PI0016085 (gene) Melon (PI 482460) v1

Overview


Name	PI0016085
Type	gene
Organism	Cucumis metuliferus (Melon (PI 482460) v1)
Description	Endonuclease MutS2
Location	chr07: 8739882 .. 8763428 (-)
RNA-Seq Expression	PI0016085
Synteny	PI0016085

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideexonCDSthree_prime_UTR

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

ATGGGATACCCTCACTCGCATGTCACCTACACGAACGCGTTGGATCATTGCGTTTGTATCAAATACAAAGTGAGCCGTATCCACAGTGTTACCAGGATAAGGTACCCAACCTTATCCCTATACTATAGACCCTTTAAGTTTTATCTCGAACATTGATCCTTGTATGTCTCCACATACAGTTCAAGACTCATCAAACAACTTAGGATGTTAGTTTATTGGATTTAGGTTATTAAGACAAAACTAATATTATAATCAATAACGCTTTATTGAAATTATAATAATAACACTTTTATTAATCACAGTCAATAGATTACATTTACTATCCACGAGTTTTAGGACATAAAACCCAACAGTTGGATGAGTCCATCCTCCAATGATAGCCTTCCAGGTTCTGCTGTCAACCGATTTTAGAAAAGCAGTCATCCTTGCTTTCCAGTATGCATAATTTGATCCGTCCAGAACAGGTGGTCTGGTAGTAGATCCTCCTTTGGAAGGTGGTGTATAAAATCAGAGGGTGATCAATTAATGGATGTTAAGGGTCTCCTGTTGTCCAGGTTCATCCATTCATTCATGTTCCATTGCATCAGCTTATGAATTATGCTTTTTGGCCCTCTTTCTCAAGCTAAGTAACGCTGGTAATGAAAATATTGTTTATCAAATGCAGTACATCTTTATTGAAAGAAATAAGAAACCTGTAAGGCTGCAATCATATTAACAAAGCCCTACTACAAAATAAGACAATATATGAGTTCTCCCAAGCTGCAATAAAGCATACAAAAAAATGGTTCAGTTGGCAGTTATAAAATGCAAGTCAGAAGTCTTCTTCTTGATAGTATTCTAGCCTTTTATTGAAAAAAGTAAAAGAAAAACTAGCCCATAAGAGGAAGCATCCCTAAAGAAAGGGGCTTAGCAAACAAAATAAGACTTATGGAAGAAATTTTTTTTCTCCAAAGTAGGAAGGCTTACTTTGATAAGATTGGTGCTTAGTGGTATTCCCATGTATTTTTTCTCCCTCTTTAAGGCGCCTAGCTGGGTTTGCAAGTGCTTGGAGAAGTGTTTGAGAGACTTTCTCTGGGAAGGAGTGGAGGAAGGGAAGGATTCTCACTTGGTCAGTTGGGAGGCGTTGGGACGCTCTATTAACTAAGGAGGGTTGAAAATGGGCAACCTAAGGATTAGAAACAGAGCTTTGTTGGCTGAGTGGCTTTGGCGTTTTGCCCTTGAGCCCGAATCTTTGTTGCATCGGATTATGGCAAGTAAACATGGCAACCATCCTTTTGATTGGGTGAAGAAAGGGGTTAAAAGGCACACACCGGATTCTATGGAAAGACATTTCGCTTGAGCTGCCCACTTTTTCTCCTTTTGTTTGTTGTATTGTGGGGGATGGTAAGACACTTATTTTTGGGAAGATCATTGGGTGGGAGGCAATTCTCTTTCTTCGACTTTTTCGCATCTTTATCATTTGTCTTCCTTAAAAAACTGCCCGATCTCGAATTTTTGAGTTGGTCCAAGAGTTTCGTGTCTTTTTCTTTCGGGTTTCATCGTCATTTGACCAATAAGGAGACGACAAGGTTGCTACTCTCCTTTCTCTTCTGGAGGAGTCCACGTTTAGGTTGGGGAGGAGGGATGTTTGTATTTGGAGTCCAAACCTTAGTGAAGGCTTTTCTTGTAAACCCTATTTCAGATTGTTGTTGAATCCCACCCCATTTAAGGAGTCGGGCTTTGATGTGGTTTGGAGGATTAAGATTCCTAAGAAAGTTAGGTTCTTTATGTGGCAAGTCTTGCTAGGTTAGGTGAACACCTTAGAAAGGCTCGTTAGGAGAAGGACCTTGCGTGTAGGGCTTTTTTGATGTATTCTCTGACGGAAGGCGGAGGAAGCCCTTGATTATCTCCTATGGGGTTGTCAGTATGCCTAAGTGGTGTGGAGTTATTTTTTGCAGGAGTTCGAGGCTCAGTTAGCCGACCATCCTGACGTTTGTGTTGTGATTGTGGAACTCCTCCTCCATCCACCTTTTAAAGACAAATGTCGTTTTCTGTGGTTTGTGAGGGTGTGTGATGTGTTACGGGATTTTTGGGGGGAGATGAATAATAGAGTTTTTAGAAGGAGTTAGGGACCCTTATGAGGTTTGGTCCTTAGTTAATTTCATGTGCCCTTTTGGGCTTCGATTTTGAAACTTTTTTGTAACTATTCACTCGTAATATTTAACTTACTTGGAACCTCTTCCTTTAGTTGGGGTGTTTTGGTGCAATTTTTTTATGTCCTTGTATTCTTTCATTTTTTTCTCCATGAAAGTTGTTTTCATAAAAAAAAAAAAAGAAAAATTAATGAATAGTTACAAAAAACAATTGTCAGTAATGTCCAAACAACACTTGGAACTCTTTCCACTTTTCTAAAGATTCTATTTTTCTTCTCTCCCTATAAGATCCTACAACAACAAAACACATATTCCGACTTGACTGAACCTCCCCTTCTCCCGAAACAGTAGATGGGAAATGAACTCAATCATCTCATAGTAACTTTATGTCAAGATTCAAGATCACTGAAAGTCAAGCACCTCGAAAAAAAGGAAGGAAAAGAAAAAAAATAAGAAAACTCCCTATAGACCGTGCGAAGCCCCAACTCTAAAAAATATGATACAATTCTTTTTTTGTCCTTTGTTAAAGAATTTAACAAAAGGGCCCTACCAAAGAAGAAAACTTTTTCAAAAGTTGATCAAGAGTATTAAATCTTTCGCGAATAACTTAGTAGATGAAGAACTTAACCTCATTTGGGATTTCACCTTCCATAGTGCAGAGAAGAAAATTCCTAGAGAGGGTAGGGTCTAGCAAGTAGTGAGAGAAAGAGCTACAAGTGAAACCCGCAAAAGAGAAAGCTCAAAGTACATCTTAAAGATACAAATAACAATAATTCAAAAGGATCAACGAGTGTACTTGGGACATCTGAACTAGGCTACGACCTTACTTGAACTGGATCTGTTTTATAGGTTGTACATCTTTGTCCTTGAGTTCTAAAGACATCTGAGCTAGGCTCACAACCCCCTTAGCACTCTCATCATTTCCAACAAAATGGAACAAGCTGCTTTACAAGGCTTTGATTTGGATTCAAGGATAAATCCTTTAACAGGAGAGGATGATATAAACCGTCTAGATATCAAATTACTAATTAATTTTTTTAATATTTTTTATTAGTTTTAGTATTTTCCAATTTTATCCTTTTTATGACATTTAAGTAAGGTTAATTTTGTCATTTTACTATGTTGCATTAGAGTTTTTATTGGAAAACTATTTAAAATCTTGTCATTAGGTTGTTCAGAAGTTTTTAGGGTGAATTGAATTAGTTTTGAGCTTTTCTTTCAAGGTTAGCCTAGAGAGCTTCTTGAATTTTGCAATTCATGTATGCCACAACATTCAAGATCGATCATCCTATCGTGTGGAGTGTTCAAATCTTGGGCTAGGAAACTTGTTCTTTGTCTCAAGATAATTGATCTTAAAGCGATCCGTGTCTAACCCAATCCTTAGGGTTGAAATTGAGCTAATTTGAGAGTTTTAGTGATTCAGAATTAGGGGTTCCTTTCATTGATTTATATTAAATGAAATAATTCACTTCCATGGATTAATAGATTGAATTCTGCTCGTCTTATAGCATCACCCTGGTGCACACTTTCCAAGCTCTTCGTAGACTATTCAATTCAAAATATTTGCTTAATTGGATTGCTTTTATTCTCTCTGTAATATTTTCATAACATGTTGGTTATCTTTGACTTTCTGTATTAGGTTTTCTTATTTATATGTTTCTTGTACTTTGAGCATTAGTCTCTTTTCATTATTTCAATGAAGAGATTTGTTTCCTTGTCTAGTCATCAAACCATTGCAAGTTAATAAGGCTCTATTAGATTTTCTTTATTGCTTGACATTTATTTGAATTTCAAAATCAACTTGAATGGAATATTAAATTCAAAGATGATCTAATCAATGCTTCAGTTTGGGATCCCATAGTTTTAAAAATAGAAATTATAAAACTTTAACAAACTGTATATCTTCCAAAGAAGAAAACATAAAATTAAATGTGAAATAGTTCAAAGCAGAATTTAAGAACCAAGCTATCTTCCACGGCCCTTCAAACAAATTCTGTCATCTGCCTAAGTTGTTCTGTTTTTACCTGAAACAAACATCTAGAAAAGGATACGTATTGGCATACTTAGTAAGAGACCGGACTGTTGGGATCAGGACATGTACAGACAACCACCATGACTATGCAGGTATAAGTATGTGGAACCCAAACTTGCCTCCTCCCGATGCTCACTCCTCTTTAATAACTTGGGATGTGCATCTCTTTTGTACACATACGTATGTGTACATCTCTTTCATATATACAGAATCCATTGAACGTGCATCTCTTTCATATACACAACCCACCTGAGATGCAGTTTATGCAATGGTTGAAGGTGGAGCCATTTGGGTTTAATCTCAAGTTTGAACTGTGAAATGTGAAAGAAAACGGGAAAAATGAAGAAGGTGGCTAGTTATAGAGGATAAATAAAAGAAAGAAATTTACCTTTATTGCTTTGGAAGAAAGAGATTTTTGTGGCTCTAGGCGAAAATTGTAAGGGATTTTAAGGAAATCATCTAAATACCTTGGAGCCGTTAGATTTACAAGGCACTTATTAGAAGATACTGCGTTCTAGACTGGAAACATTTTTAATAAGATTCTGTGATTGCTCACATTAAGATACACATTACTTGAATGTAGTCTCTTTCACATTGTTAATGCTAGCTTGTAATAGTGGTATGAGTAATTATATACTCTGTTATGCGGTACATATGGGGAACAAATGATGAAAATAAATTATTAATTAAAAATCAAATGGATAGGGTTTTGTTTCTAATAATGCAACTAAAAAAGTTATAATACCTTTCGGGAATTTGTACATTGTACTAGTGAAAAACTGGAAAGTAGGCAAACTTGAAGAATTTGTTTGCATTTCCCCAACTTTTTTCTTATGAAAGGAGATCAGCTCCTAAATTTTCCTTATCTGAAAAGAATGTATTGTTGCAGTGATACAGGAATTGGTTCCATCATAGAGCCAATCTCTGCCGTTCCTTTAAATGATGTGTTGCAACAAGCAAGGGCTTCAGTGGCAAAAGCTGAGGAAGATGTTCTCTTTATGCTAACTGAAAAAGTATGTGTGAGATGGTTAAAAAATAATAGGTGATCATAAACGTCAAAAGTAGAACACCAACGTTAATTTTGAAAACTACGTTGTTTATTATGCAACCATCATCCTTCTGGTGATTTTGAAGTTTACTTATATATTTGGGGTATATTAGTTTATGATATGAATATGATGTTAAATAATATTTAATCCTAAAATTTTAAGCTTTTAGGTTAGAATTAATAGTCTTAATATCAATTAATAATATTTTAAAATCTTATTTATGTTCCGTGACAGGTGAAAATGGATTTTGAAGATATTAGCAAACTCATTGGCTGTATAATTGAATTAGATGTGGTGAGTATTTTTCACAACACCCTCCACCCCCTGCCTTTTCATTCCATTCTTTGGCCAATTCTAGATGTTCTTGTTCAAAATGCAACACTAACTATAACTATATCTAGTAGAAGGTTTTTGAAGTATCTAAATGAAGGATCTAAACGTATATTAGTTTGAATGATGTGCACACAAAAGTATAGTTAAGCCACCCCAACTTGAAGAATGAAACCAATATGTCACCCCAACTAAATATATATATTCGTTATACTTTAAGTGTTGTTGGGTCTTGTTTGCTTTGGTGTCTTGGTCTCGGGTTGTGAGGTCCTCTTTGTTGTTGTATAATAAATTACCTTTTCAAAAAAGAAAGAAACCAATATGTCAAGGTGGAATATTATTGATACCAGTTGAGTTGATAGGGGCACTGCCTCCCCATGGTACTCAAACCAACGGTAAAGTGTTAGCCTGTTAGGATACTTCTGTTAGGCTTCCTATTATACATCATTATGTTTGAAAGGGTAAAAAGGGCAGAGAGGTAGTTATTAGTGAGTTGGGAGAATCATCAATAGTATGGATGATGGTTATGAGTAGTTATGGGGGGTGGTACTAGACAGTTATGAAGGTCTGTCTAACTCGGAAGTGGTATCTGAAAGTGGGTAAGAAGGTTTTAGTCTTTATACTGGGTTTCTCTCTAGGGTTGGAGGAATGGTCTATGTAAGTACTGCTATATAGATATTTATTGTGTATTCAAAACTTCTTTGTAGACAAAGATGAAGAATTTTCATCCCAATGTTCTGCCACCTATCCCTTTGGGAGTAATGCAATCCTATACAACCTTGGATGACAAGTGCACAAAGGGAGCCAATCCATCCCAAGGTCTAGCCAAAAAGCAATTCTGGTACCTAAACCAAGTTTAAAGGTTGCCAAAGCATCCACCTTTAACCAGGTTCTAGATATGCTAATCCAGGGGTTCCTGAAACTATTACCATTATTCCCAGCGGTGTGCCAATCTTTACCATTCATGCTTCGAACATCCTGGCATCAAAGCAAGTTTTCTTCATCAAGATACCGGCAACCCCATTTTGCCAAATGTGCCAGGTTCTTTGCTTTGAGACCTCCATTGTACTTGAGGTCTTGAGAGAAAATGAGTTGTATGCAAATTAGAATGAATATCAGTTTGCTCGTGAGAGGCTGGTGAAGTGATCGTATCCCGTGTGGAAGCTTATGAACGGTGGTGCCATTGATTTCTAAAGCTGAGTAAAAAATACTCTCTTATTATCTAGTGATTGAAAAAGACCCAATATGTACAAAAAGATTATCAACCAATGTGCTGAAATTAAGCTATCAATCTAAACTTATATGGAAAGAAAAATAATTACAATATACAAGGAAATAATCTGAGTTACTTGACTTGTAATATCATCAGGTGTCTATCTCAAAACAATATTGTCTTTGTGACCGCCCTTTCTTTTTTCTTTTTAAATTTATCTCAATACTAATCTTGACAATTGGCATGCACATATTTATTTATGAATTTCTCTGAAATCATCATAATATCCCTGTTCTCCAATGTTATTCCTTAGTTGGAAAATTTATGTTTTTCCTTAATGGACAGGTCAATGCTCGAGCATCTTATGGTCTTTCATTTGGGGGGACGTGCCCCAATTTAATCCTACTAGAAGGCTGCAACTCTTCTATTGCTAATGTCTGCTTATCAGGGGACCAATCTGAGGCATCACACTCGAAGAAGAATGAATGGGTCCTCTATTTACAAAATACCCATCACCCTTTGCTACTTCAGCAATATAGAGAAAATTTGGAAAATGCCAAGAGGGATGTCAAAAATGCTTTTAATGTAAGCTATCCTGAGTCTGATACTGTAGAAAGCAATTAAATTGTGCTGTTCTGAGCCATCATTTTTCTCCTAGGAGATGGGGAGAAAACTTCCCGGTGGGAATATGTCATGGAAAGAAAAAGAAGTTGTAGATATTTCATTATTTAAAATGAAGGTAATTTGTTAATGTGATTTAGTGTCCGTTGATAAAATCTTCTTGTATTATTATTTAATACATTCAAATACAAAAGTGCTGCTTATTAGGTTGAACAATTGGAGCAAGCTCGTCCTGTTTCGGTTGATTTTTCAATATCTCGCAGAATCCAAGTTTTAGTTATAACGGGTCCAAATACTGGGGGTAAGACTGTTTCTTTGAAGACCATTGGATTGGCAGCTATGATGGCAAAATCAGGTATTTTTAAGAATGGTCGGCTTCTTTTATTGTTATTATTATTTATTTAATTTAAATTATTTTTTTTTTTTTTGTTTTGGTCCACGACGTATTTTTGTTTTCATTTATGTAACGAATTCAAGCTGAGCTTGGTTGCTCAATCTTGTTAGGCCCAAGTGGGTCTGCTAATGTGGTGGAATGGGGTCTAATTTATGTAACAATTCAAAATGTGGTGGAATGAGATGCAGAGAAATATTACATATATGATGAATAGAAAATGTGTGATATTGAAAGACCTTCTCCATTATTACTATGCTTCAATTTTGTCGCTTGTGATATTGGCTTTATAAAATGGAATATTTAAATAACCTTTCTTTCCTTTTGTTCACATTGTAGGGCTTCATGTTTTAGCTTCAGAGTCTGTACAAATCCCTTGGTTTGATTTTTTTGCTGATATCGGTGATGAACAGTCCCTTACCCAATCTCTGTCCACCTTTTCTGGCCATTTGAGAAAAATAAGTGTAAGTAAATTTGGATCCAATCCTATCTTTGTCCCCTTCATTCCTTTTTCGAATTATTTTATCTTTATCTTTATTTGGTTTAGATAGTATCCTTTTCCATATATTCTCATGAGCTGTATTTTTGTACTGAAGAAACAATTTCATTGATGTATGAAATTATGAAAAAGGGGAAAGTGATCCCAATCCAAAGGAGTTATGAAAGACATCTCTGATTGGACAAACAAGTGTCGAAGCTATACGTAGAATATATCTGGAGACAAGCCTAGTCAAGTTACTCCAAGATATCTTTGAGAAAATAACATGTTCCAAGAAAATTAGAAAATATCAAATGACTGCCCTTTGTTGTTTAAAACGTGGCTGTTATGATCAGACTACACCGGCCAAACAAATACCCTCATGAGATGCATCCCTAAGAGACCCTTCCTTCCTTTGAATGGATGACTCTCAAGAATGGAAGATAAAAAAAAACAAGGGATGTCGACGAAGACCAATTTTTTTTTTTTTTGAAAAAGAAACAAGCATCTTCATTAAAATAATGAATGAGACAGCACACAGTGAGAACTGAGAAGTAGTACAATGAAGAGACAAATATGAGGAATATCGAGTGCACCCGAACATCTCAACTAGGTTGACACCCCCAAGCACTCTCATCATCTCTAGAATAAGTAGAAATAAATAAGAGCAAGGTTCCCAAAATCACTAGAAACCAATACACGGCCAAATATAACAGTACAAAAACTTGAGCCCAATACAAAGAGATGTAACAAAGTCCAATAGCAAAGATTCTATACAGGAAATCAAAATTAAAATGGAGGAAAGATGAAGGCCTTTCAATTTAGACTAACGTCCTGAATGGACAAACGAGCATCTTGCTGTCTGTTCCTTCTTTGTGTTTGGTATGCAAATCTAGTTTGGAAGACCTTCAACATTGATGGCGTATTCTCAAGAGCTTGTTGGGAGCATTTGTTCTCTATCTTCCTCTTACAATGGGTGTTTGTCGTTCAAAGACAATGTTTTGAAGTTATTGGTAGGTCTCCAACCATTATGTTCAATGCTAATTTCCATAAACTTAATGGTAGATTCCATACTACTTAAACTAACTATTGAAAGCAATAAACACGAAACCAAAGTTTATGTGGAAACCCGAAAACCAGGAGAAAAGCTATGATATTGTTGTTTTTATTATTTTATGATAATTCAATAGGTACAAAGAGGGAGAATAAATAGAATACACAATGGGATAAAAAAAAAAAGATTTAGGAATTAGGGTAAATCTTTCCAGGGCTTTCAAACCGATTTTGGTATTCTTCATCAAACCGATTGACCAAAAACATGGTTGGTTGGTTGGTTTTGGGGTGCTTGGAGTTGAGAGGGAAATGAGGGACGACATTGAGGGAGAAAGAAAAGATGGAGAGAACATTAAGGGAGAAGAAAGGGAAAATAGAGGAGAGTGATGAAAATCTAATCGACCATGTATTGAACATACTTTCTTGGCTGAGGCGTTGATTGAACGATAAGCATAGTCCCAAAACAGAGAGTGACGAGAAACGTTGAGGTGATTGAGAGAAAAGAGAAGGAGAAGGAGAAAAGAGAGAAAGTAGAGAGAGAGAGAAGAGAGAGGGAGAGAAAAGTAATCATGATTTCTTAACCCAAAGTTGGTCGATTTTTCCACAAATGATCTACATTGACTTTTTTAATGAATAATACTTGGAAGAGAAGATCGGGATCGAAAAGGTAAGTTCTCTCTGGAGTTTTACCAATCCAGTAGATATCAGTAGATATCATTCGATTAAATCAAGTTAAGAAAGACGAAGAAGTAGATTGTGATTGATTAAGCTCCAAGTTTAATTTTCTTCTTCCATTGAGGTTCATGACAAACTCATTCAGGAGCCCCTTTGCTTCCCCAAGAATACCCTTTTCCCCTATACTACTACCCTTTCCTTCCCCAGAATACGCTTTTCCCCCTCTCGTGGTCCCCTCAAACCCATTACATAACTTTACATTCCACACTCTCATGCATAACTAACTTCCCCCCTTAATTACATTCTTCCCCCTCCTCTATATTGATGGATAATGGGTAGCCTTACAGTACCCAACGCCTCTAAATTAACCTTGCCCTCAAGGTTAAAATCTGGAAATTGCTGCTTGAAGTTGTTAACAGATTCCTAAGTAGCCTCATGAGTAGGCAGTCCTTCCCAGTGAACTAAGACTTCTGGACTGTCTTTGGCGGATTGGCGGCGCACATCAAGGATCTCTTGCCGTCGGGCCACCCATTCGAAATTTTCAGTCAATAATAGTGGGGTGGGTTGCAGTACCTAATGAACCCCAAGTGCTTTCTTTAGCTGGGATATGTGGAAAACCGGGTGAATGGACGTGGATTCGGGCAACTTCAATCGGTATGCCATAGATCCCACTCGTGCCTCAATTTGATAAGGGCCAAAGTACTTCGGTGATAGCTTCTCATTGCGACATTTAACTAAGGAAGTTTGACGATATGGTCGGATTTTGAGGTATACCCAATCCCCCACCATAAATTCTAAGTCCCGGGGCTTCTTATCAACATATTTCTTCATTCAATTCTTTGCTGTTTGCAAATGTTCCTTCAGTGCCTTAATTACCAAATCACGATCACACAGTTGCTGGTCAAGGGTCGCGTTAACAGTTTGGATATCACCATAAAATAAGAAAGATGGTGGAGGTCGTCCATACACTGCCTGAAAAGGAGTAATCCCGATTGCCCTGTGGTACGTTGTATTATAAAGATGCTGGTTTCCTTTAAAAAAAGAAATACTTGGAAGAGAAAACATAACAGAATACTTGGAAGGAGAGGGGCTGAATAGTTTTTTTAATGAACTGTATGTCAGGGCTACTTTATGGTCTACATGAGAGTTTTCCCTCCCATTTCCAGCAAGGCTATTGTCTATAATGCAAATTGTTTCACTCATTTATTGGAATTATCTGATACATTTTCTTCATTTGATTACTTTCTTGCATATGGCAGGACATACAGTCAGTTTCAACTAGTCAATCGTTGGTACTATTGGATGAAGTAAGTATGAAACTCAGTATGGAAACAGTTGAAAAACCATTGTCAATTTAGTCTAACTTTTTCCGCTTGGTAGGTTGGTGCAGGGACCAATCCTCTGGAGGGAGCCGCACTTGGGATGTCACTGCTGGAATCTTTTGCTAAATCTGGCGCTGCATTGACAATTGCAACAACACATCATGGAGAACTTAAAACCCTAAAATATAGGTACAGTATGCAAACAACAGATAGAATTGAATGCAAAATTTACAGGTCTTTTCTATTCTTTTCTTTTTCTTTCTTTCTATGAATTCAATAATGACAGGTTTTGGTTGCTTGACTTTTTTAACTTTATAATATAAACCTTGTTTATTATTATCTTTTTCTTAAAAAAGGAAACAAGCCTCTTCATTAAGATAATGTAATGCGACAATACAAGGTAATGTAGTACAATGGAGAGACAACAGCTAATCCTAAGGATCAGTGAGTGCATCCGGACATGGGACATCTCAACTAGGTTGACCCCCTCTGAGCACTCTCATCATTTCCAATACAAAAATCGCTGAAATCAAGTATTACAAAGTTCAAGCAGAACATTCATACAGAAACAATACAAAAGCTAAAAATTTTACAATTAGTAATACAAGAGAAAACAAGACCTTTGAACGAACGCTGATTTACTTTACTATTCAAAATAACTGGTGGAATATGAGATACTAATGTTTTTAAAAGACTCTTAAAATCATTAAGACCATTTTATGGTTTTGAAAGACTATTATAAACATTACAATCTGATTTTAATGATTTTGAAAGGCTATGTAAAACCTATGGCAAGACTATTTATAAAGAACCGTGGAATATGAGATACTAATGTTTTTAAAAGACTTTTATAAGAATAAAGTCTTGTAAATAATTAAAACCATTTTATGATTTACTTTACAACCTACTTAAAGGTTTTATTAAGTACCCTATTTTTAGGATTTACTTTACAACCTATCGAAAGTAAGTAACCTATTTTTAGGATTTTAAAAGGTAAGGAATGATACTAATGTTTTAGTAAGACTTTTATAATCCTAAAAACCGATGTTAATGTTTGACGCTAAGATGGAGGAAAAATAAAGGCCTTCCAGTTAAGTTTAATTTCTTGGATGGAGAAAGCTTCAAACTCTTTGTAGAGAATACACCATGAAGAAGCATTTAGCCAAGCTATGTCCGAGCGAATCGTCGGAAGGGGAGGCTTTGTCATGAAAGAATCATTGGTTTCTCTCAAACCACAATTCAGCTAACATTGCTTTGATTGAATTATGCCAAATCAATCTTGTTTTTCTGTTTTAAGTTGGGCATTGTTTCTCTCAAAATGCCACTCTTTGGGGTATCCTCCTAGTGGTAGGCCAAGATAAGTAGGAGATGAGTAGCTTTACAATTCAGCTCTGTTGCTTGCTGTCATCAATATTAACACCACAGATTGCTGATTTCTTCCAATTAACTTTTTTCCCCGAGCACCATTCAAACAGTTCAATAATTTTCTTCAAGTTATCTAACATCTCATCTTTGTATTTGCAAAAATTCAAAGTGAAGTGTCATCAGCATATTGGAGGAAACATGAACTTTGTCTTCTCCCGCAATAAAGCCTTTGAGTTTCCCTTTTTCATGTATCTTAGCCAGAAGTGTACTCAAAACTTCCCTGACTAGAAGGAAAAGGAAAAAAGGAAAGGTGAGAGAGAATCACCTTGTCTAATATCCCTTGTAGCTTGTATCCTTCCCCTTGGTCTACCATTGATGAAAATTGAGAATTTTGAATTTGACACACAGCTCATTATCCACGAAGACCATAAGGGATCAAAGTTTTTTTGGACGAGATTTTTTTCTAGAAAAGCCGAATCTACACGGTCAAAGGCCTTCTCGAGGTCTAATTTCAGAATCCACCCCTTTTTCTTCTTAGAGCAATATTCTTCCACTACTTCATTGGCTATAAGAATCGGGTCTATTAATTTGTCTTCCTCCAATAAAGGCACTTTGAGTTGATCGAGATAATACTTGGCATAATTTTTTTTAAGCGCTCGGCTAACACTTTTTGCAACTAACTTATAAGTCAAAGTAGTTAAGCTGATTTATAGAAATCTTGTTTAAAAAATAATAAAACTAATAAATCAAAGTATCCTTTTGCATGTACATGCTTTTTTAATAATTCTTTCCTTTTTCTTGCTCAAAGATCTTTCATTCATGGTTATGAAGTTTTTCTCCACAGCAATGAGGTCTTTGAAAACGCATGTATGGAATTTGATGAGGTGAACCTAAAGCCAACTTACAAGATTCTCTGGGGAGTGCCAGGTTCTCACTATTGAAATATGATTCACCATTTAATCCTCACATTTTATACATTCTCCCCCTCTCTTTTTTTAAAACTTCTATTCTTCCATTTTGGATAAGATAAACATTAGTTTTCATTTATTATTCCGTGATACCATTGGGCATTTGTAAATATGAGAATGTGATGCCTAGGAATATGACTGTTTTAGACATGGAAATAATATCTGTGAAACTTCATTTCAAATTTTATTTATTTTCCTTATAAAATCCAATCTTTTTTTCTTTTTTGAATTGGAAACGAGCCTCTTCATTAATAAAATGAAATGAAATTAATGCTCAAAATATAAGAGAATTATACAAAGAGCTAAAATCACAAAGGGACAAAGGATTAGGAGGCGCACCTGGGTATCTCAACTAGGTTAACATCCCCTTAGTGCCCTCATCATATCCGGACTACTAAAACTGACGAATTAAACATACCCTACATAAGACCAAGTCTCCCAACAACCTGTATAAGTGAGTAACCGATTACACAGACAACAAAATTCAAACCAGAGAACCTCAAAAACTCCAAACAAAGAAAACAAACTAGAATCTAACTAGAAATAATACAATACAAGTGATATGCTGGAAAAAACAAAAGTGCTCCAAAAGTCTAGGACCATGAAAGTAGTAATCTGTGAAAAACTTGGACAAGATGCACCAACGAGAGATAATCTGAATGAGCCAAAACAATGTTGAAGCACAAAAAGGAACTCAATTCTTGAGGATAAATCTTCCAGGCCTCTTAATATCCACCAGAGAATCTTATTCAATAGAAGTGAACTGACTTTATAAAATTCCAATAAAGGATTCCCAAGGATTCCTACAATTCTTTTTATATTGTTAAATTAAATCTATTAATAATGTTTTGTCTGATAAACCACTTCCTAATATATTTTAACATACAAATGAATTCTTAAGATTATAGAAATTTAAAGTAATTAATTTGTGAAGTTAATTACATTGGGTACGTTTAGGATGTCAATGTCGAATTGTTGAGAGGAGGTCCGAAGAAACACTGCCCTAGCACAATGCCCTCCTTGATCATGAAGTGGTATTTTTACCAATTTAAAACAAGTTTGGCATAGGCACCTTTGCAAAATTAGAGATAGCTTAGCAAGACAAAGGTAAAGACTGTGTGCTTTGTTTTCAGTTACATGTAAAGGCTTGTATGTAATATGCATAAATGTAAAGTGAGAATGCAAATGAGATAATTCAAATTATAAAGATCTGGACCCGGGATTCGGAATCCACTCATTCACTTGGTTGTTCACAGACTTCTCAAGATATGCAATGTTTGCCAATTTTAACTCTTAGCTCACAAACCTAAGTTGTCTCAAGCTACATGTCCTAATGTTATGGTTAATTTCTTAGCCATCCTAGATGCTTTTAATTGGGTACGGAAAGCGTCCATATTAATCAAACAACCGCATTAAGCAAGGTATCTAGTTAAGTTGATCAAATAACCGGATAGCCCTAGTTACTAATCAACCGGTTTTTTAAATTAGTTAATCATGCGTTAAAAGAGCTATTTGGAATAACCTATAATTCACAACAAGCATGATTTAACTTGTGCCCTTGAGATAATGAAATACAAAGAAGGATTGCAATGAATTCGAAGAATAAATGAGAGTTGGCCAAAAATTCAAATATTCAATGCTTAGAATTAGAACTCATATTCAAGAACAATACAATATTTGCAAAATAGCATTAAAGAAGATAAATCAAAGTCTCCCAACCAAGATTACATGGGTTTCAATCCTACCCTAAGCTAGAAAGTGCTTACCTAGCCGCTCATAATGTGGCAAGATGAGTCTTCAAGATGAAAATAAATGAAAACTACAAAGAAGTTGATGGTGGGAAGGTGAAAATAGGGAGAATTCAAGGTTGGAGGCTCCAAAGTTGGGAATGGAATGACCTAATTCAGCAAAAGAAATATATATAAAAATGGCAAGCATCAAGACGCTTGGAGGGAGTGTCGCGATGCTCTTCAAGTTGTCAAAGCGTCGGTCTTGAGCGCCTTAGCGCTCGGGCCGGCGCTTGAATGCAAACATGTATCATCCTTTTCCATCAATGTTTGGAGCACCGTGGTGGTTACAGGGTAGCGCCGCGGCGCTCCCTTCATTTGATCTCTTGGCCCTTGAGCACTGAGCACAACGCCGCGCAACCGCAGTTGCGCCCGACTCAGGCATTTTGGTTCTTTTTTTCTATTTTCCATGGTTGATGCTTTGGAGCTATGATTTGACTCGTTTTCGTTCTGTTTCGACTTCGGTTGTTCGTTCTACCTCTTGGTTGCTCAATACCTACAGAATAGCATAATAAACACATAAAATCCGCTAAAGATTCTGAATTCAAACTCCAGTCTACCTAATGCACTCATTAACTTCTTCATCAGGAACGTGTCTTCTAGGGAAAAAGAACATAAAGTATACAATTCACGATCAGTTTCTGTTTATGCATGTGACAATTAAATTTTTAGTTTCAGTTGAGGTTCGTACTTTTGAAGCAAACCAATTGCGGAGTCTGCCTTAGATTCTATTACGGTTTTTCTCTTAGCATGTTGAGAATATGAAAGGTTTCATATTATTAATGAGAATTTGGAGATTTTAGAATTAAATTGATTTGTGACTTTTGGTTTTTATTATAACCAGTTGTGTCCATTGAGTTATTTGGGACTTGGGAGTTTTTTGAAGTTATGAGAACTAAGTAATATTTATGGTTTCTTAACCATTGAACTTCTATTGTTACAAGCCCATTGTTTATATTTGAGGGATAATCATGAAGACATGTTGCTAAAGTATTCGTGACGAAAAACCGAATGTATCCTTTGAATATTTGTAATGATGTTCCAAAATGTTTGAAGAGGTGCTATGAGGATCTTTCTTGGCTATGACATCTACGGTTCAAACACCTCAATTTTGGAAGTCTAGAAGACTTATCGAAGAAGAATATGGTGTGAGGTTTACCACACGACAAGCCGAACCAAGTGTGTGAAGGGTGCCTACTTGGAGAACATCATTGGAGTATTTTTCCTAAGGAGTCTATGGCAAGAGCCAATACGCCTCTAGATCTCATTCATGTCGATTTGTGTGGAGCAATCAAACCGGAGTCTCATGGTAAAAGTAAATATTTCCTTCTCTTTATTGGTGACTTTTGTAAAAAACATGGGTGTATTTTTTGAAGGAAAAATCAGAAGTATTTGAGATCTTCAAGAAATTTAAGGTGCATGTGGAGAATGAAAGCAACCTTACAATTAAGGCTATGAGAACAAATCAAGGTGGTGAATTTACATAAAAAGAGTTCAAACAATTTTGTGATGAAAAAGGCATTTGACTTCCATTAACAGTGCCTAAGAACTAGAACAAAATGGTGTGGCGGAGAGGAAAAATTGAACAATCTTGAACATGGCAAGAAGCATGCTAAAGAAGAAAGAGATGGCGAGGGAATTTTGAACAAAAGTTGTAGCTTGTGCGACCTGTTTAACAAATCGAGCACCAACTAAAAGCATGCTTAATAAGACACCTCAAGAAGCATGGAGTGGAAGAAAGCCCGGAATTGGTCACTTTAAGGTGTTTGGAAACATTGCATATGCTAATGTTTCAAAAGGAAAAAGGACCAAGATTGATGATTGAAGCGAGAAACTCATCTTCATTGGCTGTAACAAAAGTTCAAAGGGTTATCATCTCTACAATCCTTTGAATTGGAAGGTAATTCTTGGGATTGGAATATGTAGGAGTATGATTTTATTCCATACTTTGAAGAAGGAAATGAGCCAACCAAAAAAGAAATAGGTGAAACTTTGCCATTCTAGTATCATTCGGGTCAGCTGAAGGAGGCACTTTCCAACGATTAAGAGAACGAAATTGGCCCAAGAGGAGTCCAAAGTCTACGAGAACTTAATGAGGTAAGCGAAAATCAAAATGGCATAATTTTCTATTGTCTTTTTGGTGATTGTGAGCCCATTAGTTTCCAAGAAGCCATTGGCAAATAAAAAGTGGAAGGATGCAATGGATGAAGAAATTCGAGCTATAAAGAAAAACGACAGGACAAAAACCAATCGGACTGAAGTGGGTATATACAAGACAAAAAGAAAATGCAATGGTCATGTTGAGAGGTCCAAGGCAAGACTAGTAGTGAAAGAATATAGTCAACAACACGACATCAATTATGATGAGATATTGACCCTTGTTGTTCGCCTTGAAACTATTTGTTTGATTATTACTTTAGCAGCCTATAATCATCGGAAGATACATCAAATGTGTTAAAGGAAATTAGGGTTTATTGTATTTTTTCTATTTAATTTTCCATATTTATATTTTTCCTTTATTAGTATTTTGGTTTCTATTTATTTACCAATGTAATAGCTTATTATGAACTTTTGATTTATTCAATATATTATATAAAATTATCATGGTAGCAGAGCTCTAGGGTTTCATCTTATTGAAATTTAGTCGCCGTTGTCGCCTCTAGCCTTGTCCGACCTCTGCCTCTGTTGATTTGATTAGCCATCAATGGAGGCAGACCCATGTGTAGATCTGTCGTTTCCACTCTATCTCCACTTAGAATCGCCGAACCTCTACCACATAGATCTGCATGTTCAGCCTCATGTCATCACCCAAATCCCCACAATTGTTGTCTACGATCAGCAGTCCACTTCCGCCGCATCACAGATCCAACTGCACCCGTCTCCTATTGCTGTTACGCAGTCCCTTGCAAGCACAGATTCTCATTCTCGCCATGGGTTTCGTGCTTAGGTTCATGCCACTTGTCGTGGGTTTCATCCGATCTACAACATCCTTCACGCTCTGTTATGCGATTGATTCTATCATGGTTTGAGAAGAAAAGAACCCCATGGCCAGGTTCTGTTTTTTGAAAAAAAAAAACCCAATTTGGTACATTTAAGGTTCGGTTCAGTTAAGCTGGTTTGGTCAATTTGGTTTAATTTGGTTCACTTAGTTTGGTTTGGTTCAAGTTGGTTCATTTGCAATTATGGCGAAGCGGGAAAAAAATTATGGGTCCTTGTTTCGTTTTTAAATCAGTTGTTTGTAGGTTTTGTTATAGATTTCTTTACGAGGATCTTTGTTATTGTTCAAAAGTTCTTGTTTTGTTCTTTGTTGGTTTTGCTATAGATCTCTATTCAAGATCTATGTTTCTATCCCAGAAGTTCTTGGTTTCGTTTTTCGTGGGTTTGTGTTTCTTACCTAAAAGTTATGTTTTCGTTCTTTGTGGGTTTTGATTCTATCCCAGATCTTTTGATTTGATTCGGAAATTTTTTTCACAAACTCAAGTTGTTCGTCGTTCTACCACCTTGAGTTTGAGGGAGGTTATTGAAGGAAATTAGGGTTTATTGTATTTGTTCCTATTTAATATTTTCTATATTTGTATTTCCCTTTGTGGTTTCTTTGAGGTCTATTTATTTTCTAGGTAAAAGTTCATATGTACTCTGAATTACTTTTGATTTATTTAATATATTGTATAAAATTATCAAAATGGATGTCAAATCGACATTCTTGAATCGAATTCTTGAGGGTCTATGGGGAACAACCATTGGGATTTGAAGCCATGGGTGAAGAAGATAAAGTGCTTCGATTAAAGAAGGCTCTTTACGGTTTCAAGCAAACACCGAGTGCATGGAATTCAAGGATTGACAAGTATTTTAGGGAGAAGAAGTACATGAAGTGCCTTTATGAGCATGCCCTATGTATCAACATGTTAGTAGAAAACATACAAATCATTTGTTTGTATGTTGACAATCCTTGCATTTTTGATGAATTTAAAAGGGAGATGACGAAGGAGTTTGAAATGACAGACATTGGTCTCATGCGTTATTATCTTGGGATCGAGGTCAAACAAAGTGAAGATGAGATTTTTATATCTCAAGAGGGCTATGCTAGAGAAATGTTCAAAAGGTTTAACATGGATGATGCTAATCCTATTGGAACACCAATGAAGATACTTGACATGCACAAGACCGAATATTCTTTATTCAGTTGGAATTATTAGTCGACTAATGGAGATGCTGACAACAACATATTGCAAAATGATCAAGAGTATACTTTGTTACATCAAAGGGACAATTGAGATGGTCTTTCCTATGTCTCTTCTAGTAATTTTGATATTGTTGGTTATTGTGATAGTGATAGGAGTAGTGACCTGGATGATCGAAAGAGCACTATGGGTTTTTTATTTTTTATTGGTGAAACGGTGTTCACGTGGATGTCAAAAAAGCAACCCATTCACATTATCAACATGTGAGGCGGAGTACGTCGCGGCAACTTAATGCATATGCCATGCAATTTGGCTAAAAAACTTATTGATGGAGTTGAAGTTTCAAATGGAGGATCCAATGAAGATTTTTGTTGACAATAAATCGGTCATTGCCTTGGCCAAAAATCTAGTATTTCATGGGAGGAACAAGCACATCGATACCTGATTTCATTTCATTCGGGATTGCGTTATGAAGAAAGAAGTGGAACTCAAATATGTCAAGTTGCGAGAGCAAGCGGCAGACATTTTCACAAAGCCCCTCAAGCTGGTGTGTTTTATCAAAATGAGAAGTTTACTAGGCGTAACAAATCAAGTTTAAGGGGTGTTGAGAATATGAAAGGTTTCATATTATTAATGAGATTTTGAAGGTTTTAGAATTAAATTGATTTGTAACTTTTGTTTTTTTTTTTTTTATAACCAATTGTGTCCATTGAGTTTTTGGGAGTTTTTAGAAGTTATGACAACTAAATAATGTTTATGGTTTCTTAACCATCGAAATTCTATTGTTACATTTTAGTCTATATAAAGACATGTTTAGTTGAATCAAAATATCACTTTCTCCACACTTGTGTCATCCACACTCTTTTCTCTTCTAACACAGCAAACCTAAATGACGTGAAATTATGTTTTGTTGATTATTTCCTTTTTTGTATTATATTTTATTGTACTGGTTGTATTATATTTGCCAAATTTATTTTTTCCTTCTTTGTAATGGGTTGTTCTTCTATTTAAGAACACCCTTCTCTTTTTGTGAAATACAAGAAATATATTGTTTTGGCATGTGTGTAGGGCGTTCAAATGCTATAAATATAGCCGAAAGGTTAGGGTTGCCTAGTTCTGTTGTAGATGATGCTCGGGAACTTTATGGTGCGGGAAGTGCACAGATAGATGAGGTAGAATGCACAATTATTGCAAATTTGTGCCTTTCTTTTTATGTATGCCTTTTTATTTGTGAAGCATCATAAAAAGAAAAGTTTATGAGATACTATCATTATCAATTATTTTGTTATAGTTTACCAATATCCAATAATGTTTTTATTTTTTATTCAATCTGTATTCTTTCTTTAATTTTAAAAAACAACTGAAAGGTGGTCCTCGCGTCTCCAGTTAGCAGTTGCAGTAGCAGATATGGAATATTAATTCTTTATGCACTTAGTATATTGCTTCTCAAGCATATGTTAGACTACATTATTTACAATTTTATGTTACATTTTAATGCAGGTCATAACCGATATGGAATGTATAAAGAAAAAGTATGGAGACCTCTTACAAAAAGCTCAAAATAACTTGACGTAAGTCTCTTAGTAAGATAAATTTTATGGAAACAGTCTCAGCCCAACCTAGTTATCCTTTAATAATATCGTAGCCATAGGTCTGATTCAAATCCTTCTGTGTTTATCAAGTTTTGATCATTGTTAATTCGTATAGTTGCTGAAACTGTGATCTCAATTTTTTTTTAAATCATAGCTATTATTATCAGCTTAAAGCAATTTAAAAAAGAAATTAAAAGAAAAGAAAAGTGTAATTCTGACCCGTCGCAATGTGGAGAAGATCTTTGGACAAGGCGTTGAGCTTTTTTATGTGATATCCATATCTAGATAGGTGATAGAACAAAGTTTTCTTTAATGCCATATGTACATATGCAATAATCGTCAATCTCTCTAGAAAGACTAGCAAGATACAGGTTTGTTTCTCGCCTATACATAACAGTTTTACTTTTAAGTAATAAATAGGGGTCTTTCCCAGTGTTTTAAAAAGCCCTCTCTGGTATGCGCCTAGCCTCAAGGCATAGGTCTAGTGCCTCACCTTGGAAAGGCCAGGCTCACAAAATAAGCCGCTCATTAGGCGCTCGCCTTTTGTGAAGCCCCAAGGCTCCAAGCCCAGCTTTTTCATTATTTTAAAAAAAATAGTAATAGTTAAGGTTTTCCTTCTATATTAACTAAAGAATCCTAAATGCATAAATTCTTGTGTTTGAGGTCTTTTCTTTTCCATGTTTCCACTTCTACTATGCTTTCTCCTTTTAATGTAATATTTTTATATGTAGTGCGCCTCACAGAAAAAAGCTCGCACCTTTTTGTGCACCTTGTGCCTAGGTTCCAAAGGCCATTGTGTGCCTTGGGCATTTGTAACCACTAGCTTTCCTCAAAATGCTAGCTTTAGTCCATCTTAATCGTCATTTTCAATTGATAATGCTCTTGACTTGTACAATCGTGATCTTTTAACCATCCATATTTGTAACCATAGGGAGTCAAAAAATCTTTATGAAAAGTTGTTGCTTGCTAGAAGAAACATTATTGAACATGGCAGACGACAGAGGCTTAGAAAAGTGCAAGAGGTAGCCAAGGCTGCAATAACCGCTCGTTCTAACCTTCACCAAAAAGTACGAGAACTACGTGCATCTACAATTGAGTACACCCCGCCCTCTGCCATTGATAGGAGGCAACATGCAGGAATAAACTCTAATAACCGAACTACAGCAGGCAAAAAGGATTTGATGGCATTGCATACGCATATATCTTCAACCAGTGACATCAGTCAACCACAATCAGGTTTGCCATTGACAAATCTCCTGTTTAATTGTATTTGTGTTTCGAAGAATTGCAAATATTTTTCCTAATAGAAGCTCCGTCTTTTATAATTATGTTGTCCGTTTTTATGCGATGAAAATAATTTTTGTTACCTCATTTTTGTGAGTTTTGTACACTACAGAGGAGCCTGAGTTTCCCACTGTTGGCGATACTGTATATGTTTCTTCCTTTGGAAAAAAAGCGACAGTTTTAGGTGTAGAGCCATCAAAAGACGAAGTCATTGTTCGAGTTGGTAGCATAAAGTTGAAGTTGAAGTTCACCGACATAATGTGATAATCATCCAGAAGCCATGCACATGTTGGCGAGTATAGTTCATCTAAAATATTAACCAACTTGGTATCTCTATTCTCTTTGCTATTCATGTTGCTCACTGTTTTCTCCAGATGCATCTAATCCGAAAAATTAGAAAAATGGCCACGAAAAAACTGAATTAGCTAAGTAAATGTTTTTGTTAAACAAAATCAATTTTTTGCAAGCACGTTTGGAAAAAGTTAATTATATTTTTTTAAAAATTATCTTTTAGATAATTAAAAATTTCAAGATATAAAAACAGATTTATTGAAAATACTTTTTTTAAAAAAAGACTGCTGAAGTGCATGTGAATGAATTACCACCTTAAAGATAACTCAAATTAAATAAATAAATAAATATACATCATCCATCCTCTATCCTTTTTCTGGGTTATAGCGGGAGACTTTAAAATGTTTGGAAAAATGAAATTTGAGACTTTCTTTTTCAATATTTTGTTGGAGGAAGAAAAAGCAATTTCACTTGTTGGCGTTGCTGGAGGAAGTATACAAGGAATGTAGCAAGGAGACAAAGATGCAGAAAATAATTGAGAAGACAGAAGGAAATCAGAATTGAGTGATGAAGGAAAATAAATTTAAATGATGTTTTAAAATGGCTATATAACCTTACTCTGAAGTTTGTAACATCAGTAGGTGCTTTGAAATGTTTTATTTTGATGAGATGTAATGGTTGCATGGGTATAATACTGTACTTTAAACAAAAAACACAGCATCAAAATGTACTAACAAATATCAAACACCAATAATTTCAAATATAACGTTGTTGTATAAGTAA

