Cla97C08G147170 (gene) Watermelon (97103) v2.5

Overview
NameCla97C08G147170
Typegene
OrganismCitrullus lanatus subsp. vulgaris cv. 97103 (Watermelon (97103) v2.5)
Descriptionsignal peptide peptidase-like 5
LocationCla97Chr08: 9840916 .. 9893051 (-)
RNA-Seq ExpressionCla97C08G147170
SyntenyCla97C08G147170
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideexonCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
ATGGCGTTCTCTTCTTCTCCGGCAAGACGTCCAATCATCCCTCTCTTCTCACTCCTTTTTCTCGTTTTTCTCTTCGGCATCTCCTCTGTCTTTGCCGACGATGTCTCGCTCGATGACGATTCCGCTCCCAAGTCCGGAAATTGCAACAATCCCTTCGAATTGGTAATTTTTTTTTTTTTTTAATTTTAAATTTTGCTTTTTTAATTGAAATATTTCTTGTCCTCTGCCATTCATATTGGCATCTTCGGTTTTGATCGTTTTATTTCGCTTTGCATTTACTCCATTTGTGTGTTCCTTTATTTTGGGTCGATCTAATTTTGTGGGTTGGATGATCATGTTGTGAGACTTGCCCATGATTTCTGAAAGGATTTAGCTAAAGCATGAGCAGCGAAATAAGGCAATCTTATGTGATTGAGATTGCCGTTTTGGTATAACTTTGACCTCAACTGTACTTTTCAATAGCAATTCTGGTAAAAATGGTTTGGATCAATAAGCTTTGGAATTTCCTTTATACCTGGAAGATATTAGGAGGGTGGAATTCTCCATGTCCAGATGGTTTCACTATAGGCTTCTACTAGGATGACTGGGATTGCATTAAGGATGATTTCTAAAAGGTCTTTGTGAATTTTATCTGAGACAATTTTGGCCGATAGACTAAGGAAAGTCCTTACTCAGACAATTTTTGATTCTTAAGGAGCCTTCTTGGGATACATGGAGACAAATTTTGAATAATTTTGATTCAAACTCTTATTGCTATTTAACAAGAACTTTCTTTTGCACTGACGAGGAAGAGCCTTGACCAATTTTTAATTCTTAAGGAGCCTTACTGAGTACTGACATAATCACTGACACTCTTGGTGGATTTTGGGTGGGGAAGGATAGCATACATTTAATGAGGACATGATCCTTTTTTCTTTTTTTGCACTGACAAGGAAGAGTCTTTGTTCTTTTGAAAAGGATACCACACTTATTCATTATTAAGAAAATGGAAAGAGACTAATGCTCCAAGATACAAAAAACCAAAAGAAACAAAACAAGCCTAATGAAACAACACAAAGTTTAGTAACAAGGTCAAGTAAAAAAGAAAGAAAACTAAAAAGGAGGTATGAAAAACTCCTAGCTCCTATTGATGTCTTGAATTGAAAGCCCTTTGAATTTTTGGAGAGAGAACACTCTGATGCAAACTTTAAACGAGTTGATTAAAAAATGTCATGCTGCAAACGAGAAGATCCCTAAAAAATATGCTGATTTCTTTCCATCCATAGCCTACAAAAAGGCCTTTTATTGCATTAATCCAAAGCAAAGAGGTGCCGAACTTCAAATAGGACTACATAGAATTTGCAAGACATCGTCCTTTAAATTGGATGAGAACACCCACTGGAAGCCAAACATATGAAATAATCGGACCAACACCACAGTGAAGGAAGAGTCTTTTGTTAATCTTAAGGGTATTTCGAAGTTAGATAACATTGGACAAAGTGTCTCTGATGTATTAGGATCAGTGTTGTTGAGCCGAGCTTGGGCGCTTGCCTATGGCGAGAGGCGAGGCAAGGTGAAACCTCTGCACCTTGGAAGTATCCAAGGTGAGTGCCTTCAACAAGGCGCTCGCCTTGGTGTGCCATTTCTCGCCTTTTGTACCATTGTCATAAAATCAGGCGAGCGCCTTTTAACATTGGCGATAAAGAACTCTATGAAATATGGAAGAGTTGGGAGAAGAAGATAATAATAGAAAGATGAAGAACAAGAGTGAGTCGTAGCTTGAAGAATAAGAAGAAAACTAAGAAGAGAAGAAAATATAATAAGAAGACGTAAGAAAGAAAAAGAAGAGAGAACGAAGAAGAAAAAAAAAGAAAGAGAAGAAGCATTAAACTCGATCAATAAGAAGTTGAAGTGACTAATGAAAAAAGAAAGCTAAAGAAGAAAAAGAAGAAAAATTGGGAACATTAAAACTGCATGTTGCATGTTTGTGACATATGTCAATCCTACCTCTTCCATTTAATTTAAAGCAACGTATTTTCTTCCATGATCAACAGGTGGCACTGTTTGAAGCTTGTTTGGTTTATTTACTTCCATTAAATTTGAAGCAACAATATTTTCTTCCCGAACCGGCCTTTAATAATATTAGAAAAAAATTTCTACTTTATTTTAGTAGATCCCTACTTTTTCCAAACATTATTTAAATATCAAATAGTTTTGTTCTTATTTTCATATATTTAATATTAGGGGTGTTTTAAAAAATAAAAAATTGTTGAAAATAATTACAAATATAGCAAAATTCTGTTTTCGATCTCTGATAGACCGCGATAGACCCAGATAGACATCTATCACTTTACCAGACAGACATGGATAGATGTCTACCTCGGTCTATCACAGGCTATAACAGATAGAAAGTAAAATTTTGCTATATTTGTAAATAGTTTTATAGTTTTTCTATTTATAATAATTTTCCTTAATATTAAGTATTTATTTTTTTACTTATAAAATAGTTTTATGTAATATTTATTTAGCATTTTATTATATGGCCTCGCTTCACTCAGGGGATGATTTTTTATCGCCTCTCATCTTAAGGCGATTAGAAGACTAGTCACCTTAGAGTGCGCCTTGCGCTTTGAAAACACTGAGTAGGGTTAGGGTACATGAAGATATCCTGGTCAAGTCCTTATTTGAATAGGATTAGGGTTAGTTTTCTTGATTGAGAAGGTCTAGTATTTTTTGTTTTTATTGGGTAATGAGTGGCTTTGGAACCTATTTTTCGAAGTTAGAGCTTGGATTCTTCTAGAAATTGTCCGTTAGCTCCCTTTCCAAGCTCTTGGTTGCCTCTATATTTATGGATAAATTTGTTTACAAAGCCTTGTGGATTTCCGAATGCACTAGTCGAGTTTGTATTCTTATATGGTTTTTGTTTTATGGGTTGTTGACTTGCTTCTCCAACCTCAGCGGAAGCTTCCCTCCCATGGCTTGTCTCCCTATTTTTGTCCTCTTTGCATGGTCGTTTGTTCTCCTATTTCAAATCTAGTGGGTGTTTGGTGATTCGTTCTAAGCCAATTTGTTTTGTTATGGGTTGTATTTGGTGGTTGTTATTGCTTTATTTTTCTTGATTAGTTTGTGTTATGGGTTATACTTGGTTGTATTTGCTTTATTTTGTTTCATTGTATTTTGAGCATTAGTCTCTTTTCATTTCATGAAAGAAAAACCTTGTTTCCTTTTTTAAAAAATTGGGATTAGGATTAGTTTCCTTGGCTAATTAGGATTAGGATTAGAGGAAGCTCCTTCGATTGCTATTTTGAACTATCTTTCATGCTACGAGTTGGTGCAAATGTACATCTTTCTTTAGTTTATACACCCTTCCTTCATTATCTTTCATCCTTTGGCGGCCTCTTTTTGTATTCGTTTCTTATAGGAAAAAAAAAATAGTTTGTTTTTGAATTCTCTATAAATAGAAAAATTGTCTTCTTGTATTAGTATCTTTTGTTTCATAATAAACTTAATTGGAATGCTTTTGTTCTTCCTATGTAATAATGTATTCTATAGTCTTATTATGGGAATTCTCGTGTAAGGATATGATGAGGGTGCTGCTAAGGTGGTGTCAACCTAGTTGAGATGACCTGGTGCATCTACTGATCCTATTTTTACCAGTTTTATTGTATCATTTGCTCTTAGTTTCTTTGTACTGAGCATTTGTGTCCATTACATCAATGAAAGTCTATGTTTCTGTTTAAAAAAAAGGAAAAATTGTCTTCTTGTATTAGTATCTTTTGATTCATAATAAACTTTGATTTTATTCTTAGAGATCTCTCTTTTTTATCCTTTAGGCTACATTAGTTTCCAATCTTTCGAGATTTGACCCCCTTCGTCAAGCAAGCTGTCACTCGAAATTGTAGTCGACAGATATTATCTTTAGCAAATCCTGATTTTGTCTTCACTAAAGGAGTCATTCGTTTAAAGACTTTCCACCTTCTCTCTCTCGTTATGATGATGATTCAATTACTTTGTGCTATGTGGAATCTGTTTTACGACCAATGGGAAATACCTCATGATATTGGTGTTGAAGATTCTTTTGTTGATGATTTAGTTTTGTTATTTTAGATTGTAACAAGGGATTCCTTTTGTCCCAGTGCCTTGCAAATTTGCTTCTCTTATTGAAGTTCTATGATTATTGAAGGAAACTGTTTCTGATGTTTGTATGCACATTCTTGAAGGTCTTTGATAACTAAGCAATCAATTATCCCATAAGTCAAGAATGCACATAATTTAATTGCCTCTTTCAACTTTCAAGTGCAAATTGCAATTATACCTCCTAGTGCATTCTTTGTAAATATTTTGTAGATTTTTTCCATTCAAGATCTATGCTTAAATTGGAGGGATTCAAGATCTATGCAAATGGGGTCAAAGGCACACACCGAAAGCTGTGGAAAGATATCTCCTCCCAAGTTCCTTCATTTTCCCATCTTGTTTTCTATGTCGTGGGGGATAGACCTCTATTAGCGGCATTTCCTAGATTATATCATCTGTCTTCCTTGAAAAATTGGGTCGTGGCAGATTTGTTGGTGTGGACGGGGAATTCCGTTCCGTTTTCCTTTGGTTTCTGTTGAGCGTTGACCATTAGGGAAACGACGAATGTGGTGTTTATCTTTCTTTGGTGGAAGGTTTTGATTTTAGGTTAGGGAGAAGGGATGTGCGTGTTTGGAGTCTGAGTCCTGTGGAGGGTTTTACTTGCAAGTCTTTCTCAAGCTTATTTTGAACCCTTACCACGTGAGCGGCATGGCCCGCACTTCTCCACGCACTGCATATGTGCGTGCGGGCTTCTCGCCCCATCCTCGGCGCATGCCCAAGACACTCGCGTGTCTGCTTGGCGTGCTACGCGCCTCGCCCGTTTGCGCTTCGCTCCTTTGGGTCCTTTTGCCCGCATGCGCTGTTGGGTGGCATCCCTATTGCCGCTCGCGCCTAACCGCGCTATCTCCAAGCACGTGGCGTGGGTCCTCTCTACCCACGCTACTCGGCCCTGCGTGCGTGCTGCATGTGCCTCACCGTGCTAACCTCGCACGTGGCGTGGGTTCACCTCCCCATGTTGCTCGGCCCTATGTACATCGTCGTGCCTACTTAGGGCACGGGGCGTGGGCCACCTGCCCACGCTATGCCATGGGCGTGATGCGTCAGCGTCGCATGTCCACTGCTCCATGGGTGACTGCCTTGGCTAACCCCTTGTAGCCCTAGGCGTGCGTCGCGCCTGGCGACACGACTCACTTGGCCGTGTCGCGTGCTTCGAACTTTGGGGTCACAAACCTCCCTCGCTTGAGCTAGCCGACGTCCTCGTCGGGTCTTGTCCTCTCCCAGTGGTCGTGTTTAACGACTCGCAACTACCTGCTTGTGCTTGTACTCCGCAAGTGGTGGGTGGTATGCGCCCTCTCCTTTCAACCTCTATAGGACATGGAGGTTTGGTCCGGGGTGTGCATTACTCGGACCTACGGGGGCGCCACACTAGATGTGGAACGGCGCACGGGTGCCCGTCAAGCCCTCCTATGGCTTGGTTAGTACGGTATGGGCGAAGCGATGCCCTGTCGATCCCGGGTTGACCATTATTGCTCGAATGAAGCACGGAGTGGTCTCATCTTGGACCATTGCACCAAAGTAGCCAAAGCACATCTCACGAAAAGCCAAGCAATTGGACTGAGATCCTCTCTTTGGGTAAGTGCTATGTTGGGTGTCTCTTGTTCAAGGAGCTCCAAGCTCCACCCTTGTAATAGTGGTTTTCATATAATAGAGATTATATTTCCACTAAGTGTTCTTGTGTGTCATCCTTGCCCCATGAACGAGATAGTTCAAGGCGTAAGCCTCAATGAGGGATTGGGAAGGCACTTTAGCCTCCCTTGGGTACGATAAGGTCGGAAAAAGAAGGCTGGTCGAGGGAGTACCTTGACGCCGCATGGGGTTTCCGCGAAAAAAATTATACACATCCACCCTTCCGTCTTTCACCCCCGTGACACCATGCCACTATTGCCTCCAACATGCCATCACATCTACATCGAAGAAGAATAGACGACTATTTTCCAAAGGATGGTTTTGAGTCTTTCAACCCTTCTCTACGCTTGATGGCCTTGGCATCGTGGTTTAGAGATATTGGCCTTGTTATAAAGGCGATCTCGATATGCAAACACTCCAACCAGTTGTCTACAAGGAAGAAAAATGGATTGAGAGAACTTCGAAACCTTGAGAGTTCTATTTCATATGACAAAAAAGCAAAAGCCCTGTTGAGAGAAGACTCCACTTCTCGGCATGAGGTTGTCCCATTTTCCCGGTTATTGGTTTAGATGGGTCATCTTATCGAGTATTATTGAATCTCATTCAACCAAGGATAAGCTCTAAGATCTTCTCCTTTTTTGGATTTGCTTCTACTTTGTTCTACATTTTGGTGTTGAGGACATCCACTTTTTTTGTATTGGCCAATTTGTTATGGCTCTCAATCTCTTTCTTCTTCTCATTTGTATCTCTTGATGTCTCTTTTATCTCTGGCATCTTGTATCTATCCCCTCGATCTCTCCTGTATTGGTCTCTCTTATAACTCTTTGGATATTTCATATATCAATGAAATGTTTCTTATCAAAAAAAAAAAAAAAGAAAATATAAATCAATAATCAACTTAATTAAGGCACATCAATAAATTAGTTCATAAGTCATAACATCCAATGACTACATCCTTCTTGGTGCATTGTGTGTGAATCTAGTGCTGAGACTTCGGGCCACTTATTTATGCATTGTCCTTTCACATCCCATTTTTAGCTAATTTTGTTGGAGGCTTTTGGATGGTCTTTGCCATTTCCTAACAATATTTTTGGTCTTCTTGCTGCCTTTTGGTCGATTATTCTTTTGGTGGTATTAAAAAGATGTGGTTGGCTTTCACTCGAGCTTTTTCCTGGCAACTTTAGGGCAAGTGAAATGGTCTCCTTTTCAGAGATTCCTCCTCCTCCTTTGATCGCTTTATGGAATTGGTTCTTTGTATTGCCTTTTTCTTGTGCAAATCTAAGAACCCTTCTGCCCATAGTTTATCATATTTAATCTCTTGGAAAGTTATGTTGTAATCACCATTAGGTGTGAGGGTCTTTACTCCATCATTTCATCAAACAATGAAATTGTTTTTTTTTTTCCCAAAAAATAAACACCCACTGACTACGTCAACCCTTAGGAACTAGATATTTAGCAGTCCATAAAATCCGAATAGTCCAAGTCCAATAATAAATGACAAAATTATTGAAGTCAAGGGAAGTTAGATGGAAAAATTAAAGAAGTCAAACAAAAACTAGTGCCATTGCATTGAATATGCATTCCTAAATCAATTTTCAGGATCCTAAATCTTGAAATCTCTTTTCTTGGTAGTTAAAATTTTTCTTGCCCTTCAAATTCGTTAATTTGACAATTTGTTTTCTCCCTCAATGAATTCTCCATCCTTTGTATCTAGGCAAGCCTCACTTTATAAACAATTATGCTTTAATAGCAATGTCTCAACGTTGTGCTTTCTCCCACGATGCTCTATGCTAGTGTTGAGACACTCTCCACGCGGATCATGATAAGTGAGACTTTAAGCATTGAGATTAGGGAAAATATTAGCACCACCCATTCGATTTTGGAGCATGACATCTCTCTTGTAGGGTTAGAGTTGTCTTATAAGTATCTCAGCGTTGCTTCCTTGTGTTGTATGCTTCATTTCTGCCTATGCAGATGGCGTGCTCCTCTATTGGTGGTCAAAACATCCAAATTTCTTGAGACACCACTTAATTTGTTTAATTCTATTAAATACTAGGTGCTATGGGGATGTCGACCTAGTTGAGATGCCAGATGTACCTCCTAATCCTTGGTTTCTGATTTATGATTTTCATCTTTTGTATCTAAGTATTATACTTTGAGCAATAGTCTCATGTCATTAATTCATTGAAGAGGCTAGTTTCCATTTCAAAAAATTCTCCTTCAAATACTAACATCCTGCAAAATATTCAATCACATAAAAAATTTTGGTCTAGATAGCGCGTAGACTAGCCATATTCAAGTTATAATTATATATAAAAGTTGAACCTAAAGTGTGGAAACATTATGAACAAACTCTTATAGTACTATTTGTGTGAGAATGTGTGGGAGGGTATGTGTATATGATGTATGCCGTACGATATACTTTTCTTTTTGGGAATCAGATTGGATATCTGCAGGTGAGGGCATTTGTTGAGATGCTCTTCTAGACAGTGCAAATCGTTCTCTAATTGGACATTTGAATAATAATCGAGTGGCTAGAGTGTGGCTGACCAACTTTCTAGAGAAGATCAAGGTTAGTGGGAGAAATAGGTAGATGCATGAGGATAACCCATGCCGATTGAACTTACCAAACGGGGTGTGCCCCCATGTATCTCTAAGAAGTTTGAATGGGTGTGAGATTTTTGGTACCCAAAAGGAGTTGTGAGAAGGACTGGAAATGTACTGACATGGGTTGCATTTGGTCGAATTGCTTGGTTTAAGCTTGTTGGTTGTGACATTCTGTGGGTTGTGGAGAAGATCCATGCCCCTTCGGCGAGATTGACTTGTACCTTCATTTGCAAACAAGTATTAGTGGATATTCAAGTTTTTGGGTTGCAATGATGGAAAAAGGTATCATTCATCCATATTTAGGTCATGAGAGGAAGATTGGAGCTGGATATATGAACTTTTGTGTTTAAATATCTTTCAACTTTAATGTTTACTTTTTCTGTGGCATAAGCATTATTTTCTGTTTTTCGTTCCTTTACAGCTGGAGCTCCTTGTTTGGCATGTATTTTTGCATGACAACGTTTTATTTGTTCCTCTTGATGGACATATTTTCTTATTAAAAAACCTATGCTAGAAGACAAGATTGACAGATGATTATTGAGTGCCACATTTCTGTGATGTTTTTCTGAGGTCAAGCATTTAAACTTCCGAAGGCTGAGCATAATAGTGATATTGACTTCCCTTTGAGCATAGAAAGAACCTAATATTGTCTTTTTGTTGCGCATTCTTCAGGTCAAAGTTAAGAGCTGGGTTAATGATGCTGAAGATGAAACCTTTGTTGGTCTAAGTGCAAGGTTTGGGACTTTGGTGCCTTCACAGGCTGAAGATGATCTCAAACTACCAGCTGTTTATATGAATCCTAGAAATGGCTGTGCTAGTTCTTCTTCAAAGGTAATGGTTAACTATTCCTGCTGCCATGATTGCTAAACTGACCTTTTAAGCTTTAAGTGGTCACATTTTGCACATGTTATTATTTCCCATCAGTTTAGATGAATTAAAATCATATTATCTTGCACTGCAATCTGCGTACAATTTCCATCAGTTTTGCAGTTTCATACCATGAAGATATTTTAATTGAAACTGAACATTTAAATTCTGAATTTGAAGGAGTTAGAGAGTGACTGAGAGAAAATGAGGGTTTTAGATTAGATCTTTAATTGGATGAAGATTGTTTTGATTAACGATAAAAAAGCAATCAAATATTTTGTAAATACAGTACAGTAGGCATCAAATGGAATGTTGAATCGTGCTGTTGAAGTTTGATTATGTCATCTTCAAACTTGCAAAATATCAACGTGCCGTCAGCAAATTGGAGAATAGAGACATGAATTTTCTTCTTTCCCACCAAGAATCCTTCATACAACCCCTTCTTGTGCAGTCTCCCTGTAAGAACATTTAGTACTTCACTAACAAGTAGAAAAAAGAAGGGTGAAAGTGGGTCTCCTTGGCGAATTCCTCTAGTGGCTAAGACTCTACCCCTCGGTCTTCCTTTTATGAAAATGGAAAACTTTGGGTGGGTAACGCAACCCATTATCCATGAAATCCGATGACGCTCAAAGTTTTTTCCAACTAGAACTTTTTCAAGGAAAGCCCAATCAACCCGGTCAAAGGCCTTTTCCAAATCTAGTTTGAGAATCCAACTTTTCTTCTTTTTTGAGTAATAATCCTCAACCGCTTCCTTTGCAATCAGCAGTAGATCAAGGATTTGCCCACCTTCAATTAAAGCGCTTTGATTAGGAGCAATGATGCTAGGCATTACTTTCTTGAACCTTTCAGCTAAACTTTCGCTACTATTTTGTATACTAGTGTGGTTAGGCTAATGGGCTGAAATCTTTAACTGAGACTGCATCTTCCTTTTTTGGAATCAAGCAAATGAAATTTTCTTTTATACATGCATTCAGCTTACCATTCTCGTAAAATTCTGCGGAGAGTTTCATAAAATCTTCTTTGAAATGATCCCAAAATTTCAGAAGGAATTCCACAGTATATCCATCTAGACCCGGTGCCTTATTCATGCCAAGATCTTTGATAGCTTGCCTTATTTCAACCATTGTAAACTGAGAGACCAGCACTGAATTTTGAGCCTGTGAAACCGTGGGCCAATGGAAGTTAAGGGGAATAAATCCAGCTCCAATCGATTTTGTATATAATGAGGAGTAGTAATTTAAAATAAGGCTCTCAATTTCTTGAAAGGAGGAAGTTGGTCTCCCCTGATCGTTAATCAGCTCAGAAATCAGATTTTTTCTCTTTTTTGCTGCTAGGAATCAGTGAAAGAAGTTGGTATTTCCATCTCCCAGTTTGAGCCGATTTAGCTTGCTTTTTTGAATTAGATTCCTTTCTTCCATTCTGTAAATGACAAGTAAATCTGCTTTTAATGACATTCTCAAACTTAACTCTTCTTGGTCAGTTTCTGAATTTTTTGCTAAGCTGTCCCCTTTTTCAGTTTCCCCTATAATTTCCTCTTCCTGCCTTTTTGACTTTCCTTTAAACTCCCCATGCCATGCTTTCAAAACAGATTTTAATCTTCTCAATTTTGTGTGATAACAAAACCAGCCCATCCTTTTATAAGTCTCTCTTACCGTGAAATTGAAGCTTTAATCATTGATTGTTCTCAAGCCCTGCCTCTTTACTGACCTCCTCCCTCCTTTGACTCAGGACCATCAAGATCTTCACTACTTGCACTTACTACCGACTCACAATCAGAATCTTGTTGCCTGGAATGAGAGGTATTTGCAACAACACAAATACCTCTCAAGTTAAAATTTGAGAGTTTAAGAATTGAATGTTGAAACTTATGAAAAGAAGAGAGAGGTTTAACTAGCTTTCATGAAAGATGGCTGGGGCTTGTGCTTGGACACAACAATCTTCCAATAAGTTGAAGTTTACAATTGCAGGCCAGGAATTGGCGGAGGTCCTTTTTGTTGCAAAATGTCTTGGGAAAGGCTAACATATGCGATCTCTTTTTTTTAATTAACGAAGGAACAGAGGAGGGGATGCTGGAGGCTTTTCGCATTCCTTGGACAAAAGAAGTGAATCAGCCAATAATTAACTTCGCTGGTGAGAGAAAATTGTTGCTTCGAATTCCAAACTTTTGATATTCTTCTGAGGGAATTCCAATGGGCGAGCCAACTTCATTAATTGGCGTGTGAGATTTGGTTGGGACAGCTGAATAAAATCCATTGGCTTCTTTATTCTGATTGTTTGAAATCTTCGCTGTCCTCATTAAATGAGACTCTTCACCTTGTTGATCTGTGTCCACCAACATTGGAGGATTTCGATTTTGAATGATCAACTAAACACACAGGAAGATCAACTAAACACACAGGAAGCTTCTTCTTCGCTGCCGGTGGGTTTTCCAGGATTCTTACTTCCAGTGAATTTTGGTTTAATTTTGGTGAAGGCTTTGAATCCTAAATTTTCTTGCTCCGAAAAGCCTCAAATGGATTTCTAAAATTACTTGGCTTGGACTTTGAAGGTGAAAGAAAATCCATATCAGGACTAAATAGAGTGAACTCAAGGCCCTCATCCTGCAAAACTTGTGAAATTCTTACCTAGAGGATCTTATGCTGTTATATCACCAAGAGAAGTATATTACCCCTCTTTTCATCTTTTATCTCAATAGTAGAAGGCATGAAACCACATAAATTCTTTTTAACTTGGATTTTAGGCTAGAACAATAAATTGAGTGTTTCTGTAGTAATAGCTTCAAGGCCTCCAAAGTAGGCTCCATGCTTCAAAAGTGCTTCTTCTCCAACAAGAGGTAGATTTTTGATTGATATCCATCCTCCAAATCCTTTTGATACCAACGGTCGACTGTGGCGATCTTTATTCCATTTTTAAATTAAAAAGTGAAATGGCCCGAATTCTTGCCATTTACATGGGTTCTCAATCAGATTCTCCAAACTTCCTTGATAAACTTCGATTAAAACATTGTCAGCAAATAGGAGATTTATGATAACTTTGGTTTTTAAATGGTTTTCTAAGCAAATAGCAATTTCCCTCCAATCATTGAACACGAATAGTCTTGAAATAATCCATAAATTACTAAAATCTTCTTGAAACACTTCATAATTCTTTTGAACCCAGAAAGATTCCTTGCCCTATTTTCCAGGTAGCAAAACAGTGGATTTTGTAATTTGTGAAATTTTGTCACAAGATGTACTCTCTTTTGCCATAGGTAAAAGAGGGGATGACGACCACGCCTTCTTCTTTACTATTTTTGCATAGCTAGCAATGTAGTCTTCAGGGAAATGAGAATATGAGGTTGCTTCGGTACCCTGTGCTGAAATGATCCCTTGAAATTTTGGAGTCTATTTATCAAATAGTTCCTTTCTCTCCGCAAAGCTTTTGAGCATATCCAACAAGGAACACCACCCCTGCTGATATACACCCATTGGTACATGAAGGAAGTACCAACCACCTGACGTTGGCCAGACGACGCAACACATAATCCATCCAGAGGCTGCTTTGAATTTGGAGAGCTTAGTTATACTTGAATCGTCTATACCATTACTCAAGAAAAATTGATTACTTGATCCCTGAAGAAGCTCTAATATCTTTTCCACGAACCAGGTGAGATGAGACCTTGAAAGAGTGAGTATTTTGCTGGCGTCCTATCCTTAATGTCTTACTGATCGAGTTCAAACCAAATGCAAAAAGCAGACCCATTCACTTTGCAGCTTTCTACCCATGATTCAAAGCCAAGACCGAGATGTATCTAAGAACACTGGAGATGAGTTTGAAATAGGAAGTGAACGAAAGCGTCACTAGTAAGAACACTAGCGATGAGTTTGAAATGGCAAGGATGGCGTCGGGAGGGGGTGAGGAAGGAGAAGGGAAGGGAGAGGAGAGAAGAGAGAGAACTTACCTCGCCATTTTTAAAGACCATCAAATTTCCTTCTAACTCCACAAGGATTTGATGAAACATAAAGGTAAATTGGGAGGTGAAACATCCAATTTCCTTGTAACTCCTCGCCATTTTGTAAGTTTGAAGATGAAATGATAGAAAATTTGAGAAAGACTATTAGTTGTTTGAATGGTGCTCCGGTCAAAAGGTAAATTGGGAAAATTCAGCCTATGTGGGGTAAATATGGAAGATCACAAGGTATTTTCAGTGGCTGCTCGGTTGAACTGTAAAGTGACTCATTTGCCTTTCTCATATCTTGGCTTACCTTTGGGAGGTTACCCTATAAAGGTTTCTTTTTGGCAGCCCATTATTGACAAAATCCAGCTCAAACTAGATAAATAGAAAAGGTATAATTTATCTCGTGGGGGAAGGGCTACTTTATGCAAATTGGTTCTATCTAATCTTCCTACTTACTATATGTCCTCTTTCCTCATACCTGAAAAGGTAATTTCAATCATGGAGCGTACCATGAGGAATTTTTTTGGGAAGGGCATAAGGGAGGTAAAATAGACCATTTGGTTAAATGGGAATTGGTTACTCGTTCTCAAAAGGATGGAGGCCTTGGGTTTGGATGATTAAAGGCTAGAAATTTGGCCTTGTTAGCTAAATGGGGTTGGCGGCATACCAAGGAAGAAAGCTCACTTTGGTGTCAAGTAGTTAGAAGCATCCATGGAAAAGACTTGTTTAATTGACACATGGCTGGAAAATCATGTCTCAGTTTACGTAGTCCATGGATTAGCATTTCTAGATCCTTTCTAGATCCTGGATGAAAGTTGAAGCATTGGCTACATTCAAGATTGTTAGTGGCAGTAGAGTTGGATTTTGGAATGATCCATGGACAAGCTGCCTTTGAAAGTGAGATTTCCTCACATTTTTTGCATGGCTCTTAATCCTAAAGGCTCAGTAGCAGAACATTTGGAACAATCATCGTCGACATGGGCAGTTTTCTTCCGTAGACTTTTAAAGGAGGAGGAGATTATAGAGTTTCAAAGCCTACTTGGATTATTATCAGAATTTAGAATGGGGAACAGCCCAGATAGCCAAATATGGTCACTAGAATATAGTGGGAACTTTAAGGTAAAATTTCTTGTGAATCATTTATCATATTCTTCCCCCCTTGAAAATCTAGTTGAGATAGCCCTCTGGAAGACTAAGAGCCTTTGCCGGGTAAACATTACAGTATGGATAATGATGTTTGGCCTTCTGAATTGTGCATCTATTATGTAATGGAACTACCAAATCAAAATACTATAATTTTATTTTGTTTTTGAGTTGGACAAATGACTACTTTGTTATCTTTATATATATGCCTTTTAGTTCTTTTATTTGTATGTTAGTAATTCTTATGCATTTTTCATGTGTCTTCAAGTATCAAATGTTTTTATGTTTCTATGTAACTTTTAAATAATTTTAATGCAATTGTAATTAAACAAGTGTATCCCGAATTTGAAGGAGTTTAGAAAATTAGGGTTTCCATCTTTAATTGGAAATCAAATTTAAATTTAATTTATCATCAAATTATAATAAACATTTTGAGTTACATGCATCATGTCATGGTCATGCTTGTCCAGGGCATGTTGCCCATGGTTGCATGCCCAAACCAATCCCTTTTTATCACACTTTCATTTTCTGTATTTTATTTTGCAAATTAGTTTGCTCATTGTACTTTTTGTTGTAAGTGACTCCTTGCCATTTTGATAGGCAAGGGTGACGGTCACAAAATTGCTTAAAATGTACTATATGGTGGTAAGACTAACCATCATACCTTCATACTCGGAGTTGTTTGCTATTGTGCTGTTGTTGTCTTTTATTGCTTACTAATCTATGACAATCATTCTCTCAAACATGTATTCAAACGTTTGCAAAAACATGTTTCTCTACCCTGTTTTCTCCAAAACGGAGGTGGAGGTTTCGAGATATACTTGTTGTGCCACTGACTATCTGAATTTGAATTGGTTGACTTGTTCGAGGCCAAGGACAAGTACTGCATAATCGCTCTGTGAACCTTTTGAGAGTGATTGTGACACATCACACATGTCTTCCAACTAGTATAAAAAAGCAACATTATTATACTTTTATGAAATCATGATGATGTCAATTAGTGCTGTTGTATAATTTTCAAGCGTCCATTGGAAGCCATCTTGATACTTCTAACCCATATAGAAAACCTTGTTCATTCATTTTCCATTGAAGGTCTCAAGTGCAGTTTAAACTGGTTTATGGACTTATCTAGTCTAGAACTACTCGCGTGTTCTGGTCATGGAGCATATTATTTATTTTTGTTTTTAAATTTAAGACTGAACCTGTTATTGTGGTTCCATATATTTTCAGGAGTTCATATGTTGTTTGAGGTTAGTTAGCTAATTGATTTAATCTGACATTTTTGCTCTTTCAGTTTTTTGAGATGAAATGTTTTACTTCACTAACCTGAATTGATATCAGATCTCTTTTGTGTCTTCCTGCTATAAATGGTAATTTACCATTTTTCTCTCTGCAGCTATCTGGATCAATTGCCTTGTCTATACGTGGTGAATGTGACTTCACAATTAAGGCAGAAATTGCACAGGCAGGGGGTGCTGCAGCCCTGTTGGTGATAAATGACAAAGAAGGTTGACATTTTACTACAACAATTATACAATTTTATCTTGGGTGCATATTGGACATTTTAGTCCTAGATTAAACATAAGGGTAGATTGGGTCTTGGATCTAGAAGATTTTAGAAAAATTTCCAAGGGTAGGGGCTAGATATTAGAAAATGTAATCAAATTTGTGCATATATGTTTTCAAATAAGTTAATTTTCATAGGAAAAGCAATTTGGATATTCTGTTATATGCTGAATTAAGTTCTTGAATGATTTAAGTTGGGATGTTTTCAATTAATTCCAACTCCAGATAGAAAAATTGGTGGAAAAGGAATATATATATAATAAAAGGACAATTGAGAAGTGTGGGAAATCATATTTGTGTATATATGTATGTATGTATATCCGTTGTGGGTAAAAGTTAAAAGAGACAATGTGGTGGCAGTGGGTAGGAAAGGCATTCAATCAGTTGCATAACTTACAAGTGACCCCTAGACAGTGAGAGGTTGAAAAGTAAATAAAGTAGGCACTTTGCTTGTTTGTTGATCCATGCAGAGAGAGAGAGATTTTGCTTAAACAAAACAATTGATGTTGAAGAAGGGGAAGGTTTAGGAATACATCTGACACCACCGGTGGATTAGGAAAAGGATCCAACTAGGGTAGAAGACTAATTGGAGGGGGGAGGGGAGGACAGTACACACAGTGTTTACGATTGTAATGTCATGAGGTAGCTACCCAAAAAATTAAACGTGGGAAGAACTGAAAGTTTTAAAAAAAAATCACCGATTTTAGAGATTCCAAATCCTCCATTTTCATCAATTGCTGGCCTCGAGGAAGAGTTTTAGCCTGCCTCTTGTGGTTGTAGGCGAGGAAACCCTCTTTCTCCTTTCCTATTTCTACATTGTTATGGTGTTCTTAGTACCCTCATTGACAATGTTTCTTCCAAAGGTTTATTCGAAAGTTTCAAAGCAGGCTCTGATGACACACATCTCTATTCTTCAAGTTATACATGGCTTTCTTGTAAATATGATTATGCTAATGATGTAGGGGCATTTTCGGGTTTCGGCCTAAGCTTTGAGATGTTCTTCTTATTCTTAATTTTATTTGTTTTATCTTTCCCTTATTTGATTGTTGTTCAGGAAGTATTTTATAGGCCTTCAGAGTTTGTTTACTGGTTATTTAAAAATCAGCAGGTAGCCAGTTACTTAGGGCTTGTTTATTCTACTTCTTCAAACATCAATCAATGAAGACTTTTATACCAAGATTTCTCCAAGAACAGTTTTCATCAGCTATGCTAGATATTTTAATCAGAAAACAGTGGAGATTTTTTTTAATGTTTTTCTGGGCTGAAAGTTAATTGTAAGAGACCTACTATTTATGGGATAAACGATGATGTTTCCAATCTGGTACTTTTTTGCCTTCCTATATATTATATCTTCTCTCTCATTTCTTCTAATGTATGCTTTGCTCCGATAATGATGAAAAGATTCTTTTGGAAAAGAAATGATGGTGGTAAGATCAATCATCTTGCAAGATGGAGCTTATCTTCAAAATCATAAAGTGGTGGTGGGACTTGGGTGTTGGTGTTCTCAATCATAAGAATATGGCTTTCATTGCTAAGTTGGGTTGGAGATTCTTTAATGACAATCTCTAAGGTTAAAGAGATCTGAGCTCATAGAACTACAACCTTGTTTTAAAAACGTCTTCCCCATGCTCTTTTCTCTCTCTTAAACTCTTCCTTTTCCTCCTCACCCCCAATCTTGATAGTGATTTGATAAGACTCAAATGTGGAACTCAAATGTGGAAAGTCTTATTCAATTGGAAAAGGCCCTTAGGCCCTCAGGAAAATACAGACATGGTTCCCAGAGGAACTTAACGATTTTCCCTTACAAAAGAGAGAACAAAACCCCGACCACAACTCTTCTTCTAAAATGAGAATTGAAAAACTGACTTTCCCCTGTCGACACAAATTTAAAGCCCCTCCATCTGTTTCCTAACTAATCGTGGGCCCCACTTTCTCACAATTAGTTGCTGAAGCCACACTTCCGTTACATAAGCAGTCCCCCTTTTACCCTTCCTACTATATTTCAACAGAATAAGAGGTCTAATCTTGTCCTCAAGGTGAAAATTAGGAAATTGTTGTTTAAAGTCCTCCATGTCTTCCCTCAATGAAGATTATTTAGTGGAATGTAAGAGGACTTGGAGATCTAACAAAGAGATTGACACTCAAAAGATTTTTTGAAAAAAGTAAATCTAGACCTTGTTTTAATTCAAGAAACGAAGAGAGACATTTTTTGATATAGGCTTCATAAAAAAAGATAGAGGTTTCATAAAAGTCTTTGGAGCTCTAAAGATATTGGATGGGCATATGTGGGAGCAAATGGAAGGTCTGGCTGGATTTTATCCATGTGAGACGAGGGGAAGATTGTTGGGTTGGAAGTGCTTAATGAGGACTTTTCATTGTCACTAAAATGCTCCACAATTTACAAGAAAGTATGCTGGATAACAAATGTTTATGGCCCTACTGATTAAGGAGTAATTTTTGGGCAGAATTGTCTTTGCTATCCGAAGATTGTTTAGAGCCTTGGTGCATTGGAGCTGATTTCAACATCACACGACGAAGTCAAGAGCGTTATCCATTGGGTAGAATAACAAGGGGCATGAGAAAATTCAACAAATTCATTTGTGACTCGACTTTGCTGGAAATTCCTTTTGCCAATGGTTGTTACACTTGGTCAAGGGAAGGATTGGTGGTATATCAAGATCTCTTATCGACAGATATTTTGTCTCTAATAATTGGGATGAAGTTTTTGAGAACTCAAGAGTGGCAACGCAAGCACACACTGTGTCTGATCATTTTCCACTACTGTTTGAAGCCAGAGCTTTTGAATGGAGGCCAACACCGTTTAGATTTTGTAACAGTTGGTTGAAAAATAAGGAGTGTTGCCGTTAGATTGAAAGGACATTGGAGGTTGATGGATAGCATGGTTGTGCTGGTTTTGTTTTCTCCACCAAACTAAGGAACTTAAAAGTGGCCTTGAAAAGATGGCTAATTGAATTCGAGAAGGACAAGAGTACTTGTTGAATGAAATTGAAAGAAGAGATCGTGAAGCTGATTTTGCGGAACTCATAAAAGCCCCTCCTTTGGAAGAAGACATAAGAATTTCGTTGAAGGCAGAATTGTTGTCCATTTATCAATTGGATGAAAGAAACTTGATGTAGAAAAGTAAACTAAATTGGCTGAATTTGGGGGACGAAAACACTTCCACAAGTTTTTAGCAGAGAAGAAACTTAATTTTAGAGCTGATTAATGACCAAGGATTGTCGACTAAATCCTTTCATGAAATAGATCTAATTTTGTGTTTTTACTAAACCTTTACTCAAAATCGGTAGGGATTAGATCTGTTCCTTTGAATTTAGATTGGTCAGTTGTCTCAAGAGTGAATATGTTGCTTGTGGCTAGCTTTACTCCAAGTGAAATTAATAAGGCAGTGAAAGAATTGGGTAAGAATAAAGCTCCTGGATCAGATGGTTTTACAATCAGAATTCTATCAAATTCTGGGACTTGCTAAAGGATAAAATCATGAAGTTGTTTGAGGAGTTCTACGGTAGTGGAAAGTTAAATTTGTATTTGGGAAAGATTTTAGAGAAAATGTTTTGCAGACTCTTGTGGGGACAAAGCTTAAGAAAACTTCAAATATTCTTTGGACTAATGTAGTAAAAGTGGTACTTACTGATTTATGGTTTGAAAGAAACTAAAGAGTTTTCCATGATAAGGAAACTCCGTGGTTCAATCGTTTTGAATCTGCAAGTTTAAATGCTTTCTCTTGGTGATCACTCTCCAAGGTATTTGTAGATCACTCCATCCAAGACATTAGTCTAAATTGGCAAGCATTCATATCACACGATCAATAGCCTTTTGCCAGCCATGGTTCATCTTCATAGTCTCTTACGCTAGATTTTATTTTCCTTAGATTATGTTTTGTGTTGTTGTTTAGAAGTTTTTGAGTTGTACTTTGGCATAAGTATTTTGCCACCTTAGTGTTCGGGCTGTATTTTGATTTTAGTTTGTTTTGTTTTGTGTATTTATTAGTTCTTATTGGTATGATGAGGGTGCTATAGGGATGTCAACCTAGTTGAGATGCCCGAGTGCACCTGCTGATCCTTAGGTTTTTATTTACTTGATTTCATATTGTATCTTGAACATTAGTCTCATTTAATGAAGAGGCTTGTTTCTTGTTTAAAAAAAAAAAAAAAAAGGAAAGTCCTCCATGTCTTCTCACGTCGCTTCATACTCGAGTAAACCCTTCCACGCCACCAACACCTCCCAAATACCCGACGGAGGATTCTTTCAGTACCCCGAAGCTTCGACTGGTTCAGTAACCTGCTCAAACAAATCAGATAGAATTGGAGCCTCCAACTGCACCTCATGAAACTACCCCAAAGCTCGTTTCAACTATGCAACATGAAAAAGTGGATGTATAGCCGACTCAAGAGGTAACTTCAACTTGTACGCTAGGGAACCAATGTGCTCAACAACCAGATATGGCCCAAAGAATTTTGGAGACAACTTCTCATTTCTTCTGTTTCGCAAAGTGTTCTGCTTATAAGGTCTCAATTTAAGAAACACCCAATCTCCAACTTGGAACTCCACGTCTCGCCTCTTCTTATCCACACTCTTCTTCATCTTTTCTTGTGCCAACCTCAAATGCTCCTTGAGCACTCCTAACATCATATCATGTCCCCTTAACTGTTGATCAAGATCAGAATTGGAAGTAGGATCCTCTCCATAAAACATCAATGGAGGTGGAACTCGCCCATACAAAGCTTGAAAATGAGTCATACCAATTGAACTATGGTATGTTGTGTTGTACCATAGCTTCGCCCAAGGAAGCCATGACACTCACTCCGTCGGCCTTTCACTATAAAAACAATGCAGATAAGATTCCAAGCAACAATTCACCACCTTCATTTGGCCATCCAATTGTGGATGGTATACTGAAACTTCTACAAAGCCTCGTTTCAGTAGACTTGAACAATTTCTCTCCAGAAATTACTTAAAAACACCTTATCCCTACCCATCACAATTGACTTTGGAAACCCATGGAGGCTTACCACCTCCTTGATAAACACCTTAGCTACACTTTTTGCTGTAAACAGATGCTTCAAACCTACAAAATGTGTTGATCTACTCAAATGATCAACCACAACTAGAATAGTATCAACACCTTTTACCTTCGGGAACAACCCTTCTATAAAATCCATCGAAATCTCCTCCCAAACAGCATCCAAAATGCTAGAGGCAGCAAAAGTCCAATAGAAGCTAGAGTCAACTTTTTGTTACGCTGACACAGACATACCACACACTCATCAACATACTTCTTCACATCAGGCTTCATTCCTTCTCAAAACAACTCTCCTGCCAATCGCTTGTAGGTCCGTAAGAGCCCCGAGTGTTTGCCAAAAACTGAGTCATGATAGGTATGTGAAATTGCCAGTATAAGAGAAGAAGACTTTGAAACCACTAACCTCCCTTCATACGTTAGCACACCCTGTTGCCACATATAATGTACATGACTCTGATGATCTTCCTTTAATTGCTCGATCACCTTAATTTAGGATCATTTTCGACTTAATGGCAAATCTTCTGTACATCAATCAAGGTGAGCACCTCCATGTATTCTAAATGTATATTAGGCGACACTCTGGAAAAAGCATCTACTGCCAAATTCTCACAACCAGGTGGGTATCGCACTTCAAAATCATACCCCAACAACTTGTATATCCATTTATGATGCTAGGGTTGTATAACCCTTTGTTCCAACAAGAACTTCAAAGCTCTCTTGTCCGTTTTTAACACAAATCTTTGCCCCAACAGATAAGGTTGCCAACGTTGCATTGCCATGACCACGACCATCAACTCTCTTTCATAAACTGGTTTTGCCCGATCCCTCAGAGACAAATTGTGGCTGAAATATGCCATTGGTCGTTGCTGCTGTGCCAACATAGCTCCCACACCATGCCCTAAAGCATCAATCTCCACCTCAAAAGGCAAACTAAAATCAGGCAATGCAACACTAGACAAAGTTACCATAGCTTTCTTCAATGACTAAAAAGCCTATCGTGCCTCTTCACTCCATTCAAAAGCCCCCTTCTTCAGCAATTGAGTTAAAGGAGTCGCAATTCCCCCATAACCCTGTACAAACCTTCGGTAACAACCAGTTAACCCCAAAAATCCCCTGACCTCTTTCACTAATATGGGAGTTGGCCAATCTAACTTAGCACTCAACTTTTTCAATTCAGCTTCCACCCCCATTTGTGAGATTATTTGCCCCAAATATTCAATCCTCTCCCGAGCAAATTGACACTTCTAATTGGCATACAACTAATTCTCAAGAAGGACTTGCAACACCACTTCCAAATGCTTCAAATGCTCTTCCAGATCACGACTATACACCAAAATGTTGTCGAAAAATACCAACATAAACTTTCTAAGGTAAGGCTTGAAAATCCTATTCATCAATGCTTGACAAGTAAACGGCGTGTTGGTCAGTCTGAAAGGCATTACCAGAAATTTGTAATGAACTTCATGAGTGCAGAAAGCCGTCTTTTCTATGTCTCTAAGATATATCCTAATTTGATGATACCTCGACTTCAAGTCAATCTTCAGATAGACGGTCGACCCGTGCAACTCATCGAACAACTCCTCTATCATCGAAATCGAAAACTTATCAGGGATCGTCACATCACATTATTTAGCACCCTATAGTCTACACAAAATCTCCACCCACCATCCTTCTTCTTGACCAGCAACATAGGACTGGAATAAGGGCTAGAACTTGGACGAATGACTCTCGAGTCCAACATCTCATTCACTAATCTCTCCATCTCACTCTTCTGGTGATGCGCATATATATGGCCTAACATTGACGGGGGTAGCTTCCTTCTTCAAGTGTATATGATGCTCTATCTCCCTCCTTGGTGGTAATTCTTCAGGCCATTCAAATACTTTTCCAAACTTCTCCAATAATGTAGGTAATGCCTCGTCGATATTAGCAACTTCGTCGATACCATACCACTTCGCCATCGACACACCCCCTTCCATAGCTCTACACTCGACAAGGAAACCCTGATCTTTTGACTCCCACATCTTCACCATCCTCTTTAAACTCACCCTGGCTTTAGTCAAGCTAGGGGTCTCCTTTCAGCACTATGGTCTTCCCTCCCTGATTAATGACCATAGATAGATTCTTTTCGTATTTTCTTTAGAAGCTATCAGAATAATATTTTTGATAATAGTAGTTTGAGATTGGGCCTTACATACCGTATTACTTTTGAGGCCCGCCTAGCGTAACAACTCCCTATTCTCAACTAATTGCGCTATCTTCATCATGCTTGTAAGCCCAATAGGCTCCCAACACTCCACCTCTGTCTTGTTCCAAGGCAAAAGCCCATTCATGAGGGTTTCTTTTAACACCTGATCAGACAATTGCGGCAACGGTGCAACCAACTTATCGAAGAGATTCCAATACTCCTCCACCATTGTTTCTTGTTTAATCGCTAAGAACTGGCCACATATTGAACCTTTCCGAGAAGATTGAAATCACTCCAACAATTTTTCTTTCAAATGCTTTCAGTCCTCGAACGATGATTGTTCCTCTTGCACCTGAAACCAATCGAGAGCTGCTCCCTTGAAACTAATGATAGCCACGGTCATTTTCTCTGATTCTATCAGCCGATGATATTGAAATATCGATCAACATGGAACAACTACGAATCCGGGTCACTTCCATTGAAAACCGACATTTCTACCTTCTTGAACTTGCTACGATCTTGACTGTATTCGTTGACCTCTGTTTTCACCTCTTTTGCAATTATCGCCGAAGAATCTCCTAATTGCGCTCGCTCCTTCTCCTTTCGATTACTCATCAATTACGATCGATCCCATCCCCTACAGTTTCTTTCCTTCCGCCATTAGTGCAATCATTAACTTCTGAGTATCCTCGGATGTCCGATGTTGTTTATTGACTTGTGACCTAAATCGTTCCACAATTTTTGCCAACGTCCCGATCGATTCTTCAATGGTTAGTAACTTCTGAATATCTGCCTTCCAACCGAAAAACTCTTGATCTAAAGCCTCCAACCGATCTTCGATTCTCTTTTGTGCCATTCTCGCAATTCGTCCTAGTTTGATGCTCTGATACCAATTTGATAAGACTCAAATGCGGAAAGTCTTATTCAATTGGAAAAGGCCCTTAGGCAAATATAGACACGGTTCCACAGAGGGACTTAGCGGGTTTTCCCTCCTTACATAAGAGAGCAAAACCCCGACCGCAACTCTTCCAAAATGAGAACTAAAAAATTGACTTTCCCCCTCGTAAAGCCCCTCCATTTATTTGCTAACTAATTGTGGGCCCCACTCTCTCACAATTAGTGGCTGAAGCCACACTTCCCATTACATAAGCAGCCCCCCTTTTACCCTTCCTACTATATTTCAATAGAATAGGAGGTCTAGTATGATTCTTCTGTAAACAAATGCTCCTTTGAGTTTACCTCTGCCTCTTTATTGATAAGGGACAGTTCCTTGACGAGGGTAGATTTTTGAGATTTAGTGATTGCAAAGGTGGAAAGGTCCATTCCTTTTTCTTTCTTTCTTTTTTTTATTTTTTATTTTTTTTGTTTCGGGATAACCCGCCTGACCCTACAACATTTGGGTGTTAAAGGAAATTCGTAGGAAATTAATTTCTCGGTAGGTAGCCACCATGGATTGAACTTTTGACCTCTTAGTCATTTATTGAGACTATGTCTCCTTTTTACCACTACCCACGATGGTTGGAAAGGTCCATTCCTTCATTGCAAATTTCACCCCTTTAACTTTTGAATGAACCCATGGACTGACCATCCAATGAGAGGGTGGTTAATATACCATGCATCCATGAGAGAGAGAAAATCTTTATGATTCAGCCACATATTTTCAAACTTGAATGGAGACGGCCCCATCTTTGGCTACCTAAAGTCAACATAAGAGGATAGTGGTCAGAGGTGGATCTTCCGAGCCTTTTAACCATGGCATCCTTAAACTTAATTAGAACTGATTGAGTGCAAAAGAAACGGTGGATGCAAGTATGGGTAGTTGGAAATCTGAAATCCGACCATGTGGATCTTCCATTAGTGAGAAGGAGATCAGTCAATTCATGTTGATCTATGAATGAGTTAAAATGCATCATGACATAACTTGCTTGTTGTTTGTACCGAACTTTTTGAACTGCAGTGTAAAATTTGAAGAGAATTTTTACGATGATGCAGTATGTCCAAATTATTGAAATTTCCTTTTTTAATCTTGAATGTATGAACGTTTTATCGTATATTACTTTTATCTAGACTTTGAGTTTTTCATGATGTTTTCTGCTAATGATAAATTTTTAATGCTAGTAGAAGCCTTATGTCCTGTCTTGTGTATTCTTTCGTTTTTATTCCAGCCTTGTTCTTTCATTAAAGAAAAGAACTGTAATTTAGCATGAGTATTTTTGACTCTCCATCTACTTTTATAATGATTGGTTGAGTAATCCAAGAATATATTTCAAATCTAGAAAGAAGTTAACAGCCTATATGTTTTATGGATTTATCAACCTAATTTTAGATAATGAATTTGGAAACTGTTTTTCTGTTGATTTAGATCTTTACAAGATGGTCTGTTCTGAAAAAGACACTCCTCTCAACATTTCAATTCCTGTTGTGATGCTTCCCAAGTCCAGCGGAGATGCTCTCAACAAATTAATAACCGACGGAAAGAGAGGTGAGCCTTTATATTTAAGCAGTTTCAAGGTTCATTGGAAAAGCCAATCTGTGTATGTGCTTTTTTGTTTTTTTTTTTGAAACAAAAAACGGGCTTTTCATTAATAGATGAAAAGAGACTATTGCTTGAAAGATACAGTTAGATGATATAATATTAGATTTTCCTTCACCCATCAGCTTAAACTTTTGGGTCAATCGACGATTTAAGATAGTATCAAAGTAGGTGGTCAATTTCCTCCCCAATTAATATTGATTTCCACTTGTTGGGTCTTCTTCATATTTCAAGCCGACATGTGAGTAGGAAACCCTAAATAATTTGGAACCCCATGTCTGTCTTCAAACGAGCTAATTCAAAACATTGAAATCCAGGTAGATGATCATGGAAGATGCATTGATTCATCTCCAACCAAAGTTATGAAATAATTGTTTTAACTGCCTTTATCCAAAGTAATGGCTTTGGGATGTTGAAAAACTCCATTGAGCAATGCCGAAACATTATTTCTGAAAGTTCAAGAAACCAAACTCAAGTATCATCATTTGGTCCAAAAGAAAATCTGTGTATGTGCTCTTGCTTACCTGTTATTTCATATTTAAGATTAAGCCTTTAGTTAAAAGATGGTTCCCTTTTGTTAATATAGATGTAGATGAATGTACCAAGATGATTGACTTGAATCCTTCTATAGAGGGCACCTAGTTCAAAGTCCTTGGGATGTTTGAATTTTCTCTGAGGAGTTTGAGCAAGGTGACCATGGATGTATGAAGTATGATTGGAGGTGCCGTTCAATTGAACTCTGTCCAAGCTATTAAGCCCACTGTCTAGGATTGGTAGTGGTTGTTTAGTATCATAAATTGGTTTTCAAACCATATCTATCAAACAATGTTTGCTTATCGAGTGGGGGGATACAAATATTTAAGTAATTTGTTGAGGACAAAAGAACTCATAAATCTTGTCTTGGTAGGTCAAGGAGGCAAACAAACTAAGGAAAAATTTGGGCACTATAAGAGAAGGATATAGGTTTTAAAGGGGGAATAAATTGGGCTTACTTTTCCAAGAAGGGTATAAATTGGGCTTACTTTGTTAAGGGGAAGAATACATTAGGTTTACTTATGGAGGCAATCAACCACCATGAGAATTAAAGACCATGAGAAGTGAATCACTACTTCTCCTTTTCTTTCTTCTTTTCCTTCTTCACCTTGAAAACATTGAGGAACTAGAATCCAACATAAGTAAAAGTAGTTTGTGTTTTTTTATTAGTTTGCTATGTTTTAGTATTTTTCATTATCCTTTCCTTTTATAATCCGTTGCCTTAGTTGAAACTTTTCTTGTATTATATTTACCAATTATTGGGTCCTTTGAGAAATAAGACATATAATTTGGTTTGAGAGAAGTGCCAAAATTTTCTTGTCAAAGCCTTACTTGCTGAAATTTGGTTTGAGAGAAACCAAAGGGTCTTCCATGATAAACAACTTTAGTGGGTCAATCATTTTGAAGTTGCACAGGTAAATGCCTCTTCTTGGTGTTCTTTTTCTAAGCTTTATGTTAATTTTTCTATTTAAGATATTTGTTTAAATTGGGGTGCTTTTATTTTCTTTGGATAGGCCTTGTTCTAGTGTTGTCTTGTCTTGGCATTGAATGGTTTAAATTCTTATTGTTTTTTCCTTTCATTTCCTTGTATTTTGAGCATTCTTCTCTTTTCATTATATTGATGAAAAGTTACGTTTTCTTAAACGAAATTAAAAAAAATAATTTCTCCAAAAATCCTATAGTAAAAACCAATGTTTTCAAATCGCTTGAGGTGCGCCTTGAGGCAAGGCGGCCTTGTAATGCCTCAAGGCTTACGCCAATCTGGATAGATGTGTAAGCCTTAGTGCTTCTACCTTTGAGGCGTCAAATGCACGCCTTAGTGAAAGTGGGTAAAAGAATTAAAACAACAAATTTGTGGAGAGGATGTTGCCAGTGGTGGGATTCCATTTAATGGGAACTTTAATTATGAGGTGAGATGTTGGCGGTGGTGGGACTTCATTCAATTGGGTTTTCATGGAAAAAAAGGGTTATCTTTTAGGCTGAAACACTTTGACTCATGTAGACTTTAATTGTCTTCATTTGGATAAGAGAGAAAAAAAAGAAAAAAATAGCAGACAACAAACAAGTTAGCATTCTAATCCATATAAAGAATGGTGGCTACCTGCCTAGGATTTAATATCCTACGAGTTTTCTTGACACCCACGTGTTGTAGGGTCAGATGGGTTTGGAAAAAAAATCCATAAAAAGAAGGGTAGCTTTATTCATTTATTTATTTTCCTACTCCTTGTCTACCGTGTTTTACCATTTTTTGTAATTTTCCTGGGTTTTTTTTTTGGTTCTGTATCACGGCCAAGACAAAATCTGGTTTTTTTCTTCTCCTTCATCTTATCTTTTCTGTGGTGCTGCAGCTACTTCAAAGTTTCTTTCTACTATTTTATATTTTTACAACTTTTCAACCTACACTGTTTTCAATTCTACTTCTAATTACAAAATGTGCGTTTTCTCAGATTGTCCCCTTTTTTTATTAAAAATATTTTGTTCTGTTTTTTTTCTTTACTTCCCTTTTCTCTTTAGTTCTAATTTAAAAAAAACAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAGATGTAGTCTTACATTATGGGTACCTTTTTTTTTTTTTTTTTTATTATTATTATTATTTGAACAAATTTCATACAATAGTAAGCATACAAGGTTTTACATCTTATGCTTTTTATTTTATTACATTTAAAATGAGGCTTACACCTCATAGTGCCTTGTGGCATATGCCTTGCCTCTTTATGGGAAAATGCGTCAAGGTTGCTCGATTCTTTTAAAACATTGGTAAACACTGGGTGGAAGGTGAAGTTAATCATAACTACATTTCCTGACATTCAAATAATTATTTTGTTGATAAATTTTGTTCTCCAATAATGTGTCAAGTTCTAATTACCTTTGTCCTTACAGTGAAACTTCTATTATATGCTCCAAAACGTCCAGTTGTGGACTTCTCTGTTGTATTTTTGTGGATGATGGCTGTTGGAACAGTTGCATGTGCTACGCTTTGGTCAGAGATCACTGCTGAGCAGACTGAGGAGCGCTATAATGAATTATCACCGAAGGTATTCATAATACTTTGTTGTGGGAGAACAAAATACTGCAATTAGGTGCAAAGAAAGTTATGAAAATTTGCTCGCTGTTTTATCCACAATTAGGGGTCCCATTGATATCTAGATCATGCTTCTAAATGAGTACTCAGTTTTTGTTTTATTTTTTTCATGGTTTTCTGCAACTCATGCTTAGATGCTGTAGCCTGCTTTGCCATGGGGAATAGATGTTTGTTTCCAGGTTACTCTTAGATTGAAGAAGCTACAGTCTGGTTTTTTAGATTGCACATCACTATGACATTTGTAGTTATGTGTGGACTTAAAGAAATTATGGTTTTTCCCTAGTGTTCATTTTACTTTTCTACCTTCTGCTTGGATGGATCTTCTTCTTCTGGAATGACTTCCTTTTTCTCTTCAATTTATGCTTTGTTTTGATCTTATGGTTGTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTGTCTTTTCCTTTCACCAGGAATCTTCCAATCGTGGAGCAGCCAAAGATGACTTTGATAGTGAAACCCTCGATATTAATGTTAAGAGTGCAGTACTATTTGTCATTACGGCATCTAGTTTCTTGGTGCTGCTATATTTCTTTATGTCTTCTTGGTTCGTTTGGCTGTTGATTGTAATGTTCTGCATTGGTGGTGTAGAGGTAATGACATAATTCTTGCATGTACATTTTGAGATTTGTGCTAAACTAGGATAGTAATTTTTTGTTCCAAGGAAAATGAACATAATTGTGGAAATATAGTTTCTTTTCCTACGTGATCCTCAGCCCTGGGTGCTAACATCACATTTTCTCCAGCAGGGATTATAATTTTATATATTTATTTATTATCTGAGCAGGTTGAATGGCGCCTGAAAGAATCTACTTTTTTGTAACTACGCTGTTATTTTTGTTACATTTACTTCTAAAGTTATCTTGTTGTGCTTGTGCATTTCTTCAGTCCCTGTCTATAAATGGGCATTTTTTTGTTCAGAAGGTAATTTTGATAGTGAATATATCATTTTTTGAATGAATTGTCTTTTTAAAAACAATTTCTAATGTACAGTCCCTGAATAGTTAAATTTTAATTTCTTTGTATCCGATTGGAGAAATCTATTGTAATCCCATTTACGGGTCCATTTTGTACTCTTTGAAGATTTCATTCATAAATTGTTTCTTATAGAGAAAAGACAATTTCTAATGTAGTAAAAGAAGTTCTAGGTCATCGCGTGAAATCAGCATATGAATGTTTGATTTTATGAATTGACAAAATGAACCATTGTTTTATAAATAGTTTCAAATTTAATAGGTTTATGAAAAAATGCAACAGGTTTACAGAGGGATTGCGACCTTTTTTAGTCCTCCCCTGGTTAATGGGAGTCAGAGGCTTACATGGACCAATTGTAAAGCAGAAAGTAGGATAGATAGGCTTTTGTTGCCAGAGGGGTGGGAGCTCCCTTCCCTGATGTTAGATAATTCCTAGGCCCCAGACTTACTTCTAACCATTGGCCTTTGATCCTTAATTCAGGGTCTCCCCCAGATGGAGCCCTTGTCCCTTTAGGTCCCTTTAGGTTTGAAAAAATTTGGTTGGAGCACTTGTTGATCAAGAAGTCCTTGCCTAGTTGGTGGCGAGTTGAGGTGCTTGGTAGGTGGGAGGGGTATCGGTCCATGGGAAAGTTGAGAGCCCTTAAGAGGCTCTTGAAATTTTGAATAAGGAGGTTTTGGAGACCAAGAGATTCTGACTAAGCTTAAAAGTTCTAAATGACAGAGGAGGAGGGGGAGTTTAGTGATATTCTTAAGAAGGAACTAGGAAGAATGTCTCCTTGATGAATGGGAGTATGCGGAGTTGGTAAGGAAGGAGGTGGTGAGTTGGAGACAAGAAAACAAAGTTCGGTGGATAAGGAGGGTGATGCTAATACAACGTACTTTTATAGAGTGGCTAGTAGTCATTGTAGTTAGAACTTAGAACATTATTGACCCCTTGGAGAATGATGGTGGAGAGTGCTTACATGAGGATGGAGATATTAAGATGGAGATCCTTGCTTTCTGTTCTTTCTCTTTTCTCAGTCTATAGAGCCTAAAATCTTTTTTGGAAGGAGTGAATTGGAATCCTATCAGACTAGTTTCTGTCCATTCCATGCAAATATTCGGTGGTCTTTTAGTGTGGCTTTATATTGAAATTGAACATTGTTAGTCTATAGCAATCTGGTCTTTCAAACGTTAAATGATAACCTGTCAATGTTTAACTTTCAGGGTATGCATTCCTGTGTATTAGGACTGATATTAAGGTATGCTTGCTTGCATATCTCTTCCTGCTGAACTTATGATGGGTTATTAATATATATGGTTGCTTTCTATAATTCCTCTTGTTTCTATAATTTATTGAGCAGAAAACGGAAAAGTTGTGAGATGAAGACTGTGAATTTGCCTGTAGTAGGGGAGGTCACTATTCTTTCACTTGTTGTGCTGCTTTGTTGTATAACTTTTGCGGTTGTCTGGGCTCTGAATCGGCGTGCATCATATTCTTGGGTTGGTCAAAATATTCTTGTAAGTATCCCTCTACCTTTTTTTTTATTGTTTCTTTTGGGCTCTCGTTCTTCTAATTAGTCAATGATGGAGATGTAAGAATTCATTCATGGGTATTTTTGGAAACAAAAAGGCCATGTATATCTACTTTTTTCTTTGGAGATGAGAAATCATTTGAATTCAAATGGTTGGTTCATGTTGAAGTATTGATAAAATTAAATTTATCAAAATTGATCAACTTAAGCTTTTAGGTTGAGTAGTGATTTAATATGGTATTAAAGCAAGAGGTCCTATGTGAACTCTTGGAATATTGTTCCTTTCTAGTTAATATTGAATTCCACATGTTGGGGCTTTTACAAATTTTCAAACCATAAGTGATGAGGAGTGTTAAATTATTGACATAAATTTACTGCATTCATTAGTTTAAACTTTTGGGTTGATTGAGGATTTAACATGTTATCAAATCATGAGGTTTTGTGTTCAAACTCTTGTAATTTTATTTCCGCCCCAATTACTATTAATTTTTTTTAGGGAGAAAGGAACAATAGAATTTTTAGAGAGAAAGAACTTAAGTTTTTTTCTATGTTTGATCCTTTGCTAGATTCTATGTTTCTTGTGAGCTTCGATTTCAAAGTTCTTTTTTGTAATTATTCTCTTAGCTCTATTTTGCTTGATTGGAGACTTTCTTCTTCTTCTTATTCTTCTTTTTTTCTTACCTCAATGAAACCTTTGCTATTGATAAAAAAATAAAAATAAAAAGTGAGAGGGAGGGTTAAGTATTGTGATAATTAAAATTTTCATATTTGATCAGCTCAAGCATTTAAGCTTATTAGTGACTAACAGTCCATTTCCTCCAATATGAAATTGTAGGCCAGCCCTACTGGTTGATTTGCGAATGGATGGTGAAATTGGTTATTTCTTCTTTGTTTGAGTAAATAATATCTTGGTTCCATGTATTTTTGAAGATTCTATCACCTTCCCTTTTTTTCCTGATTAGCTTCTTCTAGCATTTTTGTCCATAAAGTTACTCGGAAGCTTTTCCTTTGACTATTCTTTTTTTTGTTCATGTCTTATGTGTACAACATTAGTGGGATGAGGAGTTATCAAGCAGAACGGCATGCTTGTGTTTATTCTGATTGTGACCTAAAGTGTGCATTTAATTTGAGTGAAAATTCTTCTTAGTTTTGTCTCAAGGATGAAATTTTCACCTGTATCTTTCACCTGTATGGCCTGATGGTCAACTTGGTTACCTTTAAACTAGATTACTTGCCTTTAAGATTCTGAGGTTTACCTTTAGTAGTTTCCTATTAAGGGTGTTAATGTTTTAGGTTTTTCTAGATAAATATCAAATGCTGTAGGGTTAGTCCTCACGTATAATGTTTTTTTTTGAAAAGTAACACAACTTTTCATTGGTAAACTGAAAAGAAACTACACTCAAAATACAAGTAACAAAATGAAGAGCTAGAAAACTTAAAAAGTACAACTCAAGAGAACTATGCTCTAAAACTTCTCACGAATAATGTTAGTCAAGTTTATATATCTTTTTGGTTGTAATGCTCCCAGTTGAGCTTCTTGTTTTCTTTTTTTCATTTTTCTTTCCTTTTCCACCTCATTCCCTCGGGACTTGGGAATACCTTTGGTTTGTTTGTTGTCATCAATTGTCACAATGCTGTCTAGGATCTTGAAGAAAGGATTGTGGGTAATGACAAAAAAGAAATCAAGAAAGATAATGTTCACATATATGATGGGATACTTGCATTTATTGTAGAATAGGATAATAGTAATGTGTGCCTAGTATCAGATAATGAGGGAACTTCTGCCTTACATCCCCCAAAACCAAGAACTAAAGGAAGAGACCCATTTTCTGGATTTTATGCTGCCATACTGTTCTGGAAATGTTGGCTGGAATAGCTCAAGAGCTAGCTGTCCAATTGTGAAATTAGTGGCAGAGCCACATTTACCAGGGGATCTGCCCTCATTTTACTCGTTTCAGTTGTGTATGTAACTGTGCTGCTTCACTCTTTTTGTGCTTGATTTCAGTATATAGATTTTAATTTGTCAAATTCTTCTTAATAGGGTATTTGCCTGATGATAACAGTCTTGCAGATGGCCCGATTACCTAATATTAAGGTATCGCAAGAAGTTCATCCATTTGGTTCATATATTGCTTCAATGCCCTTACAATCTTAATTATCTCAGGTAGCAACAGTACTTCTTTGCTGTGCATTTATCTATGACATCTTCTGGGTGTTCATATCACCAGTAATATTCCACGAGAGTGTAATGATTGCGGTAAGCATTATTATTCATTTATATATATATATATATATATTTATTTATTTTTCTCAATTTTCTGTACAATTACTTAGATTGATTCCAAATAAAGTTCAAGTAATGTGATGATATATATTCGTAAGAAACTATAAAATGAACGGGCTTTGAGTAGTGTGTTTCGGATGGCACCTGTATTTTAAGCTGAGTTTTGGGATCTCTTGTTGTATTGTGAAGTATTTTTCTTGTTTGGTTTTACTATTCTTTCTTTCTGGCTGTATATTTGGAAACTTAATTGTTGGTTATATCTTCCTGAGATGTCTATTTAGCTAGAAGATGGGCATGATCAAGATTGTACAGGATAGCTTCCTTAATTGAATATGAAATAGATTTTCCTCCTCATATTAGGCTTTTGAGATAATTTTATTCTTCTTTCTTTCACCACCATCCACCTTACTTTTGGTTCATAAAGAAAGTAGGTTGATTATGATTCGGTTACTATACATTCTAGTTACTGTTACCCCCTCAAAGCTGGCTAATTATGGATTAAAGCTTCCAAGTTTATTCTTTTGAATATTTGGTTCAAAAGAAACTAAAACTTTTTTATAAAATAAACCACCTTTTTGGTTGGGTCGTTATGCAATTATCAATATTGAAGCTTCTCGAAGGTGCCCTTTATCCACATTATTTGTTGACCATATTTATCCACATTATTTCTTTATCCACATTATCCATATTCAATCCAAGATTTTTGTAGAAAATGAGGGGTTCTTGTAGCATTGAGGGCTTTCTCCTTTGTTTGTCGAAGTTTCCCTTGTCTCTACTCTCTAATTTGTTACTTTTAGTAAGTTTTCTTCTTTCTTTTCCTAAGCTCACATTTGGAATTTTTGTTCTCTTTTACATCTTTCAAAGTATTAATGAAAAGTTATTTACTTATTCTTTTTAGGGCTTGATTATGAATAATAAACACTAATATTTTTGGGAAAAGTTTTAGATGAAAGATTAAGATCTTTCATATAATCTTGTAAATATCTAATGCATTCTACGAATGAACATTGGGTGTTTTGGGACTCAAATCTTGAATTATGTATAATTTTGCCTCCAGATTGAATATTTATGCTATTGCCTTTCTTTTTCTTAGTGACCATAATCAGCTGAAGAAAGAGGAATTTATATCTCTATCTTTCAACCTTTGGTCTTCCATTTCTGTCTCCAAAGTCTCTCTTTCTTAGCATCCAGAGACAGAAGCTGCTCTTTTGAGGAATTCCTTTGGATTTTGTGGTTGGGAAGGTCCCTATTTCCTCCTTGCTATCTATAATGGCATCTCAGGAATAGTCTGGTTCTTTTGTGTGGTGATACAACCAAAAGTGTGATTCTACTCCTTGATAATGACTTTTCAGCCTTTGATACAGAATTGAAAGTTTAAAGACATACCTAAAGAAAAAAAATCAGAAGCCTATTAAATTGGTTAAAACTTTTGGAAAACATATATTATCTTTGCATAAAAGACAAGGAAAAAAAGAAAGAAAGAAAGAAATAAAGAAAGAAAGATAACAAAAAACGAAAAAGAAAAATGGAAAAAAAAAAAAAAAGAATAAAAAAGCGACCAAAGAAAGAAAAGGAAAAAGAGAAAAGGGAAAACATTAAAGCTTGCTAATAGGACAATGGGGTGGAGGTTATGAAAGAGCCAAATGCCCCGTGGAAAGATGTGATTACTAGCAAATATACCTTTATGGAGGGAGATTGGATTCCAAGCTTCAAAGTTCTAATCAAATGGAATAAAAAAGGGTTGTGGAGATCTATTCACAAGGCTATGCATAGCTGAAAATTGGTACAAATTTATTCTTGGTAAAGGCCATACGATTCAGTTCTGGGAGGATTTGTGGATTGGTGACCAGAAACATAAAGTGGCCTTCCCAAGAATTTATAATGTGGCTTTTATGAAGAATGGTTTAACTAATCAGCATTGGTCAACCTCATCCAGCGGCTGGGTTATACCGTTGAGAAGGCATTTGTTCAGTGACGAAGCTACAAATTGGTGTCCCCTCCAATCTTCTTGAGACTGTTCGACCTTCAAATAGCAAGGACTGTAGGACTTGGCTCCTTACCAAGAGGGTTGGGCCACTTTTCGTGAGCTCATTGATGTCCGAGTTGAACAATCACAGAGTTTCAATGGATTTGAAGCTGATTGAGACTATATGGAGGACTAAAATCTCAAAAAGGTGGAGGTGTTTATGTGGATATTTATCCAAGGAAAGCTAAATACAAGTGACATGCTTTAAAGAAGGTGGCTGAACAATTCTTTATGCCCCTCATGGTGTGTGAAGTATAGAAAGGGTTGTGAAAATCAGCGACGTTTATTCTTCATTTGTCCTTGGGCTGCTTCATTATGGGCTAATCCTTTCCGTATGTTTGGGCTTAGTTGGTGCTTTCCTAGGAGGATTGATGGGCTTTGTTACAATTAGTTTTTGGAACCCCCTTCACGGAGAACGATTGAGTTCTTCAGTTGAATGCAATTGTGGCTACTTTGTGGAAGTTGAGCAATTGTGGCTACTTTGTGGAAGCTTTGCTCAACTTCAAGAGGAATCAGAGAAATAATGAATGCACAGAGTGGAGATTGGACAAAGTGTAGACTTTTTTGGAGAGGTATGTCCCTGAGAGTATACTTTTCAATGAAGCAATTGAATGATCTTAAAAAGAAGCATGAGCACTAAATTGTGCCTAGCATGTCTATATTTCAGACATGTCATGTTAGACACTTAAATACCCTTGTACTTATTGAACACTTATCAGAAAACTTTTAGTGGAATAAATGTGTTAGACACTACCTGTATAATGTCAATCAGAAAACTTTTAGCGGAATAAATGTATTAGGTCAATGTGTCAAACAGTTGGATACTCTCGTTCTTGTCGAACACGAATCAAACGCTTGTTAGTACAATAGATGTGTTAGACACTAGTTGTAAAAAAGTCAATAGGTCCAACATTGTTAGAAACGTATCAAATACTTGTTGAATATACTAAATACTAAATAGACACATAATAATATAAGACAAATAATAAATTGAAGGTTAAACTACAAATTTAGCACCTATGGTTTGGAAAAAGTTAAAACTTTAGTCCCTATGGTTTAAAACTACAATTTAGTCCTTGTTGTTTGATAGAACCCTCATAAATAGTCCCTAAAGTAGGGATTAAATTCTAACTTTTTCCAAACCATAGGGACCAAATTCGTAAAGTAACCTAAATTGAACTAAGTTTTTCAAGGGAAAATTATTATAAATAGAAAAAAATATCAAACTATTTACAAATATAGAAAAATTTCATTGTCTATTAGCGATAGACCGCGATAGACATCTATTGCTTAAGCGATAAAAGTCTATCGCGGTCTAGATAAAAGTCTATCACTGTCTATCTCTGATAAACAATGAAATTTTTCTATATTTGTAAATAGTTTGACTCATTTTGCTATATTTGAAAACAACCATTTTTCAAGCGTATAAATGCCATATTCACTTTGAATTTTCTTTTGTATAAAAATGATATATATTATGGAAAATGTATATTTTTAGTAAACTTGTTCTTATATGGCCGTGTCCTAGATTTTAGAAAAGGTTGTGTCATCATGTTTGTGTTGTGTCATGTTGTAGTCTCTTATTTGTATCCGTGTTTCATAGGATCTTATACTTCTCGTCTCGTGTTGGACTTTAAAAAAGGCCATCTTGTAACATATCTTCCCCCAATAGCCAACAATCCGAGCAAAGATGGGATAAATTGTAGACATCTTGCTAGAAATAGTTATTTCCTTTGATGTTAAAGGCACATGCATACGAAACAACTAGAAGGAGAAACCATCAACAAGAGAGATATAGATAGAAAGAGAGAAAGCACTCTTAACCACGTCCAAAACAACTAAGGATAGGTCATTCTAGATAAATAAATGTCACTTGAAGATCCTAAAGCCTCCTAATCCGACCGCCTAAGATCACGAGAACTCCAAAGGGACTTGATGATAAGCTTATCTAGAAAATCCAATTTGGATTCTTGAAGAATAACAATAGTTGGGTTGTGTCTGAGGATGTGAGATTTGACGATTGCTCATGAGATTTGATGATTGCTCGTTTTTCCCAAGAATCCATACTGCAAACATTCCATGAAAGAATGATCATAAAGAAGAAAAAAGCCCACCTTGCCTATATGGAGGCAAATTTATTATATTTAATATTGAAAACGAGCATCAGTTATTCCTTGACATCCTTAGTTTGCTTTTTGATGGACTTCGGCGTCTTTGTTGTGGAGAGGATGGGCATGATTCTGAGTTGTTTTTGTTTCAAGCTAAGAGACCAAACAATGAATGTAAACTAAGGAATCACTAGATTGAGGATCACACTCAATAAGGATCAATGAATCCTTCTTCTGCATCTGGTACAATTCAGGTTTGTTCTTTGTAGAGGATATGGATGTTAACAAAATTCTCATTTTATCAAGTTCGCATCTGCAATGGTTTGTGGAAGCTATTTCAGACTTTCAGTGCTCCTTAAGGGTTCAATCAACTGCTTCTTTTTAAGAAATGGTCGTGATGGTTCAGGCGCTACAAGATTATCTAAGTTTCGACACAATTATAATTGGATTCTGAGGTGTGAAGTTTGGCCAATTTCAGGAGGTCGACGGTTTATTCATGTGCCATTAGGGGATTTAAACCTTGGATGGAGTTCAGCAGCTTCTTGAAGAAAAGAGAGCTTTTAATACAACTTCTACATCAACTATCTTTAACAAAGTTGGGACAACCCTTCTTGACTAAGGCAGGGATAGAGCCTTCAATAGCACTGGAAAAAAAATTTTAGTTACATGGAAGCGGTGCAATCCTCTGCTTTAATAAAGGAAATTCAAAGCATGGAATCATTTTGGATTCAAAAGAACCTAGAAGTGTTTAAGGAAAATTTTAACAATCTATGGGTTATTTCTAGATTGTTTATTTTCAATAATTGGACAGAGATCACCAAGACTTTGGAAGAGCTCTTTCAAACTAAAGTGATTATCAATCCACTGTTTGATGAAAATGTTTTGATTAAAATTGATCAAGGAAATTTGGAAGAGATGATTGAGGCCTCTGGAAAATGAAAAGAGTTTGGCCCCTACCATTTGCTCTTTAGTAAATGGAACAAGTTGCTTCACCACCGACCTCTTTTGGTAAAAGGATTTGGCTGTCGGATTAAGATAAAAAATCTCCCTTTAGATTATTGGTATAGAGCTATTTTTGAAGTCATTGGAATTTATTTTGAGGGTTTGGAAAATATTGCATTTGAAATTCTCAATCTCCTAAATTGTTCAGAAGCAAAAATCAAAGTAAAGGAGAATTTGTGTGGATTCATGCCATCAACTTTTGAGATTAAAGATGCAGTTCGTGGTAATATTTTTCTATTTTTCTAAACTTTGGAGATATCGAGTCAATTTACCTGCCAACAATTATTCAAGACAGTTTATGGATCAATGATGATTTATTCCATTTAAAACAAGTTATGGAAGATGAAGGTGTAAGTCCTATCCCTTAGATTTTTAATTCGCATCTTTTTTATTCCTTACAAAATCTTCCAAGGCTCTCAAGGAACCCTTTTGGCTCATATTCGGAAGAAGAAGCTGAGCAGTTGAAGTTAATCCAGCTGAAAGATGCAAATAAAAAAATAGATAATCATCTGCTGGTTTCATACAAAAAGAAATCGATAAACCCCCCCTTGCAAATACAGGGCTTGGTTCGGAGGTTGAAGATGACGGTGTAAACAAAGTTAAAGAAAATTTTGAATGATCGTTAATGAGGAAAAAGGCATTTGAATCGAATTTAATGAAGGAGAAGTCAGAGGAACACCAACCGGTTGATTTGCCCAAGACTCCCTCAAAAGGAAATTCAAACGTTGCGTCGATTGAAGCAAAAGACAATTTATTAAGTATTAATGATAAAAACGTTTCATTTTCAGCCAGCCGTTTTCCAACTTTCCCACTTCATTACTCTCAGAAAAATCGAGAAAAAGGAATTAATGCTCCGACAGAGGCAGCCAAAGCATCTCATTAGGACTTGGGAAATCCGAATGTTATGACTTCTAAGCATTTATTGGGCATTCTCTCTCCAATTTTTAGTGTGGAGTTATCCCTTTCCTCACCTAATTTACTTGATTCAAGTGTGGAAGGCCATTAGACACACAAAAAAAAAAAAGAAAATGCTAAGGCAACTTCCGCCAAGGTCATTACCTCCTTTCCTTTAATTCTCAAATCTCCTCTTCCTAAGAAGAATTTATTTGCAACCCCCGCTTTTCCCCAACACTACTCCCGAAAGGTATTGTCTTATCACTTCAAACTAAGGTGAAGTGAACGTGGATGTCCTAGAACAAAGATGTATTCGCTTGCAACTCCCCTCCCTGGATGGAAAAAAAATCATGCTCCAACTCTTCAAGCTCCTACTCCTCTCTTGCTCTTGCTAAGTCGAAGACTATTATTACATTCCCAGATTCAAAGTTGACTTTCGTTAAAGAGCTACCAAGGCCCCCTCCTCCAAAAATCGCTAGGTCTCAAGACTTTTAAGATGATGACTCTTCCGTAAGTGTTAGCAGCGATGAGGAGCCAAAGATTTTGTTACTCAAATCCTTACCTAAAGAGGTTCCAGCCAGAAGAAGTCTAAGGGTCAGAGCTCGCTACTTTGTTTCAAAGCCCGGCTACCAAAAACCTTGGACAGAATCCTAGTGAGCTATTTACTCCAATTCCCTCCTCTCAAATTCCCTCCAAATTCTCTTCTCTAATCAAAGGTTGCGGTCTGGTCTTTGGGTAGAATTCTCACATTCTCTTAAAATTTAAGTCTTAGCTGCCAAAGGATTCTCAGGAGTTAGAATAATGAAGTTTTGCTCACTTAACGACTTACGTGGAGAATGACGGCACGGTTATTGTTTCAAGCATCTGTGTAGATCAATAGTAATTTCTATTCAGCCAAGCTTTTGGGTTTGTCTCTTCCTCCACTGCTGTATGGTATCTAGCAAAGCGGTAGTTCACAAAGAAGACTTGGTTGTTGTTTCAAGAGTTGCATTCAAAGACTTTGGGTTCTCAAGTCTCAAGCATTTTATTTTGTTAGATGTTTGACAGCTTGGAAATCTTTGTTTTCTGGTTGTTGTTTAGAATTGGTCTCATTTGTATTTCGCTGTTTCCTGTGTTTTCATCAGATTTTTGTACTTTCTCTCTTCTTGGATCTCATTATATTTTTTAGCATTAGACTCATTTCATTAATTCAATGAAAAAGTCTTGTTTCCTTTTCAAAAAAGAAAATAAAATGGATATTCAACTAAATATCAGATGGTAGTTACCAATAAATTCATTGTGAATATTCTACTCAAAACATGCTTCGAACAACTTTTTAAATTAAGATCTAATTTCTAATATACTATCAAACATATATTTGAAAACACTAAAAAAAAGAAAAGCATACAACTTTGATTGTCAGACTTGGAGCCAACTTTAACTAGTATGCACGGGGCTTGAGTAAATATGTAATGGAAGAAAGTATTGATGTATTGGTCAATGTACTTTTTTTGTTGCTTATTAGTTACTTATAGCAGCTTCTATTCTTCTATCTCCTTACTCCGGAAAATAAAGTACTTGATAATGTAATTTATCCTGGTTTCACCACGGATATTGTTCAAATTATTTAATGGGGTTTAGAGGTTTGGCTAAGAAATCTAACAAGATATTTACCGGGTTTAGTTTGTGTTCTCATGCAATTTCTTTCTACTTCAAGAGTTATTTGGCAAGTCTATCATTTCTCTATGGGCATGTTCAGCTAGTCCACATGTTGATTATTTTCTTTTGTGTTGATATTTTATTTTATTTATTGTGAAATATATGTTGTATTTGTTTTTTCCTTATTGTGTATTTATTTCCTTATTTGTAATGGGTGTTTCTTCTATTTAAGAAAACCCTTTCTATCAAAGAGTATTAAGAGGAAAAAAAAAAAAAACACTTTTTAGCATGGTATCAGAGCAATAATTGTTTTGAAACCCTAAAAACCCTTATTTTTTGAAAAATTAAAAAACCCTAGATCTTTCTTGAAACCCGAAAAACCCTAATTTTCTGAAAAGCTAAGAAACCCTAGATCTTCCGCCACCGCCGACAAGGTTCATCATCGTTCATACGCTACTGCTGCTAGACACTAGAATCTCAGCTACTAGACATAGACCAGCCAAGTGTTCCTCATCCTGCCAATTCGCGAACCTGTTTGGTCGAGCCTTCCCAGTCAACGTACTTTTGGTCTCTCTTCTGGGGTATCGACGCTTGTGTGCAAGCTACCTTCGCCGACTGACCATGTTTGCCCCACTGTCCGATCTTTTTCGGCTGCTCACTACTGCCTATCGCTGGTATCTGTAGCCGTTCTTGCAGCCAGTCTCTTGGTCTCCCTCCTTTTCTTGGGTTTGTTTAGCTCTATTTGGTGTTTTTTTTCCATTCAGATCTTCTATTTCTTAGGTTTGGGTCTTTATCTCTTCAACAATATGCCAGACTAAGGCACGAGCTACTAAGGTCGTCGACAATCGTATCCATTACAACATTCGGCTTAACGGGGATAACTTTCTTGGTTGGTCCCAAAGTGTTTAGATGTATATTCGTGGGCAAAGGAAAGTTTGTTATATCACTAGAGAAAAAACCGCTCCCAGCCCAGATGACCCTTCGTTTGTTGGGTGGGACGTTGAAAACTTCATGGTTATGACTTGGCTCGTCAATTCTGTGGTAGAAGACATCGACAGTAACTACATGTGCTACTCTACTGCAAAGGAATTATGGGATAGTGTAACTCAAATGCAATTTCGAATTAGTAACCAGTCACAGGTGTTTGAGTTGAATCTTAAACTAGGTGATATACGACAAAGAGGTAACTCAGTTACACAATATTTTCTCTCAAAAAAGGATTTGGCAAGATCTTGATCTATTTGATACGTATGAATGGAAGTCCACAGATGACCGAAAGCATTATTGGAAAACTGTAGAAGATGGCTGCATTTACAAATTCCTTACCAGTCTCAATGTTGAGTTTGGTGAGGTTAGAGGCAGGATTCTTGGGAAAAACAATCTTCCAACTATTAATGATGTTTTTTCTAAAGTTTGTAGGAAAGAAAGCCGCAAGAATGTTATGATTGGCAAAAAGGCGATTGATTCAGTTGAAAGTTCTGCATTGGTGATTGAAAATACTGCATTAGAAGCTTCAAATCACTCCAATAAAACTAATGAAAAGTCTCGTTTTTGGTGCGATCACTGCAATAAACCCCGCATATGCGGGAAACTTCATGGAAAACCTACAAATTGGAAAAGCTCTAAACAAGGTGAGAGATCCCACCAGCATGCCTCTAATGCGAATCTTGTTAATTCTAGTTCATTTAAAGAGCAAATTGATCAAATCCTGAAGCTGCTAAAGTTCAATTCATCATCTGGTAATCCTAGTGTCCTTGGCACAATCAAGTAATTCCTCTCAAGCTCTCTTGTGTCTAAATTCATCTCCATGGATTATAGATTCTGGAGCCACTGATCATATTACTAGTTTCTCTTGTTTATTTGAATCATACTCCCCTGTGTATTGCAATGAGAAAAATCGTATTGCCAATGTTAGTTTCACGTCTATTGCAGGTAAAGGTCCTCTTTGAATACAAAAATCACATTACGTTTGTCCTTCATGTTCCAAAATTAGCTTGCAATTTGTTATTTTTGAGTAAAATATCTAAGGATGCTAACTGTCATGCTATCTTCTGTGAAACTCATTGCCTCTTTCAGGATTAAGACTCGAGGGAGACAATTGGACGTGCTAGGATGATTGACAGTCTCTATTACTTTGATGAAGTTTCAAATAGCCATAAAAAAGTTTAGGGCTTGAGTAGTGTTAATTCTCTTTCTGTTCAAGAAACTATAATGCTTTGGCACCCTAGATTAGGGCATCCAAATTTCGTTTACTTGAAATATTTGTTTCCAGACTTGTTTAAAACAATTGATTGTTCTATTTTTCAACATGAAAACTCCATTTTTGCCAAGCATCATCGATCCACCTTTTCACCCAACCCTTACAAGGCTTCATCACCTTTTTACTTGATTCATACTGATGTTTGGGGTCCGTCTAAAGTTTTGATTGATAATGTCAAGGGTTGGTTTGTTACATTCATAGATGATCACACTTGGTTGACTTGGATTTATTTGTTAACTAAAAAGTCAGAAGTAAAAGAGGTCTTTGTTCGTTTTTATAATATGATTGAAACTCAATTTCAAACTAAAATTTGCATTCTTCACTATGATAAAGGAACTGAATTTTTCAACAAACAGTTGACCACTTTTTTGCAAGATAAAAGTATTTTTCATCAAGCTATGTGTCGTGGTACTCCTCAGCAGAATGGTATTGCTGAGCGAAAAAATATACATTTACTTGAAGTTGCTCATGCTCTTATGTTTTCTATGCATGTTCCAAAATATTTGTTGGGTGATGCAGTTCTTGCAGTTGCATACCTAATCAATCGAATGTCAACTAACATGTTGAATTTTAAAACTCCTCTAAATCACCTCAAAGACTTTTCCTATTGTTCTACTGTTCTCGGATTTACCAATAAAACTATTTGGGTGTACTGTTTATGTTCATAATCCTACCATTTCCCAAACTAAACTAGACCCTCAAGTTGTTAAATGCTTTTGTGTAGGCTATGTTTCCCATAAGAAGACATACAAATGTTTTGATCCTTTGACCAACTAGTATTTTGAGAGTATGGATGTGTGTTTCTTGGAAATTCAACCCTTTTTTAGCCCAAATTGTCTTCAAAGGGAGACATTTATCCTTGAAGAGATTTTTTGGGACACTTCACCTCTCCCAAACATCATTAGTTCTGAAATTATGAGTTCTAGTCCTTTCATGCCAAGTGTGAAAAATTCTTTGACATGGGGAGAAACACTACAAACTAATTTGATAGGTCGAAATCTTGAACTTCAGGTTTATACTAGAAGAAACTTGACTCAAAGAGATAGATATTAGATAGTTAATCTAACACAAGCCAATCTGATGCTTTGATGAACGATTTTGAAAACCAAGGTATTTCTCTCCACTCTCCTTCTCATAATATGTTACCTGATGTTTCTGATCTTGATATTCCAATTGCCAATAGGAAAGGTATCGGTTGACGTACAAAACATCTCATTGTAAACTATCTTTCCTATCATAGATTGTCTAACAGTCATAAAGCCTTCATATCCAAAATAACCAACCTATTTGTTCCAAGGAATATACAGGAGACCCTAAATGATTTGAGTTGGAAATTAGCAGTGTTGGAAGAAATGAATACCCTAATACAAAATGGTAGGGACATACTCGACCTACCAGAAGATAAGAAAATAGTGGGATGTAAGTGGATGTTTACTGTAAAATGTAATGCTGATGGTAGTATTGAAAGGTACAAGGCCAGATTGGTTGAGGGTTCATTCAGATCTATGGAATTGATTATCATGAAACATTTGCCTCAGATGCTAAAATTAACTCTATCATAATTTTGTTGTCTGTTGCCATTAATTTCGATTGGCCACTTTATCAACTTGATGTTAAGAATGCCTTTCTCAATGGGGATCTTGAAAAAGAGGTATTTATGGACTTGTCGCTCTGCTTTGAAGTGGATTTTGGGGTTAACAAAATATGCAAGTTAAAGAAATAATTATACGGTCTTAAACAGTCTCCTAGAGCCTAGTTTGAATGTTTTGGAAAGGAAATTATGAGCTATGGATTCAACCAAAGTCAAGTCAAGCACATTATGTTTTATAACCATACTGGAAATGACAAGGTGGTTGTTTTGATAGTGTATGTTGATGATATCATACTTACAGGTAATGATGAGACAAGAATGACTATCATGAAGAAAAAATTGGCAAATGATTTCCAAATCAAAGACCTGGGATCCTTAAAGTACTTCATAGGCATAGAGTTTGTTAGGTCCAAAAGTGGTATTCTCGTCAACCAAAGAAAATATATTCTTGATCTATTCAAAGAGACAGGTTTACTTGGATGCAGGATAGTAGAAACTCCCATTGAGCAAATTTGAAGCTATAGCTGAAAAAGAGGTAAAAGAAAAAGGAAAGTACTAGAGACTTGTGGAAAGACTCATATACCTCTGTCACACACGTCCTAACATTGCATTTGCAGATAGTATGGTAAGCTAGTTCATGTATGCACTTGGGCCTCACTTTGAAGTCATTTTTAGAATCCTGAGATATTTGAAAGGTATCCTAAGAAAATGCATACTCTTTAAGAAACATGACCACCTACAGGTTGAAGTTTACACTGATGCTGATTAGGCAGGTAGCACGACCGATAGAAGATCAACTTCTGGTTATTGCTCCTTTGTTGGAGGAAACTTAGTTACTTGGCATAGTAAAAAACAAAGTGTGGTAGTAAGGAGTAGTGCTAAAGCAGAATATAGGGCATGAGCCCATGGTATTTGTGAAGGCAGATCGATAAAAAGACTATTGGAAGAATTGAAATTCTCTTGGACAATGCCCAGCACAGTTACTATGATAAGAAGGCAGCAATCTCCAATGCCCACAATCTAGTTCTTCATGATAGGAAGAAACATATCGAAGTCGATAAACATTTCATATAGGAGAATATTGATGCAGGAGATGCATTCTTTACCTTCCTACAACAAAGCAAATTGCAGATGTATTAACTAAAGGTCTTCCTAAGTGGCAATTCAACAATTTGATTGGCAAGTTGGCCATGAATGATATCTTCAAATCAACTTGAGGGGGAGTGTTGATTATTTCTTTTTGTGTTGATATTTTCATTGTATTTATTGTGAAATATATGCAGTATTTGTTTTTACCTTGTATTTGTTTTTGCCTTATTGTATATTTATTTCTTTATTTGTAATGGGTGTTTCTTCTATTTAAGAAAAAAAAAATACACTTTTTAGCACCACATAATAATTCCCAAGATGCATAGAATGAAATTTCTCATGTTGGATTTATTTGTAACTTTTCCAGGTTGCCCGAGGGGACAATAGTGGCGGAGAATCCATTCCAATGCTCTTAAGGGTTCCTCGCACTTTTGATCCTTGGGGTGGTTTTGATATGATTGGATTTGGGGATATACTCTTCCCTGGTTTGCTTGTTTCGTTTACTCACAGGTATCTTTTTTTATTATTTTTTTTAAAAGGATACTTATGGGCTTGTTTGCTAGAGAATTTAAAACAAAGGATTCAATGAAAATAAAGTTGTATTTCATATTTTCAGATATGTGTTTGGTAGCAGATTCAAGAATTGGATTCTAATTTAAACAGTTATTTGAAATGTGTTTAATACTATATATTTCTAAATCATAAAACTAGTTATAGTTACCCACAAATATTTAGTTTACAATAAATTATTATTAATTTATTTATGAATATGATTTATGTGAAAAAGAAAATTATATAATAATTATTTTCTAATATCGTATAATTTATAATTCATTACATAATACATATCATATTTTCTCAAAAAGTGAATTGAGTTTTTATTGTATTTTTAAATGTTTTTATCTTTATTTAATATAATTTTGCATTTCAAACTTTAAAATTCAAAATTTAAAAAAGTTTTTTAGAAATAGAATCCGGGTTGTCTACCACACATATTTGTTGAATTTAGTGAATTTGAAAACATAAAATAGAATCCGGATTCTCTCCCAAATAGGCCCTAAATTTTTTATAAGGAAATGAAAACAAGCTAATGCTCCAAACTAAAATCCATCGAGGAAAAAGTTCAAACTGAGAATCTCATGTAATGCTTAAAAAATATTATTATTATTGCCATTTTACCTGTCTCAAGTAATAAAATCTAACTCTAAATCATAATTAGAGTGAAGTGGGTAGAATATATAAAAGAAGCTTTCCATTTATACGGAATTAGAGAGCAAACTATTATACATAAATACAATAGGACAGTTAGAAAGGAAGACTTTCCCCATAATTCTGCCATCTTCCATTAAATTTGAAGGTCACAATTATCGATAACTATGACCGGGTGCCCACTTCTTCGATAATTGCAGATATCAAAGTTGTTATCAGCTAAAGTTTAACTGATTGTAGACCTTGGAAGACAGCTTGAATGATATTGATGCACTCAAGTTTGTGTTTTTATTCATTGAAATGGAAATAAGCCTTAAACATTACAAAGGGGCTGTATTTATGCATGAAGAGGAGACGGAGACTTGATAACCATCTAATCAGTCTAACAAATAAGTCTCCGGCCAACAAACAGCCATAACAAACTAAAATAATGGCCCAAAAGAATTACAAGAAGAGATTAAAACAAGTATAACCATAAACAAATTAAGAGGACTAAGATACAGGAATACCCTTACCAGTTGTGCAGGCTTTGCATGTTGAAATTGAATGATGAAAACTTAACCATGTTTAGCATTTTGAACTGTTAATGATAATATTCTGTATTTGTTTATTTATTTTTGGTGCAACTGTGTTTGTTAGTTCATTCTTTTTATGTTGGTTTGTTGTCCCAGATTTGACAAAGCACACAAGAAAAGCAAGTGTAATGCATATTTTCCATGGTTGCTTATTGGTTATGGAACTGGTGAGTACCTTTTCAGCATGTTTTTGCCGATTATGGTTTTTACTTGAGAGACTAAGACCTTCCTGGCCTGTTTAACTTTTTATATTTGTTCTTGGACCCTATACCTTGAAGTAGGATTACGGTGACTATTCAACATATACCATTGTCACCTTCCATTTACTGACCTTCTTTTTCCTTGCTGACATGGCCTTAACTCAAAGGCAACCACTGTTTCTAAAAAGTTACTATGTATAATTGCAATGTGGGATACAGTTTTTACTTGGATTTGTGCGGCTAGAAGGAAGGGAATAAGACTGCTTCTATATTTCTGTGTCATCTTATATGAAACCTAGGGCTGAAGACGGTAGGGAGTGGTCGTATGTGAACTAGGTATGAACAAGGAATGACTCTTGGTCAAATAACATGGTAAAAAAATGCTTAAAAGAATGGTTAGTTCCTGTATACAAACAAGGTATACTTTCCCTTTCGCTGGCTCATTAGCTAGGAACTTCATGGTTAAACATCTATGAAGCACATGGATACGGATGCGGGAAGCAAATATGATAAGATATGGTTATACGTTAATTTCTAAAAAATTAAGATACAGATATGTCGAGGATACATCATTTTTTATATATATTTTTATATTTTTTCTTTATATAAATAAATTAAGCATAAAGACACTAAATATTAGCCCACCAAAAGGCATACTTTGAAGAAACGAGTTTCTATTCTTGGAAGAAGACGAGGTTGGGGCGACAAGGCTGGGCGTGGGCGTTGCTTAGTCGTAGTCGAAGAGTGTAGGGTGTGGTCGATGACGAGGTTGAGGGCAGCAACAACGAATGACCTAGGGCTGGGCATGGGCATTGTTTAGTTGTAGTCGAAATTAAAATCCAATCCAGAAAATACCATTGGCGTGTCCCCACCACATATGTGGAAGGGAACGTTTCGAAAATTTTTTTTAAAAAAAAGGGGAAAAAACATTAAGATACATCATTTCACGTATTTGAACATATCAGTATAAAAAACATATCTGGTATCAATTCTCTGCACATTTTAAAGTATATGTGCTTCATAGTTGTGCTTGGAGGCTCTTTGACTAGGAACTTTATGGTCAAATGTGTTTAGCATGAAGCAATTTAGATTGGTGATCTCATAGGAAACTTTTTGAGAAAGCATATAAATGTGAGCATGGTATGAGCTATTTGGTTTGTGAGGACAATCTATACTTTAGAAGCTTACTCAAGACAGGAAGTGGCACTCCTAAGTTGTCAGGGATACTAGGTAATGTCCATGATTAGGTGTCATATTTGAATTCCATATCCTTGTCGAAATTCAAGGTTTAAGGTGTTGCTATTGATGTTGGGTAGAGAGAATAATATTTTATTTTAAAAAATGGGTAACTACAAATATAACGACTAGACCCTTAATATTAGCAGATATAACACACGGCTAAATAATTTGCAAATATAGTAAAGATCCAGCTCTTGGAATCTATAAACGATAGAGTCTATCATTGATAGATTATTCTATCGGTAGTAATTGACTTTTATCACTAATATCATATAAGTGATAGATTTCTATCACCGGTAGCAAAATTTATCATCAATAGATGTATATCATTGATAGATTGGTATCGACGATAGAGTCTATTACTAATAGTCTATCATGGGTAGACTCTATCAATGATATGAGTGGCTTATATTATTTTCAGTCTATCACTGATAACTAGTGACAGATTTCACATAGCATATAGAAATCAATCACTTATATAGAAGGTTGTTGACTTTTATTACAAACTTTTAAGCTTCAATCATAGATAGTTTAGCTACAGTTTAGTTGTTTCTAGTTCTCATGGTTGCTTTGAAAAAAAGATTGCATCAAATTACTTTGAGTATTTTATAGAGTTATAAATGAAAGTAATGGAGAAAACAAAATTGGAGGAAGAAAGTTAGAAAATGGAGAGAAAAAGGAGAATATTTGTTTGAAATCTCTCATATAGAATATGTGTTAGTTGTGCATTGTGATTGAAATCTATCAGTCATAATAGTCTATCATTAATAGATTTAGGTTGCGAATTAAAAGTATCAGTGATTGACTTTTAACTATGAAAAAAATCTACCGTGATAGAAGCCAACATGAGCATGCATAGTTCACTAGTATAAGACATAGAATTTTAATTAAAAAAGTCAAAAGTTCGAATCCCCACAATTATTGTACTAAAAAAGCATTATGATAAACACCTACAAAATAACAAGAGAGGGGAAAGGAACTTGTAAAAAAGATAAAAGTCAATCAAAATGAAACATGATTAAAGAAGAGAATATTGTATGAAATTGGGCAATATAATGAAAATGAAAGAAAAAAATGACAAAATTGAGAAGAAAAATTTCAATGTTAATCAAGAATGAGAAACAAGATGAACAAAAACAATAGAAGAGATCATTTGAAAATAAATTCAAACTAAGAGGTCAAAGGAGAGAATCTCCCAACAACACATGTTACTATGCACTTGATTACAATTAGCCCTAGAGGTGCTACCCGTTGAAATTGCCCTAAAAAAATCTACTCCATGGATCCCGTCCTTATAAATGGAGAGCAACCTGGACTTGTTGCTTCAAGGGGAGAATGGAAAGGTCTATCAACTTTTATGTCCTCGTCCATGTATGGGTTAAAAAAAAAAAATAATTACAAATTAGTATGGTTTAAAAATTTTAGTCAAGATGTTGAGAACTTTTGGGTAAAGGAAGGTTGGGCCATTAAGTCATTTATTAATGATTTGACTGTGGTATTACCCTTGGTAGTTAGGAAATTGATACTTTGGCATTCCACCCCTCAAAACCTTTCTTAATAACCAATTTCAGACAAAAGTTCTGGGATATCAATATGACGGCAAATCATGATAAAGAAGCGAGAAAGAAATTACATTGTTACAGAGAAATTACAAACAAGAAAGTTAGGCATTAAAAATGCTTATGATTATGCTTGATCTACAGCTCAGGAAAGAGGGAGAATTACTTAAATAAGAGATAGAGGAGGCTAGTTGGAAGGCTAAACCATCTTATACTGACTTTGATCAAACGTTATTCATTCAATGAGTATATTGAGTCAGTTCACTTTTCAGTTCTAGTTCAGTAGTTTGATCATTAGGCTGCAGTGGGACAAATCTTGTGTTAATTGAAAGTTGTGGAGTGGAATATTACAAATATAATCGTCATGCTAAAGATCAAATGCTTTTTTATATATGTTAAATGGGTGGGACATAAGAAAGAGGGAAGACCAACTTCTGGATGGTGTGTTTTTCCAAAGGTAATTTAATTTTGTGGAAGAATGAGAAAGAAAATGCAATGTAACGAACTGAGTGGTAAATCAAAATGTAGAGGGATGGTGGAGGGCGATGTCAATATGTAAAACAACTTCTTACTATTAGGCTTTATTATCAAATTATGGTGTGAAAATGAAACAACACACTGTTGCTTCCAATATGGTATGTTGTAAATAACTAGGCAAATTGTGACTTCCATTTTATTAGTGAAAGAACACAATGAAGTTTAGTTTTCACTGGATATGTAAACTCTCTTTGTAACAAGTTGATTAATATATAGATACTTTTTTTTCCTTATTTTGTTTTTTATAATTGACATGAAATCTAGTTGTCTAATATTGTGTAACTCTACTACATATTTGTCCCTTCTCTAATGATATTGGATTAAACATTTTCAGGTCTCTTCTTAACGTATTTGGGCTTATATTTTATGAATGGACATGGTCAACCTGCACTCCTTTATCTTGTCCCGTGCACCTTAGGTAACATAGTTTTGTTATTTAGTGAGGTCTCAAAACTCCAACTGTGGACCAATTCTTATTCATTGGATCATATTCCAATTGATTACGAAATCCTCTCTCCATTGTTTTGATTTACTTGCAGGTGTTACTGTTATTTTGGGTTTGATCAGAGGCGAGATTAAGCAACTTTGGTGTTATGGGACAGAAAATCCCTTGCATAGGGAACCTTCTGGAGACGCTTAA

