCTTCTCAGTGTATGGAGTTCAGGTCTGTATATCAGATTTCCTTTTTGTTCCTTCTTTGCTGTTGGGTAATTTGGGTCTCACATATCAATATTTATTTGATCTCTAGTAGTGTCGGTAAGATTATAATGGAAGAACGTATTGGCTATTATCCTTTTGCATTGTGGAATATGAAGCAAAAATTTAATCAAGAAAAAGAGTTACATAAAGGGTAGGATACATGATAACATGAATAGATTTCACATGAAGCAAAAGGAGAACAAAAATAGTTCATAAAATTCTGGTATTAGTAACTTAGATATACTATTTTTGAATGGTTTCAGACTGAAATTAGTTTGCAAGATTTTCAAGAAGCTGAGCCTGATATTCTTGTGCACTCCACTGCGGAAATTGTAGAGCATTTTAGTGAGAAGGGTATTAGGTGTAATATTGCTCTTAAAGCTCTTTGCAAAAAAAGGGGTCTTCATGTTGAGGTAATGTTTTTTTCATTATTTTTGTTGCGGTGACAATTTTACATTATTATAATTTTATTGATCATGCAACTCGTTTAATAGTACAAGTTTGATCCATCTAAAGAATTTTCAAAAGGAGATTGTAAGGTGGAAAAAGGGTCTCTTCATACATGCAAACATAGCACAAAGTATAAGATTTTTAAAATATGGTAATTTTGTAGGGCGTGTATCTATCAGTGTCAATCACCGATAGACATCTAAACCAATAGACGTAAGTAATAAACTGATAGACAGACGTCCATCAGCAACGTATATCTAACTGATATATGTGCGGAAAAGTTGTGTCATATTTGCAAATCTTTTTAGCTTGTGCTTAATTGAATGTTATTTTGGCCAAATTGCTATATGTGCAATTGCCCATTTTTTAAAATTATTTTACTGAAGGAATGTCCTAGGGTTCTTGGTTTCATTGCCTCCCCTCCCCTCCCTCCACCCCACCAAGAAGAGAGAAAAAAAGGACAAAAAAAAAAATCGTGTATGATGTAGCAATAAAATTTCATTTGGCTGGTTCTTAACGCGACCTTGGGATTTTAACGTCAATAATGGTTCAAGAAATATGGTACTTTTGTCCATTTATTTCCATGGATGTTGGTGTATGTGAAATGTTGCATAACTGGAGAGATTTCTAATACTGCATTTTGTCGTTTGGCTAGCTCATAAAAGTTAGTATGGCATTTGGAATCTTATCTATTTGATGCTGGATGCCAAAAAAAAAAAAAACTTTAATTATTCTAGACCCCATTTTCCTTTATTCTGAGTTTTATTATCAATTTGGGAAAAGATCAATTTTACTCTCTTAGCGAGTCAATTTTAACAACTTCTATTTACATTGAATTAAACATTGAGTCAACCAGCAAATCATATACAGTTAACGTAATACTCATTAAAATTGTGTCAAGTCACTCCACCCTTTGCATTAGAAATCTGGCACCTAATGTAGGACCCATCTCCCTTTCGCTTCAAAAATGTCTGCAGCTTGTTGATCAGTGGGAGGTGGGGTGTGTAAGGAGAAAATTATTCAGGATGGTCTATGAAGAACTTAGATATATTGAAAGGCAGCTTAAAAGTTGTAGATCGTGATGGACAGTGTATCGTTGTAAAGAGGAGATTGAGGAAATGATTTATATTTGCTGGATGCTGAGGAGGAGGTTTCATCCTAATAGGATTGTTATTAGGATAGGTTGGGGATATTATTAGGGTATTCAAGGTATATCAGTAATTGGGTTAGGGAGTTATGGTTATAAATAAGGTGAGGGGTAAGGATGAGGGTAGGCAATTGGTAGTATGACTTAGACTTGTGTAAGAATACTCAAGAGAGGGGAGGGTCCAAGTACCTCGAATTAATTGGTAGCTATTGTAGTTTCTATATCTTTTATATTTCAATATATTTTGAGTTGTTCGGGTTGTATCACATCCTTAGCTTTAGATGAAGTGGGAACTTTAGGGAAAATAACCTCTATGATTTACTTCTAATGAGGAGAGGAGGCTGGTGAGATGTAGAAAATTTAGGTTTAATCCTACTTGATGGGAGTCAATTCTTTTAATTTGGCTCCCCTTTGTTGAGCTGTTTTTTTATGCCTTTCTGTTTCATTTGTTCTTTTTCATTATTCTCACTGGAAGTTCAATTTTAATTTAGAAAAAGAAAAAGTTACTTAGTAGCAAGAAGAAAAATTTTAGCTTAGATTACAAATTAAGTTCTTGAACTTTTGTGTTTAATAGTTCACTTGCACTTGAAAAAGTCTCATAAAAAGTGTCTTTCCTAAACTTTCAATTGTATGTCTCATGGTCCTTGAACTTTAAATTTTTAGTTAATAGGCCCGTGTCATATTCAATATTTTTTTCAAACTCACAAACCTATTTGAAACAAAATTGAAAGGTTTAGGTCCTATTCAACATCGTGTGTCTAATAGATTCGTAAAATTAAGTGTCGAGTAAGTTATGATCTATTTGATGCAAAATTGAAAGTTTAAGAACTTGTTAGATATTTTTAAAGTTCATGGATCTACTAGTCACAGAACTAAAAGTTTGGAACTTTTAGGGGTCTATTAGTCACAAGCTGAAAGTTAAGGGACTAGACTTATCATTTAATCTGAATATCTGTGGTGTTTTTCAGGGAGGGTTCAATCTTGTTGAAGACAAGGTCTAAAGGGTGATATTGTTGGTTTCTTCAGGAAGGCTGTATAAAAAGGATAAGGGGTAGAGATTTGTAGCAGAGGGGATAAAATAGGATGTCTAGAAATAAATAGTTAAAAAGAAATCTAGATAGGAAGTACTACATTTATGCCATGAAGACTTTTTTACTAATTTTCAACAATTCATATAGAAAAGAAGCATCATATTCAATATGGTATGCAAATTCTGTTTAAATTTGTGTTTTGCGAGTCGTTTAGTTCCAACCATTTTACCTGCTCTGGTGGAATTCAATGTTGTTTCTCGATATTTTACTGTCATATTGGCCTATGTGACGGTTGTGACCTCGATGCATCTGATTGAAATACTTAACACTTAATAGACGACAGTTTATCTAATTAGAGGTACAGGTAACTTTTGCTTCCATGATTATCACTTGTCGGTGATATCTGCTTTCCAGGACGCTATTTTGATAGGAGTCGATAGTCTTGGCATGGATGTGAGGGTATGTTTCGGGACAGAAGTACGGACTTTTCGATTTCCCTTCAAAATCCGGGTAAGCTATCTACACGTCATGGTTTATAAGAAGATTTCTGGTTTATATAATGGTCCATATACGGTGGGTGCCTCCTAGAACAAACGTTTTATCTTTTAGCCAGTTGCCCCTGTTAAAATTATGTCCACCTCTTAAAAGGTTGTCCATTTTCCATGTTGTATTTGCAGGCAACATCTGAAGTTGCAGCAGAGAAGCAAATTCAGCAACTCTTGTTCCCACGGTCTCGTCGTAAGAAATTACGAAGCCATGGAGATGGATTTAGAGACAGTGTCAGTTTT

