MC07g0202 (gene) Bitter gourd (Dali-11) v1

Overview


Name	MC07g0202
Type	gene
Organism	Momordica charantia cv. Dali-11 (Bitter gourd (Dali-11) v1)
Description	Glycine--tRNA ligase
Location	MC07: 5302408 .. 5343424 (+)
RNA-Seq Expression	MC07g0202
Synteny	MC07g0202

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.

GTCATAGTCGAGAGTCTGTGCTCTAAACAAGTTGAGAAAGAGGTCGAGATTAGAGGACCTCCTGTTTCAAAAGCTTTTGATGACCAAGGAAATCCTACAAAGGTGAACGTTTTCTCATTATTATGATATTTTTTTAGTCAAAGAATTTTCATTTTCTTTCATGATGGTGCTTAATTACTTGAGTAGCATCGTGGAATAAGGTATGGATTGTATTTCAAATACGTTAAGAATTAATGTTAAACACAATACATGCTTGCTGAGTGTGCAGATTAATAGTAGTGTGGAAGATAAAATGTAAAGACATCATCTAAAATCAAAACTGCTTCGCCTCTTTAGCCCTCAAAGATGTGTGATCTGCAATAATGATGAGGAAATTATGAACCACTGTTTGTTCATTGCCCTTTAGCAAAAGCTGTTTGGGATAATCTTTTGAACGTTCTTTAATTTCTGTTAGGTTTCCCCATGCAGTGGAGGATATGTGATTATTTACCATTTATTTGTTCATAGTAGATGGTTTCAAACAATCTAATTAAAGAACTTTTAGATGATAACAATACCTATAATCCTTCAATGATACACATATATATGAGGAAATTAGGTGCTAATTTAGTACTAGTCTTTGTGTTATTGTGTATTTTCATTTACCAAATTTACCCCATGGTTGTAACTCTTGAATGAATTTGATAAGATGGATAAAATTTGTCTATATCCATTTCATATATCTGTCGTACGACAATTATTGTTCCTGTTCATATTCTATTAATGAAAAGTATGTTTCTTGTTCAAAAAACGAATAAAATTTGTCTATATACATTGTTTTATTTTCCTTTTATTTGGGCATCAGAGTTCTTAATTTCAAGTGTTGCATTTTTTTATAAATATTATTATTTTTCTTATTATTATTTTTAACAAGATACGACCTTCTCATTGAAATAATGAAAATGAGCAATAATGTGCAAGGATACAAACTCTCGAAAGAGTGAAAATGAAGAAGAAATATCAAACTGATATTTTTAACTTATTAAATGCCACATCAGACTGATAGTCATTTGTCTCTTATTGAAATATCCTATCGTCGCCAACATAGCTTATGAGACTAAGTATTTTGTGTTAGGCTGCTGAGGGCTTTTGTCGCAGATACTCTATACCGTGTGAATCATTGTACAAGAAGATCGATGGTAAGTCACTAGAGTTTCCTATTTAAAAGCACAAATCTTCATTTGATGTTCAATTTTCTTTTAAAACACAAAAATTTCTTTAACCTTTAAGGAAAAAATGCAAAAAATTCTTTGTATTTAGATGGCTTGTTTTTTAGATTCCCTATATCTTAAAACCACCGCATCAGTCCTAGCTTAACATGTATTAGACTGAAAAGGTGCACTTTTTCTTTCTGTTTTCACAAGCAAATGAGATTTTGGTTTTTCAGAGCTGATGGTGTGAAGATAAAATGTCGTCCATATAGAGTGAGTTAAACCTCAAGATTACAAAACAAAACCTATAAATAGAGAAATTTAAATTCTCTGAATCTATGTAACATCATTCCATAAATTATCAAAGAAAAATTTTCATATAAAATTGTAAAAAACCAGTTGCTAGAAAAAGTATAGTACACTTTTATCTCATCCAATTATCGAACCCTGATTTCCAGACTTGTGTTTAAAATAAATAATCTTCTTATTGAGTAACAAATATTATATTAGAAGGGAATTTTATTAGTAACTCTTATTCCACACTAGTTGTAAAAAAATGCAACGCTTGAATATTATCTGAAAATTTCCTTCTAATATAATATGACCTCAGTTGACATTTCCACTGAGGTCATAAGTCCTGTTCGACTTGTACTGGGGCATTCCAACCATCTTTTCACACTGGTACTAGTATTTGATCGTTTACAATTGTTTTTCTTACCAATAGTCTGGACGGCTATTGGTGTAAGAGGCTTTTACCAATAATGGGAATCCCAACAGTGTTCCACACTAGTTGTACTGTTTTGTGCACTGACCTTTTTTACTTATTTATTTATTTATTTTTATCTTTTTAATAAATAATTTTTAATGCATTAAGAAAATAAATATTGAAGAAAAAATAATGCAATTTAAGTGTGAATAATTGGCCATGTTTTTTTGAACTATTTGATTTTGAAGTTTCTTTCTTTACAAAACATTTAATAGTGTAGGATTTATTTGGTATTTTATTTTATTAGAAAATAAAATGTTGAAAGAGCAACAAGGAGGGTGTGGTTTTTAAGATTGATTTCGGAAAGGCCTATGATCATGTGGACTGAGATTTTTTAGACAAGGTCTGGGAAAGAAAGGTTTTTGGTTCAAATGGAAAGCTTAGATGTGGGGTTGTATTAGATCCGTTAATTACTCTATCCTCGTGAATGGGAGACCTAGGGAAAAAATTGTTGCCTGAAGAGGCCTTCGGCAAGGTGATCATCTTTCTCCTTTCCTCTTTATGTTGGTCGTGGACATTCTTAGCTGATTAATTTCTGTTGGCGTGGAGAAAGAGGCTCTGGAAGCCTTCGAGTGGGAAAGGAGAACGTGTGCCTCTCACATCTTCAGTTTGCAGACGACACCATTTTTTTTTGCTCTGGTAAGGATAGTGCTTTTAAGAATTTGAATAGCCTTCTAGGTTTTTTCGAAGCTTTATCGAGCCTTAAGATCAACAGGGGCAAGAGTTCGTTGTTGGGGGTTACTTGTGACGATGATAAGCTTAGAGAGTGGGCGACTCTGATTAGGTGTGAAGTCGGTGAGTTTCCTTCTTCTTATCTTGGTCTTCCATTAGGTTACCCAAGAAGTGTGATGTTTTGGTCACCGGTGCGTGAGAAGTTTCAGAAGCGCCTTCTTCGTGGAAGAAGGCCTTCTCTTCTCTAAAGGAAGGAGACTCACTTTAATCCAATCTGTCTTGAGGGGTATTCCGACTTACTATCTCTCCCTTTTCAAGATCCCGGTGCAGTTAGTGAGGCTTTAGAAATGATTATAAGGGACTTCCTTTGGGAAGGTGTGGAAGAGGGGGGTGGCGCTCATCTAGTCAGATGGAATGAGATTACTAAGACTCAAGAATTGGGGGGTCAGGGCATTGGGAGCTTAAGGCTGAGGAATGAGGCTTTCTTGGCTAAATGGTTGTGGCATTTCATCCATGACTCCAGTGCCTTGTGGCGAAGGATTATAGTGAGCAAGTATGGGCTGTATCCCTTTGATTGAGTTGACAGGTGGGTCTAAGGTGAACAATTATAACCCTTGGAACGTTATTGCTTTGGGTTTCCCTGCGTTCTCTCAATCTTTATGTTCTGTGGTGGGGGAGGGTCGTAACATTTATTTCTGGAAGGATACTTGGGTAGGAGATAAACCTCTTTGCATTGCATTACCTCGACTCTACTTTTTCTCTGAAAAGAGGCTTAATTCGGTGTCTGAGGTTTTGAATCCTCGGGGGATGTCCTATCCATTTCCTTGGGCTTTACTCGAGCTCTAACGGATCGGGAAACCTTAGAGGTGTCCACTCTTCTTGTTTTGGTGTCCGAGGTCCCTAGACTCTAGGGGGGAGGATGTGAGGGTATGGACCCCTAACCCTTCGAAAGGTTTTTCTTGTAGCTCTTATTACCATATCTTGAGCTCCTTTGTCTTCTTCTCACTCTTCGACCCCTTTGTTCACCTCTCTTTGGAAGATTAAAATCCCGAAGAAGATCAAGTTCTTTGAGTGGCAAGTTTTACTTGGGAAAGTCAATACCTTGGATCGTATCTAGAGGATTTTCTCCTTATGTTTGGGTCTGCAGTGGTGCGTTCTCTGTAAGAGTGCCTCGGAAGACCTCGATCACTTGTTGTAGACTTGCCAGTTTGCGCAGGATTTATGGCACCGTTTCTTTATATGTTTTGGATTGTCTTGGGTCCGTGCTAGGGATTGTAGGGCTATCATGGAAGAATTTAATTTGGCTTGGGTTTTTGGCAATAATGTGGCGGATAACTTGGTTCAAATCCTTTTGAGGCCTATCTTAAATACAAAAGCTTCCTTATTATGGATTAATGCGGTGAAGGCAGTGGTGTATGAAGTATGGTAGGAAAGAAACCTTAGGATTCTTGAAGAAAAGAGGCAGCCCCCTCCAGATCGTTTCGACCTTGCTAGATTCAAAGCCTCGCAATGGAGCTCCTTATCTCCGTTATTTAAATCTTATTTTCCTAGTGTAATTTACTCTAATTGGGAAGTTTTTACGGTAGTGTTTTAAGTTTTACATTTATTTTAGCTTTATTTATTGTTTCAAGTTTTGCTTTCACTCTTTCGAGAGTTTGTATCTTTGAAAAATTTTGTCCCTTTTCATTATTTCAATGAGAAGTTCGTTTCTTGTTCAAAAAACGACAAATCAAAAAAACAAAAAAAGAAATGAGAAAGAGTTAATAAATACAATTATTGTAGAAATTCAAGTTGAAGATTCGGTTTTTCAAATTTGGAACTACTTTAAAATTATTTATTTTTATACCATATAATTTATCTTTTTCTTGTAGATCTAGATTGATTCCTTATTTCCAGAGCTTTGGTTGGAGGTTCTCTTGTATATGTATCTCATCCTATTATATTAAGGTCAATAAGAAAAATCTCTTCTCATAAAGCTTCATGCTATCAGAGCATGGGAAATAAACCATAATTCTAAAAAACCTTAGTGATCATCAGATATCTTACGTTTGACAATCTCTTCACGACAACTAGTTGTCGCTGTCGACCCTCTCAGTTGTCTATCCGCACAGATCTACATCTGTCTTCGCAGATTTGTCGTCTATGAAGCACGGACACGGATACGGGATACAGACACGATAGGACACGGCGATACGTCAATTCCTAAAAACTTAGGCACGGACACGTTGGGGATACGTTTATTTTTTTTAATATTTTTTAGGATATATGTAAATTTAACACAAAAAATGCTAAATACAATAAATGCATAAATATGAAGTCAATTACATCCAATGTTCAACAAAAGTTACAAAAACAAAGTCCCAAATGACCAATATAGTGACAAAACGAAGTACCAAAGTTTTAAAGCTATCATTTCAAGTCTCCATATCATCCTTGTCAGTGTGACGATCATCCTTCTTCCAATTTCTCCATATGCGCAATATCTTTAGGAGTAACTTTTAAACATATCCCTATTCCTTGACTATGTATCTTTAACAAGTGAGCTCTAACTCTTGTGTAAGAGCTTTTCTTGATGGCTTGACAAAAGTTGCATTGCCATGAAAAATTTCCACCCCTCACTCAATTTTTGAATTTTAGTTACATATTGCAAAGAGATTTTGAATCATCTTCAATGCAAGAAGAGGCTGTTTCTATAAAACACGGACACGGCAAAAAAGGAGTGTCTGTGTCGGACACGTGGGGACACGTTTTGGACACGGGAGGGACACGCCAGATAAAAAAAATATTGTTTCCTTAGCCTAATTTTGGAAGTCCAAGAAGTTTGGCTGAAATCTCAAAAACTTAAACTACAAAAAAAAAACCCTAAAACGCTACCGTGTGGTCGTTGCACATCAGTATTTCTCGACGTGTGTGAGGTAAGTAAATGAGCTTGACTCTGAAGAAATCCATAGCTCATAACCACTTTACCAAATCGTTCAAACCATGCTCTCGGAGACTACTTGAGCCCATATAGAGATTTCTTTAACCTGCATACTTTGTCCTTCCAAATTTTAGCTTCAGAACCTGGTGGTAAACTCATAAATACTTCTTCTTCACGATCTCCATTCAGAAAAGCATTTTTTACATCGAGTTGGTGAAGGGGCCAATCTAAATTTGCAGTTAGAGATAAAAGTATGCGAATGGAGTTGATTTTAGCAACAGGAGCAAAAGTTTCTCAATCCCATAGGATTGAGTAAATCCCTTTGCAACTAGTCTCGCTTTATACCTTTCAATACTACCATCTGCATTACACTTGATTGTAAAAGCCCACTTGCACCCCACAATTTTCTTATCTCTTGCCAACTCTACTATCTCCCACGTACAATTCTGTCTTAGAGCATTCATCTCCTCCATAACAGCTAGTTTCCAATTTGGATAATTTAGGGCTTCTTATATGTTCCTTGGAATAAACAAGTTAGTTATCTTAGACGCAAAACCTTCATGACTACTTGACAAATTTTTATAAGGGATATAGTTTGCAAGAGGATATTTGGTACAGCTCGAGTTCCTTTTCTTAAGGCTATATGGATATCAAGATCAGAAACAACAGATGAGACATTTTCAATATTTGGAGTAACAAGGATGGAAGATGGATTACTTGGACTTTGAGAATCATCCCTCGGAGTTTCAGATTGGATCTGTGATGAGTCAGCTATCTGGTCCTCATTCGTTTGATTGAGTCTTCTTCTAGTATAAACCTTAAACTCAGGATTTGGATCAATTTGATCATTTCGTAGTAATTCTCCCCCTGACTGAGAATTTTCTACACTTGGCATTGAAGGACTAGTAAAGTTGGGACTTATAACATTAGGAGGAGGAACATGTATATCCACAGGTATATCCCAAAAATTATCATCCTTACCCTCTAAATTTAGTTTCTCCCCTGAAGATAATTTTGGGTAAAAAAGGGTTGATTTTCTGAAAAGGACACATGCATACTCACATAAAGCTTTTTTGTTTGAGAATCAAAACATTTATACCATTTTTTCCGAAAATCATAGCCCAAAAAAATGCATTTAATGGCTCTCTTATCTAATTTTGACCGAAAATCACAAGGAATGTGCACATAAGTAGTACACCACTTTAATAGGTAAATCAGAGTTAAACAAGTTGTTGGAAAATTTTCTTTCAAAACATCAAGAGGAGTTTTAAACTTCAAAACTTTAGTAGGCATCCGATTTATTAGGTAGGCAGCCGTGAGGACTGCTTCCTCCCATAAGTACGTTGGGACATTCATAGAAAACATTATGGCCCGAGCAACCTCCAATAAATGCATATTTTTTCGTTCAGCAATACCATTTTGTTGAAGAGTATCTCGAGAAGTAGAATAATGAATAATGCCTTTAGTTTTCAAAAACTCACTCAAATGTTCATTGAAATATTTTGTTCCATTGTCAGAATGCAGAATGCTAATTTTGGTTTGAAATTGGGTTTCAATCATATTGTAAAAACATTTGAAAATATCCTTCACATCGAATTTGTTTGTCAATAAATAAATCCAAGACAAGCGAGTATGATCATCAATAAAAGTTACAAACCACCGTCTACCACTATGAGTTTAAACTTTAGAAGGACCCCAAACATCACTATGAATTAAATAGAATGATTTGGAGGACTTATAAGGTTTTGACAAATATGTGGATCGATGATGTTTTGCAAAGATGCAATTTTCACAATGAAACTGAGAACAATCAACTCTCTTAAACAAATTTGGAAATAGGTGTTTGAGATAAAAGAAGCTAAGATGTCCTAGCCTAAAATGCCAAAGCATAATTTATTCTTTAACAGAGATAGAACTATTACTACTACTAAAGCACTGAGTTATTTTAGTACTATCAGAAGGCTCATCAAAGTAGTAGAGGCCATCCAGCATTCTCGCACATCCAAACGTCTTCCCCGAGGTCTGGTCCTGAAAAACACAGTGAGATGCATAGAAAGTAACAAGACAGTTAGAATCTTTAGAGAGTTTACTAACTGATAAAAGATTGCAAGCTAATTTAGGGACATGTAGGACTGATTGAAGAGTAATATTTTCGGTTCATTTGATGGTTCCCTTGCTTGCAATACAAGAGAAACTGTCATCGGCAATCCTAATTTTTTCATTACAATATGTAGGAGAGTATGATTCAAATATTTTAGAAGAGCTAGTCATATGGTCAGAAGCTCCAGAATCAATGACCCACGGAGATGAGCCAAAACAAGAAACTGCTCTACTAGGGTAATTTCCTGTTTGTGCCAAGGAAATACAAAGATTACCGAATGAAGAATTGGTCTCTAGCCGTTGTGATAGATGCTCTCTACTAAATGGTTTTGAGTCAATGTTATTACTGCGAGCTCGCTCCCGATCACTTTCATATTCCGCTAGACTTTGGGTCACTTTAACGAATCCTTCAATCATGATGATAAAACAAACTATAACAAATCAGACCACAAACTGATTTAAGGTAGAAATGATTAGAAAACCAGAGAGTAAAAAAAACAGGCAGAATCGGAGAACCGAACCAAAGCGGGAAAAACACGCTGAACCGACCAAATTGTGAACCGGACCGAACCGGACCAAATCGAGCCAAACAGACGAACCCAGTCGAACCAGACTTGAACCGAGCAAGTCTAGGGTTAAGATTGACTACGACTCACGGACCAACTCCACGGCTCACGGACAGAATGGCGAGAACTTCAACCACAGACCTGCGATGAATGGCGGAACAGATGCGGAAGGTAGCGGAACGGCAACGTGCGAAGCGGCGGTGCGAAACGACTCCCAAATCTATCGAATCTGATATTCTCGGAACGACGATAACCTTTCGAACTAGCGACCGGCGAGAATGGGAACGGATCCGGCGAAAACAGAGTCACGATTTACAAATAAATCCAGCAGTGTAGGCAACCTGTGCACGAAGGGATCGTCCGAAAGTAGGGTGTGTCGTTTGACGACGGCAGCTAGGGTTCCGGCGATGAAGGCGGCGACAGTGGCTGCTTAACTGTTAGAGTCTAGGGTTTCTCAAGGTAGGCTCTCATACCAACTTGATTTAGATGGAATAAAATACTTGTGTTCCAATAATATATCTCAAGTACACAACCTTCTTATGTAGGAGAAATGTGCAATACATAAAAGGAATGTAAATAAGAATTTAATATTTACAACTAATTACAGCTAATATCCACAAATAAACCAACACAATTTTTTTATCTTAAGCCTAAAGTCTACTGCAAAGTACTCACTCTGGTACCCTCGAGTTCTTAATCTCAGATTTGCAGTGTCATGCTTTTATAATGGTTTCTTAAGTTTTTTTTTTCTTTCTTTTTTCCATGTTTCAGGAAAGACAGAATATCTATATGCTCGTATAATGGAGTCTTCTCGGCTTGCTTTGGAGGTTCTAATGTCCTCTCCTTTCCCTTGCTTTTGTATATAGTATACCTATGAGCCTTTTTTTCGTCTTTTAAAATAGAAACAACACTTTTCATTGATACTTTAGAAGTTACAGTATTGAGAAAAAGTAAATATGGACAAATAATGGATGAACCTACCCCCCGCTTTACAGCATACTTTTGTAAATAAATACATGAAGAAATAAACCTACTAACAGACTTACAAAAAACGTTCCCAAATATTGGAGGAATAATTTGAAAACAATCTTGCTTGTGAACACCAAAGATAAGCATGACTTTTAGAATAATTCCATATTTCAAACCAATCAAGTAATTTTTATTTGAGAGTTCTTTGGTTTCTTCCAAACCAAATGCTCTAAAGGGAAAACTTTAACCACATTAATCCACACCAACGTTACTTTACTTCTGAGCTTGTTTCCACTTAACATTTGATTAATATTCTCCTATGAACCATTATCCAGAACCCAAGAACTCTTGAATGCTAACCTATGACCCATTTTAGTATCTATTAACTTTTAGAATTTCTTTATTACTATACTTTTAGCATTTTATTTGAATTGTTTATAGTTTGGAACTTAGGGGCCTTTAAAAGAATATGTTTAATTTCATGGTAAGTATCAACATTTATGTAACCAATACGTACTTTAAATATTGATCTTGGCTCAAGCTAAAAACCTCTACTCTCCATCATTGCTCAAGGGTGATTGCTCAGCCCATGAGAGTCGGAAACTTATCATCCTCCATCGTGAGGGTGGAGAGGAAAAGGTTTATTTTTAAAAGATTAGGTCCGGCCAAAGAAGTTATCATAGAGGAGGTTTGTAGGGGGAAGTCATCTAAGGTCAGATTGGAACTGGGTTCTCTTGCTCAAGCAAGAGATTGCTTCAACGAGGTGAGGGCTCGTCCGAAGGTAGAAATGTTCTTCAAAAGATGGGCTTTGTCGAAGGTCTGGTCTGGTTCCAATTGGTAGTTAATCCTAGAGGTAGATGTTGTATGTTAGCGGTGGAACCCCACAAAGGAAAGCGTTCTTTGCTTATAGTCCTTGAAGGAGTTGAGGGGTAGGGGTGGCGCGCCTTTAGAGATGAGCTGAACTCGAGCCTCTTTGCTAGGTTGAAGAGTGACCCGTATCGGGTGGAACCTAGTCCTTCTGGTTCGGTTTTGCAACGATTCTACCTTCGCGAAGGTAGTGAAGGGTTGTCAAGAAGAGGGTGGGGTTTTTTTGTGTAAGGAGGATGATGATGTAGAGTGCACTTTTGACGGTGCGTCTTGGTAGTGAGAGAGCGAGCAAGGGACTCTTTGCTACAAATCGAAATTGGTTTAAGGAAAATGTTTGGGGGATTTGTTAAGGTTCATTCCTTGCTGTAGCAATCTGTCGGTGATCCACAGTGTTGAATAGGGGAGGAGATTCTAGATTTTCACAGAGGGGTGGTGTTGGGCTGTGTGATTTCAATGCGAGCTTGGGATGCTAGCTTCATAGCTACGAACAGGTGCTTAGAATTCAAAGAAGGTTGGGTGAAAGTGATGGATATCCCTCCTCACCTGAGAACGATGAAGATGGTCAGTAGATTGACCGATCTTTGTGGCGGGCTAGTTAAAGCTCCTAATAATATTTGATTGGGAGAGTCTTGGGAGGCAGAAGTGTGGTTTAAGGTGGTGGGGAGAAGTGATGGCTTTATCCCTAGAGGCTGCTTCCTTCACTGCTAGGATACAAATCGAAAGGGGTTTAAGGAAAATGTTTGGGGATTCGTTAAGGTTCATTCTTTGCTGTAGCAATCTGTTGGTGATTCACGTGTTGAATAGGGGAAGCTGTTGAAGATTCTAGATTTTCGCAGAGGGGTGGTGTTGGGCTGCGTGATTTCAATACGAGCTTGGGATGTTAGCTTCATATCTACGAACAAATGCTTAGAATTCAAAGAAGGATGGGTGAAAGTGCTGGATATCCCTCCTCACCTGAGAACGATGAAGGTGGTCAGTAGATTGACCGATCTTTATGGCAGGCTAGTTAAAGCTCTTGATAATATTTGATTTGGAGAGTCTTAGGAGGCGGAAGTGTGGTTTAAGGCAGTGGGGAGAAGTGATGGCTTCATCCCTAGAGGCTGCTTCCTTCATCGCTAGGATACAAAATTTTCGATGAGATTTTTTTGGTGGAAAACGCAGCAAACGCTATCCCGGAAGGGGTTGGAGGTAGTTGTGCGCTAGACATCTCGGCGGTTCAAGCTTGTGGAAGGAGAAGCGTCGACGTGGCCTCTTCAGCAAGTGAGGAGACCTGAATTTGGGGAAATAATTTAAATTCGGTACGGTTGAAGGGGGCGGGATTTCTTGTAGAAAAGGAAAAGAAGAAAGGCCGGCGGAAGAGATTTTGGGCCATTTGTCGGATAGTGGGCTTGATGTTAAGGCCCAGTCGGTGGTCAATTCCCTAAGTCGTTCAATGGGAGGTGTTGGCGGGCGGAGTAAGCAGAGTGTAGGTGGGTTGGGCATTCAGCCTTCAAGCCCGGTGGGAGGAAAAAAGGATAGCCAACGCTTGGCATAATCCTAAGACTCTCTCCTTCTGAGCACCAGTGTTGGAGAAAATTCATAAGCGTTCGTCGTTGTGGAAAAAAAACTTTTCTTCGAATGGAGGGAGGTTAACTCTCATTCAAGCAGTTTTAAGTGGGATTCCGACGTACTACTTCTCTCTTTTTAAAGCCCCTATGGCTGTTTGCTAGAGTTTGGAAAAAATTATGAGAGACTTTTTGTAAGAGGGGGCAGACGAGGGGGGTGGAGCTCACTTAGTTGGGGGATCGTTTCCAAGCCGGTAGAGGCAGTAGGTCTAGGTATTGGGAACTTGAGGCAGAGAAATAATGCATTTTTGGCTAAACGGTTGTGACGTTTCTTCCAAGAGCCTAATGCCTTGAGTAAGTATGGGTCACACCCCTTTGAGTGCGTCGCCGATGGAGGCCTTAAGGTTTGCTTGAATAATCCCTGGAAAGCTATCTCCTCAGGCCGTCCTTTTTTCTCTCAATTTTCGTCTTGTGCAGTTGGGGTGGTCATGACACTTATTTTTAGGTGGACATCTGGGTGGGGGAAAGCCTTTTTGTTCTTTGTTTCCTCGCACTTTTCGTTTATCAGATAGGAGGTTGCATTCGGTGGCCTCGATGTCGGGGGATGGGTGGGGATGGGTTGTGTTTTTCCTTGGGCCTCAGTTGGTCTTTTACTGACAAAGAGGCTGGGGGAGCGGTTGAGTTGCTCCATCTACTCTCTGATGTTTCTCTCTTTTGTGATAGGAAGGACTTTCGTGCTTGGTCCCCTAATCTGTCTAGGGGTTTCTACTCTAGCTCCTTCTTTAATCATTTATGTTTCTTGATTCTCCCCCTACGACCCCAATGTTTGTCTCGCTGTGGAAGGTGAAAATTTCAAAGAAGTTTAAGTGTTTCGTGTGCAGGTCTTACTTGGGAGAGTCAACACCCTAGATCGTATTCAAAAGTGCTCTCCTTATGCTTGGGGCCGCAATGGTGTATTCTTTGCGAGCGGGATTCCGAGGACCTCGATCACATCTTATGGCATTGCCAGTTCTCCCAAAACATTTGGGGTTGGTTTTTTGAGATCTTCGAGATTTCTTGGGTTCGTCATAGAGATTGGGGATTTATGGTGGAGGATGTGCTTTTGTATTCTCCTTTCCGCGAGAAAGGGAGGGTTTTGTGGTAGGCTTGTTTCTTTGCGATTTTCTGGGGGATTTGGTTGGAAAGAAAAAACAATCTTTAAGGGGGTGGAGAGACATTGAGAGTCTATTTGAGACCGCATAAGGTTTAATGTCTCTTTATGGGGTATGTTTCGAATTTGTTTTGTAATTACCAGTTAGGTTCTATTCTTTTGGATTGGAAGTCCTTTCTATAGGCAAGCTTCCTTTTTTTTGGGCTGTTGCTTTTGTATGCCCTTATTTTTGTTTTTGTTTTCATTTACCTAAATGAAAAGTTCGGTTTCTTATTAAAAAAAAAAATTATGTAACCAATAATTCAGATGATTCTGGTGTAATATCTCTAGAATTTAAAAAACATGTTAGATGTATGTCCATAGTTTGAGTGTACCTTTTGTTAATAAATTATGATGTCATTTTAGCCTTCGTATCTTAGGTTTTTAGACTTCTCGGTGATCTAATGGTATTGGGCATTTATTTAATGACATTGAATATTTATTTATTATATATTACAACAGTAGTTCTGTTTGTAGCCTCGTAAAATTTCTCTCTAATGTATATTTTATTTGGTTCCAGATTTTTTCTGAAAATTTACCTGGCATTGTAGCTAAAATATCATTCCCAAAGTCAATGCGATGGAATTCTCAGGTAGAATAAGCATATTTAAGATGATCTCATGTGGTCCTTGATTTTTAGTTCTCTGTTTTCTCTTTCCCATTTGAAGTAATGAGCTGCTTAATCCAATGTTTTCTTGGTTAAAAATTAAGTGAAGGATGGTTAGAAATTTATCTTGTGATTTCTCTTCATAATATCTCCATTCTTTATAGCGGTGCATATTTGAGCACTTTAAAACGAAAGGAGATTAAGCTCCTTAATGCTCCATATGGAATCAAAAATATGTTATTTGGTAAAGTCATATGATTGGATATTAAAATATTGAAGATAGAAAATAAGAGTATTGACTCTTACCCTAAATTGGAAGTTTGTCGAACCAAGTGTATACAGTAAGGGACTTTTTTATGGATGCTTTAGTATTGTATGTGCAGTGCCACTTATCCATGGGAGAGTTTGGTTGGAAAGGATCACTTTGTGTTTTTTAACATAAGGATTCAGATTCCTTTTTTCATATTATCATTGAAACGTTTGTTTCTTGTTAAAAAAAAAAAAAAGAAAAAGAAACATAAGGATTCAGATTGGGAACATTACACAGACTTTTTGTTGGATCAAGAATGTAAGCCTTGTACAAGATACATGGAAAGTTATAAAATTTCTTGGAGAAAAGGTATTGGTTTGTGAATGCTTCGCTCTTAAATTTAAAGTAGATGACACCATTGGAAGGTAAAAGTGAGACTAGTTGCTAGAAAATTTTACCAAACATATCGGACTGGTTACCACAAGATTTCTGCACTAATTACACCATTGTAAGATAAAACTGAGACTGGTTGCTAGAAACAATTTTTTGAAAGGCTTAAGACAGCCCCGTGGCCTTTTTTCATGGAGAGGCAAGGCGTAAGCCTTGAGACGATATGAGGTGTAAGTCTCATTTTAAATAGAAAAAATAATAAAAATCATAAAAATGTAAGACATTGTATTCTTAATATGTTAGTGTTCATATGAATGTAAGAAATACATCCTTTTTTTATAAAAGAAAAATTAGAACTAAAAACAATATCTAAAAAATTAGGAAATAAAAAAAATAGTACAGAAAAATATTTTAAAGAAACAAGGAAAAGTCTGGAAAAGGAAAATATTAGAAAAATACATGAAAATACACAACAATTATTTTTACTAGAAGTTGGGACTGAAAACAATACTTAATAAAATTAGAAAAATTGTAAAATATCTGTTGGAGCGGTATTTGTTGAAAGTTCTGAAAAACCGTATAACACTAAAAAAATGCTGGGGTGGCAGTGGGCGGCAGTGGGCAGCAGTGGGCGGCAGTGGGCAGCAGTGGCATCACAGAAAAGAAAAACAAACAAAACAAAATAGACAAAAAAGATCAGGTGGTTGGTTGCTTGCCACAACCGTAAAACAGCACAACAGTGAGTAGTAAACAAAGTAAAGAAAAAGAAAGTTGACTTGATTTTGATGGAATAAAAAATATTTGTATTCCAATATATCTAAAAATAAGAGTCACAAAGCCTTCTTATATAGGAGAAAGGCTCAATTCATAAAAGGAAAAAATAAGAGTAAAATAATCAAATCATTAATATTTACAGCAAATATTTACAAATAAACCAACACTCCCCCTCAAGCTAGTTTAAAGATATCTTCCATTGCCAGCTTGTCAATCATCCTGTCAATTGTACTTTTGGTAGTCCTTTTATCAATACATCAGCAATCTACTCTATTGTTGGGAGATAAGGGATACATATCACGCCTGTGTCAGTTTTTTCCTTTATAAAGTGTTTGTCAATTTCAATGTGCTTAGTCCTATCATGTTGAATTAGATTGTGGGCTATGGAGATAGCAGCCTTGTTGTCGCAATAAACTCGAATGGGTGCCTTTTGAAAGTCTCTCAGTTCTTCAAGTAGCTTTTTTAACCAAATCCCTTCACAAATACCATGGGCCTGCTGCATCTGCACTGCTTCTGGCCACTACATTCTGTTTCTTACTTCGCCAAGTAACTAAGTTACCTTCAACAAACGAACAATAACTAGAAGTAGATCTTCTATCTACTGTACTTCCTGCCCAATCAACATCAGTATAAACTTCAACCTGTAAATGGTTGTGTTTTTTGAACAATATACCTTTTCCTGAAGTTCCCTTCAAATATCTTAAAATTCTATAGGCAGCTTCAAAGTGAACTAATCCTAGTGAGTGCATAAATTGGCTTACCATGCTCACCGAAAAAGTAATATCTGGACGTGTGTGAGACAAGTAAATGAGTTTTCCCACAAGGCTTCGATATCGTTCTTTATCCTTCACCTCTTCTTCTTTTGCAGCTTCCAATTTCAAATTAGGTTCAATAGGAGTTTCGGCTACTTTGCATCCGAGTAAACCTGTTTCTCCAAGTAAATCAAGAATATATTTTCTTTGATTAACAAAGATACCTTTCTTAGATCTCGCAAACTCCATTCCTAGGGAAGTACTTTAACGTGCCTAGGTCCTTGATTTGAAATTCACATGCAAATCTTTTCTTGAAAGTGGCCAATTCTACCTCATCATCACCTGTGAGCACAATGTCATCTACATAAACAATCAATTGCAGTTTTATTATTTTCAGAACGTTTATAAAAGATGGTATGATCAGCTTGACTTTGAAGAAATCCATAGTTCATGACCACTTTACCAAATCGTTCAAACCATGCTCTTGGAGACTATTTGAGTCCATATAAAGATTTCTTTAACCAGCATACTTTGTCCTTACCAAGGTTAGCTTCAAAACCTGGTGGTAAACTCATAAATACTTCTTCTTCGAGATCTCCATTCAAAAAGGCATTTTTTACATCGAGTTGATGAAGGGGCCAGTCTAAATTTGCAGCCAGAGATAAAAGTACTTTAATGGAGTTGATTTTAGTAACAGGAGCAAAAGTTTCCTAATAATCAATTCCATAGGTTTGAGTAAATCCCTTTGCAACTAGTCTAGCTTTATACCTTTCAACCCTACCATCAGCATTACACTTGATCGTAAAAACCCATTTGCACCCCACAGTTTTCTTATCCCTTTGCAAATCTACTATCTCCCCTGTACAATTCTGTCTTAGAGCATTCATCTCATCCATAACAGCTAGTTTCCAATTTGGATCATTTAGAGCTTCTTGGTATGTTCCTTGGAATGAACAAGTTAGTTATCCTAGACGTAAAAGCTTTATGACTACTAGATAGGTTTTTATAAGAGATATAGTTTGCTAGACAATATTTCGTGCAAGTTCGAGTTCCTTTTCTTAAAGCTATAAGGGCGTCAAGATCAGAAATAACATAAAGTTCCAAGGACACATCCATACTCAGATAAAGTTTATTGGTTTGAGGATCAAAACATTTATACCTTTTTTTTCTAAAATCATGGCCCAAAAAAATGCATTTAATGGCCCTCTGATCAAATTTTGACCGAAAATGACTAGGAATATGCACATAAACAGTACTCCAAAAAACTTTGATAGGTAAATCAGAGTTCAAACGAGTTGTTGGAAAATTTTCTTTCAAAACATCAAGAGGAGGTTTAAACTTCAAAACTTTAGTAGGCATTCGATTTATCAGGTAGGCAGCCGTGATGACTGCTTCCCCCCATAAGTACTTAGGGACATTCATAGAAAACATTATTGCTCGAGCAACCTCCAATAAATGCCTATTTTTTCTTTCAGCAATACCATTTTGTTGAGGAGTATCTCGACAAGTAGAATGATGAACAATGCCTTTAGTTTTCAAAAACTCACTCAAATGTTCATTGAAATATTCAGTTCCATTGTCAGAATGCAGGATACTAATTTTGGTTTGAAATTGGGTTTCAATCATATTGTAAAAACATTTGAAAATATCCTTCACATCAGATTTGTTTGTCAATAAATAAACCCAAGACAAGTGAGTATGATCATCAATAAAAGTTACAAACCATCGTCTACCACTATGAGTTAAAACTTTAGAAGGACCCCAAACATCACTATGAATTAAATAGAATGGTTCGGAGGACTTATAAGGTTTTGGCAAATGTGTGGATCGATGATTTTTTGCAAAGATGCAATTTTCACAATGAAACTGAGAACAATCAATTCCTTGAAACAAATTTGGAAATAGGTATTTGAGATAGAAGAAACTAGGATGTCCTAGCCTAAAATGTCATAGCATAATTTATTCTTTAACAGAGATAAAACCGTTAATACTAAAGCACTGAGTTATTTTAGCACTACTAGAAGGCTCATCAAAGTAGTAGAGGCAATCCAGCATTCTAGCACATCCAAACGTCTTCCCCGAGGTTTGGTCCTGAAAAACACTGCGATGCGTAGAAGGTAACATTAGAGAGTTTACTAACTGATAAAAGATTGCAAGCTAATTTAAGGACATGTAGGACAGATTGAAGAGTAATATTTTCTGTTAATTCGATGGTTCCCTCGCTTGCAATGGAAGAGCAACTGCCATCGACAATCCTAATTTTTTCATTGCAATATGTAGGAGAATAAGATTCAAATATTTTAGAAGAGCTAGTCATATGGTAAGAAGCTCCAGAATCAATAATCCACAGAGATGAGCCAAAACAGGAAAGTGCTCTAGGGTAATTACCTGTTTGCGCCAAGGAAATACAAAGATTACCAAATGACAAATTGGTCTCTAACCATTGTGATAGATGCTCTCTACTAAACGAATTTGAGTCAACACTATTAGTGCGAACTTGCTTTTGGTTTCTCTCATATTCCACTAGACTTTGAGTCATTTCAACCGTTTCTTCAACCATGATAGCAAATAAAGGTTAACTGAATCAAATCAAACCACAATCTGATATTAGAAAGGGTATAGACAGATAACCAGAAAAGCCCAAACCGAACCGGGTGGACAAAGCCGGACCATAAAAAGACTGAACCAGTAGAAAACCAAACCGGATCTGCGAACCAAACCAAACCGAACGAACCACCCGAATCGAACCGGTCTAGGGTTTGTAGAACAAGAACGGCCCACGAACACAGAAGCAAATTTGCTTCTACTACCAGATCTGCGAAAGGGGGGCGGAGGGTTTCTATCACGGCAGATCCACGACGAACAGAGGATACCGGCGGTGAGTGCAAACGGCGGTTGAACGGAAGTGTTGCAGATCTGTGGATGAACAGATGATGCGGCGACACACACAACGGCAGACGGCGGCAAAAAATGAAGGGTTGAGGCTTGTACGGCAGCGGATCTGAATGGGCTCCGAGCAACAACCTCCGACTCGATAGCTCCAACATCGGCACCAACTACAATCTCTGAAAAACTATGGCTCCGTTGATCTACAAATGAGAAACACCGCGCACGGGACCGATCGGAAGTAGGATGCGTCATTCGAAGACGACGGCTAGGGTTCCGGCGGTGAAGGTGGCGACGGCAAACTAGAGTGTTGGAATAGTAACCTACCGTGTCGAAAGTAGGATGCACCGTTCTAGAATAACAGCGGCTAGGGTTCCGGCAACGGTAATGGCAGCGGCTAGGGTTTAAAGGTAAGGATGGTGGCTGGGGTTTCTACAAGCCCTTAGGATATTAGGGTTTATTTTGGCTCTGATACCAACTTGATTTTGATGGAATAAAAAATGTGTATTCCAATATATCTAAAAATAAGAGATACAAAGCCTTCTTATATAGGAGAAAGACTCAATTCATAAAAGGAAAAATAAGAGTAAAATATATGGCAAATATTCACAAATAAACCAACAGCATTAAATAAGCCCTGTGCTGCGCAAAGCCACCGCTTGAATTTTCTGTGTAATTACTAATTGGAGTTTGAGGCTTACGCCTTTTAAGCCTGGCTTATGGAGGCGTAAGCTTCATTTTATGTGACATGGACGTGAGTGTTGAGGCACCTCTACAAGACTTCTGCACTAGTTACAAATTGGAACTTCGTCAAAATTCATGTTTGTATTCTATCACTAGCCCTTGTATTAGATGGCTGTAATTGTTACAGTATGTATATTGCTGTAGAATTATGTAAGCATTTTTGTTATATGAACTCATTAGTAATTTGTCTTTTGTTATAATTTTACATTCTAGTAGCTTAGAGTTCTCTTGTATAAATATCATTTTAGTGAATGGAATAATACAGAGTTCTTCTCTCAAACCTCTCTCGCTTTTTGTTAGACTACAATGTTACAAAATTGGGTTTATATACCATATACGGTGATTAGGATATTTGAGGGAGTTGGTTTGGGCCCTCATGAAGAATGAAGAATTTGGAGATTTGACTCTACGGGTGATTTCATGGTCAAACCTTTGGTAAGATCAAATTTTATTGACAATAATGCGGATAAGAAATGGATCAAAGGTAGTTGGAAGACAAATAGTCCTAGAAAAGTAAACCTTCTTGTTTGGCTTGTTCATTTTGGAAGTCTTAACGCCGCGGATGGGCTTAAGATTAAGTACCCTGAATTGAATTTAAGTCCTTGCAGCCTATGTTGTTCGGCAGCATAAGATCCAGATCACTTATTTTTCCATTGTGTTTATGGTGGTAAAATTTGGCAGAATCTGGTAGAGACTTCTGAATTTGGTTGGGCATTTGACACAGGAATAATTTGAAGGTAAATATTGTGGTTGGGTTAAAAGATGAGATTGAAATGGTATTTGCAGCTGTAAAACGGAGCTTTAAATATAAATAAGAGTTACAAGATTTTGTTTTCTTTTTCTTTTTTTTTTTTTTCCAAACGCTTAGTTGGCATTCTTAGGAACCTTAATTGGATCCTTCGGCAAATCTTTCGAAGTTTCAAGTAATCCATCATCAGGTCTATGTCCTATGACTAAGAAATTATTTTCCATTCTGTTAAATATCATATTCTTTCAAATTTTTCTGCTGGTTATGTCAGTGCCCTTTACTGTTAATCTGTAGGTCATGTTTAGCAGGCCTATTCGCTGGATTTTGGCCCTTCATGGAGATATAGTTGTTCCATTTTCATATGCTGGTGTTTTAAGGTGATATTTGATCTCTCCCTGCATCTCTAATATCCAGTTGTGAAACTTGTTCACGCGAAAAATGTTTACTTCCTAAATCAAGTTATATCATACTTGTTTTATGTAGCTAGCTCATAGTTAGGGTGTATATTTATGTTGAATTAGTTAGAAGTTAAGATTATGTGGACTTAGTTAGAAGTTGTTTTAAAGTTGTTTAGATTATGTGGACTTAGTTAGAAGTTGTTTTAAAGTTGTTTAGATTATGTGGACTTAGTTAGAAGTTGTTTTAAAGTTGTTTAGATTATGTGGACTTAGTTAGAAGTTGTTTTAAAGTTGTTTAGATTATGTGGACTTAGTTAGAAGTTGTTTTAAAGTTGTTTAGATTATGTGGACTTAGTTAGAAGTTGTTTTAAAGTTGTTAGATTTTGTGTTTAAGTTTAGCAAATAAATCTCCTTTTTTGTTAGGAAAGTTAGGAGGTTATTCCTAGATTTTGTTTCCTCTCGTAACCTATAAATAGTGCCTCTATTCCTCATCTTTGATCAATCAATTTGAGAATTTATTTCTTCTCTTTTCTCTTTTCTCGTGTATGTCTCTCTGGTGTCTCTATCTTTAGTTTTTAATTTAATTTTTTAAAATATTCTTAACGTTGCCCTTTATGTGTGGGTTAAGATATTAATTTGATTCATAAAGCCTGACACGTGAACTACTAGTATCATTGGGAGAGGAAAGTGATATTGTAGAGATTTGAACCCCTATTCTGATAGTGTTAAATTACCACAGACCAAAAAACTTAAACTCATAGGTAAAGATGTATTTTTTATCCAAAAATATATTTGTAAATGTGATAAGATTTTATAAAAGAAAACAAAATATTATATCAGTAGAAAAGGGAATCTAACTCTAGTTGGAGCCTTCAACAAATATTTTTGGGCGGACAGTTTAATATGGCTCAGGTCTTTTCAGAAACCTCTTTTCGAGACTATCGCATTTCATGGAGCTATTCTATCATACAAGCAAGCCATGAGATGACGTAATCTCAGTTGGAAACCTCTTTTCATAAGAGAGTTGAGCATCAAAGGCCAAGAAGAATGGACTTCACCAAATGAACATAGTCATCCAAATTCTATCGATTCTTATACTATCTTGGACCCTTGAAAAGAATTTCATCTTTCTTATGAATTCAGTCTACAACTCTCATGACCACATCCTTTCCCTGATATTTGCGGATGGATCTGGAAGCTAAAAGCCCCAAAGAAATGCAAATCATCATCTAGACCCTTGCCTTGGGTAGTTGAAGTATAGTTGTGCCCATGTGAAGCTATCGAAGACCTAGTCGTTTTTTTCTTTGTCCCACTAGTTGCATCCCTATGGAATCATGTTCTTGCAGGTTTCAATCTTCAGTGGGTCCCAAAATTTTCCATCATCACAGCTTTGCGCCAATTTTTTTGGCAAAATGCCATTCCGTGTCAGAAATGAGAGCTTTGGCTTCTTGCTGACACAAACTACTTTAGGTCCTTTGGATGGAAATGTACAACCGCATTTTCTCCAATATCGATAAGCCCGAACAACATGATCTATTTCATGTCTATGTCGGTCAAAAAGTCTAAATATTTTTGTAATTACTCCTCTTCTAACATATAGACCCTAGTTCTAATCACGAAATAGGTAGGCTTTTTATTAAGGGCAACAAAATTTTTGGTTGGCTCCACTTTGCAGCGGTTCTGAGGGATGAGATTTTTTGAAGCTCTTCTAGTCTTTAAAGGAGAGCATTAAGGGTTTTTAGAGGGCCGAGTTTTTGAAGATCTTGTGACCAGCATTAGGTGGTCTCTTTTATTGGTGGGGGAGGTTTCAAATTCATTACTTCTCCATTGTAGCGGTCAAGACCTTTATACCTGTTACTCATAAAGTATTTTTTTTTTTAACAAGAAACGAACTTTTCATTGGTAGATGAAAAGGAACCTAAAATGTTTAAAGATACAAACTCTCAAGGGAGTGGAAAAACATAAAATAAAAAGATACAATCCAGAATAGCAAAAATAAAAAGACGTAGTATCATCTTGTGTATGTCTAACTAGGGAAAATGAAAGCCCCCAATTAACATATATCATGTTTGGAGAATAATTAGCAAAAAGATTGGATAGAGCACACCATTGAGACACTTTAAACTTAGCCAAGCTGAAGCACTCCACCGAAGGTCTTCTTTTTTCCTCAAAAATCCTTTGGTTTCTCTCAAACCAAATTGTAGAAAATCAAGCCGTAAATTAAGTTTTTTTCTTATTAGAATTATCATTACGTCTCTGTATATTCTGTAATTTTATTGCTTTCCTTACAGGCTTTAGATTGATTCCTTATTTGTTGAAAGGTCTTCTTGTATATTTACCCCTAAATGGGTTGTAATGAAAATAAGAAAATATAACCTTTCTCACAAAGCTACATGGTATCAGAGCCAGGGAATAAACCCAAGAATCTGAAAAACCCTAGCGGCCAGAATCTGAAAAAAAAAACCCTAGCCGCCGCCGTCTTCAATATCCACCTCCGGCAGTCATCTCCTTCCGCCACCGTTGATCTCATTGATCCTCCACAGATTCGTAATTCCGTCGATCCTGCGCAAGTGTCGCCGCTTCCGCCACAGATCCCAGATCTCGCCGCAGCTCTCGTCTCAGGTGCCGTCGCAGATCTCGTCTGTCGTCACACGTCGCAGCTCCGGTCGTCAAGTCGCAGCTCCAGTCGGTCGTCGCAACCCATTTGGTTTTTCTTTTCTTTCGCAGAAGCCCGCTGCCGCCCGGTTTCCCTCTCGGTGTCGCCGCCATAATCTCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCGAAAGCAACAATAATCCGATAACATGTCACAAACTCAATGGCCACAATTACCTTCAGTGGTCCCAATCAGTGATGATGTTCATGTATGGTCGTGGACGGGAAGACTATATCATCGGTAAAGCGGAATCACCCAAACCCGATGATTCAACATTTCGCAAATGGAAGGCTGCAAACAATCAAGTCATGAGTTGGTTAATAAATTCCATGACCACTGAAATTGGTGGGAATTTTCTCCTATTTTCTACTGCCAAAGAAATTTGGGATGCTGCTGAGGATACATTTTCCAATAAAGAAAACACTGTTGAGCTGTTCCAGATAGAGACTACTCTCCAAGACATTAAACAAAGTGATTCAACGGTTACAGCGTACTACTCTAATTTATCTCGTTACTGGCAACAACTAGATTTATTTGAAACTCATGAATGGAAATGTTCTGATGATCGTATTCTCTTTCGAAAATTTGTGGAGACAAAAAGGATCTTCAAATTTTTGATGGGACTGAATAAATCACTTGATGAAGTTCGTTGTCGCATTCTTGGTACTAAGCCATTACCGAGTCTTCGAGAAGTTTTCTTCGAAGTCCGTAGGGAGGAAAGTCGAAAGCAAGTCATGTTGGGACAAACCGAACATCCTCCTACTCAAAATGGATCTGCGCTCATTTCCCAACGAGATCATCCTAATGATCCAATCGCTCTTGCTGCTCGGGGGAATCTATATGGCGATAACCGCCAGTGCAAAGGGCGACCATGGTGTGATCATTGTCATAAAGTGGGACATCTCAAAGAAACCTGTTGGAAATTACATGGAAAACCAGCGAACTGGAAGCCGAACACTACCAAATCAGAGCGAGAAACTCGAGGCAATGCTGTTATCTCTGAAACTTCTAACCAACAACCACATACCAAAGAGTTGTTGGACATGCTACAACAACTATTGAACAGAACAACTCCACCAACAACAGTAAGTGGTTCTGGAAATGTACAACAAGGTAACCAAAATTCTCGTGCTCTCCACACTCAAACTCTTCCATCTGAATGGATAGTGGATTCAGGAGCATCGGATCATATGACAGGTGATAGATCCTTATTCTCATCATTTTCAATTTATACGGGTAACCTGTCTGTTCGAATTGCTAATGGTACACCTGTTCAAGTTACTGGAATTGGGAGTATTCATATATCAAGCTCCATAACTCTTGCATCAGTATTGTTTGTGCCCACATTAGAGTATAATCTACTGTCTGTGAGTAAGTTGAATCAAGACTTAAACTGCGAAACTAAATTCCTTGCAAATTCTTGTATTTTTTAGGACTTGGGATCGGGGAAGATGATTGGCAATGCTGAATTATGTGTGGGATTGTATCTTCTTAAAGCAACGAGTCCTCCACCAACAAAGAAATGCAATGAACTTGTAGTTCAATCTAATCGTGAGTCTGCATGTGTTTCTGAGTCTTTAAATCATAAATATAGTCTTGTCATGACGTTGCACTATCGTTTTGGTCATCCCAACTTTGTTTATCTTGAACGACTGTTTCTTCTTTATTTCTCAATAAAAAGAGTCAATTTTTCAAGTGTGAGATTTGTCAACTCTCCAAACATACTCGTGCTTGTTATTCACCTCACATTTATTCTCCATCTCAGCCTTTCTCGCTTGTCCACGGAGATATTTGGGGACCTTCAAGGGTAAAAAATATCAATGGGGCACGTTGGTTTCTTCTCTTTGTTGATGATCACACACGTTTGAGTTGGACATTCCTTATGAAAGAAAAATCTGAAACAAGCCACTTATTCACCGTTTTCCATAAAATGATCCAAACTCAGCTTCAAGTCAATATAAAAATACTTAAAACTGATAATGCTCGTGATTTCTTCAACTCTACCCTTGGTCCATAGCTTCAATCTCATGGTATTGTTCACCAGAGCTCTTGTGTTGACACACCTCAACAAAATGGTGTTGTTGAACGCAAAAATCGTCATCTTCTCGATGTAGCCCGTTCTCTCATACTCACATCCCATGTTCCAAAATCTTTCTGGGGTGAAGCTGTCCTAACTGCTACCTATCTCATAAACCGTTTGCCATCCCGCATTCTCAAATTCAACACACCCTTACAAAGTTTACTCTCAATTTATCCTACATCCCATCTTGTGTCTCCATTACCATTAAAAATATTTGGGTGCACTGCGTTTGTTCATATATATCCTCAGCATCGTAGTAAGCTTGATGCACGATCCATAAAATGTATCTTTCTTGGATACTCGCCAAATAAGAAAGGATACAAGTGTTATCATCCTCCCACTCAACAATTCTTTCATACCATGGATGTCACCTTTTTTGAAAATCAACCATATTATCCCAATTCTGTCCTTCAGGGGGAGAATTCTTTTCTTGAATCACAAAATTGGGATTGCATTCCTAACTTCTCTTTAAACCCATCCTTTGAGAGTTCTCTTGTACCCTCTTCTGATTCTGAGCCAATTCCATTCTCTGACAGTTCACCTGTACCTCATTCTGAGCCAACTCACGTATCTCCCTCTGAGGCTGAACTGCAAGTTTATTCGCGACGAACAAGACAACCTGAGAGAAACGAAATACAACCTACACAAGTTCAGCAAAGCCAAGATCTAAACCAAAATCTCAATGTCCCTGAAATAGCACACGAGACATCAGGAGATGATAGACCCATTGCTGTCAGGAAAGGTATTCGCTCATGTACCCAACATCCCATGCGGTATCACTTGTCTTACACTAATCTGTCGCCGTATTTTAGAGCTTTTGTGACTTCACTAGATAAGGTTCAAACTCCCAACACAGTTCAAGAAGCCTTGCAGAAACCTGAGTGGAAGGCTGCTACTCTAGAAGAGCTGCAGGCTTTGGAGAAAAATGGGACATGGATCCTTACAGACCTACCCCCAGGTAAGCGCAAGTTGTAGCTCGAAGTAGTGCTGAAGCTGAGTTTCGATCATTAGCCCATGGGATCTGTGAAGGAGTTTGGTTGAAACGTCTTCTCACTGAACTCAAGGTGAAGACAGAAGGTACTATAGACGTATTGTGTGACAATCAATCTGCCATAGCCATAGCAAGAAATCCAATACATCATGATCGGATGAAACATGTCGAAATAGATCGTCACTTCATCAACGAGAAGATTGAGACAAATACTATCAATCTGAGATATGTATCTTCCCAACAATAAGCTGCTGACATTTTAACTAAGGCATTGCATCGACCCAGCCTTAGTAGATTAATCTCAAAGCTTGGAATGACAAGCATATATCATCCAGCTTGAGGGGGAGTGTAGAAAATCAAGCCGTAAATTAAGTTTTTTTCTTATTAGAATTATCATTATGTCTCTGTATATTCTGTAATTTTATTGCTTTCCTTACAGGCTTTAGATTAATTCCTTATTTGTTGAAAGGTCTTCTTGTATATTTACCCCTAAATGGGTTGTAATGAAAATAAGAAAATATAACCTCTCACAAAGCTACACAAATCTCCGAGATGATAGCTTTGACACCATTTACCGAAAGAAGGCTCGCATTAGGAGGTAAAAAAGGACCAAACATCAGCTGGGTAACAATCTTTGAAACATCCGCATCCATTACCCAAGAGATATTGAACATATGGAGCAAGGAGAGCCAACAATCTGCTGCATATGGACAAGAAAAGAAGGTGTGCACCTGAAACTCATAATCTGCCATGCACAGCAAACAAATGGATGGTTGCAAATGCATATGTGGTAATTTTTTTTGAAGAACTTCTGCTGTGTTGACTTTTCTATTAATAAGAATCCAATAAAGGATATTAACCCTTTTTGGGCAACCCGTCCGCCATAGCCTATAGCATTGATCATTGGTCATCAAGAAAGAAGCCTTTCTAGGCTTGCATAAAGAAGCAACCGAAAAAGACCCCGAAGGTTTCAAACTCCACGTCAACTGATCTTCCTCCTCTTGCAAGATAATTGAATTTAAACTTGATAAGAGTATTAAATAATCATCAAATTCTTCATCTTTAAGATTTCTTCTTGTTTCAATTCTCCAAGAAGAAGAGCATGAATCCCAAGCCTCACGGACTGAGATAAAAGGGGCAGAAGAAATTCGAAATAAAACAGGAAACCATTCTTTTAGTATTGAGTCCCCTAACCATCGATGGTGCCAAAAAAGAATGCGCTCACCATTTCTAACTTTGAAGATACCATGTTTCTCCACTAGGTGCCACTGTTTTTGAATTGTAAACCAAGGGCTACGATTGCTTCCAGTCTTGTTCCCAAAAGCGAACCAACCAAAATTGTCGGTTCCATATATACTGGCCACTACTTGTCTCCATAAGGCAGAGGGCTCCACATTGAATCTCCAATCCCATTTAGCCAACAAAGCATTATTCCTTGAAGTAAGGTTGTCAATACCCAATCCACCATCTTCTTGATTTAAAGATGCAATATTCCATCTTACAAGATGATTCACAGAACCTTTTTCAATATCCCCCCAGAAGAAATTCCTCATGCATTTCTCCAATTTCTTACATATCATTTTCGGCATTTGGAACAATGAAAAGGAATACAAAGGGATACTTCCAAGGATTGATGTACAAAGAGTTAGTCTACCGCCCCTTGAAAGTTGATACCTTTTCCATCTTGCAAGCTTCTTCATGACTTTCTCAATTATAGGGTTCCAAAAAGCTACAGATTTTGGATTACCACCCAGAGGCTTTCCAAGATATAAAATAGGGAAGGATTCAGCTTTACAATTTAATTTTGCAGCCATCAAAGCAACTTTTTGGGAGTCTATATTGACCCCGCTCAAGGAGGATTTGTCCCAATTCACCTTTAAACCCGAAAGCCACTCGAAGGCTTTAATCGTATCGAAGAGGGTTTCTAACATCCCATCATTATTCTTACAAAACAGCAAAGTGTCATCCGCGAACTGTAGGTGAGACCATGAGAAACATGAAAACCCGCCTTGCCCACTGTGAAACCTTCAAAGATGCCCTTTTCATGAATGTTCTCCAATAAACCGCTTAGCACATCGCTGACTATTATGAAAAGAAAAGGTGAAAGAGGGTCACCTTGTCTAAGTCCACGAGTAGCATGGATTCTTCCTCTCGGCCTCCCATTAATAAATACTGAAAATTTATTTCCTCGGGTGCAACCATTTATCCATTTGATCCACTTACCTCCAAATCCCTTCATGTGTAGTACAACATCAAGAAAATCCCAATCCACCCTATCAAAGGCTTTCTCAATATCTAGTTTGAGGATCCAACCACACTTCTTCTGGGTTCTGTAAAAATCTACTAATTCATTTGCAATTAGCACTGGATCTAGAATTTGCCTTCCTTCAATGAAAGCACTTTGATTTAAGGAGATAGTTTTGGGCATTACGTGCTTTAATCTCTCTGTAAGAGCTTTTGCTAGGATTTTGTATGTAGAAGTAGTGAGACTAATGGGTCTTAAGTCCTTGACTTTCTCCACATTTTCCTTTCTGGGAATGAGACAAATAAAATTTTCTTTAATGCAAGCATTTATACGCCCACTTCTATAGAATTCCTCAAAGAATCTCATAAAATCTCCTTTCAATTGTTGCAAAAAACGTATGAAGAATTCGACCGTGTAGCCATCCGGCCCCGGAGCCTTATTTCTCCCAAGATTCTTTACAGCTCTCAAAATCTCTGCTTCTTCGAAAGGTCTCTCTAACCACCTACTGTTTTGGATAGGAATTGGTCTCCAGTTAATACCCTTCAAGGAAAATCGTTGACTCCCCTCACTACTGTATAAATTCTCGAAAAACCTCATGATTTCAGTTTCAATTTCCCTTTGATTCACCAGCGAGGCATTCCGCTCATCTTTAGTTACTCATAAAGTATTCAGCTCCTCAGTTTTTGTTTTTGTGTGTTTTTTTTTTCAACGGTTGTTTTGGATTCTCCTCAGCAGATGGTCTTTTTGGACTAGCCAGCTTTGTTGAAGAAACTTTTTCAAGCCTCCACTCTTTTAGTGTTTTGCTATTTCTTTTGCTTTAGATAAGTTGAGGCTGCTTTTCTAGTTTGTTGACTGTGGCTTTCCTTTTTTGGTCGATTATCTTGTATTTTTGTTCCTTTTTTGGTTCTTTTTCATCTATTTTTGCTTTCTTTGGGAATTTGTATTCTTGAACATTTTTCTTCCTCTTTAATTAGTAATGAAAAATTTGTTTCTGGTTCAAAAAATAGTTAGAATGGTCAAGTTTAGGGAACTATCTAATACATGTATATTTAAATGTTTTTTTTGTCCAATAATTAATTAGTAGCTTCCACATACATTTTTTCATTGTGTTATTTTTGAATTCTCTCAAGTATTTTCGTTAACGTATTTGTTTATTTTGCATATTGCCTTGTCAATATACCTATATACTGACATTTCAACTTTTCTGTCCAGTGGGAACATATCCTATGGTCTTCGTAACACTTCTACATCTGTTGTTAAGGTGAGTATATTTTTAGTGGACAAATTTTTTTCTTTTTAAAGAAAAAAAAAATTATGAGAAACAAACTTTTCATCGATAAATGAAAAGAACGAAAAAAGTAATAAAGGAAATAAACTCCCGATAGGAAGTGACAATAACAAGCAACCAGACCAAATTCCATCCATTAGTTAAGTATTCTTTTTCCTACAATTAATGTTATTGGATTTCGACAATAAAATTTCATAAGCCTCTTAATTTTAAGGCTTGGATTTCTTTATGCAACTTCGATTTTCAAGGGGCTTGTTTTTGCCCACGTTTTGATGTAAATTTTCCCATTATTCTTAATGAAAGTTTTGTCATTATTTACAAAAAGTCTCTTCATAAATATCTTCATTCAAAAAGGCTTGGATTCCTTTTTGTAACTTCCATTTTCAAGGGGCTTGTTTTTGCCTGCTTTTGGATGTAATTCTTTTAATACCTCTTAAATTATTTAAGGTTTAACCATAATAGTGAAGATACAGCTTGAGTCAAGAGTTCAGTGCTAAATCCTGTGGGGCCTTTTAATTAAGATATTATATATTACGTGATTTCTAAATTACCAAGCATTATTAGATCAAGTAATAGTAAGTTATGATCGGGTTGATGTTTTGAACACACAAGCTGTTGACCATTTAATCAATGTTTTAGTATGCATCACGTAATCCAAGTATTGCAATATTTTCTTGTGTTTATAATATTTGATCGTGGATTTGGACTTGTGTCACAGGTCAATAGTGCAGAATCTTATGTGGGGGCAATGAAGAATGCTAAAATCAATATTGAAGTTGAGGTGTGATTAAGTAATTTTGATGACCATGAAGCATTCTTTAGTATACAGTTAGCTAGATTACTCTCTCACCAGAAACGCGTGCATGTGGGAAACATTATTTTTTATTCCTTTAAAAGATGCCCAGGTTTTTAAGTTTTATAAGCTGCCATTTGTTTTAATCTACACGTTAGTGTTTCAGCTAAATCTATTATATGTATTTAAAATGTTTTCCTGTTTTGGGGCTTCTGAAATCTCATCCTATTTCATTAGTTCATTTTATGTGTTTTTTTTTTCTTGTAATCAAGAGGCTATTTACTTTCACAGGAACGTAAAAGAAAAATTTTGGATCAGTCTTCCATATTGGCAGAAAGCGTCAAAGGGAAAACTGTTATTCAGGAGGTCTTACTTGATGAGGTGATGTACTTATGAGGTTCTTGATTTCATGCTTCTAACCATGTTCTGGGGGTGGGGATTTGAACCCTCGGTCTTTTTGTCGAGGATATACGTTTTAATCAGGTCAGGTTGACTACTTTTAACCATGTTATTAACTCTCTAAAGATAATGTCTTAGGTTTCCAATCTCATCGAGACACCTGTTTCAATACTTGGAAAGTTCAATAATTCCTTCTTGGAGCTTCCAGAAGATCTTCTAACAATGGTAAGGTTTTTATCGTAGGCTCAATAATTTGGTTGACAATCTTTATTTCGTTGTTAATTGTAACTATGCAATTTTCCCTCTGAAATCAATAGAATATTTCCATTACTTTCTCCTTTAATTTTCTATCAGAATTATAAAATATTTATTATATTTCCTTACGCAAAAGAATGTCAGCTTATAGAAATTTATTTAATTTTCATCATTCTTTTTATGATAAATTTAGGAATCTCTCTCTTGCAGTATTCAACCTCTGTTTTATGTCTATTATCATGCTCAGTACATGCTGCTTTTGTAGATCGCAGTGAAATTTCATTTTTTACTATTTATGCAGGTTATGCAGAAGCACCAGAAATATTTTTCGATTAGAAATGCTAATGGGAAGCTGTTGCCGTACTTCATTGCTGTGAGAGTCACGTTGTCATTCCTTTGATCCCATTATTGCACCATCCCCAAATGAACCTCTTGTTAACTCATCTTTTCTTCGGATTTTTCTTTTAGGTATCAAATGGAGAAATTGATGAGAAAGTTGTAAGAACAGGAAATGAAGCAGTACTTCGGTAATTTTTGATACATACATTCCTTATTATCTTGAGTTGTAATTTGGTCATGTGAATTGTATGCTGTATAAACCATTGCTAATTATTAGTTTTATGAAAAGTTATTTTTAAAACTTATCAATAATGAATAAGCTTTATATAAATGTGCTAATTATTTAAAAGCCAATTTAATTGTCTATGTAGTGGAATTAATTTTAACATATCTAAATAAGATATAATAATCTAAATAAAATATGACAAATTATGTTAAATATGATTAAAAATTGAATTTATTTTAATAAAAATGATTTTTAAAATTTAAATATTATTATTTTACTTCAGTTTTCATTGTTTTTTTTTTTTTTTTGTATATTTCATGTTCATCATAAAAGTCATCTATTTCTCAGTCCTTCAAAGGGAATTTAAAAAAAATAATAGGATTTTTTAAATCTTTTTAATAAATAAAGGATTACTTATAGTCTTCCTTACTAAATAAGTTGATAACTAAAATCTCAATTTGTAAATGAAATCCCAAAAAGTAGAATTATAATTATTTTTTTTATTTACTATTATTGTTTTTATATACTTAGTAGTTCATTTTTAAAAAATATCAATTAATAGATCAATTATAGAAAGTTGATTTTTTAAATGATTTTAACTGAAGTTACAAGAGATGAAATTTAAAAGTTCTAGATTTTAATAGATTATATGAGAAGCTTAATTTTTCCCCTCACTATTCAAACTCCAATACATAGTATTGGTTATTTTGCCAATTTGTCCATCTTTTAGAAATTTTACTGCATCATTCTATTTATCTGTCTGTTCCCAGCTATTGGTTACAGGAGCAATGATTGTATCCAAGTCTAGATGTTGTACAAGTATCTTTTGTGATTCATGAATATCTTCATGTTTGTCCCTTGATGTCGAACATTATTTCTGTTCACCAAGTTTAGTAGTTCATACACAGATCTAAAAGTTGAAGCCTTTCTTTACCTTTTTAGAGCTCGCTATGAAGATGCCAAGTTTTTCTATGAGATGGATACAAGTAAAAGGTTTTCTCAGTTTCGAAGTCAACTTAATGGTATTCTGTTTCATGTAAGTTTTTATTTTTTCAGTATTATCGTTGGTGTTTGTGGGGGAAATTGTTGATACGAAGTCCAGAATTTCATCCGTCTCAAATTGTCACTGTCAACCAAATATTATTGGTTACATACAATTGTGGACATGTTCTGGGTCACTTTTATAAAACGTCATTACAAACTTGTTGAAGGTTTTTCGGCTCTATGTGTTTTTACTTCTAATAGCCGAATTTTTCTTTTAAGCAGGAAAAACTGGGATCAATGCTTGACAAGATGACACGTGTGGAAACTATGGTTGTGAAACTAAGCCTGGCAATGGGAATTAATCAAGATTTGCTTCAAACTATACAGGAAGCTGCATCCCTTGCCATGTCAGATCTTGCTACTGCTGTTGTCACAGAATTTACTTCACTTGCAGGAATAATGGCACGACATTATGCTTTGCGGGAGGGCTTTTCAGAGCAGGTTCTTGGTGTTTTTATTTTAGCCTCCAATAAATTGTCAGAATAATACATGTGTTGAAGTTCAGAATTTCTATAGACAGTCAAAGTTTGGGGATTCTTAGGGGATAGCTGCTGTCAGTGTTTTCAAAAAGCGCACATGGGCATACTTTCCAAAAAGTGTTGAAGCGAGGCACCCAGAAGCCAATATTTAAATTTTAGATATATATAAAGAAACTACTAGATACTACCTAAATACTCCTAAAAAAGTTCATTTCTTTCTGCAATCTTTTACAAATTATCTTACTCACCATCTCATAGAAATCAAATTGCGGGAATAATATTTAAAGATAAAAAGGATAAAGGAATACAATAACTCCAACTATCCCCCAAATCTACCTGAAGAACTAAACACTACTATTTTAAACATATACTGTCTTGCTATTAGTTTTATCCTCTTCCATTCACTCTATTTATAATCAACTCCACTAACAAACTCCTTGGCTAATTACTAATATGCCTTTAATACCTTAATAATATTTCCAACTACCCCAATGGTATTCCTGTCATCACCATACTACTTTCTTTTTTCTTTTTTTTTCCATATTTTGAATTATTATTTTCATTTTTCTATTGTACACCTCACAGAATATCCTGTTTTTTTTTTTTGTGCTCTGCATTCAAGAATAATCTGTTTTAGTGCACCTTACACGTTTTTTTTTTTTTTTTGGATAATCAAGAAGCTTTCCTCCCTTATACCCGGGGGCACTTGCACCCACCTCAAGGCCCAGACCCGAAAGATATCAAGGGTTTTTTGAGTGCACGTCACACTTTAAAAAGCACGGTAGCTGCATACCTAATTACCTAGTCAGTTAAACAATTAACCATGATATCTTTGAGTCTAATATTTCTCTTAGTTCCCCCTGTTAAAGAAATCAAAGCAATGTGACTTCTCTAGATGCTTGTTATAAATATTGCCAGCCCTATTTCTATTATGATTCTAACCTGGATTTTTTTTTTCTTTTTTTTTTTTTTGTGCTCTTTGCAGATAGCAGAAGCCTTGTATGAGATCACACTTCCTAGATTTTCTGGAGATATTCTTCCAAAGAGTGATGCTGGGATAGTTCTGGCTATTGCTGACAGGTCAAAATACATCTACATGTCCCTTTTTACTATCTTCATAATTTGGCGCTTGTAACACATGTGAACTAATCCCATAGGCATTTTGTAGATAATATTAATCAAATTTATGTATTATAAGTGACTTAATTAACCTTAAGTGGTAGTAATTCATATTTTACCAATTGAATGATTAATAAATAGTAATTAGGGTTTAGTTTTTTCCAGTTTTCTTTGAAATTTTTTATATTCAATTTATTCTATTCTTGACTTATTTCTTAAAAATTCTTTCATTTATTCATAATTATTTATCATTCAGATTTTTCAGATGTAGGTAGATTTAGGTCAATAGGGCTAAATGAATCAATAGAGTTCAAATTAGTAAATAGTTAACTTGGCTGCTTGAATTTAACTTCAGTAATTAGAGTTAATTTCAACTTTCTTCATACTTCTGTTTTCTTTTTAAAATTCTCAAGAAAAACTAATGTCCTTTCATTGGCAATAATACCCAAGTAAATATATCTTCGCAACAAATAATAGTTCCACACGTCAATTAGCTCAAGAATTTTGATATAATAGGTAAATTATGTGTCACGCTAACAACTTACAAAAAAGAGGAAGAAAAACAGATAAGATGATTCCTGAAGGTAACAGTTGCTTAATGTGCGGAAGTGTATTTTGTATTTATTTATACCCTTTTAAATCTATGTAATTGTTCGTGTTGGAACCTGACAGTCAATATTTCATTGAATATGTATGTTACGGAAGTAACTAGATTTAAAAAAAATGGAAGTTTTAGATGGTAAAAACTTCTTTTTGACAGATGCATTGATGTAACTTTTATGTCACAAATTGTTTGAGAAATTGGGTAGTTCAATATTTAAAAAGTGGTAGAGTACTATTTACATTTTTGATGAGTTAGTTCTCATCTTTAAATACTATTTCAAGTGTTGAGAGAGAAAGTATAAACCACTATTAAGTAGTATTGTACATTGAAATTAAATGCAAATGGAAATTTAATAAAACATAGAAATAGATATGTCACTGCATGTTTAGTAATTTGATGATCTGAACTAGGATATAATAGTTCAAAAGATGTTTCTCCATATGTCATTTTTATATGAAATAGATAATAGGTAAAATCTGTGATAAAAGAAAAGACAACATATAGTGGTTTATTCTGCTGAAATAGTATACATAACGTTCTATATTTTTATCTGCGCTGCAGATTAGATAGTCTTGTTGGCTTATTTGCTGTTGGCTGTCAGCCTAGTTCTACAAGTGATCCATTTGGCCTTCGGAGAATTTCTTATGGCCTTGTAAGTTATTTAGAAATCATCATGAAATACAACAATTACACTTGTATTATCAAGTTGGTAATGCTGACTTCCAATTTGTAGGTCCAAATATTGGTGGAGAAGGATAAAAATCTTGATCTAGCGCAAGCACTGAGACTTGCAGCTGATGTCCAACCCATTAAAGTTGATACCGACATTATTGATAATGTGAGGCATTTTTTTTTTTTTTTTTTGCTCCGTGAAAGTTATGTTAGTGATAATAATGATAATAAAAGGTTAACTGGTGATATTTATTTTATTGGTTATCTTATTCTTTTACTCTCATATTTGCAAGTTATGTCGTACTCTTTTACTATAAACTTCTGTGAAATATAAAATAAGTGCAATCAGCCGTAGCTGTGAATTTCATTTCACATGCTGTTGCTGATGCTTGCTTGTTTTTCCTATATGTAAAAGTTTGTATGCTCAACTTGTATACATTTGCAATATGAATAATATAAATGTTTAAATTAAGTATAATTAATATCTTTTGTTATTAAATGTTGGATATTTCAATATTTTTGTGTAAATATTAATGGTCAATATTTACCATTTATGACATTTATTTATTTCCTTATATTGTAGTGGATCTTTCTCCTATGTAAGGAGACCTAAGTTGCATATATGATACACAGCAGAATATTTTTATTCTTGCAAATTAACATTAAATAAACTTTATGATCATATTTACTAAAGTGTTTCTATTGTCAATATTGTGTGTTCTGTTTTCAGGTAAATATATTTGTTACTCGAAGGCTTGAACAATTTTTGGTATGTATAATCTTCGAATGAAAGTATCATCTATTTGTATTTTAGTTCACAATACGAGACAGATGTCCTTTCATTGTAAGCTCACCATATTACTCGCTATATTTTTTCTATAGCAATACTATCTCAACAGATATTTTCTTAATTTGAGATTGTTTTCACTATTTCCGTTGTCCTAGAAGATTTTGAACTGTGACAATTTTTAAAAGTCACAAATTATTTGGTTATGGAAGTGACTTCTGAACTTAATCATGCCCCATCCCACCCAAAGAAAATTAGTAAAATGCAAGTCACGGGAAGTCTACAAAGAGCAATCATAGTATCATATTATTGACATTTTTAGCTGCTATAGTTGAGAATCCCTAAAATTTGGTTTCCAGCAATGCAAGATGCGAATATTCTTTTACTCCTTTTTCTTTATCCGACATGCTGTGCATCCCTTTTCTTTATCTGATCACAAGTTTGATGATTCATGCTAATTGAACGTTCTTTTTATATACTTTTACACCAACATATGCTTAAATAGCAAAGGAGATAAGTTGAGATGTTTTCTTTTGATCTGTTTGCAGGTGGATAAGGATTTAAGTTCAGAAATAGTTCGTTCAGTTCTCACAGAGCGTTCAAATTTTCCATGTCTTGCAGCAAAGACTGCTCATAAAGTAAATATTCCTTAATGAATTATTTGGAGTTATATTATTAATTCTTGGTGCAAATTGCTTTTGTGAAATTGTGTTTTTTTTTTTAACGAGATACGAACTTTTCATTGAGAGATGAAAAGGAACAAAATTGTTCAAGGATACAAACTCCCAAAGGAGTGAAAAAGAAAAATAAAAAGTAACATCAAACTAGAAAGGAGTTATAAATGTCTCCCAATTCATACAAATCATAATAGGAGGGTAGGAAAAGAAAAGATCGGAAAGAGCACACCATTGTGATGCTTTGAATTTGGCGAGATTAAAAAATTTCAAGGACGAATGACGAGAATCTTCAAAAACCCTTGGTTCCTCTTGAACCATAATTCTGAAATAATTGCCTTGAAACCATTAATCCAAAGAAGGTTAGATTTAGGCGGCCGATTAACTCCAGTTAGGTGATGTTGCTTGTAGCCTCACGATCCCAAACCTAAGCCAAATTGAACTTCTGAAATTTTGTTATAAACTTGTAATAGTCATCTTGAATGGTACCATTACTTGGTTTGCTTTCTACTAACTTAAATTACTCAATTATAAGGTCAAATTCTGAACTAATCTTTCAAAAAATTGCAGTTGAGAGCTATCCCATTAAATATTGAAGGATCATACGAATCATAAAAACTTTCGTTTAGTTACATATCTACTAGCGACCCTTCTCAGAAAAATGACCTTTGCTAGACACCTAAACTAGAGTGCTTCATCTTCCATAGTTTTTCTTTTTTTTTCCTTTTTTTTCCCACCTTTTTGTGTCAGAACAAACAGAGATTAATTTATCATATATTTCAACAATTGACGGTTGACGGTCAATGAGAAAGTACCAATAATCGTTTTTTCTTTTTCATAATTACTTTTCTTGATTAAATATTGTTTCTCTGGTTCTGGTATTATTTTAGATGAATGCTATGTCAAAAGGCGATCTGTTCCCAAAGATTGTAGAAGCATATGCACGTCCGACAAGAATCATTTATGGGAAGGATGTTGACCATACTATCGAGGTACCCTGTTCCTGTTCTCTGTTGAATAAGGAAAATCTATTTGTTGCAAAATTAGAAGTTTATCCGGATTTGCTTCATTTATTGAATTATGAATCATTAGGTCAATTTGTTTCACACTCTAGGAACTCCTGTTCTTTATTGGTTCTATTTTGGACAACATAAAATGAATGTTACTTGATTAAATTTATATTTTTCAACCAATTAATAATTTACAATAGGTGGAATTTGGAAATACCAATTTTCTGTTCCCGTGATTCGAAATTCGATGCAGTTGAATTTGTCTCTCGGCAAAAATGCCTAATATGAAAAGTAGTAATGAAACATGGAAAGAATGCAACAATTGAAATCAGCCATCAAAATGTAGATCTTTGACTCGTGAGAATCAATCAAGTTAATAAGACTCTGTCTAAGATACCGTCATGAATAGATTGGTCATAAATTTCTTTAGTTATAGTATTTACTATAGTACACTTCACCATAAACCAAGAGAATAAAAATTACTAATAATGCTTGATGGAACAATGCAGGAGTCTCACCCAAGGCCGAACTACATTTTAATGCTATTTTCTTCTGTTTTCTATTAGGCATTACAACACTTCATGGCTACCATAGCTATCATATTTCTACAGAACACAATTTAAATTCTTTCTTTTGACTTATAGCTGAAAATTTACGTCTCTCATTATTGCTTCAAAATTATTGTTACCTAGAGATATTATCGGTGATATATTTTACTCAGAGATTATGCATGTTAAATTACCGTGAAACCCAAAAGCTTAAATAGGTCGGGGTTTATTTAGTATTATATATATATATATTCTTGACATTTTTCCTCACATGAGGACTCGACTATTAATTTTCACAAAATCCAACACCCAAAAATTTAAGTTGACAAGTGAGGACATATTTAATTTTTAAAGTTAATATTTTTAACATTGCACATCTATTTTGCCGTTTATTCTTATCTTCATTGAAATGTTCTTTTAGGTTGATGAAGCTGCATTTGAGTCGAATGAAGAGAGAGCTTTATGGAATACTTTTTTGTCAATTAAAAACCAAGTTCACCCTGGTATATTCTCATTCGTTAATTGTAATTTATTGGCAATTCTACATCTTTCTTCTTCCATAACTATTGTTGAGGTGATGGTAACTCTTGTTCATATAACATTGATTTATTTTCTCATTTCACTCAGGCATTGAGGTTGATGAGTTTTTTGAAATATCTTCAAAGCTCATAGAACCACTTGAAGATTTCTTCGAGCATGTTTTTGTAATGGTGGTATGTTGCCCTTACCTTTAAATTAAGTTTATAGTAATATTGGTATTTTATCCACCATCAAGCAGATATTTGTTTAGAAACAAACATGTTTTTATTACATCATAACAATTTGTAGACATAGCCAAAACGAGCATAACTTAGCAGTAATTGACATATATCTCCAATCAAGAGGTTGGGAGTTCGATCCCCCGCCCCCACATGTTGTATATAACAATTTGTAGACATAAGAGATATGGAACACTACTGATGGAGACTCTTGATCAAAGTAAGAAGAATCTCAATCTATCCATTAATTGAAGGAGTATCCTCTATATATATATATAGGGATTACAACTAACAATAACTAAAAGTAACTAACAGTATCTAACAAAACAATAGTAACTTGTACTTACTATACAGTAAAAGGGATTGTAATCTAAAAACTAAGCTTATATCATTAAAGCTTTTAAAACTACCTAAAGCCATAAATGGCTACATTAACTACTAATACATTTTTGCATCCTTTTATCTGGTTTTTCCTTATCTTGTTGTTTATCCATACTCGAATTTTGAAATCTTCAAATTTTTTTAAGCATTATTAGATTTCAATTTCTAGTTTGAAAGTTAATCAAATGACAGTTTTGTTGTACCTTAATGCCATGTAGCTCTAGCAAAATTGGAATGTCTAAAAGAATATACACATATGCATCATTAACTTTAAATTTCCTTTGAAATAGTAAGATGTTAACCCATTTAGAGTGTTGAAAGGGTTTGAATTTTTCTAGAAAATATTTTGATACAAGGAGCTGTATCTTGTTTCTTCGAACTATTTTCAAGTAGTATTGCATATTTCATTGCTTTTTTTTAGATGTCCTTTATATTATTAAATAAATAAACCAAAGGAAACTTCCCTGGAGAATCATTTATATTCATAAAAATAATCATTTGTACATAAAATATTATTTAATATACATGTCCTTATTGTGTTCATATTCTAAACTTTTAGGAAATGATGTGCGACTATGCCCATGTTATATATCTTTTACATGCAATCGTGTACTCCGTAATTTAAATCAGTAAAAATCAGTGAAAATATGTTTGCTCTTGATGGCCTTGCGCAGTTTCAGTAGCTTTACCATTAAGCATTTCTAGATGCTTAATTCCATAATCCTTTGAAGTCATTGCTGGATTTGAATTTTATACCTGTTGTTCTAATGCATATATGAAGTGGACTACTACTAATTTTGATCAGATTGAAAGATGGATTGTGCTTCCCTGAAACAATCATGTAGAGGTTGTAGTAATTAGAACAAATCGTACTTTGTTCAAAAGTTGGAAAAAGAAATTACATATAATTAGGGTGGTATATCGAAAGGAGTCATGAGTAAAGTTTACACTAGTTTTTTCTTTAATTTCAAAAGTGAATATGTTTCATGATATCTGTAATTGCTAACTTGAATTTACGAAGTTCGCTTGTAAATTCTTCTACTTCTGAAGGAATACTTATCAAACTCCAACCAAAATGCATAGAAAGAGATTTGATCGTCTTTGTTTTTGCTACCATTTGCATGCAGGATGATGAAAAAATCCGTAATAATAGGCTCGCTCTTCTCAAAAGAATTGCAGATCTTCCAAGAGGCATAGCGGATCTTTCGGTTTTGTCGGGATTT

mRNA sequence

GTCATAGTCGAGAGTCTGTGCTCTAAACAAGTTGAGAAAGAGGTCGAGATTAGAGGACCTCCTGTTTCAAAAGCTTTTGATGACCAAGGAAATCCTACAAAGGCTGCTGAGGGCTTTTGTCGCAGATACTCTATACCGTGTGAATCATTGTACAAGAAGATCGATGGAAAGACAGAATATCTATATGCTCGTATAATGGAGTCTTCTCGGCTTGCTTTGGAGATTTTTTCTGAAAATTTACCTGGCATTGTAGCTAAAATATCATTCCCAAAGTCAATGCGATGGAATTCTCAGGTCATGTTTAGCAGGCCTATTCGCTGGATTTTGGCCCTTCATGGAGATATAGTTGTTCCATTTTCATATGCTGGTGTTTTAAGTGGGAACATATCCTATGGTCTTCGTAACACTTCTACATCTGTTGTTAAGGTCAATAGTGCAGAATCTTATGTGGGGGCAATGAAGAATGCTAAAATCAATATTGAAGTTGAGGAACGTAAAAGAAAAATTTTGGATCAGTCTTCCATATTGGCAGAAAGCGTCAAAGGGAAAACTGTTATTCAGGAGGTCTTACTTGATGAGGTTTCCAATCTCATCGAGACACCTGTTTCAATACTTGGAAAGTTCAATAATTCCTTCTTGGAGCTTCCAGAAGATCTTCTAACAATGGTTATGCAGAAGCACCAGAAATATTTTTCGATTAGAAATGCTAATGGGAAGCTGTTGCCGTACTTCATTGCTGTATCAAATGGAGAAATTGATGAGAAAGTTGTAAGAACAGGAAATGAAGCAGTACTTCGAGCTCGCTATGAAGATGCCAAGTTTTTCTATGAGATGGATACAAGTAAAAGGTTTTCTCAGTTTCGAAGTCAACTTAATGGTATTCTGTTTCATGAAAAACTGGGATCAATGCTTGACAAGATGACACGTGTGGAAACTATGGTTGTGAAACTAAGCCTGGCAATGGGAATTAATCAAGATTTGCTTCAAACTATACAGGAAGCTGCATCCCTTGCCATGTCAGATCTTGCTACTGCTGTTGTCACAGAATTTACTTCACTTGCAGGAATAATGGCACGACATTATGCTTTGCGGGAGGGCTTTTCAGAGCAGGTTCTTGAAGCCTTGTATGAGATCACACTTCCTAGATTTTCTGGAGATATTCTTCCAAAGAGTGATGCTGGGATAGTTCTGGCTATTGCTGACAGATTAGATAGTCTTGTTGGCTTATTTGCTGTTGGCTGTCAGCCTAGTTCTACAAGTGATCCATTTGGCCTTCGGAGAATTTCTTATGGCCTTGTCCAAATATTGGTGGAGAAGGATAAAAATCTTGATCTAGCGCAAGCACTGAGACTTGCAGCTGATGTCCAACCCATTAAAGTTGATACCGACATTATTGATAATGTAAATATATTTGTTACTCGAAGGCTTGAACAATTTTTGGTGGATAAGGATTTAAGTTCAGAAATAGTTCGTTCAGTTCTCACAGAGCGTTCAAATTTTCCATGTCTTGCAGCAAAGACTGCTCATAAAATGAATGCTATGTCAAAAGGCGATCTGTTCCCAAAGATTGTAGAAGCATATGCACGTCCGACAAGAATCATTTATGGGAAGGATGTTGACCATACTATCGAGGTTGATGAAGCTGCATTTGAGTCGAATGAAGAGAGAGCTTTATGGAATACTTTTTTGTCAATTAAAAACCAAGTTCACCCTGGCATTGAGGTTGATGAGTTTTTTGAAATATCTTCAAAGCTCATAGAACCACTTGAAGATTTCTTCGAGCATGTTTTTGTAATGGTGGATGATGAAAAAATCCGTAATAATAGGCTCGCTCTTCTCAAAAGAATTGCAGATCTTCCAAGAGGCATAGCGGATCTTTCGGTTTTGTCGGGATTT

Coding sequence (CDS)