mRNA sequence

ATGGCGTTCTCTTCTTCTCCGGCAAGACGTCCAATCATCCCTCTCTTCTCACTCCTTTTTCTCGTTTTTCTCTTCGGCATCTCCTCTGTCTTTGCCGACGATGTCTCGCTCGATGACGATTCCGCTCCCAAGTCCGGAAATTGCAACAATCCCTTCGAATTGGTCAAAGTTAAGAGCTGGGTTAATGATGCTGAAGATGAAACCTTTGTTGGTCTAAGTGCAAGGTTTGGGACTTTGGTGCCTTCACAGGCTGAAGATGATCTCAAACTACCAGCTGTTTATATGAATCCTAGAAATGGCTGTGCTAGTTCTTCTTCAAAGCTATCTGGATCAATTGCCTTGTCTATACGTGGTGAATGTGACTTCACAATTAAGGCAGAAATTGCACAGGCAGGGGGTGCTGCAGCCCTGTTGGTGATAAATGACAAAGAAGATCTTTACAAGATGGTCTGTTCTGAAAAAGACACTCCTCTCAACATTTCAATTCCTGTTGTGATGCTTCCCAAGTCCAGCGGAGATGCTCTCAACAAATTAATAACCGACGGAAAGAGAGTGAAACTTCTATTATATGCTCCAAAACGTCCAGTTGTGGACTTCTCTGTTGTATTTTTGTGGATGATGGCTGTTGGAACAGTTGCATGTGCTACGCTTTGGTCAGAGATCACTGCTGAGCAGACTGAGGAGCGCTATAATGAATTATCACCGAAGGAATCTTCCAATCGTGGAGCAGCCAAAGATGACTTTGATAGTGAAACCCTCGATATTAATGTTAAGAGTGCAGTACTATTTGTCATTACGGCATCTAGTTTCTTGGTGCTGCTATATTTCTTTATGTCTTCTTGGTTCGTTTGGCTGTTGATTGTAATGTTCTGCATTGGTGGTGTAGAGGGTATGCATTCCTGTGTATTAGGACTGATATTAAGAAAACGGAAAAGTTGTGAGATGAAGACTGTGAATTTGCCTGTAGTAGGGGAGGTCACTATTCTTTCACTTGTTGTGCTGCTTTGTTGTATAACTTTTGCGGTTGTCTGGGCTCTGAATCGGCGTGCATCATATTCTTGGGTTGGTCAAAATATTCTTGGTATTTGCCTGATGATAACAGTCTTGCAGATGGCCCGATTACCTAATATTAAGGTAGCAACAGTACTTCTTTGCTGTGCATTTATCTATGACATCTTCTGGGTGTTCATATCACCAGTAATATTCCACGAGAGTGTAATGATTGCGGTTGCCCGAGGGGACAATAGTGGCGGAGAATCCATTCCAATGCTCTTAAGGGTTCCTCGCACTTTTGATCCTTGGGGTGGTTTTGATATGATTGGATTTGGGGATATACTCTTCCCTGGTTTGCTTGTTTCGTTTACTCACAGATTTGACAAAGCACACAAGAAAAGCAAGTGTAATGCATATTTTCCATGGTTGCTTATTGGTTATGGAACTGGTCTCTTCTTAACGTATTTGGGCTTATATTTTATGAATGGACATGGTCAACCTGCACTCCTTTATCTTGTCCCGTGCACCTTAGGTGTTACTGTTATTTTGGGTTTGATCAGAGGCGAGATTAAGCAACTTTGGTGTTATGGGACAGAAAATCCCTTGCATAGGGAACCTTCTGGAGACGCTTAA

Coding sequence (CDS)

ATGGCGTTCTCTTCTTCTCCGGCAAGACGTCCAATCATCCCTCTCTTCTCACTCCTTTTTCTCGTTTTTCTCTTCGGCATCTCCTCTGTCTTTGCCGACGATGTCTCGCTCGATGACGATTCCGCTCCCAAGTCCGGAAATTGCAACAATCCCTTCGAATTGGTCAAAGTTAAGAGCTGGGTTAATGATGCTGAAGATGAAACCTTTGTTGGTCTAAGTGCAAGGTTTGGGACTTTGGTGCCTTCACAGGCTGAAGATGATCTCAAACTACCAGCTGTTTATATGAATCCTAGAAATGGCTGTGCTAGTTCTTCTTCAAAGCTATCTGGATCAATTGCCTTGTCTATACGTGGTGAATGTGACTTCACAATTAAGGCAGAAATTGCACAGGCAGGGGGTGCTGCAGCCCTGTTGGTGATAAATGACAAAGAAGATCTTTACAAGATGGTCTGTTCTGAAAAAGACACTCCTCTCAACATTTCAATTCCTGTTGTGATGCTTCCCAAGTCCAGCGGAGATGCTCTCAACAAATTAATAACCGACGGAAAGAGAGTGAAACTTCTATTATATGCTCCAAAACGTCCAGTTGTGGACTTCTCTGTTGTATTTTTGTGGATGATGGCTGTTGGAACAGTTGCATGTGCTACGCTTTGGTCAGAGATCACTGCTGAGCAGACTGAGGAGCGCTATAATGAATTATCACCGAAGGAATCTTCCAATCGTGGAGCAGCCAAAGATGACTTTGATAGTGAAACCCTCGATATTAATGTTAAGAGTGCAGTACTATTTGTCATTACGGCATCTAGTTTCTTGGTGCTGCTATATTTCTTTATGTCTTCTTGGTTCGTTTGGCTGTTGATTGTAATGTTCTGCATTGGTGGTGTAGAGGGTATGCATTCCTGTGTATTAGGACTGATATTAAGAAAACGGAAAAGTTGTGAGATGAAGACTGTGAATTTGCCTGTAGTAGGGGAGGTCACTATTCTTTCACTTGTTGTGCTGCTTTGTTGTATAACTTTTGCGGTTGTCTGGGCTCTGAATCGGCGTGCATCATATTCTTGGGTTGGTCAAAATATTCTTGGTATTTGCCTGATGATAACAGTCTTGCAGATGGCCCGATTACCTAATATTAAGGTAGCAACAGTACTTCTTTGCTGTGCATTTATCTATGACATCTTCTGGGTGTTCATATCACCAGTAATATTCCACGAGAGTGTAATGATTGCGGTTGCCCGAGGGGACAATAGTGGCGGAGAATCCATTCCAATGCTCTTAAGGGTTCCTCGCACTTTTGATCCTTGGGGTGGTTTTGATATGATTGGATTTGGGGATATACTCTTCCCTGGTTTGCTTGTTTCGTTTACTCACAGATTTGACAAAGCACACAAGAAAAGCAAGTGTAATGCATATTTTCCATGGTTGCTTATTGGTTATGGAACTGGTCTCTTCTTAACGTATTTGGGCTTATATTTTATGAATGGACATGGTCAACCTGCACTCCTTTATCTTGTCCCGTGCACCTTAGGTGTTACTGTTATTTTGGGTTTGATCAGAGGCGAGATTAAGCAACTTTGGTGTTATGGGACAGAAAATCCCTTGCATAGGGAACCTTCTGGAGACGCTTAA

Protein sequence

MAFSSSPARRPIIPLFSLLFLVFLFGISSVFADDVSLDDDSAPKSGNCNNPFELVKVKSWVNDAEDETFVGLSARFGTLVPSQAEDDLKLPAVYMNPRNGCASSSSKLSGSIALSIRGECDFTIKAEIAQAGGAAALLVINDKEDLYKMVCSEKDTPLNISIPVVMLPKSSGDALNKLITDGKRVKLLLYAPKRPVVDFSVVFLWMMAVGTVACATLWSEITAEQTEERYNELSPKESSNRGAAKDDFDSETLDINVKSAVLFVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGMHSCVLGLILRKRKSCEMKTVNLPVVGEVTILSLVVLLCCITFAVVWALNRRASYSWVGQNILGICLMITVLQMARLPNIKVATVLLCCAFIYDIFWVFISPVIFHESVMIAVARGDNSGGESIPMLLRVPRTFDPWGGFDMIGFGDILFPGLLVSFTHRFDKAHKKSKCNAYFPWLLIGYGTGLFLTYLGLYFMNGHGQPALLYLVPCTLGVTVILGLIRGEIKQLWCYGTENPLHREPSGDA
Homology
[Close]
BLAST of Cla97C08G147170 vs. NCBI nr
Match: XP_008464342.1 (PREDICTED: signal peptide peptidase-like 5 isoform X2 [Cucumis melo])

HSP 1 Score: 996.9 bits (2576), Expect = 6.8e-287
Identity = 501/541 (92.61%), Postives = 518/541 (95.75%), Query Frame = 0 

Query: 1   MAFSSSPARRPIIPLFSLLFLVFLFGISSVFADDVSLDDDSAPKSGNCNNPFELVKVKSW 60
           MAFSSSP    IIPL SLLFL+FLF ISSVFADDVSLDDDSAPKSGNCNNPFELVKVKSW
Sbjct: 1   MAFSSSPTTPSIIPLLSLLFLIFLFRISSVFADDVSLDDDSAPKSGNCNNPFELVKVKSW 60

Query: 61  VNDAEDETFVGLSARFGTLVPSQAEDDLKLPAVYMNPRNGCASSSSKLSGSIALSIRGEC 120
           VNDAEDE FVGLSARFGTLVPSQAEDDLKLPAVYMNP NGC+SSSSKLSGSIALSIRGEC
Sbjct: 61  VNDAEDEIFVGLSARFGTLVPSQAEDDLKLPAVYMNPTNGCSSSSSKLSGSIALSIRGEC 120

Query: 121 DFTIKAEIAQAGGAAALLVINDKEDLYKMVCSEKDTPLNISIPVVMLPKSSGDALNKLIT 180
           DFTIKAEIAQAGGAAALLVINDKEDLYKMVCSEKDT LNISIPVVMLPKSSGDALNKLIT
Sbjct: 121 DFTIKAEIAQAGGAAALLVINDKEDLYKMVCSEKDTALNISIPVVMLPKSSGDALNKLIT 180

Query: 181 DGKRVKLLLYAPKRPVVDFSVVFLWMMAVGTVACATLWSEITAEQTEERYNELSPKESSN 240
           DGK VKLLLYAPKRPVVDFSVVFLWMMAVGTVACATLWSEITA QTEERYNELSPKESSN
Sbjct: 181 DGKSVKLLLYAPKRPVVDFSVVFLWMMAVGTVACATLWSEITAVQTEERYNELSPKESSN 240

Query: 241 RGAAKDDFDSETLDINVKSAVLFVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGMHS 300
            G AKDD + ETLDINVKSA++FVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGMHS
Sbjct: 241 PGGAKDDSEDETLDINVKSAIVFVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGMHS 300

Query: 301 CVLGLILRKRKSCEMKTVNLPVVGEVTILSLVVLLCCITFAVVWALNRRASYSWVGQNIL 360
           C+LGLILRK +SC  +T++LPVVGEV+ILSLVVLLCCITFAV WALNRRASYSW+GQNIL
Sbjct: 301 CILGLILRKGQSCGKRTLDLPVVGEVSILSLVVLLCCITFAVFWALNRRASYSWIGQNIL 360

Query: 361 GICLMITVLQMARLPNIKVATVLLCCAFIYDIFWVFISPVIFHESVMIAVARGDNSGGES 420
           GICLMITVLQMARLPNIKVATVLLCCAFIYDIFWVFISPVIFHESVMIAVARGDNSGGES
Sbjct: 361 GICLMITVLQMARLPNIKVATVLLCCAFIYDIFWVFISPVIFHESVMIAVARGDNSGGES 420

Query: 421 IPMLLRVPRTFDPWGGFDMIGFGDILFPGLLVSFTHRFDKAHKKSKCNAYFPWLLIGYGT 480
           IPMLLRVPRTFDPWGGFDMIGFGDILFPGLLVSFTHRFDKA KKSKCNAYFPWLL+GY T
Sbjct: 421 IPMLLRVPRTFDPWGGFDMIGFGDILFPGLLVSFTHRFDKAQKKSKCNAYFPWLLVGYAT 480

Query: 481 GLFLTYLGLYFMNGHGQPALLYLVPCTLGVTVILGLIRGEIKQLWCYGTENPLHREPSGD 540
           GLFLTYLGLYFMNGHGQPALLYLVPCTLGVTV+LGLIRGE+K LW YGTENP+HREPSG+
Sbjct: 481 GLFLTYLGLYFMNGHGQPALLYLVPCTLGVTVVLGLIRGELKLLWSYGTENPVHREPSGE 540

Query: 541 A 542
           A
Sbjct: 541 A 541

[Close]
BLAST of Cla97C08G147170 vs. NCBI nr
Match: XP_038886604.1 (signal peptide peptidase-like 5 isoform X1 [Benincasa hispida])

HSP 1 Score: 994.6 bits (2570), Expect = 3.4e-286
Identity = 499/541 (92.24%), Postives = 524/541 (96.86%), Query Frame = 0 

Query: 1   MAFSSSPARRPIIPLFSLLFLVFLFGISSVFADDVSLDDDSAPKSGNCNNPFELVKVKSW 60
           MA SSSPARR II LF++LFL+FLFGISSVFADDVSLDDDSAPKSGNCNNPFELVKVKSW
Sbjct: 1   MALSSSPARRQIISLFTVLFLIFLFGISSVFADDVSLDDDSAPKSGNCNNPFELVKVKSW 60

Query: 61  VNDAEDETFVGLSARFGTLVPSQAEDDLKLPAVYMNPRNGCASSSSKLSGSIALSIRGEC 120
           VNDAEDETFVGLSARFGTLVPSQAE+DLKLPAVYMNP NGC+SSSSKLSGSIALSIRGEC
Sbjct: 61  VNDAEDETFVGLSARFGTLVPSQAEEDLKLPAVYMNPINGCSSSSSKLSGSIALSIRGEC 120

Query: 121 DFTIKAEIAQAGGAAALLVINDKEDLYKMVCSEKDTPLNISIPVVMLPKSSGDALNKLIT 180
           DFTIKAEIAQAGGAAALLVINDKEDLYKMVCSEKDT LNISIPVVMLPKSSGDALNKLIT
Sbjct: 121 DFTIKAEIAQAGGAAALLVINDKEDLYKMVCSEKDTALNISIPVVMLPKSSGDALNKLIT 180

Query: 181 DGKRVKLLLYAPKRPVVDFSVVFLWMMAVGTVACATLWSEITAEQTEERYNELSPKESSN 240
           DGKRVKLLLYAPKRPVVDFSVVFLWM+AVGTVACATLWS+ITAEQTEERYNELSPKESSN
Sbjct: 181 DGKRVKLLLYAPKRPVVDFSVVFLWMLAVGTVACATLWSDITAEQTEERYNELSPKESSN 240

Query: 241 RGAAKDDFDSETLDINVKSAVLFVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGMHS 300
           RGAAKD+FD ETLDINV+SAV+FVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGMH+
Sbjct: 241 RGAAKDNFDDETLDINVRSAVVFVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGMHA 300

Query: 301 CVLGLILRKRKSCEMKTVNLPVVGEVTILSLVVLLCCITFAVVWALNRRASYSWVGQNIL 360
           C+LGL+LRK +SC  KT++LPVVGEV++LSLVVLLCCITFAVVWALNRRASYSW+GQNIL
Sbjct: 301 CILGLLLRKGRSCGKKTLDLPVVGEVSVLSLVVLLCCITFAVVWALNRRASYSWIGQNIL 360

Query: 361 GICLMITVLQMARLPNIKVATVLLCCAFIYDIFWVFISPVIFHESVMIAVARGDNSGGES 420
           GI LMITVLQM RLPNIKVATVLLCCAF+YDIFWVFISPVIF+ESVMIAVARGDNSGGES
Sbjct: 361 GIGLMITVLQMTRLPNIKVATVLLCCAFVYDIFWVFISPVIFNESVMIAVARGDNSGGES 420

Query: 421 IPMLLRVPRTFDPWGGFDMIGFGDILFPGLLVSFTHRFDKAHKKSKCNAYFPWLLIGYGT 480
           IPMLLRVPRTFDPWGGFDMIGFGDILFPGLLVSF+ RFDKA KKS  NAYFPWLL GYGT
Sbjct: 421 IPMLLRVPRTFDPWGGFDMIGFGDILFPGLLVSFSRRFDKAEKKSTSNAYFPWLLGGYGT 480

Query: 481 GLFLTYLGLYFMNGHGQPALLYLVPCTLGVTVILGLIRGEIKQLWCYGTENPLHREPSGD 540
           GLFLTYLGLYFMNGHGQPALLYLVPCTLGVTV+LGLIRGE+KQLW YGTENPLHREPSG+
Sbjct: 481 GLFLTYLGLYFMNGHGQPALLYLVPCTLGVTVVLGLIRGELKQLWSYGTENPLHREPSGE 540

Query: 541 A 542
           A
Sbjct: 541 A 541

[Close]
BLAST of Cla97C08G147170 vs. NCBI nr
Match: XP_008464341.1 (PREDICTED: signal peptide peptidase-like 5 isoform X1 [Cucumis melo])

HSP 1 Score: 992.3 bits (2564), Expect = 1.7e-285
Identity = 501/542 (92.44%), Postives = 518/542 (95.57%), Query Frame = 0 

Query: 1   MAFSSSPARRPIIPLFSLLFLVFLFGISSVFADDVSLDDDSAPKSGNCNNPFELVKVKSW 60
           MAFSSSP    IIPL SLLFL+FLF ISSVFADDVSLDDDSAPKSGNCNNPFELVKVKSW
Sbjct: 1   MAFSSSPTTPSIIPLLSLLFLIFLFRISSVFADDVSLDDDSAPKSGNCNNPFELVKVKSW 60

Query: 61  VNDAEDETFVGLSARFGTLVPSQAEDDLKLPAVYMNPRNGCASSSSKLSGSIALSIRGEC 120
           VNDAEDE FVGLSARFGTLVPSQAEDDLKLPAVYMNP NGC+SSSSKLSGSIALSIRGEC
Sbjct: 61  VNDAEDEIFVGLSARFGTLVPSQAEDDLKLPAVYMNPTNGCSSSSSKLSGSIALSIRGEC 120

Query: 121 DFTIKAEIAQAGGAAALLVINDKEDLYKMVCSEKDTPLNISIPVVMLPKSSGDALNKLIT 180
           DFTIKAEIAQAGGAAALLVINDKEDLYKMVCSEKDT LNISIPVVMLPKSSGDALNKLIT
Sbjct: 121 DFTIKAEIAQAGGAAALLVINDKEDLYKMVCSEKDTALNISIPVVMLPKSSGDALNKLIT 180

Query: 181 DGKRVKLLLYAPKRPVVDFSVVFLWMMAVGTVACATLWSEITAEQTEERYNELSPKESSN 240
           DGK VKLLLYAPKRPVVDFSVVFLWMMAVGTVACATLWSEITA QTEERYNELSPKESSN
Sbjct: 181 DGKSVKLLLYAPKRPVVDFSVVFLWMMAVGTVACATLWSEITAVQTEERYNELSPKESSN 240

Query: 241 RGAAKDDFDSETLDINVKSAVLFVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGMHS 300
            G AKDD + ETLDINVKSA++FVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGMHS
Sbjct: 241 PGGAKDDSEDETLDINVKSAIVFVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGMHS 300

Query: 301 CVLGLIL-RKRKSCEMKTVNLPVVGEVTILSLVVLLCCITFAVVWALNRRASYSWVGQNI 360
           C+LGLIL RK +SC  +T++LPVVGEV+ILSLVVLLCCITFAV WALNRRASYSW+GQNI
Sbjct: 301 CILGLILSRKGQSCGKRTLDLPVVGEVSILSLVVLLCCITFAVFWALNRRASYSWIGQNI 360

