Moc07g03000 (gene) Bitter gourd (OHB3-1) v2

Overview
NameMoc07g03000
Typegene
OrganismMomordica charantia cv. OHB3-1 (Bitter gourd (OHB3-1) v2)
Descriptionsignal peptide peptidase-like 2
Locationchr7: 2661262 .. 2714641 (-)
RNA-Seq ExpressionMoc07g03000
SyntenyMoc07g03000
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.
ATGGCGTTCTCTTCTTCTTCTCCGGCGAGAGGATCCAAAGTCCCTCTTTTCTCAGTCCCGTTTCTCCTTTTCCTCTTCGCCATTTCCTCTGTGTTCGCCGACGATGTCACGCAGGATGACAATTCCACTCCCAAGTCCCCCAATTGCAACAATCCCTTCGAATTGGTACTGTTTTAATTTATTTTTCTCATTTATTTGTTGTAATGGTTTGCATTTACTCCAATTGTATTTGTTTGTTTTTGGGTCGATCTGATTTTTTTCATTTTGGGGTCCGCAGCGCGTGATTTCTGAAAGGATTTAGATATAGGCTATCTTATGTGATTGAAATTAACGTTCGAGTTTTATCTGCACTCTGATCACGATTGGAAATTAATATGATGTTATTGCTTTCGCTTGTTTGTTGTGTAATTTTATCGTCAACGGCACTTTTCTATGGCGAAACAGTGTTTCTGATCAATAAGCTTTTGGTGCTGGATTAGTGGGTGTTGGTCTCTAGAGTTTTCTCGAGTGGTTTAGGGATCGAGAATTTTGCTCCCAAAGAGATTACGCTTTTGTCCAAATGGTTGTAATGTGATGCTTCTGTTTGGAGCTCGCTTGATGAGTTGAGGCCCAAACTACTGTGAATAATTACGGGCATAGTTTGATTTCAATGGGTGGGATTTGAATTTGGTCTACGCGGCATTTTAGGAACCTTTGAAAATCTTCGCACCTCAGTTTATTTCTCATGTTAAACTTTTGGTTGGTGATTGGATCAATAATCATTATTTTTCTCGTCTCTACAATCTTCGGCAAAAAGTGCTCTTATGTTCCGTTCTACTCAACTTCGGGTGATATCTTTTGTTGGTTTTTTTAGGAGAGTTGTCTTGTAGGGAGTGAGCAAGTTGTTGTTGGTTTTTTTTGGTTGCATTTGAATCAAAAGGACAAACTGTTTTAATCACGAGTCTTATGGTATGTATGCATGTAACGTTTTATTTATTTATTCTTGTTTATTCTTACCGACTACGTTTCTCTCCATTCTGTTCTATTCTCTGGAACATTGCAATTCTAAATAAGGTCGGTTAAGGATAACGGTACTCCAAGTACCCAGAATATCTCCACAATTGTATGATATTGTCCGCTTTAGGTATAACCCTCGTGGTTTTGCTTTTGGTTTCACCCAAAAGGCCTCATACCAACGGATATATTGTTCCTCACTTATAAATCCATTATCTTCCCCTTATCTAGCTAATGTGGAACTTTGGTTGCATTCCTAACAAGGTCAAATTCTTCTTTTGATTGGAGGCGCCGGGGAGAATTAATATCATGGATTTTATCTAGAAAGTATTTTCCAGTGCTTGATTCATAATGGTTTGTTGGCAATTGGCATAAGAGAATCATGATTATATTATTTAGACATTTTCATTGTAGATGTCAGAAATCTAGTATCTACCATAAATATTTAAGGATTCTACCATGTAACCTTTTTTTTCTTACAAGAAGAAAGAAACTGTGAAGAGTTTGAAACACTCTCGTGGGTCCTTCACACACTCTAGCAGGTGTTAAAGCCACTTTGATGGTTAAGTTAGGGGGACTGTGTTGGTTGGAGTAAACCATGTTTGAGTAACGAGACACATGTAAGGGACGTGTGTAAGGCATAACGTGGTGTGGAGATGTAAGGGGATGGGATGTAGGGTGGGGTATGTTATGTGTAGTGTTTTAGGAAGCGCATAAAAGTGCACGCTTAACTGCGATTTGCACTTAGGTGGAGGAGGGGTGCTTTACCTCGTAAAGGTGAGGAGTAAACCATGTTTGAGTAACGAGACACATGTAAGGGACGTGTGTAAGGCATAGCGTGGTGTGGAGATGTAAGGGGATGGGATGTAGGGTGCGGTGTGTTATGTGTAGTGTTTTAGGAAGCGCATAAAAGTGCACGCTTAACTGCGATTTGCACTTAGGTGGAGGAGGGGTGCTTTACCTCGTAAAGGTGAGGTGACCTAACTAGGGCATTGTAGTTTTACAACTTTTTTTAATATAAAAAAGTTGTTGCACCTTGCCAGTTGGCAAGGACTTGGGGTCTCGTGGTCATACTGGCTCAGAGGCTCAAGTTCGAACCTTCTGATGAGCTTAATACAAAAAATCCTTGATGTCTTCTGGGTCCGGGCCTTGGGGCGGCGGATGTCCCTGGGTATAGGGGAACAAAGCTCCGAGTCCCGATTCTCAGAAAAAAATATAAAAAAAATGTCTTCCACCTAACAGACTTTTGAGAGAGGGATATCTTCCACCTAGGGGACTTAGAGAGTGTGAGAAAGAGGGGGCGTGTGCAATAAATGTCTTTCAGTTTTATATTATGGAAATAAATAGTTGTTGTATTGAGAATAAGCTCTATTGTATTTGGATTGAAAATGAGTGCTTTTTCATTGAAGATATGAAAAGAAATATGTTGTTGCCTCTTCATTTATCACATTTAGCCTTGTCTAGAAAAGTTTCATCAGAATTATGGATTATCTAGAAAATTCTGCCGGATCAGCTAGGTTAATCACGGATTGCAGCAGATTGTTGAACTTCAATCTCAGCCAATTCATAAACAAAATAGATTTGCAGAGAGTTGGGTTGGTTTTGGAAAACGAAACAAATTCAATGGGTAATATACCTCTTTTTTCAGACAAGGAGGAAATTGAAGAGTTTTCTTTTGAGAAGGCAAGGTCACGAAGTTAATGTTGAGCAGCTGAATAAAGAAGGCGAAGGGACCTTTCCAAAAATTTGGCGGAAGATGGAAACTTTTTTGAAAATCAGTCACATGAAGAGGTTTTGTGGGAGTAAGTGCAGTAAAGGATGTCCATTCAGTCGCCTCCAATATTCAAGAAATGCTTCTGGAACCAAAGAGTTTTCTTTCTAAAAACAGGGTTAATTTTGAGCAGGCATTTAAGGATAATTTTGACAAGTTGGCGACAACTCAAGTTTTAAATACTCAGTTTTTGCACAAGGAATTCAAAGAGACACCTTCTAAAAAACCGTGGGTTGAGCGTGCATTAAATGAAAAGCTATTGAATGCCCCTGTTTTCTTTGAAGTCTTTGAATGTAAGCAAACTCTTACAAGGATCACACGGACACTTAAGAGTCATTCTCTGATAAGATAAAGAGGGCTTGTGCAACAAATGACTAACTTTTTAATACTTTTTTAGAATACAAAAAGCCTTTAGAAGAACGATGCTTAAACGATTGTAAATATAACTTCAATGCAACGATTCAAGTCATTCCTTTTTAAAGTTTTCTCTAACTGGCTGTCTCGAAGGAAGTTTATTGAACTTCTTGCCTTCTCCCATTCCAGAAGAAAGGATAAGTTGGGGATATTCAAAGGTCTTGAATCCTTAAATTCAGTTGGAAAATTGAGATTGAATTTGAATGGTGCTTTTAATAAAGAAAGAGATGATTTGCGGTACATGCCACTCGAAAAGGCTTCTTTTTGTGATAATCCTAGTGTATCTAAATATTTTGAAGAGGCTGATATTTCGTTTGCAATCTGTTGGGCCCGATGAAAATTAATTGGGTTTTGGTCATCAAGGAGATGCTTTAAATGAGGAAAAGACAGCAGGGTTTTCATTGTCAATGGTAGTTATAAAAAGAAAAGACAGTTAGTGCAAGTGAATCTGATTAAGACTTTCAAAGTAAGAGGAATAGGGGAGAGGGTACTTCTCTTTCCTTAGGTTCATTTCACTCCACAAGCGAGAATGCAAGAGTCCAAACGTCCAAATGATAACTCAGGATTTTTCAGATTTTGAAGACGATGATTTCGATGCAGAGACTCAGCATCAGTAGTCCAGACCCATCTCCAAAGTCTGTTGCTTCTAGTCTTAAAGACCTGAGAGATTTTTCCTTTGAGGAAGAACTTCAACTTCTTTTTAAGGAGCAGAAGGAAGCTGATAAGTCAGACAATTCAAAACATTCTTCCATTCCTCCTTTTTTTTTGAAGAAATGAGAATCACTATTGAATCTATTAATATGGATTTTTGGTCTTTGTGAACTTAAGAAATTGAGACTGGCGGAGGTTGGTTTTTGGAAGTATCATTTCTTTGAATTTTGAAGTTCCAGGTCATTTGGTAGATTGTTTTGGGAGTTGAAGGGGCCGTCCTTTCTTATTTTTACGTGTGTGGTGGCTTTCTCCAAGCTGTTTTCCAATTTGTAGCAGATTGTTTGGTGCTTTTATAGGAAGCTGAAGAGCCCTTTTGAATCATTTGAAACATTTCCATCTTGTCCTGTTTCTTGGACTTGTCTCCTGGGGTGGTATTCGTGGGAATTTGAGAAGCCCCTTTGCAGACCAATTTTCAAGGCAGCATCTAGGTTGGTGTGGAGTTCATGTCATTTTATTACTATTCAAAGCCTGCTAAACCCTACTTCGTCACTTCAATGGGATTCTCTTCCAATGAAGAGCGGCTTGACAATTTTAAGAAGGAATTGGAAAGAAGGCTAAAAATTTTGGTTATTTGCGAAGAAGCTTGATCTAAAAGATGGTTGGACTTGCTTGCTGAATGGAAAATGGAGTATGATTCTTTTTTTTGGTCAAATCAGAGTCATTGTGTGATTGTCACATTCCTTGGAGGGGGGTGTTTTTTCAGATTCATCTGACAGTCACTTTTGATTTCTCCCCAGCAGATAGCCATTTTGTTTTTGCAAGCTTCATGAAAGGGAGTTTTTTCAAGCCTCCGCTAATTCAGATTCTTGTTATTTCTTTGACATTACTTTTTTAGGTTTCTTCCTACAGAATTGGAACTCTGTGATTGTATAGATCCTTTGGTGAGGGTTCCCTCTACCCTCTGCCACTAGGCTGTTTTTTGCCTTCTTTTTGGGCTCCCGTTGGTTTTGAATACATTTCTCTGTTTCTTATATAAAAAAAGTATTAGTTAATTGGTTCTATAAACTTGTATTTTCTACATTATTGTTCCTAGCTGGTTGTTGTTTATCTTTTTTTGCTTCCTTTGGGAACTTGTATTCTCGAACATTTTTCTTCCTTTTCATATCATCAATAAAAAGTTTGTTTCTTGTTAAAAGAAAAAAAGAAAAGAAAAGAAAGTTAGGATTGCTTTTATTCATTGGAAAACAGCACTGGTTATTTGGTTTTCGACTTCTTCTTCATTCATTGGCTGTTGTACGACTGGTTGATTGGTTTTCAATGAGTTTCTCCTTAGTCTTATTTTTCCTTGCACCAATTTTTATGATTGAGAATTTGAAAGGTCTTTCTTGGCACCATCATTCTTTATGGTTGGAAAATTTGAAGAGTTTTCAGCGGCATCTTCTTTTTGTCCTTGGGTCTAGGGTTAGAATTTGAAGGTCTTCTTTGGGCTTCTCCTTAGTCTTAGACTCTTAATTGTCCTTACCTCTTTTTTATGGTTTGAGAAATTGAAGGGTCCCCTCCATTTGGGAGTTTGTATTCTTTGAAAAGTTTTGGTCTCTCTCTCTTTTTTTTTTTTTATTATTATTTTTTAATTAATGAGAAGTTCGTAACTTGTTAGAAAAAAGGTATTCAACACCAATTGAACTAACCTGCCTTCAAAAGAAGAATACATCTCCACTTGTTTAATTTAACGCAAGAGCACGACTTTGGGAGATGAACCTTTTTTTGGGTATTTTATTGAACATATGGTTTGAAAGGACTATTAATGTATTTATGGGTATGGTGGGTTCCTGAGAGGAAGTTGGAGTTGGACATGTTTAGTCCCTCTATTTCAACTTCTGTGTTCAATTTTGTTGCAGCATTCTTCTGTTCTTCATTTCTTAACAAATGGAGCTCTTTTGTTTGGTTTGTGTTTTTGTTTGACCTGGTTTTTGTAATATTTTATTTCTCTTGATGAAAGTGTTTTCTTATTAAAAAAATTATACTAGTAGACAAGAATGACAAGTGGTTATTGACTGCCATAGCTTTCTGATTTTTGTTGATTTTCATGGAACATGTTGAAAGATTTTAATTTTCAAGGCTTAGCATCACAGTGATATTGATTTCAGTTTGATCATAAATGAAGCTATTTTTGTCTTTTTGTTGCTCGTTCTTCAGGTCAAAGTTAAGAACTGGGTTAATGATGCCGAAGACAAAACCTTAGTTGGCCTAAGTGCAAGATTTGGGGCTTTGGTGCCTCTTCAGGCGAAAGATGATCTCAAATTTCCAGCTGTTTTAACAAATCCTTTAAGTGGTTGTTCTAGTTCTTCTTCGAAGGTAATGATTGTTAACACGATCTTTAGATACATGTGATTATGTTTGAGGCATATTATTATATTTTAGTATAATCATGAAGGCATCAATTAGTGCTGTTGTATAATTTTTTTTGAACAAAATACGAATGTCTCATTGATTAATGAAATGAACAAATTTGTTCAAAAAATACAAACTCCCGAGGGGAGCAAGAAAGACAAAAAAAGAAAATAGAGAGAAAGAACCCGAAACAGAGGGATCCAACCCAAATGAACAAAAGAGAAAAACAATAATTCTGGTATGCAAGCGTCCCAACATTAATGGCCACAAGTTGTCAACCGTTCCTAATTTATTTCCAGCCTGTCAAGGAGGTGTGCTGCCGGCTACAAAGATCATGCAAGCATCTAGTATTAATGAACATTTGGTGACAGTTGTCGCTCTCGAATCCCATGGAGCTATCGTTAATGTTTTGTTTTGGGTGTTCTTCAAGAATTAAATGGGAAAGTCATTCGGCATTGTACTCCAAAAGGCACTAAGAATGCCAAAGGTCTTATTCCTCCTCTTCCTTTTTATTACACTTGAAGAAAGGATAATATTCAATTAAGAAACGAATCTGAAAAGCCTTTGGCTTCTAAATCCTTGCAAGTGAATCTGTTTGAGACTTTCAAACAGATTCACTGGAAATTGGGAGAAATCTGAAAAGCCTTAGGCTACGTTAACTTTATCTTTTGGAAACAAGGCTTCGAATTTCTGAGAATATTTGGCTCAAACCCTTCTTTGAATTTCAGAAATTTCTCTAACTCGATCAGCTTGTAACTACATCTTTCTTTTAAAGGGTTCATTCTTTTAGAATAAGATACAGACTTCTCATTGAAATAATGGAAAGGAAATATAAGGTTTCTAAGATACAAACTCCCAAAGAGGGTGAAAGTAAACCATAAGAACAACACAAAAGAGATCAAATGAAAAGACAATTCAGAATAAGAAAAAATCTGGGAAGAACCAAAGACTTGGCCAAGAACCTCGACAAAAGAAACTGAAACGAATCTTCGATTGGGGAAGAAATGACAATTTCAATAACCAAAAAACAATCGCCAATCACCCAATGTCTCTGATTTGTGCAAAAAGAGTATCGTATTCCATTTCCCACTCAGAAAGGAACTCCAACCTTCTTTTAGATCGAGCTTCTTTGCAAAAAGCCAAGTTTTTTAGCCTCTTTTCCAACTCCTTAAAATTGCAAGCCACTCTTCATTGGAAGAGAATCCCATAGAAGTGATGGAGTAAGGGGATGAATAGTCTTTACGTCAAAAAATTCTTAAAAGTCCATCAGAAGTTATCATTAAAAATATTCTTATTATTTCAGGATTTCAATTGCAATTTAAAACTGATTTATGGACTCGTCTAGAACTACTCTGTTCGCTTTTGGTACTAAGGAGTAAGGAAGGTTTTTTTCCCTCATGTGAGTTGGTTCTGGAATTCATTTGGTTCTCCAAGCTCTGCAGCAAGCCATTTTTCTGTTTAGAATGCCTTTTATCTTCTTCGAGCTTGTATTGCTCTTGTTGGGCTAATTCTTTGTTATTTTTCTCTTCTTCTCCCTCTTCTTTTTTCACCCCTTTGGGGTTTGTATCTTGAACCTATTTCCTTTTCATTCTTGTTGAAAAAATTTGTTTGTGGTTAGCTAGCTAATTGATTCAATCATAGATTTTAGCCCTTTTGGTTTTTTGAGACGACCTTGAAATTTTGAGATTAAGACATGAAGATATTTTTTCCGATAATTGTGTCGGAGCTTTGCTCTTCTATACCTGGGACACTTGCTCCGCCCCAAAGTCTGTACTCAGGAGATATCAATGATTTTTTGTATTAAGCTTATTCGAAGGTTTGAACTTGAGACTTTTAAGCCAATATGATCAAGAGACCCCAAGCCCTTGCTAACACAACGCCCCTTGGGGGGCTATTAAGACATGAAAATGTTATGCATTTTACTTTACTGACATGAATTGATGTCAGTTAACTCTTGTGTCTATTTATAAGTCATTAATGGTTATAATTTACCTTTTTCCTCTCTGCAGGTATCTGGATCAATTGCCTTGTCAATTCGTGGTGAATGTGATTTCACAACTAAGGCAAAAATTGCACATGCGGGGGGTGCTGCAGGCTTGTTGGTGATAAATGACCAAGAAGGTTGACATTTTACTACAACTATACAATTTTTTGTGTTTGTTGGGTGCATATTAGACACTCTAGTCTCCTAGATTTAACATAAGGATAAATTGGGCATTGATATGGGCAAGATGTTAGAAAAGGATTTTATGTATATGTTAGAACAGGGCCCAAGGGTAATCACAAAAATCCGTTGTAAGTGAGAACCAAAGGGGGTATTGAACTAAGACCCAAACCTCCTCAGAAACAACTCTCCACGTCTTTAAGAACCTTCCAATTTCAGCCCCAAGGGCTGTTCAGTTAGCAAGGGTTTTGGGGTCTCTTGGTCATACTGTCTTAGAGGTTGCAAGTTTTGATGTAGTTAAGTAGCTGCTTCATAACCTTTCTTGTTTATTAGCTATTGTTATAACTTTTATTTAAGTAGCTTTACTTTTAATGCAAGTAACAATAGTTACTCACGTAATTCTTAAGTAAAGTTTGAAACCTTAGGTTTCAGCCCCTTTATTGAAAGATCATTGAATAATTTCTTCAAAACCCTTCTAAAGGCTACATTAGTTTGGTATCAAAGCACCCAAAGTTCTAGGCACTCGATGGCGGGAAAGAAACCAACAATGGAAGATCCTTCCTTAGCCAACAAAGAACGGAACAAATTTCGGTCCTCTCACCACGATCATGAACCATACGCTTGCAGTTGGTCGAAGGAGATGTGAAAATCATCCAAAAGGATGTGAGTGAGATTAAACAAATCCTGGAAATCATTCGTGGTTAGTTGGAGAATTGGAGTCTTCAACAAAATCTAGAAAGCACGGACATGCCATCTGGGATGGAGTGTCGGTGTCGGACATTGACACGCTCGGACACTTGTTCGACACACTCAAATACGTGTCCCATTATTATTATTATTATTATTTTATTAACGAACACGCGGTCGACACGTAGAAGACATGTGAACGACACGTAGAAGACACGTGTTTCAGTTTCTTCTAGTTTTCTTCTGCCCCAACTTTTCATTTCTTCCTTTTAGATGAGTCGAAAGAATAAGGGTAGAGATGAAAAAAAGGCAAAGTCGGAATGAGAAGAGTTGGAAGAAGAAGATGAGTGGGGAAAGAAGAAAGGTCTAAAGAAGAAGAGGAGAAGAACAAGAATAAACAGAAAAAACACACACAGAAGAATGAGAAGTTGAAAAGATAGGAGAGAATAAGAAGAAGAAAAGAAGAAAAGTCAAGAGTGCATGCAATCTCTCTCCTCCATGACTAACAAATGACAATTTTTCTGCATGATTATCTCTCCTCCATGGTTAACAAATGGCCATTTTTCTCTTCCAATAATTATGACTAAGGCTTTTTCCAAGACTAATAGATGATATTATTTAAGAGGGTTTAAATTTCGTTTTCTTATAATATATATATATATTTTTTTATAAAAAGTCTTTTTTTTCCATCTTAATATCTCTCCTTTTTCTTAAATTTTTAAGTTAATATTTGTTTAATATTAAATATTTTGTTAAAAAAATATTTAATATCAAAGAAACTAACGTGTCCTCAACGTGTCGTGTCCTACTTTTTTTAAAATTGATGTGTCGCCATGTTTGTATCGTGTCGTATCCGTGTCGCGTGTCCGTGCTTCTTAGAACAAAATCCTCCAAGATCCGAGCAAGAACCAAGAAGAGTTGATCGTCAAGGCAACTACCATCAAGAACAGCATCTTGTGTAGCTAAGAAGGTACCGAGATCATGTTTTTGAACCAAGAATGCTCCAAGAACTGCGAGCTGTTTGACTAGACTTCAACCAAAATCCCTTGTTTCAACGTAGAAATGAAATTTTTGTAGATTCTTATAGTGATGAGGATGATATTCCAAAGCTAGAAGAAGACACAAGGCTACATTGATTCAATCAACACCAATATCATGGACCGAGTGAGTATAAGATGGAAATTGATCTCCCAAGCTTTAGAGGGAAGATGGAAGTCGAAGGTTTCCTAGATTGGGTGAAAAATGTTGAAATTTTTTTCAATTATATTAATACGCTGGAAAACAAGAATTCTGCTTGTTCTCGCTGCCTTAAGAATGAGGAGACAATTGACCACTTGTTTCTCCATTGTAATTTTGCCTCAAGATGTTGGTCTTTTGTGACGATTGATTGGTGATTGGCTTCTTGAAATGATTCAGGGAGGTTCTCTAAAAGGCAAAGGCAGGTTTCTTTGGTGTTGCGTGGGTAGAGTTTGTCTTTGGAGCATTTGGAAGGAAAGAAACCAAAGAACGTACAATGATATCTCTACCCCTTTTGATATATTTTGTGAAAATGTGTAAATTACTACGGCCACTTGGTGTCTTACTCATATGAGATTCTTTTATAATTACAGTGTAGCTCTACTGTCCAATGATTGGCAAGCTGTAATGTGGTAGTTCTCTAGGGGAGGCCTCCTTGGCCCTTGCCTATAGGTTGTATTTTCCTCTTGTTCCAATGCAAATGTTTCTTATAAAAAAATGGTGGGTTTGAAGCTAAAGGGGGGTGTGTCCGCTTGGTGGGATCAACTTGAGGTGAATAAACGCTGATATGGGAAAGACCTATACGCACTTGGGAAAAGATGAAGAAGCTTATGGGTGAGAGATTCCTACCTGTAAACTATGAGCAAATTTTGTACCACCAATACCAAATTTGATTTCATAGATTGGGATCCTGGACGAATCTCGGAGAAGATCAACCATACTTGGTGGCTTGGTATATTGGAGGATTGCGGTAAGTAATCAAAGAACAAGGCTTTATAGTCGATTGGTTTCCTTAATGTGGCGATTTCTACTGCCGCAACTATTGAAGAATAGGTCAATAACACCTGAAAAGAACTTTTGTCGTCTCCGTAGAAGTAGTAGCAGTTTGGCTTATTGATGGCATTAAGGAGTTGCTTTTGGCGCCCAACACACAAAAGTTCTTTAGGAAAACGGACTGCATGGATGGTTTCATTTGGATGTAGAAAACAACGAACAAAAGAGGGAGCTTCTTGGAGATAACCAAAGTTCAGGGAGGAGGCAGCAAAAGAAACTTAGTCGTTCCCTCTGGGGAAAGGTTGAAAGGATGGGAATCTTTCAAACAGCTGCTTCTAGACTTCATGAATGGAAAATCCCAGAAAACACCCGAGGTCCAGACGCCAAGAAAAATCCGATCATTTGCAAAAGCTGTCACCCGCCATCTAAGCTTCACGTGGCCTTTAGAGAGAACGCTCTTCTGAAACCAAGAGAAGTGAGAGCTCTAGATTGGAAGAGAACAGTTGTGGTGACAAAAAGAGACTTTCATGACGACTGGGGGAGAATTCTTGAGTTTATAAATAAATAGATAGAAGAGTCCTTCGTTATAAATGCTTTCCAACTTGACAAAGCCCTCCTTAAGTGCACTTCTGAAAAATCGGCGAGATTGCTTGCTAGCAATAAAGGTTGGGTCACCTTCGGCCCCATGACTTTAAAAGTTGAACTCTGGAATCCGCTAATCCATGGACGTTTTACTGTTGTTCCTTCTTATGGCGGGTGGATCAAGTTTAGGAACATCCCCCTTCATCTTTGGAGTCTGGCCACCTTTCAAGCAATTGGGAACTGTTTTGGAGGCTTTTTAGACTATGCAGATGCTAACTCTTCCCTCATTGAATGCACAGAAGTTGCCATTAAAGTGAAGGGGAACTGTTGTGGTTTCATCCCAGCGGAAGTGAAGATTGTCGATCTGGACCAGACGTTTGTTGCCCATGTTAGCACTTTTCAGGACAGCTCGTTGCTTGTCGGAAAGCAAGCGACGGTCCACAGCAGCTTCTCGCCGGAAGCAGCGGATTCTTTTTACAAAGGGAAGGAAGGTGCAGCTTTAAACCCAGTGGATATTTGGAGGGTGCAAGATGGCTTTTTTTATCCAACGGTTAATGTTTTTCACCCCCTTTCTCTTCCCAATGCTTCTGATTTTTTGTCTGTAGGAGGTGACAGTACAGGGGATGCTACTCCCCCTACTCTTTCATGCTTTGGTGAAAAAAGTACTGCCCTGGTGGATCCCACTACTAAGTTGACTGCCCGAGGTACAGTTTTAGCGGAAATTCCAGAAAAGGAAAGGCCCAGTCAAACACAAATGTGTGGTACTTTTGTGGGTCAAGATAAGAAAGGGAAGTCTGTCTCTTTCTCCAAAAACAACCGGCTGAGACTTTTTAAAAAAAAAGGTAATGTGTGCTCCACGACAAACGAAGTCTCCACAAAAGCCACCTCTTTGAACAAAAATGGGAAAGGTAAGGAGAAAGAGTTTGAGATGTTGTCTGACATATCCTTCTCTAGCTTTGATAGTGAAACCCAAAGCCTTGTTTTGGGGTCGATTGGAAACAACACAAGAACCATGATTGAACAAATGGATCCTCCTTCAGAATATTATCATATTTTCTAGGACGTAGAGACGGGCCAAACCTCTTTAGATAATGGTGGTTTGGTAGAAATGGGGCTGGAACACCAAGGAGAACAAAATCAGTGTGTGGAGCATGACTCGGATAAAGAAGAAGAGGAAGAGAAAAATTTTCCTTTCATTAGAAAAATGGTTCTGTACTTGCAAAAGCACAATTTGTGCATTAGAGCCATCCCTTCTAAAGCTGGGAGTGCTGCTAAGAAAAAAGAAGCTAGAGAACTCTGTAATCTTCTTAGATCATGGGAAAAGGAAGTGGAACACAAAAACAGTAGCTTAATCGAGTGCCGGAGGGTTACTCTATGAAGATTATCTTGTGGAATGTTAGAGGGATTGGCGCCCCCTCCAAAAGAGTGCTGATTAAAGACTTCCTTTGTAAGGCTGACCCTGATATTGTTTTGTTGCAGGAAACCAAACTTGTTTCTGTTGATAGAAAGATTATTAAATCTACTTGGAGTTCTAGACGTATTGGCTGGATTTCTTTAGATGCAGTGGGTTCCTCTGGCGGTATCCTGGTCATGTGGAGTGAAGATAGTATTTCCTTAGAAGACTCTGTCTTGGGTAGCTTTTCAGTCTCGGTGTTAATTAAATACAATGATGGTTTTCAAGGTTGGGTGTCTGGTGTTTACGGTCCGCCTTCAACCACGGGTAGAGATTCTTTTTGGCAGGAGATGAGGGATTTAGCTTGTCTTTGCTATGATGAAGGGTGCGTAGGAGAGGATTTTAATGTGGCTAGGAGTCCTCTAGAGAAATCGAGAGGGGGAAGGTTAACCAGAAGTATGAGAGACTTTAATGATTTTGTGGAAGAAAGTAACTTGCAAGAAGTTCCTTTGAAAAATGGCCCTTTCACTTGGTCAGATCTCAGAAACAACCCTATTGCTACCAGAATTGATAGATTTTTCTTGTTTCAGAAATGGATTCAGCACTTTAAAGAGATTACTTTGTACAGACAACCTAGAACTACCTCAGATCATTTCCCCCTGCAATTAAATCTGGGTATTCAGAATTGGGGCCCTTCCCCTTTCCGCTTTGAAAATATGTGGTTAGATCACCCTAACTTCCTTGAGAAAGTTGAGACTTGGTGGAACTCTTTGCCCTCTAACGGTTTTCCAGGTCTCACTTTTATGGAAAAGTTGAAAGGTTTGAAGCCTTTGCTAATCCAGTGGAACAAGGATGAGTTTGGAAATGTGGCTGTTTCAAAGAAAAGTATTATAGACAAAATCGATGAGATAGACAAGGAAGAAGAGAGGGGGTTGTTACCTACTGCTCGGTTCTCCCTCAGATCTTCCCTTAAAGTTGATTTGCTGGAGATTACTTTGAAGGAGCAACAGATGTGGGCTCAAAAAAGCAAACTTCAGTGGCTTAAGGATGGCGATGAAAACTCCCACTTCTTTCATAAATGGGTCTCGGCCAAGAGGAATAAAGCAGCCATCCGGTCTCTTGTTAATGATCAAGGTACAATTCTTTCTTTTGATAGTGAAATTGAAGGGGAAATCTTAGATTATTTCACCGAGCTTTACACTAGGGCAGATGGGATGAGGCTTATATTTGAAAACTTGGATTGGTCTCCTTTGAATTTACAATGGCAAGAGTGGATTGAATCCCCCCTCACGGAAGATGAAGTTCACAGGGCAGTTAAAAGTTTGGGAAATTTAAAGTCGTCGGGTCTGGATGGTATGACAGCTGAGTTCTATAAAAAAGCTTGGAACATCTTGAAGGGCGACATCCTTAGGGTGTTCCAAGAGTTTTTTAAGAATGGAATCGTGAACCTTCGAACGAATGAGACTTATGTGTGTCTAATCCTGAAAAAAGTAGAAGCAAATAGAGTTAGTGACTATAGGCCTATAAGCTTAGTCTGGGCAGTTAAAAGTTTGGGAAATTTAAAGTCGTCGGGTCTGGATGGTATGACAGCTGAGTTCTATAAAAAAGCTTGGAACATCTTGAAGGGCGACATCCTTAGGGTGTTCCAAGAGTTTTTTAAGAATGGAATCGTGAACCTTCGAACGAATGAGACTTATGTGTGTCTAATCCCGAAAAAAGTAGAAGCAAATAGAGTTAGTGACTATAGGCCTATAAGCTTAGTCTCTTCTCTTTATAAAATCATTGCCAAGGTTCTGGCGGATAGACTCAAAACAGTCTTTCCTCACATCCTCGCAGACGAACAAGCTGCTTTTGTGGAAGGAAGGTAGATCTTGGATGCTATTTTAGTGGCTGCAGAGACTGTTGGTGATTGGAAGTCCACAAGAAAGTCAGGGTTCTTGTTAAAGCTAGACTATGAGAAAGCTTACGACAAGGTGGATTGGGATTATATTGATGCGGTGTTGGAAGAAAAGGGTTTCGGTCAACGGTGGAGAATGTGGATAAGGGGCTGCTTGTCCTCGTCAAACTTCTCAATTATCGTTAATGGAAGACCAAGAGGCAAAATTAAGGCCACAAGAGGTTTACGGCAAGGTGACCCTATTTCTCCTTTCCTTTTCACTCTCGTGGGAGACTCTTTCAGTCGGCTTGTGCACTTTTGTTGTGAGAAGAGAATGATTTAAGGCTTTGAGGTGGGAGAAAAAAAGGTGATGATATCCCACTTGCAATATGCTGATGATACACTTTTGTTTTGTCCTGATGAGAAGGGTCTTTTGTTCAAATGGTGGATTGTAGTTATTTGGTTCCTTAGGGCGATAGGCTGAATCAAAAAGCCCTAAGCTTGGGCTGTAGAGTGGAAGATTTTCCTTTCTCTTCCTCCCTCTCGGGTGAAATTTCAAAGCCACACGTCTGTGGCAGCCTTTGTTGGAAAAATTGAAGCAAAAACTTGATAAATGGCAAAGGCTAGTCCTCTCAAAAGGAGGAAGGTTGACGCTAGCCCAAGCAGTGTTGAATAGTATGCCTAGTTATTACCTTTCGCTTTTAAAAGCTCCTATTGGTATTGCTAAACAGATAGACAAGCTTGTGAGAGATTTTTTCTGGAAGTCAGACAAATCACACCCCCACAGAAATCTGGTTAAATGGGATACCACGTCGTTACCCTTGACTAAAGGAGGTCTCGGTATAGGGGCCTTCCATCTCCAAAATAATGCGCTTCTTTTGAAATGGTTGTGGAGGTTTACCCAAGAGGGAGATGCCCTTTGGAGAAGAGTAATTGAAAGTATTTATGGGTTGGAACCTCTCAGGTGGATGGCTAAAATGCCCAAGGGGAAAGCAGCTGGTAAGCCTTGGTTTGAAATAGCAAAGAATAACATCCTTTTCCTTAAATTTCTATCTTTCAAAGCTAAACATGGTGACAGAATCCGTTTTTGGTTAGACAGATGGATGGGGAACACTACTCTTGCCTACGATTTTCCTGAAATTTTCGCTTTATCTTTGAAAAAGGAGGCCACGATTGCTGATTGTTGGAAAGAAGAACAGCTAGCTTGGGACCTAGGCATAAGAAGGGGTCTGCTTGATAGCGAAGTTAGGGGCTGGATTGATATTATGAGCAGGCTGGACACCATTCGAATTGGGGAAGGAGTTGACAAAGTGGTTTGGTCTCCTGATTCCTCTGGTGTGTTTACACGGTTAAATCGTGGTTAAAAATTTTGTGTGAAGACTCCCCAATTATGAACTCTCCTTTTAACTTCTCTTCTTTGGAAATTCTCTGTTCCAAAGAAGGTTAAAGTTTTCCTTTGGAACTTAGCCAACCGTGCTGTAAACACAGCAGATAGACTGTAGCGAAGATGCCCAAATTGAGCTCTTTCTCCTTCCGTTTGTGTTCTTTGCAATCAGAATGAGGAAACCATGAATCATATTTTCCTTCACTGCCATTTTGCCCTTCGTAGGTGGTTCTTTCTGCTGCAAATCTTCGGGTATTCCACTTGCTTGCCTCAGAATATTGATGGGTGGATGAATGAAGCTCTTCAGGGGTGGCATTTTAAAGGGAAAGCAAAAATTCTATGTAATTGTGCTGCTAGAGCCCTTATTTGGAATCTCTGGATGGAAAGAAACAATAGAATTTTTGAAGATAAGTCCTCTACGTTAAAATTTTTTTGTAATACAGTACAGTTACACACTTCTTGGTGGTGTTCTAGGCATAGAAAATTCTTTTGTAATTACAGCCTCTCGTCGATAGATTGGAGTGCTTTACTTCATTAGTTTTTTGGAGGGGTAGCCCTCTTCCCCCTGCCCTTAGGCTGTCTTTTCTCTATGCTTTTTTCTATATATTAAGTTTCTTATAAAAAAAAAAAGAATAGGTCGATAACCGCCATAAGAAACAATATTCAAGGACGAACACTTGGGATCGAGGTAGAACATCAAGAAAGATTTCTTCTTCGACTGATCAGACTTCTTTACCGACTAACACATCCTCTGTTACTAAATGGAAACAAGTGGATTTAGAAGCAGTGAAGGATGCTAAGGCCAATGGTCGAACCTTTTGGTGAGTTTAATACCAAAAACTCTTAATGACTCCTGGATCCCGCCCCTGTGTTGAGCTCCAACTCCCGATTATCTAAAAACAAAAAAAAAAAGAACCTTCCAATTTCTCTAAATTAAATGGCTTAGCCTTGTTGGAAGTATATGGAACTTCCTCAGGATATTGAGGTCATGGCCACCAACATTAATACAATTGTGGGAACTTCAAATTTTTGAAGGGATTAGTGATGAAATAGTTAATCACTCATTCGAGGATGACCTTCAATCTTGTTTCAACGAGGATAACTCTTCCTTATTAAATAAGTTTGAAGTCTATAAAGGAGGAGGTATTCGTGAAGAAGTCCCGGCTTGGCTTTTTGTTTCTCATTTCGTTTCTTTTGGTAGCCTTACATGTTTTTTTTAAATTTCACGAAAATTTCATCTGGCGTGTCCTTGGCGTGTTGGCTGCATGTTTGTGGCGTGTTTGCCATGTGTTCAAAATAACAAAAAAGATGATATTTCGCGTCTGATGCGTGTTTGTTGGAAATGGAAACTTTGTTCTTCCTAGTGTATGACTTTTGCTGGCATAGAGAAGAGGGACATATGGGGAGATTTGATGGAGTGACTTGGATGAGGATGAACCTTCCTTCCTTCGAAATATAGTAGTTTTTCCATGATTGGAGTTTTTTCTTCACTTTCTCCATCAAAGTTCCCAAAATGAGGAAGAATGAATTTACCATTTAAGGGAAGGCCAGGATAGGAATAAGGCCACGTGCCTCTTAGAAACAATGTTTTAAAAATCGGTCAAGGCTTACGCCCTGAGATGTGCCTTGAGGCGAGGTGGCTATATCATGCCTCATGGCTTACGCTTGTAACAAATAAAATGAGGCTTCCCCGCCTTAGATAACAAAGGCATATGCCTCCGTGCTTAAACCTTCGAGGCTTAAAAGGCGTCAGCCTTAAAGGAAAATGGTCTTTGGCGGTGGTGGGGTGAAATTAATAAGGTGGTGCAATTAACAATGTGGTTTAGTGCCCTGACAGAAAAATAATTGCCTTAGATATTTGGTTGATATATTATTATTTTTTTTGAACAAGAAACAACTTTTCATTGATATATTATTTTAAACTTAAAATCTTATTATTCTATAATTAAATAGCAACCTAGACCAAACTAAAAGACAAACCTAGTTTGTCTTCATTTGTATAGTGAATAAAAATGTAGACCAGTAGATTGACTGCAGAAACAGTGCGTTAAAATTTTATTTTTCTTCTCTTTCCCTCCTATCTACTCTGTTTTGCTTTGTTTTTTCTTTTTTCTTTTGGTTATTACATACTGTATCAAGGGTAGCAAGTTTTCTTCTTCTTCTTCTTCTTTTTTTTAGTTTTGTTTATCCCTTTTTTTCCTCTCTTTTTTCACCTCAACTTGTTTTCCAAATTTTTTCTTGTTTTCCAAATTTTTTCTTGGTTTATCTTTTAGTGATAATGATTCTGAAAGGTTAGATGTACTAATGTACATCAATGGACTATTGAGATATTTCTTTTTCCTGTTATAAATTTTTAAGTATGTTTGTACTTTTATATACCAAGTTTAAAATTTTTTTGATCCCTTATTTAAAATTGTCTAATGGGAGTAGAAATAATGTTGGCTGTCAACTTCATGTACAAGAACTCGTATCTTGTTCTAAAAATCTCTCGATCTATGTTTCTAATGCTTGGCTTAGTAATTTTGAATTGTAATTTAAATCTATAAAGAAGTTAACAGCCTGCATGTTATGATTTTATCTATTTATTTTTAGTTATTGAATTTGGAAATTGTTTTTCCGTTGACCTAGAACTTTACAAGATGGTTTGTTCTGGAAATGACACTGCTCTAAATATTTCAATTCCGGTTGTGATGCTTCCCAAGTCCAGTGGAGAAGTTCTTAAGAAATCAATAGAGGCTGGAAAGAAAGGTGAGATTTCTATTTATGCAGTCTCAATGATCATTGTGCGCATAAATTTAAATTTAGTTATTTGATGTTTCAATTTGTGCATGTACTCATGTTATGCACTCAGAGTAAGTTTGCACCCATGGATACATTCTTATATTTATCTGACTGTACAATTTTAACTCTTAGTGTATCTGCACATATGGGTTAACATTATTATTTGAGTTATCTGATTTATATTTTATTATTTTCGTTGTTGATATATTTAGTTGTCCAATAATACGTCAAGTTTTGATTACCTTTGCCCCTTACAGTGGAAATTTTGTTATATTCTCCAAAGCGTCCAATTGTGGACTACTCTGTTGCAATTTTGTGGGTAATGGCTGTTGGAACAGTTGCATGTGCCACGCTTTGGCCAGAGATCACCGCTTCCGAACAAACTGAGGAGCGCTATAATGAATTATCACCAAAGGTGCACTCATAATACTTCGTGTCATGGTATTTTCATTCTCTCTATAAAAAATGGGTATTTGATTTCACTTGCTGAAAGCGCCTATCTTTCTTTCTTTCTTTCTTCTTCTTTTTTTGTTTGAGGAATGCTGAATGCCTATCTTTGTGATGCCATTTTTGGATTTTTTACATAATGGGACATGATCTCACAATGTGACATTGTGCAAGTATGCCTCTAATCTTACTTTTCTATTCTAGGACTATATAGATTGAGAAAATAGCATAGGGAAATTGGGAAGCTTTTATTTTCATTGATTAGTTCATTGAGCCTTCCTGACCAGTCATTTTATTTTGCCGGTTTCGATTGTTTTTTAGTTCCTCTTCTTGTAACCTTTGTATTTGCTTTTGTTTTTTATTACATCAATGAAAATTCAAGTTTCTTGTTTTAGAAAAATTAGAACTTCAAGGGATGATGATCCACTAGTAGACCTATGACTTTGGAAAGAAAAGGCAATACCACTCTTATTTAAACGAGGAACCTCCTCGGAATGCAGAATGTCTCTTCATTGAGAAATAAAATCCTCAGACCTAGGAAACATTGAATGAATAGTAAATATGAATCAGAATCTAGCCCTTGAGAAGCCCAAAAAGGCCCTTCAGAATCCTAAAAGACCTTTCAAATTCTCAAAAACTTTAAGAATTTAAAGCAAGCCTTAAAAAAAGAGAACTTCTCAATATACAAAAATCCAGCCAAGCGGCAATAAGTTTTTCTGCTTGTGTTCAGAAGGGGTGTTCACGGGTTGGGTTGGGTTGGGTTAGGGTGTTTTTTGGACCAACCCAAATTTTCAGGTCGGTCAAATTAAGGAACCGGCAGAACCGAATATTATGGTCAACCCACCCAACCCAACCCAATTTTTTCGCTTTTTTTTGTTTTTTTTTTTAATCTGGATTGAAAAAAATGAATAGGATAGCTCTGAAAGAAAGAGCACCGAGAGAGATAGAGAGATGAAATCGTGGGAGATTGAGAGTAATGTGAAGATGAAAAAGATGAGGAGATGGAGAAGATGTATGGAGGAGAAAGGCAACATGAAGATAGAGAAGAGGTCAGGAAGATCTGCTTCACGGCAAGACGACATGATGAGAATATGAGATTGAATGTTACAGCAGTGATGAGCGACAGACCAGCTGCTACCAGCGATGAACAACCTTGCTTCACGGCGACGACGAGCATCGAATCTGTTGCTACAGGCGATGGCGATGAGCTGCTCCTGAAGAGAGTCGAAGATGATGAGAGAAGGGATGACAAAATGAGATGACGAGAGAAAGAGAAGAGATGAGAAAACGAGAATGAGAGGGTAGAGGAGAGGAGGCGTGAGATTGGGGTATTTGAAAAGATGGTGAAAAGATAAACCAAAATCAAGCCCTAAAATGAAAGACTGAGATTAAAAATAAATGAATTGCTGAGATTGTAAATAGATATATTAATATAATTATATACTCATAAATTAAAAAAAAATATATTTATAATTCCGGGTTGGGTTAACCCGATTTTTTAATTGTGAACCCTAACCCGACCCGAACCGATCGGTTTGGAAAAATTACAACCCAACCCGAACCAAAACTTTATCCAAACCAACGGTTTGGGTTGGGTTCGTCGGGTTGTCGGGTTTTTTGAATACCCCTAGTGTTAAGTTAAGTGATTGTTTTGGTTTCCTCCTCAGTAGTAAGTCCTTTTGAATTGACAAGCTTTATTGATAACAGTTTTTCAGCATGTGTTCTTGGGCTTCAGATCTCATCTATTTCATGGGTTTTTTGTTTTTGTGTTCTAATTGTTTTTCTTATTCTTTTTTCACTTCCTTTTATCCTTGAACTTTTTTCTTCCTTTTCATATTATCAATGAAAAGTTTGTATCTTGTTAAAAAAAAAAAATTGTTATTAGGTTACCCTAGATTGAAGAATCTGGAGTTTATACTTGTAAATGAGTAACTCATCACTATGAAATTTGTTGTTTATGTGTAGACTGAGGAATTTAAGAATGATTTCCATATTATATTATTTTACTTTCATACCATTCATTGGATAAATCTTCTTCTTCTGGGATGATTATGTTCTCTTTCAATAATGCTTTGGATCTGATCTTACAAACATTTTTTTTTCGAACCAGGAATCTTCCAGTGGAGCAGCAAAAAATGACTCTGAGAAGGAAACCCTTGATATTAATGTAAAGGGTGCAATAGTATTTGTCATTATGGCATCTACTTTCCTGGTGCTGCTATATTTCTTTATGTCTTCTTGGTTCATTTGGGTGTTGATTGTAATGTTCTGCATTGGTGGTGTTGAGGTAATGACATAAATCTTGCATGTATATTTTGAGATTTGTGCTCAATTAGGATATCAATTCTTTGTTTTATGATCCTCAGCGTTTGATGCTAACATCACATCATCTCCAGCGAGGACTATAATTTCATATATATATGTATGTATACATATGAAATTTGTTGTCTGAGAATGTAGAATGGTGTATGGAAGTCTACATTTTGGTAGCCACTCGGTGTTTTTTTTTTAATATTTATTTGTGACCTTGTGCATTTTTTCAATCCTTGTCAGTGCCTTTTAAGTTGATAAATGGGTATTTCTTTTGTAAGTGCTGATATATTCCTTTTTCCTTTTCCATCCCATTATCCATGTGCACAAAGTCTCCAGATGACCATGACATTATCCCACACCAACTCCAGAACTTCGGATTCCTTTCTGACCCAATAATGCTTCGAAAACCCATTTGTATCAAGGACTTTCTGCCTTCTCATCTTCCCGCTTGTAAAAGAGTCCTAAAAACCTTATCTTTCTTTGTGATCTACTATTTAGGCGCATCCCTAAAGCTTCCTCTCCTTTTTCCTTCTATAGCCTCAACATAAGAAAGATGAGAATTTGAGTTTTCCTTGTCCTTTGAAGCTTCCTTCTCCCTTGTTAAACCGATCTTCACCATATCCAAAAAGCTAACCACCCGCTTGTTCCAAGACCAGCAGCGATTGCAATCCTTTTTCTTCCTCCAGTTGGAGGCCAAACTACTAATTCGACTTGTAAACTTGAATCATAGTTAAAACTTTTGAATTCTCTAAATACTAAACTCATCTCTTATCTGATTAGAAAAGAAAGTTTGCACCCATCAGATCAACCAGTTGATCTCCAAACCAAGCGAACTGCAGAAGTTTCATACAGTACCACATTGTATCTCATATCTTCCACATAAAACCAGTCATCTTCAAACCATAAGCAAAAATGCGTATTTTCCACATAGAAACTATTGATTTCCACATAGAACTAAAATCTGAACTGTACTTATATGAAAACTGAGATCCCAGCTAAGAACTCGCTTGATTGTCTCTTTCAAAACCGAAAGGGAGAGGAGAGGGAGGAGAGAGAAGAGAGCATACTTACTTTTTTCCCACCATGACTCTTTGTTTCCCTCCGCTTCTTCAACACATGATAATTTAACCCCTTGCCAGAATAACTAAGGATGCTGTTTCTAATTAAGACCACCCAAAATAATCTCTGGATCCACGGACTAAACCAAATTGACACAGCTAACCAATTCCCTCTCAAAGAGACCTTTACGGAAACCCAGGTCGCAAGCATTCTGCTCTGCATTCCAGCACTCGGCGATGGAGGCCCCTTGTTTCAAAGAGATAGCAAAGAAATTTGGGAAGACTTGCGCAAGGGGAGCTTCACTCACCCAATTATCGAGCTAGAACCTAATTATCTCGCCTTGACCAGCCTTAAACGTTATAAACTTTTGGAATAGAGTGATATTCTTGGCTATATCAAACCAAGGTTTTCCCCTTGCTATCCCTTTAGAGGCTTCAACAACCACCCATAAGAATCATCCCCATAACTCTTCCCCACAAAGTTGTAACTTGGGTAAAATGCCAAAACCATTTAAGTAAAAGAGCATTATTCCTATGCGTGAAAGCAACAATGCCCAGTCTGCCGAAATGAATAGGGAGAGAGGTTTGCTCCCAGTTCACCAAATTCCTGCAAGGATGCGAAGAGCCGCCTGCGGAAAAGAAATCTCTGACCGCCTTATCCATTTCCTTTGTAATACTCATTGGTGCTTTAAGGGGAGGCAAGTAGAAAATTGGTAAGCTATTCATGATGGATTGAGCTAAGTTCAGTGTCCTCCTTTAGATAGAAGGAGCTTCTTCCATTTACTTAATTTTTGGGTGAACTTCTCCACCATAGGGCGCCAAATAGCAATCTTTTGGTGGTCTCCTCCGAGGGGAATGCCCGAGTAGTTGAAAGGTAGAGATTCAACTCTACACCCTAATAGCAGCCTTGCAAGCCACTATACTTCCAGATAAATTCGGCTCCATAAGAGACGTTTTAGACAAATTGATACTAAGGCCTGATCCTTTAACGAACAACAAGATGATCCCACCATCTACCAAGATTTCTTTTGTACCTAGGGCAAAAAACTATCTATTATGTGGATATTGTATTGTAAATGGGAGACATGGTCTTTATGTCTACCCACTTCAAACCCCTATCATTCTTTTTCTGCAACAATAATTCAGAAGACCACTAAAGGAGTCTCCGATTAATGTAAAGAGGAAAGGAGAGAGGGGATCCCCTTGTTTCAAACCTCTTTTGGCATGGATCTTACCCCTTGGTCTATCGTTTATGCCATCTTCTATCGAAGCCTTTCTGATCAAGGACCGCGTCAAGATAATCCCAGTTAACCATTTCATCAGCTTTTTCATAGTCCAACTTAAGCAAGTAGCAACCTTTTTTGAAGCATTCCAATCCCCTACAACCTCTGCCGCCACAATCATAGCATCCAGAATCTGGCTACCATCAACAAAAGTAGACTGAGCATCGTCAACTATGAGGTGAATAACCTTTTTTAACCTTTCGATCAAGACATTCGCAATAATTTTGTATAGGGAAGTGACAAGGCTTATGGGACAAAATTCATTAACTTTATTGGCATGCAATTTCTTTGAGATCAAGCAAATATAAATTTCGTTTGTTCTGAGATTAATAATGTTGTTCTTAAAAAACTCTTGGAACCCTCGCGTTCCCTAGAAAGTTGAGTTCCCTGTTGATTAATGGAATTTGGAAGAATCACACTCCTAAGAAAGTCCGAGTGTTCCTTTGGTTGGTTGCCCTTTGGTCCTTGAATACACATGAGAGATTGCAAGTTAGATGCCCGAACTGAACTCTCCCCCCCTCAGCTTGTTGTTTTTGTTTGGGGGCAGGATAACATAGATCATCTATTTATTCATTGTCCCTTTTCTGAAAAAGGGTGGCAGTTTTTGTTTCAAGTTTTGGACCTAGCTATTTGCTTGCGTAGATGTGTTGAAGATTGGATGATTGAATGTTGCCTTGGTTGGTCCTTTAAAGGAAAGTTCAAAGCACTCTCGGATTGCGCCTTTAAAACTATTTTGTGGAACCTATGGCTAGAAATAAATCTTTGATCCTTTGAGGACAAGGCTAAATCTTTTGAGTTCTTTTGTAATAGTTTCCATATCAATGCTTCTTGGTAGTATCATACAAATAGAAAATTCTTTTGTAATTACAGCCTCTCTACGTTTTTGCAAGATTGGAGAGAGCTACCGTCTTGTTGGTTCCTTTTTGGAAGGGCTGTTCTTTTGTTCTTTTGTTTATAAGATATGTTTTGTTTCATTGTCCCTTGTCCATAGGCCGTTCTTTTGTTCTTTTGTTCATAAGATATGTTTTGTTTCCTATAAAAACAGTTCTTTTGTTCTTTTGTTTATAAGATATGTTTTGTTTCCTATAAAAACAGTAATTGCTCTTGGAGAGAGGTATCAAATGTTGATATTTTATTTTTGTAGCATAAAAGAGCCTACCTTTGATGAGAAAGAGCCTTTGGTTTTCTTTAACAAGATTTCACGGAAGTGAGCTCGACGTGAAGTTTGTGAAACTTGAGTGTAACTATGTCATGTGAAGTGAAGAACACTGCCTCCATCTCAAAAGGACAGATAGGGAACTTCCCTAAAAGTAGACGACAAGTTTGAAATCTTAATCAGGCAAGACATATCTTGTTGTATCAGTTTTTGGAATGAGTGTAGGCTTAATAGTGAACGCACACCGTTTCTCAATATGAAATCAATGACACAACTCTATGCCACAATTCATTTGGTTCCCTAGAAGACCTCCTGACAACAGCATTTAGCTAACAGGACTTCATTTTTGTTTTTGAAGTTGCCTAGCCGTAGCCTCCTAAAATATAGAGGTAAAGACACTGAATTTACCCTTGATATTGAGTTTTCAAATAAAAGAAGGAAGGGTGAGCGTTAGAATGGAACCTGGGTGGGTACCTCAGAAGTCTTTTTGATTGGGAAATGGAAGAATGGGAAAACCTTTCTTTGATGCTGGAAAATGTCAGGCTTGGTTAGAGAATTGATGCCTCGTTTTGGAAGCTAGAAAACTCAAGTTCTTTTGGAAGCTAGAAAACTCAAGAACTTTTCCTATTAAATATGCATCGTTATTCCTCCATGAGAAGGATAATTTTGGACCAGTATTTATGTAATTTAATTAGGGAAGGAGGCTGTCCTCAAAAGGTAAATTCTTCTAATGGACCCTTGCTCTTGGCTGCATAAACACCCTTGATAAAGTCCAATAGAAGAAGCCCCACATTCTTTCTATTGATTGCAATTTTTTCTCCAAAGCATAGCATTTTATTTGTAATTGATTTGGTTCGTAGTGGTGTTCCTAAAAGCATATATAAGGTTGGCTCCTAGAGGTTTTATCGGATTGGTGTTTCAAAGATAAATTAAAAGTGGTCAAGCAAATTGTCCCATGAGATTAGTTGAGGTGCATGCAAGCTGGCCCAAACACTCACGAATATCAAGAAAAAAATAAAAGATAAATCTATAGTGTTGTGGCCTAATTCTTCAAGAGTTCTTTTGTGACTTATTTGGAAGGAAAGAAATGTTAGAATATTTTCAGATAAGTTAATTTTTTTCATTATTTTTGTGACTTTGTATGGTTCACAACATCTAATTGGAGTGCTCAATACAGACTCTATTTTAACTACTCTACTTTTACCATTTAGATTGGAGGACCTTTGTTTGACCCTTTGCCTTTGGAAATGGGATGTCTTGTCCCTGTCCGTTTGTCCTTTAGATTGTTTTTTCCTTTTTTTAATTTGTACAATTTGAGATTTGAACTTGGGGGTTGGACCTTTTTACAATCTATCCACTAACCCAACAAGCTACAAGCTCTTTCGGTGTCCTTTATATTGTTTTATTTTGGCTCTTGCCACTTTTTGAATGAAGGTCTTAATTTGTATCAAATATTTTTTTTTAACAAGAAACAACTTTTCATTGATATATGAAAATGAGAAAAAGTTCAAGGATACAAACTCCCAAAGGAGAGAGAGAAAAAAGAAAAGAAAAAAGATAAAAATAGGCCCAACTAGGAGCAGTACAGATAATACAAGCATATAAGACCAAGCTTACTATAAGCAAAACGATCCATCAAGATGCAAGGACACAAAAGGAAACGTTTAAGAGCCTTTAACTTCGGGCATGCCAGCAACTTCATCAACGTCTTTACCATCTGGAAAAAGGACATTGAGATATTATTTATTTATTCTTCATCAACTTCATCAACATCTGTATCTGATATTATTTATTCTTTTTATTTTTTACTTATCAGACTAGTTTTTGTTTCTTCTTAAATGATCGTCTTTTAGTGCGTTTCTGTATCAAGCATTATAATTTATGGCAACCTGGTCTCTTAAATGTATTTGATAACTTGTAAAGGTTTACCTTTCAGGGAATGCATAACGTTATATTAGGACTGATGTTAAGGTATGCTTGCTTGTATATTTCTTGCTGCTAAAACTTATGATGAGTTGTTTATGTATATTGGTCTTTTCTATATATTTTCTTGTGTCCATTATTCATTGTGCAGAAAATGCAAAAGTTGTGAGAGGAAGACTTTGAATTTGCCTTTAGTGGGGGAGATCTCTGTTCTGTCATTTGTCGTGCTGCTTTTTTGTATAGCTATTGCGATATTCTGGGCTGTGACTCGGCGTGCATCATACTCTTGGATTGGCCAAAATATTCTTGTAAGTATTCGCACACACACACATCTATTAATCTCCAAATGTTTAATTCAAATTGGTTTGCAATATGATTTTGTGGTCCAGTCCTACTGGTTTATTTTGAGTGAATGGAAGTTGAAAATTGGCCATGTCTCTTTTGTTTGAGTAAATAATATCTTTGTTTTAAGTATTTGTGACGATTCTCTTACCATTCTTATTTCCTAATAAGCTTCTTCATGCGATTTTATCTGTTAATTTTGTATGAATCTTTTCCTTTGAGCATTTTATTTTGTTCACTAGTGGAATTAGGACTTGTTGAGGAAAATGACATGCCTATTATATTTATTTTGATAGAGACATTAGAGTGTGCATTTTTTTAACTAGAAACAAACTTTTCATGGATAATATGAAAAGGAAGAAAAATTTTCAAGTACACTAGCTCTCAGAGGAAGTGGAAAAGATGAAGAAAAACAACCAAATATAGGAACCAAAATTTTCATTAGAGTGTGCACTGCGCATTTTAGTTCGCTTTGAATGATTGCCTAAATTTTCACGAGTATCGGTTAATATCAGATTGGTAAGTTGTAAGCTAGATTACCTGTTTTTGAGGTAATGAGTTCAATCTTTAGTAGTTATCTGTGCATGATATTAATGTTTTACGATTTTCTAGATATCAAATGCTGTAGGGTTAGTGCTCATATATGATTGGTTAGTCATCAATTGTAAGGAAGGCCCGGACACCAATTTAGCTTTGGTTCGTTTGGTGTCATCAATTGTCAAATGCTGTCTGGAATCTTAAAGAAAGGAACGTGTGCAATAATAGAAAATAAATGAGGAAAGATATTAGTCACATGTTTGAGGAGATACTTGCATTATTGATGAATAGGATAATGGTAAATGTCGACCTATATATGTGAATGAGGGGAATGGAGGTCGTACGGACGTACGGTTCTCTCTCTTCCCCTAGATTATTTAGAATTCAAGTTAAAAGGTGTTCAGATTTAGAGTTCAGTGAAAAGTTCCAAGTTTTCAAAATGGAAATCAATAGTGCTTGTATTGAAAATAAGCATTATGGTATCTGGTCTGAGAATGAGTGTTTTTTTCTTTTTAACAAGATATGTATTGAAAAGAGAACAAAATGTTCAAAAGATACAAACCCCTAAAGGGAGCGGGAAAAAAAAGACAAGGGAAAGCATGAAATGTAAACAAAGTAATACAATGCCAAAGAGCTGACTACAAAAAGGCCAAAACAGATACAGCCTAAAAGAGCCTCCCAAGAGCAGGAACCACAGACAGAAGCTTCTGGAATCTTGAACATCAAGAACATCATCAAGGTCATCAATGAGTGTTTTTTCATTGAAGATATGGAAAAAAGTACTTTGTTGCCCCTCAATTCTTCTCGCTTAGCGTGGTTTGAAAATTCATTCATTTATTTATTGCACAGTCTGATTCATAAAGTCTTTTACAAACAAATTAGAGATGATTTTTCTGCTTGCAGACTACAAAAAAATTAGATCAAACTTTAGAAATTATGTTGATTGTATTATTTGGCCTAGTTCACGAGGAAGAAAGAGCATTGTGGTCCTTGATGGGCACAACAAAAATGAATGGTTCGCTTTTTGGGATATGTTGGGCGTAGGATTGACTTGAAGCAAAAGAAAAAAAGGTAACCAAGTACAAAAATGAAAAGTACAAGAAAAAGGACGAGAATTAAGCAGGAAAAATAAAAGCATCCCAATTTAAGGATCCTTGCAAGAGGAAGAATGCTCTATTGTCTCTCTTCCCCAAGGTTCCAGCCTAGTTGGTTAGGTCTTTTCGTCTTTGTCTTTTGAGTTGAGTTTGATTTCCTTTTGATTCATATCTGGTTTTTTCAAAGACGGTTGTATCCAAAACAATCATTTTTGTGTTTCGACTGATAATGAGTGCCACTACATTGAATATACGAGCAAAAAGGTTGTTCTTTCTCTCCTTTGTACCCATTTACCTTTGTTTGAGACTTTTTGTTGAACTGTTACAAATTTTTTTTTTAAGCAAGAAAGAGATGATTTTGGAACAGGCAGAATTCACAAATATAGCTCTAATCTACGATATTTTGTCAAATGTTAAAGTGGTTGGTTTGCCTTTTGGGACCTAAAGGTGTTTATGAGAAAAGATCATAAGAAAAATCCCTAAGCCCCCAAGGGATAGTCCAGTTGGTAAACACCTTTGGCTAAGAGGTCTCAAGTTCGAACCTTCTGGTGAGCTTAATACCAAACATCCTTGATGTCTCCCGGGTCCAGGCCTTGGGGCGGGTACAGATGCCCTTGGTATAGGGGTGCAAAGCTCTAACTCCTAGTTCTAAAAAAAAAACCCCAAAATTACATGTCCAGCAAGAATATTGAAAATTCTTGATTACAATTAAAGATCTTCCACTTTCATTTTGAAATTGTGATTGTTTTGAAGCCATTGAGAAATATTGTGGAGGTCTGTTAGCCATTTCTACTAGAACTTTGAATATGTTGGATGTTACCGAAGCTACTATTCAAGTTGAACAGAACCCGTGTGGATTTATCCCAGCTACTGTTGAATTAACTCATAAGGATTTTGGATCTTTTGTTGTTCTAATTTCAGTAAGAAATTTTATTTTCTTTCGGATCTTCGTAATCTCTCCAATCCTCTAGATATTGCTGGATTCAGTTAGTTATGGGAGTTGAAAAGTCATTCCCTAATGCTTTTGATGTTTATTCAAATAAAAGGGAAATTGGTAACCAATGAAACATCTGAAACGGTTGAAACTGTTGGAATTCTGGAAGGGAATACGGAACAGTTGACTCTTAATTGCCAGGTTGTTGTTAATGGAGATTTGGAGCAGACAGCAGTCAACATTAATGAAGTAAGAGAATAACTGGTGTAAAGGAAAGACTAAAATCTGATTAATGGAATGAATGCATCTAAAGATAAAGGGGCCTCCTATTTATAGGAAGAAGGCCACGGTAAAAAGGATAGTAACCCAATAATAAAAGACTAACTACCCCAAACCACTAAACTAAACTAACTTAAGTAGAGTTAGTTAAATCAATTTCCCCCCGCCTTAAAAAGGGACTCGACCTCGAGTCAAGTGGATAAGCTAAAAGAATCTGGTGTAGCATAAGCATAGATATCCGATACGTTGAAGATTGGGTTGATGTTGTATTCCGGGGGTAGCTTGACTTTGTATGCATTTGGGCCGTATTTCTTCAAAATTTCAAACGGTCCGAATTTCTTCTTTTGTAATTTATGAGCAGCTCCCGTAGGTAGACGTCCTTTAGTTAGATGTATCATTACAAGGTCGCTTTCCTTGAATTCTTGAAGTCGTCGCTTCACATCAGTAGCCTTCTTGTACTTAGCATTGGCGGTTTCTATATGATCATGGACTTCCTTATGTAGTTGGGTAATCCTTTCAGCCATCTGGGCAGCCTCCAAACTAAAATAAACAGAAAAAGGTATGTTAGCTAAGTCCACGGTTAGTCTAGGTAGTTTTGTATAAACAACCTCAAAGGGGGACTTCCCTGGGTCCTATTCTGCATGTGGTTGAAAGCAAACTCAGCTTGAGCAAGAGTCAAATCCCACTGTTTTGGTTTGTTATTGCAAAGGCAGCGTATAAGGTTCCCGAGAGTCCAATTGCTGATTTCGGTTTGTCCATCTGTTTGGGGATGATTGGTTGTACTGTATTTAAGAGAAATGTCAAATTTACGCCATACTGTTCGCCAAAAATGGCTTAGAAACTTGACGTCTCTATCTGAAACAATCGATTTAGGAACCCCATGGAGACGAACAATCTCACGAAAGAAGAGATTTGCCACATATACTGCGTCTGCTTGCTTTTTGCAAGCTAAGAAGTGTGCCATTTTGCTAAAGCAGTCCACATCAACCATAACTGAGTCAAAACCTCGCTGTGTTTGGGGAAGTCCTAGCACGAAGTCCATAGATAGGTCTTCCCAAATAGATTCGGGTGTAGGAAGAGGAATATATAAGCCGGTGTTTTGTTTTGTGCCTTTACTTGTCTGGCATATGAAACATTTGGAAACATAATTGAATACATCCTTCCTTAATGTTGGCCAGAAAAAAAGTGATGCCACAAGGTTAAATGTTTAGTCTCGACCAAAATGTCCAGCCAACCCGCCAGCATGTAAATCTTTTATGAGAGCTTCCCTTAAGGATGTGTGTGAGATGCATAATTGGTTTCCTTTAAAAAGGTAACCATTAAGTATATGGAATTCGCCAGCATTTGTATGATCTTGACATTGATTCCAAACTGTATTAAAGTCTGGATCATGCAAATAAGTATTAGGAAGATCTGCAAATGCAGTAATTTCCCCTTGTAAAATTGTTAAAAATGTGCTTTTGCGGCTGAGGGCATCGGCAACCTTATTTGAAGTCCCATTTTTGTGTTTAATCACAAAATCAAATCTTTGAAGGAATGACAGCCAACGAGCGTGCATTCTGCTGATTGTTTTCTGTGTATGAAGGAATTTTAGGGAAAAGTGATCGGTGAATAGGATGAACTCTTGACTTAATAGGTAGTGCTCCCATTGTTTGAGGGCTCGGACAAGAGCATATAGTTCCTGCTCATATGTACTCCATGTTTGGCGAGAAGGGCTGAGTTTCTCGCTAAAATACTCTATTGGATGCTGATTTTGTGATAGAACAGCTCCAATGCCAATGCCCGATGCGTCTACTGCTGCCTCAAATGTGTAAAGTCTGGGAGCTTAAGCACATGACTTTGAGTAGGTTTATCTTTTAATGTAAGAAAACTGTAAGTTTGTTCATTTCCCCAACGAAAGTTTCCTTTCTTTAAACAATCAGCTATAGAACTAAAATCCTTAATAAATTTCCTACAGAAAGATGCTATTCCAAGAAAACATTGTATTTCTTTGATAGAATTTGGTTGTGGACATTCTGATATAGCTTTGATTTTGGAGGGATCCATTTGAAGTCCATCAGTCCTTATAATAAATCCTAAAAAGGAGATTTCTGTAACTAAAAAGATGCATTTTTTAAGATTAATAACAAGTTTGTGAGTGTGTAAGGCCGAGAACACTGTGTCTAGGTGAGATAAATGGTCTTCCTTATTTTTACTATAAACCAAAATATCATCAAAATAAACGACGATAAACTTATGTAAAAAAGGAAGGAGAACCTGATTCATAAGTCTCATGAATGTGCTAGGGGCGTATGAGAGACCAAAAGACATGACTAACCATTCGAATAATCCTTCATTGGTTTTGAAAGCGATCTTCCATTCATCGCCTGGTCTTATTTTGATCTGATGATAACGGAGATCATTGATTCGAGGGATAGGGAACCTGTATTTCACAGTAATTTTGTTGATAGCTCTACTATCAACACACATTCTCCAAGACCCATCTTTTTCGGGTGTTAAAAGGGCAGGGACAGCACATGGACTTAGGCTAGGTTGGATATGGCCTTTGTATAGCAAGTCTGTTATTTGATCGTGTAAGATTTTGTATTCTTTGGGGCTCATCCGATAATGTGGGAGGTTAGGTAAGGTGGCCTCGGGTAGGAGGTCAATATGATGTTGGATATCGTGTAGTGGTGGTAAGGAATCAAGTGGTTTGAGGACTGTAAGGAATTTAGCAAGGAGGGTCTGAATTTCCGAGGGAATAATAGTATGTTTTAGGTCATCTTCAGCATCAAAACTTTTGATAACAAGGCCTAAGATAGGATGTGTGTGATGCAGTACAAGTTGTTTCACGCTGCACACATGAAATAGATTGCCCTTATCTAGGCTTTTGACTGACATACTGTTTGTCTAAGAATCACTGTTTTCCGCATCCACGTACATTCGTATGTATTTTCTCGACCTTTATGAATAGCTTGAGTGTCAAATTGCCATGGACATCCCAAAAGTATTTGACAAACGTCCATGTCAAGTACGTCACATGTTATTTGATCTTTGTAGCCATTTCCAATGGAAAGGGATAGTACATATTGTATTCACGAGGACTTCACCTCCTTTACGGATCCAACTGACCTTATATGGTGTAGGATGAGGGGATACTTGAAGATTTAGTGTTGTGACCAACTTACTTGAAACCACATTTTCGGTACTTCCACTATCAATGATGATATTACAAACCTTTCCATTAACCGTGCATCTTGTCCGAAATAAGGAGTGTCTTTGTTGAGCTGGTTGAGCTGTAGGAGTATGGAGAATGCATTCTAAAACACAAGAATCTTGCTCACCATCATCGGGTTCTAGATATGTGATTTTTTGCTCATCTTCTTGGTCGCCAGATTCACCAAGATCTTGAAAATCTTCTAAAAAATTAACTGTTCTCCGTTGGGGACACTCATTGGATAAATGTCCGACTTGGCCACATTGAAAACACTTCCCCAACGTTGGCCTATTATATGCATTTATTGTTCTTTTAACCAAATTCTTCGATTGTTTGCTTTCCTCAACAACCTTACCTTTGGGGATTGGTGTAGTGCTGTGTAAGGTTTTATCTAGGACAGGTGTACCTTTTTTTGGAAGAGCTGGCTTGATTATCAATGGTTGATCGTCTTTGGTATTGGAACTTGAATCGATTAGCTTGTTGTTCCTCGATGGTGATGGCCGTGGCTATTGCTTCATCTAGATATCCAATGGTGTGGAGTTGAAGCTTTTCCTTTATATCCGGCTGAAGACCACCGAGAAGGCGAGCTACTTGGTACTGATCAGACTCACCAAGATTGGTTCTTGCCCCCAAGTGATGGAATTCCTTGGTATACTCAACAATAGAACGTGTCCCTTGCTTACAGTTTTGATATTGTGTGTATAAGATCTGTTCAAAATTAATAGGGAGAAACCTAGCCCGCATAAGTTTTTTCATTTTTTCCCATGTATGGATGGGAGACTTACCAAAACGGAGCCGGTTGGTTTCCAATTGCTCCCACCAAGCTTAAGCACCGCCCTTAAGTTTGAGAGCTACAAGTTTGACTTTTTTGTAGTTGGGTGTGGCCATATATTCGAAAAAACTCTCCACGTTCTTGATCCATTCAAGAAAGCCTTCAATGTCTATTTTTCCATTGAAATGGGGCAGGTCCACTTTCATCTTATATTCACTTTGGTCGCGGTGATGATGTTGATTGCAGTAATTCTGTCACTGGCCGTGTCTCCACTGTGGATATTCGTCGTCATCACTTGAAGAGTCCAATGAAAATTCTTGTCGCCGAGGGAATCGAGCATAGCGGCGGTGATTTGGATGATGCCTCTGCCAATCTTGGAACTGACGAGGAGGAAATGGAGGTTTTTGATGTCTTCTTGGTGCTCTGTCATGAAAATCTTGGTTGGGAGTGAGGGGGATATCAGGCTGTGTCCCTAAAGTAGGGTGGGATTCTAAATAAAAAGGGGGATCTTGAAGTAATCTTGGTGCTGCAGGATTTGTATTACGGTCAATTGTAATACCCTGCTCCTGTATTTCTTTCCCATTCTTCTTTCTTGGTTGTTCTTGTTGTAGTTGGAGGTTATCTCTTTTATCCACCAAGATATTCAGAATGTTGTGAATCTCAACCACATTTCGCTGCAGATTTTCCACAGCTCCTTCAAGCATCAGCAAGCGAGTTGTTGACGATCGTGGAGAGAGGACGGCTGTTCCTTCCGTCTCTTTTTCAGCGAGCGAAGAATCTCCTCCTAGAGAAATATTCTTCTTTCCCGCCATTTGTAAAGCCTAAGATCTTTTGGATGCTCTGATACCAAATTGGTGTAGAGGAAAGACTAAAATCTGATTAATGGAATGAATGCATCTAAAGATACGAGGGGCATCCTATTTATAGGAAGAAGGCCACGGTAAAAAGGATAGTAACTCAATAATAAAAGACTAACTACCCCAAACCACTAAACTAAACTAACTTAAGTAGAGTTAGTTACATCAATAACCACTGTCTGATTATCATTTGCAGAAGGCGAAGGGTCTAAATTATTCATTAACAACCATTAAAACTCCCATAGGGGTGTGCCAATCCTCTGTCATTAATTGCCAGCGGGAAGGTGAAGGAAATCTTGTCAACCCAGCAGACAAAAGTAATGAATTATCTAAAGAACGAAGTCCCGAAAGTAATTCTTAGAAAACGAAAGGTTTTTCCTTTCCCTTGGCGGCTAAGAAGTTGAAAGGTCTCATAGAACCTCTGCCTTTTTTTCTATACAAGGAAAAAGGAAAAGGCGTTACCAATTAATAGCATGGAAAGAATTAATTTAGAAGAGAAATTACAATCAAATTTATTGGAGGCTTTTAATGATGAGAGAACAATGCACCCTGCTTTGGTTTCTTCCCGAGACATAATGATAATCCTTCTCTCTCACACGGATTAATTCATTCAACTAAGAATGAAGGCCTTTTCCCTACGTCCTCCTCCATCTCCTTATGATGATGCTTTAGATTCTGAAATCAGTGTTAGCAGCCCAGACTCTTCTCCTATTCCTGATCAATAGATGTGCCCAGCGAAGTACTATGTGAATCATCCTTGGCCCATGATATTTAGACTCTTTTCGATGAGGGCAAGGAAGCTAAAGAGTCTGATGACATTCCATCTTTTCTCAACGAAATTGGTATTCATTTGATACCAATCCCTAACTCAACATGAAGATATTATCATGGAATGTTCGAGGACTCGGTAAAGATGACAAGAAATTGAAGATTACGTCTAATTCGAAATTTGAATCCTGATGTAGTGTTTTTGCAAGAGACAATGCTTCAACAGTTAGACTTTTCTTCAATCAAGTCCTTACTGAGTTCTAGAGATATTGGATGGTCAGCCATTGATCCTCTCAGGAAATCAGGAGGCATTTTGATCATGTGGGATGAAACCAGAATTTTTGTCAAGGATGTCATTAAGGGGGGTTTGGAAGTATTGAAATGTCAAGCTCCCTAACTCTTGAATAAGTTTTATTTGTGAAAAAATTGGAGTATAATCTTCTGTCTGAGTAAGCTAAGCAAAGCTAAATTAAGACTTAAACGGTAAAACTCAATTCTTTGCAACTAATGCATTTCTCAGGACTTGGGATTGAGGAAGATGATTGGCAATGCTGATTTATGTGCAAGGTTGTATCTTCTCCAAACAAGGGGTCTCCTACCAAAAAGAAGTAAGCTTGTAGTTTCGTCTAATTGTGAGTCTCGCTTATGTTCCTAAATCTCTAAACCAGACAAATAAAGATAGTCTTGTCATGATGTTTGTTCCCTTTGTTTATCTTGAACGTTTGTTCCCTTCTTTATTTCTTAATAAAAACTAAAAGAGTCAGTTTTTCTAGTGCGAAATTTGTCAACTGTCCAGACACACGTGCTCATTTTTTACCTCATACTTATTCTCCATTTCAACCTTTCTCTCTTATTTATGAAGACATTTGGGTCGTTCACGGGTAAAAAATATCAATGGGGCATGCTGGTTTCTTCTCTTCATTGAGATAACTCTTAAACTAGTCAATTCACAGTCTTTCATAATTTGATCCAAAATCAATTTCAAGTCAATATGAAAGTATTAAAACTAACAAAGCTCGTGATTTTTTCAATTCCACTCTTGAACCCTATCTTCAAACTCATGGTATTGTTCACCAGAGTTCTTGTGTTGGCACACATCCCATAAAATGGTGTGGCTGAGCACAAAAATCGGCATTTCCTCGATGTAGCCTAATCCCTAATGCTCACATCACATGTTCCAAAAACCTTGTGGGGTGAAGTTGTTCTCATTGCAACCTATCCAATGAACCGGCTGCCCTCCCATATTTAAGTTCAAAACACCTTTAAAAAGATTACTTACACTATATCCTACATCTCATCTCGTATCTCCACTAAAACTAAAAATATTTGGGTATATTGCATTTGTTCATATATATCCTCAGAATTATAGTAAACTTGATGCCTGATCTATGAAATGTACCTTTCTTGGATATTCACCAAACAAGAAAGGGAACAAATGTTATCGTCCTTCAACTAACCATTTCTTTCATACCATGGATGTTACCTTCCTTGAAAATGAACCGTATTTTCTCAATTCTCTAATTCAGGGGGAGCATTATGATCTCGAACCACATACTTGGGATTGCATCCTTGACTTTCCTATCCTTCTGAGTCAACTCCCATATCTCTCTCTACGTTTGAACCACAAGTTTATTTACAGAGAACAAGACAACTTGAGAGGAACGAAATACAACCTTTTTTTCTGGAGATGGAGAGAAAAAAGTCTGTGGGGTGCTTCATTTATTTCTTCCTTTCTGGTGTGCCGCTTAACGCTCCGGCACTCTGAATCTCGAAGGTCTTGGTAGGATTCTTACTTGCTGGCCCAGCCCTTTTCTTTCTTGCAACATGGCATCCCTTGCAACGTTTTGCAAGATCCTTCCTTTGTTGAGCTCTGTCATCCCGCTCTTCGAGATCTTGAATTGGCGCAATCTTCTTTTCATTCAATAAAGATTTGCACAAGTTATGCAAAGCCAAGATCTAAACCAAAATCCTAGTGTCCCTGAGATAGTACACGAGACAATAAGTTATGTTTTAGATAGACCCATTGTTGTAAGAAAAGGTGTTCGTTCATGCCTCACGGTATCACTTATCTTATACTAATCTCTCACCAATATTAGAGCATGTGTGACTTCACTAGATCATATACAAACTCCCATTACAGTTGCCTTACAAAGACCTGAATGGAGAGTAGCCACTTTAGAGGAACGATAGGCTCTTGAAAAAAAATGGGACTTGGATCCTTATAGATTTGCCCTCAGGTAAGCGCACAGTTTGATGTAAATGGATTTTTTTACCAAACACAAACCAGATGACAGTATAGAGTAGCCACATGGTACCACTTATCTTATACTAATCTCTCACAAATTTTAGAGCATTTGTGACTTCACTACATCATATACAAACTCCCGTTACAGTTGCCTTACAAAGACCTGAATGGAGAGTAGCCACTCTAGGGGAACGATAAGCTCTTGAAAAAAAATGGGACTTGGATCCTTATGGATTTGCCCTGAGGTAAGCGCACCGTTGGATGTAAATTGATTTTTTTATACCAAACACAAACCATACGGCATACCCACTTCCGATATTCGGGTTGAACAATCTTCTGCTCCAATAGATACTTTAGAGCCTACTGGTCGGTTCGTACTAGAAATTGTTGTCCCAACAAGTATGGGCGCCATTTTTGGATTGTAAGGATGATGGCCATCAGTTCTCTTTCATGGATAAAGTCTCTACTTCTAGGACAAAACGGCCCCCGACCCAGTCCCTGAGGCGCTTGTTTCAATAACGAAGGTTAGTGAAGTTTGATAGAGCTAACACCGGTAAGGTCACCATTGCTCTTTTCAGACTTTCAAAAGCAGCGGTGGCCGTGGGTGACTAGTTGAAGGCATCCTTCTTCAACAACTGTGTTAGAGGGGCGGCCATGGCTCTATGGTTTGTGACAAACATGCGGTAGTATCCTGTCAAGCCTAGGAATCCCCGTAGTTCCTTGAGGTTGGATGGCTGTGGCCGTTGGAGCATCACTCGTATCATTTCCGGATCTGCTTCTACCCCGCCTGCAGATACTAGTGGTTATGCTTTTTGTGGGCCTGTTCCTTCCGTAGGGGTGGTGTGAAGACTTTCCAGAAATGGTAACCATGCAGGTTGTCAAAGGTTATGAGGTCTTGGGAGGCGTTTTTGGAGTATTAGGCATTGCCTTGGGATTGTGGATTGGGCTAGTATTCGTTTGGGAGTGGACCGAGGTATTTCTATCTTCAATGAACTGGGATTTTTTCACGATCTGTTCCAGTCCCTTAGGCTATCATGAGCTCAAGACCAAGGAAGAGAAGGACTAAGTGTGATAATCAATTTACCATAGCCATCGCAAGGAATCTGGTACATCATGATCGAATGAGCATGTTGAGATAGATCGCCACTTCATCCATGAGAATGTTGAGACAAATACTATCGATCTGGCATGTCCCAATAGCAAGTTGCTAACATATTAATAAGGCTTTGCAGTCTTGGCAGTCTAATTTCCTAGTTTTATACCATCCAGCTCGAGGAGTGTAGAAAATCAAGCTGAATTGGTTCAATTGTAAATTAGGATTTTGTTGAGATTTTATTTTTACTTGTAAACTACTTGCCTAGTTTTATGGTTGAGAGTCTTTCATATAAATGTAAGCCTTTCACACGACTCAAGGAAATAAGAAAACCTTTCTCTTATACATATATTCACAAAGTTTGGTAACATAACAATTCATGTGGAAGTTTAATACAACTGCTTGAGACCTAATCATTCTTTGAGAAGACGAGACTTCACTGATATGGATTTAGGTTAATTTTGGAACAAGCTTTACGTCTTGAGGTTCAAGCAAGGTACGGAAGATGAAATGTCTCTATCCCCTATTCGGACTTTAGTTGTGAGAAAGAAGAATTAATTGCTGGTGGTTGTAATAGAGTGATTGAAGACACTTTGGAAAAGGAAAAGGATATCAAAGGGTTTGGTTTACAAATTCCAGCTCTTGGCCGTTGCTAATTCTGGGAATTTAATTTCAAGGAGATCTTTCATTGATAGAGGGGACAGAAAGAGCATAGAAAGGCAGTAGAAACAGATGCATTAATTAATCAGCCACAGCATGATCCATCCATTACTAGTCTTGAGAATTCATAGGAATTTTTAGAAGGTTAGTTTTTCTATAGAAATTTCAAGAATTAATGAATTAGCTCTATACTTGGGTCACCACCATTATCACCAAATATTCCTGTAGTATTGTTACACGAAATTTTGACCAATATAAAGAAATGAATTGTACTAAACGAAGGGTGACACCTAGGCTATAGAAATTTCTGTAGTATTCTATAGAAATTTCAAAAATGTATTGGTAGCTAGGGTCCAATGGAATATTTTCTACCAGCTCCCTTGTTAAAGATCTCACTCCCCACTTTCTGGACTCTTCTTGCTATACGATGCCATTTGGAAGGCACATACCCATAGAAGGTGAAATTTTTTCTTTGGGAATGCAGTCATCGTGCTATCAACACCACGAAAAGCTCCAACAAAGGATGCCATATATGCCTCTCTCTCCACATTGGTGTTTGATGTGCAAACAAAGTGAGAAAACACAAAACCACCTTTTTATCTCCTGTTAGTTTGCTACAGGCTTTTGGAACTACATCCTTTCTACTTTTGGCTGGTTGGTGCACTGTCCTCCCAGCAGACCTTCCACTCCTGGAAACCACTCTCGTTAGACACCCCTTCAAAAAAGAAAAAGAAATATCTTCGGTTGCACTTTGTCCAAGCTTTTTACGGGACCACATGGCAGGAGAGAAATCATAGAACCTTCCACGATAAGGAACAACCTTTTGAGAGGCTTTTTGATGCTATAGTATACTTGTTCATTTCTTGGTGTAAATGCTCCCAAATGTTTAGCTACTATAGCCACACTTCCCTATTAGCCAACTAGCCAACTGGAAGTGCTTCATGTAATCTACGTTTAGGGTTTTGTAATTTTATATCATCAATGAAATTGTTTCTTACAAAAAAAAAAAGAACGAAGGGTGACACCTGAAAAGGATCTTATACCAGATGTTAAAGTAGACTAGATGGTGGTGAACTGAATCGAGATCTTAATTGAATCAAACCAAAAAATTCAAACCAATCTAAGAACTCAAAGCCAGACCAAGCCCAGAGCTATGAGTGTCTTAAATTCTCGAACACTAGACGTATAAAGTGGAAACAACCAAATTTAAATGTCATTGGTCACCATGCAAATGGTGTATACCATGAACAGTGGAGTGCAAACAGTAGACACCACAAACGACAGAGTGAGATAAAGATGCGATAAAGCCTCAAACTTATGGAGGAATGGAAATGGAATGATGCCTTTATAGATGTGCATAGAGCCCTCAGAGATGCGCGACGATTCATTAAGATTCATGTGACGGATCTGCAGTACCTTTGAAGACCTATGAAGGCACAAGGAAGATGACTAGCGAATGAACTTATGGGGCCACGATATAAATGCCAACGACCTACCCTGAAAAGGCAAACTTGCTACAGAAGAGATGTTGTCGAAGGTAGAGTGCAACATTTCAAACAGCAGCTAGGGTTCTGATAGTGACAATGGCTAGGTGGCAGCTAGGGTTAGGTGGTGACTAAAATTAAGGTTTTATTTCCCGCTCCATACCCATCTTAATTTTGAGAGAATAAAAACTATTCTACTATATCAATATGTGCGACCTAAGTCTATATAAAAGAAACTCATTACAATATAAGGAAAAACTAAAAGACAATAAATACCAATTATTAAGAACTAATATTTACAAATGACAATATATAAATATTAGGAAGTCCGACCATTCCAATCGTACATTATTTAAAAGGCATAAGACCTACTTCTTGTTATTGTTTTTTTTGGAGGAAATCTAGTTACATGGTGAAATTAAAAATTAAATGAAGTAGCTAAGAGTAGTGCTAAAGCAGAATTTAGTTCCTTAGCCCATGAAATTTGCCAAGGTATAGGGATGAAAAAGATATTACAGGAATTGAAACTCTCCCAGAAGATAATTATACCGGTTTATTGAGATAACAAGACTGCCATAACTCATTAATCTAGTTCTACATGATTGAGACCAAATATATTGAAGTTGACAAGTATTTTATAAAAGAGAAGAGTGATGTAGGTGTAATATATCTCTCTTACAGAACAAATGTTGGATATGCTAACTAAAGACCTTTTAGAAAGACAATTTTTTTTTGAACAAGATACGAACTTTTCATTGATATATGAAAAGGAACAAAATTGTTCAAAGATACAAACTCCCGAAGGAGTGATAGAGAAAGCAAGAAATAGAAAGTAAAACATAAGACAAGACTACAAAGGAGAAATAAAGGCCTCCCAATTCATACAAATCATACTAGGGGAATATGAAGAGAACAGATCAGAAAGAGCACACCATTGAGAAGTTTTGAATTTGGCAATGTTGAAGCATTCCAATGGCGGGTGACAAGAATCTTCAAAAATCCTTTGATTTCTCTCAAACCATAATTCTGAGATGATAGCCTTAAATCCATTAATCCAAAGTAGATTAGCTTTAGGTGCCAACCCAACACCATGTAGAATCTGAAAAATATTATTAGCAGCCTCACGATCCCACACCCATACTAATTGGAACATCTGGAGAAAAAGATTCCAACAAACAGCAGTATATGGGCAGAAAAAGAAGACATGATTTAAGCTTTCTTCATTTTCTGCACATAAAAAGCAAATGGATGGTTGTAAAGCCATCTTTGGAGACTTTCTCTGCAAAATATCTGCTGTATTGACTTTGCCATATAATAGAATCCAAATTAACATATTAACTCGTTTTGGGCTGCCCGAACTCCAAAGAGAGAGTAGAAGAGCTTTTGAAACACGCAAATCAGCTCTTTGAGACTTGCACAAAGAAGAAACGAAGAAGAGGCCCGACTTTTCCAAACTCCAACAACGAACATCATCATTTTCTGAAATAGTAACTGAAGAAATGCAAGAAAGAAGCTCCGAAAGCTCCAAAATCTCCTCATCTTTCAATGCCCTTCGAGTTACAATATTCCATGAAGAGGACTCACTATCCCAAGCTTCCGAAACCAAAATAAGAGGAGAAGCCGAAATGCTGTAAATAAAAGGAAATCTATCCTTTAAGAGAGAGACTCCAATCTATAAATAATGCTAGAAGAGAGTTCTCTGACCATTGCCAACTTTGAAAAAAGAGGATTTCTCCACCTGAAGCCACTGTTTGTTGATATTATTCCAAGGACTACGACCCGAACCATGAAGTTTAGGTATCGCATTCCAATTGAAACGGTCAGAACCATATAAGCTGGCCATCACCCTACGCCATAAAGCTTTTGTCTCCATGCTGAACCTCCATCCCCATTTAGATAAAAGAGCATTGTTGCGCTTAAGAATACAACCAATGCCTAAACCACCTGCTTCCCGCGGGAGGGAGGCAATATCCCATCTCACCAAATGTCTCAAGGATCCTTTCGAAGAATCGCCCCACAAAAAGGAACGCATCTTTTGCTCAATTTGTTTACTAACTCTCACTGGGACTTGAAAAATAGATAAGTAATAAAGGGGAATGCTCCTAAGTACATATTGACATAAAGTCGCTCTTCCACCTTTTGATAAGTGATACTTTTTCCAACGATCAAGTTTCTTAGAAATTCGTTCTTGAACTGGAGCCCAAAAAGAATCCAGTTTGGGATTTCCTCCTAAAGGCAGGCCGAAATATAAAATAGGGAGACGTTCAGCTTTGCAACAAAAAGGATTTGCAACCTGCACAACCCTTTGGTCTTCCATATTTATGCCACTCAAAGATGATTTTTCCCAATTCACTTTAAGGCCGGACAACCACTCAAAAGTTTTAATGGCTTCAAATAGGATCTTAAGCATCTCATCATCATCTTTACAAAACAATAATGTGTCATCAACAAATTGCAAGTGGGAGATGTGAATTAAATCCCTTCCCACTACAAAACCTTCGAACACTCCTTTTTGGTAAATGCTGTCCAAAAAACTACTAAGCGCATCGCTTATCAATAAGAATAGGAAAGGAGAAAGGGAATCTCCTTGCCTCAACCCTCTTGAAGCCTTAATTCTCCCTCTCGGTCTCCCATTAATGAAAACCGAAAAGTTATTGCCTCTAATACAACCGTTTATCCAATTAATCCACTTTTTGCCAAAGCCTTTCTGTTTGAGGACTTCTGAAAGAAATGCCCGATCAACTTTACTAAATGCTTTTTCCATATAAAGTTTCGTAAGGGAACTGGAACAGGCTACCATAAAACAAACAAAAGATCTTCTTTCTAAAGAGATTCGATTCGGAACTATTATATGTCCAAGGTCCAATATTGAAAGAATTTCAGAGGTTTTCCTTGACTTTGTCCGTGTCAACAAACAATTCGAAATGCCTCGACTTTTTTAGAATAGGTCCGAGTCAAATAGTAATGATTCGAAGCACCTCTTTTTACATAATTTCGGAAACCCAAGGACTCAATCGTATGGATATGTAAAATACAGGATTTCCAATCCTAGCAGGAAAGGGTGGGAAACGGATACTCAATTGTGAGTTTCAAAATCCACCATTTCTTCTTTCTACTTCTATAATCATTCACCACTTCATTTGCAATGAGAATAGGATCAAGAATCTGGCTTCCACTTAAAAAAGCACTTTGATTACTAGAGATGGTAGAAGAGATAACCTTATTAAGCCTCTCTACTAGCACTTTTGCCAAAATCTTATAAGTAGTCGTCGTAAGGCTAATGGGACGGAAGTCTTTTACTTTCTCCACTTTGTCTTTTTTCGGAACAAGACATATAAAAGTCTCCTTAATACACGAGTTCAGTTTGCCATTATCATAAAATTCAGCAAAGAATCTTGCAAAATCTGCCTTCAAGAATTTCCAAAATTTAATGAAAAACTCTGCTGTAAAGCCATCGGGTCCTGGGGCCTTATTCTTGCCAAGGGAGAGTGTTATATTTTTATTATAAATATTGGTTGTATATTAGTTGTCCATTTGTGACAGCTAATAATCAAATAGCAGATATCATCGAACAACAACTTCGAGCATTTGGTTAGCTAAGTTGAGAATGGAGAATCTTCATTCACAAGCTTGAGGGGAGTGTTAAATTATTGTACAGTTATTTCTTTGTATTTTATTTTCTCATTTGTACTTTGTCCTAATAGCTAAGCTTGAATGTTTTTTCTTTTTCTGTTTTTCCATGTAATTGCTATTTAGTCTTCCTTTGTATCCCTACTTTGTAAGCAAGAATCATTTTTCTCTATCATTCACAAGTTTAGATGTGGAGGAGATTGGGTTTTTAAGTCAAGATTTGGTAACGGAAGGGTTATTGAAGATTAATATAAAGATGTTAGGCCTTGGGGTGGGTGTGGGTGGCTTCGGGATAGGGGGGCAAAGCTCTACTTCCGGATATCAAAAAAAGAAATTATATATATATAGAAAGAAGATATTAGTGCACTATTTGAAGATGGTATTGACCTTTATTCACCTTCGAAGAATCCTTTGATGGAAAATAGTTCTCCCATCAAACTATCTGGAATGGATGTTTTGTTGAATTATTTTGATGAGGTGGTAATATCTTCCTTAAAATACCTCCGTCGCTCCAATTGTCCTGCCAAATGAAAGTTCTGCTTTCATCTCTGGTGACGATAGAAGAGAATCTTTTAAAGGTGACTCCAATTAGCTATTTTTCTCCTGGAGGGTTTGCTGTTATTTATGTAGGTTGAATCTTGAATCTACAAATCTCTTTATATGTATCTTCTGGAGGTTTGCTGTAATATTTGACTCAATTCTACATTCAGTTGTTACTTCAACTATGCTGCTTCACTCTCTACGTGCCTGATTGCAATGTTTAGATTTTAATTTCTTAATTTCTTCTCGATAGGGTATCTGCCTGATGATAACAGTCTTGCAGGTGGCCCGATTACCTAATATTAAGGTATACCAAGAAGTTCATCTATTTGATTGTTCATATATTGCTTCAAAGCCCTTATATTCTTAATTATCTCAGGTAGCAACAGTACTGCTTTGCTGTGCATTTATCTATGACATCTTCTGGGTGTTCATATCACCAGCACTATTTAACGAGAGTGTAATGATTGCGGTAAGTAATTATTTAATTTTGTGTATTTACTCTGAAGTTTGTTTCAAATCTAATTCTAAGTTACGTGTTGATATATACTCATCTTTAAATATTCTTTGATTCCTTTTGAACCAAAATTTTGATAATAAAGCCTTGACCGCATTAACCTAGATTAAATGGGCCTTTGAGGGAAGGAGGCATGAAAAGCTGCAGCATATTAATTTTGGAATCTTTTGAAAGCCCAAAAAGATAAAAGGATCCAAGGTTGATCAATGGATTTCTCTTCTGGTAAGACTCTCCTATTTCTTTCTAGCCAAAATATCCACAAAATATGGTTTTGGTGCACCAAGGATTGACCACGAAAAATTTGGATAGATAAAGCATTGGTGGAATCACATTGCACCCAATTCAGATGAAAAGCATCTACAATTTTGTTCACAGGGAGCTGAAGAAGGGGCAATGGAAATGGATGGTTATCTGTTCTCTGAACCTCTTTTGCATGAAGCTCACCCGTGCAGGCTGAAGGCAAAAGAAGGGTTAACTTTCTGAACCCTATCCATAGTATTTAACCCTCAAAGAGTGAGGGCCAGATAAAGACATTATATTTTTAGGACCTTACTGTTCCATAAAGCCTTAAAGTGCGAAGGGCTGCATTAGGTTACCTTTAGTGATTCTAATGATAAGAGATTTCACCGAAAATTTCTCATTAATTTTCCAAATTTCATGTTCCCTATCCTTGACATTATAGAGGTGAATGGAGTTGAGGGAAGCCAAAGATTTTCCCACTCACAATCTCTCTCGTGAGGAGAGTTCCAAGAGGGATGGACCAAACTAACACCTCGTGATTCCAACTTTAGAAGTTCTACATTTTGTGTTGGCTGCAAGTCTGAGAAGTCTTGACTGACATTATTTTTTCCAGTTGGCTGGTTTCCCATGGATTCCCTCTTTGACATATCTTGGGTTTTTAGCTGTGTGCACACCATGGTCGTCCTCTGTGAGGTTTGCTATCATCATATGATTGAGAATTTTCCCGAGTTGCAAAAGCTAGGATCATTTGGGAAATTTGAGTGAGTAGTGAGTGCAAATCCATTTTGAGCAAGATGATGTTCTGTTGACCCCAACATTACTTGTTTTGGGCTTATTCCTCATAAAACACTACTCGAAGACAAGGTAGTGGTTTAGTACCAATAATCGACCGCAGACTTCATCAAGAAATTTATTGAGGCTCGTAAGAATTTTGAAGGACCTTTGTCTCCACCATTTTATGGAAGACAAAGATGTCCTCGTAATGTTTCTATTTGTGAGTTCCAAACAAGTTGAGTTGCCAATAATGAGATAAAGTGATATAATAATTTGTTATAGATGATTCACCTTGTTTGAGATCTTGTAGTGTAGTTTCTATTTGGAAGAGCTCAGCAGTGCTTCCTTGATTGGAGAGCGTGTCATGAGCTGCTAAATTTCTTTGGTGGTGGAACGTAATAAGAATTTCTCTCCAATCTCAGTTATCATTGTGTTGAATAAGCAGCTGATAACTTGATTCTTCCCAGCCCTCCATATTAAAAAATTTTGATCTTTGAGTCTGGGTGGATTGTCATAACCAATGAAGTGGTCTTCCCATCCTCGACCATACATAAACATTATTGCAGATTGGGACTATTGAAGATAGTTGTGGCTGTTGAACTTGTGACATGTCACTAGAGTAATGTTTCTCTTAGTGGACGATAGAAATATCTGAGGAATATCAACACTTGAATATTAAATCAGAAGAGGAAAAAAGTCAATGTTGGGAAGAAAGGCGGTGCGAGTAGAGGTGGCGATGAATGGCAGCGTTGGCAGCAGTGAAAAATTTTTTATTGGAAAATAAAATAAAAATACTTGATAATGTAATTTCTTATTGTTTCACGAGGCACGTTGTTTAAATAATATTTTTTAAGGGGTTAGTCGTATGTCTCATGCAATTGCTTTCAACTTCCAAAGTTAATTGATAATTCTACCTAGGGTATGTTTAGCAGGATGAATGGAATTATATTTATCCAGTTATTTATGGCGAGGGGCAAGGCGTTTGGGACCTCCTACACCTTGAATGCAGCCATGGTGAGGGCCTTCAACCTGGTGTGACATCAGGCGACGCCTGTTTATAGGTGGTGTCTCTCAGTATTAAAAAAAAAGGTTTAAAGAACCTAAACGCTAAAAGGTTGCACCCATCACCTTCCTCCATCTTTTGCCAACGGCTTCTTTGTGGAATGAGAAGAAAAGAATAAAAGGGAAGAAGCAGAGTCGAAATAAGTAGATAGAAGAAAAATCAAAGTGGAAAAGGAGGAAGAATGGAAGAGAAGAAGAGTGAAAGGAAGAAGAGTTGAAATTAAAAAGAAGAATATTCGGATGGAAGAGAAGAAGAATAAGAGAAGATGGGGAAAAGCAGAAGGCAGAATAATGAACATACATTTTCAAGAAACATTAAATGAGGGCTACTGCATGGTATCTCATTTTCAAGAAGCATCAAGTGCTTGTGCCATGCATGGTTTCAAACAGACAGATGACAGGGTTGTTGCCAATCGTTTTTTACCATATAAAAAATTTAAAGAACTCTATATATTTTTTCTTAATTTATTTAAGTTAACTTTTATTTAAATTTTAAATTATTTTCTTAATGTTTTAATGTTTTAAAAAATGTAAGTTAATATTTTTACCTAGTTATTGATAATAGTCGCCTCTCACCTTGTGGCAAGCAAGAGACTTGTCACTTTAGAGTGCGTCTGGCACTTTTAACACATTGTATTTATCATGCTGGACGTGTTTGTAACTTTCTCAGGTTGCCCGGGGGGACAATAGTGGTGGAGAATCCATGCCGATGCTCTTAAGAGCTCCTCGCCTCTTTGATCCTTGGGGTGGTTACAATATGATTGGATTCGGGGATATACTCTTCCCTGGTTTGCTTGTTTCGTTTAGTCACAGGTACTGATGTCACATACATTACAATGCTTCTATTGTAACGTGGGACAGTTTTTGTAGTATCTCTTGTATTTTTGGCTGTTTTACCTATCTCTTTGAGGAATATAAGGAAGGAAATAGGGAAGGGTGTATTTCTGTGAGTTAAGATGCATGCCATTTAATCTATAAGAAGGAAGGTGCCGTGTGCCATATCTTTCAGTGTCATGTCGTACAAGTTTCTTTGTAGTAATCATCATTCATAATGCACATTTTTTAATAGTTCAATAGAAGTTGAATGATGAGTGGATATTTTTAAAGATTCATTTTTCTCCATTAATTTAAACAATGTCCCTTGTTTTTCAGACCATAGTTTTGGAGATGAACAAATCAGTGAGAATCAAGTTTGGTTTAACTATAAGTGGAAGCTTTCTTAGATTCCATCGTAGAAGTGCTTACTGCCTCTATAAATCTTAATAGTATTGGACCAGAACTATTCACCTTCATTAGATTTTTCTTGTCCCCTTTCTTTTCATTTCCTGAAGATGTGCAATTTCTAATTTGAAGGTGACTGCCAAATCGTCCAAAATGACGAGATACAAAACTATGAAACTAAACACTTTTTCTGTTCACTCAAAGATGCATTGCATGCAAAAGGGTTACTGACGATGCTGAAGGCACTTCTTGTGTCTTTATTTTTGTACTTTAACGTAGTAGGGGCCTATTTTTTAAGTACTGAATATCTAGTATCAGAATTTAGTCATGGATAAATTATCAAGGACAACAGGATAGTTAAGTAGGGTTAAATTGGAATCGACGTTTTCCAAGCTGTAACTGGAACCCTTTTTTTGTGAATGGGGCGAAGATAAGCCAGCATTCAGCCTTCAGTCATTTCATATTCAGCTACCCAGGACTGCATGTAACTTTTTTCTTGATATTGGATGATTGGAACTCTTTTTATCCTATTTCAACCACCATATTGTAACTGTAATTTGTGATATGATTCTTACTTCTCTGGAGTTTTGACAATTATTATTGATAAAAGTAAAACCCTCTTATCTGACGAAAAATAATTAGCATAAAAAAGGAAATAAGGACAAATTTAGTACGCGTTCATACGATTATTGCACATATCATATGTTATTAATGCCATTAAGCTAAAGTTTAACTGCCTAAAATTGTAGACCTTGGAGAAAAGCTTGGACGATACACATATTGAAATTGAATGAAAACTCAACTCTCTGTAATTATTTAGTTATCTTTTTGCAACTCTGTTTGTTAGTTCATTCTCTTTATGTTGGTTTGTTGACCCCAGATTTGACAAAGCACACAAAAAAGGCGGGTGCAGTGGATATTTTCCTTGGTTGCTTTTTGGCTATGGAACTGGTTAGTACCTTCTTGACACGTTTTTTTCCTTTTTTTCTTTTTAGTGTCATGTCAAGTGAACCTTCCTGGCCTGTTATAATTTTCATATTTCTTGTTGGATCATATACCATAACAGAGGATTAAGTAACTGTTTTTTTTTTTTTGGGGAAAGGATTAAGTGACTGTTAAATCACCATGAACCCAAAAACTTAACTTGAGAAGTTACAGTAAATTTAATCTTTTATTAATACTTTACACTACTCTCTTGTGGGCTTGAAAATTTGCACAAAGTCCAACACTCTTGTGGGCTTGAAAATTTGCACAAAGTCCAACAAGTGACTATCAATATTAATTGGAAAGGAACATACATTACAGGGTTCGAACACAAGACCTCATTTGATACCAGGTTGATTTTAGGAGAAAAAATATTTTCACATTTTTTGTTGAATTAAAATTACACATCCCTCCGGGGACATCCGATAAAATTGGAACGATACAGAGAAGATTAACATAGCCCCTACGCAAGGATGACCCGCACAAATTGACAAATGGTTGAATTAAGATTACACCTTACTAAAATACTAAAATACCAAAAGAAAAGAAAAGGCCAAAGAAAGTAAACTAATCTAATTAACCCTTGAACTCTAGGGATCAAAGAATATAATAAAAATGTTTAAAATAAATCTAACTTTCCAAATAAGTTATTTACAAGAATTTCCAACTTTGACTCTCATTTTCAACAATGGACTTGGGCTTTGGCACGATATTCGCTAATGAGACGGTATAGGCACAAAAGTCGTTATGCCATGATAGTGTGAAAGGATGGATGGTTATTATTGGAAATATGAACCTTGGATTGGTCTTGGTAGGTGTGTCCCACGAAGTAGTGAATCAAGATGACACCCAAATATCATGAACTATTCACAATGGCATTTTAATGAACAATGGGTACTCGTAGGCTATAAGCATGGTAAGCTAGTTTTGGCCCAATAAGAGGCAAGATTCATCATGATTGAAATAAATAGATGTGACAACATGTCCCATAGATCTTGGTCTAATTTAGAGGCAAGGTGTAGCCATGAGGCTTACCAGGATTGCACGTTAAGGGTAGTTTGCATTGCAGAGTGCAAGTCAAGTTGCACATGTAGTTGTCAATGTTCACTTGAGACTAAGTCAATGATGGGTAACGATACTCATGTTTGGGTTGTTTGAGTGAATGCTCAAGATGACATAATAATGCAAACATGAAGAAGTTCAACTGAGGATGAGAGGGCCTCATTTCATATTTCAAGAAGTAAAGACTCGCACATAGAATGTTAAGGTTAGAGTATTTGAAGAAGTAAAGACTTGCACATAAAATGTTAAGGTTAGAGTTAAAGCTAGCCAGAGATGTTGAGATTATGCCACTGCAAGGTTGAAATGAGTAGGACTGTTAGCAAGTAAATAGGAAGGAGAAGTAATTATAGAGCAACGATGAGCTAAGCACCCTATAGAGTAAATATAGTAATAGAAACACATCATATACACTAATCCCAAGTTAGTCTCCTTTATGAATCATTTTTAGGTGCTTATATGTTTACTAATCATGTGACACCCAAGAAGGAGGGGTATATGAATGAACCTACACTACAATCGAATGAGAAGGGTCATGTAAGCATGGTTAAGAAAGACTTAAAAGAATTGATAGTAATTACTTATACTGCACCTTCCTTTTCGACAATGTAAGCACTTCAAAGTTAAATGTGCTTGGCTTGAAGTAATCTTAGGTTGGGTGACCTCTTTAGGATTCCTAGAAAGCATATGAGTAAAGACAAAGCATGCTGAAAGAACCTGTTTTGGTCTGGGATAGTTTTCACTCTTCTAAGTAGCTTAGATTACGTAGATGGTGTAGCTAGGTCGCAAGAGAATGCTGGGGTAACTATATGTTGAATCTAGATTCTGAATCCTAGTTCAAATCCTGGACTTGGACTTAGGGCGTTACAGTCATGTTGGTCGTAGAATAATTGATACACTTAAAAGCTTTTCTATCTAGTAATCACCAAGACTTTCAAATCACTTATAGCACTTAGTACGTTATTGCCTATCCCAACAAGTATAAGTTCAATGTGGTTGAAGGCATGAATACAATTCTTGTTAGCCACTAACCTAAACTATTAATATCTTATTCAGTTCTTGTAGGATCAGCTAATTATCTCGTAGACTTAAGATTTCAAGGTTTGGTGGCATAAACCTATAATCACTATAACCATGAATGTGGGTTGTTGTCTTGTGGAATTAGTTGAGGTTTCTATACAATGGCTTAAACTCTCACCATGATTAAATAATGATGAATTTAGGAGTTTCATCCATGAGTTATAATTTATGGAAGCTTTCATCAATCATCATTATGCTTCCTAGAATATACTTGTTCTGATTGTTTATACCATTTACATTCCACATGAGATTTATGATCCAATAAAAAAGTTAGATTGGTATACTTCGATCACTGATTTTTTTTTTAGTTGACTTGAAATCTAGTTGTGTATATTTCTATAGTTCTTTGCCTTGCCTAATGATATTGGATCAACCTTTTACAGGTCTCTTCTTGACTTATTTGGGCTTATATCTTATGGATGGGCATGGTCAACCTGCACTTCTTTATCTTGTCCCATGCACCTTAGGTAACAAAGTTTTTATAAATTAGTAGTTCAAGCCTTGAAATCCCAATTGTGAACCAGATCTTGTTTTGTACCATTTTTCCACTAGATCACAAGATTCCATCTTTTTTATCCCATTTCTTAAATTTGCCACTTATCGAAGTCCTTTCCGGGTTGTTTCGACCTACTTGCAGGTGTTACTCTTGTTTTGGGTATGATCAGAGGTGAGCTTAAGCAACTTTGGGGTTATGGGGAGGAGCCCTTGCATAGGGATCCTTCTGGAGAAGCTTAA

