IVF0002129 (gene) Melon (IVF77) v1

Overview
NameIVF0002129
Typegene
OrganismCucumis melo L. ssp. agrestis cv. IVF77 (Melon (IVF77) v1)
Descriptionprotein root UVB sensitive 1, chloroplastic isoform X1
Locationchr06: 10990013 .. 11037776 (+)
RNA-Seq ExpressionIVF0002129
SyntenyIVF0002129
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

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

mRNA sequence

GTTTGAGTGATTGCATCCCACAATCTTTGTAATATCTTTAGAAATACATCATAGTTCAAGATTAGGACAAAAAACGGGCGTGCCGGTCGCCTCGAAACGATGCTGGCAGTGTCCCCAAGCTCGTACTTGCTTGTTTCGTCTCATACATAACTCCATCAATCTGCACCTCACCGACTCCCATTTACATAGCGACGGGAGGCTTTCTTCATTGCAATGTATGGGGTGCTGCCATTCTCTTATCAGCCACCGCCGGAGCTGATTCCACTACGGCGAGTCTATGTCGATGTCTTGAGCTACGTACCAGTCCGCCGTTTTCACCATTGCTTGGATTCTTCTATGCGAAGGTCATGCAAATCACTACGACCTCCTCTTAGCGTATTTCCTCACTTTCTTAAACCCGCAAAACTCTTCCGAGGTTATTCCTCTCCTTGTAATGGAACTAGAATCAAACCTGCTCTCGTTCATTCTCCTTTGCTGGCTGGTGACGGCTACGGTTGTGATGGAAATAACAATGGTGGCTGGAATAATTCGAATCCTTTTGGGGTTTTGGATGGTGGCAGTATGACAGTGATTCTCCCCCATGGTCGGACAATGCCTTCCTTGCCCTCTTTTTTACCTCCATTCTGGGTTGTTTCTGCCTTTTTCAATTGGCAGTAGCGCTAGCACGTAACGATATGAAAACCGAGTCTATTTGGGAAGTAAAAGGAGGTAAGCGAATCCGCCTCATTCTCGATACGTATAGAGATGAGTTCCATGTTGCAACTGGCATGCCGTCGTCTTCGTTATCCTTTTCCTTTGTCAACGTTTGGCTTCGTTGCAGCGATATATTCAAGCGTTTGATGCTTCCGGAGGGTTTTCCAGACAGTGTCACCAGCGACTATCTGGAATATTCTCTTTGGCGAGGCGTCCAGGGGATTGCCAGCCAAGTTAGTGGGGTGCTTGCAACTCAGGCACTGCTTTATGCTGTTGGATTGGGGAAAGGAGCTATTCCGACTGCTGCTGCAGTGAATTGGGTACTGAAAGATGGATTTGGATATCTAAGTAAAATTTTTCTCTCAAAATATGGACGGCACTTTGATGTTCATCCGAAGGGATGGAGATTGTTCGCTGATCTTCTGGAAAACGCTGCCTATGGAATGGAAATGTTAACTCCCGCATTTCCCCTCCATTTTGTCGTGATCGGTGCTGCTGCTGGAGCCGGACGATCTGCAGCTGCGCTGATTCAGGCTTCTACTAGGAGTTGTTTCTATGCTGGCTTTGCTGCTCAAAGGAATTTTGCCGAGGTGATTGCGAAAGGTGAAGCACAAGGAATGGTGAGCAAGTCTATTGGTATGATGCTTGGCATTACATTGGCCAATCATATAAGGTCCTCAACATCACTTGCTCTTGGGTGCTTTAGCATAGTGACCTTAATCCACATGTTCTCCAATCTAAAATCATACAAGTCCATTCAACTAAGGACATTAAATCCTTATCGTGCAAGTTTGGTCTTCAGTGAATATCTGTTTAGTGGTGAGGTGCCTTCGATTAAAGAAGTGAACAATGAAGAACCTCTTTTTCCGGCTGTACCACTCCTTAATACAAGGCTTGGTTGTGATGAGCCAAAATTGGGCTTACTATCTGCTGAAGCAAAGGAATCAGCAGCTAATATTGACCAGCGACTGCAATTGGGTTCGAGGCTCAGTGATGTGGCCACCTGTGAGGCGGATGTTCTTGAACTCTTAAGTCTGTTTAATAAAGAAAATTATATTCTATCAGAGCACAGGGGAAAATATTGTGTAATGCTTAAAGAAAGTGCTTCACCTGTAGACATGCTGAAGGCGGTGTTTCATGTCAATTATTTGCATTGGTTAGAGAGAAACGCAGGAATAACAGCAAGAAGTGCTTCTAATGACTGCAGACCAGGAGGAAGGCTACAAATGTCTTTGGAGTATGTGGAGAGGGAATTCAAGCATGTCAAATATGATGGGGAATTGGCTGGTTGGTTGACTGATGGCCTAATTGCAAGGCCCTTAACTACTAGGATTTGTGAATGTCATGTAACTTAGGGACTGAATTACTATACTACAAATTAAAGTACAAAGCTAGCCAGGACATTTCTACTAACACTGGATTTTTGAGAGATGGATATGAAATTCATCATTTTAAAAAATTAGAACAATCAAAATATTTCAGTAATAGTAGTTAGGAGATTATTAGTCATTAATCTGTTAGTAAAATTGTTACTATTTCAACTGTTTATTTCTTCTTCTCACACATTTATATGTATTGATTGGGCA

Coding sequence (CDS)

ATGAAAACCGAGTCTATTTGGGAAGTAAAAGGAGGTAAGCGAATCCGCCTCATTCTCGATACGTATAGAGATGAGTTCCATGTTGCAACTGGCATGCCGTCGTCTTCGTTATCCTTTTCCTTTGTCAACGTTTGGCTTCGTTGCAGCGATATATTCAAGCGTTTGATGCTTCCGGAGGGTTTTCCAGACAGTGTCACCAGCGACTATCTGGAATATTCTCTTTGGCGAGGCGTCCAGGGGATTGCCAGCCAAGTTAGTGGGGTGCTTGCAACTCAGGCACTGCTTTATGCTGTTGGATTGGGGAAAGGAGCTATTCCGACTGCTGCTGCAGTGAATTGGGTACTGAAAGATGGATTTGGATATCTAAGTAAAATTTTTCTCTCAAAATATGGACGGCACTTTGATGTTCATCCGAAGGGATGGAGATTGTTCGCTGATCTTCTGGAAAACGCTGCCTATGGAATGGAAATGTTAACTCCCGCATTTCCCCTCCATTTTGTCGTGATCGGTGCTGCTGCTGGAGCCGGACGATCTGCAGCTGCGCTGATTCAGGCTTCTACTAGGAGTTGTTTCTATGCTGGCTTTGCTGCTCAAAGGAATTTTGCCGAGGTGATTGCGAAAGGTGAAGCACAAGGAATGGTGAGCAAGTCTATTGGTATGATGCTTGGCATTACATTGGCCAATCATATAAGGTCCTCAACATCACTTGCTCTTGGGTGCTTTAGCATAGTGACCTTAATCCACATGTTCTCCAATCTAAAATCATACAAGTCCATTCAACTAAGGACATTAAATCCTTATCGTGCAAGTTTGGTCTTCAGTGAATATCTGTTTAGTGGTGAGGTGCCTTCGATTAAAGAAGTGAACAATGAAGAACCTCTTTTTCCGGCTGTACCACTCCTTAATACAAGGCTTGGTTGTGATGAGCCAAAATTGGGCTTACTATCTGCTGAAGCAAAGGAATCAGCAGCTAATATTGACCAGCGACTGCAATTGGGTTCGAGGCTCAGTGATGTGGCCACCTGTGAGGCGGATGTTCTTGAACTCTTAAGTCTGTTTAATAAAGAAAATTATATTCTATCAGAGCACAGGGGAAAATATTGTGTAATGCTTAAAGAAAGTGCTTCACCTGTAGACATGCTGAAGGCGGTGTTTCATGTCAATTATTTGCATTGGTTAGAGAGAAACGCAGGAATAACAGCAAGAAGTGCTTCTAATGACTGCAGACCAGGAGGAAGGCTACAAATGTCTTTGGAGTATGTGGAGAGGGAATTCAAGCATGTCAAATATGATGGGGAATTGGCTGGTTGGTTGACTGATGGCCTAATTGCAAGGCCCTTAACTACTAGGATTTGTGAATGTCATGTAACTTAG

Protein sequence

MKTESIWEVKGGKRIRLILDTYRDEFHVATGMPSSSLSFSFVNVWLRCSDIFKRLMLPEGFPDSVTSDYLEYSLWRGVQGIASQVSGVLATQALLYAVGLGKGAIPTAAAVNWVLKDGFGYLSKIFLSKYGRHFDVHPKGWRLFADLLENAAYGMEMLTPAFPLHFVVIGAAAGAGRSAAALIQASTRSCFYAGFAAQRNFAEVIAKGEAQGMVSKSIGMMLGITLANHIRSSTSLALGCFSIVTLIHMFSNLKSYKSIQLRTLNPYRASLVFSEYLFSGEVPSIKEVNNEEPLFPAVPLLNTRLGCDEPKLGLLSAEAKESAANIDQRLQLGSRLSDVATCEADVLELLSLFNKENYILSEHRGKYCVMLKESASPVDMLKAVFHVNYLHWLERNAGITARSASNDCRPGGRLQMSLEYVEREFKHVKYDGELAGWLTDGLIARPLTTRICECHVT
Homology
[Close]
BLAST of IVF0002129 vs. ExPASy Swiss-Prot
Match: Q7X6P3 (Protein root UVB sensitive 1, chloroplastic OS=Arabidopsis thaliana OX=3702 GN=RUS1 PE=1 SV=1)

HSP 1 Score: 612.1 bits (1577), Expect = 5.2e-174
Identity = 304/448 (67.86%), Postives = 369/448 (82.37%), Query Frame = 0 

Query: 4   ESIWEVKGGKRIRLILDTYRDEFHVATGMPSSSLSFSFVNVWLRCSDIFKRLMLPEGFPD 63
           E++WEV+G KR RL+ D  +DEF         S S +  N+  +C ++  + +LPEGFP+
Sbjct: 146 ETVWEVRGSKRKRLVPDFVKDEFVSEESAFELSSSLTPENLLAQCRNLLTQFLLPEGFPN 205