mRNA sequence

ATGGGATACCCTCACTCGCATGTCACCTACACGAACGCGTTGGATCATTGCGTTTGTATCAAATACAAAGTGAGCCGTATCCACAGTGTTACCAGGATAAGGTGGTGTATAAAATCAGAGGGTGATCAATTAATGGATGTTAAGGGTCTCCTGTTGTCCAGTGATACAGGAATTGGTTCCATCATAGAGCCAATCTCTGCCGTTCCTTTAAATGATGTGTTGCAACAAGCAAGGGCTTCAGTGGCAAAAGCTGAGGAAGATGTTCTCTTTATGCTAACTGAAAAAGTGAAAATGGATTTTGAAGATATTAGCAAACTCATTGGCTGTATAATTGAATTAGATGTGGTCAATGCTCGAGCATCTTATGGTCTTTCATTTGGGGGGACGTGCCCCAATTTAATCCTACTAGAAGGCTGCAACTCTTCTATTGCTAATGTCTGCTTATCAGGGGACCAATCTGAGGCATCACACTCGAAGAAGAATGAATGGGTCCTCTATTTACAAAATACCCATCACCCTTTGCTACTTCAGCAATATAGAGAAAATTTGGAAAATGCCAAGAGGGATGTCAAAAATGCTTTTAATGAGATGGGGAGAAAACTTCCCGGTGGGAATATGTCATGGAAAGAAAAAGAAGTTGTAGATATTTCATTATTTAAAATGAAGGTTGAACAATTGGAGCAAGCTCGTCCTGTTTCGGTTGATTTTTCAATATCTCGCAGAATCCAAGTTTTAGTTATAACGGGTCCAAATACTGGGGGTAAGACTGTTTCTTTGAAGACCATTGGATTGGCAGCTATGATGGCAAAATCAGGGCTTCATGTTTTAGCTTCAGAGTCTGTACAAATCCCTTGGTTTGATTTTTTTGCTGATATCGGTGATGAACAGTCCCTTACCCAATCTCTGTCCACCTTTTCTGGCCATTTGAGAAAAATAAGTGACATACAGTCAGTTTCAACTAGTCAATCGTTGGTACTATTGGATGAAGTTGGTGCAGGGACCAATCCTCTGGAGGGAGCCGCACTTGGGATGTCACTGCTGGAATCTTTTGCTAAATCTGGCGCTGCATTGACAATTGCAACAACACATCATGGAGAACTTAAAACCCTAAAATATAGCAATGAGGTCTTTGAAAACGCATGTATGGAATTTGATGAGGTGAACCTAAAGCCAACTTACAAGATTCTCTGGGGAGTGCCAGGGCGTTCAAATGCTATAAATATAGCCGAAAGGTTAGGGTTGCCTAGTTCTGTTGTAGATGATGCTCGGGAACTTTATGGTGCGGGAAGTGCACAGATAGATGAGGTCATAACCGATATGGAATGTATAAAGAAAAAGTATGGAGACCTCTTACAAAAAGCTCAAAATAACTTGACGGAGTCAAAAAATCTTTATGAAAAGTTGTTGCTTGCTAGAAGAAACATTATTGAACATGGCAGACGACAGAGGCTTAGAAAAGTGCAAGAGGTAGCCAAGGCTGCAATAACCGCTCGTTCTAACCTTCACCAAAAAGTACGAGAACTACGTGCATCTACAATTGAGTACACCCCGCCCTCTGCCATTGATAGGAGGCAACATGCAGGAATAAACTCTAATAACCGAACTACAGCAGGCAAAAAGGATTTGATGGCATTGCATACGCATATATCTTCAACCAGTGACATCAGTCAACCACAATCAGAGGAGCCTGAGTTTCCCACTGTTGGCGATACTGTATATGTTTCTTCCTTTGGAAAAAAAGCGACAGTTTTAGGTGTAGAGCCATCAAAAGACGAAGTCATTGTTCGAGTTGGTAGCATAAAGTTGAAGTTGAAGTTCACCGACATAATGTGATAATCATCCAGAAGCCATGCACATGTTGGCGAGTATAGTTCATCTAAAATATTAACCAACTTGAAAAAGCAATTTCACTTGTTGGCGTTGCTGGAGGAAGTATACAAGGAATGTAGCAAGGAGACAAAGATGCAGAAAATAATTGAGAAGACAGAAGGAAATCAGAATTGAGTGATGAAGGAAAATAAATTTAAATGATGTTTTAAAATGGCTATATAACCTTACTCTGAAGTTTGTAACATCAGTAGGTGCTTTGAAATGTTTTATTTTGATGAGATGTAATGGTTGCATGGGTATAATACTGTACTTTAAACAAAAAACACAGCATCAAAATGTACTAACAAATATCAAACACCAATAATTTCAAATATAACGTTGTTGTATAAGTAA

Coding sequence (CDS)