GTCATAGTCGAGAGTCTGTGCTCTAAACAAGTTGAGAAAGAGGTCGAGATTAGAGGACCTCCTGTTTCAAAAGCTTTTGATGACCAAGGAAATCCTACAAAGGCTGCTGAGGGCTTTTGTCGCAGATACTCTATACCGTGTGAATCATTGTACAAGAAGATCGATGGAAAGACAGAATATCTATATGCTCGTATAATGGAGTCTTCTCGGCTTGCTTTGGAGATTTTTTCTGAAAATTTACCTGGCATTGTAGCTAAAATATCATTCCCAAAGTCAATGCGATGGAATTCTCAGGTCATGTTTAGCAGGCCTATTCGCTGGATTTTGGCCCTTCATGGAGATATAGTTGTTCCATTTTCATATGCTGGTGTTTTAAGTGGGAACATATCCTATGGTCTTCGTAACACTTCTACATCTGTTGTTAAGGTCAATAGTGCAGAATCTTATGTGGGGGCAATGAAGAATGCTAAAATCAATATTGAAGTTGAGGAACGTAAAAGAAAAATTTTGGATCAGTCTTCCATATTGGCAGAAAGCGTCAAAGGGAAAACTGTTATTCAGGAGGTCTTACTTGATGAGGTTTCCAATCTCATCGAGACACCTGTTTCAATACTTGGAAAGTTCAATAATTCCTTCTTGGAGCTTCCAGAAGATCTTCTAACAATGGTTATGCAGAAGCACCAGAAATATTTTTCGATTAGAAATGCTAATGGGAAGCTGTTGCCGTACTTCATTGCTGTATCAAATGGAGAAATTGATGAGAAAGTTGTAAGAACAGGAAATGAAGCAGTACTTCGAGCTCGCTATGAAGATGCCAAGTTTTTCTATGAGATGGATACAAGTAAAAGGTTTTCTCAGTTTCGAAGTCAACTTAATGGTATTCTGTTTCATGAAAAACTGGGATCAATGCTTGACAAGATGACACGTGTGGAAACTATGGTTGTGAAACTAAGCCTGGCAATGGGAATTAATCAAGATTTGCTTCAAACTATACAGGAAGCTGCATCCCTTGCCATGTCAGATCTTGCTACTGCTGTTGTCACAGAATTTACTTCACTTGCAGGAATAATGGCACGACATTATGCTTTGCGGGAGGGCTTTTCAGAGCAGGTTCTTGAAGCCTTGTATGAGATCACACTTCCTAGATTTTCTGGAGATATTCTTCCAAAGAGTGATGCTGGGATAGTTCTGGCTATTGCTGACAGATTAGATAGTCTTGTTGGCTTATTTGCTGTTGGCTGTCAGCCTAGTTCTACAAGTGATCCATTTGGCCTTCGGAGAATTTCTTATGGCCTTGTCCAAATATTGGTGGAGAAGGATAAAAATCTTGATCTAGCGCAAGCACTGAGACTTGCAGCTGATGTCCAACCCATTAAAGTTGATACCGACATTATTGATAATGTAAATATATTTGTTACTCGAAGGCTTGAACAATTTTTGGTGGATAAGGATTTAAGTTCAGAAATAGTTCGTTCAGTTCTCACAGAGCGTTCAAATTTTCCATGTCTTGCAGCAAAGACTGCTCATAAAATGAATGCTATGTCAAAAGGCGATCTGTTCCCAAAGATTGTAGAAGCATATGCACGTCCGACAAGAATCATTTATGGGAAGGATGTTGACCATACTATCGAGGTTGATGAAGCTGCATTTGAGTCGAATGAAGAGAGAGCTTTATGGAATACTTTTTTGTCAATTAAAAACCAAGTTCACCCTGGCATTGAGGTTGATGAGTTTTTTGAAATATCTTCAAAGCTCATAGAACCACTTGAAGATTTCTTCGAGCATGTTTTTGTAATGGTGGATGATGAAAAAATCCGTAATAATAGGCTCGCTCTTCTCAAAAGAATTGCAGATCTTCCAAGAGGCATAGCGGATCTTTCGGTTTTGTCGGGATTT

Protein sequence

VIVESLCSKQVEKEVEIRGPPVSKAFDDQGNPTKAAEGFCRRYSIPCESLYKKIDGKTEYLYARIMESSRLALEIFSENLPGIVAKISFPKSMRWNSQVMFSRPIRWILALHGDIVVPFSYAGVLSGNISYGLRNTSTSVVKVNSAESYVGAMKNAKINIEVEERKRKILDQSSILAESVKGKTVIQEVLLDEVSNLIETPVSILGKFNNSFLELPEDLLTMVMQKHQKYFSIRNANGKLLPYFIAVSNGEIDEKVVRTGNEAVLRARYEDAKFFYEMDTSKRFSQFRSQLNGILFHEKLGSMLDKMTRVETMVVKLSLAMGINQDLLQTIQEAASLAMSDLATAVVTEFTSLAGIMARHYALREGFSEQVLEALYEITLPRFSGDILPKSDAGIVLAIADRLDSLVGLFAVGCQPSSTSDPFGLRRISYGLVQILVEKDKNLDLAQALRLAADVQPIKVDTDIIDNVNIFVTRRLEQFLVDKDLSSEIVRSVLTERSNFPCLAAKTAHKMNAMSKGDLFPKIVEAYARPTRIIYGKDVDHTIEVDEAAFESNEERALWNTFLSIKNQVHPGIEVDEFFEISSKLIEPLEDFFEHVFVMVDDEKIRNNRLALLKRIADLPRGIADLSVLSGF

Homology

[Close]

BLAST of MC07g0202 vs. ExPASy Swiss-Prot
Match: Q8L785 (Glycine--tRNA ligase, chloroplastic/mitochondrial 2 OS=Arabidopsis thaliana OX=3702 GN=EDD1 PE=1 SV=1)

HSP 1 Score: 885.2 bits (2286), Expect = 4.4e-256
Identity = 433/632 (68.51%), Postives = 545/632 (86.23%), Query Frame = 0


Query: 1    VIVESLCSKQVEKEVEIRGPPVSKAFDDQGNPTKAAEGFCRRYSIPCESLYKKIDGKTEY 60
            V+V+++ SKQ+E+EVE+RGPP SKAFDD+GNPTKAAEGF RRY +P E LY+K+ GKTEY
Sbjct: 436  VLVDAMSSKQLEEEVEVRGPPASKAFDDEGNPTKAAEGFSRRYGVPLEKLYRKVSGKTEY 495

Query: 61   LYARIMESSRLALEIFSENLPGIVAKISFPKSMRWNSQVMFSRPIRWILALHGDIVVPFS 120
            ++AR+ E +RLALE+ SE+LPGI+AKISFPKSMRWNS VMFSRPIRW++ALHGD+VVPFS
Sbjct: 496  VHARVTEPARLALEVLSEDLPGILAKISFPKSMRWNSSVMFSRPIRWVMALHGDLVVPFS 555

Query: 121  YAGVLSGNISYGLRNTSTSVVKVNSAESYVGAMKNAKINIEVEERKRKILDQSSILAESV 180
            +AG+ SGN+S GLRNT+++ + V +AESY   M+N+ INIE+EERK+ IL++S+ LA+SV
Sbjct: 556  FAGISSGNVSCGLRNTASASLLVQNAESYEDTMRNSGINIEIEERKKIILEKSNALAKSV 615

Query: 181  KGKTVIQEVLLDEVSNLIETPVSILGKFNNSFLELPEDLLTMVMQKHQKYFSIRNANGKL 240
             G+ V+ + LL+EV+NL+E PV ++GKF  SFLELPE+LLT+VMQKHQKYFSI + +G+L
Sbjct: 616  SGRLVVPQNLLNEVANLVEAPVPLIGKFKESFLELPEELLTIVMQKHQKYFSIIDESGQL 675

Query: 241  LPYFIAVSNGEIDEKVVRTGNEAVLRARYEDAKFFYEMDTSKRFSQFRSQLNGILFHEKL 300
            LPYFIAV+NG I+E VV+ GNEAVLRARYEDAKFFYE+DT KRFS+FR QL GILFHEKL
Sbjct: 676  LPYFIAVANGAINEDVVKKGNEAVLRARYEDAKFFYEVDTRKRFSEFRDQLQGILFHEKL 735

Query: 301  GSMLDKMTRVETMVVKLSLAMGINQDLLQTIQEAASLAMSDLATAVVTEFTSLAGIMARH 360
            G+MLDKM R++ MV KL LA+ I++DLL  +++AASLAMSDLATAVVTEFT+L+GIMARH
Sbjct: 736  GTMLDKMNRLKKMVSKLCLALKIDEDLLPVVEDAASLAMSDLATAVVTEFTALSGIMARH 795

Query: 361  YALREGFSEQVLEALYEITLPRFSGDILPKSDAGIVLAIADRLDSLVGLFAVGCQPSSTS 420
            YALR+G+SEQ+ EAL EITLPRFSGD++PK+DAG+VLAI DRLDSLVGLFA GCQPSST+
Sbjct: 796  YALRDGYSEQIAEALLEITLPRFSGDVIPKTDAGMVLAIGDRLDSLVGLFAAGCQPSSTN 855

Query: 421  DPFGLRRISYGLVQILVEKDKNLDLAQALRLAADVQPIKVDTDIIDNVNIFVTRRLEQFL 480
            DPFGLRRISYGLVQILVEKDKN++  + L LAA VQP KV+ + +++V  FVTRRLEQ L
Sbjct: 856  DPFGLRRISYGLVQILVEKDKNVNFKRVLELAASVQPTKVEANTVEDVYQFVTRRLEQLL 915

Query: 481  VDKDLSSEIVRSVLTERSNFPCLAAKTAHKMNAMSKGDLFPKIVEAYARPTRIIYGKDVD 540
            VD  +S E+VRSVL ER N PCLAA+TA+K   +SKG++FPKIVEAY+RPTRI+ GKDV 
Sbjct: 916  VDNGVSPEVVRSVLAERGNNPCLAARTAYKTEKLSKGEMFPKIVEAYSRPTRIVRGKDVG 975

Query: 541  HTIEVDEAAFESNEERALWNTFLSIKNQVHPGIEVDEFFEISSKLIEPLEDFFEHVFVMV 600
              +EVDE AFE+ +ER LW+T+ SIK+++H GIE+++F EIS +L+EPLEDFF +VFVMV
Sbjct: 976  VGVEVDENAFETPQERTLWSTYTSIKDRIHTGIEIEDFTEISMQLVEPLEDFFNNVFVMV 1035

Query: 601  DDEKIRNNRLALLKRIADLPRGIADLSVLSGF 633
            ++E++R NRLALL  IA+LP+G+ DLS L GF
Sbjct: 1036 EEERVRKNRLALLNNIANLPKGVIDLSFLPGF 1067

[Close]

BLAST of MC07g0202 vs. ExPASy Swiss-Prot
Match: A4J7C9 (Glycine--tRNA ligase beta subunit OS=Desulfotomaculum reducens (strain MI-1) OX=349161 GN=glyS PE=3 SV=1)

HSP 1 Score: 393.3 bits (1009), Expect = 5.3e-108
Identity = 236/635 (37.17%), Postives = 356/635 (56.06%), Query Frame = 0


Query: 3   VESLCSKQVEKEVEIRGPPVSKAFDDQGNPTKAAEGFCRRYSIPCESLYKKIDGKTEYLY 62
           ++ L   Q   E E++GP    AFD  GNPTKA  GF R   +  E L  +  G+ EYLY
Sbjct: 57  IKDLAENQAALEKEVKGPAKKAAFDAAGNPTKAILGFTRSQGVSMEDLVVRSIGQVEYLY 116

Query: 63  ARIMESSRLALEIFSENLPGIVAKISFPKSMRWNS-QVMFSRPIRWILALHGDIVVPFSY 122
           A   E  R   ++ +E  PG++A + FPK MRW   ++ F+RPIRW+LAL G+ VVPF  
Sbjct: 117 ALKREEGRPTAQVLAEICPGLIAGLHFPKPMRWGELELRFARPIRWLLALFGEAVVPFEL 176

Query: 123 AGVLSGNISYGLRNTSTSVVKVNSAESYVGAMKNAKINIEVEERKRKILDQSSILAESVK 182
           A + S   +YG R  ST  + + + E Y   ++ A + I+  ERK  I  Q   LA +  
Sbjct: 177 ANLQSNRFTYGHRFLSTGDLSIANPEDYFTKIRGAYVLIDPAERKELIWQQVQELATAEG 236

Query: 183 GKTVIQEVLLDEVSNLIETPVSILGKFNNSFLELPEDLLTMVMQKHQKYFSIRNANGKLL 242
           G     E LLDE++N++E P ++ G F+  +L+LP  +L   M++HQ+YF + +  GKLL
Sbjct: 237 GVVEKDEDLLDEITNILEWPTALCGTFDEDYLKLPGAVLVTPMREHQRYFPVVSNEGKLL 296

Query: 243 PYFIAVSNG-EIDEKVVRTGNEAVLRARYEDAKFFYEMDTSKRFSQFRSQLNGILFHEKL 302
             FIAV NG     ++V  GNE VLRAR  DA FF+E D  +  +   + L  ++F E L
Sbjct: 297 NKFIAVRNGTRAYIEIVTAGNEKVLRARLADAAFFFEEDLKQPLASKVNGLQKVVFLEGL 356

Query: 303 GSMLDKMTRVETMVVKLSLAMGINQDLLQTIQEAASLAMSDLATAVVTEFTSLAGIMARH 362
           GS+ DK+ R+  M   L+  +G N++  + IQ  A LA +DL T +V EF  L G M R 
Sbjct: 357 GSIADKVDRIGAMADHLAETLGANEEQRENIQRGALLAKADLITNMVYEFPELQGEMGRE 416

Query: 363 YALREGFSEQVLEALYEITLPRFSGDILPKSDAGIVLAIADRLDSLVGLFAVGCQPSSTS 422
           YALR G + +V EA++E  LPRF+GD+LP++ AG VL++AD++DS+VG FA+G QP+ + 
Sbjct: 417 YALRNGEAPEVAEAIFEHYLPRFAGDLLPETLAGSVLSVADKMDSIVGCFAIGIQPTGSQ 476

Query: 423 DPFGLRRISYGLVQILVEKDKNLDLAQALRLA----ADVQPIKVD-TDIIDNVNIFVTRR 482
           DP+ LRR + G+  +L+E + +L L + ++ A     +   +K D   +I  +  F  +R
Sbjct: 477 DPYALRRQALGICHMLIEGNIHLSLRELVQWAYQGYHEGVELKQDLNQVITEIEEFFKQR 536

Query: 483 LEQFLVDKDLSSEIVRSVLTERSNFPCLAAKTAHKMNAMSKGDLFPKIVEAYARPTRIIY 542
           L+  L D+ LS + V +VLT   +           + A  +   F  ++ A+ R   +  
Sbjct: 537 LKGILNDRGLSYDTVDAVLTAGFDDIADVVDRGMALAAFRELPAFAALMTAFNRANNLAK 596

Query: 543 GKDVDHTIEVDEAAFESNEERALWNTFLSIKNQVHPGIEVDEFFEISSKLI---EPLEDF 602
                 T +V E   E + E+ L+     ++ +V P +E   +     K+     PL+ F
Sbjct: 597 HAT---TTQVQEVHLEHSAEQELYGLLTKLEGEVRPLLEQKNYALALQKIATIQSPLDTF 656

Query: 603 FEHVFVMVDDEKIRNNRLALLKRIADLPRGIADLS 628
           FE V VMV+DE ++ NRLALLK++  L   +AD S
Sbjct: 657 FESVMVMVEDEAVKTNRLALLKKLVGLSMNVADFS 688

[Close]

BLAST of MC07g0202 vs. ExPASy Swiss-Prot
Match: B8CXH5 (Glycine--tRNA ligase beta subunit OS=Halothermothrix orenii (strain H 168 / OCM 544 / DSM 9562) OX=373903 GN=glyS PE=3 SV=1)

HSP 1 Score: 391.0 bits (1003), Expect = 2.6e-107
Identity = 225/637 (35.32%), Postives = 375/637 (58.87%), Query Frame = 0


Query: 1   VIVESLCSKQVEKEVEIRGPPVSKAFDDQGNPTKAAEGFCRRYSIPCESLYKKIDGKTEY 60
           + V+ L  KQ EK   ++GP  S AF+D G PT+AA+GF R   +  + L  K D    Y
Sbjct: 55  LFVKELAEKQEEKREVVKGPARSIAFEDDGTPTRAAKGFSRAQGVEVDDLIIKDD----Y 114

Query: 61  LYARIMESSRLALEIFSENLPGIVAKISFPKSMRW-NSQVMFSRPIRWILALHGDIVVPF 120
           +Y   +E  +    +  + LPG++ K+  P+SMRW +    F RPIRW+LAL G+ ++ F
Sbjct: 115 VYVEKIEQGQDTAGLLKDILPGLINKLPLPRSMRWADYNFKFIRPIRWLLALFGEEIISF 174

Query: 121 SYAGVLSGNISYGLRNTSTSVVKVNSAESYVGAMKNAKINIEVEERKRKILDQSSILAES 180
           S AGV SG  + G R      ++V   + Y   M+   I ++  +R+  IL Q   + + 
Sbjct: 175 SMAGVQSGAYTRGHRFLVKDRLEVKDPDHYFDVMEKGYIIVDHNKRRELILKQIREIEKE 234

Query: 181 VKGKTVIQEVLLDEVSNLIETPVSILGKFNNSFLELPEDLLTMVMQKHQKYFSIRNANGK 240
           + GK ++++ LL EV +L+E P +  GKF+ S+LELP+D+L   M +HQ+YF + + +G 
Sbjct: 235 I-GKVMVEDDLLTEVVDLVEYPTAFYGKFDRSYLELPDDVLITSMAEHQRYFPVIDEDGS 294

Query: 241 LLPYFIAVSNGEIDE-KVVRTGNEAVLRARYEDAKFFYEMDTSKRFSQFRSQLNGILFHE 300
           L PYF+ V +G  D  + VR GNE VLRAR  DA+FF+E D      + + +L  I+F E
Sbjct: 295 LSPYFVGVRDGIEDYIEEVRYGNEMVLRARLADARFFFEEDLKVSIEERQKELEEIVFQE 354

Query: 301 KLGSMLDKMTRVETMVVKLSLAMGINQDLLQTIQEAASLAMSDLATAVVTEFTSLAGIMA 360
            LGSM+DK+ R++ +V+++  ++ + +  LQ++  AA L+ +DL T +V EFT L G+M 
Sbjct: 355 DLGSMMDKVKRLKQLVIQIGKSLNLKESQLQSLIRAAELSKNDLVTEMVNEFTKLQGVMG 414

Query: 361 RHYALREGFSEQVLEALYEITLPRFSGDILPKSDAGIVLAIADRLDSLVGLFAVGCQPSS 420
           R YAL  G  E+V  A+YE  LPR+SGD LP++  G +L+IAD++D++   F++G  PS 
Sbjct: 415 REYALINGEDEEVATAIYEQYLPRYSGDRLPQTLYGRILSIADKIDNITSHFSLGMIPSG 474

Query: 421 TSDPFGLRRISYGLVQILVEKDKNLDLAQALRLAADVQPIKVDTDIIDNVNIFVTRRLEQ 480
           + DPF LRR + G+V I+++    L L+  L  + +V     D D ++    F+ +RLE 
Sbjct: 475 SQDPFALRRQANGIVNIIIDAQLPLKLSSLLNWSIEVLE-PGDKDFVNEEKSFLLQRLET 534

Query: 481 FLVDKDLSSEIVRSVLTERSNFPCLAAKTAHKMNAMSK--GDLFPKIVEAYARPTRIIYG 540
            L ++ +  +I+ SV+    + P      A  + ++ K   DLF  +++   R   +   
Sbjct: 535 ILDERGIRYDIINSVVRVGDDDPNNILSRAEAVMSLRKENPDLFVDLIQGLVRARNLASK 594

Query: 541 KDVDHTIEVDEAAFESNEERALWNTFLSIKNQVHPGIEVDEFFEISSKLI---EPLEDFF 600
            + ++  +++   FE  EE+ L++ +  IK+++    +   +     KL+   EP+++F 
Sbjct: 595 GEGNN--DINPEYFECREEKELYDIYRKIKDEIQRQFKKKNYLSGLKKLVDVKEPVDNFL 654

Query: 601 EHVFVMVDDEKIRNNRLALLKRIADLPRGIADLSVLS 631
           ++V VMV+DE+I+NNRLALL+ I++L  G+ ++S ++
Sbjct: 655 DNVVVMVEDERIKNNRLALLQEISNLVSGVMNISEIA 683

[Close]

BLAST of MC07g0202 vs. ExPASy Swiss-Prot
Match: Q182B8 (Glycine--tRNA ligase beta subunit OS=Clostridioides difficile (strain 630) OX=272563 GN=glyS PE=3 SV=1)

HSP 1 Score: 366.7 bits (940), Expect = 5.3e-100
Identity = 224/640 (35.00%), Postives = 366/640 (57.19%), Query Frame = 0


Query: 1   VIVESLCSKQVEKEVEIRGPPVSKAFDDQGNPTKAAEGFCRRYSIPCESLYKKIDGKTEY 60
           ++VE L  +Q + E EI+GP    A D + N TK A GF +   +    +Y K  GK EY
Sbjct: 55  LVVEGLSDRQNDLEEEIKGPAKKIAVDAENNLTKPALGFIKSKGLSESDIYFKQVGKEEY 114

Query: 61  LYARIMESSRLALEIFSENLPGIVAKISFPKSMRWNSQ-VMFSRPIRWILALHGDIVVPF 120
           ++A I +  +   E+  + LP  +  + FPK+MRW  + + F+RPIRWI+AL  D V+ F
Sbjct: 115 IFATIKQDGKETSEVLKDILPETIKSVVFPKAMRWGGKNLKFARPIRWIVALLNDKVLEF 174

Query: 121 SYAGVLSGNISYGLRNTSTSVVKVNSAESYVGAMKNAKINIEVEERKRKILDQSSILAES 180
              G++S N++ G R    S ++V+S E Y   ++   I ++  +RK  I  Q   +A S
Sbjct: 175 DLEGIISSNVTKGHRFLGESTIEVDSIEDYFEKLEKNYIVLDQNKRKEMIRKQCIEVANS 234

Query: 181 VKGKTVIQEVLLDEVSNLIETPVSILGKFNNSFLELPEDLLTMVMQKHQKYFSIRNANGK 240
           + G+    E LL+EV+ L+E P +  G+F+  +++LP++++   M++HQ+YF +    GK
Sbjct: 235 LGGEVEFDEDLLEEVTYLVEYPTAFYGEFDVDYIKLPKEVVITPMKQHQRYFPVLK-EGK 294

Query: 241 LLPYFIAVSNGE---IDEKVVRTGNEAVLRARYEDAKFFYEMDTSKRFSQFRSQLNGILF 300
           LLP FIAV NG+   ID   V+ GNE VL AR  DA FFY  DT +    +  +L  ++F
Sbjct: 295 LLPNFIAVRNGDSYRIDN--VKAGNEKVLEARLADALFFYREDTKRNLESYIEKLKTVVF 354

Query: 301 HEKLGSMLDKMTRVETMVVKLSLAMGINQDLLQTIQEAASLAMSDLATAVVTEFTSLAGI 360
             KLG++ DK  R+E +   +  ++G+  +   TI+ AA L+ +DL T +V EF  L G 
Sbjct: 355 QVKLGTIYDKTLRLEKLSADILDSLGLVDEKTDTIR-AAKLSKADLVTGMVGEFDELQGF 414