Query: 64  SVTSDYLEYSLWRGVQGIASQVSGVLATQALLYAVGLGKGAIPTAAAVNWVLKDGFGYLS 123
           SVTSDYL+YSLWRGVQGIASQ+SGVLATQ+LLYAVGLGKGAIPTAAA+NWVLKDG GYLS
Sbjct: 206 SVTSDYLDYSLWRGVQGIASQISGVLATQSLLYAVGLGKGAIPTAAAINWVLKDGIGYLS 265

Query: 124 KIFLSKYGRHFDVHPKGWRLFADLLENAAYGMEMLTPAFPLHFVVIGAAAGAGRSAAALI 183
           KI LSKYGRHFDVHPKGWRLFADLLENAA+GMEMLTP FP  FV+IGAAAGAGRSAAALI
Sbjct: 266 KIMLSKYGRHFDVHPKGWRLFADLLENAAFGMEMLTPVFPQFFVMIGAAAGAGRSAAALI 325

Query: 184 QASTRSCFYAGFAAQRNFAEVIAKGEAQGMVSKSIGMMLGITLANHIRSSTSLALGCFSI 243
           QA+TRSCF AGFA+QRNFAEVIAKGEAQGMVSKS+G++LGI +AN I +STSLAL  F +
Sbjct: 326 QAATRSCFNAGFASQRNFAEVIAKGEAQGMVSKSVGILLGIVVANCIGTSTSLALAAFGV 385

Query: 244 VTLIHMFSNLKSYKSIQLRTLNPYRASLVFSEYLFSGEVPSIKEVNNEEPLFPAVPLLNT 303
           VT IHM++NLKSY+ IQLRTLNPYRASLVFSEYL SG+ P IKEVN+EEPLFP V   N 
Sbjct: 386 VTTIHMYTNLKSYQCIQLRTLNPYRASLVFSEYLISGQAPLIKEVNDEEPLFPTVRFSNM 445

Query: 304 RLGCDEPKLGLLSAEAKESAANIDQRLQLGSRLSDVATCEADVLELLSLFNKENYILSEH 363
           +   ++ +  +LS+EAK +AA+I++RLQLGS+LSDV   + + + L  L+  E YIL+EH
Sbjct: 446 K-SPEKLQDFVLSSEAKAAAADIEERLQLGSKLSDVIHNKEEAIALFDLYRNEGYILTEH 505

Query: 364 RGKYCVMLKESASPVDMLKAVFHVNYLHWLERNAGITARSASNDCRPGGRLQMSLEYVER 423
           +G++CVMLKES++P DML+++F VNYL+WLE+NAGI   S  +DC+PGGRL +SL+YV R
Sbjct: 506 KGRFCVMLKESSTPQDMLRSLFQVNYLYWLEKNAGIEPASTYSDCKPGGRLHISLDYVRR 565

Query: 424 EFKHVKYDGELAGWLTDGLIARPLTTRI 452
           EF+H K D E  GW+T+GLIARPL TRI
Sbjct: 566 EFEHAKEDSESVGWVTEGLIARPLPTRI 592

[Close]
BLAST of IVF0002129 vs. ExPASy Swiss-Prot
Match: Q84JB8 (Protein root UVB sensitive 3 OS=Arabidopsis thaliana OX=3702 GN=RUS3 PE=2 SV=1)

HSP 1 Score: 180.6 bits (457), Expect = 3.9e-44
Identity = 129/438 (29.45%), Postives = 219/438 (50.00%), Query Frame = 0 

Query: 26  FHVATGMPSSSLSFS-----FVNVWLRCSDIFKRLMLPEGFPDSVTSDYLEYSLWRGVQG 85
           F  AT   SSSLS       F +VW R    F    +PEGFP SVT DY+ + LW  +QG
Sbjct: 26  FKTATITASSSLSIQRSANRFNHVWRRVLQAF----VPEGFPGSVTPDYVGFQLWDTLQG 85

Query: 86  IASQVSGVLATQALLYAVGLG-KGAIPTAAAVNWVLKDGFGYLSKIFLSKY-GRHFDVHP 145
           +++    +L+TQALL A+G+G K A    A   W L+D  G L  I  + Y G + D + 
Sbjct: 86  LSTYTKMMLSTQALLSAIGVGEKSATVIGATFQWFLRDFTGMLGGILFTFYQGSNLDSNA 145

Query: 146 KGWRLFADLLENAAYGMEMLTPAFPLHFVVIGAAAGAGRSAAALIQASTRSCFYAGFAAQ 205
           K WRL ADL+ +    M++L+P FP  F+V+       RS   +   +TR+     FA Q
Sbjct: 146 KMWRLVADLMNDIGMLMDLLSPLFPSAFIVVVCLGSLSRSFTGVASGATRAALTQHFALQ 205

Query: 206 RNFAEVIAKGEAQGMVSKSIGMMLGITLANHIRSSTSLALGCFSIVTLIHMFSNLKSYKS 265
            N A++ AK  +Q  ++  +GM LG+ LA     +       F  +T+ HM++N ++ + 
Sbjct: 206 DNAADISAKEGSQETMATMMGMSLGMLLARFTSGNPMAIWLSFLSLTVFHMYANYRAVRC 265

Query: 266 IQLRTLNPYRASLVFSEYLFSGEVPSIKEVNNEEPLFPAVPLLNTRLGCDEPKLGLLSAE 325
           + L +LN  R+S++ + ++ +G+V S ++V++ E +   +PL  T L     K       
Sbjct: 266 LVLNSLNFERSSILLTHFIQTGQVLSPEQVSSMEGV---LPLWATSLRSTNSK------- 325

Query: 326 AKESAANIDQRLQLGSRLSDVATCEADVLELL-----SLFNKENYILSEHRGKYCVMLKE 385
                  + +R+QLG R+S +     D+L+LL     S +    Y+L+  +G   V+L +
Sbjct: 326 ------PLHKRVQLGVRVSSLP--RLDMLQLLNGVGASSYKNAKYLLAHIKGNVSVILHK 385

Query: 386 SASPVDMLKAVFHVNYL-HWLERNAGITARSASNDCRPGGRLQMSLEYVEREFKHVKYDG 445
            + P D+LK+  H   L + +E++    +   +              ++++ +  + +  
Sbjct: 386 DSKPADVLKSYIHAIVLANLMEKSTSFYSEGEA--------------WIDKHYDELLHKL 427

Query: 446 ELAGWLTDGLIARPLTTR 451
              GW T+ L++  +T R
Sbjct: 446 RSGGWKTERLLSPSITWR 427

[Close]
BLAST of IVF0002129 vs. ExPASy Swiss-Prot
Match: Q93YU2 (Protein root UVB sensitive 6 OS=Arabidopsis thaliana OX=3702 GN=RUS6 PE=2 SV=1)

HSP 1 Score: 171.8 bits (434), Expect = 1.8e-41
Identity = 124/436 (28.44%), Postives = 199/436 (45.64%), Query Frame = 0 

Query: 29  ATGMPSSSLSFSFVNVWLRCSDIFKRLMLPEGFPDSVTSDYLEYSLWRGVQGIASQVSGV 88
           A  + S    F  V  +LR        ++PEGFP SV   Y+ Y  WR ++       GV
Sbjct: 91  AISLESPQTPFDEVGSFLR------SYVVPEGFPGSVNESYVPYMTWRALKHFFGGAMGV 150

Query: 89  LATQALLYAVGLGKGAIPTAA-AVNWVLKDGFGYLSKIFLSKYGRHFDVHPKGWRLFADL 148
             TQ LL +VG  + +  +AA A+NW+LKDG G + K+  ++ G+ FD   K  R   DL
Sbjct: 151 FTTQTLLNSVGASRNSSASAAVAINWILKDGAGRVGKMLFARQGKKFDYDLKQLRFAGDL 210

Query: 149 LENAAYGMEMLTPAFPLHFVVIGAAAGAGRSAAALIQASTRSCFYAGFAAQRNFAEVIAK 208
           L     G+E+ T A P  F+ +  AA   ++ AA+   STR+  Y  FA   N  +V AK
Sbjct: 211 LMELGAGVELATAAVPHLFLPLACAANVVKNVAAVTSTSTRTPIYKAFAKGENIGDVTAK 270

Query: 209 GEAQGMVSKSIGMMLGITLANHIRSSTSLALGCFSIVTLIHMFSNLKSYKSIQLRTLNPY 268
           GE  G ++  +G    I ++    S  +     F +++  ++ S+ +  +S+ L TLN  
Sbjct: 271 GECVGNIADLMGTGFSILISKRNPSLVT----TFGLLSCGYLMSSYQEVRSVVLHTLNRA 330

Query: 269 RASLVFSEYLFSGEVPSIKEVNNEEPLFPAVPLLNTRLGCDEPKLGLLSAEAKESAANID 328
           R ++    +L +G VPS++E N +E +F   P ++                        D
Sbjct: 331 RFTVAVESFLKTGRVPSLQEGNIQEKIF-TFPWVD------------------------D 390

Query: 329 QRLQLGSRLSDVATCEADVLELLSLFNKENYIL--SEHRGKYCVMLKESASPVDMLKAVF 388
           + + LG+R  D     +  + +   F+KE Y++  S  +GK   +LK  A+  D+LKA F
Sbjct: 391 RPVMLGARFKDAFQDPSTYMAVKPFFDKERYMVTYSPTKGKVYALLKHQANSDDILKAAF 450

Query: 389 HVN-YLHWLERNAGITARS--------ASNDCRPGGRLQMSLEYVEREFKHVKYDGELAG 448
           H +  LH++ ++     RS        A  +     R+  S E V   +   K      G
Sbjct: 451 HAHVLLHFMNQSKDGNPRSVEQLDPAFAPTEYELESRIAESCEMVSTSYGVFKSRAAEQG 491

Query: 449 WLTDGLIARPLTTRIC 453
           W     +  P   R+C
Sbjct: 511 WRMSESLLNPGRARLC 491

[Close]
BLAST of IVF0002129 vs. ExPASy Swiss-Prot
Match: Q91W34 (RUS family member 1 OS=Mus musculus OX=10090 GN=Rusf1 PE=1 SV=1)

HSP 1 Score: 164.5 bits (415), Expect = 2.9e-39
Identity = 92/257 (35.80%), Postives = 146/257 (56.81%), Query Frame = 0 