ATGGGATACCCTCACTCGCATGTCACCTACACGAACGCGTTGGATCATTGCGTTTGTATCAAATACAAAGTGAGCCGTATCCACAGTGTTACCAGGATAAGGTGGTGTATAAAATCAGAGGGTGATCAATTAATGGATGTTAAGGGTCTCCTGTTGTCCAGTGATACAGGAATTGGTTCCATCATAGAGCCAATCTCTGCCGTTCCTTTAAATGATGTGTTGCAACAAGCAAGGGCTTCAGTGGCAAAAGCTGAGGAAGATGTTCTCTTTATGCTAACTGAAAAAGTGAAAATGGATTTTGAAGATATTAGCAAACTCATTGGCTGTATAATTGAATTAGATGTGGTCAATGCTCGAGCATCTTATGGTCTTTCATTTGGGGGGACGTGCCCCAATTTAATCCTACTAGAAGGCTGCAACTCTTCTATTGCTAATGTCTGCTTATCAGGGGACCAATCTGAGGCATCACACTCGAAGAAGAATGAATGGGTCCTCTATTTACAAAATACCCATCACCCTTTGCTACTTCAGCAATATAGAGAAAATTTGGAAAATGCCAAGAGGGATGTCAAAAATGCTTTTAATGAGATGGGGAGAAAACTTCCCGGTGGGAATATGTCATGGAAAGAAAAAGAAGTTGTAGATATTTCATTATTTAAAATGAAGGTTGAACAATTGGAGCAAGCTCGTCCTGTTTCGGTTGATTTTTCAATATCTCGCAGAATCCAAGTTTTAGTTATAACGGGTCCAAATACTGGGGGTAAGACTGTTTCTTTGAAGACCATTGGATTGGCAGCTATGATGGCAAAATCAGGGCTTCATGTTTTAGCTTCAGAGTCTGTACAAATCCCTTGGTTTGATTTTTTTGCTGATATCGGTGATGAACAGTCCCTTACCCAATCTCTGTCCACCTTTTCTGGCCATTTGAGAAAAATAAGTGACATACAGTCAGTTTCAACTAGTCAATCGTTGGTACTATTGGATGAAGTTGGTGCAGGGACCAATCCTCTGGAGGGAGCCGCACTTGGGATGTCACTGCTGGAATCTTTTGCTAAATCTGGCGCTGCATTGACAATTGCAACAACACATCATGGAGAACTTAAAACCCTAAAATATAGCAATGAGGTCTTTGAAAACGCATGTATGGAATTTGATGAGGTGAACCTAAAGCCAACTTACAAGATTCTCTGGGGAGTGCCAGGGCGTTCAAATGCTATAAATATAGCCGAAAGGTTAGGGTTGCCTAGTTCTGTTGTAGATGATGCTCGGGAACTTTATGGTGCGGGAAGTGCACAGATAGATGAGGTCATAACCGATATGGAATGTATAAAGAAAAAGTATGGAGACCTCTTACAAAAAGCTCAAAATAACTTGACGGAGTCAAAAAATCTTTATGAAAAGTTGTTGCTTGCTAGAAGAAACATTATTGAACATGGCAGACGACAGAGGCTTAGAAAAGTGCAAGAGGTAGCCAAGGCTGCAATAACCGCTCGTTCTAACCTTCACCAAAAAGTACGAGAACTACGTGCATCTACAATTGAGTACACCCCGCCCTCTGCCATTGATAGGAGGCAACATGCAGGAATAAACTCTAATAACCGAACTACAGCAGGCAAAAAGGATTTGATGGCATTGCATACGCATATATCTTCAACCAGTGACATCAGTCAACCACAATCAGAGGAGCCTGAGTTTCCCACTGTTGGCGATACTGTATATGTTTCTTCCTTTGGAAAAAAAGCGACAGTTTTAGGTGTAGAGCCATCAAAAGACGAAGTCATTGTTCGAGTTGGTAGCATAAAGTTGAAGTTGAAGTTCACCGACATAATGTGA

Protein sequence

MGYPHSHVTYTNALDHCVCIKYKVSRIHSVTRIRWCIKSEGDQLMDVKGLLLSSDTGIGSIIEPISAVPLNDVLQQARASVAKAEEDVLFMLTEKVKMDFEDISKLIGCIIELDVVNARASYGLSFGGTCPNLILLEGCNSSIANVCLSGDQSEASHSKKNEWVLYLQNTHHPLLLQQYRENLENAKRDVKNAFNEMGRKLPGGNMSWKEKEVVDISLFKMKVEQLEQARPVSVDFSISRRIQVLVITGPNTGGKTVSLKTIGLAAMMAKSGLHVLASESVQIPWFDFFADIGDEQSLTQSLSTFSGHLRKISDIQSVSTSQSLVLLDEVGAGTNPLEGAALGMSLLESFAKSGAALTIATTHHGELKTLKYSNEVFENACMEFDEVNLKPTYKILWGVPGRSNAINIAERLGLPSSVVDDARELYGAGSAQIDEVITDMECIKKKYGDLLQKAQNNLTESKNLYEKLLLARRNIIEHGRRQRLRKVQEVAKAAITARSNLHQKVRELRASTIEYTPPSAIDRRQHAGINSNNRTTAGKKDLMALHTHISSTSDISQPQSEEPEFPTVGDTVYVSSFGKKATVLGVEPSKDEVIVRVGSIKLKLKFTDIM

Homology

[Close]

BLAST of PI0016085 vs. ExPASy Swiss-Prot
Match: P73625 (Endonuclease MutS2 OS=Synechocystis sp. (strain PCC 6803 / Kazusa) OX=1111708 GN=mutS2 PE=3 SV=1)

HSP 1 Score: 254.2 bits (648), Expect = 3.7e-66
Identity = 196/580 (33.79%), Postives = 284/580 (48.97%), Query Frame = 0


Query: 53  SSDTGIGSIIEPISAVPLNDVLQQARASVAKAEEDVLFMLTEKVKMDFEDISKLIGCIIE 112
           SS +G    +EP + V L + L+QAR      EE +L  L+++V     D+  L+     
Sbjct: 219 SSASGNTLYVEPQAIVELGNKLRQARRQEQTEEERILRQLSDQVLEVLLDLEHLLAIATR 278

Query: 113 LDVVNARASYGLSFGGTCPNLILLEGCNSSIANVCLSGDQSEASHSKKNEWVLYLQNTHH 172
           LD+  AR  Y    G   P  +               GD+            + L+   H
Sbjct: 279 LDLATARVRYSFWLGAHPPQWL-------------TPGDEKP----------ITLRQLRH 338

Query: 173 PLLLQQYRENLENAKRDVKNAFNEMGRKLPGGNMSWKEKEVVDISLFKMKVEQLEQARPV 232
           PLL  Q  +                     GG        VV I+L              
Sbjct: 339 PLLHWQAEKE--------------------GG------PAVVPITL-------------- 398

Query: 233 SVDFSISRRIQVLVITGPNTGGKTVSLKTIGLAAMMAKSGLHVLASESVQIPWF-DFFAD 292
               +I  +I+V+ ITGPNTGGKTV+LKT+GL A+MAK GL++ A E+V++PWF    AD
Sbjct: 399 ----TIDSQIRVIAITGPNTGGKTVTLKTLGLVALMAKVGLYIPAKETVEMPWFAQILAD 458

Query: 293 IGDEQSLTQSLSTFSGHLRKI--------SDIQSVSTSQ----------SLVLLDEVGAG 352
           IGDEQSL Q+LSTFSGH+ +I        S +Q V   +          SLVLLDEVGAG
Sbjct: 459 IGDEQSLQQNLSTFSGHICRIIRILQALPSGVQDVLDPEIDSPNHPIFPSLVLLDEVGAG 518

Query: 353 TNPLEGAALGMSLLESFAKSGAALTIATTHHGELKTLKYSNEVFENACMEFDEVNLKPTY 412
           T+P EG+AL ++LL   A     LT+ATTH+GELK LKY +  FENA +EFD+ +L PTY
Sbjct: 519 TDPTEGSALAIALLRHLADQ-PCLTVATTHYGELKALKYQDARFENASVEFDDQSLSPTY 578

Query: 413 KILWGVPGRSNAINIAERLGLPSSVVDDARELYGAGSAQIDEVITDMECIKKKYGDLLQK 472
           ++LWG+PGRSNA+ IA+RLGLP ++V+ A++  G  S  I++VI  +E  +++       
Sbjct: 579 RLLWGIPGRSNALAIAQRLGLPLAIVEQAKDKLGGFSEDINQVIAGLESQRREQEQKAAN 638

Query: 473 AQNNLTESKNLYEKLLLARRNIIEHGRRQRLRKVQEVAKAAITARSNLHQKVRELRASTI 532
           AQ  L E++  Y+++     ++    R  +  + QEV +A   A+  + + +R+L+    
Sbjct: 639 AQKLLQETEIFYQQVSQKAASLQARERELKSYQDQEVQQAIAAAKEEIAKVIRQLQRG-- 698

Query: 533 EYTPPSAIDRRQHAGINSNNRTTAGKKDLMALHTHISSTSDISQPQSEEPE----FPTVG 592
               PSA   +Q                     T I       Q     P+     PTVG
Sbjct: 699 ---KPSAQKAQQ--------------------ATEILGQIQAEQKAKVAPKPIGYQPTVG 705

Query: 593 DTVYVSSFGKKATVLGVEPSKDEVIVRVGSIKLKLKFTDI 610
           + + + SFG+ A V  V  +   V V +G +K+ +   DI
Sbjct: 759 ERIRIPSFGQTAEVTQVNATAQTVNVTLGLMKMTVPMADI 705

[Close]

BLAST of PI0016085 vs. ExPASy Swiss-Prot
Match: Q38YN3 (Endonuclease MutS2 OS=Lactobacillus sakei subsp. sakei (strain 23K) OX=314315 GN=mutS2 PE=3 SV=1)

HSP 1 Score: 231.5 bits (589), Expect = 2.6e-59
Identity = 151/385 (39.22%), Postives = 229/385 (59.48%), Query Frame = 0


Query: 226 LEQARPVSVDFSISRRIQVLVITGPNTGGKTVSLKTIGLAAMMAKSGLHVLASESVQIPW 285
           ++  + V+ D +I    Q +V+TGPNTGGKT++LKT+GL  +MA+SGL + A E  Q+  
Sbjct: 311 IDATKVVANDIAIGADYQAIVVTGPNTGGKTITLKTLGLVQVMAQSGLFITAREESQVGV 370

Query: 286 F-DFFADIGDEQSLTQSLSTFSGHLRKISDIQSVSTSQSLVLLDEVGAGTNPLEGAALGM 345
           F D FADIGDEQS+ Q+LSTFS H+  I  I      +SLVLLDE+GAGT+P EGAAL +
Sbjct: 371 FSDIFADIGDEQSIEQNLSTFSAHMENIIQILKQIDDRSLVLLDELGAGTDPQEGAALAI 430

Query: 346 SLLESFAKSGAALTIATTHHGELKTLKYSNEVFENACMEFDEVNLKPTYKILWGVPGRSN 405
           ++L+     GA + +A+TH+ ELK   Y+     NA MEFD   L+PTY++L GVPGRSN
Sbjct: 431 AILDQIGIVGANV-VASTHYPELKIYGYNRPQTINASMEFDVATLQPTYRLLIGVPGRSN 490

Query: 406 AINIAERLGLPSSVVDDARELYGAGSAQIDEVITDMECIKKKYGDLLQKAQNNLTESKNL 465
           A +I+ RLGLP+S+VD A++L    S  ++ +ITD+E  +K      Q  ++ LTE+ +L
Sbjct: 491 AFDISTRLGLPNSIVDQAKQLMNDESQDLNNMITDLENQRKAAETEYQALRHELTEATDL 550

Query: 466 YEKLLLARRNIIEHGRRQRLRKVQEVAKAAITARSNLHQKVRELRASTIEYTPPSAIDRR 525
           +++L  A +   E  R   + K +E A A +        +  E++A  +  T    +   
Sbjct: 551 HQQLSTAYQQFFE-DRETEMTKAKEKANAIV--------EKAEVKADKV-ITKLRDMQMN 610

Query: 526 QHAGINSNNRTTAGKKDLMALHTHISSTSDISQPQSEEPEFPTVGDTVYVSSFGKKATVL 585
           Q A I  N    A K +L  LH   +   +    +++  +   VGD V V+S+G++ T++
Sbjct: 611 QGAQIKENQLIDA-KAELGQLHQETTLKKNKVLQRAKRRQTLKVGDDVLVTSYGQRGTLI 670

Query: 586 GVEPSKDEVIVRVGSIKLKLKFTDI 610
               SK+   V++G IK+K+   D+
Sbjct: 671 RQVDSKNWE-VQMGIIKMKIANDDL 682

[Close]

BLAST of PI0016085 vs. ExPASy Swiss-Prot
Match: B8D298 (Endonuclease MutS2 OS=Halothermothrix orenii (strain H 168 / OCM 544 / DSM 9562) OX=373903 GN=mutS2 PE=3 SV=1)

HSP 1 Score: 226.5 bits (576), Expect = 8.2e-58
Identity = 138/380 (36.32%), Postives = 218/380 (57.37%), Query Frame = 0


Query: 226 LEQARPVSVDFSISRRIQVLVITGPNTGGKTVSLKTIGLAAMMAKSGLHVLASESVQIPW 285
           L + +PV +D ++    + LVITGPNTGGKTV+LKT+GL  +M ++GLH+ A E   I  
Sbjct: 316 LLKVKPVPIDITVGNEFKTLVITGPNTGGKTVALKTVGLFVLMVQAGLHIPAEEETVISI 375

Query: 286 FD-FFADIGDEQSLTQSLSTFSGHLRKISDIQSVSTSQSLVLLDEVGAGTNPLEGAALGM 345
           F+  +ADIGDEQS+ Q+LSTFS H+ +I      + ++SLVLLDE+G GT+P EGAALG+
Sbjct: 376 FNGVYADIGDEQSIEQNLSTFSSHINRIKRFLGKADARSLVLLDEIGVGTDPREGAALGV 435

Query: 346 SLLESFAKSGAALTIATTHHGELKTLKYSNEVFENACMEFDEVNLKPTYKILWGVPGRSN 405
           ++LE   + G   TIATTH+ E+K+  YS +  ENA +EFD   L+PTY++L G+PG SN
Sbjct: 436 AILEHLRERGVT-TIATTHYSEIKSYAYSQDGVENASVEFDMETLQPTYRLLMGIPGGSN 495

Query: 406 AINIAERLGLPSSVVDDARELYGAGSAQIDEVITDMECIKKKYGDLLQKAQNNLTESKNL 465
           A  IA +LGLP  ++ D +EL      +++ +I+D+   +KKY  L  + +  L   K  
Sbjct: 496 AFEIALKLGLPHDIIKDGKELMSGDDIKVENIISDLNEERKKYEQLKIEIEERLEAVKKK 555

Query: 466 YEKLLLARRNIIEHGRRQRLRKVQEVAKAAITARSNLHQKVREL--RASTIEYTPPSAID 525
            +K      +++    +++ + + E  + A+       ++ +E+  R    E+   S ID
Sbjct: 556 EQKY----DSLLTDLEKRKKKLITEAREEALQIIKKTRKESKEILRRLKNKEFASRSDID 615

Query: 526 RRQHAGINSNNRTTAGKKDLMALHTHISSTSDISQPQSEEPEFPTVGDTVYVSSFGKKAT 585
           R ++  IN N + T            IS        ++   E  + GD V +   G+K  
Sbjct: 616 RVENE-INLNLKET---------EKEISEKRQNKDGRTRVKEI-SCGDQVRLKKTGQKGE 675

Query: 586 VLGVEPSKDEVIVRVGSIKL 603
           V+ V+  K E +++ G +K+
Sbjct: 676 VISVDREKGEAVIQAGIMKV 679

[Close]

BLAST of PI0016085 vs. ExPASy Swiss-Prot
Match: B9KYW4 (Endonuclease MutS2 OS=Thermomicrobium roseum (strain ATCC 27502 / DSM 5159 / P-2) OX=309801 GN=mutS2 PE=3 SV=1)

HSP 1 Score: 226.1 bits (575), Expect = 1.1e-57
Identity = 144/380 (37.89%), Postives = 216/380 (56.84%), Query Frame = 0


Query: 226 LEQARPVSVDFSISRRIQVLVITGPNTGGKTVSLKTIGLAAMMAKSGLHVLASESVQIPW 285
           L++   V +D  +  R ++LVITGPNTGGKTV+LKT+GL A+MA++GL + A+    +  
Sbjct: 321 LDRRTAVPIDVELGERFRILVITGPNTGGKTVALKTVGLLALMAQAGLFIPAAPGSGLSV 380

Query: 286 FD-FFADIGDEQSLTQSLSTFSGHLRKISDIQSVSTSQSLVLLDEVGAGTNPLEGAALGM 345
           F   F DIGDEQS+ Q+LSTFS H+R+I      + + SLVLLDE+ AGT+P EGAAL  
Sbjct: 381 FPAIFVDIGDEQSIEQNLSTFSSHMRRIVATLQQADASSLVLLDEIAAGTDPQEGAALAR 440

Query: 346 SLLESFAKSGAALTIATTHHGELKTLKYSNEVFENACMEFDEVNLKPTYKILWGVPGRSN 405
           ++LE   + G AL I TTH+ ELK         ENA +EFD V L PTY++L G+PGRS+
Sbjct: 441 AILERLLEIG-ALGIVTTHYPELKVFATGTPGLENASVEFDPVTLSPTYRLLVGLPGRSH 500

Query: 406 AINIAERLGLPSSVVDDARELYGAGSAQIDEVITDMECIKKKYGDLLQKAQNNLTESKNL 465
           A+ +A RLGLP  V+  AREL G+G+ Q+D +I +M+   ++   L   A+ +  E+   
Sbjct: 501 ALEVARRLGLPEDVIARARELLGSGAPQLDRLIAEMQRRLEEAESLAAAAERSRREA--- 560

Query: 466 YEKLLLARRNIIEHGRRQRLRKVQEVAKAAITARSNLHQKVREL-RASTIEYTPPSAIDR 525
            E+L  A   ++    R+R    QEV +      +   +  R++ RA+     PP  +  
Sbjct: 561 -EQLRAAAERLLAEAERERREARQEVLRELEAELARARELARKIERAARSPAYPPIEV-- 620

Query: 526 RQHAGINSNNRTTAGKKDLMALHTHISSTSDISQPQSEEPEFPTVGDTVYVSSFGKKATV 585
                      T    + L  +   + S+   S+ Q   PE   VGD V +++ G +  V
Sbjct: 621 -----------TQDSLRALEEVKRRVQSSGRQSR-QERVPEI-AVGDRVELTALGLEGDV 680