mRNA sequence

ATGGCGTTCTCTTCTTCTTCTCCGGCGAGAGGATCCAAAGTCCCTCTTTTCTCAGTCCCGTTTCTCCTTTTCCTCTTCGCCATTTCCTCTGTGTTCGCCGACGATGTCACGCAGGATGACAATTCCACTCCCAAGTCCCCCAATTGCAACAATCCCTTCGAATTGGTCAAAGTTAAGAACTGGGTTAATGATGCCGAAGACAAAACCTTAGTTGGCCTAAGTGCAAGATTTGGGGCTTTGGTGCCTCTTCAGGCGAAAGATGATCTCAAATTTCCAGCTGTTTTAACAAATCCTTTAAGTGGTTGTTCTAGTTCTTCTTCGAAGGTATCTGGATCAATTGCCTTGTCAATTCGTGGTGAATGTGATTTCACAACTAAGGCAAAAATTGCACATGCGGGGGGTGCTGCAGGCTTGTTGGTGATAAATGACCAAGAAGAACTTTACAAGATGGTTTGTTCTGGAAATGACACTGCTCTAAATATTTCAATTCCGGTTGTGATGCTTCCCAAGTCCAGTGGAGAAGTTCTTAAGAAATCAATAGAGGCTGGAAAGAAAGTGGAAATTTTGTTATATTCTCCAAAGCGTCCAATTGTGGACTACTCTGTTGCAATTTTGTGGGTAATGGCTGTTGGAACAGTTGCATGTGCCACGCTTTGGCCAGAGATCACCGCTTCCGAACAAACTGAGGAGCGCTATAATGAATTATCACCAAAGGAATCTTCCAGTGGAGCAGCAAAAAATGACTCTGAGAAGGAAACCCTTGATATTAATGTAAAGGGTGCAATAGTATTTGTCATTATGGCATCTACTTTCCTGGTGCTGCTATATTTCTTTATGTCTTCTTGGTTCATTTGGGTGTTGATTGTAATGTTCTGCATTGGTGGTGTTGAGGGAATGCATAACGTTATATTAGGACTGATGTTAAGAAAATGCAAAAGTTGTGAGAGGAAGACTTTGAATTTGCCTTTAGTGGGGGAGATCTCTGTTCTGTCATTTGTCGTGCTGCTTTTTTGTATAGCTATTGCGATATTCTGGGCTGTGACTCGGCGTGCATCATACTCTTGGATTGGCCAAAATATTCTTGGTATCTGCCTGATGATAACAGTCTTGCAGGTGGCCCGATTACCTAATATTAAGGTAGCAACAGTACTGCTTTGCTGTGCATTTATCTATGACATCTTCTGGGTGTTCATATCACCAGCACTATTTAACGAGAGTGTAATGATTGCGGTTGCCCGGGGGGACAATAGTGGTGGAGAATCCATGCCGATGCTCTTAAGAGCTCCTCGCCTCTTTGATCCTTGGGGTGGTTACAATATGATTGGATTCGGGGATATACTCTTCCCTGGTTTGCTTGTTTCGTTTAGTCACAGATTTGACAAAGCACACAAAAAAGGCGGGTGCAGTGGATATTTTCCTTGGTTGCTTTTTGGCTATGGAACTGGTCTCTTCTTGACTTATTTGGGCTTATATCTTATGGATGGGCATGGTCAACCTGCACTTCTTTATCTTGTCCCATGCACCTTAGGTGTTACTCTTGTTTTGGGTATGATCAGAGGTGAGCTTAAGCAACTTTGGGGTTATGGGGAGGAGCCCTTGCATAGGGATCCTTCTGGAGAAGCTTAA

Coding sequence (CDS)

ATGGCGTTCTCTTCTTCTTCTCCGGCGAGAGGATCCAAAGTCCCTCTTTTCTCAGTCCCGTTTCTCCTTTTCCTCTTCGCCATTTCCTCTGTGTTCGCCGACGATGTCACGCAGGATGACAATTCCACTCCCAAGTCCCCCAATTGCAACAATCCCTTCGAATTGGTCAAAGTTAAGAACTGGGTTAATGATGCCGAAGACAAAACCTTAGTTGGCCTAAGTGCAAGATTTGGGGCTTTGGTGCCTCTTCAGGCGAAAGATGATCTCAAATTTCCAGCTGTTTTAACAAATCCTTTAAGTGGTTGTTCTAGTTCTTCTTCGAAGGTATCTGGATCAATTGCCTTGTCAATTCGTGGTGAATGTGATTTCACAACTAAGGCAAAAATTGCACATGCGGGGGGTGCTGCAGGCTTGTTGGTGATAAATGACCAAGAAGAACTTTACAAGATGGTTTGTTCTGGAAATGACACTGCTCTAAATATTTCAATTCCGGTTGTGATGCTTCCCAAGTCCAGTGGAGAAGTTCTTAAGAAATCAATAGAGGCTGGAAAGAAAGTGGAAATTTTGTTATATTCTCCAAAGCGTCCAATTGTGGACTACTCTGTTGCAATTTTGTGGGTAATGGCTGTTGGAACAGTTGCATGTGCCACGCTTTGGCCAGAGATCACCGCTTCCGAACAAACTGAGGAGCGCTATAATGAATTATCACCAAAGGAATCTTCCAGTGGAGCAGCAAAAAATGACTCTGAGAAGGAAACCCTTGATATTAATGTAAAGGGTGCAATAGTATTTGTCATTATGGCATCTACTTTCCTGGTGCTGCTATATTTCTTTATGTCTTCTTGGTTCATTTGGGTGTTGATTGTAATGTTCTGCATTGGTGGTGTTGAGGGAATGCATAACGTTATATTAGGACTGATGTTAAGAAAATGCAAAAGTTGTGAGAGGAAGACTTTGAATTTGCCTTTAGTGGGGGAGATCTCTGTTCTGTCATTTGTCGTGCTGCTTTTTTGTATAGCTATTGCGATATTCTGGGCTGTGACTCGGCGTGCATCATACTCTTGGATTGGCCAAAATATTCTTGGTATCTGCCTGATGATAACAGTCTTGCAGGTGGCCCGATTACCTAATATTAAGGTAGCAACAGTACTGCTTTGCTGTGCATTTATCTATGACATCTTCTGGGTGTTCATATCACCAGCACTATTTAACGAGAGTGTAATGATTGCGGTTGCCCGGGGGGACAATAGTGGTGGAGAATCCATGCCGATGCTCTTAAGAGCTCCTCGCCTCTTTGATCCTTGGGGTGGTTACAATATGATTGGATTCGGGGATATACTCTTCCCTGGTTTGCTTGTTTCGTTTAGTCACAGATTTGACAAAGCACACAAAAAAGGCGGGTGCAGTGGATATTTTCCTTGGTTGCTTTTTGGCTATGGAACTGGTCTCTTCTTGACTTATTTGGGCTTATATCTTATGGATGGGCATGGTCAACCTGCACTTCTTTATCTTGTCCCATGCACCTTAGGTGTTACTCTTGTTTTGGGTATGATCAGAGGTGAGCTTAAGCAACTTTGGGGTTATGGGGAGGAGCCCTTGCATAGGGATCCTTCTGGAGAAGCTTAA

Protein sequence

MAFSSSSPARGSKVPLFSVPFLLFLFAISSVFADDVTQDDNSTPKSPNCNNPFELVKVKNWVNDAEDKTLVGLSARFGALVPLQAKDDLKFPAVLTNPLSGCSSSSSKVSGSIALSIRGECDFTTKAKIAHAGGAAGLLVINDQEELYKMVCSGNDTALNISIPVVMLPKSSGEVLKKSIEAGKKVEILLYSPKRPIVDYSVAILWVMAVGTVACATLWPEITASEQTEERYNELSPKESSSGAAKNDSEKETLDINVKGAIVFVIMASTFLVLLYFFMSSWFIWVLIVMFCIGGVEGMHNVILGLMLRKCKSCERKTLNLPLVGEISVLSFVVLLFCIAIAIFWAVTRRASYSWIGQNILGICLMITVLQVARLPNIKVATVLLCCAFIYDIFWVFISPALFNESVMIAVARGDNSGGESMPMLLRAPRLFDPWGGYNMIGFGDILFPGLLVSFSHRFDKAHKKGGCSGYFPWLLFGYGTGLFLTYLGLYLMDGHGQPALLYLVPCTLGVTLVLGMIRGELKQLWGYGEEPLHRDPSGEA
Homology
[Close]
BLAST of Moc07g03000 vs. NCBI nr
Match: XP_022150361.1 (signal peptide peptidase-like 2 [Momordica charantia])

HSP 1 Score: 1064.7 bits (2752), Expect = 2.7e-307
Identity = 541/541 (100.00%), Postives = 541/541 (100.00%), Query Frame = 0 

Query: 1   MAFSSSSPARGSKVPLFSVPFLLFLFAISSVFADDVTQDDNSTPKSPNCNNPFELVKVKN 60
           MAFSSSSPARGSKVPLFSVPFLLFLFAISSVFADDVTQDDNSTPKSPNCNNPFELVKVKN
Sbjct: 1   MAFSSSSPARGSKVPLFSVPFLLFLFAISSVFADDVTQDDNSTPKSPNCNNPFELVKVKN 60

Query: 61  WVNDAEDKTLVGLSARFGALVPLQAKDDLKFPAVLTNPLSGCSSSSSKVSGSIALSIRGE 120
           WVNDAEDKTLVGLSARFGALVPLQAKDDLKFPAVLTNPLSGCSSSSSKVSGSIALSIRGE
Sbjct: 61  WVNDAEDKTLVGLSARFGALVPLQAKDDLKFPAVLTNPLSGCSSSSSKVSGSIALSIRGE 120

Query: 121 CDFTTKAKIAHAGGAAGLLVINDQEELYKMVCSGNDTALNISIPVVMLPKSSGEVLKKSI 180
           CDFTTKAKIAHAGGAAGLLVINDQEELYKMVCSGNDTALNISIPVVMLPKSSGEVLKKSI
Sbjct: 121 CDFTTKAKIAHAGGAAGLLVINDQEELYKMVCSGNDTALNISIPVVMLPKSSGEVLKKSI 180

Query: 181 EAGKKVEILLYSPKRPIVDYSVAILWVMAVGTVACATLWPEITASEQTEERYNELSPKES 240
           EAGKKVEILLYSPKRPIVDYSVAILWVMAVGTVACATLWPEITASEQTEERYNELSPKES
Sbjct: 181 EAGKKVEILLYSPKRPIVDYSVAILWVMAVGTVACATLWPEITASEQTEERYNELSPKES 240

Query: 241 SSGAAKNDSEKETLDINVKGAIVFVIMASTFLVLLYFFMSSWFIWVLIVMFCIGGVEGMH 300
           SSGAAKNDSEKETLDINVKGAIVFVIMASTFLVLLYFFMSSWFIWVLIVMFCIGGVEGMH
Sbjct: 241 SSGAAKNDSEKETLDINVKGAIVFVIMASTFLVLLYFFMSSWFIWVLIVMFCIGGVEGMH 300

Query: 301 NVILGLMLRKCKSCERKTLNLPLVGEISVLSFVVLLFCIAIAIFWAVTRRASYSWIGQNI 360
           NVILGLMLRKCKSCERKTLNLPLVGEISVLSFVVLLFCIAIAIFWAVTRRASYSWIGQNI
Sbjct: 301 NVILGLMLRKCKSCERKTLNLPLVGEISVLSFVVLLFCIAIAIFWAVTRRASYSWIGQNI 360

Query: 361 LGICLMITVLQVARLPNIKVATVLLCCAFIYDIFWVFISPALFNESVMIAVARGDNSGGE 420
           LGICLMITVLQVARLPNIKVATVLLCCAFIYDIFWVFISPALFNESVMIAVARGDNSGGE
Sbjct: 361 LGICLMITVLQVARLPNIKVATVLLCCAFIYDIFWVFISPALFNESVMIAVARGDNSGGE 420

Query: 421 SMPMLLRAPRLFDPWGGYNMIGFGDILFPGLLVSFSHRFDKAHKKGGCSGYFPWLLFGYG 480
           SMPMLLRAPRLFDPWGGYNMIGFGDILFPGLLVSFSHRFDKAHKKGGCSGYFPWLLFGYG
Sbjct: 421 SMPMLLRAPRLFDPWGGYNMIGFGDILFPGLLVSFSHRFDKAHKKGGCSGYFPWLLFGYG 480

Query: 481 TGLFLTYLGLYLMDGHGQPALLYLVPCTLGVTLVLGMIRGELKQLWGYGEEPLHRDPSGE 540
           TGLFLTYLGLYLMDGHGQPALLYLVPCTLGVTLVLGMIRGELKQLWGYGEEPLHRDPSGE
Sbjct: 481 TGLFLTYLGLYLMDGHGQPALLYLVPCTLGVTLVLGMIRGELKQLWGYGEEPLHRDPSGE 540

Query: 541 A 542
           A
Sbjct: 541 A 541

[Close]
BLAST of Moc07g03000 vs. NCBI nr
Match: XP_008464342.1 (PREDICTED: signal peptide peptidase-like 5 isoform X2 [Cucumis melo])

HSP 1 Score: 847.4 bits (2188), Expect = 6.7e-242
Identity = 432/543 (79.56%), Postives = 481/543 (88.58%), Query Frame = 0 

Query: 1   MAFSSSSPARGSKVPLFSVPFLLFLFAISSVFADDVTQDDNSTPKSPNCNNPFELVKVKN 60
           MAF SSSP   S +PL S+ FL+FLF ISSVFADDV+ DD+S PKS NCNNPFELVKVK+
Sbjct: 1   MAF-SSSPTTPSIIPLLSLLFLIFLFRISSVFADDVSLDDDSAPKSGNCNNPFELVKVKS 60

Query: 61  WVNDAEDKTLVGLSARFGALVPLQAKDDLKFPAVLTNPLSGCSSSSSKVSGSIALSIRGE 120
           WVNDAED+  VGLSARFG LVP QA+DDLK PAV  NP +GCSSSSSK+SGSIALSIRGE
Sbjct: 61  WVNDAEDEIFVGLSARFGTLVPSQAEDDLKLPAVYMNPTNGCSSSSSKLSGSIALSIRGE 120

Query: 121 CDFTTKAKIAHAGGAAGLLVINDQEELYKMVCSGNDTALNISIPVVMLPKSSGEVLKKSI 180
           CDFT KA+IA AGGAA LLVIND+E+LYKMVCS  DTALNISIPVVMLPKSSG+ L K I
Sbjct: 121 CDFTIKAEIAQAGGAAALLVINDKEDLYKMVCSEKDTALNISIPVVMLPKSSGDALNKLI 180

Query: 181 EAGKKVEILLYSPKRPIVDYSVAILWVMAVGTVACATLWPEITASEQTEERYNELSPKES 240
             GK V++LLY+PKRP+VD+SV  LW+MAVGTVACATLW EITA  QTEERYNELSPKES
Sbjct: 181 TDGKSVKLLLYAPKRPVVDFSVVFLWMMAVGTVACATLWSEITA-VQTEERYNELSPKES 240

Query: 241 SS-GAAKNDSEKETLDINVKGAIVFVIMASTFLVLLYFFMSSWFIWVLIVMFCIGGVEGM 300
           S+ G AK+DSE ETLDINVK AIVFVI AS+FLVLLYFFMSSWF+W+LIVMFCIGGVEGM
Sbjct: 241 SNPGGAKDDSEDETLDINVKSAIVFVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGM 300

Query: 301 HNVILGLMLRKCKSCERKTLNLPLVGEISVLSFVVLLFCIAIAIFWAVTRRASYSWIGQN 360
           H+ ILGL+LRK +SC ++TL+LP+VGE+S+LS VVLL CI  A+FWA+ RRASYSWIGQN
Sbjct: 301 HSCILGLILRKGQSCGKRTLDLPVVGEVSILSLVVLLCCITFAVFWALNRRASYSWIGQN 360

Query: 361 ILGICLMITVLQVARLPNIKVATVLLCCAFIYDIFWVFISPALFNESVMIAVARGDNSGG 420
           ILGICLMITVLQ+ARLPNIKVATVLLCCAFIYDIFWVFISP +F+ESVMIAVARGDNSGG
Sbjct: 361 ILGICLMITVLQMARLPNIKVATVLLCCAFIYDIFWVFISPVIFHESVMIAVARGDNSGG 420

Query: 421 ESMPMLLRAPRLFDPWGGYNMIGFGDILFPGLLVSFSHRFDKAHKKGGCSGYFPWLLFGY 480
           ES+PMLLR PR FDPWGG++MIGFGDILFPGLLVSF+HRFDKA KK  C+ YFPWLL GY
Sbjct: 421 ESIPMLLRVPRTFDPWGGFDMIGFGDILFPGLLVSFTHRFDKAQKKSKCNAYFPWLLVGY 480

Query: 481 GTGLFLTYLGLYLMDGHGQPALLYLVPCTLGVTLVLGMIRGELKQLWGYG-EEPLHRDPS 540
            TGLFLTYLGLY M+GHGQPALLYLVPCTLGVT+VLG+IRGELK LW YG E P+HR+PS
Sbjct: 481 ATGLFLTYLGLYFMNGHGQPALLYLVPCTLGVTVVLGLIRGELKLLWSYGTENPVHREPS 540

Query: 541 GEA 542
           GEA
Sbjct: 541 GEA 541

[Close]
BLAST of Moc07g03000 vs. NCBI nr
Match: XP_011656474.1 (signal peptide peptidase-like 5 isoform X2 [Cucumis sativus])

HSP 1 Score: 847.0 bits (2187), Expect = 8.7e-242
Identity = 431/543 (79.37%), Postives = 482/543 (88.77%), Query Frame = 0 

Query: 1   MAFSSSSPARGSKVPLFSVPFLLFLFAISSVFADDVTQDDNSTPKSPNCNNPFELVKVKN 60
           MAF SSSPA  S +PL S+ FL+FLF ISSVFADDV+ DD+S PKS NCNNPFELVKVK+
Sbjct: 1   MAF-SSSPATPSIIPLLSLLFLIFLFRISSVFADDVSLDDDSAPKSGNCNNPFELVKVKS 60

Query: 61  WVNDAEDKTLVGLSARFGALVPLQAKDDLKFPAVLTNPLSGCSSSSSKVSGSIALSIRGE 120
           WVNDAED+ LVGLSARFG L+P QA+DDLK PAV  NP++GCSSSSSK+SGSIALS RGE
Sbjct: 61  WVNDAEDEILVGLSARFGTLLPSQAEDDLKLPAVYMNPINGCSSSSSKLSGSIALSTRGE 120