Query: 53  KRLMLPEGFPDSVTSDYLEYSLWRGVQGIASQVSGVLATQALLYAVGLGKG-AIPTAAAV 112
           + ++LP+GFPDSV+ DYL Y LW  VQ  AS +SG LATQA+L  +G+G   A  +AA  
Sbjct: 72  RSVLLPQGFPDSVSPDYLPYQLWDSVQAFASSLSGSLATQAVLQGLGVGNAKASVSAATS 131

Query: 113 NWVLKDGFGYLSKIFLSKY-GRHFDVHPKGWRLFADLLENAAYGMEMLTPAFPLHFVVIG 172
            W++KD  G L +I L+ + G   D + K WRLFAD+L + A  +E++ P +P+ F +  
Sbjct: 132 TWLVKDSTGMLGRIILAWWKGSKLDCNAKQWRLFADILNDVAMFLEIMAPMYPIFFTMTV 191

Query: 173 AAAGAGRSAAALIQASTRSCFYAGFAAQRNFAEVIAKGEAQGMVSKSIGMMLGITLANHI 232
           + +   +    +   +TR+      A + N A+V AK  +Q  V    G+++ + +   +
Sbjct: 192 STSNLAKCIVGVAGGATRAALTMHQARRNNMADVSAKDSSQETVVNLAGLLVSLLMLPLV 251

Query: 233 RSSTSLALGCFSIVTLIHMFSNLKSYKSIQLRTLNPYRASLVFSEYLFSGEVPSIKEVNN 292
               SL+LGCF ++T +H+++N ++ +++ L TLN  R  LV   +L  GEV      N 
Sbjct: 252 SDCPSLSLGCFVLLTALHIYANYRAVRALVLETLNESRLQLVLEHFLQRGEVLEPASANQ 311

Query: 293 EEPLFPAV-PLLNTRLG 307
            EPL+    P L+  LG
Sbjct: 312 MEPLWTGFWPSLSLSLG 328

[Close]
BLAST of IVF0002129 vs. ExPASy Swiss-Prot
Match: Q499P8 (RUS family member 1 OS=Rattus norvegicus OX=10116 GN=Rusf1 PE=2 SV=1)

HSP 1 Score: 164.1 bits (414), Expect = 3.8e-39
Identity = 91/257 (35.41%), Postives = 146/257 (56.81%), Query Frame = 0 

Query: 53  KRLMLPEGFPDSVTSDYLEYSLWRGVQGIASQVSGVLATQALLYAVGLGKG-AIPTAAAV 112
           + ++LP+GFPDSV+ DYL+Y LW  VQ  AS +SG LATQA+L  +G+G   A  +AA  
Sbjct: 72  RSVLLPQGFPDSVSPDYLQYQLWDSVQAFASSLSGSLATQAVLQGLGVGNAKASVSAATS 131

Query: 113 NWVLKDGFGYLSKIFLSKY-GRHFDVHPKGWRLFADLLENAAYGMEMLTPAFPLHFVVIG 172
            W++KD  G L +I  + + G   D + K WRLFAD+L + A  +E++ P +P+ F +  
Sbjct: 132 TWLVKDSTGMLGRIIFAWWKGSKLDCNAKQWRLFADILNDTAMFLEIMAPMYPIFFTMTV 191

Query: 173 AAAGAGRSAAALIQASTRSCFYAGFAAQRNFAEVIAKGEAQGMVSKSIGMMLGITLANHI 232
           + +   +    +   +TR+      A + N A+V AK  +Q  V    G+++ + +   +
Sbjct: 192 STSNLAKCIVGVAGGATRAALTMHQARRNNMADVSAKDSSQETVVNLAGLLVSLLMLPLV 251

Query: 233 RSSTSLALGCFSIVTLIHMFSNLKSYKSIQLRTLNPYRASLVFSEYLFSGEVPSIKEVNN 292
               SL+LGCF ++T +H+++N ++ +++ L TLN  R  LV   +L  GEV      N 
Sbjct: 252 SDCLSLSLGCFILLTALHIYANYRAVRALVLETLNESRLQLVLKHFLQRGEVLEPASANQ 311

Query: 293 EEPLFPAV-PLLNTRLG 307
            EPL+    P L+  LG
Sbjct: 312 MEPLWTGFWPSLSLSLG 328

[Close]
BLAST of IVF0002129 vs. ExPASy TrEMBL
Match: A0A1S3BP56 (protein root UVB sensitive 1, chloroplastic isoform X1 OS=Cucumis melo OX=3656 GN=LOC103491686 PE=3 SV=1)

HSP 1 Score: 910.6 bits (2352), Expect = 2.6e-261
Identity = 455/457 (99.56%), Postives = 457/457 (100.00%), Query Frame = 0 

Query: 1   MKTESIWEVKGGKRIRLILDTYRDEFHVATGMPSSSLSFSFVNVWLRCSDIFKRLMLPEG 60
           MKTESIWEVKGGKRIRLILDTYRDEFHVATGMPSSSLSFSFVNVWLRCSDIFKRLMLPEG
Sbjct: 155 MKTESIWEVKGGKRIRLILDTYRDEFHVATGMPSSSLSFSFVNVWLRCSDIFKRLMLPEG 214

Query: 61  FPDSVTSDYLEYSLWRGVQGIASQVSGVLATQALLYAVGLGKGAIPTAAAVNWVLKDGFG 120
           FPDSVTSDYLEYSLWRGVQGIASQVSGVLATQALLYAVGLGKGAIPTAAAVNWVLKDGFG
Sbjct: 215 FPDSVTSDYLEYSLWRGVQGIASQVSGVLATQALLYAVGLGKGAIPTAAAVNWVLKDGFG 274

Query: 121 YLSKIFLSKYGRHFDVHPKGWRLFADLLENAAYGMEMLTPAFPLHFVVIGAAAGAGRSAA 180
           YLSKIFLSKYGRHFDVHPKGWRLFADLLENAAYGMEMLTPAFPLHFVVIGAAAGAGRSAA
Sbjct: 275 YLSKIFLSKYGRHFDVHPKGWRLFADLLENAAYGMEMLTPAFPLHFVVIGAAAGAGRSAA 334

Query: 181 ALIQASTRSCFYAGFAAQRNFAEVIAKGEAQGMVSKSIGMMLGITLANHIRSSTSLALGC 240
           ALIQA+TRSCFYAGFAAQRNFAEVIAKGEAQGMVSKSIGMMLGITLANHIRSSTSLALGC
Sbjct: 335 ALIQAATRSCFYAGFAAQRNFAEVIAKGEAQGMVSKSIGMMLGITLANHIRSSTSLALGC 394

Query: 241 FSIVTLIHMFSNLKSYKSIQLRTLNPYRASLVFSEYLFSGEVPSIKEVNNEEPLFPAVPL 300
           FSIVTLIHMFSNLKSYKSIQLRTLNPYRASLVFSEYLFSGEVPSIKEVNNEEPLFPAVPL
Sbjct: 395 FSIVTLIHMFSNLKSYKSIQLRTLNPYRASLVFSEYLFSGEVPSIKEVNNEEPLFPAVPL 454

Query: 301 LNTRLGCDEPKLGLLSAEAKESAANIDQRLQLGSRLSDVATCEADVLELLSLFNKENYIL 360
           LNTRLGCDEPKLGLLSAEAKESAANIDQRLQLGS+LSDVATCEADVLELLSLFNKENYIL
Sbjct: 455 LNTRLGCDEPKLGLLSAEAKESAANIDQRLQLGSKLSDVATCEADVLELLSLFNKENYIL 514

Query: 361 SEHRGKYCVMLKESASPVDMLKAVFHVNYLHWLERNAGITARSASNDCRPGGRLQMSLEY 420
           SEHRGKYCVMLKESASPVDMLKAVFHVNYLHWLERNAGITARSASNDCRPGGRLQMSLEY
Sbjct: 515 SEHRGKYCVMLKESASPVDMLKAVFHVNYLHWLERNAGITARSASNDCRPGGRLQMSLEY 574

Query: 421 VEREFKHVKYDGELAGWLTDGLIARPLTTRICECHVT 458
           VEREFKHVKYDGELAGWLTDGLIARPLTTRICECHVT
Sbjct: 575 VEREFKHVKYDGELAGWLTDGLIARPLTTRICECHVT 611

[Close]
BLAST of IVF0002129 vs. ExPASy TrEMBL
Match: A0A6J1F2S0 (protein root UVB sensitive 1, chloroplastic isoform X2 OS=Cucurbita moschata OX=3662 GN=LOC111441619 PE=3 SV=1)

HSP 1 Score: 823.2 bits (2125), Expect = 5.5e-235
Identity = 406/452 (89.82%), Postives = 431/452 (95.35%), Query Frame = 0 

Query: 1   MKTESIWEVKGGKRIRLILDTYRDEFHVATGMPSSSLSFSFVNVWLRCSDIFKRLMLPEG 60
           M +ES+WEV+GGKRIRLILDT+RDEF+VATG+PSS LSFSFVN WLRCS+IFKRLMLPEG
Sbjct: 153 MNSESVWEVRGGKRIRLILDTFRDEFYVATGVPSSPLSFSFVNFWLRCSEIFKRLMLPEG 212

Query: 61  FPDSVTSDYLEYSLWRGVQGIASQVSGVLATQALLYAVGLGKGAIPTAAAVNWVLKDGFG 120
           FPDSVTSDYLEYSLWRGVQGIASQVSGVLATQALLYAVGLGKGAIPTAAAVNWVLKDGFG
Sbjct: 213 FPDSVTSDYLEYSLWRGVQGIASQVSGVLATQALLYAVGLGKGAIPTAAAVNWVLKDGFG 272

Query: 121 YLSKIFLSKYGRHFDVHPKGWRLFADLLENAAYGMEMLTPAFPLHFVVIGAAAGAGRSAA 180
           YLSKI LSKYGRHFDV+PKGWRLFADLLENAA+GMEMLTPAFPLHFVVIGAAAGAGRSAA
Sbjct: 273 YLSKILLSKYGRHFDVNPKGWRLFADLLENAAFGMEMLTPAFPLHFVVIGAAAGAGRSAA 332

Query: 181 ALIQASTRSCFYAGFAAQRNFAEVIAKGEAQGMVSKSIGMMLGITLANHIRSSTSLALGC 240
           ALIQA+TRSCFYAGFAAQRNFAEVIAKGEAQGMVSKSIGM+LGI LAN IRSSTSLALGC
Sbjct: 333 ALIQAATRSCFYAGFAAQRNFAEVIAKGEAQGMVSKSIGMLLGIALANRIRSSTSLALGC 392