mRNA sequence

GGCAGAAACCCAATGTTTGGATCAACAAAATTACATTGGTTGTCTAAGGGACGTGACCTTCGCTTGTCAAAAGTTTCAGTTGCTGCAGATTATCCAGATTCAGTTCCAGATTCATCAAGTTACTTGACTAACCAAGGTTATCATCCTCTTGAAGATCTAAAAGTTTGCAAAAGAGCACGGGACACTGAACTCACTGCAGCAGAAGTAGCAAGGACAGCTGTGGAGGTCAATGGCAACGCTTTGCTATTATTTCCTGGAACTGTGCACAGTGAACCACACGAACAAGTATCTTGGGATGAGTTTCAATATGTTATCGACGATTATGGAGATTTGTATTTTGAAATTTTTGACAATGTGAACATGTTAGAAGATCGTGGAGCACACAATCCTGTGAATGCTTTGATTGGAATGGACATGCAAATGTATGAGAGTAGGAGGATAGTTGGAGATTATAATGCGCCAGATAGTGGCAATGGTGATGTTGTTCCTTTTGATTATGACTATATTGAGGTAGTGGAAACTGATTTGTCTGATATTCTAGTTGACTGGGGAGTTCCAGATGTTTCTAGCTTGGTTCATCCTGTATATTTTGCCAAGTGCTTGAATAAGGTTATCAATATGGAATACGATAAAAAGATGAAGCATCCTTCAAATGGAGTTTCCATTTTGGGATGTCTCAGACCTGCATTTGCTGATGAAGAATCTTATATAAGAAGATTATTTTACTTTGAAGGAAGTGAAGGCTACACCACAGAATGGAAAGGTTTAGATGGTGAAGCCTTGAGCTTCGAGTCCAAAAGTGATAAAAGCAGCCAAAGATCAACTCTCTACAGGTTGGAGATAATGAGAATTGAGCTCTTCTCAGTGTATGGAGTTCAGACTGAAATTAGTTTGCAAGATTTTCAAGAAGCTGAGCCTGATATTCTTGTGCACTCCACTGCGGAAATTGTAGAGCATTTTAGTGAGAAGGGTATTAGGTGTAATATTGCTCTTAAAGCTCTTTGCAAAAAAAGGGGTCTTCATGTTGAGGACGCTATTTTGATAGGAGTCGATAGTCTTGGCATGGATGTGAGGGTATGTTTCGGGACAGAAGTACGGACTTTTCGATTTCCCTTCAAAATCCGGGCAACATCTGAAGTTGCAGCAGAGAAGCAAATTCAGCAACTCTTGTTCCCACGGTCTCGTCGTAAGAAATTACGAAGCCATGGAGATGGATTTAGAGACAGTGTCAGTTTT

Coding sequence (CDS)

GGCAGAAACCCAATGTTTGGATCAACAAAATTACATTGGTTGTCTAAGGGACGTGACCTTCGCTTGTCAAAAGTTTCAGTTGCTGCAGATTATCCAGATTCAGTTCCAGATTCATCAAGTTACTTGACTAACCAAGGTTATCATCCTCTTGAAGATCTAAAAGTTTGCAAAAGAGCACGGGACACTGAACTCACTGCAGCAGAAGTAGCAAGGACAGCTGTGGAGGTCAATGGCAACGCTTTGCTATTATTTCCTGGAACTGTGCACAGTGAACCACACGAACAAGTATCTTGGGATGAGTTTCAATATGTTATCGACGATTATGGAGATTTGTATTTTGAAATTTTTGACAATGTGAACATGTTAGAAGATCGTGGAGCACACAATCCTGTGAATGCTTTGATTGGAATGGACATGCAAATGTATGAGAGTAGGAGGATAGTTGGAGATTATAATGCGCCAGATAGTGGCAATGGTGATGTTGTTCCTTTTGATTATGACTATATTGAGGTAGTGGAAACTGATTTGTCTGATATTCTAGTTGACTGGGGAGTTCCAGATGTTTCTAGCTTGGTTCATCCTGTATATTTTGCCAAGTGCTTGAATAAGGTTATCAATATGGAATACGATAAAAAGATGAAGCATCCTTCAAATGGAGTTTCCATTTTGGGATGTCTCAGACCTGCATTTGCTGATGAAGAATCTTATATAAGAAGATTATTTTACTTTGAAGGAAGTGAAGGCTACACCACAGAATGGAAAGGTTTAGATGGTGAAGCCTTGAGCTTCGAGTCCAAAAGTGATAAAAGCAGCCAAAGATCAACTCTCTACAGGTTGGAGATAATGAGAATTGAGCTCTTCTCAGTGTATGGAGTTCAGACTGAAATTAGTTTGCAAGATTTTCAAGAAGCTGAGCCTGATATTCTTGTGCACTCCACTGCGGAAATTGTAGAGCATTTTAGTGAGAAGGGTATTAGGTGTAATATTGCTCTTAAAGCTCTTTGCAAAAAAAGGGGTCTTCATGTTGAGGACGCTATTTTGATAGGAGTCGATAGTCTTGGCATGGATGTGAGGGTATGTTTCGGGACAGAAGTACGGACTTTTCGATTTCCCTTCAAAATCCGGGCAACATCTGAAGTTGCAGCAGAGAAGCAAATTCAGCAACTCTTGTTCCCACGGTCTCGTCGTAAGAAATTACGAAGCCATGGAGATGGATTTAGAGACAGTGTCAGTTTT

Protein sequence

GRNPMFGSTKLHWLSKGRDLRLSKVSVAADYPDSVPDSSSYLTNQGYHPLEDLKVCKRARDTELTAAEVARTAVEVNGNALLLFPGTVHSEPHEQVSWDEFQYVIDDYGDLYFEIFDNVNMLEDRGAHNPVNALIGMDMQMYESRRIVGDYNAPDSGNGDVVPFDYDYIEVVETDLSDILVDWGVPDVSSLVHPVYFAKCLNKVINMEYDKKMKHPSNGVSILGCLRPAFADEESYIRRLFYFEGSEGYTTEWKGLDGEALSFESKSDKSSQRSTLYRLEIMRIELFSVYGVQTEISLQDFQEAEPDILVHSTAEIVEHFSEKGIRCNIALKALCKKRGLHVEDAILIGVDSLGMDVRVCFGTEVRTFRFPFKIRATSEVAAEKQIQQLLFPRSRRKKLRSHGDGFRDSVSF

Homology

[Close]

BLAST of MS014392 vs. NCBI nr
Match: XP_022137915.1 (uncharacterized protein At3g49140 isoform X1 [Momordica charantia])

HSP 1 Score: 829.3 bits (2141), Expect = 1.4e-236
Identity = 409/412 (99.27%), Postives = 410/412 (99.51%), Query Frame = 0


Query: 1   GRNPMFGSTKLHWLSKGRDLRLSKVSVAADYPDSVPDSSSYLTNQGYHPLEDLKVCKRAR 60
           GRNPMFGST+LHWLSKGRDLRLSKVSVAADYPDSVPDSSSYLTNQGYHPLEDLKVCKRAR
Sbjct: 35  GRNPMFGSTELHWLSKGRDLRLSKVSVAADYPDSVPDSSSYLTNQGYHPLEDLKVCKRAR 94

Query: 61  DTELTAAEVARTAVEVNGNALLLFPGTVHSEPHEQVSWDEFQYVIDDYGDLYFEIFDNVN 120
           DTELTAAEVARTAVEVN NALLLFPGTVHSEPHEQVSWDEFQYVIDDYGDLYFEIFDNVN
Sbjct: 95  DTELTAAEVARTAVEVNSNALLLFPGTVHSEPHEQVSWDEFQYVIDDYGDLYFEIFDNVN 154

Query: 121 MLEDRGAHNPVNALIGMDMQMYESRRIVGDYNAPDSGNGDVVPFDYDYIEVVETDLSDIL 180
           MLEDRGAHNPVNALIGMDMQMYESRRIVGDYNAPDSGNGDVVPFDYDYIEVVETDLSDI 
Sbjct: 155 MLEDRGAHNPVNALIGMDMQMYESRRIVGDYNAPDSGNGDVVPFDYDYIEVVETDLSDIP 214

Query: 181 VDWGVPDVSSLVHPVYFAKCLNKVINMEYDKKMKHPSNGVSILGCLRPAFADEESYIRRL 240
           VDWGVPDVSSLVHPVYFAKCLNKVINMEYDKKMKHPSNGVSILGCLRPAFADEESYIRRL
Sbjct: 215 VDWGVPDVSSLVHPVYFAKCLNKVINMEYDKKMKHPSNGVSILGCLRPAFADEESYIRRL 274

Query: 241 FYFEGSEGYTTEWKGLDGEALSFESKSDKSSQRSTLYRLEIMRIELFSVYGVQTEISLQD 300
           FYFEGSEGYTTEWKGLDGEALSFESKSDKSSQRSTLYRLEIMRIELFSVYGVQTEISLQD
Sbjct: 275 FYFEGSEGYTTEWKGLDGEALSFESKSDKSSQRSTLYRLEIMRIELFSVYGVQTEISLQD 334

Query: 301 FQEAEPDILVHSTAEIVEHFSEKGIRCNIALKALCKKRGLHVEDAILIGVDSLGMDVRVC 360
           FQEAEPDILVHSTAEIVEHFSEKGIRCNIALKALCKKRGLHVEDAILIGVDSLGMDVRVC
Sbjct: 335 FQEAEPDILVHSTAEIVEHFSEKGIRCNIALKALCKKRGLHVEDAILIGVDSLGMDVRVC 394

Query: 361 FGTEVRTFRFPFKIRATSEVAAEKQIQQLLFPRSRRKKLRSHGDGFRDSVSF 413
           FGTEVRTFRFPFKIRATSEVAAEKQIQQLLFPRSRRKKLRSHGDGFRDSVSF
Sbjct: 395 FGTEVRTFRFPFKIRATSEVAAEKQIQQLLFPRSRRKKLRSHGDGFRDSVSF 446