Query: 586 LGVEPSKDEVIVRVGSIKLK 604
           + + P  +EV VR+G  +++
Sbjct: 681 VAIHPESEEVEVRIGQFRVR 680

[Close]

BLAST of PI0016085 vs. ExPASy Swiss-Prot
Match: A5D0W6 (Endonuclease MutS2 OS=Pelotomaculum thermopropionicum (strain DSM 13744 / JCM 10971 / SI) OX=370438 GN=mutS2 PE=3 SV=1)

HSP 1 Score: 224.9 bits (572), Expect = 2.4e-57
Identity = 151/386 (39.12%), Postives = 208/386 (53.89%), Query Frame = 0


Query: 226 LEQARPVSVDFSISRRIQVLVITGPNTGGKTVSLKTIGLAAMMAKSGLHVLASESVQIPW 285
           L Q   V +D  +      LVITGPNTGGKTV+LKT GL  +MA+SGLH+ A E  ++  
Sbjct: 308 LLQGEVVPIDIRLGADFDTLVITGPNTGGKTVALKTAGLLVLMAQSGLHIPAGEGSRLGI 367

Query: 286 F-DFFADIGDEQSLTQSLSTFSGHLRKISDIQSVSTSQSLVLLDEVGAGTNPLEGAALGM 345
           F   FADIGDEQS+ QSLSTFS H+  I +I   +   SLVLLDE+GAGT+P EGAAL  
Sbjct: 368 FRQVFADIGDEQSIEQSLSTFSSHMNNIVEIIGKAGPDSLVLLDELGAGTDPAEGAALAQ 427

Query: 346 SLLESFAKSGAALTIATTHHGELKTLKYSNEVFENACMEFDEVNLKPTYKILWGVPGRSN 405
           S+LE    +GA  T+ATTH+GELK    + E  ENA +EFD + L+PTY++L G PGRSN
Sbjct: 428 SILEKLHSAGAK-TVATTHYGELKDFALTRERVENASVEFDAITLRPTYRLLIGKPGRSN 487

Query: 406 AINIAERLGLPSSVVDDARELYGAGSAQIDEVITDMECIKKKYGDLLQKAQNNLTESKNL 465
           A  IA RLGLP  VV  AR    A   Q +E++  +E  +++     ++A    +E++ L
Sbjct: 488 AFEIAARLGLPEEVVKRARSFLTAEHIQAEELMRSLEKTQQEAEAERRRAAELASEARAL 547

Query: 466 YEKLLLARRNIIEHGRRQRLRKVQEVAKAAI-TARSNLHQKVRELRASTIEYTPPSAIDR 525
            E+      ++    R   L K  E A+A +  AR      VRELR    E         
Sbjct: 548 KERYEKIEADLASK-RESILSKAAEEAQALVRAARLEAEAAVRELREKMAE--------- 607

Query: 526 RQHAGINSNNRTTAGKKDLMALHTHISSTSDISQPQSEEPEFPTVGDTVYVSSFGKKATV 585
              A     N     ++ L  L   +           E P     G+ V+++ + +K  V
Sbjct: 608 --EAARERENAIREAREKLRKLQQRVGRAVPEKTVPGEAPAGLRPGEEVFLTRYNQKGYV 667

Query: 586 LGVEPSKDEVIVRVGSIKLKLKFTDI 610
           L    +  EV+V+VG IK+ +   ++
Sbjct: 668 LEPPGAGGEVLVQVGVIKMNVPLREL 680

[Close]

BLAST of PI0016085 vs. ExPASy TrEMBL
Match: A0A5D3BZK6 (Endonuclease MutS2 isoform X1 OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold351G00060 PE=4 SV=1)

HSP 1 Score: 1073.5 bits (2775), Expect = 2.3e-310
Identity = 561/579 (96.89%), Postives = 568/579 (98.10%), Query Frame = 0


Query: 34  RWCIKSEGDQLMDVKGLLLSSDTGIGSIIEPISAVPLNDVLQQARASVAKAEEDVLFMLT 93
           RWC+KSEGDQLMDVKGLLLSSDTGIGSIIEPISAVPLND LQQARASVAKAEEDVLFMLT
Sbjct: 259 RWCLKSEGDQLMDVKGLLLSSDTGIGSIIEPISAVPLNDELQQARASVAKAEEDVLFMLT 318

Query: 94  EKVKMDFEDISKLIGCIIELDVVNARASYGLSFGGTCPNLILLEGCNSSIANVCLSGDQS 153
           EKVKMDFEDISKLIGCIIELDVVNARASYGLSFGGTCPNLILLEGCNSSIANVCLSGDQS
Sbjct: 319 EKVKMDFEDISKLIGCIIELDVVNARASYGLSFGGTCPNLILLEGCNSSIANVCLSGDQS 378

Query: 154 EASHSKKNEWVLYLQNTHHPLLLQQYRENLENAKRDVKNAFNEMGRKLPGGNMSWKEKEV 213
           EASHSKKNEWVLYLQNTHHPLLLQQYRENLENAKRDVKNAFNE+GRKLPGGNMSWKEKEV
Sbjct: 379 EASHSKKNEWVLYLQNTHHPLLLQQYRENLENAKRDVKNAFNEVGRKLPGGNMSWKEKEV 438

Query: 214 VDISLFKMKVEQLEQARPVSVDFSISRRIQVLVITGPNTGGKTVSLKTIGLAAMMAKSGL 273
           VDISLFKMKVEQLEQA PVSVDFSISRR+QVLVITGPNTGGKTV LKTIGLAAMMAKSGL
Sbjct: 439 VDISLFKMKVEQLEQAHPVSVDFSISRRVQVLVITGPNTGGKTVCLKTIGLAAMMAKSGL 498

Query: 274 HVLASESVQIPWFD-FFADIGDEQSLTQSLSTFSGHLRKISDIQSVSTSQSLVLLDEVGA 333
           HVLASES QIPWFD  FADIGDEQSLTQSLSTFSGHLRKISDIQSVSTSQSLVLLDEVGA
Sbjct: 499 HVLASESAQIPWFDSIFADIGDEQSLTQSLSTFSGHLRKISDIQSVSTSQSLVLLDEVGA 558

Query: 334 GTNPLEGAALGMSLLESFAKSGAALTIATTHHGELKTLKYSNEVFENACMEFDEVNLKPT 393
           GTNPLEGAALGMSLLESFAKSGAALTIATTHHGELKTLKYSNEVFENACMEFDEVNLKPT
Sbjct: 559 GTNPLEGAALGMSLLESFAKSGAALTIATTHHGELKTLKYSNEVFENACMEFDEVNLKPT 618

Query: 394 YKILWGVPGRSNAINIAERLGLPSSVVDDARELYGAGSAQIDEVITDMECIKKKYGDLLQ 453
           YKILWGVPGRSNAINIAERLGLPSSVVDDARELYGAGSAQIDEVITDMECIKKKYGDLLQ
Sbjct: 619 YKILWGVPGRSNAINIAERLGLPSSVVDDARELYGAGSAQIDEVITDMECIKKKYGDLLQ 678

Query: 454 KAQNNLTESKNLYEKLLLARRNIIEHGRRQRLRKVQEVAKAAITARSNLHQKVRELRAST 513
           +AQNNLTESKNLYEKLLLARRNIIEHGRRQRLRKVQEVAKAA TARSNLHQK RELRAST
Sbjct: 679 EAQNNLTESKNLYEKLLLARRNIIEHGRRQRLRKVQEVAKAATTARSNLHQKGRELRAST 738

Query: 514 IEYTPPSAIDRRQHAGINSNNRTTAGKKDLMALHT-HISSTSDISQPQSEEPEFPTVGDT 573
           IEY+PPSAI RRQHAGINSNNRTT+GKKDLM LHT HISSTSDISQPQSEEPEFPTVGDT
Sbjct: 739 IEYSPPSAIGRRQHAGINSNNRTTSGKKDLMGLHTSHISSTSDISQPQSEEPEFPTVGDT 798

Query: 574 VYVSSFGKKATVLGVEPSKDEVIVRVGSIKLKLKFTDIM 611
           VYVSSFGKKATVLGVEPSKDEVIVRVG+IKLKLKFTDIM
Sbjct: 799 VYVSSFGKKATVLGVEPSKDEVIVRVGTIKLKLKFTDIM 837

[Close]

BLAST of PI0016085 vs. ExPASy TrEMBL
Match: A0A1S3CJJ8 (endonuclease MutS2 isoform X4 OS=Cucumis melo OX=3656 GN=LOC103501168 PE=4 SV=1)

HSP 1 Score: 1073.5 bits (2775), Expect = 2.3e-310
Identity = 561/579 (96.89%), Postives = 568/579 (98.10%), Query Frame = 0


Query: 34  RWCIKSEGDQLMDVKGLLLSSDTGIGSIIEPISAVPLNDVLQQARASVAKAEEDVLFMLT 93
           RWC+KSEGDQLMDVKGLLLSSDTGIGSIIEPISAVPLND LQQARASVAKAEEDVLFMLT
Sbjct: 175 RWCLKSEGDQLMDVKGLLLSSDTGIGSIIEPISAVPLNDELQQARASVAKAEEDVLFMLT 234

Query: 94  EKVKMDFEDISKLIGCIIELDVVNARASYGLSFGGTCPNLILLEGCNSSIANVCLSGDQS 153
           EKVKMDFEDISKLIGCIIELDVVNARASYGLSFGGTCPNLILLEGCNSSIANVCLSGDQS
Sbjct: 235 EKVKMDFEDISKLIGCIIELDVVNARASYGLSFGGTCPNLILLEGCNSSIANVCLSGDQS 294

Query: 154 EASHSKKNEWVLYLQNTHHPLLLQQYRENLENAKRDVKNAFNEMGRKLPGGNMSWKEKEV 213
           EASHSKKNEWVLYLQNTHHPLLLQQYRENLENAKRDVKNAFNE+GRKLPGGNMSWKEKEV
Sbjct: 295 EASHSKKNEWVLYLQNTHHPLLLQQYRENLENAKRDVKNAFNEVGRKLPGGNMSWKEKEV 354

Query: 214 VDISLFKMKVEQLEQARPVSVDFSISRRIQVLVITGPNTGGKTVSLKTIGLAAMMAKSGL 273
           VDISLFKMKVEQLEQA PVSVDFSISRR+QVLVITGPNTGGKTV LKTIGLAAMMAKSGL
Sbjct: 355 VDISLFKMKVEQLEQAHPVSVDFSISRRVQVLVITGPNTGGKTVCLKTIGLAAMMAKSGL 414

Query: 274 HVLASESVQIPWFD-FFADIGDEQSLTQSLSTFSGHLRKISDIQSVSTSQSLVLLDEVGA 333
           HVLASES QIPWFD  FADIGDEQSLTQSLSTFSGHLRKISDIQSVSTSQSLVLLDEVGA
Sbjct: 415 HVLASESAQIPWFDSIFADIGDEQSLTQSLSTFSGHLRKISDIQSVSTSQSLVLLDEVGA 474

Query: 334 GTNPLEGAALGMSLLESFAKSGAALTIATTHHGELKTLKYSNEVFENACMEFDEVNLKPT 393
           GTNPLEGAALGMSLLESFAKSGAALTIATTHHGELKTLKYSNEVFENACMEFDEVNLKPT
Sbjct: 475 GTNPLEGAALGMSLLESFAKSGAALTIATTHHGELKTLKYSNEVFENACMEFDEVNLKPT 534

Query: 394 YKILWGVPGRSNAINIAERLGLPSSVVDDARELYGAGSAQIDEVITDMECIKKKYGDLLQ 453
           YKILWGVPGRSNAINIAERLGLPSSVVDDARELYGAGSAQIDEVITDMECIKKKYGDLLQ
Sbjct: 535 YKILWGVPGRSNAINIAERLGLPSSVVDDARELYGAGSAQIDEVITDMECIKKKYGDLLQ 594

Query: 454 KAQNNLTESKNLYEKLLLARRNIIEHGRRQRLRKVQEVAKAAITARSNLHQKVRELRAST 513
           +AQNNLTESKNLYEKLLLARRNIIEHGRRQRLRKVQEVAKAA TARSNLHQK RELRAST
Sbjct: 595 EAQNNLTESKNLYEKLLLARRNIIEHGRRQRLRKVQEVAKAATTARSNLHQKGRELRAST 654

Query: 514 IEYTPPSAIDRRQHAGINSNNRTTAGKKDLMALHT-HISSTSDISQPQSEEPEFPTVGDT 573
           IEY+PPSAI RRQHAGINSNNRTT+GKKDLM LHT HISSTSDISQPQSEEPEFPTVGDT
Sbjct: 655 IEYSPPSAIGRRQHAGINSNNRTTSGKKDLMGLHTSHISSTSDISQPQSEEPEFPTVGDT 714

Query: 574 VYVSSFGKKATVLGVEPSKDEVIVRVGSIKLKLKFTDIM 611
           VYVSSFGKKATVLGVEPSKDEVIVRVG+IKLKLKFTDIM
Sbjct: 715 VYVSSFGKKATVLGVEPSKDEVIVRVGTIKLKLKFTDIM 753

[Close]

BLAST of PI0016085 vs. ExPASy TrEMBL
Match: A0A1S3CHZ5 (endonuclease MutS2 isoform X1 OS=Cucumis melo OX=3656 GN=LOC103501168 PE=4 SV=1)

HSP 1 Score: 1073.5 bits (2775), Expect = 2.3e-310
Identity = 561/579 (96.89%), Postives = 568/579 (98.10%), Query Frame = 0


Query: 34  RWCIKSEGDQLMDVKGLLLSSDTGIGSIIEPISAVPLNDVLQQARASVAKAEEDVLFMLT 93
           RWC+KSEGDQLMDVKGLLLSSDTGIGSIIEPISAVPLND LQQARASVAKAEEDVLFMLT
Sbjct: 259 RWCLKSEGDQLMDVKGLLLSSDTGIGSIIEPISAVPLNDELQQARASVAKAEEDVLFMLT 318

Query: 94  EKVKMDFEDISKLIGCIIELDVVNARASYGLSFGGTCPNLILLEGCNSSIANVCLSGDQS 153
           EKVKMDFEDISKLIGCIIELDVVNARASYGLSFGGTCPNLILLEGCNSSIANVCLSGDQS
Sbjct: 319 EKVKMDFEDISKLIGCIIELDVVNARASYGLSFGGTCPNLILLEGCNSSIANVCLSGDQS 378

Query: 154 EASHSKKNEWVLYLQNTHHPLLLQQYRENLENAKRDVKNAFNEMGRKLPGGNMSWKEKEV 213
           EASHSKKNEWVLYLQNTHHPLLLQQYRENLENAKRDVKNAFNE+GRKLPGGNMSWKEKEV
Sbjct: 379 EASHSKKNEWVLYLQNTHHPLLLQQYRENLENAKRDVKNAFNEVGRKLPGGNMSWKEKEV 438

Query: 214 VDISLFKMKVEQLEQARPVSVDFSISRRIQVLVITGPNTGGKTVSLKTIGLAAMMAKSGL 273
           VDISLFKMKVEQLEQA PVSVDFSISRR+QVLVITGPNTGGKTV LKTIGLAAMMAKSGL
Sbjct: 439 VDISLFKMKVEQLEQAHPVSVDFSISRRVQVLVITGPNTGGKTVCLKTIGLAAMMAKSGL 498

Query: 274 HVLASESVQIPWFD-FFADIGDEQSLTQSLSTFSGHLRKISDIQSVSTSQSLVLLDEVGA 333
           HVLASES QIPWFD  FADIGDEQSLTQSLSTFSGHLRKISDIQSVSTSQSLVLLDEVGA
Sbjct: 499 HVLASESAQIPWFDSIFADIGDEQSLTQSLSTFSGHLRKISDIQSVSTSQSLVLLDEVGA 558

Query: 334 GTNPLEGAALGMSLLESFAKSGAALTIATTHHGELKTLKYSNEVFENACMEFDEVNLKPT 393
           GTNPLEGAALGMSLLESFAKSGAALTIATTHHGELKTLKYSNEVFENACMEFDEVNLKPT
Sbjct: 559 GTNPLEGAALGMSLLESFAKSGAALTIATTHHGELKTLKYSNEVFENACMEFDEVNLKPT 618

Query: 394 YKILWGVPGRSNAINIAERLGLPSSVVDDARELYGAGSAQIDEVITDMECIKKKYGDLLQ 453
           YKILWGVPGRSNAINIAERLGLPSSVVDDARELYGAGSAQIDEVITDMECIKKKYGDLLQ
Sbjct: 619 YKILWGVPGRSNAINIAERLGLPSSVVDDARELYGAGSAQIDEVITDMECIKKKYGDLLQ 678

Query: 454 KAQNNLTESKNLYEKLLLARRNIIEHGRRQRLRKVQEVAKAAITARSNLHQKVRELRAST 513
           +AQNNLTESKNLYEKLLLARRNIIEHGRRQRLRKVQEVAKAA TARSNLHQK RELRAST
Sbjct: 679 EAQNNLTESKNLYEKLLLARRNIIEHGRRQRLRKVQEVAKAATTARSNLHQKGRELRAST 738

Query: 514 IEYTPPSAIDRRQHAGINSNNRTTAGKKDLMALHT-HISSTSDISQPQSEEPEFPTVGDT 573
           IEY+PPSAI RRQHAGINSNNRTT+GKKDLM LHT HISSTSDISQPQSEEPEFPTVGDT
Sbjct: 739 IEYSPPSAIGRRQHAGINSNNRTTSGKKDLMGLHTSHISSTSDISQPQSEEPEFPTVGDT 798

Query: 574 VYVSSFGKKATVLGVEPSKDEVIVRVGSIKLKLKFTDIM 611
           VYVSSFGKKATVLGVEPSKDEVIVRVG+IKLKLKFTDIM
Sbjct: 799 VYVSSFGKKATVLGVEPSKDEVIVRVGTIKLKLKFTDIM 837

[Close]

BLAST of PI0016085 vs. ExPASy TrEMBL
Match: A0A1S3CHX9 (endonuclease MutS2 isoform X2 OS=Cucumis melo OX=3656 GN=LOC103501168 PE=4 SV=1)

HSP 1 Score: 1067.4 bits (2759), Expect = 2.2e-308
Identity = 560/579 (96.72%), Postives = 567/579 (97.93%), Query Frame = 0