Query: 241 FSIVTLIHMFSNLKSYKSIQLRTLNPYRASLVFSEYLFSGEVPSIKEVNNEEPLFPAVPL 300
           FS+VT+IHMF NLKSYKSIQLRTLNPYRASLVFSEYL SGEVPSIK+VNNEEPLFPAVP 
Sbjct: 393 FSVVTIIHMFCNLKSYKSIQLRTLNPYRASLVFSEYLLSGEVPSIKDVNNEEPLFPAVPF 452

Query: 301 LNTRLGCDEPKLGLLSAEAKESAANIDQRLQLGSRLSDVATCEADVLELLSLFNKENYIL 360
           LNTRL CDEPK+GLLS EAKESAANI++RLQLGS+LSDVA CE DVL+LLSL+  ENYIL
Sbjct: 453 LNTRLACDEPKVGLLSTEAKESAANIEKRLQLGSKLSDVARCEEDVLQLLSLYKNENYIL 512

Query: 361 SEHRGKYCVMLKESASPVDMLKAVFHVNYLHWLERNAGITARSASNDCRPGGRLQMSLEY 420
           SEHRG+YCVMLKESA P DMLKA+FHVNYLHWLERNAGI ARSA+NDC+PGGRLQ+SLEY
Sbjct: 513 SEHRGRYCVMLKESALPKDMLKALFHVNYLHWLERNAGIEARSAANDCKPGGRLQISLEY 572

Query: 421 VEREFKHVKYDGELAGWLTDGLIARPLTTRIC 453
           VEREF HVKYDGELAGWLTDGLIARPL  RIC
Sbjct: 573 VEREFIHVKYDGELAGWLTDGLIARPLNNRIC 604

[Close]
BLAST of IVF0002129 vs. ExPASy TrEMBL
Match: A0A6J1F1U0 (protein root UVB sensitive 1, chloroplastic isoform X1 OS=Cucurbita moschata OX=3662 GN=LOC111441619 PE=3 SV=1)

HSP 1 Score: 818.5 bits (2113), Expect = 1.4e-233
Identity = 406/453 (89.62%), Postives = 431/453 (95.14%), Query Frame = 0 

Query: 1   MKTESIWEVKGGKRIRLILDTYRDEFHVATGMPSSSLSFSFVNVWLRCSDIFKRLMLPEG 60
           M +ES+WEV+GGKRIRLILDT+RDEF+VATG+PSS LSFSFVN WLRCS+IFKRLMLPEG
Sbjct: 153 MNSESVWEVRGGKRIRLILDTFRDEFYVATGVPSSPLSFSFVNFWLRCSEIFKRLMLPEG 212

Query: 61  FPDSVTSDYLEYSLWRGVQGIASQVSGVLATQALLYAVGLGKGAIPTAAAVNWVLKDGFG 120
           FPDSVTSDYLEYSLWRGVQGIASQVSGVLATQALLYAVGLGKGAIPTAAAVNWVLKDGFG
Sbjct: 213 FPDSVTSDYLEYSLWRGVQGIASQVSGVLATQALLYAVGLGKGAIPTAAAVNWVLKDGFG 272

Query: 121 YLSKIFLSKYGRHFDVHPKGWRLFADLLENAAYGMEMLTPAFPLHFVVIGAAAGAGRSAA 180
           YLSKI LSKYGRHFDV+PKGWRLFADLLENAA+GMEMLTPAFPLHFVVIGAAAGAGRSAA
Sbjct: 273 YLSKILLSKYGRHFDVNPKGWRLFADLLENAAFGMEMLTPAFPLHFVVIGAAAGAGRSAA 332

Query: 181 ALIQASTRSCFYAGFAAQRNFAEVIAKGEAQGMVSKSIGMMLGITLANHIRSSTSLALGC 240
           ALIQA+TRSCFYAGFAAQRNFAEVIAKGEAQGMVSKSIGM+LGI LAN IRSSTSLALGC
Sbjct: 333 ALIQAATRSCFYAGFAAQRNFAEVIAKGEAQGMVSKSIGMLLGIALANRIRSSTSLALGC 392

Query: 241 FSIVTLIHMFSNLKSYKSIQLRTLNPYRASLVFSEYLFSGEVPSIKEVNNEEPLFPAVPL 300
           FS+VT+IHMF NLKSYKSIQLRTLNPYRASLVFSEYL SGEVPSIK+VNNEEPLFPAVP 
Sbjct: 393 FSVVTIIHMFCNLKSYKSIQLRTLNPYRASLVFSEYLLSGEVPSIKDVNNEEPLFPAVPF 452

Query: 301 LNTRLGCD-EPKLGLLSAEAKESAANIDQRLQLGSRLSDVATCEADVLELLSLFNKENYI 360
           LNTRL CD EPK+GLLS EAKESAANI++RLQLGS+LSDVA CE DVL+LLSL+  ENYI
Sbjct: 453 LNTRLACDKEPKVGLLSTEAKESAANIEKRLQLGSKLSDVARCEEDVLQLLSLYKNENYI 512

Query: 361 LSEHRGKYCVMLKESASPVDMLKAVFHVNYLHWLERNAGITARSASNDCRPGGRLQMSLE 420
           LSEHRG+YCVMLKESA P DMLKA+FHVNYLHWLERNAGI ARSA+NDC+PGGRLQ+SLE
Sbjct: 513 LSEHRGRYCVMLKESALPKDMLKALFHVNYLHWLERNAGIEARSAANDCKPGGRLQISLE 572

Query: 421 YVEREFKHVKYDGELAGWLTDGLIARPLTTRIC 453
           YVEREF HVKYDGELAGWLTDGLIARPL  RIC
Sbjct: 573 YVEREFIHVKYDGELAGWLTDGLIARPLNNRIC 605

[Close]
BLAST of IVF0002129 vs. ExPASy TrEMBL
Match: A0A6J1J7M2 (protein root UVB sensitive 1, chloroplastic isoform X2 OS=Cucurbita maxima OX=3661 GN=LOC111482094 PE=3 SV=1)

HSP 1 Score: 814.3 bits (2102), Expect = 2.6e-232
Identity = 402/452 (88.94%), Postives = 429/452 (94.91%), Query Frame = 0 

Query: 1   MKTESIWEVKGGKRIRLILDTYRDEFHVATGMPSSSLSFSFVNVWLRCSDIFKRLMLPEG 60
           + +ES+WEV+GGKRIRLILDT+RDEF+VATG+PSS LSFSFVN WLRCS+IFKRLMLPEG
Sbjct: 153 INSESVWEVRGGKRIRLILDTFRDEFYVATGVPSSPLSFSFVNFWLRCSEIFKRLMLPEG 212

Query: 61  FPDSVTSDYLEYSLWRGVQGIASQVSGVLATQALLYAVGLGKGAIPTAAAVNWVLKDGFG 120
           FPD+VTSDYLEYSLWRGVQGIASQVSGVLATQALLYAVGLGKGAIPTAAAVNWVLKDGFG
Sbjct: 213 FPDTVTSDYLEYSLWRGVQGIASQVSGVLATQALLYAVGLGKGAIPTAAAVNWVLKDGFG 272

Query: 121 YLSKIFLSKYGRHFDVHPKGWRLFADLLENAAYGMEMLTPAFPLHFVVIGAAAGAGRSAA 180
           YLSKI LSKYGRHFDV+PKGWRLFADLLENAA+GMEMLTPAFPLHFVVIGAAAGAGRSAA
Sbjct: 273 YLSKILLSKYGRHFDVNPKGWRLFADLLENAAFGMEMLTPAFPLHFVVIGAAAGAGRSAA 332

Query: 181 ALIQASTRSCFYAGFAAQRNFAEVIAKGEAQGMVSKSIGMMLGITLANHIRSSTSLALGC 240
           ALIQA+TRSCFYAGFAAQRNFAEVIAKGEAQGMVSKSIGM+LGI LAN IRSSTSLALGC
Sbjct: 333 ALIQAATRSCFYAGFAAQRNFAEVIAKGEAQGMVSKSIGMLLGIALANRIRSSTSLALGC 392

Query: 241 FSIVTLIHMFSNLKSYKSIQLRTLNPYRASLVFSEYLFSGEVPSIKEVNNEEPLFPAVPL 300
           FS+VTLIHMF NLKSYKSIQLRTLNPYRASLVFSEYL SGEVPSIK VN+EEPLFPAVP 
Sbjct: 393 FSVVTLIHMFCNLKSYKSIQLRTLNPYRASLVFSEYLLSGEVPSIKNVNDEEPLFPAVPF 452

Query: 301 LNTRLGCDEPKLGLLSAEAKESAANIDQRLQLGSRLSDVATCEADVLELLSLFNKENYIL 360
           LN RL CDEPK+GLLS EAKESAANI++RLQLGS+LSDVA CE DVL+LLSL+  ENYIL
Sbjct: 453 LNARLACDEPKVGLLSTEAKESAANIERRLQLGSKLSDVARCEEDVLQLLSLYKNENYIL 512

Query: 361 SEHRGKYCVMLKESASPVDMLKAVFHVNYLHWLERNAGITARSASNDCRPGGRLQMSLEY 420
           SEHRG+YCVMLKESA P DMLKA+FHVNYLHWLERNAGI ARSA++DC+PGGRLQ+SLEY
Sbjct: 513 SEHRGRYCVMLKESALPKDMLKALFHVNYLHWLERNAGIEARSAASDCQPGGRLQISLEY 572

Query: 421 VEREFKHVKYDGELAGWLTDGLIARPLTTRIC 453
           VEREF HVKYDGELAGWLTDGLIARPL  RIC
Sbjct: 573 VEREFIHVKYDGELAGWLTDGLIARPLNNRIC 604

[Close]
BLAST of IVF0002129 vs. ExPASy TrEMBL
Match: A0A6J1D4K5 (protein root UVB sensitive 1, chloroplastic isoform X1 OS=Momordica charantia OX=3673 GN=LOC111016908 PE=3 SV=1)

HSP 1 Score: 813.5 bits (2100), Expect = 4.4e-232
Identity = 405/456 (88.82%), Postives = 425/456 (93.20%), Query Frame = 0 

Query: 1   MKTESIWEVKGGKRIRLILDTYRDEFHVATGMPSSSLSFSFVNVWLRCSDIFKRLMLPEG 60
           + + SIWEVKGGKRIR+ILDT+RDEFHVATGMPSS LSFS VN W RCSDIF+ LMLPEG
Sbjct: 135 LNSGSIWEVKGGKRIRIILDTFRDEFHVATGMPSSPLSFSCVNFWFRCSDIFRHLMLPEG 194