[Close]

BLAST of MS014392 vs. NCBI nr
Match: XP_038898179.1 (uncharacterized protein At3g49140 isoform X2 [Benincasa hispida])

HSP 1 Score: 760.4 bits (1962), Expect = 8.2e-216
Identity = 372/412 (90.29%), Postives = 392/412 (95.15%), Query Frame = 0


Query: 1   GRNPMFGSTKLHWLSKGRDLRLSKVSVAADYPDSVPDSSSYLTNQGYHPLEDLKVCKRAR 60
           GRN  FGST+ HWLSKGRDL LSKVSVAADYPDSVPDSSS+LTN+GYHPLEDLKVCKRAR
Sbjct: 35  GRNKRFGSTEFHWLSKGRDLCLSKVSVAADYPDSVPDSSSFLTNKGYHPLEDLKVCKRAR 94

Query: 61  DTELTAAEVARTAVEVNGNALLLFPGTVHSEPHEQVSWDEFQYVIDDYGDLYFEIFDNVN 120
           +TELTAAEVARTAVEVN NALLLFPGTVHSEPHEQVSW+EFQYVIDDYGDLYFEIFD+VN
Sbjct: 95  NTELTAAEVARTAVEVNSNALLLFPGTVHSEPHEQVSWNEFQYVIDDYGDLYFEIFDSVN 154

Query: 121 MLEDRGAHNPVNALIGMDMQMYESRRIVGDYNAPDSGNGDVVPFDYDYIEVVETDLSDIL 180
           MLEDRGAHNPVNALIGMDMQMYESRR VGDY+A DSG GDVVPFDYDYIEVVETDL+DI 
Sbjct: 155 MLEDRGAHNPVNALIGMDMQMYESRRTVGDYSAADSGYGDVVPFDYDYIEVVETDLADIP 214

Query: 181 VDWGVPDVSSLVHPVYFAKCLNKVINMEYDKKMKHPSNGVSILGCLRPAFADEESYIRRL 240
           VDWG PD SSLVHPVYFAKCLNKVINMEYD+KM HPSNGVSILGCLRPA+ADEESY+RRL
Sbjct: 215 VDWGAPDDSSLVHPVYFAKCLNKVINMEYDRKMMHPSNGVSILGCLRPAYADEESYVRRL 274

Query: 241 FYFEGSEGYTTEWKGLDGEALSFESKSDKSSQRSTLYRLEIMRIELFSVYGVQTEISLQD 300
           F+FE SEGY TEWKGL+GE LS ESK D+SSQRSTLYRLEIMRIELFSVYGVQ+E+SLQD
Sbjct: 275 FFFEESEGYNTEWKGLEGETLSLESKIDRSSQRSTLYRLEIMRIELFSVYGVQSEVSLQD 334

Query: 301 FQEAEPDILVHSTAEIVEHFSEKGIRCNIALKALCKKRGLHVEDAILIGVDSLGMDVRVC 360
           FQ AEPDIL+HSTAEI+E FSEKGIRCNIALKALCKKRGLHVEDAILIGVDSLGMDVRVC
Sbjct: 335 FQGAEPDILLHSTAEIIERFSEKGIRCNIALKALCKKRGLHVEDAILIGVDSLGMDVRVC 394

Query: 361 FGTEVRTFRFPFKIRATSEVAAEKQIQQLLFPRSRRKKLRSHGDGFRDSVSF 413
           FGTEV+TFRFPFKIRATSEVAAEKQIQQLLFPRSRRKKLRSHGDG RD+VSF
Sbjct: 395 FGTEVQTFRFPFKIRATSEVAAEKQIQQLLFPRSRRKKLRSHGDGLRDTVSF 446

[Close]

BLAST of MS014392 vs. NCBI nr
Match: XP_038898170.1 (uncharacterized protein At3g49140 isoform X1 [Benincasa hispida])

HSP 1 Score: 753.4 bits (1944), Expect = 1.0e-213
Identity = 372/419 (88.78%), Postives = 392/419 (93.56%), Query Frame = 0


Query: 1   GRNPMFGSTKLHWLSKGRDLRLSKVSVAADYPDSVPDSSSYLTNQGYHPLEDLKVCKRAR 60
           GRN  FGST+ HWLSKGRDL LSKVSVAADYPDSVPDSSS+LTN+GYHPLEDLKVCKRAR
Sbjct: 35  GRNKRFGSTEFHWLSKGRDLCLSKVSVAADYPDSVPDSSSFLTNKGYHPLEDLKVCKRAR 94

Query: 61  DTELTAAEVARTAVEVNGNALLLFPGTVHSEPHEQVSWDEFQYVIDDYGDLYFEIFDNVN 120
           +TELTAAEVARTAVEVN NALLLFPGTVHSEPHEQVSW+EFQYVIDDYGDLYFEIFD+VN
Sbjct: 95  NTELTAAEVARTAVEVNSNALLLFPGTVHSEPHEQVSWNEFQYVIDDYGDLYFEIFDSVN 154

Query: 121 MLEDRGAHNPVNALIGMDMQMYESRRIVGDYNAPDSGNGDVVPFDYDYIEVVETDLSDIL 180
           MLEDRGAHNPVNALIGMDMQMYESRR VGDY+A DSG GDVVPFDYDYIEVVETDL+DI 
Sbjct: 155 MLEDRGAHNPVNALIGMDMQMYESRRTVGDYSAADSGYGDVVPFDYDYIEVVETDLADIP 214

Query: 181 VDWGVPDVSSLVHPVYFAKCLNKVINMEYDKKMKHPSNGVSILGCLRPAFADEESYIRRL 240
           VDWG PD SSLVHPVYFAKCLNKVINMEYD+KM HPSNGVSILGCLRPA+ADEESY+RRL
Sbjct: 215 VDWGAPDDSSLVHPVYFAKCLNKVINMEYDRKMMHPSNGVSILGCLRPAYADEESYVRRL 274

Query: 241 FYFEGSEGYTTEWK-------GLDGEALSFESKSDKSSQRSTLYRLEIMRIELFSVYGVQ 300
           F+FE SEGY TEWK       GL+GE LS ESK D+SSQRSTLYRLEIMRIELFSVYGVQ
Sbjct: 275 FFFEESEGYNTEWKVISSLTTGLEGETLSLESKIDRSSQRSTLYRLEIMRIELFSVYGVQ 334

Query: 301 TEISLQDFQEAEPDILVHSTAEIVEHFSEKGIRCNIALKALCKKRGLHVEDAILIGVDSL 360
           +E+SLQDFQ AEPDIL+HSTAEI+E FSEKGIRCNIALKALCKKRGLHVEDAILIGVDSL
Sbjct: 335 SEVSLQDFQGAEPDILLHSTAEIIERFSEKGIRCNIALKALCKKRGLHVEDAILIGVDSL 394

Query: 361 GMDVRVCFGTEVRTFRFPFKIRATSEVAAEKQIQQLLFPRSRRKKLRSHGDGFRDSVSF 413
           GMDVRVCFGTEV+TFRFPFKIRATSEVAAEKQIQQLLFPRSRRKKLRSHGDG RD+VSF
Sbjct: 395 GMDVRVCFGTEVQTFRFPFKIRATSEVAAEKQIQQLLFPRSRRKKLRSHGDGLRDTVSF 453

[Close]

BLAST of MS014392 vs. NCBI nr
Match: XP_004152092.1 (uncharacterized protein At3g49140 isoform X2 [Cucumis sativus])

HSP 1 Score: 744.6 bits (1921), Expect = 4.6e-211
Identity = 364/412 (88.35%), Postives = 385/412 (93.45%), Query Frame = 0


Query: 1   GRNPMFGSTKLHWLSKGRDLRLSKVSVAADYPDSVPDSSSYLTNQGYHPLEDLKVCKRAR 60
           GRN  FGST+ HWLSKGRDL LSKVSVAADYPDSVPDSSSYLTN+GYHPLEDLKVCK  R
Sbjct: 35  GRNKKFGSTEFHWLSKGRDLCLSKVSVAADYPDSVPDSSSYLTNKGYHPLEDLKVCKSVR 94

Query: 61  DTELTAAEVARTAVEVNGNALLLFPGTVHSEPHEQVSWDEFQYVIDDYGDLYFEIFDNVN 120
           +TELTAAEVARTAVEVN NALLLFPGTVHSEPHEQVSWDEFQYV DDYGDLYFEIFD+VN
Sbjct: 95  NTELTAAEVARTAVEVNSNALLLFPGTVHSEPHEQVSWDEFQYVTDDYGDLYFEIFDSVN 154

