Lcy05g006320 (gene) Sponge gourd (P93075) v1

Overview
NameLcy05g006320
Typegene
OrganismLuffa cylindrica cv. P93075 (Sponge gourd (P93075) v1)
DescriptionPeptide chain release factor 1
LocationChr05: 5904967 .. 5953405 (-)
RNA-Seq ExpressionLcy05g006320
SyntenyLcy05g006320
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

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

mRNA sequence

ATGTCAGCCTTAGCAAAAGAGAGTGGGAATGACGAGGATATGGCAGAGATGATTGCTTTAGAAATGAGTTCTTTGTCCAGTGAACTCAAAGATATTGAGGAGAAGCTTAAGGTCCGTATGTATCAGAAATACAGTGAGCGGAATTCTTGGAAATTTTCCCCTGTTTCAAGTTCTGAGGCTGAAAAAGGTGGATTCAAAACTTATGTGTTGGAAATCAAAGGAAATCGTGTCTACCGTAAATTAAAATATGAGTCTGGTGTTCACCGGGTTCAACGAGTTCCTCAAACAGAAACACAGGGACGTGTGCCTACTTCAACTGCTACAGTAGCTATCATGCCAGAGGCAGATGAAGTTGAGGTAGTGATTGATCCAAAAGACATTGAACTAACACCTGCAAGATCTGGGGGTGCAGGAGGGCAGAATGTGAACATGGTGGAGACAGCAATTGATCTTTTCCACAAGCCAACAGGAATCCGCATTTTTTGCACTGAAGAAAGGACTCAACTCGAGAACAAGAATCGGGCTTTTCAGTTGCTGCGAGCCAAACTGTTAATCAAAGTGAGTGAGCAGCAGGAGATGATCAGGAATCAACGAAAATCACAGGTTGGTACAGGTGCTCGTGCTGAGAAAATTCGGACCTACAATTACAAGGATAATAGGGTTACCGACCACCGGTTGAAGATGAACTTCGAGCTCACATCCTTTCTCGAGGGCGATATAGAGAATGCAGTTCAGGTAATGTTCTCTCTCTCATCTTTTTCACATTTCAACTATCATTTGAATGGACAAGCAAAAAAAAAATTCTTTTCCTCCCATTTTTTCAATCAAGGCATGTGCTGCCATGGAACAAAAAGAACTCCTGGAAGAACTGGCTCAGTCTGCTGTGGCTCCAGCCACTTGAATTTCTACCATTTCTTGCCAATAGTTGGGCCCTCATAA

Coding sequence (CDS)

ATGTCAGCCTTAGCAAAAGAGAGTGGGAATGACGAGGATATGGCAGAGATGATTGCTTTAGAAATGAGTTCTTTGTCCAGTGAACTCAAAGATATTGAGGAGAAGCTTAAGGTCCGTATGTATCAGAAATACAGTGAGCGGAATTCTTGGAAATTTTCCCCTGTTTCAAGTTCTGAGGCTGAAAAAGGTGGATTCAAAACTTATGTGTTGGAAATCAAAGGAAATCGTGTCTACCGTAAATTAAAATATGAGTCTGGTGTTCACCGGGTTCAACGAGTTCCTCAAACAGAAACACAGGGACGTGTGCCTACTTCAACTGCTACAGTAGCTATCATGCCAGAGGCAGATGAAGTTGAGGTAGTGATTGATCCAAAAGACATTGAACTAACACCTGCAAGATCTGGGGGTGCAGGAGGGCAGAATGTGAACATGGTGGAGACAGCAATTGATCTTTTCCACAAGCCAACAGGAATCCGCATTTTTTGCACTGAAGAAAGGACTCAACTCGAGAACAAGAATCGGGCTTTTCAGTTGCTGCGAGCCAAACTGTTAATCAAAGTGAGTGAGCAGCAGGAGATGATCAGGAATCAACGAAAATCACAGGTTGGTACAGGTGCTCGTGCTGAGAAAATTCGGACCTACAATTACAAGGATAATAGGGTTACCGACCACCGGTTGAAGATGAACTTCGAGCTCACATCCTTTCTCGAGGGCGATATAGAGAATGCAGTTCAGGTAATGTTCTCTCTCTCATCTTTTTCACATTTCAACTATCATTTGAATGGACAAGCAAAAAAAAAATTCTTTTCCTCCCATTTTTTCAATCAAGGCATGTGCTGCCATGGAACAAAAAGAACTCCTGGAAGAACTGGCTCAGTCTGCTGTGGCTCCAGCCACTTGAATTTCTACCATTTCTTGCCAATAGTTGGGCCCTCATAA

Protein sequence

MSALAKESGNDEDMAEMIALEMSSLSSELKDIEEKLKVRMYQKYSERNSWKFSPVSSSEAEKGGFKTYVLEIKGNRVYRKLKYESGVHRVQRVPQTETQGRVPTSTATVAIMPEADEVEVVIDPKDIELTPARSGGAGGQNVNMVETAIDLFHKPTGIRIFCTEERTQLENKNRAFQLLRAKLLIKVSEQQEMIRNQRKSQVGTGARAEKIRTYNYKDNRVTDHRLKMNFELTSFLEGDIENAVQVMFSLSSFSHFNYHLNGQAKKKFFSSHFFNQGMCCHGTKRTPGRTGSVCCGSSHLNFYHFLPIVGPS
Homology
[Close]
BLAST of Lcy05g006320 vs. ExPASy Swiss-Prot
Match: Q8RX79 (Peptide chain release factor APG3, chloroplastic OS=Arabidopsis thaliana OX=3702 GN=APG3 PE=2 SV=1)

HSP 1 Score: 366.3 bits (939), Expect = 3.4e-100
Identity = 201/282 (71.28%), Postives = 226/282 (80.14%), Query Frame = 0 