Query: 361 MARHYALREGFSEQVLEALYEITLPRFSGDILPKSDAGIVLAIADRLDSLVGLFAVGCQP 420
           M + YA   G ++ V EA++E  LPRF+GDILPK++AG+ L+IAD+LDS+ G FA+G QP
Sbjct: 415 MGKEYAKVGGENDVVSEAIFEHYLPRFAGDILPKTNAGVALSIADKLDSIAGFFAIGIQP 474

Query: 421 SSTSDPFGLRRISYGLVQILVEKDKNLDLAQALRLAAD-VQPIKVD-TDIIDNVNIFVTR 480
           + + DP+ LRR + G++ IL+++   +D+   +  A D    +  D  ++++ +  F   
Sbjct: 475 TGSQDPYALRRQALGILSILMDRKVAVDIKVLIEHALDNYSELDFDKEEVVEQIMNFFNE 534

Query: 481 RLEQFLVDKDLSSEIVRSVLTERSNFPCLAAKTAHKMNAMSKGDLFPKIVEAYARPTRII 540
           R++    D  +  ++V +VL+   N        A ++N   + D   +++ A+ R + + 
Sbjct: 535 RVKNLFKDLGIRYDVVDAVLSSDINDVSDMHMRALELNNWLEKDELVEMLTAFNRVSTLA 594

Query: 541 YGKDVDHTIEVDEAAFESNEERALWNTFLSIKNQVHP-------GIEVDEFFEISSKLIE 600
              + D   ++DE+  + + E  L+N F  +K +V+        GI +DEF    + L  
Sbjct: 595 QKAESD---KIDESLLKEDAEIKLYNEFKQVKIKVNELLKDKKYGIALDEF----ASLRP 654

Query: 601 PLEDFFEHVFVMVDDEKIRNNRLALLKRIADLPRGIADLS 628
            +++ F+ V VM +DE I+NNRLALLK++ D    I DLS
Sbjct: 655 VVDNLFDTVMVMDNDEAIKNNRLALLKQVYDTMLEICDLS 683

[Close]

BLAST of MC07g0202 vs. ExPASy Swiss-Prot
Match: B1I1T4 (Glycine--tRNA ligase beta subunit OS=Desulforudis audaxviator (strain MP104C) OX=477974 GN=glyS PE=3 SV=1)

HSP 1 Score: 363.6 bits (932), Expect = 4.5e-99
Identity = 232/633 (36.65%), Postives = 341/633 (53.87%), Query Frame = 0


Query: 3   VESLCSKQVEKEVEIRGPPVSKAFDDQGNPTKAAEGFCRRYSIPCESLYKKIDGKTEYLY 62
           V  L   Q     EI+GPP   AFD  G PTKAA GF R   +  E L  +  G  EY+Y
Sbjct: 57  VRDLAGDQAPLVQEIKGPPKKAAFDIDGVPTKAALGFARSQGVAVEDLVTRAVGPVEYVY 116

Query: 63  ARIMESSRLALEIFSENLPGIVAKISFPKSMRWNSQ-VMFSRPIRWILALHGDIVVPFSY 122
           A   E+ R A EI +E  P ++  + FP+ MRW  Q   F RPIRWIL +HGD V+ F+ 
Sbjct: 117 AVRQETGRPAAEILAELGPRLIGALVFPRPMRWGDQDFRFVRPIRWILCVHGDRVIEFTV 176

Query: 123 AGVLSGNISYGLRNTSTSVVKVNSAESYVGAMKNAKINIEVEERKRKILDQSSILAESVK 182
           AGV SG  ++G R  S   + V +A  Y   ++   + ++   R+  + +Q    A +  
Sbjct: 177 AGVRSGPHTWGHRFLSAGRLLVTTAGDYFTLLEENFVIVDPARRREMVWEQVRAAAAAES 236

Query: 183 GKTVIQEVLLDEVSNLIETPVSILGKFNNSFLELPEDLLTMVMQKHQKYFSIRNANGKLL 242
           G       LL EV++L+E P +  G F  S+LELPE +L   M++HQ+YF +R+  G+L+
Sbjct: 237 GTVADDPELLAEVADLLEYPSAFCGCFPESYLELPEPVLVTPMREHQRYFPVRDGTGRLM 296

Query: 243 PYFIAVSNGEIDE-KVVRTGNEAVLRARYEDAKFFYEMDTSKRFSQFRSQLNGILFHEKL 302
           P+F+ V NG  +   ++R+GNE VLRAR  DA FF+  D          +L  ++F E L
Sbjct: 297 PFFVGVHNGTAEHLNLIRSGNEKVLRARLADAAFFFREDLEVPLPDRGPELKKVVFQESL 356

Query: 303 GSMLDKMTRVETMVVKLSLAMGINQDLLQTIQEAASLAMSDLATAVVTEFTSLAGIMARH 362
           G+M +K+ R+  +   LS A+G+++        AA L+ +DL T++V EF  L GIM R 
Sbjct: 357 GTMHEKVERLTALAGYLSSALGLDETERAQAHRAAVLSKNDLLTSMVYEFPELQGIMGRE 416

Query: 363 YALREGFSEQVLEALYEITLPRFSGDILPKSDAGIVLAIADRLDSLVGLFAVGCQPSSTS 422
           YALR G +  V EA+ E  LP   G+ LP + AG+VLA+ADR D+LVG F +G QP+ + 
Sbjct: 417 YALRAGEAPAVAEAIREQYLPAPGGEELPATRAGLVLALADRADNLVGAFGMGVQPTGSQ 476

Query: 423 DPFGLRRISYGLVQILVEKDKNLDLAQALR--LAADVQPIKVDT-DIIDNVNIFVTRRLE 482
           DP+ LRR + G+  +L++    LDL    R   AA    + V+  ++   +  F  +RL 
Sbjct: 477 DPYALRRQALGICHLLLDTPAYLDLDDFFREAYAAYGGRLTVEAGEVAAQLADFFGQRLR 536

Query: 483 QFLVDKDLSSEIVRSVLTERSNFPCLAAKTAHKMNAMSKGDLFPKIVEAYARPTRIIYGK 542
               D+ LS  +V + L         A + A  +        F  I  A+ R   +   K
Sbjct: 537 VLFQDRGLSYGVVEAALAAGHADVRDAWERATAVATFQSHPAFADISTAFTRANNL--AK 596

Query: 543 DVDHTIEVDEAAFESNEERALWNTFLSIKNQVHPGIEVDEF---FEISSKLIEPLEDFFE 602
           +   T  V+ A F+   E  L+  FL ++ QV   I    +       ++L EP++ FF+
Sbjct: 597 NAAGT-RVEPALFKDPVEHTLYQAFLQVREQVEAQIARRRYGAALAALAELREPVDRFFD 656

Query: 603 HVFVMVDDEKIRNNRLALLKRIADLPRGIADLS 628
            V VMV++  +R NRLALL+ +ADL +GIADLS
Sbjct: 657 GVMVMVEEAAVRENRLALLRLVADLFKGIADLS 686

[Close]

BLAST of MC07g0202 vs. NCBI nr
Match: XP_022156973.1 (glycine--tRNA ligase, chloroplastic/mitochondrial 2 isoform X2 [Momordica charantia])

HSP 1 Score: 1211 bits (3134), Expect = 0.0
Identity = 630/632 (99.68%), Postives = 631/632 (99.84%), Query Frame = 0


Query: 1    VIVESLCSKQVEKEVEIRGPPVSKAFDDQGNPTKAAEGFCRRYSIPCESLYKKIDGKTEY 60
            VIVESLCSKQVEKEVEIRGPPVSKAFDDQGNPTKAAEGFCRRYSIPCESLYKKIDGKTEY
Sbjct: 434  VIVESLCSKQVEKEVEIRGPPVSKAFDDQGNPTKAAEGFCRRYSIPCESLYKKIDGKTEY 493

Query: 61   LYARIMESSRLALEIFSENLPGIVAKISFPKSMRWNSQVMFSRPIRWILALHGDIVVPFS 120
            LYARIMESSRLALEIFSENLPGIVAKISFPKSMRWNSQVMFSRPIRWILALHGDIVVPFS
Sbjct: 494  LYARIMESSRLALEIFSENLPGIVAKISFPKSMRWNSQVMFSRPIRWILALHGDIVVPFS 553

Query: 121  YAGVLSGNISYGLRNTSTSVVKVNSAESYVGAMKNAKINIEVEERKRKILDQSSILAESV 180
            YAGVLSGNISYGLRNTSTSVVKVNSAESYVGAMKNAKINIEVEERKRKILDQSSILAESV
Sbjct: 554  YAGVLSGNISYGLRNTSTSVVKVNSAESYVGAMKNAKINIEVEERKRKILDQSSILAESV 613

Query: 181  KGKTVIQEVLLDEVSNLIETPVSILGKFNNSFLELPEDLLTMVMQKHQKYFSIRNANGKL 240
            KGKTVIQEVLLDEVSNLIETPVSILGKFNNSFLELPEDLLTMVMQKHQKYFSIRNANGKL
Sbjct: 614  KGKTVIQEVLLDEVSNLIETPVSILGKFNNSFLELPEDLLTMVMQKHQKYFSIRNANGKL 673

Query: 241  LPYFIAVSNGEIDEKVVRTGNEAVLRARYEDAKFFYEMDTSKRFSQFRSQLNGILFHEKL 300
            LPYFIAVSNGEIDEKVVRTGNEAVLRARYEDAKFFYEMDTSKRFSQFRSQLNGILFHEKL
Sbjct: 674  LPYFIAVSNGEIDEKVVRTGNEAVLRARYEDAKFFYEMDTSKRFSQFRSQLNGILFHEKL 733

Query: 301  GSMLDKMTRVETMVVKLSLAMGINQDLLQTIQEAASLAMSDLATAVVTEFTSLAGIMARH 360
            GSMLDKMTRVETMVVKLSLAMGINQDLLQTIQEAASLAMSDLATAVVTEFTSLAGIMARH
Sbjct: 734  GSMLDKMTRVETMVVKLSLAMGINQDLLQTIQEAASLAMSDLATAVVTEFTSLAGIMARH 793

Query: 361  YALREGFSEQVLEALYEITLPRFSGDILPKSDAGIVLAIADRLDSLVGLFAVGCQPSSTS 420
            YALREGFSEQ+ EALYEITLPRFSGDILPKSDAGIVLAIADRLDSLVGLFAVGCQPSSTS
Sbjct: 794  YALREGFSEQIAEALYEITLPRFSGDILPKSDAGIVLAIADRLDSLVGLFAVGCQPSSTS 853

Query: 421  DPFGLRRISYGLVQILVEKDKNLDLAQALRLAADVQPIKVDTDIIDNVNIFVTRRLEQFL 480
            DPFGLRRISYGLVQILVEKDKNLDLAQALRLAADVQPIKVDTDIIDNVNIFVTRRLEQFL
Sbjct: 854  DPFGLRRISYGLVQILVEKDKNLDLAQALRLAADVQPIKVDTDIIDNVNIFVTRRLEQFL 913

Query: 481  VDKDLSSEIVRSVLTERSNFPCLAAKTAHKMNAMSKGDLFPKIVEAYARPTRIIYGKDVD 540
            VDKDLSSEIVRSVLTERSNFPCLAAKTAHKMNAMSKGDLFPKIVEAYARPTRIIYGKDVD
Sbjct: 914  VDKDLSSEIVRSVLTERSNFPCLAAKTAHKMNAMSKGDLFPKIVEAYARPTRIIYGKDVD 973

Query: 541  HTIEVDEAAFESNEERALWNTFLSIKNQVHPGIEVDEFFEISSKLIEPLEDFFEHVFVMV 600
            HTIEVDEAAFESNEERALWNTFLSIKNQVHPGIEVDEFFEISSKLIEPLEDFFEHVFVMV
Sbjct: 974  HTIEVDEAAFESNEERALWNTFLSIKNQVHPGIEVDEFFEISSKLIEPLEDFFEHVFVMV 1033

Query: 601  DDEKIRNNRLALLKRIADLPRGIADLSVLSGF 632
            DDEKIRNNRLALLKRIADLPRGIADLSVLSGF
Sbjct: 1034 DDEKIRNNRLALLKRIADLPRGIADLSVLSGF 1065

[Close]

BLAST of MC07g0202 vs. NCBI nr
Match: XP_022156971.1 (glycine--tRNA ligase, chloroplastic/mitochondrial 2 isoform X1 [Momordica charantia])

HSP 1 Score: 1211 bits (3134), Expect = 0.0
Identity = 630/632 (99.68%), Postives = 631/632 (99.84%), Query Frame = 0


Query: 1    VIVESLCSKQVEKEVEIRGPPVSKAFDDQGNPTKAAEGFCRRYSIPCESLYKKIDGKTEY 60
            VIVESLCSKQVEKEVEIRGPPVSKAFDDQGNPTKAAEGFCRRYSIPCESLYKKIDGKTEY
Sbjct: 439  VIVESLCSKQVEKEVEIRGPPVSKAFDDQGNPTKAAEGFCRRYSIPCESLYKKIDGKTEY 498

Query: 61   LYARIMESSRLALEIFSENLPGIVAKISFPKSMRWNSQVMFSRPIRWILALHGDIVVPFS 120
            LYARIMESSRLALEIFSENLPGIVAKISFPKSMRWNSQVMFSRPIRWILALHGDIVVPFS
Sbjct: 499  LYARIMESSRLALEIFSENLPGIVAKISFPKSMRWNSQVMFSRPIRWILALHGDIVVPFS 558

Query: 121  YAGVLSGNISYGLRNTSTSVVKVNSAESYVGAMKNAKINIEVEERKRKILDQSSILAESV 180
            YAGVLSGNISYGLRNTSTSVVKVNSAESYVGAMKNAKINIEVEERKRKILDQSSILAESV
Sbjct: 559  YAGVLSGNISYGLRNTSTSVVKVNSAESYVGAMKNAKINIEVEERKRKILDQSSILAESV 618

Query: 181  KGKTVIQEVLLDEVSNLIETPVSILGKFNNSFLELPEDLLTMVMQKHQKYFSIRNANGKL 240
            KGKTVIQEVLLDEVSNLIETPVSILGKFNNSFLELPEDLLTMVMQKHQKYFSIRNANGKL
Sbjct: 619  KGKTVIQEVLLDEVSNLIETPVSILGKFNNSFLELPEDLLTMVMQKHQKYFSIRNANGKL 678

Query: 241  LPYFIAVSNGEIDEKVVRTGNEAVLRARYEDAKFFYEMDTSKRFSQFRSQLNGILFHEKL 300
            LPYFIAVSNGEIDEKVVRTGNEAVLRARYEDAKFFYEMDTSKRFSQFRSQLNGILFHEKL
Sbjct: 679  LPYFIAVSNGEIDEKVVRTGNEAVLRARYEDAKFFYEMDTSKRFSQFRSQLNGILFHEKL 738

Query: 301  GSMLDKMTRVETMVVKLSLAMGINQDLLQTIQEAASLAMSDLATAVVTEFTSLAGIMARH 360
            GSMLDKMTRVETMVVKLSLAMGINQDLLQTIQEAASLAMSDLATAVVTEFTSLAGIMARH
Sbjct: 739  GSMLDKMTRVETMVVKLSLAMGINQDLLQTIQEAASLAMSDLATAVVTEFTSLAGIMARH 798

Query: 361  YALREGFSEQVLEALYEITLPRFSGDILPKSDAGIVLAIADRLDSLVGLFAVGCQPSSTS 420
            YALREGFSEQ+ EALYEITLPRFSGDILPKSDAGIVLAIADRLDSLVGLFAVGCQPSSTS
Sbjct: 799  YALREGFSEQIAEALYEITLPRFSGDILPKSDAGIVLAIADRLDSLVGLFAVGCQPSSTS 858

Query: 421  DPFGLRRISYGLVQILVEKDKNLDLAQALRLAADVQPIKVDTDIIDNVNIFVTRRLEQFL 480
            DPFGLRRISYGLVQILVEKDKNLDLAQALRLAADVQPIKVDTDIIDNVNIFVTRRLEQFL
Sbjct: 859  DPFGLRRISYGLVQILVEKDKNLDLAQALRLAADVQPIKVDTDIIDNVNIFVTRRLEQFL 918

Query: 481  VDKDLSSEIVRSVLTERSNFPCLAAKTAHKMNAMSKGDLFPKIVEAYARPTRIIYGKDVD 540
            VDKDLSSEIVRSVLTERSNFPCLAAKTAHKMNAMSKGDLFPKIVEAYARPTRIIYGKDVD
Sbjct: 919  VDKDLSSEIVRSVLTERSNFPCLAAKTAHKMNAMSKGDLFPKIVEAYARPTRIIYGKDVD 978

Query: 541  HTIEVDEAAFESNEERALWNTFLSIKNQVHPGIEVDEFFEISSKLIEPLEDFFEHVFVMV 600
            HTIEVDEAAFESNEERALWNTFLSIKNQVHPGIEVDEFFEISSKLIEPLEDFFEHVFVMV
Sbjct: 979  HTIEVDEAAFESNEERALWNTFLSIKNQVHPGIEVDEFFEISSKLIEPLEDFFEHVFVMV 1038

Query: 601  DDEKIRNNRLALLKRIADLPRGIADLSVLSGF 632
            DDEKIRNNRLALLKRIADLPRGIADLSVLSGF
Sbjct: 1039 DDEKIRNNRLALLKRIADLPRGIADLSVLSGF 1070

[Close]

BLAST of MC07g0202 vs. NCBI nr
Match: XP_022156974.1 (glycine--tRNA ligase, chloroplastic/mitochondrial 2 isoform X3 [Momordica charantia])

HSP 1 Score: 1211 bits (3134), Expect = 0.0
Identity = 630/632 (99.68%), Postives = 631/632 (99.84%), Query Frame = 0


Query: 1   VIVESLCSKQVEKEVEIRGPPVSKAFDDQGNPTKAAEGFCRRYSIPCESLYKKIDGKTEY 60
           VIVESLCSKQVEKEVEIRGPPVSKAFDDQGNPTKAAEGFCRRYSIPCESLYKKIDGKTEY
Sbjct: 236 VIVESLCSKQVEKEVEIRGPPVSKAFDDQGNPTKAAEGFCRRYSIPCESLYKKIDGKTEY 295

Query: 61  LYARIMESSRLALEIFSENLPGIVAKISFPKSMRWNSQVMFSRPIRWILALHGDIVVPFS 120
           LYARIMESSRLALEIFSENLPGIVAKISFPKSMRWNSQVMFSRPIRWILALHGDIVVPFS
Sbjct: 296 LYARIMESSRLALEIFSENLPGIVAKISFPKSMRWNSQVMFSRPIRWILALHGDIVVPFS 355

Query: 121 YAGVLSGNISYGLRNTSTSVVKVNSAESYVGAMKNAKINIEVEERKRKILDQSSILAESV 180
           YAGVLSGNISYGLRNTSTSVVKVNSAESYVGAMKNAKINIEVEERKRKILDQSSILAESV
Sbjct: 356 YAGVLSGNISYGLRNTSTSVVKVNSAESYVGAMKNAKINIEVEERKRKILDQSSILAESV 415

Query: 181 KGKTVIQEVLLDEVSNLIETPVSILGKFNNSFLELPEDLLTMVMQKHQKYFSIRNANGKL 240
           KGKTVIQEVLLDEVSNLIETPVSILGKFNNSFLELPEDLLTMVMQKHQKYFSIRNANGKL
Sbjct: 416 KGKTVIQEVLLDEVSNLIETPVSILGKFNNSFLELPEDLLTMVMQKHQKYFSIRNANGKL 475

Query: 241 LPYFIAVSNGEIDEKVVRTGNEAVLRARYEDAKFFYEMDTSKRFSQFRSQLNGILFHEKL 300
           LPYFIAVSNGEIDEKVVRTGNEAVLRARYEDAKFFYEMDTSKRFSQFRSQLNGILFHEKL
Sbjct: 476 LPYFIAVSNGEIDEKVVRTGNEAVLRARYEDAKFFYEMDTSKRFSQFRSQLNGILFHEKL 535

Query: 301 GSMLDKMTRVETMVVKLSLAMGINQDLLQTIQEAASLAMSDLATAVVTEFTSLAGIMARH 360
           GSMLDKMTRVETMVVKLSLAMGINQDLLQTIQEAASLAMSDLATAVVTEFTSLAGIMARH
Sbjct: 536 GSMLDKMTRVETMVVKLSLAMGINQDLLQTIQEAASLAMSDLATAVVTEFTSLAGIMARH 595

Query: 361 YALREGFSEQVLEALYEITLPRFSGDILPKSDAGIVLAIADRLDSLVGLFAVGCQPSSTS 420
           YALREGFSEQ+ EALYEITLPRFSGDILPKSDAGIVLAIADRLDSLVGLFAVGCQPSSTS
Sbjct: 596 YALREGFSEQIAEALYEITLPRFSGDILPKSDAGIVLAIADRLDSLVGLFAVGCQPSSTS 655

Query: 421 DPFGLRRISYGLVQILVEKDKNLDLAQALRLAADVQPIKVDTDIIDNVNIFVTRRLEQFL 480
           DPFGLRRISYGLVQILVEKDKNLDLAQALRLAADVQPIKVDTDIIDNVNIFVTRRLEQFL
Sbjct: 656 DPFGLRRISYGLVQILVEKDKNLDLAQALRLAADVQPIKVDTDIIDNVNIFVTRRLEQFL 715

Query: 481 VDKDLSSEIVRSVLTERSNFPCLAAKTAHKMNAMSKGDLFPKIVEAYARPTRIIYGKDVD 540
           VDKDLSSEIVRSVLTERSNFPCLAAKTAHKMNAMSKGDLFPKIVEAYARPTRIIYGKDVD
Sbjct: 716 VDKDLSSEIVRSVLTERSNFPCLAAKTAHKMNAMSKGDLFPKIVEAYARPTRIIYGKDVD 775

Query: 541 HTIEVDEAAFESNEERALWNTFLSIKNQVHPGIEVDEFFEISSKLIEPLEDFFEHVFVMV 600
           HTIEVDEAAFESNEERALWNTFLSIKNQVHPGIEVDEFFEISSKLIEPLEDFFEHVFVMV
Sbjct: 776 HTIEVDEAAFESNEERALWNTFLSIKNQVHPGIEVDEFFEISSKLIEPLEDFFEHVFVMV 835

Query: 601 DDEKIRNNRLALLKRIADLPRGIADLSVLSGF 632
           DDEKIRNNRLALLKRIADLPRGIADLSVLSGF
Sbjct: 836 DDEKIRNNRLALLKRIADLPRGIADLSVLSGF 867

[Close]

BLAST of MC07g0202 vs. NCBI nr
Match: XP_022973889.1 (glycine--tRNA ligase, chloroplastic/mitochondrial 2 isoform X2 [Cucurbita maxima])

HSP 1 Score: 1097 bits (2838), Expect = 0.0
Identity = 557/632 (88.13%), Postives = 604/632 (95.57%), Query Frame = 0