Query: 121 MLEDRGAHNPVNALIGMDMQMYESRRIVGDYNAPDSGNGDVVPFDYDYIEVVETDLSDIL 180
           MLEDR AHNPVNALIGMDMQMYESRRIVGDY+  DSG GDV PFDYDYIEVVE DL++I 
Sbjct: 155 MLEDRRAHNPVNALIGMDMQMYESRRIVGDYSDVDSGYGDVAPFDYDYIEVVEADLANIP 214

Query: 181 VDWGVPDVSSLVHPVYFAKCLNKVINMEYDKKMKHPSNGVSILGCLRPAFADEESYIRRL 240
           VDWGVPDVSS+VHPVYFAKCL KVINMEYD+ MKHPSNGVSILGCLRPA+ADEESYIRRL
Sbjct: 215 VDWGVPDVSSMVHPVYFAKCLKKVINMEYDRNMKHPSNGVSILGCLRPAYADEESYIRRL 274

Query: 241 FYFEGSEGYTTEWKGLDGEALSFESKSDKSSQRSTLYRLEIMRIELFSVYGVQTEISLQD 300
           FYFE SEGY TEWKGL+GE  + ESK D+SSQRSTLYRLEIMRIELFSVYGVQ+E+SLQD
Sbjct: 275 FYFEESEGYNTEWKGLEGETSNLESKIDRSSQRSTLYRLEIMRIELFSVYGVQSEVSLQD 334

Query: 301 FQEAEPDILVHSTAEIVEHFSEKGIRCNIALKALCKKRGLHVEDAILIGVDSLGMDVRVC 360
           FQ+AEPDIL+HSTAEI+E F+EKGI+CNIALKALCKKRGLHVEDAILIGVDSLGMDVRVC
Sbjct: 335 FQDAEPDILLHSTAEILERFNEKGIKCNIALKALCKKRGLHVEDAILIGVDSLGMDVRVC 394

Query: 361 FGTEVRTFRFPFKIRATSEVAAEKQIQQLLFPRSRRKKLRSHGDGFRDSVSF 413
            GTEVRTFRFPFKIRATSE AAEKQIQQLLFPRSRRKKLRSHGDG RD+VSF
Sbjct: 395 VGTEVRTFRFPFKIRATSEAAAEKQIQQLLFPRSRRKKLRSHGDGLRDTVSF 446

[Close]

BLAST of MS014392 vs. NCBI nr
Match: XP_031740660.1 (uncharacterized protein At3g49140 isoform X1 [Cucumis sativus])

HSP 1 Score: 744.6 bits (1921), Expect = 4.6e-211
Identity = 364/412 (88.35%), Postives = 385/412 (93.45%), Query Frame = 0


Query: 1   GRNPMFGSTKLHWLSKGRDLRLSKVSVAADYPDSVPDSSSYLTNQGYHPLEDLKVCKRAR 60
           GRN  FGST+ HWLSKGRDL LSKVSVAADYPDSVPDSSSYLTN+GYHPLEDLKVCK  R
Sbjct: 37  GRNKKFGSTEFHWLSKGRDLCLSKVSVAADYPDSVPDSSSYLTNKGYHPLEDLKVCKSVR 96

Query: 61  DTELTAAEVARTAVEVNGNALLLFPGTVHSEPHEQVSWDEFQYVIDDYGDLYFEIFDNVN 120
           +TELTAAEVARTAVEVN NALLLFPGTVHSEPHEQVSWDEFQYV DDYGDLYFEIFD+VN
Sbjct: 97  NTELTAAEVARTAVEVNSNALLLFPGTVHSEPHEQVSWDEFQYVTDDYGDLYFEIFDSVN 156

Query: 121 MLEDRGAHNPVNALIGMDMQMYESRRIVGDYNAPDSGNGDVVPFDYDYIEVVETDLSDIL 180
           MLEDR AHNPVNALIGMDMQMYESRRIVGDY+  DSG GDV PFDYDYIEVVE DL++I 
Sbjct: 157 MLEDRRAHNPVNALIGMDMQMYESRRIVGDYSDVDSGYGDVAPFDYDYIEVVEADLANIP 216

Query: 181 VDWGVPDVSSLVHPVYFAKCLNKVINMEYDKKMKHPSNGVSILGCLRPAFADEESYIRRL 240
           VDWGVPDVSS+VHPVYFAKCL KVINMEYD+ MKHPSNGVSILGCLRPA+ADEESYIRRL
Sbjct: 217 VDWGVPDVSSMVHPVYFAKCLKKVINMEYDRNMKHPSNGVSILGCLRPAYADEESYIRRL 276

Query: 241 FYFEGSEGYTTEWKGLDGEALSFESKSDKSSQRSTLYRLEIMRIELFSVYGVQTEISLQD 300
           FYFE SEGY TEWKGL+GE  + ESK D+SSQRSTLYRLEIMRIELFSVYGVQ+E+SLQD
Sbjct: 277 FYFEESEGYNTEWKGLEGETSNLESKIDRSSQRSTLYRLEIMRIELFSVYGVQSEVSLQD 336

Query: 301 FQEAEPDILVHSTAEIVEHFSEKGIRCNIALKALCKKRGLHVEDAILIGVDSLGMDVRVC 360
           FQ+AEPDIL+HSTAEI+E F+EKGI+CNIALKALCKKRGLHVEDAILIGVDSLGMDVRVC
Sbjct: 337 FQDAEPDILLHSTAEILERFNEKGIKCNIALKALCKKRGLHVEDAILIGVDSLGMDVRVC 396

Query: 361 FGTEVRTFRFPFKIRATSEVAAEKQIQQLLFPRSRRKKLRSHGDGFRDSVSF 413
            GTEVRTFRFPFKIRATSE AAEKQIQQLLFPRSRRKKLRSHGDG RD+VSF
Sbjct: 397 VGTEVRTFRFPFKIRATSEAAAEKQIQQLLFPRSRRKKLRSHGDGLRDTVSF 448

[Close]

BLAST of MS014392 vs. ExPASy Swiss-Prot
Match: Q0WMN5 (Uncharacterized protein At3g49140 OS=Arabidopsis thaliana OX=3702 GN=At3g49140 PE=1 SV=2)

HSP 1 Score: 197.6 bits (501), Expect = 2.8e-49
Identity = 121/425 (28.47%), Postives = 212/425 (49.88%), Query Frame = 0


Query: 18  RDLRLSKVSVAADYPDSVPDSSSYLTNQGYHPLEDLKVC--KRARDTELTAAEVARTAVE 77
           + LR ++    A+Y DS  D         YHP E+++    +   D+ L+ AE  RT +E
Sbjct: 68  KHLRKNRTQATAEYVDSASDPEKQTGKSRYHPSEEIRASLPQNDGDSRLSPAETTRTIIE 127

Query: 78  VNGNALLLFPGTVHSEPHEQVSWDEFQYVIDDYGDLYFEIFDNVNMLED-RGAHNPVNAL 137
           VN    L+  G++    HE + W +  Y+ D  G+LYF++ ++ ++++     +N V  +
Sbjct: 128 VNNKGTLMLTGSIGDGVHENILWPDIPYITDQNGNLYFQVKEDEDVMQSVTSENNYVQVI 187

Query: 138 IGMD-MQMYESRRIVG----DYNAPDSGNGDVVPFD-------YDYIEVVE--------- 197
           +G D M+M +   ++G    D+   D  +GD    D        +++ ++E         
Sbjct: 188 VGFDTMEMIKEMELMGLSDSDFETEDDESGDDDSEDTGEDEDEEEWVAILEDEDEDDDDD 247

Query: 198 ---------TDLSDILVDWGVPDVSSLVHPVYFAKCLNKVINMEYDKKMKHPSNGVSILG 257
                    +D  + L DW   +     HP++FAK + +V + +    M  PS G++I G
Sbjct: 248 DDDDEDDDDSDSDESLGDWANLETMRSCHPMFFAKRMTEVASNDPVDWMDQPSAGLAIQG 307

Query: 258 CLRPAFADEESYIRRLFYFEGS------------EGYTTEWKGLDGEALSFESKSDKSSQ 317
            L     ++ S I++      S            +      K    E+    S+ +K+  
Sbjct: 308 LLSHILVEDYSDIQKKLADSNSTTNGNKDAENLVDKLEDNSKAGGDESEIDSSQDEKARN 367

Query: 318 RSTLYRLEIMRIELFSVYGVQTEISLQDFQEAEPDILVHSTAEIVEHFSEKGIRCNIALK 377
               Y+LE++RI+L +  G QTE+ ++D ++A+PD + H++AEI+    E G +   ALK
Sbjct: 368 VVAFYKLEMIRIQLITAQGDQTEVEVEDVRKAQPDAIAHASAEIISRLEESGDKITEALK 427