Query: 34  RWCIKSEGDQLMDVKGLLLSSDTGIGSIIEPISAVPLNDVLQQARASVAKAEEDVLFMLT 93
           RWC+KSEGDQLMDVKGLLLSSDTGIGSIIEPISAVPLND LQQARASVAKAEEDVLFMLT
Sbjct: 259 RWCLKSEGDQLMDVKGLLLSSDTGIGSIIEPISAVPLNDELQQARASVAKAEEDVLFMLT 318

Query: 94  EKVKMDFEDISKLIGCIIELDVVNARASYGLSFGGTCPNLILLEGCNSSIANVCLSGDQS 153
           EKVKMDFEDISKLIGCIIELDVVNARASYGLSFGGTCPNLILLEGCNSSIANVCLSGDQS
Sbjct: 319 EKVKMDFEDISKLIGCIIELDVVNARASYGLSFGGTCPNLILLEGCNSSIANVCLSGDQS 378

Query: 154 EASHSKKNEWVLYLQNTHHPLLLQQYRENLENAKRDVKNAFNEMGRKLPGGNMSWKEKEV 213
           EASHSKKNEWVLYLQNTHHPLLLQQYRENLENAKRDVKNAFN +GRKLPGGNMSWKEKEV
Sbjct: 379 EASHSKKNEWVLYLQNTHHPLLLQQYRENLENAKRDVKNAFN-VGRKLPGGNMSWKEKEV 438

Query: 214 VDISLFKMKVEQLEQARPVSVDFSISRRIQVLVITGPNTGGKTVSLKTIGLAAMMAKSGL 273
           VDISLFKMKVEQLEQA PVSVDFSISRR+QVLVITGPNTGGKTV LKTIGLAAMMAKSGL
Sbjct: 439 VDISLFKMKVEQLEQAHPVSVDFSISRRVQVLVITGPNTGGKTVCLKTIGLAAMMAKSGL 498

Query: 274 HVLASESVQIPWFD-FFADIGDEQSLTQSLSTFSGHLRKISDIQSVSTSQSLVLLDEVGA 333
           HVLASES QIPWFD  FADIGDEQSLTQSLSTFSGHLRKISDIQSVSTSQSLVLLDEVGA
Sbjct: 499 HVLASESAQIPWFDSIFADIGDEQSLTQSLSTFSGHLRKISDIQSVSTSQSLVLLDEVGA 558

Query: 334 GTNPLEGAALGMSLLESFAKSGAALTIATTHHGELKTLKYSNEVFENACMEFDEVNLKPT 393
           GTNPLEGAALGMSLLESFAKSGAALTIATTHHGELKTLKYSNEVFENACMEFDEVNLKPT
Sbjct: 559 GTNPLEGAALGMSLLESFAKSGAALTIATTHHGELKTLKYSNEVFENACMEFDEVNLKPT 618

Query: 394 YKILWGVPGRSNAINIAERLGLPSSVVDDARELYGAGSAQIDEVITDMECIKKKYGDLLQ 453
           YKILWGVPGRSNAINIAERLGLPSSVVDDARELYGAGSAQIDEVITDMECIKKKYGDLLQ
Sbjct: 619 YKILWGVPGRSNAINIAERLGLPSSVVDDARELYGAGSAQIDEVITDMECIKKKYGDLLQ 678

Query: 454 KAQNNLTESKNLYEKLLLARRNIIEHGRRQRLRKVQEVAKAAITARSNLHQKVRELRAST 513
           +AQNNLTESKNLYEKLLLARRNIIEHGRRQRLRKVQEVAKAA TARSNLHQK RELRAST
Sbjct: 679 EAQNNLTESKNLYEKLLLARRNIIEHGRRQRLRKVQEVAKAATTARSNLHQKGRELRAST 738

Query: 514 IEYTPPSAIDRRQHAGINSNNRTTAGKKDLMALHT-HISSTSDISQPQSEEPEFPTVGDT 573
           IEY+PPSAI RRQHAGINSNNRTT+GKKDLM LHT HISSTSDISQPQSEEPEFPTVGDT
Sbjct: 739 IEYSPPSAIGRRQHAGINSNNRTTSGKKDLMGLHTSHISSTSDISQPQSEEPEFPTVGDT 798

Query: 574 VYVSSFGKKATVLGVEPSKDEVIVRVGSIKLKLKFTDIM 611
           VYVSSFGKKATVLGVEPSKDEVIVRVG+IKLKLKFTDIM
Sbjct: 799 VYVSSFGKKATVLGVEPSKDEVIVRVGTIKLKLKFTDIM 836

[Close]

BLAST of PI0016085 vs. ExPASy TrEMBL
Match: A0A1S3CIG3 (endonuclease MutS2 isoform X3 OS=Cucumis melo OX=3656 GN=LOC103501168 PE=4 SV=1)

HSP 1 Score: 1013.4 bits (2619), Expect = 3.8e-292
Identity = 538/579 (92.92%), Postives = 545/579 (94.13%), Query Frame = 0


Query: 34  RWCIKSEGDQLMDVKGLLLSSDTGIGSIIEPISAVPLNDVLQQARASVAKAEEDVLFMLT 93
           RWC+KSEGDQLMDVKGLLLSSDTGIGSIIEPISAVPLND LQQARASVAKAEEDVLFMLT
Sbjct: 259 RWCLKSEGDQLMDVKGLLLSSDTGIGSIIEPISAVPLNDELQQARASVAKAEEDVLFMLT 318

Query: 94  EKVKMDFEDISKLIGCIIELDVVNARASYGLSFGGTCPNLILLEGCNSSIANVCLSGDQS 153
           EKVKMDFEDISKLIGCIIELDVVNARASYGLSF                       GDQS
Sbjct: 319 EKVKMDFEDISKLIGCIIELDVVNARASYGLSF-----------------------GDQS 378

Query: 154 EASHSKKNEWVLYLQNTHHPLLLQQYRENLENAKRDVKNAFNEMGRKLPGGNMSWKEKEV 213
           EASHSKKNEWVLYLQNTHHPLLLQQYRENLENAKRDVKNAFNE+GRKLPGGNMSWKEKEV
Sbjct: 379 EASHSKKNEWVLYLQNTHHPLLLQQYRENLENAKRDVKNAFNEVGRKLPGGNMSWKEKEV 438

Query: 214 VDISLFKMKVEQLEQARPVSVDFSISRRIQVLVITGPNTGGKTVSLKTIGLAAMMAKSGL 273
           VDISLFKMKVEQLEQA PVSVDFSISRR+QVLVITGPNTGGKTV LKTIGLAAMMAKSGL
Sbjct: 439 VDISLFKMKVEQLEQAHPVSVDFSISRRVQVLVITGPNTGGKTVCLKTIGLAAMMAKSGL 498

Query: 274 HVLASESVQIPWFD-FFADIGDEQSLTQSLSTFSGHLRKISDIQSVSTSQSLVLLDEVGA 333
           HVLASES QIPWFD  FADIGDEQSLTQSLSTFSGHLRKISDIQSVSTSQSLVLLDEVGA
Sbjct: 499 HVLASESAQIPWFDSIFADIGDEQSLTQSLSTFSGHLRKISDIQSVSTSQSLVLLDEVGA 558

Query: 334 GTNPLEGAALGMSLLESFAKSGAALTIATTHHGELKTLKYSNEVFENACMEFDEVNLKPT 393
           GTNPLEGAALGMSLLESFAKSGAALTIATTHHGELKTLKYSNEVFENACMEFDEVNLKPT
Sbjct: 559 GTNPLEGAALGMSLLESFAKSGAALTIATTHHGELKTLKYSNEVFENACMEFDEVNLKPT 618

Query: 394 YKILWGVPGRSNAINIAERLGLPSSVVDDARELYGAGSAQIDEVITDMECIKKKYGDLLQ 453
           YKILWGVPGRSNAINIAERLGLPSSVVDDARELYGAGSAQIDEVITDMECIKKKYGDLLQ
Sbjct: 619 YKILWGVPGRSNAINIAERLGLPSSVVDDARELYGAGSAQIDEVITDMECIKKKYGDLLQ 678

Query: 454 KAQNNLTESKNLYEKLLLARRNIIEHGRRQRLRKVQEVAKAAITARSNLHQKVRELRAST 513
           +AQNNLTESKNLYEKLLLARRNIIEHGRRQRLRKVQEVAKAA TARSNLHQK RELRAST
Sbjct: 679 EAQNNLTESKNLYEKLLLARRNIIEHGRRQRLRKVQEVAKAATTARSNLHQKGRELRAST 738

Query: 514 IEYTPPSAIDRRQHAGINSNNRTTAGKKDLMALHT-HISSTSDISQPQSEEPEFPTVGDT 573
           IEY+PPSAI RRQHAGINSNNRTT+GKKDLM LHT HISSTSDISQPQSEEPEFPTVGDT
Sbjct: 739 IEYSPPSAIGRRQHAGINSNNRTTSGKKDLMGLHTSHISSTSDISQPQSEEPEFPTVGDT 798

Query: 574 VYVSSFGKKATVLGVEPSKDEVIVRVGSIKLKLKFTDIM 611
           VYVSSFGKKATVLGVEPSKDEVIVRVG+IKLKLKFTDIM
Sbjct: 799 VYVSSFGKKATVLGVEPSKDEVIVRVGTIKLKLKFTDIM 814

[Close]

BLAST of PI0016085 vs. NCBI nr
Match: XP_008462895.1 (PREDICTED: endonuclease MutS2 isoform X1 [Cucumis melo] >TYK04605.1 endonuclease MutS2 isoform X1 [Cucumis melo var. makuwa])

HSP 1 Score: 1073.5 bits (2775), Expect = 4.7e-310
Identity = 561/579 (96.89%), Postives = 568/579 (98.10%), Query Frame = 0


Query: 34  RWCIKSEGDQLMDVKGLLLSSDTGIGSIIEPISAVPLNDVLQQARASVAKAEEDVLFMLT 93
           RWC+KSEGDQLMDVKGLLLSSDTGIGSIIEPISAVPLND LQQARASVAKAEEDVLFMLT
Sbjct: 259 RWCLKSEGDQLMDVKGLLLSSDTGIGSIIEPISAVPLNDELQQARASVAKAEEDVLFMLT 318

Query: 94  EKVKMDFEDISKLIGCIIELDVVNARASYGLSFGGTCPNLILLEGCNSSIANVCLSGDQS 153
           EKVKMDFEDISKLIGCIIELDVVNARASYGLSFGGTCPNLILLEGCNSSIANVCLSGDQS
Sbjct: 319 EKVKMDFEDISKLIGCIIELDVVNARASYGLSFGGTCPNLILLEGCNSSIANVCLSGDQS 378

Query: 154 EASHSKKNEWVLYLQNTHHPLLLQQYRENLENAKRDVKNAFNEMGRKLPGGNMSWKEKEV 213
           EASHSKKNEWVLYLQNTHHPLLLQQYRENLENAKRDVKNAFNE+GRKLPGGNMSWKEKEV
Sbjct: 379 EASHSKKNEWVLYLQNTHHPLLLQQYRENLENAKRDVKNAFNEVGRKLPGGNMSWKEKEV 438

Query: 214 VDISLFKMKVEQLEQARPVSVDFSISRRIQVLVITGPNTGGKTVSLKTIGLAAMMAKSGL 273
           VDISLFKMKVEQLEQA PVSVDFSISRR+QVLVITGPNTGGKTV LKTIGLAAMMAKSGL
Sbjct: 439 VDISLFKMKVEQLEQAHPVSVDFSISRRVQVLVITGPNTGGKTVCLKTIGLAAMMAKSGL 498

Query: 274 HVLASESVQIPWFD-FFADIGDEQSLTQSLSTFSGHLRKISDIQSVSTSQSLVLLDEVGA 333
           HVLASES QIPWFD  FADIGDEQSLTQSLSTFSGHLRKISDIQSVSTSQSLVLLDEVGA
Sbjct: 499 HVLASESAQIPWFDSIFADIGDEQSLTQSLSTFSGHLRKISDIQSVSTSQSLVLLDEVGA 558

Query: 334 GTNPLEGAALGMSLLESFAKSGAALTIATTHHGELKTLKYSNEVFENACMEFDEVNLKPT 393
           GTNPLEGAALGMSLLESFAKSGAALTIATTHHGELKTLKYSNEVFENACMEFDEVNLKPT
Sbjct: 559 GTNPLEGAALGMSLLESFAKSGAALTIATTHHGELKTLKYSNEVFENACMEFDEVNLKPT 618

Query: 394 YKILWGVPGRSNAINIAERLGLPSSVVDDARELYGAGSAQIDEVITDMECIKKKYGDLLQ 453
           YKILWGVPGRSNAINIAERLGLPSSVVDDARELYGAGSAQIDEVITDMECIKKKYGDLLQ
Sbjct: 619 YKILWGVPGRSNAINIAERLGLPSSVVDDARELYGAGSAQIDEVITDMECIKKKYGDLLQ 678

Query: 454 KAQNNLTESKNLYEKLLLARRNIIEHGRRQRLRKVQEVAKAAITARSNLHQKVRELRAST 513
           +AQNNLTESKNLYEKLLLARRNIIEHGRRQRLRKVQEVAKAA TARSNLHQK RELRAST
Sbjct: 679 EAQNNLTESKNLYEKLLLARRNIIEHGRRQRLRKVQEVAKAATTARSNLHQKGRELRAST 738

Query: 514 IEYTPPSAIDRRQHAGINSNNRTTAGKKDLMALHT-HISSTSDISQPQSEEPEFPTVGDT 573
           IEY+PPSAI RRQHAGINSNNRTT+GKKDLM LHT HISSTSDISQPQSEEPEFPTVGDT
Sbjct: 739 IEYSPPSAIGRRQHAGINSNNRTTSGKKDLMGLHTSHISSTSDISQPQSEEPEFPTVGDT 798

Query: 574 VYVSSFGKKATVLGVEPSKDEVIVRVGSIKLKLKFTDIM 611
           VYVSSFGKKATVLGVEPSKDEVIVRVG+IKLKLKFTDIM
Sbjct: 799 VYVSSFGKKATVLGVEPSKDEVIVRVGTIKLKLKFTDIM 837

[Close]

BLAST of PI0016085 vs. NCBI nr
Match: XP_008462898.1 (PREDICTED: endonuclease MutS2 isoform X4 [Cucumis melo])

HSP 1 Score: 1073.5 bits (2775), Expect = 4.7e-310
Identity = 561/579 (96.89%), Postives = 568/579 (98.10%), Query Frame = 0


Query: 34  RWCIKSEGDQLMDVKGLLLSSDTGIGSIIEPISAVPLNDVLQQARASVAKAEEDVLFMLT 93
           RWC+KSEGDQLMDVKGLLLSSDTGIGSIIEPISAVPLND LQQARASVAKAEEDVLFMLT
Sbjct: 175 RWCLKSEGDQLMDVKGLLLSSDTGIGSIIEPISAVPLNDELQQARASVAKAEEDVLFMLT 234

Query: 94  EKVKMDFEDISKLIGCIIELDVVNARASYGLSFGGTCPNLILLEGCNSSIANVCLSGDQS 153
           EKVKMDFEDISKLIGCIIELDVVNARASYGLSFGGTCPNLILLEGCNSSIANVCLSGDQS
Sbjct: 235 EKVKMDFEDISKLIGCIIELDVVNARASYGLSFGGTCPNLILLEGCNSSIANVCLSGDQS 294

Query: 154 EASHSKKNEWVLYLQNTHHPLLLQQYRENLENAKRDVKNAFNEMGRKLPGGNMSWKEKEV 213
           EASHSKKNEWVLYLQNTHHPLLLQQYRENLENAKRDVKNAFNE+GRKLPGGNMSWKEKEV
Sbjct: 295 EASHSKKNEWVLYLQNTHHPLLLQQYRENLENAKRDVKNAFNEVGRKLPGGNMSWKEKEV 354

Query: 214 VDISLFKMKVEQLEQARPVSVDFSISRRIQVLVITGPNTGGKTVSLKTIGLAAMMAKSGL 273
           VDISLFKMKVEQLEQA PVSVDFSISRR+QVLVITGPNTGGKTV LKTIGLAAMMAKSGL
Sbjct: 355 VDISLFKMKVEQLEQAHPVSVDFSISRRVQVLVITGPNTGGKTVCLKTIGLAAMMAKSGL 414

Query: 274 HVLASESVQIPWFD-FFADIGDEQSLTQSLSTFSGHLRKISDIQSVSTSQSLVLLDEVGA 333
           HVLASES QIPWFD  FADIGDEQSLTQSLSTFSGHLRKISDIQSVSTSQSLVLLDEVGA
Sbjct: 415 HVLASESAQIPWFDSIFADIGDEQSLTQSLSTFSGHLRKISDIQSVSTSQSLVLLDEVGA 474

Query: 334 GTNPLEGAALGMSLLESFAKSGAALTIATTHHGELKTLKYSNEVFENACMEFDEVNLKPT 393
           GTNPLEGAALGMSLLESFAKSGAALTIATTHHGELKTLKYSNEVFENACMEFDEVNLKPT
Sbjct: 475 GTNPLEGAALGMSLLESFAKSGAALTIATTHHGELKTLKYSNEVFENACMEFDEVNLKPT 534

Query: 394 YKILWGVPGRSNAINIAERLGLPSSVVDDARELYGAGSAQIDEVITDMECIKKKYGDLLQ 453
           YKILWGVPGRSNAINIAERLGLPSSVVDDARELYGAGSAQIDEVITDMECIKKKYGDLLQ
Sbjct: 535 YKILWGVPGRSNAINIAERLGLPSSVVDDARELYGAGSAQIDEVITDMECIKKKYGDLLQ 594

Query: 454 KAQNNLTESKNLYEKLLLARRNIIEHGRRQRLRKVQEVAKAAITARSNLHQKVRELRAST 513
           +AQNNLTESKNLYEKLLLARRNIIEHGRRQRLRKVQEVAKAA TARSNLHQK RELRAST
Sbjct: 595 EAQNNLTESKNLYEKLLLARRNIIEHGRRQRLRKVQEVAKAATTARSNLHQKGRELRAST 654