Query: 61  FPDSVTSDYLEYSLWRGVQGIASQVSGVLATQALLYAVGLGKGAIPTAAAVNWVLKDGFG 120
           FPDSVTSDYLEYSLWRGVQGIASQVSGVLATQALLYAVGLGKGAIPTAAAVNWVLKDGFG
Sbjct: 195 FPDSVTSDYLEYSLWRGVQGIASQVSGVLATQALLYAVGLGKGAIPTAAAVNWVLKDGFG 254

Query: 121 YLSKIFLSKYGRHFDVHPKGWRLFADLLENAAYGMEMLTPAFPLHFVVIGAAAGAGRSAA 180
           YLSKIFLSKYGRHFDV+PKGWRLFADLLENAA+GMEMLTPAFP HFVVIGAAAGAGRSAA
Sbjct: 255 YLSKIFLSKYGRHFDVNPKGWRLFADLLENAAFGMEMLTPAFPHHFVVIGAAAGAGRSAA 314

Query: 181 ALIQASTRSCFYAGFAAQRNFAEVIAKGEAQGMVSKSIGMMLGITLANHIRSSTSLALGC 240
           ALIQA+TRSCFYAGFAAQRNFAEVIAKGEAQGMVSKSIGMMLGITLAN IRSSTSLALGC
Sbjct: 315 ALIQAATRSCFYAGFAAQRNFAEVIAKGEAQGMVSKSIGMMLGITLANRIRSSTSLALGC 374

Query: 241 FSIVTLIHMFSNLKSYKSIQLRTLNPYRASLVFSEYLFSGEVPSIKEVNNEEPLFPAVPL 300
           FS+VT IHMF NLKSYKSIQLRTLNPYRASLVFSEYL SGEVP IK+VNNEEPLFPAVP 
Sbjct: 375 FSVVTFIHMFCNLKSYKSIQLRTLNPYRASLVFSEYLLSGEVPPIKDVNNEEPLFPAVPF 434

Query: 301 LNTRLGCDEPKLGLLSAEAKESAANIDQRLQLGSRLSDVATCEADVLELLSLFNKENYIL 360
           LNTRL   EPKL LLS EAKESAANI++RLQLGS+LSDV +CE DVLEL SL+  ENYIL
Sbjct: 435 LNTRLARGEPKLRLLSTEAKESAANIEKRLQLGSKLSDVVSCEEDVLELFSLYKNENYIL 494

Query: 361 SEHRGKYCVMLKESASPVDMLKAVFHVNYLHWLERNAGITARSASNDCRPGGRLQMSLEY 420
           SE RG+YCVMLKESASPVDMLKA+FHVNYLHWLERNAGI ARSASNDCRPGGRLQ+SLEY
Sbjct: 495 SEQRGRYCVMLKESASPVDMLKALFHVNYLHWLERNAGIIARSASNDCRPGGRLQISLEY 554

Query: 421 VEREFKHVKYDGELAGWLTDGLIARPLTTRICECHV 457
           V+REF HVKYDGELAGWLTDGLIARPL  RI  CH+
Sbjct: 555 VQREFNHVKYDGELAGWLTDGLIARPLANRIRPCHL 590

[Close]
BLAST of IVF0002129 vs. NCBI nr
Match: XP_008449956.1 (PREDICTED: protein root UVB sensitive 1, chloroplastic isoform X1 [Cucumis melo])

HSP 1 Score: 910 bits (2351), Expect = 0.0
Identity = 455/457 (99.56%), Postives = 457/457 (100.00%), Query Frame = 0 

Query: 1   MKTESIWEVKGGKRIRLILDTYRDEFHVATGMPSSSLSFSFVNVWLRCSDIFKRLMLPEG 60
           MKTESIWEVKGGKRIRLILDTYRDEFHVATGMPSSSLSFSFVNVWLRCSDIFKRLMLPEG
Sbjct: 155 MKTESIWEVKGGKRIRLILDTYRDEFHVATGMPSSSLSFSFVNVWLRCSDIFKRLMLPEG 214

Query: 61  FPDSVTSDYLEYSLWRGVQGIASQVSGVLATQALLYAVGLGKGAIPTAAAVNWVLKDGFG 120
           FPDSVTSDYLEYSLWRGVQGIASQVSGVLATQALLYAVGLGKGAIPTAAAVNWVLKDGFG
Sbjct: 215 FPDSVTSDYLEYSLWRGVQGIASQVSGVLATQALLYAVGLGKGAIPTAAAVNWVLKDGFG 274

Query: 121 YLSKIFLSKYGRHFDVHPKGWRLFADLLENAAYGMEMLTPAFPLHFVVIGAAAGAGRSAA 180
           YLSKIFLSKYGRHFDVHPKGWRLFADLLENAAYGMEMLTPAFPLHFVVIGAAAGAGRSAA
Sbjct: 275 YLSKIFLSKYGRHFDVHPKGWRLFADLLENAAYGMEMLTPAFPLHFVVIGAAAGAGRSAA 334

Query: 181 ALIQASTRSCFYAGFAAQRNFAEVIAKGEAQGMVSKSIGMMLGITLANHIRSSTSLALGC 240
           ALIQA+TRSCFYAGFAAQRNFAEVIAKGEAQGMVSKSIGMMLGITLANHIRSSTSLALGC
Sbjct: 335 ALIQAATRSCFYAGFAAQRNFAEVIAKGEAQGMVSKSIGMMLGITLANHIRSSTSLALGC 394

Query: 241 FSIVTLIHMFSNLKSYKSIQLRTLNPYRASLVFSEYLFSGEVPSIKEVNNEEPLFPAVPL 300
           FSIVTLIHMFSNLKSYKSIQLRTLNPYRASLVFSEYLFSGEVPSIKEVNNEEPLFPAVPL
Sbjct: 395 FSIVTLIHMFSNLKSYKSIQLRTLNPYRASLVFSEYLFSGEVPSIKEVNNEEPLFPAVPL 454

Query: 301 LNTRLGCDEPKLGLLSAEAKESAANIDQRLQLGSRLSDVATCEADVLELLSLFNKENYIL 360
           LNTRLGCDEPKLGLLSAEAKESAANIDQRLQLGS+LSDVATCEADVLELLSLFNKENYIL
Sbjct: 455 LNTRLGCDEPKLGLLSAEAKESAANIDQRLQLGSKLSDVATCEADVLELLSLFNKENYIL 514

Query: 361 SEHRGKYCVMLKESASPVDMLKAVFHVNYLHWLERNAGITARSASNDCRPGGRLQMSLEY 420
           SEHRGKYCVMLKESASPVDMLKAVFHVNYLHWLERNAGITARSASNDCRPGGRLQMSLEY
Sbjct: 515 SEHRGKYCVMLKESASPVDMLKAVFHVNYLHWLERNAGITARSASNDCRPGGRLQMSLEY 574

Query: 421 VEREFKHVKYDGELAGWLTDGLIARPLTTRICECHVT 457
           VEREFKHVKYDGELAGWLTDGLIARPLTTRICECHVT
Sbjct: 575 VEREFKHVKYDGELAGWLTDGLIARPLTTRICECHVT 611

[Close]
BLAST of IVF0002129 vs. NCBI nr
Match: XP_011651345.1 (protein root UVB sensitive 1, chloroplastic isoform X1 [Cucumis sativus] >KAE8650562.1 hypothetical protein Csa_009558 [Cucumis sativus])

HSP 1 Score: 882 bits (2278), Expect = 0.0
Identity = 441/457 (96.50%), Postives = 447/457 (97.81%), Query Frame = 0 

Query: 1   MKTESIWEVKGGKRIRLILDTYRDEFHVATGMPSSSLSFSFVNVWLRCSDIFKRLMLPEG 60
           M TESIWEVKGGKRIRLILDTYRDEFHVATGMPSSSLSFSFVNVWLRCSDIF RLMLPEG
Sbjct: 156 MNTESIWEVKGGKRIRLILDTYRDEFHVATGMPSSSLSFSFVNVWLRCSDIFTRLMLPEG 215

Query: 61  FPDSVTSDYLEYSLWRGVQGIASQVSGVLATQALLYAVGLGKGAIPTAAAVNWVLKDGFG 120
           FPDSVTSDYLEYSLWRGVQGIASQVSGVLATQALLYAVGLGKGAIPTAAAVNWVLKDGFG
Sbjct: 216 FPDSVTSDYLEYSLWRGVQGIASQVSGVLATQALLYAVGLGKGAIPTAAAVNWVLKDGFG 275

Query: 121 YLSKIFLSKYGRHFDVHPKGWRLFADLLENAAYGMEMLTPAFPLHFVVIGAAAGAGRSAA 180
           YLSKIFLSKYGRHFDVHPKGWRLFADLLENAAYGMEMLTPAFPLHFVVIGAAAGAGRSAA
Sbjct: 276 YLSKIFLSKYGRHFDVHPKGWRLFADLLENAAYGMEMLTPAFPLHFVVIGAAAGAGRSAA 335

Query: 181 ALIQASTRSCFYAGFAAQRNFAEVIAKGEAQGMVSKSIGMMLGITLANHIRSSTSLALGC 240
           ALIQA+TRSCFYAGFAAQRNFAEVIAKGEAQGMVSKSIGMMLGITLAN IRSSTSLALGC
Sbjct: 336 ALIQAATRSCFYAGFAAQRNFAEVIAKGEAQGMVSKSIGMMLGITLANRIRSSTSLALGC 395

Query: 241 FSIVTLIHMFSNLKSYKSIQLRTLNPYRASLVFSEYLFSGEVPSIKEVNNEEPLFPAVPL 300
           FSIVTLIHMF NLKSYKSIQLRTLNPYRASLVFSEYL SGEVPSIK+VNNEEPLFPAVPL
Sbjct: 396 FSIVTLIHMFCNLKSYKSIQLRTLNPYRASLVFSEYLLSGEVPSIKDVNNEEPLFPAVPL 455

Query: 301 LNTRLGCDEPKLGLLSAEAKESAANIDQRLQLGSRLSDVATCEADVLELLSLFNKENYIL 360
           LN +L CDEPKL LLSAEAKESAANI++RLQLGS+LSDVATCE DVLELLSLFNKENYIL
Sbjct: 456 LNRKLACDEPKLSLLSAEAKESAANIEKRLQLGSKLSDVATCEEDVLELLSLFNKENYIL 515