Query: 378 ALC-KKRGLHVEDAILIGVDSLGMDVRVCFGTEVRTFRFPFKIRATSEVAAEKQIQQLLF 397
           +LC +   +  E+  LIG+DSLG D+R+C G ++ + RF F  RATSE  AE QI++LLF
Sbjct: 428 SLCWRHNSIQAEEVKLIGIDSLGFDLRLCAGAKIESLRFAFSTRATSEENAEGQIRKLLF 487

[Close]

BLAST of MS014392 vs. ExPASy TrEMBL
Match: A0A6J1C800 (uncharacterized protein At3g49140 isoform X1 OS=Momordica charantia OX=3673 GN=LOC111009215 PE=4 SV=1)

HSP 1 Score: 829.3 bits (2141), Expect = 6.9e-237
Identity = 409/412 (99.27%), Postives = 410/412 (99.51%), Query Frame = 0


Query: 1   GRNPMFGSTKLHWLSKGRDLRLSKVSVAADYPDSVPDSSSYLTNQGYHPLEDLKVCKRAR 60
           GRNPMFGST+LHWLSKGRDLRLSKVSVAADYPDSVPDSSSYLTNQGYHPLEDLKVCKRAR
Sbjct: 35  GRNPMFGSTELHWLSKGRDLRLSKVSVAADYPDSVPDSSSYLTNQGYHPLEDLKVCKRAR 94

Query: 61  DTELTAAEVARTAVEVNGNALLLFPGTVHSEPHEQVSWDEFQYVIDDYGDLYFEIFDNVN 120
           DTELTAAEVARTAVEVN NALLLFPGTVHSEPHEQVSWDEFQYVIDDYGDLYFEIFDNVN
Sbjct: 95  DTELTAAEVARTAVEVNSNALLLFPGTVHSEPHEQVSWDEFQYVIDDYGDLYFEIFDNVN 154

Query: 121 MLEDRGAHNPVNALIGMDMQMYESRRIVGDYNAPDSGNGDVVPFDYDYIEVVETDLSDIL 180
           MLEDRGAHNPVNALIGMDMQMYESRRIVGDYNAPDSGNGDVVPFDYDYIEVVETDLSDI 
Sbjct: 155 MLEDRGAHNPVNALIGMDMQMYESRRIVGDYNAPDSGNGDVVPFDYDYIEVVETDLSDIP 214

Query: 181 VDWGVPDVSSLVHPVYFAKCLNKVINMEYDKKMKHPSNGVSILGCLRPAFADEESYIRRL 240
           VDWGVPDVSSLVHPVYFAKCLNKVINMEYDKKMKHPSNGVSILGCLRPAFADEESYIRRL
Sbjct: 215 VDWGVPDVSSLVHPVYFAKCLNKVINMEYDKKMKHPSNGVSILGCLRPAFADEESYIRRL 274

Query: 241 FYFEGSEGYTTEWKGLDGEALSFESKSDKSSQRSTLYRLEIMRIELFSVYGVQTEISLQD 300
           FYFEGSEGYTTEWKGLDGEALSFESKSDKSSQRSTLYRLEIMRIELFSVYGVQTEISLQD
Sbjct: 275 FYFEGSEGYTTEWKGLDGEALSFESKSDKSSQRSTLYRLEIMRIELFSVYGVQTEISLQD 334

Query: 301 FQEAEPDILVHSTAEIVEHFSEKGIRCNIALKALCKKRGLHVEDAILIGVDSLGMDVRVC 360
           FQEAEPDILVHSTAEIVEHFSEKGIRCNIALKALCKKRGLHVEDAILIGVDSLGMDVRVC
Sbjct: 335 FQEAEPDILVHSTAEIVEHFSEKGIRCNIALKALCKKRGLHVEDAILIGVDSLGMDVRVC 394

Query: 361 FGTEVRTFRFPFKIRATSEVAAEKQIQQLLFPRSRRKKLRSHGDGFRDSVSF 413
           FGTEVRTFRFPFKIRATSEVAAEKQIQQLLFPRSRRKKLRSHGDGFRDSVSF
Sbjct: 395 FGTEVRTFRFPFKIRATSEVAAEKQIQQLLFPRSRRKKLRSHGDGFRDSVSF 446

[Close]

BLAST of MS014392 vs. ExPASy TrEMBL
Match: A0A0A0KW72 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_4G017020 PE=4 SV=1)

HSP 1 Score: 744.6 bits (1921), Expect = 2.2e-211
Identity = 364/412 (88.35%), Postives = 385/412 (93.45%), Query Frame = 0


Query: 1   GRNPMFGSTKLHWLSKGRDLRLSKVSVAADYPDSVPDSSSYLTNQGYHPLEDLKVCKRAR 60
           GRN  FGST+ HWLSKGRDL LSKVSVAADYPDSVPDSSSYLTN+GYHPLEDLKVCK  R
Sbjct: 35  GRNKKFGSTEFHWLSKGRDLCLSKVSVAADYPDSVPDSSSYLTNKGYHPLEDLKVCKSVR 94

Query: 61  DTELTAAEVARTAVEVNGNALLLFPGTVHSEPHEQVSWDEFQYVIDDYGDLYFEIFDNVN 120
           +TELTAAEVARTAVEVN NALLLFPGTVHSEPHEQVSWDEFQYV DDYGDLYFEIFD+VN
Sbjct: 95  NTELTAAEVARTAVEVNSNALLLFPGTVHSEPHEQVSWDEFQYVTDDYGDLYFEIFDSVN 154

Query: 121 MLEDRGAHNPVNALIGMDMQMYESRRIVGDYNAPDSGNGDVVPFDYDYIEVVETDLSDIL 180
           MLEDR AHNPVNALIGMDMQMYESRRIVGDY+  DSG GDV PFDYDYIEVVE DL++I 
Sbjct: 155 MLEDRRAHNPVNALIGMDMQMYESRRIVGDYSDVDSGYGDVAPFDYDYIEVVEADLANIP 214

Query: 181 VDWGVPDVSSLVHPVYFAKCLNKVINMEYDKKMKHPSNGVSILGCLRPAFADEESYIRRL 240
           VDWGVPDVSS+VHPVYFAKCL KVINMEYD+ MKHPSNGVSILGCLRPA+ADEESYIRRL
Sbjct: 215 VDWGVPDVSSMVHPVYFAKCLKKVINMEYDRNMKHPSNGVSILGCLRPAYADEESYIRRL 274

Query: 241 FYFEGSEGYTTEWKGLDGEALSFESKSDKSSQRSTLYRLEIMRIELFSVYGVQTEISLQD 300
           FYFE SEGY TEWKGL+GE  + ESK D+SSQRSTLYRLEIMRIELFSVYGVQ+E+SLQD
Sbjct: 275 FYFEESEGYNTEWKGLEGETSNLESKIDRSSQRSTLYRLEIMRIELFSVYGVQSEVSLQD 334

Query: 301 FQEAEPDILVHSTAEIVEHFSEKGIRCNIALKALCKKRGLHVEDAILIGVDSLGMDVRVC 360
           FQ+AEPDIL+HSTAEI+E F+EKGI+CNIALKALCKKRGLHVEDAILIGVDSLGMDVRVC
Sbjct: 335 FQDAEPDILLHSTAEILERFNEKGIKCNIALKALCKKRGLHVEDAILIGVDSLGMDVRVC 394

Query: 361 FGTEVRTFRFPFKIRATSEVAAEKQIQQLLFPRSRRKKLRSHGDGFRDSVSF 413
            GTEVRTFRFPFKIRATSE AAEKQIQQLLFPRSRRKKLRSHGDG RD+VSF
Sbjct: 395 VGTEVRTFRFPFKIRATSEAAAEKQIQQLLFPRSRRKKLRSHGDGLRDTVSF 446

[Close]

BLAST of MS014392 vs. ExPASy TrEMBL
Match: A0A5A7TTC0 (Pentatricopeptide repeat (PPR) superfamily protein isoform 2 OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold46G003780 PE=4 SV=1)

HSP 1 Score: 729.6 bits (1882), Expect = 7.5e-207
Identity = 354/412 (85.92%), Postives = 384/412 (93.20%), Query Frame = 0


Query: 1   GRNPMFGSTKLHWLSKGRDLRLSKVSVAADYPDSVPDSSSYLTNQGYHPLEDLKVCKRAR 60
           GRN  FGST+ HWLSKGRDL  SKVSVAADYPDSVPDSSSY TN+GYHPLEDLKVCKRAR
Sbjct: 4   GRNKKFGSTEFHWLSKGRDLCSSKVSVAADYPDSVPDSSSYSTNKGYHPLEDLKVCKRAR 63