Query: 361 LGICLMITVLQMARLPNIKVATVLLCCAFIYDIFWVFISPVIFHESVMIAVARGDNSGGE 420
           LGICLMITVLQMARLPNIKVATVLLCCAFIYDIFWVFISPVIFHESVMIAVARGDNSGGE
Sbjct: 361 LGICLMITVLQMARLPNIKVATVLLCCAFIYDIFWVFISPVIFHESVMIAVARGDNSGGE 420

Query: 421 SIPMLLRVPRTFDPWGGFDMIGFGDILFPGLLVSFTHRFDKAHKKSKCNAYFPWLLIGYG 480
           SIPMLLRVPRTFDPWGGFDMIGFGDILFPGLLVSFTHRFDKA KKSKCNAYFPWLL+GY 
Sbjct: 421 SIPMLLRVPRTFDPWGGFDMIGFGDILFPGLLVSFTHRFDKAQKKSKCNAYFPWLLVGYA 480

Query: 481 TGLFLTYLGLYFMNGHGQPALLYLVPCTLGVTVILGLIRGEIKQLWCYGTENPLHREPSG 540
           TGLFLTYLGLYFMNGHGQPALLYLVPCTLGVTV+LGLIRGE+K LW YGTENP+HREPSG
Sbjct: 481 TGLFLTYLGLYFMNGHGQPALLYLVPCTLGVTVVLGLIRGELKLLWSYGTENPVHREPSG 540

Query: 541 DA 542
           +A
Sbjct: 541 EA 542

[Close]
BLAST of Cla97C08G147170 vs. NCBI nr
Match: XP_011656474.1 (signal peptide peptidase-like 5 isoform X2 [Cucumis sativus])

HSP 1 Score: 991.9 bits (2563), Expect = 2.2e-285
Identity = 498/541 (92.05%), Postives = 519/541 (95.93%), Query Frame = 0 

Query: 1   MAFSSSPARRPIIPLFSLLFLVFLFGISSVFADDVSLDDDSAPKSGNCNNPFELVKVKSW 60
           MAFSSSPA   IIPL SLLFL+FLF ISSVFADDVSLDDDSAPKSGNCNNPFELVKVKSW
Sbjct: 1   MAFSSSPATPSIIPLLSLLFLIFLFRISSVFADDVSLDDDSAPKSGNCNNPFELVKVKSW 60

Query: 61  VNDAEDETFVGLSARFGTLVPSQAEDDLKLPAVYMNPRNGCASSSSKLSGSIALSIRGEC 120
           VNDAEDE  VGLSARFGTL+PSQAEDDLKLPAVYMNP NGC+SSSSKLSGSIALS RGEC
Sbjct: 61  VNDAEDEILVGLSARFGTLLPSQAEDDLKLPAVYMNPINGCSSSSSKLSGSIALSTRGEC 120

Query: 121 DFTIKAEIAQAGGAAALLVINDKEDLYKMVCSEKDTPLNISIPVVMLPKSSGDALNKLIT 180
           DFTIKAEIAQAGGAAALLVINDKEDLYKMVCSEKDT LNISIPVVMLPKSSGDAL+KLIT
Sbjct: 121 DFTIKAEIAQAGGAAALLVINDKEDLYKMVCSEKDTALNISIPVVMLPKSSGDALSKLIT 180

Query: 181 DGKRVKLLLYAPKRPVVDFSVVFLWMMAVGTVACATLWSEITAEQTEERYNELSPKESSN 240
           DGK VKLLLYAPKRPVVDFSVVFLWMM+VGTVACATLWSEITAEQTEERYNELSPKESSN
Sbjct: 181 DGKSVKLLLYAPKRPVVDFSVVFLWMMSVGTVACATLWSEITAEQTEERYNELSPKESSN 240

Query: 241 RGAAKDDFDSETLDINVKSAVLFVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGMHS 300
            GAAKDD ++ETLDINVKSA++FVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGMHS
Sbjct: 241 PGAAKDDSENETLDINVKSAIVFVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGMHS 300

Query: 301 CVLGLILRKRKSCEMKTVNLPVVGEVTILSLVVLLCCITFAVVWALNRRASYSWVGQNIL 360
           C+LGLILRK +SC  KT++LPV+GEV+ILSLVVLLCCITFAVVWALNR ASYSW+GQNIL
Sbjct: 301 CILGLILRKGQSCGKKTLDLPVLGEVSILSLVVLLCCITFAVVWALNRHASYSWIGQNIL 360

Query: 361 GICLMITVLQMARLPNIKVATVLLCCAFIYDIFWVFISPVIFHESVMIAVARGDNSGGES 420
           GICLMITVLQM RLPNIKVATVLLCCAFIYDIFWVFISPVIFHESVMIAVARGDNSGGES
Sbjct: 361 GICLMITVLQMTRLPNIKVATVLLCCAFIYDIFWVFISPVIFHESVMIAVARGDNSGGES 420

Query: 421 IPMLLRVPRTFDPWGGFDMIGFGDILFPGLLVSFTHRFDKAHKKSKCNAYFPWLLIGYGT 480
           IPMLLRVPRTFDPWGGFDMIGFGDILFPGLLVSFT RFDKA KKSKCNAYFPWLL+GYGT
Sbjct: 421 IPMLLRVPRTFDPWGGFDMIGFGDILFPGLLVSFTRRFDKAQKKSKCNAYFPWLLVGYGT 480

Query: 481 GLFLTYLGLYFMNGHGQPALLYLVPCTLGVTVILGLIRGEIKQLWCYGTENPLHREPSGD 540
           GLFLTYLGLYFMNGHGQPALLYLVPCTLGVTV+LG IRGE+KQLW YGTENP+HREPSG+
Sbjct: 481 GLFLTYLGLYFMNGHGQPALLYLVPCTLGVTVVLGFIRGELKQLWNYGTENPVHREPSGE 540

Query: 541 A 542
           A
Sbjct: 541 A 541

[Close]
BLAST of Cla97C08G147170 vs. NCBI nr
Match: XP_011656473.1 (signal peptide peptidase-like 5 isoform X1 [Cucumis sativus])

HSP 1 Score: 987.3 bits (2551), Expect = 5.4e-284
Identity = 498/542 (91.88%), Postives = 519/542 (95.76%), Query Frame = 0 

Query: 1   MAFSSSPARRPIIPLFSLLFLVFLFGISSVFADDVSLDDDSAPKSGNCNNPFELVKVKSW 60
           MAFSSSPA   IIPL SLLFL+FLF ISSVFADDVSLDDDSAPKSGNCNNPFELVKVKSW
Sbjct: 1   MAFSSSPATPSIIPLLSLLFLIFLFRISSVFADDVSLDDDSAPKSGNCNNPFELVKVKSW 60

Query: 61  VNDAEDETFVGLSARFGTLVPSQAEDDLKLPAVYMNPRNGCASSSSKLSGSIALSIRGEC 120
           VNDAEDE  VGLSARFGTL+PSQAEDDLKLPAVYMNP NGC+SSSSKLSGSIALS RGEC
Sbjct: 61  VNDAEDEILVGLSARFGTLLPSQAEDDLKLPAVYMNPINGCSSSSSKLSGSIALSTRGEC 120

Query: 121 DFTIKAEIAQAGGAAALLVINDKEDLYKMVCSEKDTPLNISIPVVMLPKSSGDALNKLIT 180
           DFTIKAEIAQAGGAAALLVINDKEDLYKMVCSEKDT LNISIPVVMLPKSSGDAL+KLIT
Sbjct: 121 DFTIKAEIAQAGGAAALLVINDKEDLYKMVCSEKDTALNISIPVVMLPKSSGDALSKLIT 180

Query: 181 DGKRVKLLLYAPKRPVVDFSVVFLWMMAVGTVACATLWSEITAEQTEERYNELSPKESSN 240
           DGK VKLLLYAPKRPVVDFSVVFLWMM+VGTVACATLWSEITAEQTEERYNELSPKESSN
Sbjct: 181 DGKSVKLLLYAPKRPVVDFSVVFLWMMSVGTVACATLWSEITAEQTEERYNELSPKESSN 240

Query: 241 RGAAKDDFDSETLDINVKSAVLFVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGMHS 300
            GAAKDD ++ETLDINVKSA++FVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGMHS
Sbjct: 241 PGAAKDDSENETLDINVKSAIVFVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGMHS 300

Query: 301 CVLGLIL-RKRKSCEMKTVNLPVVGEVTILSLVVLLCCITFAVVWALNRRASYSWVGQNI 360
           C+LGLIL RK +SC  KT++LPV+GEV+ILSLVVLLCCITFAVVWALNR ASYSW+GQNI
Sbjct: 301 CILGLILSRKGQSCGKKTLDLPVLGEVSILSLVVLLCCITFAVVWALNRHASYSWIGQNI 360

Query: 361 LGICLMITVLQMARLPNIKVATVLLCCAFIYDIFWVFISPVIFHESVMIAVARGDNSGGE 420
           LGICLMITVLQM RLPNIKVATVLLCCAFIYDIFWVFISPVIFHESVMIAVARGDNSGGE
Sbjct: 361 LGICLMITVLQMTRLPNIKVATVLLCCAFIYDIFWVFISPVIFHESVMIAVARGDNSGGE 420

Query: 421 SIPMLLRVPRTFDPWGGFDMIGFGDILFPGLLVSFTHRFDKAHKKSKCNAYFPWLLIGYG 480
           SIPMLLRVPRTFDPWGGFDMIGFGDILFPGLLVSFT RFDKA KKSKCNAYFPWLL+GYG
Sbjct: 421 SIPMLLRVPRTFDPWGGFDMIGFGDILFPGLLVSFTRRFDKAQKKSKCNAYFPWLLVGYG 480

Query: 481 TGLFLTYLGLYFMNGHGQPALLYLVPCTLGVTVILGLIRGEIKQLWCYGTENPLHREPSG 540
           TGLFLTYLGLYFMNGHGQPALLYLVPCTLGVTV+LG IRGE+KQLW YGTENP+HREPSG
Sbjct: 481 TGLFLTYLGLYFMNGHGQPALLYLVPCTLGVTVVLGFIRGELKQLWNYGTENPVHREPSG 540

Query: 541 DA 542
           +A
Sbjct: 541 EA 542

[Close]
BLAST of Cla97C08G147170 vs. ExPASy Swiss-Prot
Match: Q9MA44 (Signal peptide peptidase-like 5 OS=Arabidopsis thaliana OX=3702 GN=SPPL5 PE=2 SV=1)

HSP 1 Score: 638.6 bits (1646), Expect = 6.2e-182
Identity = 311/512 (60.74%), Postives = 402/512 (78.52%), Query Frame = 0 

Query: 22  VFLFGISSVFADDVSLDDDSAPKSGNCNNPFELVKVKSWVNDAEDETFVGLSARFGTLVP 81
           ++L G+  V AD     D +APK   C+N F++VKV++WVN    ETF  ++A+FGT++P
Sbjct: 17  LYLIGLLCVGAD---TKDVTAPKIPGCSNEFQMVKVENWVNGENGETFTAMTAQFGTMLP 76

Query: 82  SQAEDDLKLPAVYMNPRNGCASSSSKLSGSIALSIRGECDFTIKAEIAQAGGAAALLVIN 141
           S  +  +KLP     P + C++ +SKLS SIALS+RGEC FT+KA++AQAGGAAAL++IN
Sbjct: 77  SDKDKAVKLPVALTTPLDSCSNLTSKLSWSIALSVRGECAFTVKAQVAQAGGAAALVLIN 136

Query: 142 DKEDLYKMVCSEKDTPLNISIPVVMLPKSSGDALNKLITDGKRVKLLLYAPKRPVVDFSV 201
           DKE+L +MVC EKDT LN+SIP++M+  SSGDAL K I   K+V+LLLYAPK P+VD++V
Sbjct: 137 DKEELDEMVCGEKDTSLNVSIPILMITTSSGDALKKSIMQNKKVELLLYAPKSPIVDYAV 196

Query: 202 VFLWMMAVGTVACATLWSEITA-EQTEERYNELSPKESSNRGAAKDDFDSETLDINVKSA 261
           VFLW+M+VGTV  A++WS +T+ ++ +E+Y+ELSPK+SSN  A K   + ETLDI+   A
Sbjct: 197 VFLWLMSVGTVFVASVWSHVTSPKKNDEQYDELSPKKSSNVDATKGGAEEETLDISAMGA 256

Query: 262 VLFVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGMHSCVLGLILRKRKSCEMKTVNL 321
           V+FVI+AS+FLVLL+FFMSSWF+ +L + F IGG++GMH+  + LI R+   C  K + L
Sbjct: 257 VIFVISASTFLVLLFFFMSSWFILILTIFFVIGGMQGMHNINVTLITRRCSKCGQKNLKL 316

Query: 322 PVVGEVTILSLVVLLCCITFAVVWALNRRASYSWVGQNILGICLMITVLQMARLPNIKVA 381
           P++G  +ILSLVVLL C   A++W +NR+ S++W GQ+I GIC+MI VLQ+ARLPNI+VA
Sbjct: 317 PLLGNTSILSLVVLLFCFVVAILWFMNRKTSHAWAGQDIFGICMMINVLQVARLPNIRVA 376

Query: 382 TVLLCCAFIYDIFWVFISPVIFHESVMIAVARGDNSGGESIPMLLRVPRTFDPWGGFDMI 441
           T+LLCCAF YDIFWVFISP+IF +SVMIAVARG    GESIPMLLR+PR  DPWGG++MI
Sbjct: 377 TILLCCAFFYDIFWVFISPLIFKQSVMIAVARGSKDTGESIPMLLRIPRLSDPWGGYNMI 436

Query: 442 GFGDILFPGLLVSFTHRFDKAHKKSKCNAYFPWLLIGYGTGLFLTYLGLYFMNGHGQPAL 501
           GFGDILFPGLL+ F  RFDK + K   N YFPWL+ GYG GLFLTYLGLY MNGHGQPAL
Sbjct: 437 GFGDILFPGLLICFIFRFDKENNKGVSNGYFPWLMFGYGLGLFLTYLGLYVMNGHGQPAL 496

Query: 502 LYLVPCTLGVTVILGLIRGEIKQLWCYGTENP 533
           LYLVPCTLG+TVILGL+R E++ LW YGT+ P
Sbjct: 497 LYLVPCTLGITVILGLVRKELRDLWNYGTQQP 525

[Close]
BLAST of Cla97C08G147170 vs. ExPASy Swiss-Prot
Match: Q4V3B8 (Signal peptide peptidase-like 3 OS=Arabidopsis thaliana OX=3702 GN=SPPL3 PE=2 SV=1)

HSP 1 Score: 634.8 bits (1636), Expect = 8.9e-181
Identity = 317/522 (60.73%), Postives = 401/522 (76.82%), Query Frame = 0 

Query: 17  SLLFLVFLFGISSVFADDVSLDDDSAPKSGNCNNPFELVKVKSWVNDAEDETFVGLSARF 76
           +L+ ++ L G S   ADDVS  +DS+ +S  C N F++VKV +WV+  E +   GL+A+F
Sbjct: 13  ALVLILLLLGFSVAAADDVSWTEDSSLESPGCTNKFQMVKVLNWVDGVEGDFLTGLTAQF 72

Query: 77  GTLVPSQAEDDLKLPAVYMNPRNGCASSSSKLSGSIALSIRGECDFTIKAEIAQAGGAAA 136
           G  +PS  +  L+ PA +++P + C+  SS+L G IALSIRG C FT KA+ A+A GA+A
Sbjct: 73  GAALPSVPDQALRFPAAFVDPLDSCSHLSSRLDGHIALSIRGNCAFTEKAKHAEAAGASA 132

Query: 137 LLVINDKEDLYKMVCSEKDTPLNISIPVVMLPKSSGDALNKLITDGKRVKLLLYAPKRPV 196
           LLVINDKEDL +M C EKDT LN+SIPV+M+ KSSGDALNK + D K V+LLLYAPKRP 
Sbjct: 133 LLVINDKEDLDEMGCMEKDTSLNVSIPVLMISKSSGDALNKSMVDNKNVELLLYAPKRPA 192

Query: 197 VDFSVVFLWMMAVGTVACATLWSEIT-AEQTEERYNELSPKESSNRGAAKDDFDSETLDI 256
           VD +   L +MAVGTV  A+LWSE+T  +Q  E Y+ L+ K+ S+ G  KDD + E LDI
Sbjct: 193 VDLTAGLLLLMAVGTVVVASLWSELTDPDQANESYSILA-KDVSSAGTRKDDPEKEILDI 252

Query: 257 NVKSAVLFVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGMHSCVLGLILRKRKSCEM 316
           +V  AV F++TAS FL+LL++FMSSWFVW+L + FCIGG++GMH+ ++ +ILRK +    
Sbjct: 253 SVTGAVFFIVTASIFLLLLFYFMSSWFVWVLTIFFCIGGMQGMHNIIMAVILRKCRHLAR 312

Query: 317 KTVNLPVVGEVTILSLVVLLCCITFAVVWALNRRASYSWVGQNILGICLMITVLQMARLP 376
           K+V LP++G +++LSL+V + C+ FAV W + R  SYSWVGQ+ILGICLMIT LQ+ RLP
Sbjct: 313 KSVKLPLLGTMSVLSLLVNIVCLAFAVFWFIKRHTSYSWVGQDILGICLMITALQVVRLP 372

Query: 377 NIKVATVLLCCAFIYDIFWVFISPVIFHESVMIAVARGDNSGGESIPMLLRVPRTFDPWG 436
           NIKVATVLLCCAF+YDIFWVFISP+IFHESVMI VA+GD+S GESIPMLLR+PR FDPWG
Sbjct: 373 NIKVATVLLCCAFVYDIFWVFISPLIFHESVMIVVAQGDSSTGESIPMLLRIPRFFDPWG 432

Query: 437 GFDMIGFGDILFPGLLVSFTHRFDKAHKKSKCNAYFPWLLIGYGTGLFLTYLGLYFMNGH 496
           G+DMIGFGDILFPGLL+SF  R+DK  K+   N YF WL IGYG GL LTYLGLY M+GH
Sbjct: 433 GYDMIGFGDILFPGLLISFASRYDKIKKRVISNGYFLWLTIGYGIGLLLTYLGLYLMDGH 492

Query: 497 GQPALLYLVPCTLGVTVILGLIRGEIKQLWCYGTENPLHREP 538
           GQPALLY+VPCTLG+ VILGL+RGE+K+LW YG E      P
Sbjct: 493 GQPALLYIVPCTLGLAVILGLVRGELKELWNYGIEESESHTP 533

[Close]
BLAST of Cla97C08G147170 vs. ExPASy Swiss-Prot
Match: Q53P98 (Signal peptide peptidase-like 2 OS=Oryza sativa subsp. japonica OX=39947 GN=SPPL2 PE=2 SV=1)

HSP 1 Score: 622.9 bits (1605), Expect = 3.5e-177
Identity = 314/520 (60.38%), Postives = 398/520 (76.54%), Query Frame = 0 

Query: 17  SLLFLVFLFGISSVFADDVSLDDDS-APKSGNCNNPFELVKVKSWVNDAEDETFVGLSAR 76
           ++L LV L G S+  ADD S DDD+  P S  C+N F+LVKVK+WVN  E    VGLSAR
Sbjct: 14  AVLLLVLLAGGSA--ADDASSDDDAGVPPSPGCSNKFQLVKVKNWVNGTEGTIVVGLSAR 73

Query: 77  FGTLVPSQAEDDLKLPAVYMNPRNGCASSSSKLSGSIALSIRGECDFTIKAEIAQAGGAA 136
           FG  VP    +  K  AV  NP + C++S+SKL+  IA++ RGEC FT KA+IAQ GGA 
Sbjct: 74  FGASVPRDIHEAQKTFAVLANPLDCCSNSTSKLTNYIAIAQRGECAFTAKAKIAQTGGAV 133

Query: 137 ALLVINDKEDLYKMVCSEKDTPLNISIPVVMLPKSSGDALNKLITDGKRVKLLLYAPKRP 196
            LLVIND E+LYKMVCS+ DT +N++IPVVM+P+S+G  +  L+  G R+++ LY+P RP
Sbjct: 134 GLLVINDNEELYKMVCSDNDTSINVTIPVVMIPQSAGKKMKGLLDQGARLEVQLYSPNRP 193

Query: 197 VVDFSVVFLWMMAVGTVACATLWSEITA-EQTEERYNELSPKESSNRGAAKDDFDSETLD 256
           VVD S  FLW+MA+GT+ CA+LW+E  A EQ +ERYN+L+ K+  N G    + D E  +
Sbjct: 194 VVDLSACFLWIMAIGTIVCASLWTEFVACEQVDERYNQLTRKDGPNSGTTNRE-DKEIFE 253

Query: 257 INVKSAVLFVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGMHSCVLGLILRKRKSCE 316
           I+ K A++F++ AS FL+LL++FMSSWFVWLLIV+FCIGG+EGMH C++ L+ R  K C 
Sbjct: 254 ISAKGAIVFILVASVFLLLLFYFMSSWFVWLLIVLFCIGGIEGMHVCLVTLLTRICKDCG 313

Query: 317 MKTVNLPVVGEVTILSLVVLLCCITFAVVWALNRRASYSWVGQNILGICLMITVLQMARL 376
            KTV LP  GEV  LS++++  C  FA++WA+ R AS++W+GQ+ILGICLMITVLQMARL
Sbjct: 314 QKTVQLPFFGEVLTLSVLIVPFCTIFAILWAVYRHASFAWIGQDILGICLMITVLQMARL 373

Query: 377 PNIKVATVLLCCAFIYDIFWVFISPVIFHESVMIAVARGDNSGGESIPMLLRVPRTFDPW 436
           PNI+VA+ LL  AF+YD+FWVFISP+IFHESVMIAVARGDNS GE+IPMLLR+PR FDPW
Sbjct: 374 PNIRVASALLSAAFVYDVFWVFISPLIFHESVMIAVARGDNS-GEAIPMLLRIPRFFDPW 433

Query: 437 GGFDMIGFGDILFPGLLVSFTHRFDKAHKKSKCNAYFPWLLIGYGTGLFLTYLGLYFMNG 496
           GG+DMIGFGDI+FPGLLV+F++RFD+A K+   N YF WL +GY  GLFLTYL L+ M+G
Sbjct: 434 GGYDMIGFGDIIFPGLLVAFSYRFDRASKRGLFNGYFLWLTVGYAVGLFLTYLALFLMDG 493

Query: 497 HGQPALLYLVPCTLGVTVILGLIRGEIKQLWCYG---TEN 532
           HGQPALLYLVPCTLG+ VILG  RGE+  LW YG   TEN
Sbjct: 494 HGQPALLYLVPCTLGLIVILGWFRGELHDLWNYGRSQTEN 529

[Close]
BLAST of Cla97C08G147170 vs. ExPASy Swiss-Prot
Match: Q0DWA9 (Signal peptide peptidase-like 4 OS=Oryza sativa subsp. japonica OX=39947 GN=SPPL4 PE=2 SV=1)

HSP 1 Score: 494.2 bits (1271), Expect = 1.9e-138
Identity = 253/525 (48.19%), Postives = 356/525 (67.81%), Query Frame = 0 

Query: 18  LLFLVFLFGISSVFADDVSLDDDSAPKSGNCNNPFELVKVKSWVNDAEDETFVGLSARFG 77
           LL +  L G+++    D+   DD APK   C+N F LVKV++WVN+ ED  FVG+ ARFG
Sbjct: 13  LLVMAALAGVAA--GGDIVHQDDEAPKIPGCSNDFVLVKVQTWVNNREDGEFVGVGARFG 72

Query: 78  TLVPSQAEDDLKLPAVYMNPRNGCASSSSKLSGSIALSIRGECDFTIKAEIAQAGGAAAL 137
             + S+ +   +   +  +P + C   + K++G + L  RG C FT KA+ A+A GA+A+
Sbjct: 73  PTIESKEKHANRTGLLLADPIDCCDPPTQKVAGDVLLVQRGNCKFTKKAKNAEAAGASAI 132

Query: 138 LVINDKEDLYKMVCSEKDTPLNISIPVVMLPKSSGDALNKLITDGKRVKLLLYAPKRPVV 197
           ++IN   +LYKMVC   +T L+I+IP V+LPK +G+ L KL+T GK V + LY+P RP+V
Sbjct: 133 IIINHVHELYKMVCDRNETDLDINIPAVLLPKDAGNDLQKLLTRGK-VSVQLYSPDRPLV 192

Query: 198 DFSVVFLWMMAVGTVACATLWSEITAEQTEERYNELSPKESSNRGAAKDDFDSETLDINV 257
           D + VFLW+MAVGT+ CA+ WS  +A +      +L      +    +    S  +DIN+
Sbjct: 193 DTAEVFLWLMAVGTILCASYWSAWSAREAVIEQEKLLKDGHESSLNLEAGGSSGMVDINM 252

Query: 258 KSAVLFVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGMHSCVLGLILRKRKSCEMKT 317
            SA+LFV+ AS FL++LY  MS WFV LL+V+FCIGGVEG+ +C++ L+ R  K      
Sbjct: 253 TSAILFVVIASCFLIMLYKLMSHWFVELLVVIFCIGGVEGLQTCLVALLSRWFKPAAESF 312

Query: 318 VNLPVVGEVTILSLVVLLCCITFAVVWALNRRASYSWVGQNILGICLMITVLQMARLPNI 377
           V +P  G V+ L++ V   CI FAV+WA+ RR +Y+W+GQ+ILGI L++TV+Q+ R+PN+
Sbjct: 313 VKVPFFGAVSYLTIAVCPFCIVFAVIWAVYRRMTYAWIGQDILGIALIVTVIQIVRIPNL 372

Query: 378 KVATVLLCCAFIYDIFWVFISPVIFHESVMIAVARGDNSGGESIPMLLRVPRTFDPWGGF 437
           KV +VLL C+F+YDIFWVFIS + FHESVMI VARGD +  + +PMLL++PR FDPWGGF
Sbjct: 373 KVGSVLLSCSFLYDIFWVFISKMWFHESVMIVVARGDKTDEDGVPMLLKIPRMFDPWGGF 432