Query: 514 IEYTPPSAIDRRQHAGINSNNRTTAGKKDLMALHT-HISSTSDISQPQSEEPEFPTVGDT 573
           IEY+PPSAI RRQHAGINSNNRTT+GKKDLM LHT HISSTSDISQPQSEEPEFPTVGDT
Sbjct: 655 IEYSPPSAIGRRQHAGINSNNRTTSGKKDLMGLHTSHISSTSDISQPQSEEPEFPTVGDT 714

Query: 574 VYVSSFGKKATVLGVEPSKDEVIVRVGSIKLKLKFTDIM 611
           VYVSSFGKKATVLGVEPSKDEVIVRVG+IKLKLKFTDIM
Sbjct: 715 VYVSSFGKKATVLGVEPSKDEVIVRVGTIKLKLKFTDIM 753

[Close]

BLAST of PI0016085 vs. NCBI nr
Match: XP_008462896.1 (PREDICTED: endonuclease MutS2 isoform X2 [Cucumis melo])

HSP 1 Score: 1067.4 bits (2759), Expect = 4.6e-308
Identity = 560/579 (96.72%), Postives = 567/579 (97.93%), Query Frame = 0


Query: 34  RWCIKSEGDQLMDVKGLLLSSDTGIGSIIEPISAVPLNDVLQQARASVAKAEEDVLFMLT 93
           RWC+KSEGDQLMDVKGLLLSSDTGIGSIIEPISAVPLND LQQARASVAKAEEDVLFMLT
Sbjct: 259 RWCLKSEGDQLMDVKGLLLSSDTGIGSIIEPISAVPLNDELQQARASVAKAEEDVLFMLT 318

Query: 94  EKVKMDFEDISKLIGCIIELDVVNARASYGLSFGGTCPNLILLEGCNSSIANVCLSGDQS 153
           EKVKMDFEDISKLIGCIIELDVVNARASYGLSFGGTCPNLILLEGCNSSIANVCLSGDQS
Sbjct: 319 EKVKMDFEDISKLIGCIIELDVVNARASYGLSFGGTCPNLILLEGCNSSIANVCLSGDQS 378

Query: 154 EASHSKKNEWVLYLQNTHHPLLLQQYRENLENAKRDVKNAFNEMGRKLPGGNMSWKEKEV 213
           EASHSKKNEWVLYLQNTHHPLLLQQYRENLENAKRDVKNAFN +GRKLPGGNMSWKEKEV
Sbjct: 379 EASHSKKNEWVLYLQNTHHPLLLQQYRENLENAKRDVKNAFN-VGRKLPGGNMSWKEKEV 438

Query: 214 VDISLFKMKVEQLEQARPVSVDFSISRRIQVLVITGPNTGGKTVSLKTIGLAAMMAKSGL 273
           VDISLFKMKVEQLEQA PVSVDFSISRR+QVLVITGPNTGGKTV LKTIGLAAMMAKSGL
Sbjct: 439 VDISLFKMKVEQLEQAHPVSVDFSISRRVQVLVITGPNTGGKTVCLKTIGLAAMMAKSGL 498

Query: 274 HVLASESVQIPWFD-FFADIGDEQSLTQSLSTFSGHLRKISDIQSVSTSQSLVLLDEVGA 333
           HVLASES QIPWFD  FADIGDEQSLTQSLSTFSGHLRKISDIQSVSTSQSLVLLDEVGA
Sbjct: 499 HVLASESAQIPWFDSIFADIGDEQSLTQSLSTFSGHLRKISDIQSVSTSQSLVLLDEVGA 558

Query: 334 GTNPLEGAALGMSLLESFAKSGAALTIATTHHGELKTLKYSNEVFENACMEFDEVNLKPT 393
           GTNPLEGAALGMSLLESFAKSGAALTIATTHHGELKTLKYSNEVFENACMEFDEVNLKPT
Sbjct: 559 GTNPLEGAALGMSLLESFAKSGAALTIATTHHGELKTLKYSNEVFENACMEFDEVNLKPT 618

Query: 394 YKILWGVPGRSNAINIAERLGLPSSVVDDARELYGAGSAQIDEVITDMECIKKKYGDLLQ 453
           YKILWGVPGRSNAINIAERLGLPSSVVDDARELYGAGSAQIDEVITDMECIKKKYGDLLQ
Sbjct: 619 YKILWGVPGRSNAINIAERLGLPSSVVDDARELYGAGSAQIDEVITDMECIKKKYGDLLQ 678

Query: 454 KAQNNLTESKNLYEKLLLARRNIIEHGRRQRLRKVQEVAKAAITARSNLHQKVRELRAST 513
           +AQNNLTESKNLYEKLLLARRNIIEHGRRQRLRKVQEVAKAA TARSNLHQK RELRAST
Sbjct: 679 EAQNNLTESKNLYEKLLLARRNIIEHGRRQRLRKVQEVAKAATTARSNLHQKGRELRAST 738

Query: 514 IEYTPPSAIDRRQHAGINSNNRTTAGKKDLMALHT-HISSTSDISQPQSEEPEFPTVGDT 573
           IEY+PPSAI RRQHAGINSNNRTT+GKKDLM LHT HISSTSDISQPQSEEPEFPTVGDT
Sbjct: 739 IEYSPPSAIGRRQHAGINSNNRTTSGKKDLMGLHTSHISSTSDISQPQSEEPEFPTVGDT 798

Query: 574 VYVSSFGKKATVLGVEPSKDEVIVRVGSIKLKLKFTDIM 611
           VYVSSFGKKATVLGVEPSKDEVIVRVG+IKLKLKFTDIM
Sbjct: 799 VYVSSFGKKATVLGVEPSKDEVIVRVGTIKLKLKFTDIM 836

[Close]

BLAST of PI0016085 vs. NCBI nr
Match: XP_004137269.1 (uncharacterized protein LOC101220812 isoform X1 [Cucumis sativus] >KGN53757.2 hypothetical protein Csa_015319 [Cucumis sativus])

HSP 1 Score: 1055.0 bits (2727), Expect = 2.4e-304
Identity = 552/578 (95.50%), Postives = 560/578 (96.89%), Query Frame = 0


Query: 34  RWCIKSEGDQLMDVKGLLLSSDTGIGSIIEPISAVPLNDVLQQARASVAKAEEDVLFMLT 93
           RWCIKSEGDQLMDVKGLLLSSD GIGS IEPISAVPLND LQQARASVAKAEEDVLF+LT
Sbjct: 259 RWCIKSEGDQLMDVKGLLLSSDAGIGSFIEPISAVPLNDELQQARASVAKAEEDVLFVLT 318

Query: 94  EKVKMDFEDISKLIGCIIELDVVNARASYGLSFGGTCPNLILLEGCNSSIANVCLSGDQS 153
           EKVKMDFEDISKLIGCIIELDVVNARASYGLSFGGTCPNL+LLEGCNSSIANVCLSGDQS
Sbjct: 319 EKVKMDFEDISKLIGCIIELDVVNARASYGLSFGGTCPNLVLLEGCNSSIANVCLSGDQS 378

Query: 154 EASHSKKNEWVLYLQNTHHPLLLQQYRENLENAKRDVKNAFNEMGRKLPGGNMSWKEKEV 213
           EASH KKNEWVLYLQNTHHPLLLQQYRENL+NAKRDVKNAFNEMGRK PGGNMSWKEKEV
Sbjct: 379 EASHLKKNEWVLYLQNTHHPLLLQQYRENLKNAKRDVKNAFNEMGRKPPGGNMSWKEKEV 438

Query: 214 VDISLFKMKVEQLEQARPVSVDFSISRRIQVLVITGPNTGGKTVSLKTIGLAAMMAKSGL 273
           +DISLFKMKV+QLEQARPVSVDFSISRRI+VLVITGPNTGGKTV LKTIGLAAMMAKSGL
Sbjct: 439 IDISLFKMKVDQLEQARPVSVDFSISRRIKVLVITGPNTGGKTVCLKTIGLAAMMAKSGL 498

Query: 274 HVLASESVQIPWFD-FFADIGDEQSLTQSLSTFSGHLRKISDIQSVSTSQSLVLLDEVGA 333
           HVLASESVQIPWFD  FADIGDEQSLTQSLSTFSGHLRKISDIQSVSTSQSLVLLDEVGA
Sbjct: 499 HVLASESVQIPWFDSIFADIGDEQSLTQSLSTFSGHLRKISDIQSVSTSQSLVLLDEVGA 558

Query: 334 GTNPLEGAALGMSLLESFAKSGAALTIATTHHGELKTLKYSNEVFENACMEFDEVNLKPT 393
           GTNPLEGAALGMSLLESFAKSGAALTIATTHHGELKTLKYSNEVFENACMEFDEVNLKPT
Sbjct: 559 GTNPLEGAALGMSLLESFAKSGAALTIATTHHGELKTLKYSNEVFENACMEFDEVNLKPT 618

Query: 394 YKILWGVPGRSNAINIAERLGLPSSVVDDARELYGAGSAQIDEVITDMECIKKKYGDLLQ 453
           YKILWG+PGRSNAINIAERLGLPSSVVDDARELYGAGSAQIDEVITDMECIKKKYGDLLQ
Sbjct: 619 YKILWGIPGRSNAINIAERLGLPSSVVDDARELYGAGSAQIDEVITDMECIKKKYGDLLQ 678

Query: 454 KAQNNLTESKNLYEKLLLARRNIIEHGRRQRLRKVQEVAKAAITARSNLHQKVRELRAST 513
           +AQNNLTESKNLYEKLLLARRNIIEHGRRQRLRKVQEVA AA TARSNLHQK RELRAST
Sbjct: 679 EAQNNLTESKNLYEKLLLARRNIIEHGRRQRLRKVQEVANAATTARSNLHQKGRELRAST 738

Query: 514 IEYTPPSAIDRRQHAGINSNNRTTAGKKDLMALHTHISSTSDISQPQSEEPEFPTVGDTV 573
           IEYT PSAIDR Q AGINSNNRTTAGKKDLMAL   ISSTSDISQPQSEEP FPTVGDTV
Sbjct: 739 IEYTSPSAIDRMQRAGINSNNRTTAGKKDLMALRRQISSTSDISQPQSEEPLFPTVGDTV 798

Query: 574 YVSSFGKKATVLGVEPSKDEVIVRVGSIKLKLKFTDIM 611
           YVSSFGKKATVLGVEPSKDEVIVRVGSIKLKLKFTDIM
Sbjct: 799 YVSSFGKKATVLGVEPSKDEVIVRVGSIKLKLKFTDIM 836

[Close]

BLAST of PI0016085 vs. NCBI nr
Match: XP_011653396.1 (uncharacterized protein LOC101220812 isoform X2 [Cucumis sativus])

HSP 1 Score: 1048.9 bits (2711), Expect = 1.7e-302
Identity = 551/578 (95.33%), Postives = 559/578 (96.71%), Query Frame = 0


Query: 34  RWCIKSEGDQLMDVKGLLLSSDTGIGSIIEPISAVPLNDVLQQARASVAKAEEDVLFMLT 93
           RWCIKSEGDQLMDVKGLLLSSD GIGS IEPISAVPLND LQQARASVAKAEEDVLF+LT
Sbjct: 259 RWCIKSEGDQLMDVKGLLLSSDAGIGSFIEPISAVPLNDELQQARASVAKAEEDVLFVLT 318

Query: 94  EKVKMDFEDISKLIGCIIELDVVNARASYGLSFGGTCPNLILLEGCNSSIANVCLSGDQS 153
           EKVKMDFEDISKLIGCIIELDVVNARASYGLSFGGTCPNL+LLEGCNSSIANVCLSGDQS
Sbjct: 319 EKVKMDFEDISKLIGCIIELDVVNARASYGLSFGGTCPNLVLLEGCNSSIANVCLSGDQS 378

Query: 154 EASHSKKNEWVLYLQNTHHPLLLQQYRENLENAKRDVKNAFNEMGRKLPGGNMSWKEKEV 213
           EASH KKNEWVLYLQNTHHPLLLQQYRENL+NAKRDVKNAFN MGRK PGGNMSWKEKEV
Sbjct: 379 EASHLKKNEWVLYLQNTHHPLLLQQYRENLKNAKRDVKNAFN-MGRKPPGGNMSWKEKEV 438

Query: 214 VDISLFKMKVEQLEQARPVSVDFSISRRIQVLVITGPNTGGKTVSLKTIGLAAMMAKSGL 273
           +DISLFKMKV+QLEQARPVSVDFSISRRI+VLVITGPNTGGKTV LKTIGLAAMMAKSGL
Sbjct: 439 IDISLFKMKVDQLEQARPVSVDFSISRRIKVLVITGPNTGGKTVCLKTIGLAAMMAKSGL 498

Query: 274 HVLASESVQIPWFD-FFADIGDEQSLTQSLSTFSGHLRKISDIQSVSTSQSLVLLDEVGA 333
           HVLASESVQIPWFD  FADIGDEQSLTQSLSTFSGHLRKISDIQSVSTSQSLVLLDEVGA
Sbjct: 499 HVLASESVQIPWFDSIFADIGDEQSLTQSLSTFSGHLRKISDIQSVSTSQSLVLLDEVGA 558

Query: 334 GTNPLEGAALGMSLLESFAKSGAALTIATTHHGELKTLKYSNEVFENACMEFDEVNLKPT 393
           GTNPLEGAALGMSLLESFAKSGAALTIATTHHGELKTLKYSNEVFENACMEFDEVNLKPT
Sbjct: 559 GTNPLEGAALGMSLLESFAKSGAALTIATTHHGELKTLKYSNEVFENACMEFDEVNLKPT 618

Query: 394 YKILWGVPGRSNAINIAERLGLPSSVVDDARELYGAGSAQIDEVITDMECIKKKYGDLLQ 453
           YKILWG+PGRSNAINIAERLGLPSSVVDDARELYGAGSAQIDEVITDMECIKKKYGDLLQ
Sbjct: 619 YKILWGIPGRSNAINIAERLGLPSSVVDDARELYGAGSAQIDEVITDMECIKKKYGDLLQ 678

Query: 454 KAQNNLTESKNLYEKLLLARRNIIEHGRRQRLRKVQEVAKAAITARSNLHQKVRELRAST 513
           +AQNNLTESKNLYEKLLLARRNIIEHGRRQRLRKVQEVA AA TARSNLHQK RELRAST
Sbjct: 679 EAQNNLTESKNLYEKLLLARRNIIEHGRRQRLRKVQEVANAATTARSNLHQKGRELRAST 738

Query: 514 IEYTPPSAIDRRQHAGINSNNRTTAGKKDLMALHTHISSTSDISQPQSEEPEFPTVGDTV 573
           IEYT PSAIDR Q AGINSNNRTTAGKKDLMAL   ISSTSDISQPQSEEP FPTVGDTV
Sbjct: 739 IEYTSPSAIDRMQRAGINSNNRTTAGKKDLMALRRQISSTSDISQPQSEEPLFPTVGDTV 798

Query: 574 YVSSFGKKATVLGVEPSKDEVIVRVGSIKLKLKFTDIM 611
           YVSSFGKKATVLGVEPSKDEVIVRVGSIKLKLKFTDIM
Sbjct: 799 YVSSFGKKATVLGVEPSKDEVIVRVGSIKLKLKFTDIM 835

[Close]

BLAST of PI0016085 vs. TAIR 10
Match: AT5G54090.1 (DNA mismatch repair protein MutS, type 2 )

HSP 1 Score: 510.0 bits (1312), Expect = 2.7e-144
Identity = 298/590 (50.51%), Postives = 397/590 (67.29%), Query Frame = 0


Query: 34  RWCIKSEGDQLMDVKGLLLSSDTGIGSIIEPISAVPLNDVLQQARASVAKAEEDVLFMLT 93
           RWCI+   +QL  V GLLLSS +G G+  EPI+AV +ND LQ ARASVAKAE ++L MLT
Sbjct: 249 RWCIQMSSNQLTSVNGLLLSSGSGGGTAAEPIAAVSMNDDLQSARASVAKAEAEILSMLT 308

Query: 94  EKVKMDFEDISKLIGCIIELDVVNARASYGLSFGGTCPNLI---------LLEGCNSSIA 153
           EK++     I  ++   I+LDV+NARA+Y  ++GG  P++          L  G NS   
Sbjct: 309 EKMQDGLCQIEVVLSYSIQLDVINARATYSRAYGGAHPDIYLPPEDEVESLSAGENSPDI 368

Query: 154 NVCLSGDQSEASHSKKNEWVLYLQNTHHPLLLQQYRENLENAKRDVKNAFNEMGRKLPGG 213
           N+      SE   SKK EW+LYL   +HPLLL Q+++ +   +  VK             
Sbjct: 369 NL-----PSEKPLSKK-EWLLYLPRCYHPLLLYQHKKGIRKTRETVK------------- 428

Query: 214 NMSWKEKEVVDISLFKMKVEQLEQARPVSVDFSISRRIQVLVITGPNTGGKTVSLKTIGL 273
                          K     L  A P+  DF IS+  +VLVITGPNTGGKT+ LK++GL
Sbjct: 429 -------------FHKTADTVLSGAPPIPADFQISKGTRVLVITGPNTGGKTICLKSVGL 488

Query: 274 AAMMAKSGLHVLASESVQIPWFD-FFADIGDEQSLTQSLSTFSGHLRKISDIQSVSTSQS 333
           AAMMAKSGL+VLA+ES +IPWFD  +ADIGDEQSL QSLSTFSGHL++IS+I S STS+S
Sbjct: 489 AAMMAKSGLYVLATESARIPWFDNIYADIGDEQSLLQSLSTFSGHLKQISEILSHSTSRS 548

Query: 334 LVLLDEVGAGTNPLEGAALGMSLLESFAKSGAALTIATTHHGELKTLKYSNEVFENACME 393
           LVLLDEVGAGTNPLEGAALGM++LESFA+SG+ LT+ATTHHGELKTLKYSN  FENACME
Sbjct: 549 LVLLDEVGAGTNPLEGAALGMAILESFAESGSLLTMATTHHGELKTLKYSNSAFENACME 608

Query: 394 FDEVNLKPTYKILWGVPGRSNAINIAERLGLPSSVVDDARELYGAGSAQIDEVITDMECI 453
           FD++NLKPTYKILWGVPGRSNAINIA+RLGLP  +++ ARELYG+ SA+I+EVI DME  
Sbjct: 609 FDDLNLKPTYKILWGVPGRSNAINIADRLGLPCDIIESARELYGSASAEINEVILDMERY 668