Query: 361 SEHRGKYCVMLKESASPVDMLKAVFHVNYLHWLERNAGITARSASNDCRPGGRLQMSLEY 420
           SEHRGKYCVMLKESASPVDMLKAVFHVNYLHWLERNAGITARSASNDCRPGGRLQMSLEY
Sbjct: 516 SEHRGKYCVMLKESASPVDMLKAVFHVNYLHWLERNAGITARSASNDCRPGGRLQMSLEY 575

Query: 421 VEREFKHVKYDGELAGWLTDGLIARPLTTRICECHVT 457
           VEREFKHVKYDGELAGW TDGLIARPLTTRICECHVT
Sbjct: 576 VEREFKHVKYDGELAGWSTDGLIARPLTTRICECHVT 612

[Close]
BLAST of IVF0002129 vs. NCBI nr
Match: XP_038881395.1 (protein root UVB sensitive 1, chloroplastic [Benincasa hispida])

HSP 1 Score: 876 bits (2263), Expect = 0.0
Identity = 435/456 (95.39%), Postives = 445/456 (97.59%), Query Frame = 0 

Query: 1   MKTESIWEVKGGKRIRLILDTYRDEFHVATGMPSSSLSFSFVNVWLRCSDIFKRLMLPEG 60
           M  ES+WEVKGGKRIRLILDT+RDEFHVATGMPSSSLSFSFVNVW+RCSDIFKRLMLPEG
Sbjct: 154 MNYESVWEVKGGKRIRLILDTFRDEFHVATGMPSSSLSFSFVNVWIRCSDIFKRLMLPEG 213

Query: 61  FPDSVTSDYLEYSLWRGVQGIASQVSGVLATQALLYAVGLGKGAIPTAAAVNWVLKDGFG 120
           FPDSVTSDYLEYSLWRGVQGIASQVSGVLATQALLYAVGLGKGAIPTAAAVNWVLKDGFG
Sbjct: 214 FPDSVTSDYLEYSLWRGVQGIASQVSGVLATQALLYAVGLGKGAIPTAAAVNWVLKDGFG 273

Query: 121 YLSKIFLSKYGRHFDVHPKGWRLFADLLENAAYGMEMLTPAFPLHFVVIGAAAGAGRSAA 180
           YLSKI LSKYGRHFDVHPKGWRLFADLLENAAYGMEMLTPAFPLHFVVIGAAAGAGRSAA
Sbjct: 274 YLSKILLSKYGRHFDVHPKGWRLFADLLENAAYGMEMLTPAFPLHFVVIGAAAGAGRSAA 333

Query: 181 ALIQASTRSCFYAGFAAQRNFAEVIAKGEAQGMVSKSIGMMLGITLANHIRSSTSLALGC 240
           ALIQASTRSCFYAGFAAQRNFAEVIAKGEAQGMVSKSIGMMLGITLAN IRSSTSLALGC
Sbjct: 334 ALIQASTRSCFYAGFAAQRNFAEVIAKGEAQGMVSKSIGMMLGITLANRIRSSTSLALGC 393

Query: 241 FSIVTLIHMFSNLKSYKSIQLRTLNPYRASLVFSEYLFSGEVPSIKEVNNEEPLFPAVPL 300
           FSIVTL+HMF NLKSYKSIQLRTLNPYRASLVFSEYL SGEVPSIK+VNNEEPLFPAVP 
Sbjct: 394 FSIVTLVHMFCNLKSYKSIQLRTLNPYRASLVFSEYLLSGEVPSIKDVNNEEPLFPAVPF 453

Query: 301 LNTRLGCDEPKLGLLSAEAKESAANIDQRLQLGSRLSDVATCEADVLELLSLFNKENYIL 360
           LNTRL CDEPKLG+LSAEAKESAANI++RLQLGS+LSDVATCE DVLELLSLFNKENYIL
Sbjct: 454 LNTRLACDEPKLGILSAEAKESAANIEKRLQLGSKLSDVATCEEDVLELLSLFNKENYIL 513

Query: 361 SEHRGKYCVMLKESASPVDMLKAVFHVNYLHWLERNAGITARSASNDCRPGGRLQMSLEY 420
           SEHRGKYCVMLKESASPVDMLKAVFHVNYLHWLERNAGITARSASNDC+PGGRLQMSLEY
Sbjct: 514 SEHRGKYCVMLKESASPVDMLKAVFHVNYLHWLERNAGITARSASNDCKPGGRLQMSLEY 573

Query: 421 VEREFKHVKYDGELAGWLTDGLIARPLTTRICECHV 456
           VEREF HVKYDGELAGWLTDGLIARPLT RICECHV
Sbjct: 574 VEREFNHVKYDGELAGWLTDGLIARPLTNRICECHV 609

[Close]
BLAST of IVF0002129 vs. NCBI nr
Match: XP_031738101.1 (protein root UVB sensitive 1, chloroplastic isoform X2 [Cucumis sativus])

HSP 1 Score: 835 bits (2157), Expect = 7.57e-302
Identity = 423/457 (92.56%), Postives = 428/457 (93.65%), Query Frame = 0 

Query: 1   MKTESIWEVKGGKRIRLILDTYRDEFHVATGMPSSSLSFSFVNVWLRCSDIFKRLMLPEG 60
           M TESIWEVKGGKRIRLILDTYRDEFHVATGMPSSSLSFSFVNVWLRCSDIF RLMLPEG
Sbjct: 156 MNTESIWEVKGGKRIRLILDTYRDEFHVATGMPSSSLSFSFVNVWLRCSDIFTRLMLPEG 215

Query: 61  FPDSVTSDYLEYSLWRGVQGIASQVSGVLATQALLYAVGLGKGAIPTAAAVNWVLKDGFG 120
           FPDSVTSDYLEYSLWRGVQGIASQVSGVLATQALLYAVGLGKGAIPTAAAVNWVLKDGFG
Sbjct: 216 FPDSVTSDYLEYSLWRGVQGIASQVSGVLATQALLYAVGLGKGAIPTAAAVNWVLKDGFG 275

Query: 121 YLSKIFLSKYGRHFDVHPKGWRLFADLLENAAYGMEMLTPAFPLHFVVIGAAAGAGRSAA 180
           YLSKIFLSKYGRHFDVHPKGWRLFADLLENAAYGMEMLTPAFPLHFVVIGAAAGAGRSAA
Sbjct: 276 YLSKIFLSKYGRHFDVHPKGWRLFADLLENAAYGMEMLTPAFPLHFVVIGAAAGAGRSAA 335

Query: 181 ALIQASTRSCFYAGFAAQRNFAEVIAKGEAQGMVSKSIGMMLGITLANHIRSSTSLALGC 240
           ALIQ                   VIAKGEAQGMVSKSIGMMLGITLAN IRSSTSLALGC
Sbjct: 336 ALIQ-------------------VIAKGEAQGMVSKSIGMMLGITLANRIRSSTSLALGC 395

Query: 241 FSIVTLIHMFSNLKSYKSIQLRTLNPYRASLVFSEYLFSGEVPSIKEVNNEEPLFPAVPL 300
           FSIVTLIHMF NLKSYKSIQLRTLNPYRASLVFSEYL SGEVPSIK+VNNEEPLFPAVPL
Sbjct: 396 FSIVTLIHMFCNLKSYKSIQLRTLNPYRASLVFSEYLLSGEVPSIKDVNNEEPLFPAVPL 455

Query: 301 LNTRLGCDEPKLGLLSAEAKESAANIDQRLQLGSRLSDVATCEADVLELLSLFNKENYIL 360
           LN +L CDEPKL LLSAEAKESAANI++RLQLGS+LSDVATCE DVLELLSLFNKENYIL
Sbjct: 456 LNRKLACDEPKLSLLSAEAKESAANIEKRLQLGSKLSDVATCEEDVLELLSLFNKENYIL 515

Query: 361 SEHRGKYCVMLKESASPVDMLKAVFHVNYLHWLERNAGITARSASNDCRPGGRLQMSLEY 420
           SEHRGKYCVMLKESASPVDMLKAVFHVNYLHWLERNAGITARSASNDCRPGGRLQMSLEY
Sbjct: 516 SEHRGKYCVMLKESASPVDMLKAVFHVNYLHWLERNAGITARSASNDCRPGGRLQMSLEY 575

Query: 421 VEREFKHVKYDGELAGWLTDGLIARPLTTRICECHVT 457
           VEREFKHVKYDGELAGW TDGLIARPLTTRICECHVT
Sbjct: 576 VEREFKHVKYDGELAGWSTDGLIARPLTTRICECHVT 593

[Close]
BLAST of IVF0002129 vs. NCBI nr
Match: XP_022934442.1 (protein root UVB sensitive 1, chloroplastic isoform X2 [Cucurbita moschata])

HSP 1 Score: 822 bits (2123), Expect = 1.76e-296
Identity = 406/452 (89.82%), Postives = 431/452 (95.35%), Query Frame = 0 

Query: 1   MKTESIWEVKGGKRIRLILDTYRDEFHVATGMPSSSLSFSFVNVWLRCSDIFKRLMLPEG 60
           M +ES+WEV+GGKRIRLILDT+RDEF+VATG+PSS LSFSFVN WLRCS+IFKRLMLPEG
Sbjct: 153 MNSESVWEVRGGKRIRLILDTFRDEFYVATGVPSSPLSFSFVNFWLRCSEIFKRLMLPEG 212

Query: 61  FPDSVTSDYLEYSLWRGVQGIASQVSGVLATQALLYAVGLGKGAIPTAAAVNWVLKDGFG 120
           FPDSVTSDYLEYSLWRGVQGIASQVSGVLATQALLYAVGLGKGAIPTAAAVNWVLKDGFG
Sbjct: 213 FPDSVTSDYLEYSLWRGVQGIASQVSGVLATQALLYAVGLGKGAIPTAAAVNWVLKDGFG 272

Query: 121 YLSKIFLSKYGRHFDVHPKGWRLFADLLENAAYGMEMLTPAFPLHFVVIGAAAGAGRSAA 180
           YLSKI LSKYGRHFDV+PKGWRLFADLLENAA+GMEMLTPAFPLHFVVIGAAAGAGRSAA
Sbjct: 273 YLSKILLSKYGRHFDVNPKGWRLFADLLENAAFGMEMLTPAFPLHFVVIGAAAGAGRSAA 332