Query: 61  DTELTAAEVARTAVEVNGNALLLFPGTVHSEPHEQVSWDEFQYVIDDYGDLYFEIFDNVN 120
           +TELTAAEVARTAVEVN NALLLFPGTVHSEPHEQVSWDE QYV +DYGDLYFEIFD+VN
Sbjct: 64  NTELTAAEVARTAVEVNSNALLLFPGTVHSEPHEQVSWDECQYVTNDYGDLYFEIFDSVN 123

Query: 121 MLEDRGAHNPVNALIGMDMQMYESRRIVGDYNAPDSGNGDVVPFDYDYIEVVETDLSDIL 180
           MLEDRGAHNPVNALIGMDMQMYESRRI+GDY+A DSG GDV PFDYDYIE VE DL++I 
Sbjct: 124 MLEDRGAHNPVNALIGMDMQMYESRRILGDYSAVDSGYGDVAPFDYDYIEAVEADLANIP 183

Query: 181 VDWGVPDVSSLVHPVYFAKCLNKVINMEYDKKMKHPSNGVSILGCLRPAFADEESYIRRL 240
           VDWGVPDVSSLVHPVYFAKCLNKV+N+EYD+ MKHPSNGV+ILGCLRP +ADEESY+RRL
Sbjct: 184 VDWGVPDVSSLVHPVYFAKCLNKVVNVEYDRNMKHPSNGVAILGCLRPTYADEESYVRRL 243

Query: 241 FYFEGSEGYTTEWKGLDGEALSFESKSDKSSQRSTLYRLEIMRIELFSVYGVQTEISLQD 300
           F FE SEGY TEWKGL+GE  + E K D+SSQRSTLYRLEI+RIELFSVYGVQ+E+SLQD
Sbjct: 244 FNFEESEGYNTEWKGLEGETSNLEFKIDRSSQRSTLYRLEILRIELFSVYGVQSEVSLQD 303

Query: 301 FQEAEPDILVHSTAEIVEHFSEKGIRCNIALKALCKKRGLHVEDAILIGVDSLGMDVRVC 360
           FQ+AEPDIL+HST +I+E F+EKGI+CNIALKALCKKRGLHVEDAILIGVDSLG+DVRVC
Sbjct: 304 FQDAEPDILLHSTEQILERFNEKGIKCNIALKALCKKRGLHVEDAILIGVDSLGVDVRVC 363

Query: 361 FGTEVRTFRFPFKIRATSEVAAEKQIQQLLFPRSRRKKLRSHGDGFRDSVSF 413
           FGTEVRTFRFPFKIRATSEVAAEKQIQQLLFPRSRRKKLRS+GDG RD+VSF
Sbjct: 364 FGTEVRTFRFPFKIRATSEVAAEKQIQQLLFPRSRRKKLRSNGDGLRDTVSF 415

[Close]

BLAST of MS014392 vs. ExPASy TrEMBL
Match: A0A1S3BY92 (uncharacterized protein At3g49140 isoform X1 OS=Cucumis melo OX=3656 GN=LOC103494514 PE=4 SV=1)

HSP 1 Score: 727.2 bits (1876), Expect = 3.7e-206
Identity = 354/412 (85.92%), Postives = 383/412 (92.96%), Query Frame = 0


Query: 1   GRNPMFGSTKLHWLSKGRDLRLSKVSVAADYPDSVPDSSSYLTNQGYHPLEDLKVCKRAR 60
           GRN  FGST+ HWLSKGRDL  SKVSVAADYPDSVPDSSSY TN+GYHPLEDLKVCKRAR
Sbjct: 35  GRNKKFGSTEFHWLSKGRDLCSSKVSVAADYPDSVPDSSSYSTNKGYHPLEDLKVCKRAR 94

Query: 61  DTELTAAEVARTAVEVNGNALLLFPGTVHSEPHEQVSWDEFQYVIDDYGDLYFEIFDNVN 120
           +TELTAAEVARTAVEVN NALLLFPGTVHSEPHEQVSWDE QYV DDYGDLYFEIFD+VN
Sbjct: 95  NTELTAAEVARTAVEVNSNALLLFPGTVHSEPHEQVSWDECQYVTDDYGDLYFEIFDSVN 154

Query: 121 MLEDRGAHNPVNALIGMDMQMYESRRIVGDYNAPDSGNGDVVPFDYDYIEVVETDLSDIL 180
           MLEDRGAHNPVNALIGMDMQMYESRRI+GDY+A DSG GDV PFDYDYIE VE DL++I 
Sbjct: 155 MLEDRGAHNPVNALIGMDMQMYESRRILGDYSAVDSGYGDVAPFDYDYIEAVEADLANIP 214

Query: 181 VDWGVPDVSSLVHPVYFAKCLNKVINMEYDKKMKHPSNGVSILGCLRPAFADEESYIRRL 240
           VDWGVPDVSSLVHPVYFAKCLNKV+N+EYD+ MKHPSNGV+ILG LRP +ADEESY+RRL
Sbjct: 215 VDWGVPDVSSLVHPVYFAKCLNKVVNVEYDRNMKHPSNGVAILGYLRPTYADEESYVRRL 274

Query: 241 FYFEGSEGYTTEWKGLDGEALSFESKSDKSSQRSTLYRLEIMRIELFSVYGVQTEISLQD 300
           F FE SEGY TEWKGL+GE  + E K D+SSQRSTLYRLEI+RIELFSVYGVQ+E+SLQD
Sbjct: 275 FNFEESEGYNTEWKGLEGETSNLEFKIDRSSQRSTLYRLEILRIELFSVYGVQSEVSLQD 334

Query: 301 FQEAEPDILVHSTAEIVEHFSEKGIRCNIALKALCKKRGLHVEDAILIGVDSLGMDVRVC 360
           FQ+AEPDIL+HST +I+E F+EKGI+CNIALKALCKKRGLHVEDAILIGVDSLG+DVRVC
Sbjct: 335 FQDAEPDILLHSTEQILERFNEKGIKCNIALKALCKKRGLHVEDAILIGVDSLGVDVRVC 394

Query: 361 FGTEVRTFRFPFKIRATSEVAAEKQIQQLLFPRSRRKKLRSHGDGFRDSVSF 413
           FGTEVRTFRFPFKIRATSEVAAEKQIQQLLFPRSRRKKLRS+GDG RD+VSF
Sbjct: 395 FGTEVRTFRFPFKIRATSEVAAEKQIQQLLFPRSRRKKLRSNGDGLRDTVSF 446

[Close]

BLAST of MS014392 vs. ExPASy TrEMBL
Match: A0A5D3CYH3 (Pentatricopeptide repeat (PPR) superfamily protein isoform 2 OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold130G001020 PE=4 SV=1)

HSP 1 Score: 727.2 bits (1876), Expect = 3.7e-206
Identity = 354/412 (85.92%), Postives = 383/412 (92.96%), Query Frame = 0


Query: 1   GRNPMFGSTKLHWLSKGRDLRLSKVSVAADYPDSVPDSSSYLTNQGYHPLEDLKVCKRAR 60
           GRN  FGST+ HWLSKGRDL  SKVSVAADYPDSVPDSSSY TN+GYHPLEDLKVCKRAR
Sbjct: 4   GRNKKFGSTEFHWLSKGRDLCSSKVSVAADYPDSVPDSSSYSTNKGYHPLEDLKVCKRAR 63

Query: 61  DTELTAAEVARTAVEVNGNALLLFPGTVHSEPHEQVSWDEFQYVIDDYGDLYFEIFDNVN 120
           +TELTAAEVARTAVEVN NALLLFPGTVHSEPHEQVSWDE QYV DDYGDLYFEIFD+VN
Sbjct: 64  NTELTAAEVARTAVEVNSNALLLFPGTVHSEPHEQVSWDECQYVTDDYGDLYFEIFDSVN 123

Query: 121 MLEDRGAHNPVNALIGMDMQMYESRRIVGDYNAPDSGNGDVVPFDYDYIEVVETDLSDIL 180
           MLEDRGAHNPVNALIGMDMQMYESRRI+GDY+A DSG GDV PFDYDYIE VE DL++I 
Sbjct: 124 MLEDRGAHNPVNALIGMDMQMYESRRILGDYSAVDSGYGDVAPFDYDYIEAVEADLANIP 183

Query: 181 VDWGVPDVSSLVHPVYFAKCLNKVINMEYDKKMKHPSNGVSILGCLRPAFADEESYIRRL 240
           VDWGVPDVSSLVHPVYFAKCLNKV+N+EYD+ MKHPSNGV+ILG LRP +ADEESY+RRL
Sbjct: 184 VDWGVPDVSSLVHPVYFAKCLNKVVNVEYDRNMKHPSNGVAILGYLRPTYADEESYVRRL 243