Query: 1   VIVESLCSKQVEKEVEIRGPPVSKAFDDQGNPTKAAEGFCRRYSIPCESLYKKIDGKTEY 60
           V VESLCSKQVEKE+E+RGPPVSKAFDDQGNPTKAAEGFCRRY I  ESLY+KIDGKTEY
Sbjct: 345 VTVESLCSKQVEKEIEVRGPPVSKAFDDQGNPTKAAEGFCRRYLISRESLYRKIDGKTEY 404

Query: 61  LYARIMESSRLALEIFSENLPGIVAKISFPKSMRWNSQVMFSRPIRWILALHGDIVVPFS 120
           +YAR+MESSRLALEIFSENLP I+AKISFPKSMRWNSQV+FSRPIRWILALHGD+VVPFS
Sbjct: 405 VYARVMESSRLALEIFSENLPAIIAKISFPKSMRWNSQVVFSRPIRWILALHGDVVVPFS 464

Query: 121 YAGVLSGNISYGLRNTSTSVVKVNSAESYVGAMKNAKINIEVEERKRKILDQSSILAESV 180
           YAGVLSGN SYGLRNTST++VKV+SAES++ AMK+AKI +EVE+RKRKILDQSSILA+SV
Sbjct: 465 YAGVLSGNTSYGLRNTSTAIVKVDSAESFMEAMKDAKIILEVEDRKRKILDQSSILAQSV 524

Query: 181 KGKTVIQEVLLDEVSNLIETPVSILGKFNNSFLELPEDLLTMVMQKHQKYFSIRNANGKL 240
           +GKTVI E LLDEV NL+E PVSILGKFN+SFLELPEDLLTMVMQKHQKYFS+RNANGKL
Sbjct: 525 QGKTVINEALLDEVVNLVEKPVSILGKFNDSFLELPEDLLTMVMQKHQKYFSLRNANGKL 584

Query: 241 LPYFIAVSNGEIDEKVVRTGNEAVLRARYEDAKFFYEMDTSKRFSQFRSQLNGILFHEKL 300
           +PYFIAV+NGEID+KVVR GNEAVLRARYEDAKFFYE DTSKRFSQFR+QL+GILFHEKL
Sbjct: 585 MPYFIAVANGEIDDKVVRKGNEAVLRARYEDAKFFYETDTSKRFSQFRNQLSGILFHEKL 644

Query: 301 GSMLDKMTRVETMVVKLSLAMGINQDLLQTIQEAASLAMSDLATAVVTEFTSLAGIMARH 360
           GSMLDKMTR+E  VVKLSLAMG ++DLL+T+QEAASLAMSDLATAVVTEFTSLAG+MARH
Sbjct: 645 GSMLDKMTRMEATVVKLSLAMGFSEDLLETVQEAASLAMSDLATAVVTEFTSLAGLMARH 704

Query: 361 YALREGFSEQVLEALYEITLPRFSGDILPKSDAGIVLAIADRLDSLVGLFAVGCQPSSTS 420
           YALREGFSEQ+ EAL+EITLPR+SGDILPKSD GIVLA+ADRLDSLVGLFAVGCQPSSTS
Sbjct: 705 YALREGFSEQIAEALFEITLPRYSGDILPKSDVGIVLAVADRLDSLVGLFAVGCQPSSTS 764

Query: 421 DPFGLRRISYGLVQILVEKDKNLDLAQALRLAADVQPIKVDTDIIDNVNIFVTRRLEQFL 480
           DPFGLRRISYGLVQILVEKDKNLDL +ALRLAAD QPIKVD+++IDNVN+FVTRRLEQFL
Sbjct: 765 DPFGLRRISYGLVQILVEKDKNLDLERALRLAADTQPIKVDSNVIDNVNLFVTRRLEQFL 824

Query: 481 VDKDLSSEIVRSVLTERSNFPCLAAKTAHKMNAMSKGDLFPKIVEAYARPTRIIYGKDVD 540
           VDK L+SEIVRSVL ERSNFPCLAAKTAHKMNAMSKGDLFPKIVEAYARPTRII GKDVD
Sbjct: 825 VDKGLNSEIVRSVLAERSNFPCLAAKTAHKMNAMSKGDLFPKIVEAYARPTRIISGKDVD 884

Query: 541 HTIEVDEAAFESNEERALWNTFLSIKNQVHPGIEVDEFFEISSKLIEPLEDFFEHVFVMV 600
           + +EVDEAAFESNEER LWNTFLSIKNQVHPGIEVDEFFEISS LI+PLEDFFEHVFVMV
Sbjct: 885 NAMEVDEAAFESNEERGLWNTFLSIKNQVHPGIEVDEFFEISSNLIQPLEDFFEHVFVMV 944

Query: 601 DDEKIRNNRLALLKRIADLPRGIADLSVLSGF 632
           DDEKIR NRLALLK+IADLPRGIADLS+LSGF
Sbjct: 945 DDEKIRKNRLALLKKIADLPRGIADLSLLSGF 976

[Close]

BLAST of MC07g0202 vs. NCBI nr
Match: XP_022973888.1 (glycine--tRNA ligase, chloroplastic/mitochondrial 2 isoform X1 [Cucurbita maxima])

HSP 1 Score: 1097 bits (2838), Expect = 0.0
Identity = 557/632 (88.13%), Postives = 604/632 (95.57%), Query Frame = 0


Query: 1    VIVESLCSKQVEKEVEIRGPPVSKAFDDQGNPTKAAEGFCRRYSIPCESLYKKIDGKTEY 60
            V VESLCSKQVEKE+E+RGPPVSKAFDDQGNPTKAAEGFCRRY I  ESLY+KIDGKTEY
Sbjct: 438  VTVESLCSKQVEKEIEVRGPPVSKAFDDQGNPTKAAEGFCRRYLISRESLYRKIDGKTEY 497

Query: 61   LYARIMESSRLALEIFSENLPGIVAKISFPKSMRWNSQVMFSRPIRWILALHGDIVVPFS 120
            +YAR+MESSRLALEIFSENLP I+AKISFPKSMRWNSQV+FSRPIRWILALHGD+VVPFS
Sbjct: 498  VYARVMESSRLALEIFSENLPAIIAKISFPKSMRWNSQVVFSRPIRWILALHGDVVVPFS 557

Query: 121  YAGVLSGNISYGLRNTSTSVVKVNSAESYVGAMKNAKINIEVEERKRKILDQSSILAESV 180
            YAGVLSGN SYGLRNTST++VKV+SAES++ AMK+AKI +EVE+RKRKILDQSSILA+SV
Sbjct: 558  YAGVLSGNTSYGLRNTSTAIVKVDSAESFMEAMKDAKIILEVEDRKRKILDQSSILAQSV 617

Query: 181  KGKTVIQEVLLDEVSNLIETPVSILGKFNNSFLELPEDLLTMVMQKHQKYFSIRNANGKL 240
            +GKTVI E LLDEV NL+E PVSILGKFN+SFLELPEDLLTMVMQKHQKYFS+RNANGKL
Sbjct: 618  QGKTVINEALLDEVVNLVEKPVSILGKFNDSFLELPEDLLTMVMQKHQKYFSLRNANGKL 677

Query: 241  LPYFIAVSNGEIDEKVVRTGNEAVLRARYEDAKFFYEMDTSKRFSQFRSQLNGILFHEKL 300
            +PYFIAV+NGEID+KVVR GNEAVLRARYEDAKFFYE DTSKRFSQFR+QL+GILFHEKL
Sbjct: 678  MPYFIAVANGEIDDKVVRKGNEAVLRARYEDAKFFYETDTSKRFSQFRNQLSGILFHEKL 737

Query: 301  GSMLDKMTRVETMVVKLSLAMGINQDLLQTIQEAASLAMSDLATAVVTEFTSLAGIMARH 360
            GSMLDKMTR+E  VVKLSLAMG ++DLL+T+QEAASLAMSDLATAVVTEFTSLAG+MARH
Sbjct: 738  GSMLDKMTRMEATVVKLSLAMGFSEDLLETVQEAASLAMSDLATAVVTEFTSLAGLMARH 797

Query: 361  YALREGFSEQVLEALYEITLPRFSGDILPKSDAGIVLAIADRLDSLVGLFAVGCQPSSTS 420
            YALREGFSEQ+ EAL+EITLPR+SGDILPKSD GIVLA+ADRLDSLVGLFAVGCQPSSTS
Sbjct: 798  YALREGFSEQIAEALFEITLPRYSGDILPKSDVGIVLAVADRLDSLVGLFAVGCQPSSTS 857

Query: 421  DPFGLRRISYGLVQILVEKDKNLDLAQALRLAADVQPIKVDTDIIDNVNIFVTRRLEQFL 480
            DPFGLRRISYGLVQILVEKDKNLDL +ALRLAAD QPIKVD+++IDNVN+FVTRRLEQFL
Sbjct: 858  DPFGLRRISYGLVQILVEKDKNLDLERALRLAADTQPIKVDSNVIDNVNLFVTRRLEQFL 917

Query: 481  VDKDLSSEIVRSVLTERSNFPCLAAKTAHKMNAMSKGDLFPKIVEAYARPTRIIYGKDVD 540
            VDK L+SEIVRSVL ERSNFPCLAAKTAHKMNAMSKGDLFPKIVEAYARPTRII GKDVD
Sbjct: 918  VDKGLNSEIVRSVLAERSNFPCLAAKTAHKMNAMSKGDLFPKIVEAYARPTRIISGKDVD 977

Query: 541  HTIEVDEAAFESNEERALWNTFLSIKNQVHPGIEVDEFFEISSKLIEPLEDFFEHVFVMV 600
            + +EVDEAAFESNEER LWNTFLSIKNQVHPGIEVDEFFEISS LI+PLEDFFEHVFVMV
Sbjct: 978  NAMEVDEAAFESNEERGLWNTFLSIKNQVHPGIEVDEFFEISSNLIQPLEDFFEHVFVMV 1037

Query: 601  DDEKIRNNRLALLKRIADLPRGIADLSVLSGF 632
            DDEKIR NRLALLK+IADLPRGIADLS+LSGF
Sbjct: 1038 DDEKIRKNRLALLKKIADLPRGIADLSLLSGF 1069

[Close]

BLAST of MC07g0202 vs. ExPASy TrEMBL
Match: A0A6J1DS69 (Glycine--tRNA ligase OS=Momordica charantia OX=3673 GN=LOC111023800 PE=3 SV=1)

HSP 1 Score: 1211 bits (3134), Expect = 0.0
Identity = 630/632 (99.68%), Postives = 631/632 (99.84%), Query Frame = 0


Query: 1    VIVESLCSKQVEKEVEIRGPPVSKAFDDQGNPTKAAEGFCRRYSIPCESLYKKIDGKTEY 60
            VIVESLCSKQVEKEVEIRGPPVSKAFDDQGNPTKAAEGFCRRYSIPCESLYKKIDGKTEY
Sbjct: 434  VIVESLCSKQVEKEVEIRGPPVSKAFDDQGNPTKAAEGFCRRYSIPCESLYKKIDGKTEY 493

Query: 61   LYARIMESSRLALEIFSENLPGIVAKISFPKSMRWNSQVMFSRPIRWILALHGDIVVPFS 120
            LYARIMESSRLALEIFSENLPGIVAKISFPKSMRWNSQVMFSRPIRWILALHGDIVVPFS
Sbjct: 494  LYARIMESSRLALEIFSENLPGIVAKISFPKSMRWNSQVMFSRPIRWILALHGDIVVPFS 553

Query: 121  YAGVLSGNISYGLRNTSTSVVKVNSAESYVGAMKNAKINIEVEERKRKILDQSSILAESV 180
            YAGVLSGNISYGLRNTSTSVVKVNSAESYVGAMKNAKINIEVEERKRKILDQSSILAESV
Sbjct: 554  YAGVLSGNISYGLRNTSTSVVKVNSAESYVGAMKNAKINIEVEERKRKILDQSSILAESV 613

Query: 181  KGKTVIQEVLLDEVSNLIETPVSILGKFNNSFLELPEDLLTMVMQKHQKYFSIRNANGKL 240
            KGKTVIQEVLLDEVSNLIETPVSILGKFNNSFLELPEDLLTMVMQKHQKYFSIRNANGKL
Sbjct: 614  KGKTVIQEVLLDEVSNLIETPVSILGKFNNSFLELPEDLLTMVMQKHQKYFSIRNANGKL 673

Query: 241  LPYFIAVSNGEIDEKVVRTGNEAVLRARYEDAKFFYEMDTSKRFSQFRSQLNGILFHEKL 300
            LPYFIAVSNGEIDEKVVRTGNEAVLRARYEDAKFFYEMDTSKRFSQFRSQLNGILFHEKL
Sbjct: 674  LPYFIAVSNGEIDEKVVRTGNEAVLRARYEDAKFFYEMDTSKRFSQFRSQLNGILFHEKL 733

Query: 301  GSMLDKMTRVETMVVKLSLAMGINQDLLQTIQEAASLAMSDLATAVVTEFTSLAGIMARH 360
            GSMLDKMTRVETMVVKLSLAMGINQDLLQTIQEAASLAMSDLATAVVTEFTSLAGIMARH
Sbjct: 734  GSMLDKMTRVETMVVKLSLAMGINQDLLQTIQEAASLAMSDLATAVVTEFTSLAGIMARH 793

Query: 361  YALREGFSEQVLEALYEITLPRFSGDILPKSDAGIVLAIADRLDSLVGLFAVGCQPSSTS 420
            YALREGFSEQ+ EALYEITLPRFSGDILPKSDAGIVLAIADRLDSLVGLFAVGCQPSSTS
Sbjct: 794  YALREGFSEQIAEALYEITLPRFSGDILPKSDAGIVLAIADRLDSLVGLFAVGCQPSSTS 853

Query: 421  DPFGLRRISYGLVQILVEKDKNLDLAQALRLAADVQPIKVDTDIIDNVNIFVTRRLEQFL 480
            DPFGLRRISYGLVQILVEKDKNLDLAQALRLAADVQPIKVDTDIIDNVNIFVTRRLEQFL
Sbjct: 854  DPFGLRRISYGLVQILVEKDKNLDLAQALRLAADVQPIKVDTDIIDNVNIFVTRRLEQFL 913

Query: 481  VDKDLSSEIVRSVLTERSNFPCLAAKTAHKMNAMSKGDLFPKIVEAYARPTRIIYGKDVD 540
            VDKDLSSEIVRSVLTERSNFPCLAAKTAHKMNAMSKGDLFPKIVEAYARPTRIIYGKDVD
Sbjct: 914  VDKDLSSEIVRSVLTERSNFPCLAAKTAHKMNAMSKGDLFPKIVEAYARPTRIIYGKDVD 973

Query: 541  HTIEVDEAAFESNEERALWNTFLSIKNQVHPGIEVDEFFEISSKLIEPLEDFFEHVFVMV 600
            HTIEVDEAAFESNEERALWNTFLSIKNQVHPGIEVDEFFEISSKLIEPLEDFFEHVFVMV
Sbjct: 974  HTIEVDEAAFESNEERALWNTFLSIKNQVHPGIEVDEFFEISSKLIEPLEDFFEHVFVMV 1033

Query: 601  DDEKIRNNRLALLKRIADLPRGIADLSVLSGF 632
            DDEKIRNNRLALLKRIADLPRGIADLSVLSGF
Sbjct: 1034 DDEKIRNNRLALLKRIADLPRGIADLSVLSGF 1065

[Close]

BLAST of MC07g0202 vs. ExPASy TrEMBL
Match: A0A6J1DWK5 (Glycine--tRNA ligase OS=Momordica charantia OX=3673 GN=LOC111023800 PE=3 SV=1)

HSP 1 Score: 1211 bits (3134), Expect = 0.0
Identity = 630/632 (99.68%), Postives = 631/632 (99.84%), Query Frame = 0


Query: 1    VIVESLCSKQVEKEVEIRGPPVSKAFDDQGNPTKAAEGFCRRYSIPCESLYKKIDGKTEY 60
            VIVESLCSKQVEKEVEIRGPPVSKAFDDQGNPTKAAEGFCRRYSIPCESLYKKIDGKTEY
Sbjct: 439  VIVESLCSKQVEKEVEIRGPPVSKAFDDQGNPTKAAEGFCRRYSIPCESLYKKIDGKTEY 498

Query: 61   LYARIMESSRLALEIFSENLPGIVAKISFPKSMRWNSQVMFSRPIRWILALHGDIVVPFS 120
            LYARIMESSRLALEIFSENLPGIVAKISFPKSMRWNSQVMFSRPIRWILALHGDIVVPFS
Sbjct: 499  LYARIMESSRLALEIFSENLPGIVAKISFPKSMRWNSQVMFSRPIRWILALHGDIVVPFS 558

Query: 121  YAGVLSGNISYGLRNTSTSVVKVNSAESYVGAMKNAKINIEVEERKRKILDQSSILAESV 180
            YAGVLSGNISYGLRNTSTSVVKVNSAESYVGAMKNAKINIEVEERKRKILDQSSILAESV
Sbjct: 559  YAGVLSGNISYGLRNTSTSVVKVNSAESYVGAMKNAKINIEVEERKRKILDQSSILAESV 618

Query: 181  KGKTVIQEVLLDEVSNLIETPVSILGKFNNSFLELPEDLLTMVMQKHQKYFSIRNANGKL 240
            KGKTVIQEVLLDEVSNLIETPVSILGKFNNSFLELPEDLLTMVMQKHQKYFSIRNANGKL
Sbjct: 619  KGKTVIQEVLLDEVSNLIETPVSILGKFNNSFLELPEDLLTMVMQKHQKYFSIRNANGKL 678

Query: 241  LPYFIAVSNGEIDEKVVRTGNEAVLRARYEDAKFFYEMDTSKRFSQFRSQLNGILFHEKL 300
            LPYFIAVSNGEIDEKVVRTGNEAVLRARYEDAKFFYEMDTSKRFSQFRSQLNGILFHEKL
Sbjct: 679  LPYFIAVSNGEIDEKVVRTGNEAVLRARYEDAKFFYEMDTSKRFSQFRSQLNGILFHEKL 738

Query: 301  GSMLDKMTRVETMVVKLSLAMGINQDLLQTIQEAASLAMSDLATAVVTEFTSLAGIMARH 360
            GSMLDKMTRVETMVVKLSLAMGINQDLLQTIQEAASLAMSDLATAVVTEFTSLAGIMARH
Sbjct: 739  GSMLDKMTRVETMVVKLSLAMGINQDLLQTIQEAASLAMSDLATAVVTEFTSLAGIMARH 798

Query: 361  YALREGFSEQVLEALYEITLPRFSGDILPKSDAGIVLAIADRLDSLVGLFAVGCQPSSTS 420
            YALREGFSEQ+ EALYEITLPRFSGDILPKSDAGIVLAIADRLDSLVGLFAVGCQPSSTS
Sbjct: 799  YALREGFSEQIAEALYEITLPRFSGDILPKSDAGIVLAIADRLDSLVGLFAVGCQPSSTS 858

Query: 421  DPFGLRRISYGLVQILVEKDKNLDLAQALRLAADVQPIKVDTDIIDNVNIFVTRRLEQFL 480
            DPFGLRRISYGLVQILVEKDKNLDLAQALRLAADVQPIKVDTDIIDNVNIFVTRRLEQFL
Sbjct: 859  DPFGLRRISYGLVQILVEKDKNLDLAQALRLAADVQPIKVDTDIIDNVNIFVTRRLEQFL 918

Query: 481  VDKDLSSEIVRSVLTERSNFPCLAAKTAHKMNAMSKGDLFPKIVEAYARPTRIIYGKDVD 540
            VDKDLSSEIVRSVLTERSNFPCLAAKTAHKMNAMSKGDLFPKIVEAYARPTRIIYGKDVD
Sbjct: 919  VDKDLSSEIVRSVLTERSNFPCLAAKTAHKMNAMSKGDLFPKIVEAYARPTRIIYGKDVD 978

Query: 541  HTIEVDEAAFESNEERALWNTFLSIKNQVHPGIEVDEFFEISSKLIEPLEDFFEHVFVMV 600
            HTIEVDEAAFESNEERALWNTFLSIKNQVHPGIEVDEFFEISSKLIEPLEDFFEHVFVMV
Sbjct: 979  HTIEVDEAAFESNEERALWNTFLSIKNQVHPGIEVDEFFEISSKLIEPLEDFFEHVFVMV 1038

Query: 601  DDEKIRNNRLALLKRIADLPRGIADLSVLSGF 632
            DDEKIRNNRLALLKRIADLPRGIADLSVLSGF
Sbjct: 1039 DDEKIRNNRLALLKRIADLPRGIADLSVLSGF 1070

[Close]

BLAST of MC07g0202 vs. ExPASy TrEMBL
Match: A0A6J1DV61 (Glycine--tRNA ligase OS=Momordica charantia OX=3673 GN=LOC111023800 PE=3 SV=1)

HSP 1 Score: 1211 bits (3134), Expect = 0.0
Identity = 630/632 (99.68%), Postives = 631/632 (99.84%), Query Frame = 0


Query: 1   VIVESLCSKQVEKEVEIRGPPVSKAFDDQGNPTKAAEGFCRRYSIPCESLYKKIDGKTEY 60
           VIVESLCSKQVEKEVEIRGPPVSKAFDDQGNPTKAAEGFCRRYSIPCESLYKKIDGKTEY
Sbjct: 236 VIVESLCSKQVEKEVEIRGPPVSKAFDDQGNPTKAAEGFCRRYSIPCESLYKKIDGKTEY 295

Query: 61  LYARIMESSRLALEIFSENLPGIVAKISFPKSMRWNSQVMFSRPIRWILALHGDIVVPFS 120
           LYARIMESSRLALEIFSENLPGIVAKISFPKSMRWNSQVMFSRPIRWILALHGDIVVPFS
Sbjct: 296 LYARIMESSRLALEIFSENLPGIVAKISFPKSMRWNSQVMFSRPIRWILALHGDIVVPFS 355

Query: 121 YAGVLSGNISYGLRNTSTSVVKVNSAESYVGAMKNAKINIEVEERKRKILDQSSILAESV 180
           YAGVLSGNISYGLRNTSTSVVKVNSAESYVGAMKNAKINIEVEERKRKILDQSSILAESV
Sbjct: 356 YAGVLSGNISYGLRNTSTSVVKVNSAESYVGAMKNAKINIEVEERKRKILDQSSILAESV 415

Query: 181 KGKTVIQEVLLDEVSNLIETPVSILGKFNNSFLELPEDLLTMVMQKHQKYFSIRNANGKL 240
           KGKTVIQEVLLDEVSNLIETPVSILGKFNNSFLELPEDLLTMVMQKHQKYFSIRNANGKL
Sbjct: 416 KGKTVIQEVLLDEVSNLIETPVSILGKFNNSFLELPEDLLTMVMQKHQKYFSIRNANGKL 475