Query: 181 ALIQASTRSCFYAGFAAQRNFAEVIAKGEAQGMVSKSIGMMLGITLANHIRSSTSLALGC 240
           ALIQA+TRSCFYAGFAAQRNFAEVIAKGEAQGMVSKSIGM+LGI LAN IRSSTSLALGC
Sbjct: 333 ALIQAATRSCFYAGFAAQRNFAEVIAKGEAQGMVSKSIGMLLGIALANRIRSSTSLALGC 392

Query: 241 FSIVTLIHMFSNLKSYKSIQLRTLNPYRASLVFSEYLFSGEVPSIKEVNNEEPLFPAVPL 300
           FS+VT+IHMF NLKSYKSIQLRTLNPYRASLVFSEYL SGEVPSIK+VNNEEPLFPAVP 
Sbjct: 393 FSVVTIIHMFCNLKSYKSIQLRTLNPYRASLVFSEYLLSGEVPSIKDVNNEEPLFPAVPF 452

Query: 301 LNTRLGCDEPKLGLLSAEAKESAANIDQRLQLGSRLSDVATCEADVLELLSLFNKENYIL 360
           LNTRL CDEPK+GLLS EAKESAANI++RLQLGS+LSDVA CE DVL+LLSL+  ENYIL
Sbjct: 453 LNTRLACDEPKVGLLSTEAKESAANIEKRLQLGSKLSDVARCEEDVLQLLSLYKNENYIL 512

Query: 361 SEHRGKYCVMLKESASPVDMLKAVFHVNYLHWLERNAGITARSASNDCRPGGRLQMSLEY 420
           SEHRG+YCVMLKESA P DMLKA+FHVNYLHWLERNAGI ARSA+NDC+PGGRLQ+SLEY
Sbjct: 513 SEHRGRYCVMLKESALPKDMLKALFHVNYLHWLERNAGIEARSAANDCKPGGRLQISLEY 572

Query: 421 VEREFKHVKYDGELAGWLTDGLIARPLTTRIC 452
           VEREF HVKYDGELAGWLTDGLIARPL  RIC
Sbjct: 573 VEREFIHVKYDGELAGWLTDGLIARPLNNRIC 604

[Close]
BLAST of IVF0002129 vs. TAIR 10
Match: AT3G45890.1 (Protein of unknown function, DUF647 )

HSP 1 Score: 612.1 bits (1577), Expect = 3.7e-175
Identity = 304/448 (67.86%), Postives = 369/448 (82.37%), Query Frame = 0 

Query: 4   ESIWEVKGGKRIRLILDTYRDEFHVATGMPSSSLSFSFVNVWLRCSDIFKRLMLPEGFPD 63
           E++WEV+G KR RL+ D  +DEF         S S +  N+  +C ++  + +LPEGFP+
Sbjct: 146 ETVWEVRGSKRKRLVPDFVKDEFVSEESAFELSSSLTPENLLAQCRNLLTQFLLPEGFPN 205

Query: 64  SVTSDYLEYSLWRGVQGIASQVSGVLATQALLYAVGLGKGAIPTAAAVNWVLKDGFGYLS 123
           SVTSDYL+YSLWRGVQGIASQ+SGVLATQ+LLYAVGLGKGAIPTAAA+NWVLKDG GYLS
Sbjct: 206 SVTSDYLDYSLWRGVQGIASQISGVLATQSLLYAVGLGKGAIPTAAAINWVLKDGIGYLS 265

Query: 124 KIFLSKYGRHFDVHPKGWRLFADLLENAAYGMEMLTPAFPLHFVVIGAAAGAGRSAAALI 183
           KI LSKYGRHFDVHPKGWRLFADLLENAA+GMEMLTP FP  FV+IGAAAGAGRSAAALI
Sbjct: 266 KIMLSKYGRHFDVHPKGWRLFADLLENAAFGMEMLTPVFPQFFVMIGAAAGAGRSAAALI 325

Query: 184 QASTRSCFYAGFAAQRNFAEVIAKGEAQGMVSKSIGMMLGITLANHIRSSTSLALGCFSI 243
           QA+TRSCF AGFA+QRNFAEVIAKGEAQGMVSKS+G++LGI +AN I +STSLAL  F +
Sbjct: 326 QAATRSCFNAGFASQRNFAEVIAKGEAQGMVSKSVGILLGIVVANCIGTSTSLALAAFGV 385

Query: 244 VTLIHMFSNLKSYKSIQLRTLNPYRASLVFSEYLFSGEVPSIKEVNNEEPLFPAVPLLNT 303
           VT IHM++NLKSY+ IQLRTLNPYRASLVFSEYL SG+ P IKEVN+EEPLFP V   N 
Sbjct: 386 VTTIHMYTNLKSYQCIQLRTLNPYRASLVFSEYLISGQAPLIKEVNDEEPLFPTVRFSNM 445

Query: 304 RLGCDEPKLGLLSAEAKESAANIDQRLQLGSRLSDVATCEADVLELLSLFNKENYILSEH 363
           +   ++ +  +LS+EAK +AA+I++RLQLGS+LSDV   + + + L  L+  E YIL+EH
Sbjct: 446 K-SPEKLQDFVLSSEAKAAAADIEERLQLGSKLSDVIHNKEEAIALFDLYRNEGYILTEH 505

Query: 364 RGKYCVMLKESASPVDMLKAVFHVNYLHWLERNAGITARSASNDCRPGGRLQMSLEYVER 423
           +G++CVMLKES++P DML+++F VNYL+WLE+NAGI   S  +DC+PGGRL +SL+YV R
Sbjct: 506 KGRFCVMLKESSTPQDMLRSLFQVNYLYWLEKNAGIEPASTYSDCKPGGRLHISLDYVRR 565

Query: 424 EFKHVKYDGELAGWLTDGLIARPLTTRI 452
           EF+H K D E  GW+T+GLIARPL TRI
Sbjct: 566 EFEHAKEDSESVGWVTEGLIARPLPTRI 592

[Close]
BLAST of IVF0002129 vs. TAIR 10
Match: AT1G13770.1 (Protein of unknown function, DUF647 )

HSP 1 Score: 180.6 bits (457), Expect = 2.8e-45
Identity = 129/438 (29.45%), Postives = 219/438 (50.00%), Query Frame = 0 

Query: 26  FHVATGMPSSSLSFS-----FVNVWLRCSDIFKRLMLPEGFPDSVTSDYLEYSLWRGVQG 85
           F  AT   SSSLS       F +VW R    F    +PEGFP SVT DY+ + LW  +QG
Sbjct: 26  FKTATITASSSLSIQRSANRFNHVWRRVLQAF----VPEGFPGSVTPDYVGFQLWDTLQG 85

Query: 86  IASQVSGVLATQALLYAVGLG-KGAIPTAAAVNWVLKDGFGYLSKIFLSKY-GRHFDVHP 145
           +++    +L+TQALL A+G+G K A    A   W L+D  G L  I  + Y G + D + 
Sbjct: 86  LSTYTKMMLSTQALLSAIGVGEKSATVIGATFQWFLRDFTGMLGGILFTFYQGSNLDSNA 145

Query: 146 KGWRLFADLLENAAYGMEMLTPAFPLHFVVIGAAAGAGRSAAALIQASTRSCFYAGFAAQ 205
           K WRL ADL+ +    M++L+P FP  F+V+       RS   +   +TR+     FA Q
Sbjct: 146 KMWRLVADLMNDIGMLMDLLSPLFPSAFIVVVCLGSLSRSFTGVASGATRAALTQHFALQ 205

Query: 206 RNFAEVIAKGEAQGMVSKSIGMMLGITLANHIRSSTSLALGCFSIVTLIHMFSNLKSYKS 265
            N A++ AK  +Q  ++  +GM LG+ LA     +       F  +T+ HM++N ++ + 
Sbjct: 206 DNAADISAKEGSQETMATMMGMSLGMLLARFTSGNPMAIWLSFLSLTVFHMYANYRAVRC 265

Query: 266 IQLRTLNPYRASLVFSEYLFSGEVPSIKEVNNEEPLFPAVPLLNTRLGCDEPKLGLLSAE 325
           + L +LN  R+S++ + ++ +G+V S ++V++ E +   +PL  T L     K       
Sbjct: 266 LVLNSLNFERSSILLTHFIQTGQVLSPEQVSSMEGV---LPLWATSLRSTNSK------- 325

Query: 326 AKESAANIDQRLQLGSRLSDVATCEADVLELL-----SLFNKENYILSEHRGKYCVMLKE 385
                  + +R+QLG R+S +     D+L+LL     S +    Y+L+  +G   V+L +
Sbjct: 326 ------PLHKRVQLGVRVSSLP--RLDMLQLLNGVGASSYKNAKYLLAHIKGNVSVILHK 385

Query: 386 SASPVDMLKAVFHVNYL-HWLERNAGITARSASNDCRPGGRLQMSLEYVEREFKHVKYDG 445
            + P D+LK+  H   L + +E++    +   +              ++++ +  + +  
Sbjct: 386 DSKPADVLKSYIHAIVLANLMEKSTSFYSEGEA--------------WIDKHYDELLHKL 427

Query: 446 ELAGWLTDGLIARPLTTR 451
              GW T+ L++  +T R
Sbjct: 446 RSGGWKTERLLSPSITWR 427

[Close]
BLAST of IVF0002129 vs. TAIR 10
Match: AT5G49820.1 (Protein of unknown function, DUF647 )

HSP 1 Score: 171.8 bits (434), Expect = 1.3e-42
Identity = 124/436 (28.44%), Postives = 199/436 (45.64%), Query Frame = 0 

Query: 29  ATGMPSSSLSFSFVNVWLRCSDIFKRLMLPEGFPDSVTSDYLEYSLWRGVQGIASQVSGV 88
           A  + S    F  V  +LR        ++PEGFP SV   Y+ Y  WR ++       GV
Sbjct: 91  AISLESPQTPFDEVGSFLR------SYVVPEGFPGSVNESYVPYMTWRALKHFFGGAMGV 150

Query: 89  LATQALLYAVGLGKGAIPTAA-AVNWVLKDGFGYLSKIFLSKYGRHFDVHPKGWRLFADL 148
             TQ LL +VG  + +  +AA A+NW+LKDG G + K+  ++ G+ FD   K  R   DL
Sbjct: 151 FTTQTLLNSVGASRNSSASAAVAINWILKDGAGRVGKMLFARQGKKFDYDLKQLRFAGDL 210