Query: 241 FYFEGSEGYTTEWKGLDGEALSFESKSDKSSQRSTLYRLEIMRIELFSVYGVQTEISLQD 300
           F FE SEGY TEWKGL+GE  + E K D+SSQRSTLYRLEI+RIELFSVYGVQ+E+SLQD
Sbjct: 244 FNFEESEGYNTEWKGLEGETSNLEFKIDRSSQRSTLYRLEILRIELFSVYGVQSEVSLQD 303

Query: 301 FQEAEPDILVHSTAEIVEHFSEKGIRCNIALKALCKKRGLHVEDAILIGVDSLGMDVRVC 360
           FQ+AEPDIL+HST +I+E F+EKGI+CNIALKALCKKRGLHVEDAILIGVDSLG+DVRVC
Sbjct: 304 FQDAEPDILLHSTEQILERFNEKGIKCNIALKALCKKRGLHVEDAILIGVDSLGVDVRVC 363

Query: 361 FGTEVRTFRFPFKIRATSEVAAEKQIQQLLFPRSRRKKLRSHGDGFRDSVSF 413
           FGTEVRTFRFPFKIRATSEVAAEKQIQQLLFPRSRRKKLRS+GDG RD+VSF
Sbjct: 364 FGTEVRTFRFPFKIRATSEVAAEKQIQQLLFPRSRRKKLRSNGDGLRDTVSF 415

[Close]

BLAST of MS014392 vs. TAIR 10
Match: AT3G59300.1 (Pentatricopeptide repeat (PPR) superfamily protein )

HSP 1 Score: 489.6 bits (1259), Expect = 2.5e-138
Identity = 246/406 (60.59%), Postives = 309/406 (76.11%), Query Frame = 0


Query: 4   PMFGSTKLHWLSKGRDLRLSKVSVAADYPDSVPDSSSYLTNQGYHPLEDLKVCKRARDTE 63
           P FGS   H  S G DL L+KVSVAADY DSVPDSS Y    GYHPLEDLK  KR ++T+
Sbjct: 59  PFFGSA-FHVSSGGHDLGLTKVSVAADYSDSVPDSSFY----GYHPLEDLKPSKRVQETK 118

Query: 64  LTAAEVARTAVEVNGNALLLFPGTVHSEPHEQVSWDEFQYVIDDYGDLYFEIFDNVNMLE 123
           L+A+EVART VE N +A+L+FPG +H EPH+  SW EF+YVIDDYGD++FEI D+ N+LE
Sbjct: 119 LSASEVARTTVEANSSAVLVFPGAIHCEPHDHNSWSEFKYVIDDYGDIFFEIPDDENILE 178

Query: 124 DRGAHNPVNALIGMDMQMYESRRIVGDYNAPDSGNGDVVPFDYDYIEVVETDLSDILVDW 183
           D GA NPV A  GMD+  YE+ R   +YN  D GN D + FD  Y E+++++  DI +DW
Sbjct: 179 DPGASNPVKAFFGMDVPRYENTRHHEEYNISDIGNLDQIIFDDHYFEIMDSEARDIPIDW 238

Query: 184 GVPDVSSLVHPVYFAKCLNKVINMEYDKKMKHPSNGVSILGCLRPAFADEESYIRRLFYF 243
           G+PD S+ VHP+YFAK L+K I+M+YD+KM +PSNGVSILGCLRPAF DEESYIRRLF  
Sbjct: 239 GMPDTSNGVHPIYFAKHLSKAISMDYDRKMDYPSNGVSILGCLRPAFLDEESYIRRLFLS 298

Query: 244 EGSEGYTTEWKGLDGEALSFESKSDKSSQRSTLYRLEIMRIELFSVYGVQTEISLQDFQE 303
           E  + Y+ E +G D    S  S+ D++   S+LYRLEI+ IEL S+YG ++ ISLQDFQ+
Sbjct: 299 EDRDDYSWEVQGDDNPITS--SRRDENDMSSSLYRLEIVGIELLSLYGAESSISLQDFQD 358

Query: 304 AEPDILVHSTAEIVEHFSEKGIRCNIALKALCKKRGLHVEDAILIGVDSLGMDVRVCFGT 363
           AEPDILVHST+ I+E F+ +GI  +IALKALCKK+GLH E+A LI VDSLGMDVRV  G 
Sbjct: 359 AEPDILVHSTSAIIERFNNRGINSSIALKALCKKKGLHAEEANLISVDSLGMDVRVFAGA 418

Query: 364 EVRTFRFPFKIRATSEVAAEKQIQQLLFPRSRRKKLRSHGDGFRDS 410
           +V+T RFPFK RAT+E+AAEK+I QLLFPRSRR+KL+ H +  +D+
Sbjct: 419 QVQTHRFPFKTRATTEMAAEKKIHQLLFPRSRRRKLKCHDESLKDA 457

[Close]

BLAST of MS014392 vs. TAIR 10
Match: AT3G49140.1 (Pentatricopeptide repeat (PPR) superfamily protein )

HSP 1 Score: 197.6 bits (501), Expect = 2.0e-50
Identity = 121/425 (28.47%), Postives = 212/425 (49.88%), Query Frame = 0


Query: 18  RDLRLSKVSVAADYPDSVPDSSSYLTNQGYHPLEDLKVC--KRARDTELTAAEVARTAVE 77
           + LR ++    A+Y DS  D         YHP E+++    +   D+ L+ AE  RT +E
Sbjct: 68  KHLRKNRTQATAEYVDSASDPEKQTGKSRYHPSEEIRASLPQNDGDSRLSPAETTRTIIE 127

Query: 78  VNGNALLLFPGTVHSEPHEQVSWDEFQYVIDDYGDLYFEIFDNVNMLED-RGAHNPVNAL 137
           VN    L+  G++    HE + W +  Y+ D  G+LYF++ ++ ++++     +N V  +
Sbjct: 128 VNNKGTLMLTGSIGDGVHENILWPDIPYITDQNGNLYFQVKEDEDVMQSVTSENNYVQVI 187

Query: 138 IGMD-MQMYESRRIVG----DYNAPDSGNGDVVPFD-------YDYIEVVE--------- 197
           +G D M+M +   ++G    D+   D  +GD    D        +++ ++E         
Sbjct: 188 VGFDTMEMIKEMELMGLSDSDFETEDDESGDDDSEDTGEDEDEEEWVAILEDEDEDDDDD 247

Query: 198 ---------TDLSDILVDWGVPDVSSLVHPVYFAKCLNKVINMEYDKKMKHPSNGVSILG 257
                    +D  + L DW   +     HP++FAK + +V + +    M  PS G++I G
Sbjct: 248 DDDDEDDDDSDSDESLGDWANLETMRSCHPMFFAKRMTEVASNDPVDWMDQPSAGLAIQG 307

Query: 258 CLRPAFADEESYIRRLFYFEGS------------EGYTTEWKGLDGEALSFESKSDKSSQ 317
            L     ++ S I++      S            +      K    E+    S+ +K+  
Sbjct: 308 LLSHILVEDYSDIQKKLADSNSTTNGNKDAENLVDKLEDNSKAGGDESEIDSSQDEKARN 367

Query: 318 RSTLYRLEIMRIELFSVYGVQTEISLQDFQEAEPDILVHSTAEIVEHFSEKGIRCNIALK 377
               Y+LE++RI+L +  G QTE+ ++D ++A+PD + H++AEI+    E G +   ALK
Sbjct: 368 VVAFYKLEMIRIQLITAQGDQTEVEVEDVRKAQPDAIAHASAEIISRLEESGDKITEALK 427

Query: 378 ALC-KKRGLHVEDAILIGVDSLGMDVRVCFGTEVRTFRFPFKIRATSEVAAEKQIQQLLF 397
           +LC +   +  E+  LIG+DSLG D+R+C G ++ + RF F  RATSE  AE QI++LLF
Sbjct: 428 SLCWRHNSIQAEEVKLIGIDSLGFDLRLCAGAKIESLRFAFSTRATSEENAEGQIRKLLF 487

[Close]

BLAST of MS014392 vs. TAIR 10
Match: AT5G24060.1 (Pentatricopeptide repeat (PPR) superfamily protein )

HSP 1 Score: 194.5 bits (493), Expect = 1.7e-49
Identity = 129/427 (30.21%), Postives = 214/427 (50.12%), Query Frame = 0


Query: 15  SKGRDLRLSKVSVAADYPDSVPDSSSYLTNQGYHPLEDLKVC---KRARDTELTAAEVAR 74
           S G+ LR ++    A+Y  S  D         YHP ED++     K   D+ L+  E AR
Sbjct: 45  SSGKYLRRNRTQAIAEYLGSASDPKKPTGKSSYHPSEDIRAYVPEKNPGDSRLSPPETAR 104