Query: 241 LPYFIAVSNGEIDEKVVRTGNEAVLRARYEDAKFFYEMDTSKRFSQFRSQLNGILFHEKL 300
           LPYFIAVSNGEIDEKVVRTGNEAVLRARYEDAKFFYEMDTSKRFSQFRSQLNGILFHEKL
Sbjct: 476 LPYFIAVSNGEIDEKVVRTGNEAVLRARYEDAKFFYEMDTSKRFSQFRSQLNGILFHEKL 535

Query: 301 GSMLDKMTRVETMVVKLSLAMGINQDLLQTIQEAASLAMSDLATAVVTEFTSLAGIMARH 360
           GSMLDKMTRVETMVVKLSLAMGINQDLLQTIQEAASLAMSDLATAVVTEFTSLAGIMARH
Sbjct: 536 GSMLDKMTRVETMVVKLSLAMGINQDLLQTIQEAASLAMSDLATAVVTEFTSLAGIMARH 595

Query: 361 YALREGFSEQVLEALYEITLPRFSGDILPKSDAGIVLAIADRLDSLVGLFAVGCQPSSTS 420
           YALREGFSEQ+ EALYEITLPRFSGDILPKSDAGIVLAIADRLDSLVGLFAVGCQPSSTS
Sbjct: 596 YALREGFSEQIAEALYEITLPRFSGDILPKSDAGIVLAIADRLDSLVGLFAVGCQPSSTS 655

Query: 421 DPFGLRRISYGLVQILVEKDKNLDLAQALRLAADVQPIKVDTDIIDNVNIFVTRRLEQFL 480
           DPFGLRRISYGLVQILVEKDKNLDLAQALRLAADVQPIKVDTDIIDNVNIFVTRRLEQFL
Sbjct: 656 DPFGLRRISYGLVQILVEKDKNLDLAQALRLAADVQPIKVDTDIIDNVNIFVTRRLEQFL 715

Query: 481 VDKDLSSEIVRSVLTERSNFPCLAAKTAHKMNAMSKGDLFPKIVEAYARPTRIIYGKDVD 540
           VDKDLSSEIVRSVLTERSNFPCLAAKTAHKMNAMSKGDLFPKIVEAYARPTRIIYGKDVD
Sbjct: 716 VDKDLSSEIVRSVLTERSNFPCLAAKTAHKMNAMSKGDLFPKIVEAYARPTRIIYGKDVD 775

Query: 541 HTIEVDEAAFESNEERALWNTFLSIKNQVHPGIEVDEFFEISSKLIEPLEDFFEHVFVMV 600
           HTIEVDEAAFESNEERALWNTFLSIKNQVHPGIEVDEFFEISSKLIEPLEDFFEHVFVMV
Sbjct: 776 HTIEVDEAAFESNEERALWNTFLSIKNQVHPGIEVDEFFEISSKLIEPLEDFFEHVFVMV 835

Query: 601 DDEKIRNNRLALLKRIADLPRGIADLSVLSGF 632
           DDEKIRNNRLALLKRIADLPRGIADLSVLSGF
Sbjct: 836 DDEKIRNNRLALLKRIADLPRGIADLSVLSGF 867

[Close]

BLAST of MC07g0202 vs. ExPASy TrEMBL
Match: A0A6J1IFY6 (Glycine--tRNA ligase OS=Cucurbita maxima OX=3661 GN=LOC111472479 PE=3 SV=1)

HSP 1 Score: 1097 bits (2838), Expect = 0.0
Identity = 557/632 (88.13%), Postives = 604/632 (95.57%), Query Frame = 0


Query: 1   VIVESLCSKQVEKEVEIRGPPVSKAFDDQGNPTKAAEGFCRRYSIPCESLYKKIDGKTEY 60
           V VESLCSKQVEKE+E+RGPPVSKAFDDQGNPTKAAEGFCRRY I  ESLY+KIDGKTEY
Sbjct: 345 VTVESLCSKQVEKEIEVRGPPVSKAFDDQGNPTKAAEGFCRRYLISRESLYRKIDGKTEY 404

Query: 61  LYARIMESSRLALEIFSENLPGIVAKISFPKSMRWNSQVMFSRPIRWILALHGDIVVPFS 120
           +YAR+MESSRLALEIFSENLP I+AKISFPKSMRWNSQV+FSRPIRWILALHGD+VVPFS
Sbjct: 405 VYARVMESSRLALEIFSENLPAIIAKISFPKSMRWNSQVVFSRPIRWILALHGDVVVPFS 464

Query: 121 YAGVLSGNISYGLRNTSTSVVKVNSAESYVGAMKNAKINIEVEERKRKILDQSSILAESV 180
           YAGVLSGN SYGLRNTST++VKV+SAES++ AMK+AKI +EVE+RKRKILDQSSILA+SV
Sbjct: 465 YAGVLSGNTSYGLRNTSTAIVKVDSAESFMEAMKDAKIILEVEDRKRKILDQSSILAQSV 524

Query: 181 KGKTVIQEVLLDEVSNLIETPVSILGKFNNSFLELPEDLLTMVMQKHQKYFSIRNANGKL 240
           +GKTVI E LLDEV NL+E PVSILGKFN+SFLELPEDLLTMVMQKHQKYFS+RNANGKL
Sbjct: 525 QGKTVINEALLDEVVNLVEKPVSILGKFNDSFLELPEDLLTMVMQKHQKYFSLRNANGKL 584

Query: 241 LPYFIAVSNGEIDEKVVRTGNEAVLRARYEDAKFFYEMDTSKRFSQFRSQLNGILFHEKL 300
           +PYFIAV+NGEID+KVVR GNEAVLRARYEDAKFFYE DTSKRFSQFR+QL+GILFHEKL
Sbjct: 585 MPYFIAVANGEIDDKVVRKGNEAVLRARYEDAKFFYETDTSKRFSQFRNQLSGILFHEKL 644

Query: 301 GSMLDKMTRVETMVVKLSLAMGINQDLLQTIQEAASLAMSDLATAVVTEFTSLAGIMARH 360
           GSMLDKMTR+E  VVKLSLAMG ++DLL+T+QEAASLAMSDLATAVVTEFTSLAG+MARH
Sbjct: 645 GSMLDKMTRMEATVVKLSLAMGFSEDLLETVQEAASLAMSDLATAVVTEFTSLAGLMARH 704

Query: 361 YALREGFSEQVLEALYEITLPRFSGDILPKSDAGIVLAIADRLDSLVGLFAVGCQPSSTS 420
           YALREGFSEQ+ EAL+EITLPR+SGDILPKSD GIVLA+ADRLDSLVGLFAVGCQPSSTS
Sbjct: 705 YALREGFSEQIAEALFEITLPRYSGDILPKSDVGIVLAVADRLDSLVGLFAVGCQPSSTS 764

Query: 421 DPFGLRRISYGLVQILVEKDKNLDLAQALRLAADVQPIKVDTDIIDNVNIFVTRRLEQFL 480
           DPFGLRRISYGLVQILVEKDKNLDL +ALRLAAD QPIKVD+++IDNVN+FVTRRLEQFL
Sbjct: 765 DPFGLRRISYGLVQILVEKDKNLDLERALRLAADTQPIKVDSNVIDNVNLFVTRRLEQFL 824

Query: 481 VDKDLSSEIVRSVLTERSNFPCLAAKTAHKMNAMSKGDLFPKIVEAYARPTRIIYGKDVD 540
           VDK L+SEIVRSVL ERSNFPCLAAKTAHKMNAMSKGDLFPKIVEAYARPTRII GKDVD
Sbjct: 825 VDKGLNSEIVRSVLAERSNFPCLAAKTAHKMNAMSKGDLFPKIVEAYARPTRIISGKDVD 884

Query: 541 HTIEVDEAAFESNEERALWNTFLSIKNQVHPGIEVDEFFEISSKLIEPLEDFFEHVFVMV 600
           + +EVDEAAFESNEER LWNTFLSIKNQVHPGIEVDEFFEISS LI+PLEDFFEHVFVMV
Sbjct: 885 NAMEVDEAAFESNEERGLWNTFLSIKNQVHPGIEVDEFFEISSNLIQPLEDFFEHVFVMV 944

Query: 601 DDEKIRNNRLALLKRIADLPRGIADLSVLSGF 632
           DDEKIR NRLALLK+IADLPRGIADLS+LSGF
Sbjct: 945 DDEKIRKNRLALLKKIADLPRGIADLSLLSGF 976

[Close]

BLAST of MC07g0202 vs. ExPASy TrEMBL
Match: A0A6J1IEH3 (Glycine--tRNA ligase OS=Cucurbita maxima OX=3661 GN=LOC111472479 PE=3 SV=1)

HSP 1 Score: 1097 bits (2838), Expect = 0.0
Identity = 557/632 (88.13%), Postives = 604/632 (95.57%), Query Frame = 0


Query: 1    VIVESLCSKQVEKEVEIRGPPVSKAFDDQGNPTKAAEGFCRRYSIPCESLYKKIDGKTEY 60
            V VESLCSKQVEKE+E+RGPPVSKAFDDQGNPTKAAEGFCRRY I  ESLY+KIDGKTEY
Sbjct: 438  VTVESLCSKQVEKEIEVRGPPVSKAFDDQGNPTKAAEGFCRRYLISRESLYRKIDGKTEY 497

Query: 61   LYARIMESSRLALEIFSENLPGIVAKISFPKSMRWNSQVMFSRPIRWILALHGDIVVPFS 120
            +YAR+MESSRLALEIFSENLP I+AKISFPKSMRWNSQV+FSRPIRWILALHGD+VVPFS
Sbjct: 498  VYARVMESSRLALEIFSENLPAIIAKISFPKSMRWNSQVVFSRPIRWILALHGDVVVPFS 557

Query: 121  YAGVLSGNISYGLRNTSTSVVKVNSAESYVGAMKNAKINIEVEERKRKILDQSSILAESV 180
            YAGVLSGN SYGLRNTST++VKV+SAES++ AMK+AKI +EVE+RKRKILDQSSILA+SV
Sbjct: 558  YAGVLSGNTSYGLRNTSTAIVKVDSAESFMEAMKDAKIILEVEDRKRKILDQSSILAQSV 617

Query: 181  KGKTVIQEVLLDEVSNLIETPVSILGKFNNSFLELPEDLLTMVMQKHQKYFSIRNANGKL 240
            +GKTVI E LLDEV NL+E PVSILGKFN+SFLELPEDLLTMVMQKHQKYFS+RNANGKL
Sbjct: 618  QGKTVINEALLDEVVNLVEKPVSILGKFNDSFLELPEDLLTMVMQKHQKYFSLRNANGKL 677

Query: 241  LPYFIAVSNGEIDEKVVRTGNEAVLRARYEDAKFFYEMDTSKRFSQFRSQLNGILFHEKL 300
            +PYFIAV+NGEID+KVVR GNEAVLRARYEDAKFFYE DTSKRFSQFR+QL+GILFHEKL
Sbjct: 678  MPYFIAVANGEIDDKVVRKGNEAVLRARYEDAKFFYETDTSKRFSQFRNQLSGILFHEKL 737

Query: 301  GSMLDKMTRVETMVVKLSLAMGINQDLLQTIQEAASLAMSDLATAVVTEFTSLAGIMARH 360
            GSMLDKMTR+E  VVKLSLAMG ++DLL+T+QEAASLAMSDLATAVVTEFTSLAG+MARH
Sbjct: 738  GSMLDKMTRMEATVVKLSLAMGFSEDLLETVQEAASLAMSDLATAVVTEFTSLAGLMARH 797

Query: 361  YALREGFSEQVLEALYEITLPRFSGDILPKSDAGIVLAIADRLDSLVGLFAVGCQPSSTS 420
            YALREGFSEQ+ EAL+EITLPR+SGDILPKSD GIVLA+ADRLDSLVGLFAVGCQPSSTS
Sbjct: 798  YALREGFSEQIAEALFEITLPRYSGDILPKSDVGIVLAVADRLDSLVGLFAVGCQPSSTS 857

Query: 421  DPFGLRRISYGLVQILVEKDKNLDLAQALRLAADVQPIKVDTDIIDNVNIFVTRRLEQFL 480
            DPFGLRRISYGLVQILVEKDKNLDL +ALRLAAD QPIKVD+++IDNVN+FVTRRLEQFL
Sbjct: 858  DPFGLRRISYGLVQILVEKDKNLDLERALRLAADTQPIKVDSNVIDNVNLFVTRRLEQFL 917

Query: 481  VDKDLSSEIVRSVLTERSNFPCLAAKTAHKMNAMSKGDLFPKIVEAYARPTRIIYGKDVD 540
            VDK L+SEIVRSVL ERSNFPCLAAKTAHKMNAMSKGDLFPKIVEAYARPTRII GKDVD
Sbjct: 918  VDKGLNSEIVRSVLAERSNFPCLAAKTAHKMNAMSKGDLFPKIVEAYARPTRIISGKDVD 977

Query: 541  HTIEVDEAAFESNEERALWNTFLSIKNQVHPGIEVDEFFEISSKLIEPLEDFFEHVFVMV 600
            + +EVDEAAFESNEER LWNTFLSIKNQVHPGIEVDEFFEISS LI+PLEDFFEHVFVMV
Sbjct: 978  NAMEVDEAAFESNEERGLWNTFLSIKNQVHPGIEVDEFFEISSNLIQPLEDFFEHVFVMV 1037

Query: 601  DDEKIRNNRLALLKRIADLPRGIADLSVLSGF 632
            DDEKIR NRLALLK+IADLPRGIADLS+LSGF
Sbjct: 1038 DDEKIRKNRLALLKKIADLPRGIADLSLLSGF 1069

[Close]

BLAST of MC07g0202 vs. TAIR 10
Match: AT3G48110.1 (glycine-tRNA ligases )

HSP 1 Score: 885.2 bits (2286), Expect = 3.1e-257
Identity = 433/632 (68.51%), Postives = 545/632 (86.23%), Query Frame = 0


Query: 1    VIVESLCSKQVEKEVEIRGPPVSKAFDDQGNPTKAAEGFCRRYSIPCESLYKKIDGKTEY 60
            V+V+++ SKQ+E+EVE+RGPP SKAFDD+GNPTKAAEGF RRY +P E LY+K+ GKTEY
Sbjct: 436  VLVDAMSSKQLEEEVEVRGPPASKAFDDEGNPTKAAEGFSRRYGVPLEKLYRKVSGKTEY 495

Query: 61   LYARIMESSRLALEIFSENLPGIVAKISFPKSMRWNSQVMFSRPIRWILALHGDIVVPFS 120
            ++AR+ E +RLALE+ SE+LPGI+AKISFPKSMRWNS VMFSRPIRW++ALHGD+VVPFS
Sbjct: 496  VHARVTEPARLALEVLSEDLPGILAKISFPKSMRWNSSVMFSRPIRWVMALHGDLVVPFS 555

Query: 121  YAGVLSGNISYGLRNTSTSVVKVNSAESYVGAMKNAKINIEVEERKRKILDQSSILAESV 180
            +AG+ SGN+S GLRNT+++ + V +AESY   M+N+ INIE+EERK+ IL++S+ LA+SV
Sbjct: 556  FAGISSGNVSCGLRNTASASLLVQNAESYEDTMRNSGINIEIEERKKIILEKSNALAKSV 615

Query: 181  KGKTVIQEVLLDEVSNLIETPVSILGKFNNSFLELPEDLLTMVMQKHQKYFSIRNANGKL 240
             G+ V+ + LL+EV+NL+E PV ++GKF  SFLELPE+LLT+VMQKHQKYFSI + +G+L
Sbjct: 616  SGRLVVPQNLLNEVANLVEAPVPLIGKFKESFLELPEELLTIVMQKHQKYFSIIDESGQL 675

Query: 241  LPYFIAVSNGEIDEKVVRTGNEAVLRARYEDAKFFYEMDTSKRFSQFRSQLNGILFHEKL 300
            LPYFIAV+NG I+E VV+ GNEAVLRARYEDAKFFYE+DT KRFS+FR QL GILFHEKL
Sbjct: 676  LPYFIAVANGAINEDVVKKGNEAVLRARYEDAKFFYEVDTRKRFSEFRDQLQGILFHEKL 735

Query: 301  GSMLDKMTRVETMVVKLSLAMGINQDLLQTIQEAASLAMSDLATAVVTEFTSLAGIMARH 360
            G+MLDKM R++ MV KL LA+ I++DLL  +++AASLAMSDLATAVVTEFT+L+GIMARH
Sbjct: 736  GTMLDKMNRLKKMVSKLCLALKIDEDLLPVVEDAASLAMSDLATAVVTEFTALSGIMARH 795

Query: 361  YALREGFSEQVLEALYEITLPRFSGDILPKSDAGIVLAIADRLDSLVGLFAVGCQPSSTS 420
            YALR+G+SEQ+ EAL EITLPRFSGD++PK+DAG+VLAI DRLDSLVGLFA GCQPSST+
Sbjct: 796  YALRDGYSEQIAEALLEITLPRFSGDVIPKTDAGMVLAIGDRLDSLVGLFAAGCQPSSTN 855

Query: 421  DPFGLRRISYGLVQILVEKDKNLDLAQALRLAADVQPIKVDTDIIDNVNIFVTRRLEQFL 480
            DPFGLRRISYGLVQILVEKDKN++  + L LAA VQP KV+ + +++V  FVTRRLEQ L
Sbjct: 856  DPFGLRRISYGLVQILVEKDKNVNFKRVLELAASVQPTKVEANTVEDVYQFVTRRLEQLL 915

Query: 481  VDKDLSSEIVRSVLTERSNFPCLAAKTAHKMNAMSKGDLFPKIVEAYARPTRIIYGKDVD 540
            VD  +S E+VRSVL ER N PCLAA+TA+K   +SKG++FPKIVEAY+RPTRI+ GKDV 
Sbjct: 916  VDNGVSPEVVRSVLAERGNNPCLAARTAYKTEKLSKGEMFPKIVEAYSRPTRIVRGKDVG 975

Query: 541  HTIEVDEAAFESNEERALWNTFLSIKNQVHPGIEVDEFFEISSKLIEPLEDFFEHVFVMV 600
              +EVDE AFE+ +ER LW+T+ SIK+++H GIE+++F EIS +L+EPLEDFF +VFVMV
Sbjct: 976  VGVEVDENAFETPQERTLWSTYTSIKDRIHTGIEIEDFTEISMQLVEPLEDFFNNVFVMV 1035

Query: 601  DDEKIRNNRLALLKRIADLPRGIADLSVLSGF 633
            ++E++R NRLALL  IA+LP+G+ DLS L GF
Sbjct: 1036 EEERVRKNRLALLNNIANLPKGVIDLSFLPGF 1067

The following BLAST results are available for this feature:

BLAST of MC07g0202 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q8L785	4.4e-256	68.51	Glycine--tRNA ligase, chloroplastic/mitochondrial 2 OS=Arabidopsis thaliana OX=3...	[more]
A4J7C9	5.3e-108	37.17	Glycine--tRNA ligase beta subunit OS=Desulfotomaculum reducens (strain MI-1) OX=...	[more]
B8CXH5	2.6e-107	35.32	Glycine--tRNA ligase beta subunit OS=Halothermothrix orenii (strain H 168 / OCM ...	[more]
Q182B8	5.3e-100	35.00	Glycine--tRNA ligase beta subunit OS=Clostridioides difficile (strain 630) OX=27...	[more]
B1I1T4	4.5e-99	36.65	Glycine--tRNA ligase beta subunit OS=Desulforudis audaxviator (strain MP104C) OX...	[more]

BLAST of MC07g0202 vs. NCBI nr


Match Name	Identity	Description
XP_022156973.1	99.68	glycine--tRNA ligase, chloroplastic/mitochondrial 2 isoform X2 [Momordica charan...	[more]
XP_022156971.1	99.68	glycine--tRNA ligase, chloroplastic/mitochondrial 2 isoform X1 [Momordica charan...	[more]
XP_022156974.1	99.68	glycine--tRNA ligase, chloroplastic/mitochondrial 2 isoform X3 [Momordica charan...	[more]
XP_022973889.1	88.13	glycine--tRNA ligase, chloroplastic/mitochondrial 2 isoform X2 [Cucurbita maxima...	[more]
XP_022973888.1	88.13	glycine--tRNA ligase, chloroplastic/mitochondrial 2 isoform X1 [Cucurbita maxima...	[more]

BLAST of MC07g0202 vs. ExPASy TrEMBL


Match Name	Identity	Description
A0A6J1DS69	99.68	Glycine--tRNA ligase OS=Momordica charantia OX=3673 GN=LOC111023800 PE=3 SV=1	[more]
A0A6J1DWK5	99.68	Glycine--tRNA ligase OS=Momordica charantia OX=3673 GN=LOC111023800 PE=3 SV=1	[more]
A0A6J1DV61	99.68	Glycine--tRNA ligase OS=Momordica charantia OX=3673 GN=LOC111023800 PE=3 SV=1	[more]
A0A6J1IFY6	88.13	Glycine--tRNA ligase OS=Cucurbita maxima OX=3661 GN=LOC111472479 PE=3 SV=1	[more]
A0A6J1IEH3	88.13	Glycine--tRNA ligase OS=Cucurbita maxima OX=3661 GN=LOC111472479 PE=3 SV=1	[more]

BLAST of MC07g0202 vs. TAIR 10


Match Name	E-value	Identity	Description
AT3G48110.1	3.1e-257	68.51	glycine-tRNA ligases	[more]

InterPro

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


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	COILS	Coil	Coil	coord: 153..173
None	No IPR available	SUPERFAMILY	109604	HD-domain/PDEase-like	coord: 278..409
IPR015944	Glycine-tRNA ligase, beta subunit	PFAM	PF02092	tRNA_synt_2f	coord: 1..494 e-value: 4.5E-157 score: 524.2
IPR015944	Glycine-tRNA ligase, beta subunit	TIGRFAM	TIGR00211	TIGR00211	coord: 1..629 e-value: 2.6E-155 score: 517.0
IPR015944	Glycine-tRNA ligase, beta subunit	PANTHER	PTHR30075	GLYCYL-TRNA SYNTHETASE	coord: 1..632
IPR015944	Glycine-tRNA ligase, beta subunit	HAMAP	MF_00255	Gly_tRNA_synth_beta	coord: 1..629 score: 18.65918
IPR006194	Glycine-tRNA synthetase, heterodimeric	PROSITE	PS50861	AA_TRNA_LIGASE_II_GLYAB	coord: 305..594 score: 49.07457

Relationships

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


Feature Name	Unique Name	Type
MC07g0202.1	MC07g0202.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0006426	glycyl-tRNA aminoacylation
cellular_component	GO:0005739	mitochondrion
cellular_component	GO:0005737	cytoplasm
molecular_function	GO:0005524	ATP binding
molecular_function	GO:0004820	glycine-tRNA ligase activity
molecular_function	GO:0000166	nucleotide binding