Query: 454 KKKYGDLLQKAQNNLTESKNLYEKLLLARRNIIEHGRRQRLRKVQEVAKAAITARSNLHQ 513
           K++Y  LL +++  +  S+ L+E LL A++NI +H  ++R +  QE+ +A    RS L +
Sbjct: 669 KQEYQRLLNESRVYIRLSRELHENLLTAQKNINDHSTKERRKMRQELTQAGSMTRSTLRR 728

Query: 514 KVRELRASTIEYTPPSAIDRRQHAGINSNNRTTAGKKDLMALHTHISSTSDISQ---PQS 573
            +++ R+S  + +      + Q     +  +TT  + +       I S+S + +   P++
Sbjct: 729 TLQQFRSSAGKSSQSKVATQLQ-----TKVKTTKDEDN------GIRSSSVVERRPLPEA 788

Query: 574 EEPEFPTVGDTVYVSSFGKKATVLGVEPSKDEVIVRVGSIKLKLKFTDIM 611
              + P VG +V+VSS GKKATVL VE SK E++V+VG +K+K+K TD++
Sbjct: 789 AAQKVPEVGSSVFVSSLGKKATVLKVEHSKKEILVQVGIMKMKVKLTDVV 795

[Close]

BLAST of PI0016085 vs. TAIR 10
Match: AT1G65070.1 (DNA mismatch repair protein MutS, type 2 )

HSP 1 Score: 208.0 bits (528), Expect = 2.2e-53
Identity = 177/599 (29.55%), Postives = 283/599 (47.25%), Query Frame = 0


Query: 32  RIRWC--IKSEGDQLMDVKGLLLSSDTGIGSIIEPISAVPLNDVLQQARASVAKAEE-DV 91
           R R C  I++    L+    +L  S +     IEP  AV LN+ ++   A+  KAEE  +
Sbjct: 244 RSRMCVAIRATHKSLLPGGVVLSVSSSRATCFIEPKEAVELNN-MEVRHANSEKAEEMAI 303

Query: 92  LFMLTEKVKMDFEDISKLIGCIIELDVVNARASYGLSFGGTCPNLILLEGCNSSIANVCL 151
           L +LT +V M   +I  L+  I+ELD+  ARAS+     G  PN+               
Sbjct: 304 LSILTSEVVMAQREILHLLDRILELDIAFARASHANWINGVYPNV--------------- 363

Query: 152 SGDQSEASHSKKNEWVLYLQNTHHPLLLQQYRENLENAKRDVKNAFNEMGRKLPGGNMSW 211
                 + H+K     + + +  HPLLL     +                   P G    
Sbjct: 364 -----TSEHTKTPGLAVDIDSAQHPLLLGSVLGS-------------------PNGG--- 423

Query: 212 KEKEVVDISLFKMKVEQLEQARPVSVDFSISRRIQVLVITGPNTGGKTVSLKTIGLAAMM 271
                    +F           PV VD  +    +V+VI+GPNTGGKT  LKT+GL ++M
Sbjct: 424 --------DIF-----------PVPVDIKVESSAKVVVISGPNTGGKTALLKTLGLLSLM 483

Query: 272 AKSGLHVLASESVQIPWFD-FFADIGDEQSLTQSLSTFSGHLRKISDIQSVSTSQSLVLL 331
           +KSG+++ A    ++PWFD   ADIGD QSL QSLSTFSGH+ +I  I  +++  SLVLL
Sbjct: 484 SKSGMYLPAKNCPRLPWFDLILADIGDPQSLEQSLSTFSGHISRIRQILDIASENSLVLL 543

Query: 332 DEVGAGTNPLEGAALGMSLLESFAKSGAALTIATTHHGELKTLKYSNEVFENACMEFDEV 391
           DE+ +GT+P EG AL  S+L+ + K+   + + +TH+G+L  LK +   F+NA MEF   
Sbjct: 544 DEICSGTDPSEGVALATSILQ-YIKNRVNVAVVSTHYGDLSRLKDNEPRFQNAAMEFSME 603

Query: 392 NLKPTYKILWGVPGRSNAINIAERLGLPSSVVDDARELYGAGSAQIDEVITDMECIKKKY 451
            L+PT+++LWG  G SNA+ +A+ +G    ++++A +          E +   + +++K 
Sbjct: 604 TLQPTFRVLWGSTGLSNALRVAKSIGFNKRILENAHKW--------TEKLNPEQDVERK- 663

Query: 452 GDLLQKAQNNLTESK--------------NLYEKLLLARRNIIEHGRRQRLRKVQEVAKA 511
           G L Q       + K              NLY +L     ++ +  R    ++ Q+V + 
Sbjct: 664 GSLFQSLMEERNKLKLQATKTAAFHRDLMNLYHELEHESHDLDKRERALLKKETQKVQED 723

Query: 512 AITARSNLHQKVRELRASTIEYTPPSAIDRRQHAGINSNNRTTAGKKDLMALHTHISSTS 571
             +A+S + + V E   S +E T             +  N      ++ +A         
Sbjct: 724 LNSAKSKMERLVAEFE-SQLEITQ-----------ADQYNSLILKTEEAVAEIIEACCPM 758

Query: 572 DISQPQSEEPEF-PTVGDTVYVSSFGKKATVLGVEPSKDE--VIVRVGSIKLKLKFTDI 610
           D    + E  ++ P  G+ V V+  G K   +  EP  D+  V+V+ G I++++K  DI
Sbjct: 784 DPDSLEEEYSDYSPQAGEKVLVTGLGDKLGTVVEEPGDDDDTVLVQHGKIRVRIKKKDI 758

[Close]

BLAST of PI0016085 vs. TAIR 10
Match: AT1G65070.2 (DNA mismatch repair protein MutS, type 2 )

HSP 1 Score: 208.0 bits (528), Expect = 2.2e-53
Identity = 177/599 (29.55%), Postives = 283/599 (47.25%), Query Frame = 0


Query: 32  RIRWC--IKSEGDQLMDVKGLLLSSDTGIGSIIEPISAVPLNDVLQQARASVAKAEE-DV 91
           R R C  I++    L+    +L  S +     IEP  AV LN+ ++   A+  KAEE  +
Sbjct: 244 RSRMCVAIRATHKSLLPGGVVLSVSSSRATCFIEPKEAVELNN-MEVRHANSEKAEEMAI 303

Query: 92  LFMLTEKVKMDFEDISKLIGCIIELDVVNARASYGLSFGGTCPNLILLEGCNSSIANVCL 151
           L +LT +V M   +I  L+  I+ELD+  ARAS+     G  PN+               
Sbjct: 304 LSILTSEVVMAQREILHLLDRILELDIAFARASHANWINGVYPNV--------------- 363

Query: 152 SGDQSEASHSKKNEWVLYLQNTHHPLLLQQYRENLENAKRDVKNAFNEMGRKLPGGNMSW 211
                 + H+K     + + +  HPLLL     +                   P G    
Sbjct: 364 -----TSEHTKTPGLAVDIDSAQHPLLLGSVLGS-------------------PNGG--- 423

Query: 212 KEKEVVDISLFKMKVEQLEQARPVSVDFSISRRIQVLVITGPNTGGKTVSLKTIGLAAMM 271
                    +F           PV VD  +    +V+VI+GPNTGGKT  LKT+GL ++M
Sbjct: 424 --------DIF-----------PVPVDIKVESSAKVVVISGPNTGGKTALLKTLGLLSLM 483

Query: 272 AKSGLHVLASESVQIPWFD-FFADIGDEQSLTQSLSTFSGHLRKISDIQSVSTSQSLVLL 331
           +KSG+++ A    ++PWFD   ADIGD QSL QSLSTFSGH+ +I  I  +++  SLVLL
Sbjct: 484 SKSGMYLPAKNCPRLPWFDLILADIGDPQSLEQSLSTFSGHISRIRQILDIASENSLVLL 543

Query: 332 DEVGAGTNPLEGAALGMSLLESFAKSGAALTIATTHHGELKTLKYSNEVFENACMEFDEV 391
           DE+ +GT+P EG AL  S+L+ + K+   + + +TH+G+L  LK +   F+NA MEF   
Sbjct: 544 DEICSGTDPSEGVALATSILQ-YIKNRVNVAVVSTHYGDLSRLKDNEPRFQNAAMEFSME 603

Query: 392 NLKPTYKILWGVPGRSNAINIAERLGLPSSVVDDARELYGAGSAQIDEVITDMECIKKKY 451
            L+PT+++LWG  G SNA+ +A+ +G    ++++A +          E +   + +++K 
Sbjct: 604 TLQPTFRVLWGSTGLSNALRVAKSIGFNKRILENAHKW--------TEKLNPEQDVERK- 663

Query: 452 GDLLQKAQNNLTESK--------------NLYEKLLLARRNIIEHGRRQRLRKVQEVAKA 511
           G L Q       + K              NLY +L     ++ +  R    ++ Q+V + 
Sbjct: 664 GSLFQSLMEERNKLKLQATKTAAFHRDLMNLYHELEHESHDLDKRERALLKKETQKVQED 723

Query: 512 AITARSNLHQKVRELRASTIEYTPPSAIDRRQHAGINSNNRTTAGKKDLMALHTHISSTS 571
             +A+S + + V E   S +E T             +  N      ++ +A         
Sbjct: 724 LNSAKSKMERLVAEFE-SQLEITQ-----------ADQYNSLILKTEEAVAEIIEACCPM 758

Query: 572 DISQPQSEEPEF-PTVGDTVYVSSFGKKATVLGVEPSKDE--VIVRVGSIKLKLKFTDI 610
           D    + E  ++ P  G+ V V+  G K   +  EP  D+  V+V+ G I++++K  DI
Sbjct: 784 DPDSLEEEYSDYSPQAGEKVLVTGLGDKLGTVVEEPGDDDDTVLVQHGKIRVRIKKKDI 758

[Close]

BLAST of PI0016085 vs. TAIR 10
Match: AT3G24320.1 (MUTL protein homolog 1 )

HSP 1 Score: 92.4 bits (228), Expect = 1.3e-18
Identity = 78/232 (33.62%), Postives = 117/232 (50.43%), Query Frame = 0


Query: 244 VLVITGPNTGGKTVSLKTIGLAAMMAKSGLHVLASESVQIPWFD-FFADIGDEQSLTQSL 303
           + ++TGPN GGK+  L++I  AA++  SGL V A ES  IP FD     +    S     
Sbjct: 763 LFLLTGPNGGGKSSLLRSICAAALLGISGLMVPA-ESACIPHFDSIMLHMKSYDSPVDGK 822

Query: 304 STFSGHLRKISDIQSVSTSQSLVLLDEVGAGTNPLEGAALGMSLLESFAKSGAALTIATT 363
           S+F   + +I  I S +TS+SLVL+DE+  GT   +G  +  S++ES   SG    ++T 
Sbjct: 823 SSFQVEMSEIRSIVSQATSRSLVLIDEICRGTETAKGTCIAGSVVESLDTSGCLGIVSTH 882

Query: 364 HHGELK-TLKYSNEVFENACMEFDEVNLKPTYKILWGVPGRSNAINIAERLGLPSSVVDD 423
            HG     L   N  ++    E  E   KPT+K+  GV   S A   A+R G+P SV+  
Sbjct: 883 LHGIFSLPLTAKNITYKAMGAENVEGQTKPTWKLTDGVCRESLAFETAKREGVPESVIQR 942

Query: 424 ARELYGAGSAQ--IDEVITDMECIKKKYGDLLQKAQNNLTESKNLYEKLLLA 472
           A  LY +  A+    EV+   + I     D  Q+ Q  ++  ++L + L  A
Sbjct: 943 AEALYLSVYAKDASAEVVKPDQIITSSNND--QQIQKPVSSERSLEKDLAKA 991

[Close]

BLAST of PI0016085 vs. TAIR 10
Match: AT3G18524.1 (MUTS homolog 2 )

HSP 1 Score: 78.2 bits (191), Expect = 2.6e-14
Identity = 56/190 (29.47%), Postives = 94/190 (49.47%), Query Frame = 0


Query: 246 VITGPNTGGKTVSLKTIGLAAMMAKSGLHVLASESVQIPWFDFFADIGDEQSLTQSLSTF 305
           ++TGPN GGK+  ++ +G+  +MA+ G  V   ++        FA +G      + +STF
Sbjct: 663 IVTGPNMGGKSTFIRQVGVIVLMAQVGSFVPCDKASISIRDCIFARVGAGDCQLRGVSTF 722

Query: 306 SGHLRKISDIQSVSTSQSLVLLDEVGAGTNPLEGAALGMSLLESFAKSGAALTIATTHHG 365
              + + + I   ++ +SL+++DE+G GT+  +G  L  ++ E   +   A T+  TH  
Sbjct: 723 MQEMLETASILKGASDKSLIIIDELGRGTSTYDGFGLAWAICEHLVQVKRAPTLFATHFH 782

Query: 366 ELKTLKYSN-EVFEN----------ACMEFDEVNLKPTYKILWGVPGRSNAINIAERLGL 425
           EL  L  +N EV  N          A ++ +   L   YK+  G   +S  I++AE    
Sbjct: 783 ELTALAQANSEVSGNTVGVANFHVSAHIDTESRKLTMLYKVEPGACDQSFGIHVAEFANF 842

The following BLAST results are available for this feature:

BLAST of PI0016085 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
P73625	3.7e-66	33.79	Endonuclease MutS2 OS=Synechocystis sp. (strain PCC 6803 / Kazusa) OX=1111708 GN...	[more]
Q38YN3	2.6e-59	39.22	Endonuclease MutS2 OS=Lactobacillus sakei subsp. sakei (strain 23K) OX=314315 GN...	[more]
B8D298	8.2e-58	36.32	Endonuclease MutS2 OS=Halothermothrix orenii (strain H 168 / OCM 544 / DSM 9562)...	[more]
B9KYW4	1.1e-57	37.89	Endonuclease MutS2 OS=Thermomicrobium roseum (strain ATCC 27502 / DSM 5159 / P-2...	[more]
A5D0W6	2.4e-57	39.12	Endonuclease MutS2 OS=Pelotomaculum thermopropionicum (strain DSM 13744 / JCM 10...	[more]

BLAST of PI0016085 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A5D3BZK6	2.3e-310	96.89	Endonuclease MutS2 isoform X1 OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_sc...	[more]
A0A1S3CJJ8	2.3e-310	96.89	endonuclease MutS2 isoform X4 OS=Cucumis melo OX=3656 GN=LOC103501168 PE=4 SV=1	[more]
A0A1S3CHZ5	2.3e-310	96.89	endonuclease MutS2 isoform X1 OS=Cucumis melo OX=3656 GN=LOC103501168 PE=4 SV=1	[more]
A0A1S3CHX9	2.2e-308	96.72	endonuclease MutS2 isoform X2 OS=Cucumis melo OX=3656 GN=LOC103501168 PE=4 SV=1	[more]
A0A1S3CIG3	3.8e-292	92.92	endonuclease MutS2 isoform X3 OS=Cucumis melo OX=3656 GN=LOC103501168 PE=4 SV=1	[more]

BLAST of PI0016085 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_008462895.1	4.7e-310	96.89	PREDICTED: endonuclease MutS2 isoform X1 [Cucumis melo] >TYK04605.1 endonuclease...	[more]
XP_008462898.1	4.7e-310	96.89	PREDICTED: endonuclease MutS2 isoform X4 [Cucumis melo]	[more]
XP_008462896.1	4.6e-308	96.72	PREDICTED: endonuclease MutS2 isoform X2 [Cucumis melo]	[more]
XP_004137269.1	2.4e-304	95.50	uncharacterized protein LOC101220812 isoform X1 [Cucumis sativus] >KGN53757.2 hy...	[more]
XP_011653396.1	1.7e-302	95.33	uncharacterized protein LOC101220812 isoform X2 [Cucumis sativus]	[more]

BLAST of PI0016085 vs. TAIR 10


Match Name	E-value	Identity	Description
AT5G54090.1	2.7e-144	50.51	DNA mismatch repair protein MutS, type 2	[more]
AT1G65070.1	2.2e-53	29.55	DNA mismatch repair protein MutS, type 2	[more]
AT1G65070.2	2.2e-53	29.55	DNA mismatch repair protein MutS, type 2	[more]
AT3G24320.1	1.3e-18	33.62	MUTL protein homolog 1	[more]
AT3G18524.1	2.6e-14	29.47	MUTS homolog 2	[more]

InterPro

Analysis Name: InterPro Annotations of Melon (PI 482460) v1
Date Performed: 2021-10-25


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	COILS	Coil	Coil	coord: 176..200
None	No IPR available	COILS	Coil	Coil	coord: 451..471
None	No IPR available	PANTHER	PTHR11361:SF132	DNA MISMATCH REPAIR PROTEIN MUTS, TYPE 2	coord: 30..608
IPR000432	DNA mismatch repair protein MutS, C-terminal	SMART	SM00534	mutATP5	coord: 242..427 e-value: 4.3E-61 score: 218.9
IPR000432	DNA mismatch repair protein MutS, C-terminal	PFAM	PF00488	MutS_V	coord: 245..425 e-value: 1.5E-31 score: 109.9
IPR000432	DNA mismatch repair protein MutS, C-terminal	PROSITE	PS00486	DNA_MISMATCH_REPAIR_2	coord: 323..339
IPR005747	Endonuclease MutS2	PIRSF	PIRSF005814	MutS_YshD	coord: 21..610 e-value: 7.6E-167 score: 554.8
IPR027417	P-loop containing nucleoside triphosphate hydrolase	GENE3D	3.40.50.300		coord: 209..512 e-value: 1.5E-74 score: 252.8
IPR027417	P-loop containing nucleoside triphosphate hydrolase	SUPERFAMILY	52540	P-loop containing nucleoside triphosphate hydrolases	coord: 231..427
IPR045076	DNA mismatch repair MutS family	PANTHER	PTHR11361	DNA MISMATCH REPAIR PROTEIN MUTS FAMILY MEMBER	coord: 30..608

Relationships

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


Feature Name	Unique Name	Type
PI0016085.2	PI0016085.2	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0006298	mismatch repair
biological_process	GO:0045910	negative regulation of DNA recombination
biological_process	GO:0090305	nucleic acid phosphodiester bond hydrolysis
molecular_function	GO:0005524	ATP binding
molecular_function	GO:0016887	ATP hydrolysis activity
molecular_function	GO:0004519	endonuclease activity
molecular_function	GO:0030983	mismatched DNA binding