Query: 75  TAVEVNGNALLLFPGTVHSEPHEQVSWDEFQYVIDDYGDLYFEIFDNVNMLED--RGAHN 134
           T +EVN    L+  G +    HE + W +  YV D +G++YF++ +N ++++      +N
Sbjct: 105 TIIEVNKKGTLMLSGLLGIGVHENILWPDIPYVTDQHGNIYFQVKENEDIMQTVVTSDNN 164

Query: 135 PVNALIGMD-MQMYESRRI-------------------VGDYNAPDSGNGDVVPFDYDYI 194
            V  ++G D M+M +   +                   V D N  D   G+    D +++
Sbjct: 165 YVQVIVGFDTMEMIKDMELSSPSGIGFGIEEIEDGESEVEDENKGDEDEGEDKD-DEEWV 224

Query: 195 EVVE---------TDLSDILVDWGVPDVSSLVHPVYFAKCLNKVINMEYDKKMKHPSNGV 254
            V+E         +D  + L DW   +     HP+YFA+ + +V + +    M  PS G+
Sbjct: 225 AVLEDGDDEDNYVSDSDESLGDWANLETMRYCHPMYFARRMAEVASTDPVNWMDQPSAGL 284

Query: 255 SILGCLRPAFADEESYIRRLFYFEGSEGYTTEWKGLDGEALSFESKSDKSSQ-------R 314
           +I G L P   ++ S I++      S G T + K  +     FE   +  S+       R
Sbjct: 285 AIQGLLSPVIVEDHSDIQKHISGCISTG-TDKNKERENSEEIFEGIGENESEILHVENSR 344

Query: 315 STL--YRLEIMRIELFSVYGVQTEISLQDFQEAEPDILVHSTAEIVEHFSEKGIRCNIAL 374
           + +  Y+LEI+RI+L +  G QTE+ ++D ++A+PD++  ++  I+    E G +   AL
Sbjct: 345 NAIQYYKLEIIRIQLITAQGHQTEVEVEDVRKAQPDVIACASDGILTRLEEDGDKLTEAL 404

Query: 375 KALC-KKRGLHVEDAILIGVDSLGMDVRVCFGTEVRTFRFPFKIRATSEVAAEKQIQQLL 398
           ++LC +  G+  E+  LIG+DSLG D+R+C G ++ T RF F IRATSE  AE Q+++LL
Sbjct: 405 RSLCWRNNGIQAEEVKLIGIDSLGFDLRICSGMQIETLRFAFSIRATSEHNAEGQLRELL 464

[Close]

BLAST of MS014392 vs. TAIR 10
Match: AT5G24060.2 (Pentatricopeptide repeat (PPR) superfamily protein )

HSP 1 Score: 191.4 bits (485), Expect = 1.4e-48
Identity = 127/422 (30.09%), Postives = 211/422 (50.00%), Query Frame = 0


Query: 20  LRLSKVSVAADYPDSVPDSSSYLTNQGYHPLEDLKVC---KRARDTELTAAEVARTAVEV 79
           LR ++    A+Y  S  D         YHP ED++     K   D+ L+  E ART +EV
Sbjct: 63  LRRNRTQAIAEYLGSASDPKKPTGKSSYHPSEDIRAYVPEKNPGDSRLSPPETARTIIEV 122

Query: 80  NGNALLLFPGTVHSEPHEQVSWDEFQYVIDDYGDLYFEIFDNVNMLED--RGAHNPVNAL 139
           N    L+  G +    HE + W +  YV D +G++YF++ +N ++++      +N V  +
Sbjct: 123 NKKGTLMLSGLLGIGVHENILWPDIPYVTDQHGNIYFQVKENEDIMQTVVTSDNNYVQVI 182

Query: 140 IGMD-MQMYESRRI-------------------VGDYNAPDSGNGDVVPFDYDYIEVVE- 199
           +G D M+M +   +                   V D N  D   G+    D +++ V+E 
Sbjct: 183 VGFDTMEMIKDMELSSPSGIGFGIEEIEDGESEVEDENKGDEDEGEDKD-DEEWVAVLED 242

Query: 200 --------TDLSDILVDWGVPDVSSLVHPVYFAKCLNKVINMEYDKKMKHPSNGVSILGC 259
                   +D  + L DW   +     HP+YFA+ + +V + +    M  PS G++I G 
Sbjct: 243 GDDEDNYVSDSDESLGDWANLETMRYCHPMYFARRMAEVASTDPVNWMDQPSAGLAIQGL 302

Query: 260 LRPAFADEESYIRRLFYFEGSEGYTTEWKGLDGEALSFESKSDKSSQ-------RSTL-- 319
           L P   ++ S I++      S G T + K  +     FE   +  S+       R+ +  
Sbjct: 303 LSPVIVEDHSDIQKHISGCISTG-TDKNKERENSEEIFEGIGENESEILHVENSRNAIQY 362

Query: 320 YRLEIMRIELFSVYGVQTEISLQDFQEAEPDILVHSTAEIVEHFSEKGIRCNIALKALC- 379
           Y+LEI+RI+L +  G QTE+ ++D ++A+PD++  ++  I+    E G +   AL++LC 
Sbjct: 363 YKLEIIRIQLITAQGHQTEVEVEDVRKAQPDVIACASDGILTRLEEDGDKLTEALRSLCW 422

Query: 380 KKRGLHVEDAILIGVDSLGMDVRVCFGTEVRTFRFPFKIRATSEVAAEKQIQQLLFPRSR 398
           +  G+  E+  LIG+DSLG D+R+C G ++ T RF F IRATSE  AE Q+++LLF  + 
Sbjct: 423 RNNGIQAEEVKLIGIDSLGFDLRICSGMQIETLRFAFSIRATSEHNAEGQLRELLFASTP 482

The following BLAST results are available for this feature:

BLAST of MS014392 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_022137915.1	1.4e-236	99.27	uncharacterized protein At3g49140 isoform X1 [Momordica charantia]	[more]
XP_038898179.1	8.2e-216	90.29	uncharacterized protein At3g49140 isoform X2 [Benincasa hispida]	[more]
XP_038898170.1	1.0e-213	88.78	uncharacterized protein At3g49140 isoform X1 [Benincasa hispida]	[more]
XP_004152092.1	4.6e-211	88.35	uncharacterized protein At3g49140 isoform X2 [Cucumis sativus]	[more]
XP_031740660.1	4.6e-211	88.35	uncharacterized protein At3g49140 isoform X1 [Cucumis sativus]	[more]

BLAST of MS014392 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q0WMN5	2.8e-49	28.47	Uncharacterized protein At3g49140 OS=Arabidopsis thaliana OX=3702 GN=At3g49140 P...	[more]

BLAST of MS014392 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1C800	6.9e-237	99.27	uncharacterized protein At3g49140 isoform X1 OS=Momordica charantia OX=3673 GN=L...	[more]
A0A0A0KW72	2.2e-211	88.35	Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_4G017020 PE=4 SV=1	[more]
A0A5A7TTC0	7.5e-207	85.92	Pentatricopeptide repeat (PPR) superfamily protein isoform 2 OS=Cucumis melo var...	[more]
A0A1S3BY92	3.7e-206	85.92	uncharacterized protein At3g49140 isoform X1 OS=Cucumis melo OX=3656 GN=LOC10349...	[more]
A0A5D3CYH3	3.7e-206	85.92	Pentatricopeptide repeat (PPR) superfamily protein isoform 2 OS=Cucumis melo var...	[more]

BLAST of MS014392 vs. TAIR 10


Match Name	E-value	Identity	Description
AT3G59300.1	2.5e-138	60.59	Pentatricopeptide repeat (PPR) superfamily protein	[more]
AT3G49140.1	2.0e-50	28.47	Pentatricopeptide repeat (PPR) superfamily protein	[more]
AT5G24060.1	1.7e-49	30.21	Pentatricopeptide repeat (PPR) superfamily protein	[more]
AT5G24060.2	1.4e-48	30.09	Pentatricopeptide repeat (PPR) 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
IPR037119	Haem oxygenase HugZ-like superfamily	GENE3D	3.20.180.10		coord: 305..404 e-value: 1.2E-17 score: 66.1
None	No IPR available	PANTHER	PTHR13343:SF18	PENTATRICOPEPTIDE REPEAT (PPR) SUPERFAMILY PROTEIN	coord: 2..403
None	No IPR available	PANTHER	PTHR13343	CREG1 PROTEIN	coord: 2..403
None	No IPR available	SUPERFAMILY	50475	FMN-binding split barrel	coord: 269..390

Relationships

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


Feature Name	Unique Name	Type
MS014392.1	MS014392.1	mRNA