Query: 121 CDFTTKAKIAHAGGAAGLLVINDQEELYKMVCSGNDTALNISIPVVMLPKSSGEVLKKSI 180
           CDFT KA+IA AGGAA LLVIND+E+LYKMVCS  DTALNISIPVVMLPKSSG+ L K I
Sbjct: 121 CDFTIKAEIAQAGGAAALLVINDKEDLYKMVCSEKDTALNISIPVVMLPKSSGDALSKLI 180

Query: 181 EAGKKVEILLYSPKRPIVDYSVAILWVMAVGTVACATLWPEITASEQTEERYNELSPKES 240
             GK V++LLY+PKRP+VD+SV  LW+M+VGTVACATLW EITA EQTEERYNELSPKES
Sbjct: 181 TDGKSVKLLLYAPKRPVVDFSVVFLWMMSVGTVACATLWSEITA-EQTEERYNELSPKES 240

Query: 241 SS-GAAKNDSEKETLDINVKGAIVFVIMASTFLVLLYFFMSSWFIWVLIVMFCIGGVEGM 300
           S+ GAAK+DSE ETLDINVK AIVFVI AS+FLVLLYFFMSSWF+W+LIVMFCIGGVEGM
Sbjct: 241 SNPGAAKDDSENETLDINVKSAIVFVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGM 300

Query: 301 HNVILGLMLRKCKSCERKTLNLPLVGEISVLSFVVLLFCIAIAIFWAVTRRASYSWIGQN 360
           H+ ILGL+LRK +SC +KTL+LP++GE+S+LS VVLL CI  A+ WA+ R ASYSWIGQN
Sbjct: 301 HSCILGLILRKGQSCGKKTLDLPVLGEVSILSLVVLLCCITFAVVWALNRHASYSWIGQN 360

Query: 361 ILGICLMITVLQVARLPNIKVATVLLCCAFIYDIFWVFISPALFNESVMIAVARGDNSGG 420
           ILGICLMITVLQ+ RLPNIKVATVLLCCAFIYDIFWVFISP +F+ESVMIAVARGDNSGG
Sbjct: 361 ILGICLMITVLQMTRLPNIKVATVLLCCAFIYDIFWVFISPVIFHESVMIAVARGDNSGG 420

Query: 421 ESMPMLLRAPRLFDPWGGYNMIGFGDILFPGLLVSFSHRFDKAHKKGGCSGYFPWLLFGY 480
           ES+PMLLR PR FDPWGG++MIGFGDILFPGLLVSF+ RFDKA KK  C+ YFPWLL GY
Sbjct: 421 ESIPMLLRVPRTFDPWGGFDMIGFGDILFPGLLVSFTRRFDKAQKKSKCNAYFPWLLVGY 480

Query: 481 GTGLFLTYLGLYLMDGHGQPALLYLVPCTLGVTLVLGMIRGELKQLWGYG-EEPLHRDPS 540
           GTGLFLTYLGLY M+GHGQPALLYLVPCTLGVT+VLG IRGELKQLW YG E P+HR+PS
Sbjct: 481 GTGLFLTYLGLYFMNGHGQPALLYLVPCTLGVTVVLGFIRGELKQLWNYGTENPVHREPS 540

Query: 541 GEA 542
           GEA
Sbjct: 541 GEA 541

[Close]
BLAST of Moc07g03000 vs. NCBI nr
Match: XP_008464341.1 (PREDICTED: signal peptide peptidase-like 5 isoform X1 [Cucumis melo])

HSP 1 Score: 842.8 bits (2176), Expect = 1.6e-240
Identity = 432/544 (79.41%), Postives = 481/544 (88.42%), Query Frame = 0 

Query: 1   MAFSSSSPARGSKVPLFSVPFLLFLFAISSVFADDVTQDDNSTPKSPNCNNPFELVKVKN 60
           MAF SSSP   S +PL S+ FL+FLF ISSVFADDV+ DD+S PKS NCNNPFELVKVK+
Sbjct: 1   MAF-SSSPTTPSIIPLLSLLFLIFLFRISSVFADDVSLDDDSAPKSGNCNNPFELVKVKS 60

Query: 61  WVNDAEDKTLVGLSARFGALVPLQAKDDLKFPAVLTNPLSGCSSSSSKVSGSIALSIRGE 120
           WVNDAED+  VGLSARFG LVP QA+DDLK PAV  NP +GCSSSSSK+SGSIALSIRGE
Sbjct: 61  WVNDAEDEIFVGLSARFGTLVPSQAEDDLKLPAVYMNPTNGCSSSSSKLSGSIALSIRGE 120

Query: 121 CDFTTKAKIAHAGGAAGLLVINDQEELYKMVCSGNDTALNISIPVVMLPKSSGEVLKKSI 180
           CDFT KA+IA AGGAA LLVIND+E+LYKMVCS  DTALNISIPVVMLPKSSG+ L K I
Sbjct: 121 CDFTIKAEIAQAGGAAALLVINDKEDLYKMVCSEKDTALNISIPVVMLPKSSGDALNKLI 180

Query: 181 EAGKKVEILLYSPKRPIVDYSVAILWVMAVGTVACATLWPEITASEQTEERYNELSPKES 240
             GK V++LLY+PKRP+VD+SV  LW+MAVGTVACATLW EITA  QTEERYNELSPKES
Sbjct: 181 TDGKSVKLLLYAPKRPVVDFSVVFLWMMAVGTVACATLWSEITA-VQTEERYNELSPKES 240

Query: 241 SS-GAAKNDSEKETLDINVKGAIVFVIMASTFLVLLYFFMSSWFIWVLIVMFCIGGVEGM 300
           S+ G AK+DSE ETLDINVK AIVFVI AS+FLVLLYFFMSSWF+W+LIVMFCIGGVEGM
Sbjct: 241 SNPGGAKDDSEDETLDINVKSAIVFVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGM 300

Query: 301 HNVILGLML-RKCKSCERKTLNLPLVGEISVLSFVVLLFCIAIAIFWAVTRRASYSWIGQ 360
           H+ ILGL+L RK +SC ++TL+LP+VGE+S+LS VVLL CI  A+FWA+ RRASYSWIGQ
Sbjct: 301 HSCILGLILSRKGQSCGKRTLDLPVVGEVSILSLVVLLCCITFAVFWALNRRASYSWIGQ 360

Query: 361 NILGICLMITVLQVARLPNIKVATVLLCCAFIYDIFWVFISPALFNESVMIAVARGDNSG 420
           NILGICLMITVLQ+ARLPNIKVATVLLCCAFIYDIFWVFISP +F+ESVMIAVARGDNSG
Sbjct: 361 NILGICLMITVLQMARLPNIKVATVLLCCAFIYDIFWVFISPVIFHESVMIAVARGDNSG 420

Query: 421 GESMPMLLRAPRLFDPWGGYNMIGFGDILFPGLLVSFSHRFDKAHKKGGCSGYFPWLLFG 480
           GES+PMLLR PR FDPWGG++MIGFGDILFPGLLVSF+HRFDKA KK  C+ YFPWLL G
Sbjct: 421 GESIPMLLRVPRTFDPWGGFDMIGFGDILFPGLLVSFTHRFDKAQKKSKCNAYFPWLLVG 480

Query: 481 YGTGLFLTYLGLYLMDGHGQPALLYLVPCTLGVTLVLGMIRGELKQLWGYG-EEPLHRDP 540
           Y TGLFLTYLGLY M+GHGQPALLYLVPCTLGVT+VLG+IRGELK LW YG E P+HR+P
Sbjct: 481 YATGLFLTYLGLYFMNGHGQPALLYLVPCTLGVTVVLGLIRGELKLLWSYGTENPVHREP 540

Query: 541 SGEA 542
           SGEA
Sbjct: 541 SGEA 542

[Close]
BLAST of Moc07g03000 vs. NCBI nr
Match: XP_011656473.1 (signal peptide peptidase-like 5 isoform X1 [Cucumis sativus])

HSP 1 Score: 842.4 bits (2175), Expect = 2.1e-240
Identity = 431/544 (79.23%), Postives = 482/544 (88.60%), Query Frame = 0 

Query: 1   MAFSSSSPARGSKVPLFSVPFLLFLFAISSVFADDVTQDDNSTPKSPNCNNPFELVKVKN 60
           MAF SSSPA  S +PL S+ FL+FLF ISSVFADDV+ DD+S PKS NCNNPFELVKVK+
Sbjct: 1   MAF-SSSPATPSIIPLLSLLFLIFLFRISSVFADDVSLDDDSAPKSGNCNNPFELVKVKS 60

Query: 61  WVNDAEDKTLVGLSARFGALVPLQAKDDLKFPAVLTNPLSGCSSSSSKVSGSIALSIRGE 120
           WVNDAED+ LVGLSARFG L+P QA+DDLK PAV  NP++GCSSSSSK+SGSIALS RGE
Sbjct: 61  WVNDAEDEILVGLSARFGTLLPSQAEDDLKLPAVYMNPINGCSSSSSKLSGSIALSTRGE 120

Query: 121 CDFTTKAKIAHAGGAAGLLVINDQEELYKMVCSGNDTALNISIPVVMLPKSSGEVLKKSI 180
           CDFT KA+IA AGGAA LLVIND+E+LYKMVCS  DTALNISIPVVMLPKSSG+ L K I
Sbjct: 121 CDFTIKAEIAQAGGAAALLVINDKEDLYKMVCSEKDTALNISIPVVMLPKSSGDALSKLI 180

Query: 181 EAGKKVEILLYSPKRPIVDYSVAILWVMAVGTVACATLWPEITASEQTEERYNELSPKES 240
             GK V++LLY+PKRP+VD+SV  LW+M+VGTVACATLW EITA EQTEERYNELSPKES
Sbjct: 181 TDGKSVKLLLYAPKRPVVDFSVVFLWMMSVGTVACATLWSEITA-EQTEERYNELSPKES 240

Query: 241 SS-GAAKNDSEKETLDINVKGAIVFVIMASTFLVLLYFFMSSWFIWVLIVMFCIGGVEGM 300
           S+ GAAK+DSE ETLDINVK AIVFVI AS+FLVLLYFFMSSWF+W+LIVMFCIGGVEGM
Sbjct: 241 SNPGAAKDDSENETLDINVKSAIVFVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGM 300

Query: 301 HNVILGLML-RKCKSCERKTLNLPLVGEISVLSFVVLLFCIAIAIFWAVTRRASYSWIGQ 360
           H+ ILGL+L RK +SC +KTL+LP++GE+S+LS VVLL CI  A+ WA+ R ASYSWIGQ
Sbjct: 301 HSCILGLILSRKGQSCGKKTLDLPVLGEVSILSLVVLLCCITFAVVWALNRHASYSWIGQ 360

Query: 361 NILGICLMITVLQVARLPNIKVATVLLCCAFIYDIFWVFISPALFNESVMIAVARGDNSG 420
           NILGICLMITVLQ+ RLPNIKVATVLLCCAFIYDIFWVFISP +F+ESVMIAVARGDNSG
Sbjct: 361 NILGICLMITVLQMTRLPNIKVATVLLCCAFIYDIFWVFISPVIFHESVMIAVARGDNSG 420

Query: 421 GESMPMLLRAPRLFDPWGGYNMIGFGDILFPGLLVSFSHRFDKAHKKGGCSGYFPWLLFG 480
           GES+PMLLR PR FDPWGG++MIGFGDILFPGLLVSF+ RFDKA KK  C+ YFPWLL G
Sbjct: 421 GESIPMLLRVPRTFDPWGGFDMIGFGDILFPGLLVSFTRRFDKAQKKSKCNAYFPWLLVG 480

Query: 481 YGTGLFLTYLGLYLMDGHGQPALLYLVPCTLGVTLVLGMIRGELKQLWGYG-EEPLHRDP 540
           YGTGLFLTYLGLY M+GHGQPALLYLVPCTLGVT+VLG IRGELKQLW YG E P+HR+P
Sbjct: 481 YGTGLFLTYLGLYFMNGHGQPALLYLVPCTLGVTVVLGFIRGELKQLWNYGTENPVHREP 540

Query: 541 SGEA 542
           SGEA
Sbjct: 541 SGEA 542

[Close]
BLAST of Moc07g03000 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: 642.1 bits (1655), Expect = 5.6e-183
Identity = 314/517 (60.74%), Postives = 397/517 (76.79%), Query Frame = 0 

Query: 13  KVPLFSVPFLLFLFAISSVFADDVTQDDNSTPKSPNCNNPFELVKVKNWVNDAEDKTLVG 72
           ++P  +   LL L A  S   D  + DD   P SP C+N F+LVKVKNWVN  E   +VG
Sbjct: 8   RLPAAAAVLLLVLLAGGSAADDASSDDDAGVPPSPGCSNKFQLVKVKNWVNGTEGTIVVG 67

Query: 73  LSARFGALVPLQAKDDLKFPAVLTNPLSGCSSSSSKVSGSIALSIRGECDFTTKAKIAHA 132
           LSARFGA VP    +  K  AVL NPL  CS+S+SK++  IA++ RGEC FT KAKIA  
Sbjct: 68  LSARFGASVPRDIHEAQKTFAVLANPLDCCSNSTSKLTNYIAIAQRGECAFTAKAKIAQT 127

Query: 133 GGAAGLLVINDQEELYKMVCSGNDTALNISIPVVMLPKSSGEVLKKSIEAGKKVEILLYS 192
           GGA GLLVIND EELYKMVCS NDT++N++IPVVM+P+S+G+ +K  ++ G ++E+ LYS
Sbjct: 128 GGAVGLLVINDNEELYKMVCSDNDTSINVTIPVVMIPQSAGKKMKGLLDQGARLEVQLYS 187

Query: 193 PKRPIVDYSVAILWVMAVGTVACATLWPEITASEQTEERYNELSPKESSSGAAKNDSEKE 252
           P RP+VD S   LW+MA+GT+ CA+LW E  A EQ +ERYN+L+ K+  +    N  +KE
Sbjct: 188 PNRPVVDLSACFLWIMAIGTIVCASLWTEFVACEQVDERYNQLTRKDGPNSGTTNREDKE 247

Query: 253 TLDINVKGAIVFVIMASTFLVLLYFFMSSWFIWVLIVMFCIGGVEGMHNVILGLMLRKCK 312
             +I+ KGAIVF+++AS FL+LL++FMSSWF+W+LIV+FCIGG+EGMH  ++ L+ R CK
Sbjct: 248 IFEISAKGAIVFILVASVFLLLLFYFMSSWFVWLLIVLFCIGGIEGMHVCLVTLLTRICK 307

Query: 313 SCERKTLNLPLVGEISVLSFVVLLFCIAIAIFWAVTRRASYSWIGQNILGICLMITVLQV 372
            C +KT+ LP  GE+  LS +++ FC   AI WAV R AS++WIGQ+ILGICLMITVLQ+
Sbjct: 308 DCGQKTVQLPFFGEVLTLSVLIVPFCTIFAILWAVYRHASFAWIGQDILGICLMITVLQM 367

Query: 373 ARLPNIKVATVLLCCAFIYDIFWVFISPALFNESVMIAVARGDNSGGESMPMLLRAPRLF 432
           ARLPNI+VA+ LL  AF+YD+FWVFISP +F+ESVMIAVARGDNS GE++PMLLR PR F
Sbjct: 368 ARLPNIRVASALLSAAFVYDVFWVFISPLIFHESVMIAVARGDNS-GEAIPMLLRIPRFF 427

Query: 433 DPWGGYNMIGFGDILFPGLLVSFSHRFDKAHKKGGCSGYFPWLLFGYGTGLFLTYLGLYL 492
           DPWGGY+MIGFGDI+FPGLLV+FS+RFD+A K+G  +GYF WL  GY  GLFLTYL L+L
Sbjct: 428 DPWGGYDMIGFGDIIFPGLLVAFSYRFDRASKRGLFNGYFLWLTVGYAVGLFLTYLALFL 487

Query: 493 MDGHGQPALLYLVPCTLGVTLVLGMIRGELKQLWGYG 530
           MDGHGQPALLYLVPCTLG+ ++LG  RGEL  LW YG
Sbjct: 488 MDGHGQPALLYLVPCTLGLIVILGWFRGELHDLWNYG 523

[Close]
BLAST of Moc07g03000 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: 637.9 bits (1644), Expect = 1.1e-181
Identity = 316/530 (59.62%), Postives = 406/530 (76.60%), Query Frame = 0 

Query: 16  LFSVPFLLFLFAISSVFADDVTQDDNSTPKSPNCNNPFELVKVKNWVNDAEDKTLVGLSA 75
           L +    L+L  +  V AD     D + PK P C+N F++VKV+NWVN    +T   ++A
Sbjct: 10  LLAAAAALYLIGLLCVGAD---TKDVTAPKIPGCSNEFQMVKVENWVNGENGETFTAMTA 69

Query: 76  RFGALVPLQAKDDLKFPAVLTNPLSGCSSSSSKVSGSIALSIRGECDFTTKAKIAHAGGA 135
           +FG ++P      +K P  LT PL  CS+ +SK+S SIALS+RGEC FT KA++A AGGA
Sbjct: 70  QFGTMLPSDKDKAVKLPVALTTPLDSCSNLTSKLSWSIALSVRGECAFTVKAQVAQAGGA 129

Query: 136 AGLLVINDQEELYKMVCSGNDTALNISIPVVMLPKSSGEVLKKSIEAGKKVEILLYSPKR 195
           A L++IND+EEL +MVC   DT+LN+SIP++M+  SSG+ LKKSI   KKVE+LLY+PK 
Sbjct: 130 AALVLINDKEELDEMVCGEKDTSLNVSIPILMITTSSGDALKKSIMQNKKVELLLYAPKS 189

Query: 196 PIVDYSVAILWVMAVGTVACATLWPEITASEQTEERYNELSPKESSS-GAAKNDSEKETL 255
           PIVDY+V  LW+M+VGTV  A++W  +T+ ++ +E+Y+ELSPK+SS+  A K  +E+ETL
Sbjct: 190 PIVDYAVVFLWLMSVGTVFVASVWSHVTSPKKNDEQYDELSPKKSSNVDATKGGAEEETL 249

Query: 256 DINVKGAIVFVIMASTFLVLLYFFMSSWFIWVLIVMFCIGGVEGMHNVILGLMLRKCKSC 315
           DI+  GA++FVI ASTFLVLL+FFMSSWFI +L + F IGG++GMHN+ + L+ R+C  C
Sbjct: 250 DISAMGAVIFVISASTFLVLLFFFMSSWFILILTIFFVIGGMQGMHNINVTLITRRCSKC 309

Query: 316 ERKTLNLPLVGEISVLSFVVLLFCIAIAIFWAVTRRASYSWIGQNILGICLMITVLQVAR 375
            +K L LPL+G  S+LS VVLLFC  +AI W + R+ S++W GQ+I GIC+MI VLQVAR
Sbjct: 310 GQKNLKLPLLGNTSILSLVVLLFCFVVAILWFMNRKTSHAWAGQDIFGICMMINVLQVAR 369

Query: 376 LPNIKVATVLLCCAFIYDIFWVFISPALFNESVMIAVARGDNSGGESMPMLLRAPRLFDP 435
           LPNI+VAT+LLCCAF YDIFWVFISP +F +SVMIAVARG    GES+PMLLR PRL DP
Sbjct: 370 LPNIRVATILLCCAFFYDIFWVFISPLIFKQSVMIAVARGSKDTGESIPMLLRIPRLSDP 429

Query: 436 WGGYNMIGFGDILFPGLLVSFSHRFDKAHKKGGCSGYFPWLLFGYGTGLFLTYLGLYLMD 495
           WGGYNMIGFGDILFPGLL+ F  RFDK + KG  +GYFPWL+FGYG GLFLTYLGLY+M+
Sbjct: 430 WGGYNMIGFGDILFPGLLICFIFRFDKENNKGVSNGYFPWLMFGYGLGLFLTYLGLYVMN 489

Query: 496 GHGQPALLYLVPCTLGVTLVLGMIRGELKQLWGYG-EEPLHRD--PSGEA 542
           GHGQPALLYLVPCTLG+T++LG++R EL+ LW YG ++P   D  PS EA
Sbjct: 490 GHGQPALLYLVPCTLGITVILGLVRKELRDLWNYGTQQPSAADVNPSPEA 536

[Close]
BLAST of Moc07g03000 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: 631.3 bits (1627), Expect = 9.9e-180
Identity = 309/510 (60.59%), Postives = 393/510 (77.06%), Query Frame = 0 

Query: 22  LLFLFAISSVFADDVTQDDNSTPKSPNCNNPFELVKVKNWVNDAEDKTLVGLSARFGALV 81
           +L L   S   ADDV+  ++S+ +SP C N F++VKV NWV+  E   L GL+A+FGA +
Sbjct: 17  ILLLLGFSVAAADDVSWTEDSSLESPGCTNKFQMVKVLNWVDGVEGDFLTGLTAQFGAAL 76

Query: 82  PLQAKDDLKFPAVLTNPLSGCSSSSSKVSGSIALSIRGECDFTTKAKIAHAGGAAGLLVI 141
           P      L+FPA   +PL  CS  SS++ G IALSIRG C FT KAK A A GA+ LLVI
Sbjct: 77  PSVPDQALRFPAAFVDPLDSCSHLSSRLDGHIALSIRGNCAFTEKAKHAEAAGASALLVI 136

Query: 142 NDQEELYKMVCSGNDTALNISIPVVMLPKSSGEVLKKSIEAGKKVEILLYSPKRPIVDYS 201
           ND+E+L +M C   DT+LN+SIPV+M+ KSSG+ L KS+   K VE+LLY+PKRP VD +
Sbjct: 137 NDKEDLDEMGCMEKDTSLNVSIPVLMISKSSGDALNKSMVDNKNVELLLYAPKRPAVDLT 196

Query: 202 VAILWVMAVGTVACATLWPEITASEQTEERYNELSPKESSSGAAKNDSEKETLDINVKGA 261
             +L +MAVGTV  A+LW E+T  +Q  E Y+ L+   SS+G  K+D EKE LDI+V GA
Sbjct: 197 AGLLLLMAVGTVVVASLWSELTDPDQANESYSILAKDVSSAGTRKDDPEKEILDISVTGA 256

Query: 262 IVFVIMASTFLVLLYFFMSSWFIWVLIVMFCIGGVEGMHNVILGLMLRKCKSCERKTLNL 321
           + F++ AS FL+LL++FMSSWF+WVL + FCIGG++GMHN+I+ ++LRKC+   RK++ L
Sbjct: 257 VFFIVTASIFLLLLFYFMSSWFVWVLTIFFCIGGMQGMHNIIMAVILRKCRHLARKSVKL 316

Query: 322 PLVGEISVLSFVVLLFCIAIAIFWAVTRRASYSWIGQNILGICLMITVLQVARLPNIKVA 381
           PL+G +SVLS +V + C+A A+FW + R  SYSW+GQ+ILGICLMIT LQV RLPNIKVA
Sbjct: 317 PLLGTMSVLSLLVNIVCLAFAVFWFIKRHTSYSWVGQDILGICLMITALQVVRLPNIKVA 376

Query: 382 TVLLCCAFIYDIFWVFISPALFNESVMIAVARGDNSGGESMPMLLRAPRLFDPWGGYNMI 441
           TVLLCCAF+YDIFWVFISP +F+ESVMI VA+GD+S GES+PMLLR PR FDPWGGY+MI
Sbjct: 377 TVLLCCAFVYDIFWVFISPLIFHESVMIVVAQGDSSTGESIPMLLRIPRFFDPWGGYDMI 436

Query: 442 GFGDILFPGLLVSFSHRFDKAHKKGGCSGYFPWLLFGYGTGLFLTYLGLYLMDGHGQPAL 501
           GFGDILFPGLL+SF+ R+DK  K+   +GYF WL  GYG GL LTYLGLYLMDGHGQPAL
Sbjct: 437 GFGDILFPGLLISFASRYDKIKKRVISNGYFLWLTIGYGIGLLLTYLGLYLMDGHGQPAL 496

Query: 502 LYLVPCTLGVTLVLGMIRGELKQLWGYGEE 532
           LY+VPCTLG+ ++LG++RGELK+LW YG E
Sbjct: 497 LYIVPCTLGLAVILGLVRGELKELWNYGIE 526

[Close]
BLAST of Moc07g03000 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: 492.7 bits (1267), Expect = 5.5e-138
Identity = 256/534 (47.94%), Postives = 350/534 (65.54%), Query Frame = 0 

Query: 11  GSKVPLFSVPFLLFLFAISSVFA-DDVTQDDNSTPKSPNCNNPFELVKVKNWVNDAEDKT 70
           G+  P  +   LL + A++ V A  D+   D+  PK P C+N F LVKV+ WVN+ ED  
Sbjct: 2   GTSSPEMAAALLLVMAALAGVAAGGDIVHQDDEAPKIPGCSNDFVLVKVQTWVNNREDGE 61

Query: 71  LVGLSARFGALVPLQAKDDLKFPAVLTNPLSGCSSSSSKVSGSIALSIRGECDFTTKAKI 130
            VG+ ARFG  +  + K   +   +L +P+  C   + KV+G + L  RG C FT KAK 
Sbjct: 62  FVGVGARFGPTIESKEKHANRTGLLLADPIDCCDPPTQKVAGDVLLVQRGNCKFTKKAKN 121

Query: 131 AHAGGAAGLLVINDQEELYKMVCSGNDTALNISIPVVMLPKSSGEVLKKSIEAGKKVEIL 190
           A A GA+ +++IN   ELYKMVC  N+T L+I+IP V+LPK +G  L+K +  G KV + 
Sbjct: 122 AEAAGASAIIIINHVHELYKMVCDRNETDLDINIPAVLLPKDAGNDLQKLLTRG-KVSVQ 181

Query: 191 LYSPKRPIVDYSVAILWVMAVGTVACATLWPEITASEQTEERYNELSPKESSSGAAKNDS 250
           LYSP RP+VD +   LW+MAVGT+ CA+ W   +A E   E+   L     SS   +   
Sbjct: 182 LYSPDRPLVDTAEVFLWLMAVGTILCASYWSAWSAREAVIEQEKLLKDGHESSLNLEAGG 241

Query: 251 EKETLDINVKGAIVFVIMASTFLVLLYFFMSSWFIWVLIVMFCIGGVEGMHNVILGLMLR 310
               +DIN+  AI+FV++AS FL++LY  MS WF+ +L+V+FCIGGVEG+   ++ L+ R
Sbjct: 242 SSGMVDINMTSAILFVVIASCFLIMLYKLMSHWFVELLVVIFCIGGVEGLQTCLVALLSR 301