Query: 438 DMIGFGDILFPGLLVSFTHRFDKAHKKSKCNAYFPWLLIGYGTGLFLTYLGLYFMNGHGQ 497
            +IGFGDIL PGLL++F  R+D A KK+  + YF W ++ YG+GL +TY+ L  M+GHGQ
Sbjct: 433 SIIGFGDILLPGLLIAFALRYDWAAKKTLQSGYFLWSMVAYGSGLMITYVALNLMDGHGQ 492

Query: 498 PALLYLVPCTLGVTVILGLIRGEIKQLWCYGTE----NPLHREPS 539
           PALLY+VP TLG  + LG  RGE++ LW  G        +H +PS
Sbjct: 493 PALLYIVPFTLGTFIALGRKRGELRNLWTRGQPERVCTHMHMQPS 534

[Close]
BLAST of Cla97C08G147170 vs. ExPASy Swiss-Prot
Match: Q5Z413 (Signal peptide peptidase-like 5 OS=Oryza sativa subsp. japonica OX=39947 GN=SPPL5 PE=2 SV=1)

HSP 1 Score: 488.8 bits (1257), Expect = 7.9e-137
Identity = 251/514 (48.83%), Postives = 348/514 (67.70%), Query Frame = 0 

Query: 15  LFSLLFLVFLFGISSVFADDVSLDDDSAPKSGNCNNPFELVKVKSWVNDAEDETFVGLSA 74
           +F+LL    L G ++    D+   DD APK   C+N F LVKV+SWVN  ED+ +VG+ A
Sbjct: 8   VFALLMASALAGAAA--GGDIVHHDDEAPKIPGCSNDFILVKVQSWVNGKEDDEYVGVGA 67

Query: 75  RFGTLVPSQAEDDLKLPAVYMNPRNGCASSSSKLSGSIALSIRGECDFTIKAEIAQAGGA 134
           RFG  + S+ +   +   +  +P + C S   K+SG I L  RG+C FT KA+ A+A GA
Sbjct: 68  RFGPQIVSKEKHANRTRLMLADPIDCCTSPKEKVSGDILLVQRGKCKFTKKAKFAEAAGA 127

Query: 135 AALLVINDKEDLYKMVCSEKDTPLNISIPVVMLPKSSGDALNKLITDGKRVKLLLYAPKR 194
           + +++IN   +LYKMVC + +T L+I+IP V+LP+ +G AL+ ++T G  V +  Y+P R
Sbjct: 128 SGIIIINHVHELYKMVCEKNETDLDINIPAVLLPRDAGFALHTVLTSGNSVSVQQYSPDR 187

Query: 195 PVVDFSVVFLWMMAVGTVACATLWSEITAEQTEERYNELSPKESSNRGAAKDDFDSETLD 254
           PVVD + VFLW+MAVGTV CA+ WS  +A +      +L           ++   S  +D
Sbjct: 188 PVVDTAEVFLWLMAVGTVLCASYWSAWSAREALCEQEKLLKDGREVLLNVENGSSSGMID 247

Query: 255 INVKSAVLFVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGMHSCVLGLILRKRKSCE 314
           INV SA++FV+ AS FL++LY  MSSWFV LL+V+FC+GGVEG+ +C++ L+ R  ++  
Sbjct: 248 INVASAIMFVVVASCFLIMLYKMMSSWFVELLVVIFCVGGVEGLQTCLVALLSRWFRAAS 307

Query: 315 MKTVNLPVVGEVTILSLVVLLCCITFAVVWALNRRASYSWVGQNILGICLMITVLQMARL 374
                +P  G V+ L+L V   CI FAV+WA++R  +Y+W+GQ+ILGI L+ITV+Q+ R+
Sbjct: 308 ESFFKVPFFGAVSYLTLAVSPFCIVFAVLWAVHRHFTYAWIGQDILGIALIITVIQIVRV 367

Query: 375 PNIKVATVLLCCAFIYDIFWVFISPVIFHESVMIAVARGDNSGGESIPMLLRVPRTFDPW 434
           PN+KV +VLL CAF YDIFWVF+S   FHESVMI VARGD +  + +PMLL++PR FDPW
Sbjct: 368 PNLKVGSVLLSCAFFYDIFWVFVSKRWFHESVMIVVARGDKTDEDGVPMLLKIPRMFDPW 427

Query: 435 GGFDMIGFGDILFPGLLVSFTHRFDKAHKKSKCNAYFPWLLIGYGTGLFLTYLGLYFMNG 494
           GG+ +IGFGDIL PGLLV+F  R+D A KKS    YF W ++ YG+GL +TY+ L  M+G
Sbjct: 428 GGYSIIGFGDILLPGLLVAFALRYDWAAKKSLQTGYFLWSMVAYGSGLLITYVALNLMDG 487

Query: 495 HGQPALLYLVPCTLGVTVILGLIRGEIKQLWCYG 529
           HGQPALLY+VP TLG  + LG  RGE+  LW  G
Sbjct: 488 HGQPALLYIVPFTLGALISLGWKRGELWNLWSKG 519

[Close]
BLAST of Cla97C08G147170 vs. ExPASy TrEMBL
Match: A0A1S3CMS6 (signal peptide peptidase-like 5 isoform X2 OS=Cucumis melo OX=3656 GN=LOC103502248 PE=3 SV=1)

HSP 1 Score: 996.9 bits (2576), Expect = 3.3e-287
Identity = 501/541 (92.61%), Postives = 518/541 (95.75%), Query Frame = 0 

Query: 1   MAFSSSPARRPIIPLFSLLFLVFLFGISSVFADDVSLDDDSAPKSGNCNNPFELVKVKSW 60
           MAFSSSP    IIPL SLLFL+FLF ISSVFADDVSLDDDSAPKSGNCNNPFELVKVKSW
Sbjct: 1   MAFSSSPTTPSIIPLLSLLFLIFLFRISSVFADDVSLDDDSAPKSGNCNNPFELVKVKSW 60

Query: 61  VNDAEDETFVGLSARFGTLVPSQAEDDLKLPAVYMNPRNGCASSSSKLSGSIALSIRGEC 120
           VNDAEDE FVGLSARFGTLVPSQAEDDLKLPAVYMNP NGC+SSSSKLSGSIALSIRGEC
Sbjct: 61  VNDAEDEIFVGLSARFGTLVPSQAEDDLKLPAVYMNPTNGCSSSSSKLSGSIALSIRGEC 120

Query: 121 DFTIKAEIAQAGGAAALLVINDKEDLYKMVCSEKDTPLNISIPVVMLPKSSGDALNKLIT 180
           DFTIKAEIAQAGGAAALLVINDKEDLYKMVCSEKDT LNISIPVVMLPKSSGDALNKLIT
Sbjct: 121 DFTIKAEIAQAGGAAALLVINDKEDLYKMVCSEKDTALNISIPVVMLPKSSGDALNKLIT 180

Query: 181 DGKRVKLLLYAPKRPVVDFSVVFLWMMAVGTVACATLWSEITAEQTEERYNELSPKESSN 240
           DGK VKLLLYAPKRPVVDFSVVFLWMMAVGTVACATLWSEITA QTEERYNELSPKESSN
Sbjct: 181 DGKSVKLLLYAPKRPVVDFSVVFLWMMAVGTVACATLWSEITAVQTEERYNELSPKESSN 240

Query: 241 RGAAKDDFDSETLDINVKSAVLFVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGMHS 300
            G AKDD + ETLDINVKSA++FVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGMHS
Sbjct: 241 PGGAKDDSEDETLDINVKSAIVFVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGMHS 300

Query: 301 CVLGLILRKRKSCEMKTVNLPVVGEVTILSLVVLLCCITFAVVWALNRRASYSWVGQNIL 360
           C+LGLILRK +SC  +T++LPVVGEV+ILSLVVLLCCITFAV WALNRRASYSW+GQNIL
Sbjct: 301 CILGLILRKGQSCGKRTLDLPVVGEVSILSLVVLLCCITFAVFWALNRRASYSWIGQNIL 360

Query: 361 GICLMITVLQMARLPNIKVATVLLCCAFIYDIFWVFISPVIFHESVMIAVARGDNSGGES 420
           GICLMITVLQMARLPNIKVATVLLCCAFIYDIFWVFISPVIFHESVMIAVARGDNSGGES
Sbjct: 361 GICLMITVLQMARLPNIKVATVLLCCAFIYDIFWVFISPVIFHESVMIAVARGDNSGGES 420

Query: 421 IPMLLRVPRTFDPWGGFDMIGFGDILFPGLLVSFTHRFDKAHKKSKCNAYFPWLLIGYGT 480
           IPMLLRVPRTFDPWGGFDMIGFGDILFPGLLVSFTHRFDKA KKSKCNAYFPWLL+GY T
Sbjct: 421 IPMLLRVPRTFDPWGGFDMIGFGDILFPGLLVSFTHRFDKAQKKSKCNAYFPWLLVGYAT 480

Query: 481 GLFLTYLGLYFMNGHGQPALLYLVPCTLGVTVILGLIRGEIKQLWCYGTENPLHREPSGD 540
           GLFLTYLGLYFMNGHGQPALLYLVPCTLGVTV+LGLIRGE+K LW YGTENP+HREPSG+
Sbjct: 481 GLFLTYLGLYFMNGHGQPALLYLVPCTLGVTVVLGLIRGELKLLWSYGTENPVHREPSGE 540

Query: 541 A 542
           A
Sbjct: 541 A 541

[Close]
BLAST of Cla97C08G147170 vs. ExPASy TrEMBL
Match: A0A1S3CLP1 (signal peptide peptidase-like 5 isoform X1 OS=Cucumis melo OX=3656 GN=LOC103502248 PE=3 SV=1)

HSP 1 Score: 992.3 bits (2564), Expect = 8.1e-286
Identity = 501/542 (92.44%), Postives = 518/542 (95.57%), Query Frame = 0 

Query: 1   MAFSSSPARRPIIPLFSLLFLVFLFGISSVFADDVSLDDDSAPKSGNCNNPFELVKVKSW 60
           MAFSSSP    IIPL SLLFL+FLF ISSVFADDVSLDDDSAPKSGNCNNPFELVKVKSW
Sbjct: 1   MAFSSSPTTPSIIPLLSLLFLIFLFRISSVFADDVSLDDDSAPKSGNCNNPFELVKVKSW 60

Query: 61  VNDAEDETFVGLSARFGTLVPSQAEDDLKLPAVYMNPRNGCASSSSKLSGSIALSIRGEC 120
           VNDAEDE FVGLSARFGTLVPSQAEDDLKLPAVYMNP NGC+SSSSKLSGSIALSIRGEC
Sbjct: 61  VNDAEDEIFVGLSARFGTLVPSQAEDDLKLPAVYMNPTNGCSSSSSKLSGSIALSIRGEC 120

Query: 121 DFTIKAEIAQAGGAAALLVINDKEDLYKMVCSEKDTPLNISIPVVMLPKSSGDALNKLIT 180
           DFTIKAEIAQAGGAAALLVINDKEDLYKMVCSEKDT LNISIPVVMLPKSSGDALNKLIT
Sbjct: 121 DFTIKAEIAQAGGAAALLVINDKEDLYKMVCSEKDTALNISIPVVMLPKSSGDALNKLIT 180

Query: 181 DGKRVKLLLYAPKRPVVDFSVVFLWMMAVGTVACATLWSEITAEQTEERYNELSPKESSN 240
           DGK VKLLLYAPKRPVVDFSVVFLWMMAVGTVACATLWSEITA QTEERYNELSPKESSN
Sbjct: 181 DGKSVKLLLYAPKRPVVDFSVVFLWMMAVGTVACATLWSEITAVQTEERYNELSPKESSN 240

Query: 241 RGAAKDDFDSETLDINVKSAVLFVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGMHS 300
            G AKDD + ETLDINVKSA++FVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGMHS
Sbjct: 241 PGGAKDDSEDETLDINVKSAIVFVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGMHS 300

Query: 301 CVLGLIL-RKRKSCEMKTVNLPVVGEVTILSLVVLLCCITFAVVWALNRRASYSWVGQNI 360
           C+LGLIL RK +SC  +T++LPVVGEV+ILSLVVLLCCITFAV WALNRRASYSW+GQNI
Sbjct: 301 CILGLILSRKGQSCGKRTLDLPVVGEVSILSLVVLLCCITFAVFWALNRRASYSWIGQNI 360

Query: 361 LGICLMITVLQMARLPNIKVATVLLCCAFIYDIFWVFISPVIFHESVMIAVARGDNSGGE 420
           LGICLMITVLQMARLPNIKVATVLLCCAFIYDIFWVFISPVIFHESVMIAVARGDNSGGE
Sbjct: 361 LGICLMITVLQMARLPNIKVATVLLCCAFIYDIFWVFISPVIFHESVMIAVARGDNSGGE 420

Query: 421 SIPMLLRVPRTFDPWGGFDMIGFGDILFPGLLVSFTHRFDKAHKKSKCNAYFPWLLIGYG 480
           SIPMLLRVPRTFDPWGGFDMIGFGDILFPGLLVSFTHRFDKA KKSKCNAYFPWLL+GY 
Sbjct: 421 SIPMLLRVPRTFDPWGGFDMIGFGDILFPGLLVSFTHRFDKAQKKSKCNAYFPWLLVGYA 480

Query: 481 TGLFLTYLGLYFMNGHGQPALLYLVPCTLGVTVILGLIRGEIKQLWCYGTENPLHREPSG 540
           TGLFLTYLGLYFMNGHGQPALLYLVPCTLGVTV+LGLIRGE+K LW YGTENP+HREPSG
Sbjct: 481 TGLFLTYLGLYFMNGHGQPALLYLVPCTLGVTVVLGLIRGELKLLWSYGTENPVHREPSG 540

Query: 541 DA 542
           +A
Sbjct: 541 EA 542

[Close]
BLAST of Cla97C08G147170 vs. ExPASy TrEMBL
Match: A0A6J1JYL1 (signal peptide peptidase-like 5 OS=Cucurbita maxima OX=3661 GN=LOC111488610 PE=3 SV=1)

HSP 1 Score: 951.0 bits (2457), Expect = 2.1e-273
Identity = 480/542 (88.56%), Postives = 507/542 (93.54%), Query Frame = 0 

Query: 1   MAFSSSPARRPIIPLFSLLFLVFLFGISSVFADDVSLDDDSAPKSGNCNNPFELVKVKSW 60
           MA SSSPAR PIIPLFSLLFL+FLF ISSVFA DVSLDDDSAPKSGNCNNPF+LVKVKSW
Sbjct: 1   MALSSSPARPPIIPLFSLLFLLFLFRISSVFAGDVSLDDDSAPKSGNCNNPFDLVKVKSW 60

Query: 61  VNDAEDETFVGLSARFGTLVPSQAEDDLKLPAVYMNPRNGCASSSSKLSGSIALSIRGEC 120
           VNDAED+ FVGLSARFG LVPSQAE+  KLP V MNP NGC+SSSSKLSG+IALSIRGEC
Sbjct: 61  VNDAEDKIFVGLSARFGALVPSQAENAPKLPVVDMNPINGCSSSSSKLSGAIALSIRGEC 120

Query: 121 DFTIKAEIAQAGGAAALLVINDKEDLYKMVCSEKDTPLNISIPVVMLPKSSGDALNKLIT 180
           DFT KA +AQAGGAAALL+INDKEDLYKMVC EKD  LNISIPVVMLPKSSGDAL KLIT
Sbjct: 121 DFTNKAVVAQAGGAAALLIINDKEDLYKMVCPEKDIALNISIPVVMLPKSSGDALTKLIT 180

Query: 181 DGKRVKLLLYAPKRPVVDFSVVFLWMMAVGTVACATLWSEITAEQTEERYNELSPKESSN 240
           DGKRV+LLLYAPKRP+VDFSVVFLWMMAVGTVACA LW EITAEQTEERYNELS KESS+
Sbjct: 181 DGKRVELLLYAPKRPIVDFSVVFLWMMAVGTVACAALWPEITAEQTEERYNELSAKESSS 240

Query: 241 RGAAKDDFDSETLDINVKSAVLFVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGMHS 300
           R AAKDDFD ETLDIN KSAV+FVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGMHS
Sbjct: 241 REAAKDDFDDETLDINAKSAVVFVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGMHS 300

Query: 301 CVLGLILRKRKSCEMKTVNLPVVGEVTILSLVVLLCCITFAVVWALNRRASYSWVGQNIL 360
           C+LGL+LRK KSC  KT+NLP+VGE+++LSLVVLLC ITFAVVWALNRRASYSWVGQN+L
Sbjct: 301 CILGLLLRKGKSCGQKTLNLPLVGEISVLSLVVLLCSITFAVVWALNRRASYSWVGQNVL 360

Query: 361 GICLMITVLQMARLPNIKVATVLLCCAFIYDIFWVFISPVIFHESVMIAVARGDNSGGES 420
           GICLMITVLQMARLPNIKVATVLLCCAF+YDIFWVFISPVIFHESVMIAVARGDNSGGES
Sbjct: 361 GICLMITVLQMARLPNIKVATVLLCCAFVYDIFWVFISPVIFHESVMIAVARGDNSGGES 420

Query: 421 IPMLLRVPRTFDPWGGFDMIGFGDILFPGLLVSFTHRFDKAHKKSKCNAYFPWLLIGYGT 480
           IPMLLRVPRTFDPWGGFDMIGFGDILFPGLLVSFTHRFDKA  KS+CNAYFPWL++GYGT
Sbjct: 421 IPMLLRVPRTFDPWGGFDMIGFGDILFPGLLVSFTHRFDKALNKSRCNAYFPWLVVGYGT 480

Query: 481 GLFLTYLGLYFMNGHGQPALLYLVPCTLGVTVILGLIRGEIKQLWCYGTENPLHRE-PSG 540
           GL LTYLGLYFMNGHGQPALLYLVPCTLGVTV+LG +RGEIKQLW YGTEN L RE PSG
Sbjct: 481 GLVLTYLGLYFMNGHGQPALLYLVPCTLGVTVVLGFMRGEIKQLWNYGTENSLDREPPSG 540

Query: 541 DA 542
           +A
Sbjct: 541 EA 542

[Close]
BLAST of Cla97C08G147170 vs. ExPASy TrEMBL
Match: A0A6J1ENS8 (signal peptide peptidase-like 3 OS=Cucurbita moschata OX=3662 GN=LOC111436325 PE=3 SV=1)

HSP 1 Score: 949.9 bits (2454), Expect = 4.6e-273
Identity = 477/538 (88.66%), Postives = 504/538 (93.68%), Query Frame = 0 

Query: 1   MAFSSSPARRPIIPLFSLLFLVFLFGISSVFADDVSLDDDSAPKSGNCNNPFELVKVKSW 60
           MA SSSPAR PIIPLFSLLFL+FLF ISSVFA DVSLDDDSAPKSGNCNNPF+LVKVKSW
Sbjct: 1   MALSSSPARPPIIPLFSLLFLLFLFRISSVFAGDVSLDDDSAPKSGNCNNPFDLVKVKSW 60

Query: 61  VNDAEDETFVGLSARFGTLVPSQAEDDLKLPAVYMNPRNGCASSSSKLSGSIALSIRGEC 120
           VNDAED+ FVGLSARFG LVPSQAE+  KLP V MNP NGC+ SSSKLSG+IALSIRGEC
Sbjct: 61  VNDAEDKIFVGLSARFGALVPSQAENSPKLPVVDMNPINGCSRSSSKLSGAIALSIRGEC 120

Query: 121 DFTIKAEIAQAGGAAALLVINDKEDLYKMVCSEKDTPLNISIPVVMLPKSSGDALNKLIT 180
           DFT KA +AQAGGAAALL+INDKEDLYKMVCSEKDT +NISIPVVMLPKSSGDAL KLIT
Sbjct: 121 DFTNKAVVAQAGGAAALLIINDKEDLYKMVCSEKDTAINISIPVVMLPKSSGDALTKLIT 180

Query: 181 DGKRVKLLLYAPKRPVVDFSVVFLWMMAVGTVACATLWSEITAEQTEERYNELSPKESSN 240
           DGKRV+LLLYAPKRP+VD SVVFLWMMAVGTVACA LW EITAEQTEERYNELS KESS+
Sbjct: 181 DGKRVELLLYAPKRPIVDLSVVFLWMMAVGTVACAALWPEITAEQTEERYNELSAKESSS 240

Query: 241 RGAAKDDFDSETLDINVKSAVLFVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGMHS 300
           R AAKDDFD ETLDIN KSAV+FVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGMHS
Sbjct: 241 REAAKDDFDDETLDINAKSAVVFVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGMHS 300

Query: 301 CVLGLILRKRKSCEMKTVNLPVVGEVTILSLVVLLCCITFAVVWALNRRASYSWVGQNIL 360
           C+LGLILRK KSC  KT+NLP+VG++++LSLVVLLC ITFAVVWALNRRASYSWVGQN+L
Sbjct: 301 CILGLILRKGKSCGQKTLNLPLVGKISVLSLVVLLCSITFAVVWALNRRASYSWVGQNVL 360

Query: 361 GICLMITVLQMARLPNIKVATVLLCCAFIYDIFWVFISPVIFHESVMIAVARGDNSGGES 420
           GICLMITVLQMARLPNIKVATVLLCCAF+YDIFWVFISPVIFHESVMIAVARGDNSGGES
Sbjct: 361 GICLMITVLQMARLPNIKVATVLLCCAFVYDIFWVFISPVIFHESVMIAVARGDNSGGES 420

Query: 421 IPMLLRVPRTFDPWGGFDMIGFGDILFPGLLVSFTHRFDKAHKKSKCNAYFPWLLIGYGT 480
           IPMLLRVPRTFDPWGGFDMIGFGDILFPGLLVSFTHRFDKA  KS+CNAYFPWL++GYGT
Sbjct: 421 IPMLLRVPRTFDPWGGFDMIGFGDILFPGLLVSFTHRFDKALNKSRCNAYFPWLVVGYGT 480

Query: 481 GLFLTYLGLYFMNGHGQPALLYLVPCTLGVTVILGLIRGEIKQLWCYGTENPLHREPS 539
           GL LTYLGLYFMNGHGQPALLYLVPCTLGVTV+LG +RGEIKQLW YGTEN L REPS
Sbjct: 481 GLVLTYLGLYFMNGHGQPALLYLVPCTLGVTVVLGFMRGEIKQLWNYGTENSLDREPS 538

[Close]
BLAST of Cla97C08G147170 vs. ExPASy TrEMBL
Match: A0A6J1H7H1 (signal peptide peptidase-like 5 OS=Cucurbita moschata OX=3662 GN=LOC111460877 PE=3 SV=1)

HSP 1 Score: 896.0 bits (2314), Expect = 7.9e-257
Identity = 449/530 (84.72%), Postives = 487/530 (91.89%), Query Frame = 0 

Query: 1   MAFSSSPARRPIIPLFSLLFLVFLFGISSVFADDVSLDDDSAPKSGNCNNPFELVKVKSW 60
           MAFSSSPAR P I LFS+LF++FLFGIS VFA+DV      APKSGNCNNPFE+VKVK W
Sbjct: 1   MAFSSSPARCPNIHLFSILFILFLFGISCVFAEDV-----PAPKSGNCNNPFEMVKVKIW 60

Query: 61  VNDAEDETFVGLSARFGTLVPSQAEDDLKLPAVYMNPRNGCASSSSKLSGSIALSIRGEC 120
           VNDAEDET VGL+ARFG L+PSQAEDDLKLPAV+MNP NGC SSSSKLS S AL++RGEC
Sbjct: 61  VNDAEDETLVGLTARFGALLPSQAEDDLKLPAVFMNPINGC-SSSSKLSRSAALALRGEC 120

Query: 121 DFTIKAEIAQAGGAAALLVINDKEDLYKMVCSEKDTPLNISIPVVMLPKSSGDALNKLIT 180
           DFTIKAEIAQAGGA+ALLVIND EDLYKMVCSEKDT LNISIPVVMLPKSSG+ + K IT
Sbjct: 121 DFTIKAEIAQAGGASALLVINDNEDLYKMVCSEKDTALNISIPVVMLPKSSGETITKSIT 180

Query: 181 DGKRVKLLLYAPKRPVVDFSVVFLWMMAVGTVACATLWSEITAEQTEERYNELSPKESSN 240
           DGKRV+LLLYAPKRPVVDFSVVFLWMM+VGTVACATLWS+ITA+QTEERYNELSPK  SN
Sbjct: 181 DGKRVELLLYAPKRPVVDFSVVFLWMMSVGTVACATLWSDITAQQTEERYNELSPKGPSN 240

Query: 241 RGAAKDDFDSETLDINVKSAVLFVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGMHS 300
             A KDDFD+ETLDINV+SAV+FVI+ASSFLVLLYFFMSSWFVWLLI+MFCIGGVEGMHS
Sbjct: 241 IEAGKDDFDNETLDINVQSAVVFVISASSFLVLLYFFMSSWFVWLLIIMFCIGGVEGMHS 300

Query: 301 CVLGLILRKRKSCEMKTVNLPVVGEVTILSLVVLLCCITFAVVWALNRRASYSWVGQNIL 360
           C+LGLIL + K+C  KT+NLP++GE+++LS VVLLCCITFA VWALNRR+SYSW GQNIL
Sbjct: 301 CILGLILSRCKNCGKKTLNLPLIGEISVLSFVVLLCCITFAAVWALNRRSSYSWAGQNIL 360

Query: 361 GICLMITVLQMARLPNIKVATVLLCCAFIYDIFWVFISPVIFHESVMIAVARGDNSGGES 420
           GICLMITVLQM+RLPNIKVATVLLCCAF+YDIFWVFISPVIF ESVMIAVARG+NSGGE+
Sbjct: 361 GICLMITVLQMSRLPNIKVATVLLCCAFVYDIFWVFISPVIFQESVMIAVARGNNSGGEA 420