Query: 149 LENAAYGMEMLTPAFPLHFVVIGAAAGAGRSAAALIQASTRSCFYAGFAAQRNFAEVIAK 208
           L     G+E+ T A P  F+ +  AA   ++ AA+   STR+  Y  FA   N  +V AK
Sbjct: 211 LMELGAGVELATAAVPHLFLPLACAANVVKNVAAVTSTSTRTPIYKAFAKGENIGDVTAK 270

Query: 209 GEAQGMVSKSIGMMLGITLANHIRSSTSLALGCFSIVTLIHMFSNLKSYKSIQLRTLNPY 268
           GE  G ++  +G    I ++    S  +     F +++  ++ S+ +  +S+ L TLN  
Sbjct: 271 GECVGNIADLMGTGFSILISKRNPSLVT----TFGLLSCGYLMSSYQEVRSVVLHTLNRA 330

Query: 269 RASLVFSEYLFSGEVPSIKEVNNEEPLFPAVPLLNTRLGCDEPKLGLLSAEAKESAANID 328
           R ++    +L +G VPS++E N +E +F   P ++                        D
Sbjct: 331 RFTVAVESFLKTGRVPSLQEGNIQEKIF-TFPWVD------------------------D 390

Query: 329 QRLQLGSRLSDVATCEADVLELLSLFNKENYIL--SEHRGKYCVMLKESASPVDMLKAVF 388
           + + LG+R  D     +  + +   F+KE Y++  S  +GK   +LK  A+  D+LKA F
Sbjct: 391 RPVMLGARFKDAFQDPSTYMAVKPFFDKERYMVTYSPTKGKVYALLKHQANSDDILKAAF 450

Query: 389 HVN-YLHWLERNAGITARS--------ASNDCRPGGRLQMSLEYVEREFKHVKYDGELAG 448
           H +  LH++ ++     RS        A  +     R+  S E V   +   K      G
Sbjct: 451 HAHVLLHFMNQSKDGNPRSVEQLDPAFAPTEYELESRIAESCEMVSTSYGVFKSRAAEQG 491

Query: 449 WLTDGLIARPLTTRIC 453
           W     +  P   R+C
Sbjct: 511 WRMSESLLNPGRARLC 491

[Close]
BLAST of IVF0002129 vs. TAIR 10
Match: AT2G31190.1 (Protein of unknown function, DUF647 )

HSP 1 Score: 150.6 bits (379), Expect = 3.1e-36
Identity = 85/250 (34.00%), Postives = 140/250 (56.00%), Query Frame = 0 

Query: 52  FKRLMLPEGFPDSVTSDYLEYSLWRGVQGIASQVSGVLATQALLYAVGLGKGAIPTAAAV 111
           F     P G+P SV   YL Y+ +R +Q  +S    VL+TQ+LL+A GL +     A  V
Sbjct: 67  FLNKFFPSGYPYSVNEGYLRYTQFRALQHFSSAALSVLSTQSLLFAAGL-RPTPAQATVV 126

Query: 112 NWVLKDGFGYLSKIFLSKYGRHFDVHPKGWRLFADLLENAAYGMEMLTPAFPLHFVVIGA 171
           +W+LKDG  ++ K+  S  G   D  PK WR+ AD+L +   G+E+++P  P  F+ +  
Sbjct: 127 SWILKDGMQHVGKLICSNLGARMDSEPKRWRILADVLYDLGTGLELVSPLCPHLFLEMAG 186

Query: 172 AAGAGRSAAALIQASTRSCFYAGFAAQRNFAEVIAKGEAQGMVSKSIGMMLGITLANHIR 231
                +  A +   +TR   Y+ FA + N +++ AKGEA   +    G+  GI LA+ I 
Sbjct: 187 LGNFAKGMATVAARATRLPIYSSFAKEGNLSDIFAKGEAISTLFNVAGIGAGIQLASTIC 246

Query: 232 SSTSLALGCFSIVTLIHMFSNLKSYKSIQLRTLNPYRASLVFSEYLFSGEVPSIKEVNNE 291
           SS    L   SI++++H++S ++  + + + TLNP R +L+ + +L +G+VPS  ++  +
Sbjct: 247 SSMEGKLVVGSILSVVHVYSVVEQMRGVPINTLNPQRTALIVANFLKTGKVPSPPDLRFQ 306

Query: 292 EPL-FPAVPL 301
           E L FP  P+
Sbjct: 307 EDLMFPERPI 315

[Close]
BLAST of IVF0002129 vs. TAIR 10
Match: AT2G31190.2 (Protein of unknown function, DUF647 )

HSP 1 Score: 150.6 bits (379), Expect = 3.1e-36
Identity = 85/250 (34.00%), Postives = 140/250 (56.00%), Query Frame = 0 

Query: 52  FKRLMLPEGFPDSVTSDYLEYSLWRGVQGIASQVSGVLATQALLYAVGLGKGAIPTAAAV 111
           F     P G+P SV   YL Y+ +R +Q  +S    VL+TQ+LL+A GL +     A  V
Sbjct: 66  FLNKFFPSGYPYSVNEGYLRYTQFRALQHFSSAALSVLSTQSLLFAAGL-RPTPAQATVV 125

Query: 112 NWVLKDGFGYLSKIFLSKYGRHFDVHPKGWRLFADLLENAAYGMEMLTPAFPLHFVVIGA 171
           +W+LKDG  ++ K+  S  G   D  PK WR+ AD+L +   G+E+++P  P  F+ +  
Sbjct: 126 SWILKDGMQHVGKLICSNLGARMDSEPKRWRILADVLYDLGTGLELVSPLCPHLFLEMAG 185

Query: 172 AAGAGRSAAALIQASTRSCFYAGFAAQRNFAEVIAKGEAQGMVSKSIGMMLGITLANHIR 231
                +  A +   +TR   Y+ FA + N +++ AKGEA   +    G+  GI LA+ I 
Sbjct: 186 LGNFAKGMATVAARATRLPIYSSFAKEGNLSDIFAKGEAISTLFNVAGIGAGIQLASTIC 245

Query: 232 SSTSLALGCFSIVTLIHMFSNLKSYKSIQLRTLNPYRASLVFSEYLFSGEVPSIKEVNNE 291
           SS    L   SI++++H++S ++  + + + TLNP R +L+ + +L +G+VPS  ++  +
Sbjct: 246 SSMEGKLVVGSILSVVHVYSVVEQMRGVPINTLNPQRTALIVANFLKTGKVPSPPDLRFQ 305

Query: 292 EPL-FPAVPL 301
           E L FP  P+
Sbjct: 306 EDLMFPERPI 314

The following BLAST results are available for this feature:
BLAST of IVF0002129 vs. ExPASy Swiss-Prot
Match NameE-valueIdentityDescription
Q7X6P35.2e-17467.86Protein root UVB sensitive 1, chloroplastic OS=Arabidopsis thaliana OX=3702 GN=R... [more]
Q84JB83.9e-4429.45Protein root UVB sensitive 3 OS=Arabidopsis thaliana OX=3702 GN=RUS3 PE=2 SV=1[more]
Q93YU21.8e-4128.44Protein root UVB sensitive 6 OS=Arabidopsis thaliana OX=3702 GN=RUS6 PE=2 SV=1[more]
Q91W342.9e-3935.80RUS family member 1 OS=Mus musculus OX=10090 GN=Rusf1 PE=1 SV=1[more]
Q499P83.8e-3935.41RUS family member 1 OS=Rattus norvegicus OX=10116 GN=Rusf1 PE=2 SV=1[more]
BLAST of IVF0002129 vs. ExPASy TrEMBL
Match NameE-valueIdentityDescription
A0A1S3BP562.6e-26199.56protein root UVB sensitive 1, chloroplastic isoform X1 OS=Cucumis melo OX=3656 G... [more]
A0A6J1F2S05.5e-23589.82protein root UVB sensitive 1, chloroplastic isoform X2 OS=Cucurbita moschata OX=... [more]
A0A6J1F1U01.4e-23389.62protein root UVB sensitive 1, chloroplastic isoform X1 OS=Cucurbita moschata OX=... [more]
A0A6J1J7M22.6e-23288.94protein root UVB sensitive 1, chloroplastic isoform X2 OS=Cucurbita maxima OX=36... [more]
A0A6J1D4K54.4e-23288.82protein root UVB sensitive 1, chloroplastic isoform X1 OS=Momordica charantia OX... [more]
BLAST of IVF0002129 vs. NCBI nr
Match NameE-valueIdentityDescription
XP_008449956.10.099.56PREDICTED: protein root UVB sensitive 1, chloroplastic isoform X1 [Cucumis melo][more]
XP_011651345.10.096.50protein root UVB sensitive 1, chloroplastic isoform X1 [Cucumis sativus] >KAE865... [more]
XP_038881395.10.095.39protein root UVB sensitive 1, chloroplastic [Benincasa hispida][more]
XP_031738101.17.57e-30292.56protein root UVB sensitive 1, chloroplastic isoform X2 [Cucumis sativus][more]
XP_022934442.11.76e-29689.82protein root UVB sensitive 1, chloroplastic isoform X2 [Cucurbita moschata][more]
BLAST of IVF0002129 vs. TAIR 10
Match NameE-valueIdentityDescription
AT3G45890.13.7e-17567.86Protein of unknown function, DUF647 [more]
AT1G13770.12.8e-4529.45Protein of unknown function, DUF647 [more]
AT5G49820.11.3e-4228.44Protein of unknown function, DUF647 [more]
AT2G31190.13.1e-3634.00Protein of unknown function, DUF647 [more]
AT2G31190.23.1e-3634.00Protein of unknown function, DUF647 [more]
InterPro
Analysis Name: InterPro Annotations of Melon (IVF77) v1
Date Performed: 2021-10-25
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
IPR006968Root UVB sensitive familyPFAMPF04884DUF647coord: 47..278
e-value: 7.1E-73
score: 245.1
IPR006968Root UVB sensitive familyPANTHERPTHR12770RUS1 FAMILY PROTEIN C16ORF58coord: 3..452
NoneNo IPR availablePANTHERPTHR12770:SF22RUS1 FAMILY PROTEIN C16ORF58coord: 3..452
IPR000538Link domainPROSITEPS50963LINK_2coord: 383..457
score: 8.964618

Relationships

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

Feature NameUnique NameType
IVF0002129.2IVF0002129.2mRNA


GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0007155 cell adhesion
biological_process GO:0032502 developmental process
biological_process GO:0010224 response to UV-B
cellular_component GO:0016021 integral component of membrane
molecular_function GO:0005540 hyaluronic acid binding