Query: 311 KCKSCERKTLNLPLVGEISVLSFVVLLFCIAIAIFWAVTRRASYSWIGQNILGICLMITV 370
             K      + +P  G +S L+  V  FCI  A+ WAV RR +Y+WIGQ+ILGI L++TV
Sbjct: 302 WFKPAAESFVKVPFFGAVSYLTIAVCPFCIVFAVIWAVYRRMTYAWIGQDILGIALIVTV 361

Query: 371 LQVARLPNIKVATVLLCCAFIYDIFWVFISPALFNESVMIAVARGDNSGGESMPMLLRAP 430
           +Q+ R+PN+KV +VLL C+F+YDIFWVFIS   F+ESVMI VARGD +  + +PMLL+ P
Sbjct: 362 IQIVRIPNLKVGSVLLSCSFLYDIFWVFISKMWFHESVMIVVARGDKTDEDGVPMLLKIP 421

Query: 431 RLFDPWGGYNMIGFGDILFPGLLVSFSHRFDKAHKKGGCSGYFPWLLFGYGTGLFLTYLG 490
           R+FDPWGG+++IGFGDIL PGLL++F+ R+D A KK   SGYF W +  YG+GL +TY+ 
Sbjct: 422 RMFDPWGGFSIIGFGDILLPGLLIAFALRYDWAAKKTLQSGYFLWSMVAYGSGLMITYVA 481

Query: 491 LYLMDGHGQPALLYLVPCTLGVTLVLGMIRGELKQLWGYGEEP-----LHRDPS 539
           L LMDGHGQPALLY+VP TLG  + LG  RGEL+ LW  G+       +H  PS
Sbjct: 482 LNLMDGHGQPALLYIVPFTLGTFIALGRKRGELRNLWTRGQPERVCTHMHMQPS 534

[Close]
BLAST of Moc07g03000 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: 490.0 bits (1260), Expect = 3.5e-137
Identity = 253/510 (49.61%), Postives = 338/510 (66.27%), Query Frame = 0 

Query: 22  LLFLFAISSVFA-DDVTQDDNSTPKSPNCNNPFELVKVKNWVNDAEDKTLVGLSARFGAL 81
           LL   A++   A  D+   D+  PK P C+N F LVKV++WVN  ED   VG+ ARFG  
Sbjct: 11  LLMASALAGAAAGGDIVHHDDEAPKIPGCSNDFILVKVQSWVNGKEDDEYVGVGARFGPQ 70

Query: 82  VPLQAKDDLKFPAVLTNPLSGCSSSSSKVSGSIALSIRGECDFTTKAKIAHAGGAAGLLV 141
           +  + K   +   +L +P+  C+S   KVSG I L  RG+C FT KAK A A GA+G+++
Sbjct: 71  IVSKEKHANRTRLMLADPIDCCTSPKEKVSGDILLVQRGKCKFTKKAKFAEAAGASGIII 130

Query: 142 INDQEELYKMVCSGNDTALNISIPVVMLPKSSGEVLKKSIEAGKKVEILLYSPKRPIVDY 201
           IN   ELYKMVC  N+T L+I+IP V+LP+ +G  L   + +G  V +  YSP RP+VD 
Sbjct: 131 INHVHELYKMVCEKNETDLDINIPAVLLPRDAGFALHTVLTSGNSVSVQQYSPDRPVVDT 190

Query: 202 SVAILWVMAVGTVACATLWPEITASEQTEERYNELSPKESSSGAAKNDSEKETLDINVKG 261
           +   LW+MAVGTV CA+ W   +A E   E+   L          +N S    +DINV  
Sbjct: 191 AEVFLWLMAVGTVLCASYWSAWSAREALCEQEKLLKDGREVLLNVENGSSSGMIDINVAS 250

Query: 262 AIVFVIMASTFLVLLYFFMSSWFIWVLIVMFCIGGVEGMHNVILGLMLRKCKSCERKTLN 321
           AI+FV++AS FL++LY  MSSWF+ +L+V+FC+GGVEG+   ++ L+ R  ++       
Sbjct: 251 AIMFVVVASCFLIMLYKMMSSWFVELLVVIFCVGGVEGLQTCLVALLSRWFRAASESFFK 310

Query: 322 LPLVGEISVLSFVVLLFCIAIAIFWAVTRRASYSWIGQNILGICLMITVLQVARLPNIKV 381
           +P  G +S L+  V  FCI  A+ WAV R  +Y+WIGQ+ILGI L+ITV+Q+ R+PN+KV
Sbjct: 311 VPFFGAVSYLTLAVSPFCIVFAVLWAVHRHFTYAWIGQDILGIALIITVIQIVRVPNLKV 370

Query: 382 ATVLLCCAFIYDIFWVFISPALFNESVMIAVARGDNSGGESMPMLLRAPRLFDPWGGYNM 441
            +VLL CAF YDIFWVF+S   F+ESVMI VARGD +  + +PMLL+ PR+FDPWGGY++
Sbjct: 371 GSVLLSCAFFYDIFWVFVSKRWFHESVMIVVARGDKTDEDGVPMLLKIPRMFDPWGGYSI 430

Query: 442 IGFGDILFPGLLVSFSHRFDKAHKKGGCSGYFPWLLFGYGTGLFLTYLGLYLMDGHGQPA 501
           IGFGDIL PGLLV+F+ R+D A KK   +GYF W +  YG+GL +TY+ L LMDGHGQPA
Sbjct: 431 IGFGDILLPGLLVAFALRYDWAAKKSLQTGYFLWSMVAYGSGLLITYVALNLMDGHGQPA 490

Query: 502 LLYLVPCTLGVTLVLGMIRGELKQLWGYGE 531
           LLY+VP TLG  + LG  RGEL  LW  GE
Sbjct: 491 LLYIVPFTLGALISLGWKRGELWNLWSKGE 520

[Close]
BLAST of Moc07g03000 vs. ExPASy TrEMBL
Match: A0A6J1DBA6 (signal peptide peptidase-like 2 OS=Momordica charantia OX=3673 GN=LOC111018548 PE=3 SV=1)

HSP 1 Score: 1064.7 bits (2752), Expect = 1.3e-307
Identity = 541/541 (100.00%), Postives = 541/541 (100.00%), Query Frame = 0 

Query: 1   MAFSSSSPARGSKVPLFSVPFLLFLFAISSVFADDVTQDDNSTPKSPNCNNPFELVKVKN 60
           MAFSSSSPARGSKVPLFSVPFLLFLFAISSVFADDVTQDDNSTPKSPNCNNPFELVKVKN
Sbjct: 1   MAFSSSSPARGSKVPLFSVPFLLFLFAISSVFADDVTQDDNSTPKSPNCNNPFELVKVKN 60

Query: 61  WVNDAEDKTLVGLSARFGALVPLQAKDDLKFPAVLTNPLSGCSSSSSKVSGSIALSIRGE 120
           WVNDAEDKTLVGLSARFGALVPLQAKDDLKFPAVLTNPLSGCSSSSSKVSGSIALSIRGE
Sbjct: 61  WVNDAEDKTLVGLSARFGALVPLQAKDDLKFPAVLTNPLSGCSSSSSKVSGSIALSIRGE 120

Query: 121 CDFTTKAKIAHAGGAAGLLVINDQEELYKMVCSGNDTALNISIPVVMLPKSSGEVLKKSI 180
           CDFTTKAKIAHAGGAAGLLVINDQEELYKMVCSGNDTALNISIPVVMLPKSSGEVLKKSI
Sbjct: 121 CDFTTKAKIAHAGGAAGLLVINDQEELYKMVCSGNDTALNISIPVVMLPKSSGEVLKKSI 180

Query: 181 EAGKKVEILLYSPKRPIVDYSVAILWVMAVGTVACATLWPEITASEQTEERYNELSPKES 240
           EAGKKVEILLYSPKRPIVDYSVAILWVMAVGTVACATLWPEITASEQTEERYNELSPKES
Sbjct: 181 EAGKKVEILLYSPKRPIVDYSVAILWVMAVGTVACATLWPEITASEQTEERYNELSPKES 240

Query: 241 SSGAAKNDSEKETLDINVKGAIVFVIMASTFLVLLYFFMSSWFIWVLIVMFCIGGVEGMH 300
           SSGAAKNDSEKETLDINVKGAIVFVIMASTFLVLLYFFMSSWFIWVLIVMFCIGGVEGMH
Sbjct: 241 SSGAAKNDSEKETLDINVKGAIVFVIMASTFLVLLYFFMSSWFIWVLIVMFCIGGVEGMH 300

Query: 301 NVILGLMLRKCKSCERKTLNLPLVGEISVLSFVVLLFCIAIAIFWAVTRRASYSWIGQNI 360
           NVILGLMLRKCKSCERKTLNLPLVGEISVLSFVVLLFCIAIAIFWAVTRRASYSWIGQNI
Sbjct: 301 NVILGLMLRKCKSCERKTLNLPLVGEISVLSFVVLLFCIAIAIFWAVTRRASYSWIGQNI 360

Query: 361 LGICLMITVLQVARLPNIKVATVLLCCAFIYDIFWVFISPALFNESVMIAVARGDNSGGE 420
           LGICLMITVLQVARLPNIKVATVLLCCAFIYDIFWVFISPALFNESVMIAVARGDNSGGE
Sbjct: 361 LGICLMITVLQVARLPNIKVATVLLCCAFIYDIFWVFISPALFNESVMIAVARGDNSGGE 420

Query: 421 SMPMLLRAPRLFDPWGGYNMIGFGDILFPGLLVSFSHRFDKAHKKGGCSGYFPWLLFGYG 480
           SMPMLLRAPRLFDPWGGYNMIGFGDILFPGLLVSFSHRFDKAHKKGGCSGYFPWLLFGYG
Sbjct: 421 SMPMLLRAPRLFDPWGGYNMIGFGDILFPGLLVSFSHRFDKAHKKGGCSGYFPWLLFGYG 480

Query: 481 TGLFLTYLGLYLMDGHGQPALLYLVPCTLGVTLVLGMIRGELKQLWGYGEEPLHRDPSGE 540
           TGLFLTYLGLYLMDGHGQPALLYLVPCTLGVTLVLGMIRGELKQLWGYGEEPLHRDPSGE
Sbjct: 481 TGLFLTYLGLYLMDGHGQPALLYLVPCTLGVTLVLGMIRGELKQLWGYGEEPLHRDPSGE 540

Query: 541 A 542
           A
Sbjct: 541 A 541

[Close]
BLAST of Moc07g03000 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: 847.4 bits (2188), Expect = 3.2e-242
Identity = 432/543 (79.56%), Postives = 481/543 (88.58%), Query Frame = 0 

Query: 1   MAFSSSSPARGSKVPLFSVPFLLFLFAISSVFADDVTQDDNSTPKSPNCNNPFELVKVKN 60
           MAF SSSP   S +PL S+ FL+FLF ISSVFADDV+ DD+S PKS NCNNPFELVKVK+
Sbjct: 1   MAF-SSSPTTPSIIPLLSLLFLIFLFRISSVFADDVSLDDDSAPKSGNCNNPFELVKVKS 60

Query: 61  WVNDAEDKTLVGLSARFGALVPLQAKDDLKFPAVLTNPLSGCSSSSSKVSGSIALSIRGE 120
           WVNDAED+  VGLSARFG LVP QA+DDLK PAV  NP +GCSSSSSK+SGSIALSIRGE
Sbjct: 61  WVNDAEDEIFVGLSARFGTLVPSQAEDDLKLPAVYMNPTNGCSSSSSKLSGSIALSIRGE 120

Query: 121 CDFTTKAKIAHAGGAAGLLVINDQEELYKMVCSGNDTALNISIPVVMLPKSSGEVLKKSI 180
           CDFT KA+IA AGGAA LLVIND+E+LYKMVCS  DTALNISIPVVMLPKSSG+ L K I
Sbjct: 121 CDFTIKAEIAQAGGAAALLVINDKEDLYKMVCSEKDTALNISIPVVMLPKSSGDALNKLI 180

Query: 181 EAGKKVEILLYSPKRPIVDYSVAILWVMAVGTVACATLWPEITASEQTEERYNELSPKES 240
             GK V++LLY+PKRP+VD+SV  LW+MAVGTVACATLW EITA  QTEERYNELSPKES
Sbjct: 181 TDGKSVKLLLYAPKRPVVDFSVVFLWMMAVGTVACATLWSEITA-VQTEERYNELSPKES 240

Query: 241 SS-GAAKNDSEKETLDINVKGAIVFVIMASTFLVLLYFFMSSWFIWVLIVMFCIGGVEGM 300
           S+ G AK+DSE ETLDINVK AIVFVI AS+FLVLLYFFMSSWF+W+LIVMFCIGGVEGM
Sbjct: 241 SNPGGAKDDSEDETLDINVKSAIVFVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGM 300

Query: 301 HNVILGLMLRKCKSCERKTLNLPLVGEISVLSFVVLLFCIAIAIFWAVTRRASYSWIGQN 360
           H+ ILGL+LRK +SC ++TL+LP+VGE+S+LS VVLL CI  A+FWA+ RRASYSWIGQN
Sbjct: 301 HSCILGLILRKGQSCGKRTLDLPVVGEVSILSLVVLLCCITFAVFWALNRRASYSWIGQN 360

Query: 361 ILGICLMITVLQVARLPNIKVATVLLCCAFIYDIFWVFISPALFNESVMIAVARGDNSGG 420
           ILGICLMITVLQ+ARLPNIKVATVLLCCAFIYDIFWVFISP +F+ESVMIAVARGDNSGG
Sbjct: 361 ILGICLMITVLQMARLPNIKVATVLLCCAFIYDIFWVFISPVIFHESVMIAVARGDNSGG 420

Query: 421 ESMPMLLRAPRLFDPWGGYNMIGFGDILFPGLLVSFSHRFDKAHKKGGCSGYFPWLLFGY 480
           ES+PMLLR PR FDPWGG++MIGFGDILFPGLLVSF+HRFDKA KK  C+ YFPWLL GY
Sbjct: 421 ESIPMLLRVPRTFDPWGGFDMIGFGDILFPGLLVSFTHRFDKAQKKSKCNAYFPWLLVGY 480

Query: 481 GTGLFLTYLGLYLMDGHGQPALLYLVPCTLGVTLVLGMIRGELKQLWGYG-EEPLHRDPS 540
            TGLFLTYLGLY M+GHGQPALLYLVPCTLGVT+VLG+IRGELK LW YG E P+HR+PS
Sbjct: 481 ATGLFLTYLGLYFMNGHGQPALLYLVPCTLGVTVVLGLIRGELKLLWSYGTENPVHREPS 540

Query: 541 GEA 542
           GEA
Sbjct: 541 GEA 541

[Close]
BLAST of Moc07g03000 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: 842.8 bits (2176), Expect = 8.0e-241
Identity = 432/544 (79.41%), Postives = 481/544 (88.42%), Query Frame = 0 

Query: 1   MAFSSSSPARGSKVPLFSVPFLLFLFAISSVFADDVTQDDNSTPKSPNCNNPFELVKVKN 60
           MAF SSSP   S +PL S+ FL+FLF ISSVFADDV+ DD+S PKS NCNNPFELVKVK+
Sbjct: 1   MAF-SSSPTTPSIIPLLSLLFLIFLFRISSVFADDVSLDDDSAPKSGNCNNPFELVKVKS 60

Query: 61  WVNDAEDKTLVGLSARFGALVPLQAKDDLKFPAVLTNPLSGCSSSSSKVSGSIALSIRGE 120
           WVNDAED+  VGLSARFG LVP QA+DDLK PAV  NP +GCSSSSSK+SGSIALSIRGE
Sbjct: 61  WVNDAEDEIFVGLSARFGTLVPSQAEDDLKLPAVYMNPTNGCSSSSSKLSGSIALSIRGE 120

Query: 121 CDFTTKAKIAHAGGAAGLLVINDQEELYKMVCSGNDTALNISIPVVMLPKSSGEVLKKSI 180
           CDFT KA+IA AGGAA LLVIND+E+LYKMVCS  DTALNISIPVVMLPKSSG+ L K I
Sbjct: 121 CDFTIKAEIAQAGGAAALLVINDKEDLYKMVCSEKDTALNISIPVVMLPKSSGDALNKLI 180

Query: 181 EAGKKVEILLYSPKRPIVDYSVAILWVMAVGTVACATLWPEITASEQTEERYNELSPKES 240
             GK V++LLY+PKRP+VD+SV  LW+MAVGTVACATLW EITA  QTEERYNELSPKES
Sbjct: 181 TDGKSVKLLLYAPKRPVVDFSVVFLWMMAVGTVACATLWSEITA-VQTEERYNELSPKES 240

Query: 241 SS-GAAKNDSEKETLDINVKGAIVFVIMASTFLVLLYFFMSSWFIWVLIVMFCIGGVEGM 300
           S+ G AK+DSE ETLDINVK AIVFVI AS+FLVLLYFFMSSWF+W+LIVMFCIGGVEGM
Sbjct: 241 SNPGGAKDDSEDETLDINVKSAIVFVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGM 300

Query: 301 HNVILGLML-RKCKSCERKTLNLPLVGEISVLSFVVLLFCIAIAIFWAVTRRASYSWIGQ 360
           H+ ILGL+L RK +SC ++TL+LP+VGE+S+LS VVLL CI  A+FWA+ RRASYSWIGQ
Sbjct: 301 HSCILGLILSRKGQSCGKRTLDLPVVGEVSILSLVVLLCCITFAVFWALNRRASYSWIGQ 360

Query: 361 NILGICLMITVLQVARLPNIKVATVLLCCAFIYDIFWVFISPALFNESVMIAVARGDNSG 420
           NILGICLMITVLQ+ARLPNIKVATVLLCCAFIYDIFWVFISP +F+ESVMIAVARGDNSG
Sbjct: 361 NILGICLMITVLQMARLPNIKVATVLLCCAFIYDIFWVFISPVIFHESVMIAVARGDNSG 420

Query: 421 GESMPMLLRAPRLFDPWGGYNMIGFGDILFPGLLVSFSHRFDKAHKKGGCSGYFPWLLFG 480
           GES+PMLLR PR FDPWGG++MIGFGDILFPGLLVSF+HRFDKA KK  C+ YFPWLL G
Sbjct: 421 GESIPMLLRVPRTFDPWGGFDMIGFGDILFPGLLVSFTHRFDKAQKKSKCNAYFPWLLVG 480

Query: 481 YGTGLFLTYLGLYLMDGHGQPALLYLVPCTLGVTLVLGMIRGELKQLWGYG-EEPLHRDP 540
           Y TGLFLTYLGLY M+GHGQPALLYLVPCTLGVT+VLG+IRGELK LW YG E P+HR+P
Sbjct: 481 YATGLFLTYLGLYFMNGHGQPALLYLVPCTLGVTVVLGLIRGELKLLWSYGTENPVHREP 540

Query: 541 SGEA 542
           SGEA
Sbjct: 541 SGEA 542

[Close]
BLAST of Moc07g03000 vs. ExPASy TrEMBL
Match: A0A6J1JYL1 (signal peptide peptidase-like 5 OS=Cucurbita maxima OX=3661 GN=LOC111488610 PE=3 SV=1)

HSP 1 Score: 815.8 bits (2106), Expect = 1.0e-232
Identity = 419/540 (77.59%), Postives = 469/540 (86.85%), Query Frame = 0 

Query: 5   SSSPARGSKVPLFSVPFLLFLFAISSVFADDVTQDDNSTPKSPNCNNPFELVKVKNWVND 64
           SSSPAR   +PLFS+ FLLFLF ISSVFA DV+ DD+S PKS NCNNPF+LVKVK+WVND
Sbjct: 4   SSSPARPPIIPLFSLLFLLFLFRISSVFAGDVSLDDDSAPKSGNCNNPFDLVKVKSWVND 63

Query: 65  AEDKTLVGLSARFGALVPLQAKDDLKFPAVLTNPLSGCSSSSSKVSGSIALSIRGECDFT 124
           AEDK  VGLSARFGALVP QA++  K P V  NP++GCSSSSSK+SG+IALSIRGECDFT
Sbjct: 64  AEDKIFVGLSARFGALVPSQAENAPKLPVVDMNPINGCSSSSSKLSGAIALSIRGECDFT 123

Query: 125 TKAKIAHAGGAAGLLVINDQEELYKMVCSGNDTALNISIPVVMLPKSSGEVLKKSIEAGK 184
            KA +A AGGAA LL+IND+E+LYKMVC   D ALNISIPVVMLPKSSG+ L K I  GK
Sbjct: 124 NKAVVAQAGGAAALLIINDKEDLYKMVCPEKDIALNISIPVVMLPKSSGDALTKLITDGK 183

Query: 185 KVEILLYSPKRPIVDYSVAILWVMAVGTVACATLWPEITASEQTEERYNELSPKESSS-G 244
           +VE+LLY+PKRPIVD+SV  LW+MAVGTVACA LWPEITA EQTEERYNELS KESSS  
Sbjct: 184 RVELLLYAPKRPIVDFSVVFLWMMAVGTVACAALWPEITA-EQTEERYNELSAKESSSRE 243

Query: 245 AAKNDSEKETLDINVKGAIVFVIMASTFLVLLYFFMSSWFIWVLIVMFCIGGVEGMHNVI 304
           AAK+D + ETLDIN K A+VFVI AS+FLVLLYFFMSSWF+W+LIVMFCIGGVEGMH+ I
Sbjct: 244 AAKDDFDDETLDINAKSAVVFVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGMHSCI 303

Query: 305 LGLMLRKCKSCERKTLNLPLVGEISVLSFVVLLFCIAIAIFWAVTRRASYSWIGQNILGI 364
           LGL+LRK KSC +KTLNLPLVGEISVLS VVLL  I  A+ WA+ RRASYSW+GQN+LGI
Sbjct: 304 LGLLLRKGKSCGQKTLNLPLVGEISVLSLVVLLCSITFAVVWALNRRASYSWVGQNVLGI 363

Query: 365 CLMITVLQVARLPNIKVATVLLCCAFIYDIFWVFISPALFNESVMIAVARGDNSGGESMP 424
           CLMITVLQ+ARLPNIKVATVLLCCAF+YDIFWVFISP +F+ESVMIAVARGDNSGGES+P
Sbjct: 364 CLMITVLQMARLPNIKVATVLLCCAFVYDIFWVFISPVIFHESVMIAVARGDNSGGESIP 423

Query: 425 MLLRAPRLFDPWGGYNMIGFGDILFPGLLVSFSHRFDKAHKKGGCSGYFPWLLFGYGTGL 484
           MLLR PR FDPWGG++MIGFGDILFPGLLVSF+HRFDKA  K  C+ YFPWL+ GYGTGL
Sbjct: 424 MLLRVPRTFDPWGGFDMIGFGDILFPGLLVSFTHRFDKALNKSRCNAYFPWLVVGYGTGL 483

Query: 485 FLTYLGLYLMDGHGQPALLYLVPCTLGVTLVLGMIRGELKQLWGYG-EEPLHRD-PSGEA 542
            LTYLGLY M+GHGQPALLYLVPCTLGVT+VLG +RGE+KQLW YG E  L R+ PSGEA
Sbjct: 484 VLTYLGLYFMNGHGQPALLYLVPCTLGVTVVLGFMRGEIKQLWNYGTENSLDREPPSGEA 542

[Close]
BLAST of Moc07g03000 vs. ExPASy TrEMBL
Match: A0A6J1ENS8 (signal peptide peptidase-like 3 OS=Cucurbita moschata OX=3662 GN=LOC111436325 PE=3 SV=1)

HSP 1 Score: 814.7 bits (2103), Expect = 2.3e-232
Identity = 418/540 (77.41%), Postives = 469/540 (86.85%), Query Frame = 0 

Query: 5   SSSPARGSKVPLFSVPFLLFLFAISSVFADDVTQDDNSTPKSPNCNNPFELVKVKNWVND 64
           SSSPAR   +PLFS+ FLLFLF ISSVFA DV+ DD+S PKS NCNNPF+LVKVK+WVND
Sbjct: 4   SSSPARPPIIPLFSLLFLLFLFRISSVFAGDVSLDDDSAPKSGNCNNPFDLVKVKSWVND 63

Query: 65  AEDKTLVGLSARFGALVPLQAKDDLKFPAVLTNPLSGCSSSSSKVSGSIALSIRGECDFT 124
           AEDK  VGLSARFGALVP QA++  K P V  NP++GCS SSSK+SG+IALSIRGECDFT
Sbjct: 64  AEDKIFVGLSARFGALVPSQAENSPKLPVVDMNPINGCSRSSSKLSGAIALSIRGECDFT 123

Query: 125 TKAKIAHAGGAAGLLVINDQEELYKMVCSGNDTALNISIPVVMLPKSSGEVLKKSIEAGK 184
            KA +A AGGAA LL+IND+E+LYKMVCS  DTA+NISIPVVMLPKSSG+ L K I  GK
Sbjct: 124 NKAVVAQAGGAAALLIINDKEDLYKMVCSEKDTAINISIPVVMLPKSSGDALTKLITDGK 183

Query: 185 KVEILLYSPKRPIVDYSVAILWVMAVGTVACATLWPEITASEQTEERYNELSPKESSS-G 244
           +VE+LLY+PKRPIVD SV  LW+MAVGTVACA LWPEITA EQTEERYNELS KESSS  
Sbjct: 184 RVELLLYAPKRPIVDLSVVFLWMMAVGTVACAALWPEITA-EQTEERYNELSAKESSSRE 243

Query: 245 AAKNDSEKETLDINVKGAIVFVIMASTFLVLLYFFMSSWFIWVLIVMFCIGGVEGMHNVI 304
           AAK+D + ETLDIN K A+VFVI AS+FLVLLYFFMSSWF+W+LIVMFCIGGVEGMH+ I
Sbjct: 244 AAKDDFDDETLDINAKSAVVFVITASSFLVLLYFFMSSWFVWLLIVMFCIGGVEGMHSCI 303

Query: 305 LGLMLRKCKSCERKTLNLPLVGEISVLSFVVLLFCIAIAIFWAVTRRASYSWIGQNILGI 364
           LGL+LRK KSC +KTLNLPLVG+ISVLS VVLL  I  A+ WA+ RRASYSW+GQN+LGI
Sbjct: 304 LGLILRKGKSCGQKTLNLPLVGKISVLSLVVLLCSITFAVVWALNRRASYSWVGQNVLGI 363