Query: 421 IPMLLRVPRTFDPWGGFDMIGFGDILFPGLLVSFTHRFDKAHKKSKCNAYFPWLLIGYGT 480
           IPMLLRVPRTFDPWGGFDMIGFGDILFPGLLVSFTHRFDKA KK KCN YFPWLL+GYGT
Sbjct: 421 IPMLLRVPRTFDPWGGFDMIGFGDILFPGLLVSFTHRFDKAEKKEKCNRYFPWLLVGYGT 480

Query: 481 GLFLTYLGLYFMNGHGQPALLYLVPCTLGVTVILGLIRGEIKQLWCYGTE 531
           GLF TYLGLY MNGHGQPALLYLVPCTLGVTV+LGLIRGEI  LW YGTE
Sbjct: 481 GLFFTYLGLYLMNGHGQPALLYLVPCTLGVTVVLGLIRGEIGLLWNYGTE 524

[Close]
BLAST of Cla97C08G147170 vs. TAIR 10
Match: AT1G05820.1 (SIGNAL PEPTIDE PEPTIDASE-LIKE 5 )

HSP 1 Score: 638.6 bits (1646), Expect = 4.4e-183
Identity = 311/512 (60.74%), Postives = 402/512 (78.52%), Query Frame = 0 

Query: 22  VFLFGISSVFADDVSLDDDSAPKSGNCNNPFELVKVKSWVNDAEDETFVGLSARFGTLVP 81
           ++L G+  V AD     D +APK   C+N F++VKV++WVN    ETF  ++A+FGT++P
Sbjct: 17  LYLIGLLCVGAD---TKDVTAPKIPGCSNEFQMVKVENWVNGENGETFTAMTAQFGTMLP 76

Query: 82  SQAEDDLKLPAVYMNPRNGCASSSSKLSGSIALSIRGECDFTIKAEIAQAGGAAALLVIN 141
           S  +  +KLP     P + C++ +SKLS SIALS+RGEC FT+KA++AQAGGAAAL++IN
Sbjct: 77  SDKDKAVKLPVALTTPLDSCSNLTSKLSWSIALSVRGECAFTVKAQVAQAGGAAALVLIN 136

Query: 142 DKEDLYKMVCSEKDTPLNISIPVVMLPKSSGDALNKLITDGKRVKLLLYAPKRPVVDFSV 201
           DKE+L +MVC EKDT LN+SIP++M+  SSGDAL K I   K+V+LLLYAPK P+VD++V
Sbjct: 137 DKEELDEMVCGEKDTSLNVSIPILMITTSSGDALKKSIMQNKKVELLLYAPKSPIVDYAV 196

Query: 202 VFLWMMAVGTVACATLWSEITA-EQTEERYNELSPKESSNRGAAKDDFDSETLDINVKSA 261
           VFLW+M+VGTV  A++WS +T+ ++ +E+Y+ELSPK+SSN  A K   + ETLDI+   A
Sbjct: 197 VFLWLMSVGTVFVASVWSHVTSPKKNDEQYDELSPKKSSNVDATKGGAEEETLDISAMGA 256

Query: 262 VLFVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGMHSCVLGLILRKRKSCEMKTVNL 321
           V+FVI+AS+FLVLL+FFMSSWF+ +L + F IGG++GMH+  + LI R+   C  K + L
Sbjct: 257 VIFVISASTFLVLLFFFMSSWFILILTIFFVIGGMQGMHNINVTLITRRCSKCGQKNLKL 316

Query: 322 PVVGEVTILSLVVLLCCITFAVVWALNRRASYSWVGQNILGICLMITVLQMARLPNIKVA 381
           P++G  +ILSLVVLL C   A++W +NR+ S++W GQ+I GIC+MI VLQ+ARLPNI+VA
Sbjct: 317 PLLGNTSILSLVVLLFCFVVAILWFMNRKTSHAWAGQDIFGICMMINVLQVARLPNIRVA 376

Query: 382 TVLLCCAFIYDIFWVFISPVIFHESVMIAVARGDNSGGESIPMLLRVPRTFDPWGGFDMI 441
           T+LLCCAF YDIFWVFISP+IF +SVMIAVARG    GESIPMLLR+PR  DPWGG++MI
Sbjct: 377 TILLCCAFFYDIFWVFISPLIFKQSVMIAVARGSKDTGESIPMLLRIPRLSDPWGGYNMI 436

Query: 442 GFGDILFPGLLVSFTHRFDKAHKKSKCNAYFPWLLIGYGTGLFLTYLGLYFMNGHGQPAL 501
           GFGDILFPGLL+ F  RFDK + K   N YFPWL+ GYG GLFLTYLGLY MNGHGQPAL
Sbjct: 437 GFGDILFPGLLICFIFRFDKENNKGVSNGYFPWLMFGYGLGLFLTYLGLYVMNGHGQPAL 496

Query: 502 LYLVPCTLGVTVILGLIRGEIKQLWCYGTENP 533
           LYLVPCTLG+TVILGL+R E++ LW YGT+ P
Sbjct: 497 LYLVPCTLGITVILGLVRKELRDLWNYGTQQP 525

[Close]
BLAST of Cla97C08G147170 vs. TAIR 10
Match: AT2G43070.1 (SIGNAL PEPTIDE PEPTIDASE-LIKE 3 )

HSP 1 Score: 634.8 bits (1636), Expect = 6.3e-182
Identity = 317/522 (60.73%), Postives = 401/522 (76.82%), Query Frame = 0 

Query: 17  SLLFLVFLFGISSVFADDVSLDDDSAPKSGNCNNPFELVKVKSWVNDAEDETFVGLSARF 76
           +L+ ++ L G S   ADDVS  +DS+ +S  C N F++VKV +WV+  E +   GL+A+F
Sbjct: 13  ALVLILLLLGFSVAAADDVSWTEDSSLESPGCTNKFQMVKVLNWVDGVEGDFLTGLTAQF 72

Query: 77  GTLVPSQAEDDLKLPAVYMNPRNGCASSSSKLSGSIALSIRGECDFTIKAEIAQAGGAAA 136
           G  +PS  +  L+ PA +++P + C+  SS+L G IALSIRG C FT KA+ A+A GA+A
Sbjct: 73  GAALPSVPDQALRFPAAFVDPLDSCSHLSSRLDGHIALSIRGNCAFTEKAKHAEAAGASA 132

Query: 137 LLVINDKEDLYKMVCSEKDTPLNISIPVVMLPKSSGDALNKLITDGKRVKLLLYAPKRPV 196
           LLVINDKEDL +M C EKDT LN+SIPV+M+ KSSGDALNK + D K V+LLLYAPKRP 
Sbjct: 133 LLVINDKEDLDEMGCMEKDTSLNVSIPVLMISKSSGDALNKSMVDNKNVELLLYAPKRPA 192

Query: 197 VDFSVVFLWMMAVGTVACATLWSEIT-AEQTEERYNELSPKESSNRGAAKDDFDSETLDI 256
           VD +   L +MAVGTV  A+LWSE+T  +Q  E Y+ L+ K+ S+ G  KDD + E LDI
Sbjct: 193 VDLTAGLLLLMAVGTVVVASLWSELTDPDQANESYSILA-KDVSSAGTRKDDPEKEILDI 252

Query: 257 NVKSAVLFVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGMHSCVLGLILRKRKSCEM 316
           +V  AV F++TAS FL+LL++FMSSWFVW+L + FCIGG++GMH+ ++ +ILRK +    
Sbjct: 253 SVTGAVFFIVTASIFLLLLFYFMSSWFVWVLTIFFCIGGMQGMHNIIMAVILRKCRHLAR 312

Query: 317 KTVNLPVVGEVTILSLVVLLCCITFAVVWALNRRASYSWVGQNILGICLMITVLQMARLP 376
           K+V LP++G +++LSL+V + C+ FAV W + R  SYSWVGQ+ILGICLMIT LQ+ RLP
Sbjct: 313 KSVKLPLLGTMSVLSLLVNIVCLAFAVFWFIKRHTSYSWVGQDILGICLMITALQVVRLP 372

Query: 377 NIKVATVLLCCAFIYDIFWVFISPVIFHESVMIAVARGDNSGGESIPMLLRVPRTFDPWG 436
           NIKVATVLLCCAF+YDIFWVFISP+IFHESVMI VA+GD+S GESIPMLLR+PR FDPWG
Sbjct: 373 NIKVATVLLCCAFVYDIFWVFISPLIFHESVMIVVAQGDSSTGESIPMLLRIPRFFDPWG 432

Query: 437 GFDMIGFGDILFPGLLVSFTHRFDKAHKKSKCNAYFPWLLIGYGTGLFLTYLGLYFMNGH 496
           G+DMIGFGDILFPGLL+SF  R+DK  K+   N YF WL IGYG GL LTYLGLY M+GH
Sbjct: 433 GYDMIGFGDILFPGLLISFASRYDKIKKRVISNGYFLWLTIGYGIGLLLTYLGLYLMDGH 492

Query: 497 GQPALLYLVPCTLGVTVILGLIRGEIKQLWCYGTENPLHREP 538
           GQPALLY+VPCTLG+ VILGL+RGE+K+LW YG E      P
Sbjct: 493 GQPALLYIVPCTLGLAVILGLVRGELKELWNYGIEESESHTP 533

[Close]
BLAST of Cla97C08G147170 vs. TAIR 10
Match: AT1G05820.2 (SIGNAL PEPTIDE PEPTIDASE-LIKE 5 )

HSP 1 Score: 606.7 bits (1563), Expect = 1.8e-173
Identity = 298/493 (60.45%), Postives = 385/493 (78.09%), Query Frame = 0 

Query: 22  VFLFGISSVFADDVSLDDDSAPKSGNCNNPFELVKVKSWVNDAEDETFVGLSARFGTLVP 81
           ++L G+  V AD     D +APK   C+N F++VKV++WVN    ETF  ++A+FGT++P
Sbjct: 17  LYLIGLLCVGAD---TKDVTAPKIPGCSNEFQMVKVENWVNGENGETFTAMTAQFGTMLP 76

Query: 82  SQAEDDLKLPAVYMNPRNGCASSSSKLSGSIALSIRGECDFTIKAEIAQAGGAAALLVIN 141
           S  +  +KLP     P + C++ +SKLS SIALS+RGEC FT+KA++AQAGGAAAL++IN
Sbjct: 77  SDKDKAVKLPVALTTPLDSCSNLTSKLSWSIALSVRGECAFTVKAQVAQAGGAAALVLIN 136

Query: 142 DKEDLYKMVCSEKDTPLNISIPVVMLPKSSGDALNKLITDGKRVKLLLYAPKRPVVDFSV 201
           DKE+L +MVC EKDT LN+SIP++M+  SSGDAL K I   K+V+LLLYAPK P+VD++V
Sbjct: 137 DKEELDEMVCGEKDTSLNVSIPILMITTSSGDALKKSIMQNKKVELLLYAPKSPIVDYAV 196

Query: 202 VFLWMMAVGTVACATLWSEITA-EQTEERYNELSPKESSNRGAAKDDFDSETLDINVKSA 261
           VFLW+M+VGTV  A++WS +T+ ++ +E+Y+ELSPK+SSN  A K   + ETLDI+   A
Sbjct: 197 VFLWLMSVGTVFVASVWSHVTSPKKNDEQYDELSPKKSSNVDATKGGAEEETLDISAMGA 256

Query: 262 VLFVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGMHSCVLGLILRKRKSCEMKTVNL 321
           V+FVI+AS+FLVLL+FFMSSWF+ +L + F IGG++GMH+  + LI R+   C  K + L
Sbjct: 257 VIFVISASTFLVLLFFFMSSWFILILTIFFVIGGMQGMHNINVTLITRRCSKCGQKNLKL 316

Query: 322 PVVGEVTILSLVVLLCCITFAVVWALNRRASYSWVGQNILGICLMITVLQMARLPNIKVA 381
           P++G  +ILSLVVLL C   A++W +NR+ S++W GQ+I GIC+MI VLQ+ARLPNI+VA
Sbjct: 317 PLLGNTSILSLVVLLFCFVVAILWFMNRKTSHAWAGQDIFGICMMINVLQVARLPNIRVA 376

Query: 382 TVLLCCAFIYDIFWVFISPVIFHESVMIAVARGDNSGGESIPMLLRVPRTFDPWGGFDMI 441
           T+LLCCAF YDIFWVFISP+IF +SVMIAVARG    GESIPMLLR+PR  DPWGG++MI
Sbjct: 377 TILLCCAFFYDIFWVFISPLIFKQSVMIAVARGSKDTGESIPMLLRIPRLSDPWGGYNMI 436

Query: 442 GFGDILFPGLLVSFTHRFDKAHKKSKCNAYFPWLLIGYGTGLFLTYLGLYFMNGHGQPAL 501
           GFGDILFPGLL+ F  RFDK + K   N YFPWL+ GYG GLFLTYLGLY MNGHGQPAL
Sbjct: 437 GFGDILFPGLLICFIFRFDKENNKGVSNGYFPWLMFGYGLGLFLTYLGLYVMNGHGQPAL 496

Query: 502 LYLVPCTLGVTVI 514
           LYLVPCTLG+  I
Sbjct: 497 LYLVPCTLGILFI 506

[Close]
BLAST of Cla97C08G147170 vs. TAIR 10
Match: AT1G63690.1 (SIGNAL PEPTIDE PEPTIDASE-LIKE 2 )

HSP 1 Score: 488.0 bits (1255), Expect = 9.6e-138
Identity = 244/501 (48.70%), Postives = 345/501 (68.86%), Query Frame = 0 

Query: 28  SSVFADDVSLDDDSAPKSGNCNNPFELVKVKSWVNDAEDETFVGLSARFGTLVPSQAEDD 87
           S+V A D+   D+ APK   C N F LVKV++W++  E+E FVG+ ARFG  + S+ ++ 
Sbjct: 23  STVTAGDIVHQDNLAPKKPGCENDFVLVKVQTWIDGVENEEFVGVGARFGKRIVSKEKNA 82

Query: 88  LKLPAVYMNPRNGCASSSSKLSGSIALSIRGECDFTIKAEIAQAGGAAALLVINDKEDLY 147
            +   V+ NPR+ C    +KLSG + +  RG C FT KA  A+A GA+ALL+IN++++LY
Sbjct: 83  NQTHLVFANPRDSCTPLKNKLSGDVVIVERGNCRFTAKANNAEAAGASALLIINNQKELY 142

Query: 148 KMVCSEKDTPLNISIPVVMLPKSSGDALNKLITDGKRVKLLLYAPKRPVVDFSVVFLWMM 207
           KMVC   +T L+I IP VMLP+ +G +L K++ +  +V   LY+P+RP VD + VFLW+M
Sbjct: 143 KMVCEPDETDLDIQIPAVMLPQDAGASLQKMLANSSKVSAQLYSPRRPAVDVAEVFLWLM 202

Query: 208 AVGTVACATLWSEITAEQTEERYNELSPKESSNRGAAKDDFDSETLDINVKSAVLFVITA 267
           A+GT+ CA+ WS  +A +    +++L  K++ +     +D  S  ++IN  SA+ FV+ A
Sbjct: 203 AIGTILCASYWSAWSAREAAIEHDKLL-KDAIDEIPNTNDGGSGVVEINSISAIFFVVLA 262

Query: 268 SSFLVLLYFFMSSWFVWLLIVMFCIGGVEGMHSCVLGLILRKRKSCEMKTVNLPVVGEVT 327
           S FLV+LY  MS WFV LL+V+FCIGGVEG+ +C++ L+ R  +      V +P +G ++
Sbjct: 263 SGFLVILYKLMSYWFVELLVVVFCIGGVEGLQTCLVALLSRWFQRAADTYVKVPFLGPIS 322

Query: 328 ILSLVVLLCCITFAVVWALNRRASYSWVGQNILGICLMITVLQMARLPNIKVATVLLCCA 387
            L+L V   CI FAV+WA+ R  S++W+GQ++LGI L+ITVLQ+  +PN+KV TVLL CA
Sbjct: 323 YLTLAVSPFCIVFAVLWAVYRVHSFAWIGQDVLGIALIITVLQIVHVPNLKVGTVLLSCA 382

Query: 388 FIYDIFWVFISPVIFHESVMIAVARGDNSGGESIPMLLRVPRTFDPWGGFDMIGFGDILF 447
           F+YDIFWVF+S  +FHESVMI VARGD SG + IPMLL++PR FDPWGG+ +IGFGDIL 
Sbjct: 383 FLYDIFWVFVSKKLFHESVMIVVARGDKSGEDGIPMLLKIPRMFDPWGGYSIIGFGDILL 442

Query: 448 PGLLVSFTHRFDKAHKKSKCNAYFPWLLIGYGTGLFLTYLGLYFMNGHGQPALLYLVPCT 507
           PGLL++F  R+D    K+    YF W ++ YG GL +TY+ L  M+GHGQPALLY+VP T
Sbjct: 443 PGLLIAFALRYDWLANKTLRTGYFIWAMVAYGLGLLITYVALNLMDGHGQPALLYIVPFT 502

Query: 508 LGVTVILGLIRGEIKQLWCYG 529
           LG  + L   R ++  LW  G
Sbjct: 503 LGTMLTLARKRDDLWILWTKG 522

[Close]
BLAST of Cla97C08G147170 vs. TAIR 10
Match: AT1G63690.2 (SIGNAL PEPTIDE PEPTIDASE-LIKE 2 )

HSP 1 Score: 486.5 bits (1251), Expect = 2.8e-137
Identity = 243/501 (48.50%), Postives = 344/501 (68.66%), Query Frame = 0 

Query: 28  SSVFADDVSLDDDSAPKSGNCNNPFELVKVKSWVNDAEDETFVGLSARFGTLVPSQAEDD 87
           S+V A D+   D+ APK   C N F LVKV++W++  E+E FVG+ ARFG  + S+ ++ 
Sbjct: 23  STVTAGDIVHQDNLAPKKPGCENDFVLVKVQTWIDGVENEEFVGVGARFGKRIVSKEKNA 82

Query: 88  LKLPAVYMNPRNGCASSSSKLSGSIALSIRGECDFTIKAEIAQAGGAAALLVINDKEDLY 147
            +   V+ NPR+ C    +KLSG + +  RG C FT KA  A+A GA+ALL+IN++++LY
Sbjct: 83  NQTHLVFANPRDSCTPLKNKLSGDVVIVERGNCRFTAKANNAEAAGASALLIINNQKELY 142

Query: 148 KMVCSEKDTPLNISIPVVMLPKSSGDALNKLITDGKRVKLLLYAPKRPVVDFSVVFLWMM 207
           KMVC   +T L+I IP VMLP+ +G +L K++ +  +V   LY+P+RP VD + VFLW+M
Sbjct: 143 KMVCEPDETDLDIQIPAVMLPQDAGASLQKMLANSSKVSAQLYSPRRPAVDVAEVFLWLM 202

Query: 208 AVGTVACATLWSEITAEQTEERYNELSPKESSNRGAAKDDFDSETLDINVKSAVLFVITA 267
           A+GT+ CA+ WS  +A +    +++L  K++ +     +D  S  ++IN  SA+ FV+ A
Sbjct: 203 AIGTILCASYWSAWSAREAAIEHDKLL-KDAIDEIPNTNDGGSGVVEINSISAIFFVVLA 262

Query: 268 SSFLVLLYFFMSSWFVWLLIVMFCIGGVEGMHSCVLGLILRKRKSCEMKTVNLPVVGEVT 327
           S FLV+LY  MS WFV LL+V+FCIGGVEG+ +C++ L+ R  +      V +P +G ++
Sbjct: 263 SGFLVILYKLMSYWFVELLVVVFCIGGVEGLQTCLVALLSRWFQRAADTYVKVPFLGPIS 322

Query: 328 ILSLVVLLCCITFAVVWALNRRASYSWVGQNILGICLMITVLQMARLPNIKVATVLLCCA 387
            L+L V   CI FAV+WA+ R  S++W+GQ++LGI L+ITVLQ+  +PN+KV TVLL CA
Sbjct: 323 YLTLAVSPFCIVFAVLWAVYRVHSFAWIGQDVLGIALIITVLQIVHVPNLKVGTVLLSCA 382

Query: 388 FIYDIFWVFISPVIFHESVMIAVARGDNSGGESIPMLLRVPRTFDPWGGFDMIGFGDILF 447
           F+YDIFWVF+S  +FHESVMI V RGD SG + IPMLL++PR FDPWGG+ +IGFGDIL 
Sbjct: 383 FLYDIFWVFVSKKLFHESVMIVVTRGDKSGEDGIPMLLKIPRMFDPWGGYSIIGFGDILL 442

Query: 448 PGLLVSFTHRFDKAHKKSKCNAYFPWLLIGYGTGLFLTYLGLYFMNGHGQPALLYLVPCT 507
           PGLL++F  R+D    K+    YF W ++ YG GL +TY+ L  M+GHGQPALLY+VP T
Sbjct: 443 PGLLIAFALRYDWLANKTLRTGYFIWAMVAYGLGLLITYVALNLMDGHGQPALLYIVPFT 502

Query: 508 LGVTVILGLIRGEIKQLWCYG 529
           LG  + L   R ++  LW  G
Sbjct: 503 LGTMLTLARKRDDLWILWTKG 522

The following BLAST results are available for this feature:
BLAST of Cla97C08G147170 vs. NCBI nr
Match NameE-valueIdentityDescription
XP_008464342.16.8e-28792.61PREDICTED: signal peptide peptidase-like 5 isoform X2 [Cucumis melo][more]
XP_038886604.13.4e-28692.24signal peptide peptidase-like 5 isoform X1 [Benincasa hispida][more]
XP_008464341.11.7e-28592.44PREDICTED: signal peptide peptidase-like 5 isoform X1 [Cucumis melo][more]
XP_011656474.12.2e-28592.05signal peptide peptidase-like 5 isoform X2 [Cucumis sativus][more]
XP_011656473.15.4e-28491.88signal peptide peptidase-like 5 isoform X1 [Cucumis sativus][more]
BLAST of Cla97C08G147170 vs. ExPASy Swiss-Prot
Match NameE-valueIdentityDescription
Q9MA446.2e-18260.74Signal peptide peptidase-like 5 OS=Arabidopsis thaliana OX=3702 GN=SPPL5 PE=2 SV... [more]
Q4V3B88.9e-18160.73Signal peptide peptidase-like 3 OS=Arabidopsis thaliana OX=3702 GN=SPPL3 PE=2 SV... [more]
Q53P983.5e-17760.38Signal peptide peptidase-like 2 OS=Oryza sativa subsp. japonica OX=39947 GN=SPPL... [more]
Q0DWA91.9e-13848.19Signal peptide peptidase-like 4 OS=Oryza sativa subsp. japonica OX=39947 GN=SPPL... [more]
Q5Z4137.9e-13748.83Signal peptide peptidase-like 5 OS=Oryza sativa subsp. japonica OX=39947 GN=SPPL... [more]
BLAST of Cla97C08G147170 vs. ExPASy TrEMBL
Match NameE-valueIdentityDescription
A0A1S3CMS63.3e-28792.61signal peptide peptidase-like 5 isoform X2 OS=Cucumis melo OX=3656 GN=LOC1035022... [more]
A0A1S3CLP18.1e-28692.44signal peptide peptidase-like 5 isoform X1 OS=Cucumis melo OX=3656 GN=LOC1035022... [more]
A0A6J1JYL12.1e-27388.56signal peptide peptidase-like 5 OS=Cucurbita maxima OX=3661 GN=LOC111488610 PE=3... [more]
A0A6J1ENS84.6e-27388.66signal peptide peptidase-like 3 OS=Cucurbita moschata OX=3662 GN=LOC111436325 PE... [more]
A0A6J1H7H17.9e-25784.72signal peptide peptidase-like 5 OS=Cucurbita moschata OX=3662 GN=LOC111460877 PE... [more]
BLAST of Cla97C08G147170 vs. TAIR 10
Match NameE-valueIdentityDescription
AT1G05820.14.4e-18360.74SIGNAL PEPTIDE PEPTIDASE-LIKE 5 [more]
AT2G43070.16.3e-18260.73SIGNAL PEPTIDE PEPTIDASE-LIKE 3 [more]
AT1G05820.21.8e-17360.45SIGNAL PEPTIDE PEPTIDASE-LIKE 5 [more]
AT1G63690.19.6e-13848.70SIGNAL PEPTIDE PEPTIDASE-LIKE 2 [more]
AT1G63690.22.8e-13748.50SIGNAL PEPTIDE PEPTIDASE-LIKE 2 [more]
InterPro
Analysis Name: InterPro Annotations of Watermelon (97103) v2.5
Date Performed: 2022-01-31
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
IPR006639Presenilin/signal peptide peptidaseSMARTSM00730psh_8coord: 251..518
e-value: 7.8E-85
score: 297.8
NoneNo IPR availableGENE3D3.50.30.30coord: 55..192
e-value: 1.5E-21
score: 79.0
NoneNo IPR availablePANTHERPTHR12174:SF74SIGNAL PEPTIDE PEPTIDASE-LIKE PROTEINcoord: 43..537
NoneNo IPR availableSUPERFAMILY52025PA domaincoord: 68..147
IPR003137PA domainPFAMPF02225PAcoord: 91..175
e-value: 3.3E-10
score: 39.9
IPR007369Peptidase A22B, signal peptide peptidasePFAMPF04258Peptidase_A22Bcoord: 251..529
e-value: 1.0E-83
score: 281.2
IPR007369Peptidase A22B, signal peptide peptidasePANTHERPTHR12174SIGNAL PEPTIDE PEPTIDASEcoord: 43..537

Relationships

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

Feature NameUnique NameType
Cla97C08G147170.1Cla97C08G147170.1mRNA


GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0042138 meiotic DNA double-strand break formation
biological_process GO:0006508 proteolysis
cellular_component GO:0010008 endosome membrane
cellular_component GO:0016021 integral component of membrane
molecular_function GO:0004190 aspartic-type endopeptidase activity