Query: 365 CLMITVLQVARLPNIKVATVLLCCAFIYDIFWVFISPALFNESVMIAVARGDNSGGESMP 424
           CLMITVLQ+ARLPNIKVATVLLCCAF+YDIFWVFISP +F+ESVMIAVARGDNSGGES+P
Sbjct: 364 CLMITVLQMARLPNIKVATVLLCCAFVYDIFWVFISPVIFHESVMIAVARGDNSGGESIP 423

Query: 425 MLLRAPRLFDPWGGYNMIGFGDILFPGLLVSFSHRFDKAHKKGGCSGYFPWLLFGYGTGL 484
           MLLR PR FDPWGG++MIGFGDILFPGLLVSF+HRFDKA  K  C+ YFPWL+ GYGTGL
Sbjct: 424 MLLRVPRTFDPWGGFDMIGFGDILFPGLLVSFTHRFDKALNKSRCNAYFPWLVVGYGTGL 483

Query: 485 FLTYLGLYLMDGHGQPALLYLVPCTLGVTLVLGMIRGELKQLWGYG-EEPLHRDP-SGEA 542
            LTYLGLY M+GHGQPALLYLVPCTLGVT+VLG +RGE+KQLW YG E  L R+P SGEA
Sbjct: 484 VLTYLGLYFMNGHGQPALLYLVPCTLGVTVVLGFMRGEIKQLWNYGTENSLDREPSSGEA 542

[Close]
BLAST of Moc07g03000 vs. TAIR 10
Match: AT1G05820.1 (SIGNAL PEPTIDE PEPTIDASE-LIKE 5 )

HSP 1 Score: 637.9 bits (1644), Expect = 7.5e-183
Identity = 316/530 (59.62%), Postives = 406/530 (76.60%), Query Frame = 0 

Query: 16  LFSVPFLLFLFAISSVFADDVTQDDNSTPKSPNCNNPFELVKVKNWVNDAEDKTLVGLSA 75
           L +    L+L  +  V AD     D + PK P C+N F++VKV+NWVN    +T   ++A
Sbjct: 10  LLAAAAALYLIGLLCVGAD---TKDVTAPKIPGCSNEFQMVKVENWVNGENGETFTAMTA 69

Query: 76  RFGALVPLQAKDDLKFPAVLTNPLSGCSSSSSKVSGSIALSIRGECDFTTKAKIAHAGGA 135
           +FG ++P      +K P  LT PL  CS+ +SK+S SIALS+RGEC FT KA++A AGGA
Sbjct: 70  QFGTMLPSDKDKAVKLPVALTTPLDSCSNLTSKLSWSIALSVRGECAFTVKAQVAQAGGA 129

Query: 136 AGLLVINDQEELYKMVCSGNDTALNISIPVVMLPKSSGEVLKKSIEAGKKVEILLYSPKR 195
           A L++IND+EEL +MVC   DT+LN+SIP++M+  SSG+ LKKSI   KKVE+LLY+PK 
Sbjct: 130 AALVLINDKEELDEMVCGEKDTSLNVSIPILMITTSSGDALKKSIMQNKKVELLLYAPKS 189

Query: 196 PIVDYSVAILWVMAVGTVACATLWPEITASEQTEERYNELSPKESSS-GAAKNDSEKETL 255
           PIVDY+V  LW+M+VGTV  A++W  +T+ ++ +E+Y+ELSPK+SS+  A K  +E+ETL
Sbjct: 190 PIVDYAVVFLWLMSVGTVFVASVWSHVTSPKKNDEQYDELSPKKSSNVDATKGGAEEETL 249

Query: 256 DINVKGAIVFVIMASTFLVLLYFFMSSWFIWVLIVMFCIGGVEGMHNVILGLMLRKCKSC 315
           DI+  GA++FVI ASTFLVLL+FFMSSWFI +L + F IGG++GMHN+ + L+ R+C  C
Sbjct: 250 DISAMGAVIFVISASTFLVLLFFFMSSWFILILTIFFVIGGMQGMHNINVTLITRRCSKC 309

Query: 316 ERKTLNLPLVGEISVLSFVVLLFCIAIAIFWAVTRRASYSWIGQNILGICLMITVLQVAR 375
            +K L LPL+G  S+LS VVLLFC  +AI W + R+ S++W GQ+I GIC+MI VLQVAR
Sbjct: 310 GQKNLKLPLLGNTSILSLVVLLFCFVVAILWFMNRKTSHAWAGQDIFGICMMINVLQVAR 369

Query: 376 LPNIKVATVLLCCAFIYDIFWVFISPALFNESVMIAVARGDNSGGESMPMLLRAPRLFDP 435
           LPNI+VAT+LLCCAF YDIFWVFISP +F +SVMIAVARG    GES+PMLLR PRL DP
Sbjct: 370 LPNIRVATILLCCAFFYDIFWVFISPLIFKQSVMIAVARGSKDTGESIPMLLRIPRLSDP 429

Query: 436 WGGYNMIGFGDILFPGLLVSFSHRFDKAHKKGGCSGYFPWLLFGYGTGLFLTYLGLYLMD 495
           WGGYNMIGFGDILFPGLL+ F  RFDK + KG  +GYFPWL+FGYG GLFLTYLGLY+M+
Sbjct: 430 WGGYNMIGFGDILFPGLLICFIFRFDKENNKGVSNGYFPWLMFGYGLGLFLTYLGLYVMN 489

Query: 496 GHGQPALLYLVPCTLGVTLVLGMIRGELKQLWGYG-EEPLHRD--PSGEA 542
           GHGQPALLYLVPCTLG+T++LG++R EL+ LW YG ++P   D  PS EA
Sbjct: 490 GHGQPALLYLVPCTLGITVILGLVRKELRDLWNYGTQQPSAADVNPSPEA 536

[Close]
BLAST of Moc07g03000 vs. TAIR 10
Match: AT2G43070.1 (SIGNAL PEPTIDE PEPTIDASE-LIKE 3 )

HSP 1 Score: 631.3 bits (1627), Expect = 7.0e-181
Identity = 309/510 (60.59%), Postives = 393/510 (77.06%), Query Frame = 0 

Query: 22  LLFLFAISSVFADDVTQDDNSTPKSPNCNNPFELVKVKNWVNDAEDKTLVGLSARFGALV 81
           +L L   S   ADDV+  ++S+ +SP C N F++VKV NWV+  E   L GL+A+FGA +
Sbjct: 17  ILLLLGFSVAAADDVSWTEDSSLESPGCTNKFQMVKVLNWVDGVEGDFLTGLTAQFGAAL 76

Query: 82  PLQAKDDLKFPAVLTNPLSGCSSSSSKVSGSIALSIRGECDFTTKAKIAHAGGAAGLLVI 141
           P      L+FPA   +PL  CS  SS++ G IALSIRG C FT KAK A A GA+ LLVI
Sbjct: 77  PSVPDQALRFPAAFVDPLDSCSHLSSRLDGHIALSIRGNCAFTEKAKHAEAAGASALLVI 136

Query: 142 NDQEELYKMVCSGNDTALNISIPVVMLPKSSGEVLKKSIEAGKKVEILLYSPKRPIVDYS 201
           ND+E+L +M C   DT+LN+SIPV+M+ KSSG+ L KS+   K VE+LLY+PKRP VD +
Sbjct: 137 NDKEDLDEMGCMEKDTSLNVSIPVLMISKSSGDALNKSMVDNKNVELLLYAPKRPAVDLT 196

Query: 202 VAILWVMAVGTVACATLWPEITASEQTEERYNELSPKESSSGAAKNDSEKETLDINVKGA 261
             +L +MAVGTV  A+LW E+T  +Q  E Y+ L+   SS+G  K+D EKE LDI+V GA
Sbjct: 197 AGLLLLMAVGTVVVASLWSELTDPDQANESYSILAKDVSSAGTRKDDPEKEILDISVTGA 256

Query: 262 IVFVIMASTFLVLLYFFMSSWFIWVLIVMFCIGGVEGMHNVILGLMLRKCKSCERKTLNL 321
           + F++ AS FL+LL++FMSSWF+WVL + FCIGG++GMHN+I+ ++LRKC+   RK++ L
Sbjct: 257 VFFIVTASIFLLLLFYFMSSWFVWVLTIFFCIGGMQGMHNIIMAVILRKCRHLARKSVKL 316

Query: 322 PLVGEISVLSFVVLLFCIAIAIFWAVTRRASYSWIGQNILGICLMITVLQVARLPNIKVA 381
           PL+G +SVLS +V + C+A A+FW + R  SYSW+GQ+ILGICLMIT LQV RLPNIKVA
Sbjct: 317 PLLGTMSVLSLLVNIVCLAFAVFWFIKRHTSYSWVGQDILGICLMITALQVVRLPNIKVA 376

Query: 382 TVLLCCAFIYDIFWVFISPALFNESVMIAVARGDNSGGESMPMLLRAPRLFDPWGGYNMI 441
           TVLLCCAF+YDIFWVFISP +F+ESVMI VA+GD+S GES+PMLLR PR FDPWGGY+MI
Sbjct: 377 TVLLCCAFVYDIFWVFISPLIFHESVMIVVAQGDSSTGESIPMLLRIPRFFDPWGGYDMI 436

Query: 442 GFGDILFPGLLVSFSHRFDKAHKKGGCSGYFPWLLFGYGTGLFLTYLGLYLMDGHGQPAL 501
           GFGDILFPGLL+SF+ R+DK  K+   +GYF WL  GYG GL LTYLGLYLMDGHGQPAL
Sbjct: 437 GFGDILFPGLLISFASRYDKIKKRVISNGYFLWLTIGYGIGLLLTYLGLYLMDGHGQPAL 496

Query: 502 LYLVPCTLGVTLVLGMIRGELKQLWGYGEE 532
           LY+VPCTLG+ ++LG++RGELK+LW YG E
Sbjct: 497 LYIVPCTLGLAVILGLVRGELKELWNYGIE 526

[Close]
BLAST of Moc07g03000 vs. TAIR 10
Match: AT1G05820.2 (SIGNAL PEPTIDE PEPTIDASE-LIKE 5 )

HSP 1 Score: 610.1 bits (1572), Expect = 1.7e-174
Identity = 300/500 (60.00%), Postives = 384/500 (76.80%), Query Frame = 0 

Query: 16  LFSVPFLLFLFAISSVFADDVTQDDNSTPKSPNCNNPFELVKVKNWVNDAEDKTLVGLSA 75
           L +    L+L  +  V AD     D + PK P C+N F++VKV+NWVN    +T   ++A
Sbjct: 10  LLAAAAALYLIGLLCVGAD---TKDVTAPKIPGCSNEFQMVKVENWVNGENGETFTAMTA 69

Query: 76  RFGALVPLQAKDDLKFPAVLTNPLSGCSSSSSKVSGSIALSIRGECDFTTKAKIAHAGGA 135
           +FG ++P      +K P  LT PL  CS+ +SK+S SIALS+RGEC FT KA++A AGGA
Sbjct: 70  QFGTMLPSDKDKAVKLPVALTTPLDSCSNLTSKLSWSIALSVRGECAFTVKAQVAQAGGA 129

Query: 136 AGLLVINDQEELYKMVCSGNDTALNISIPVVMLPKSSGEVLKKSIEAGKKVEILLYSPKR 195
           A L++IND+EEL +MVC   DT+LN+SIP++M+  SSG+ LKKSI   KKVE+LLY+PK 
Sbjct: 130 AALVLINDKEELDEMVCGEKDTSLNVSIPILMITTSSGDALKKSIMQNKKVELLLYAPKS 189

Query: 196 PIVDYSVAILWVMAVGTVACATLWPEITASEQTEERYNELSPKESSS-GAAKNDSEKETL 255
           PIVDY+V  LW+M+VGTV  A++W  +T+ ++ +E+Y+ELSPK+SS+  A K  +E+ETL
Sbjct: 190 PIVDYAVVFLWLMSVGTVFVASVWSHVTSPKKNDEQYDELSPKKSSNVDATKGGAEEETL 249

Query: 256 DINVKGAIVFVIMASTFLVLLYFFMSSWFIWVLIVMFCIGGVEGMHNVILGLMLRKCKSC 315
           DI+  GA++FVI ASTFLVLL+FFMSSWFI +L + F IGG++GMHN+ + L+ R+C  C
Sbjct: 250 DISAMGAVIFVISASTFLVLLFFFMSSWFILILTIFFVIGGMQGMHNINVTLITRRCSKC 309

Query: 316 ERKTLNLPLVGEISVLSFVVLLFCIAIAIFWAVTRRASYSWIGQNILGICLMITVLQVAR 375
            +K L LPL+G  S+LS VVLLFC  +AI W + R+ S++W GQ+I GIC+MI VLQVAR
Sbjct: 310 GQKNLKLPLLGNTSILSLVVLLFCFVVAILWFMNRKTSHAWAGQDIFGICMMINVLQVAR 369

Query: 376 LPNIKVATVLLCCAFIYDIFWVFISPALFNESVMIAVARGDNSGGESMPMLLRAPRLFDP 435
           LPNI+VAT+LLCCAF YDIFWVFISP +F +SVMIAVARG    GES+PMLLR PRL DP
Sbjct: 370 LPNIRVATILLCCAFFYDIFWVFISPLIFKQSVMIAVARGSKDTGESIPMLLRIPRLSDP 429

Query: 436 WGGYNMIGFGDILFPGLLVSFSHRFDKAHKKGGCSGYFPWLLFGYGTGLFLTYLGLYLMD 495
           WGGYNMIGFGDILFPGLL+ F  RFDK + KG  +GYFPWL+FGYG GLFLTYLGLY+M+
Sbjct: 430 WGGYNMIGFGDILFPGLLICFIFRFDKENNKGVSNGYFPWLMFGYGLGLFLTYLGLYVMN 489

Query: 496 GHGQPALLYLVPCTLGVTLV 515
           GHGQPALLYLVPCTLG+  +
Sbjct: 490 GHGQPALLYLVPCTLGILFI 506

[Close]
BLAST of Moc07g03000 vs. TAIR 10
Match: AT1G63690.1 (SIGNAL PEPTIDE PEPTIDASE-LIKE 2 )

HSP 1 Score: 475.7 bits (1223), Expect = 4.9e-134
Identity = 248/509 (48.72%), Postives = 333/509 (65.42%), Query Frame = 0 

Query: 22  LLFLFAISSVFADDVTQDDNSTPKSPNCNNPFELVKVKNWVNDAEDKTLVGLSARFGALV 81
           +L L   S+V A D+   DN  PK P C N F LVKV+ W++  E++  VG+ ARFG  +
Sbjct: 16  ILLLSLRSTVTAGDIVHQDNLAPKKPGCENDFVLVKVQTWIDGVENEEFVGVGARFGKRI 75

Query: 82  PLQAKDDLKFPAVLTNPLSGCSSSSSKVSGSIALSIRGECDFTTKAKIAHAGGAAGLLVI 141
             + K+  +   V  NP   C+   +K+SG + +  RG C FT KA  A A GA+ LL+I
Sbjct: 76  VSKEKNANQTHLVFANPRDSCTPLKNKLSGDVVIVERGNCRFTAKANNAEAAGASALLII 135

Query: 142 NDQEELYKMVCSGNDTALNISIPVVMLPKSSGEVLKKSIEAGKKVEILLYSPKRPIVDYS 201
           N+Q+ELYKMVC  ++T L+I IP VMLP+ +G  L+K +    KV   LYSP+RP VD +
Sbjct: 136 NNQKELYKMVCEPDETDLDIQIPAVMLPQDAGASLQKMLANSSKVSAQLYSPRRPAVDVA 195

Query: 202 VAILWVMAVGTVACATLWPEITASEQTEERYNELSPKESSSGAAKNDSEKETLDINVKGA 261
              LW+MA+GT+ CA+ W   +A E   E +++L           ND     ++IN   A
Sbjct: 196 EVFLWLMAIGTILCASYWSAWSAREAAIE-HDKLLKDAIDEIPNTNDGGSGVVEINSISA 255

Query: 262 IVFVIMASTFLVLLYFFMSSWFIWVLIVMFCIGGVEGMHNVILGLMLRKCKSCERKTLNL 321
           I FV++AS FLV+LY  MS WF+ +L+V+FCIGGVEG+   ++ L+ R  +      + +
Sbjct: 256 IFFVVLASGFLVILYKLMSYWFVELLVVVFCIGGVEGLQTCLVALLSRWFQRAADTYVKV 315

Query: 322 PLVGEISVLSFVVLLFCIAIAIFWAVTRRASYSWIGQNILGICLMITVLQVARLPNIKVA 381
           P +G IS L+  V  FCI  A+ WAV R  S++WIGQ++LGI L+ITVLQ+  +PN+KV 
Sbjct: 316 PFLGPISYLTLAVSPFCIVFAVLWAVYRVHSFAWIGQDVLGIALIITVLQIVHVPNLKVG 375

Query: 382 TVLLCCAFIYDIFWVFISPALFNESVMIAVARGDNSGGESMPMLLRAPRLFDPWGGYNMI 441
           TVLL CAF+YDIFWVF+S  LF+ESVMI VARGD SG + +PMLL+ PR+FDPWGGY++I
Sbjct: 376 TVLLSCAFLYDIFWVFVSKKLFHESVMIVVARGDKSGEDGIPMLLKIPRMFDPWGGYSII 435

Query: 442 GFGDILFPGLLVSFSHRFDKAHKKGGCSGYFPWLLFGYGTGLFLTYLGLYLMDGHGQPAL 501
           GFGDIL PGLL++F+ R+D    K   +GYF W +  YG GL +TY+ L LMDGHGQPAL
Sbjct: 436 GFGDILLPGLLIAFALRYDWLANKTLRTGYFIWAMVAYGLGLLITYVALNLMDGHGQPAL 495

Query: 502 LYLVPCTLGVTLVLGMIRGELKQLWGYGE 531
           LY+VP TLG  L L   R +L  LW  GE
Sbjct: 496 LYIVPFTLGTMLTLARKRDDLWILWTKGE 523

[Close]
BLAST of Moc07g03000 vs. TAIR 10
Match: AT1G63690.2 (SIGNAL PEPTIDE PEPTIDASE-LIKE 2 )

HSP 1 Score: 474.2 bits (1219), Expect = 1.4e-133
Identity = 247/509 (48.53%), Postives = 332/509 (65.23%), Query Frame = 0 

Query: 22  LLFLFAISSVFADDVTQDDNSTPKSPNCNNPFELVKVKNWVNDAEDKTLVGLSARFGALV 81
           +L L   S+V A D+   DN  PK P C N F LVKV+ W++  E++  VG+ ARFG  +
Sbjct: 16  ILLLSLRSTVTAGDIVHQDNLAPKKPGCENDFVLVKVQTWIDGVENEEFVGVGARFGKRI 75

Query: 82  PLQAKDDLKFPAVLTNPLSGCSSSSSKVSGSIALSIRGECDFTTKAKIAHAGGAAGLLVI 141
             + K+  +   V  NP   C+   +K+SG + +  RG C FT KA  A A GA+ LL+I
Sbjct: 76  VSKEKNANQTHLVFANPRDSCTPLKNKLSGDVVIVERGNCRFTAKANNAEAAGASALLII 135

Query: 142 NDQEELYKMVCSGNDTALNISIPVVMLPKSSGEVLKKSIEAGKKVEILLYSPKRPIVDYS 201
           N+Q+ELYKMVC  ++T L+I IP VMLP+ +G  L+K +    KV   LYSP+RP VD +
Sbjct: 136 NNQKELYKMVCEPDETDLDIQIPAVMLPQDAGASLQKMLANSSKVSAQLYSPRRPAVDVA 195

Query: 202 VAILWVMAVGTVACATLWPEITASEQTEERYNELSPKESSSGAAKNDSEKETLDINVKGA 261
              LW+MA+GT+ CA+ W   +A E   E +++L           ND     ++IN   A
Sbjct: 196 EVFLWLMAIGTILCASYWSAWSAREAAIE-HDKLLKDAIDEIPNTNDGGSGVVEINSISA 255

Query: 262 IVFVIMASTFLVLLYFFMSSWFIWVLIVMFCIGGVEGMHNVILGLMLRKCKSCERKTLNL 321
           I FV++AS FLV+LY  MS WF+ +L+V+FCIGGVEG+   ++ L+ R  +      + +
Sbjct: 256 IFFVVLASGFLVILYKLMSYWFVELLVVVFCIGGVEGLQTCLVALLSRWFQRAADTYVKV 315

Query: 322 PLVGEISVLSFVVLLFCIAIAIFWAVTRRASYSWIGQNILGICLMITVLQVARLPNIKVA 381
           P +G IS L+  V  FCI  A+ WAV R  S++WIGQ++LGI L+ITVLQ+  +PN+KV 
Sbjct: 316 PFLGPISYLTLAVSPFCIVFAVLWAVYRVHSFAWIGQDVLGIALIITVLQIVHVPNLKVG 375

Query: 382 TVLLCCAFIYDIFWVFISPALFNESVMIAVARGDNSGGESMPMLLRAPRLFDPWGGYNMI 441
           TVLL CAF+YDIFWVF+S  LF+ESVMI V RGD SG + +PMLL+ PR+FDPWGGY++I
Sbjct: 376 TVLLSCAFLYDIFWVFVSKKLFHESVMIVVTRGDKSGEDGIPMLLKIPRMFDPWGGYSII 435

Query: 442 GFGDILFPGLLVSFSHRFDKAHKKGGCSGYFPWLLFGYGTGLFLTYLGLYLMDGHGQPAL 501
           GFGDIL PGLL++F+ R+D    K   +GYF W +  YG GL +TY+ L LMDGHGQPAL
Sbjct: 436 GFGDILLPGLLIAFALRYDWLANKTLRTGYFIWAMVAYGLGLLITYVALNLMDGHGQPAL 495

Query: 502 LYLVPCTLGVTLVLGMIRGELKQLWGYGE 531
           LY+VP TLG  L L   R +L  LW  GE
Sbjct: 496 LYIVPFTLGTMLTLARKRDDLWILWTKGE 523

The following BLAST results are available for this feature:
BLAST of Moc07g03000 vs. NCBI nr
Match NameE-valueIdentityDescription
XP_022150361.12.7e-307100.00signal peptide peptidase-like 2 [Momordica charantia][more]
XP_008464342.16.7e-24279.56PREDICTED: signal peptide peptidase-like 5 isoform X2 [Cucumis melo][more]
XP_011656474.18.7e-24279.37signal peptide peptidase-like 5 isoform X2 [Cucumis sativus][more]
XP_008464341.11.6e-24079.41PREDICTED: signal peptide peptidase-like 5 isoform X1 [Cucumis melo][more]
XP_011656473.12.1e-24079.23signal peptide peptidase-like 5 isoform X1 [Cucumis sativus][more]
BLAST of Moc07g03000 vs. ExPASy Swiss-Prot
Match NameE-valueIdentityDescription
Q53P985.6e-18360.74Signal peptide peptidase-like 2 OS=Oryza sativa subsp. japonica OX=39947 GN=SPPL... [more]
Q9MA441.1e-18159.62Signal peptide peptidase-like 5 OS=Arabidopsis thaliana OX=3702 GN=SPPL5 PE=2 SV... [more]
Q4V3B89.9e-18060.59Signal peptide peptidase-like 3 OS=Arabidopsis thaliana OX=3702 GN=SPPL3 PE=2 SV... [more]
Q0DWA95.5e-13847.94Signal peptide peptidase-like 4 OS=Oryza sativa subsp. japonica OX=39947 GN=SPPL... [more]
Q5Z4133.5e-13749.61Signal peptide peptidase-like 5 OS=Oryza sativa subsp. japonica OX=39947 GN=SPPL... [more]
BLAST of Moc07g03000 vs. ExPASy TrEMBL
Match NameE-valueIdentityDescription
A0A6J1DBA61.3e-307100.00signal peptide peptidase-like 2 OS=Momordica charantia OX=3673 GN=LOC111018548 P... [more]
A0A1S3CMS63.2e-24279.56signal peptide peptidase-like 5 isoform X2 OS=Cucumis melo OX=3656 GN=LOC1035022... [more]
A0A1S3CLP18.0e-24179.41signal peptide peptidase-like 5 isoform X1 OS=Cucumis melo OX=3656 GN=LOC1035022... [more]
A0A6J1JYL11.0e-23277.59signal peptide peptidase-like 5 OS=Cucurbita maxima OX=3661 GN=LOC111488610 PE=3... [more]
A0A6J1ENS82.3e-23277.41signal peptide peptidase-like 3 OS=Cucurbita moschata OX=3662 GN=LOC111436325 PE... [more]
BLAST of Moc07g03000 vs. TAIR 10
Match NameE-valueIdentityDescription
AT1G05820.17.5e-18359.62SIGNAL PEPTIDE PEPTIDASE-LIKE 5 [more]
AT2G43070.17.0e-18160.59SIGNAL PEPTIDE PEPTIDASE-LIKE 3 [more]
AT1G05820.21.7e-17460.00SIGNAL PEPTIDE PEPTIDASE-LIKE 5 [more]
AT1G63690.14.9e-13448.72SIGNAL PEPTIDE PEPTIDASE-LIKE 2 [more]
AT1G63690.21.4e-13348.53SIGNAL PEPTIDE PEPTIDASE-LIKE 2 [more]
InterPro
Analysis Name: InterPro Annotations of Bitter gourd (OHB3-1) v2
Date Performed: 2022-08-01
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
IPR006639Presenilin/signal peptide peptidaseSMARTSM00730psh_8coord: 252..519
e-value: 1.2E-87
score: 307.2
NoneNo IPR availableGENE3D3.50.30.30coord: 57..193
e-value: 1.4E-20
score: 75.9
NoneNo IPR availablePANTHERPTHR12174:SF74SIGNAL PEPTIDE PEPTIDASE-LIKE PROTEINcoord: 40..529
NoneNo IPR availableSUPERFAMILY52025PA domaincoord: 77..153
IPR007369Peptidase A22B, signal peptide peptidasePFAMPF04258Peptidase_A22Bcoord: 250..530
e-value: 1.7E-82
score: 277.1
IPR007369Peptidase A22B, signal peptide peptidasePANTHERPTHR12174SIGNAL PEPTIDE PEPTIDASEcoord: 40..529
IPR003137PA domainPFAMPF02225PAcoord: 94..176
e-value: 1.0E-9
score: 38.4

Relationships

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

Feature NameUnique NameType
Moc07g03000.1Moc07g03000.1mRNA


GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
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