Query: 4   LAKESGNDEDMAEMIALEMSSLSSELKDIEEKLK-------------------------- 63
           LAKE+G+DEDMAEMI  E++SL+ E++++E++LK                          
Sbjct: 120 LAKEAGDDEDMAEMIGSEINSLTKEIEELEKQLKVLLLPSDPLDARNILLEVRAGTGGDE 179

Query: 64  --------VRMYQKYSERNSWKFSPVSSSEAEKGGFKTYVLEIKGNRVYRKLKYESGVHR 123
                   VRMYQ+YSER+SWKFS VS SEAE GG+KT V+EIKGNRVY KLKYESGVHR
Sbjct: 180 AAIWTGDLVRMYQRYSERSSWKFSMVSCSEAEHGGYKTCVMEIKGNRVYSKLKYESGVHR 239

Query: 124 VQRVPQTETQGRVPTSTATVAIMPEADEVEVVIDPKDIELTPARSGGAGGQNVNMVETAI 183
           VQRVPQTETQGRV TSTATVAIMPEADEVEVVIDPKDIELT ARSGGAGGQNVN VETAI
Sbjct: 240 VQRVPQTETQGRVHTSTATVAIMPEADEVEVVIDPKDIELTSARSGGAGGQNVNKVETAI 299

Query: 184 DLFHKPTGIRIFCTEERTQLENKNRAFQLLRAKLL-IKVSEQQEMIRNQRKSQVGTGARA 243
           DLFHKP+GIRIFCTEERTQ+ NK RAFQLLRAKL  IKV EQQE IRN+RKSQVGTGAR+
Sbjct: 300 DLFHKPSGIRIFCTEERTQIRNKARAFQLLRAKLYEIKVREQQEKIRNERKSQVGTGARS 359

Query: 244 EKIRTYNYKDNRVTDHRLKMNFELTSFLEGDIENAVQVMFSL 251
           EKIRTYNYKD+RVTDHRLKMNF LT+FL+G +E+AVQ   +L
Sbjct: 360 EKIRTYNYKDSRVTDHRLKMNFALTTFLDGALEDAVQACAAL 401

[Close]
BLAST of Lcy05g006320 vs. ExPASy Swiss-Prot
Match: Q8DMG9 (Peptide chain release factor 1 OS=Thermosynechococcus elongatus (strain BP-1) OX=197221 GN=prfA PE=3 SV=1)

HSP 1 Score: 301.6 bits (771), Expect = 1.0e-80
Identity = 166/281 (59.07%), Postives = 198/281 (70.46%), Query Frame = 0 

Query: 4   LAKESGNDEDMAEMIALEMSSLSSELKDIEEKLK-------------------------- 63
           L KE+ N+ ++ +M   E++ LS  +  +EE+LK                          
Sbjct: 69  LHKEAANEPELRQMAEEEIAHLSHRIAQLEERLKILLLPRDPNDEKNIMLEIRAGAGGDE 128

Query: 64  --------VRMYQKYSERNSWKFSPVSSSEAEKGGFKTYVLEIKGNRVYRKLKYESGVHR 123
                   VRMY +Y++   W+ + VS S AE GGFK  +LEIKG+RVY KLKYESGVHR
Sbjct: 129 AGIWAGDLVRMYSRYAKTQGWQVTLVSESLAEMGGFKEAILEIKGDRVYSKLKYESGVHR 188

Query: 124 VQRVPQTETQGRVPTSTATVAIMPEADEVEVVIDPKDIELTPARSGGAGGQNVNMVETAI 183
           VQRVP TE  GR+ TSTATVA+MPE DEVEV IDPKDIELT ARSGGAGGQNVN VETA+
Sbjct: 189 VQRVPATEASGRIHTSTATVAVMPEVDEVEVEIDPKDIELTTARSGGAGGQNVNKVETAV 248

Query: 184 DLFHKPTGIRIFCTEERTQLENKNRAFQLLRAKLL-IKVSEQQEMIRNQRKSQVGTGARA 243
           DL+HKPTGIRIFCTEER+QL+NK RAFQ+LRAKL  IK+ EQQE I + R+SQVGTG R+
Sbjct: 249 DLYHKPTGIRIFCTEERSQLKNKERAFQILRAKLYEIKLREQQEAITSMRRSQVGTGDRS 308

Query: 244 EKIRTYNYKDNRVTDHRLKMNFELTSFLEGDIENAVQVMFS 250
           EKIRTYNYKD+RVTDHRL  NF L+S LEGD+E  +Q   S
Sbjct: 309 EKIRTYNYKDDRVTDHRLGQNFSLSSVLEGDLEPIIQACIS 349

[Close]
BLAST of Lcy05g006320 vs. ExPASy Swiss-Prot
Match: B7KI17 (Peptide chain release factor 1 OS=Gloeothece citriformis (strain PCC 7424) OX=65393 GN=prfA PE=3 SV=1)

HSP 1 Score: 298.9 bits (764), Expect = 6.7e-80
Identity = 164/277 (59.21%), Postives = 195/277 (70.40%), Query Frame = 0 

Query: 4   LAKESGNDEDMAEMIALEMSSLSSELKDIEEKLK-------------------------- 63
           + KE+G D +M EM ALE+  L  +L+ +E KLK                          
Sbjct: 69  ILKEAGGDSEMREMAALEVEELEEQLEQLENKLKVLLLPRDPNDDKNIMLEIRAGTGGDE 128

Query: 64  --------VRMYQKYSERNSWKFSPVSSSEAEKGGFKTYVLEIKGNRVYRKLKYESGVHR 123
                   VRMY +Y+E  +W    VS S A+ GGFK  +LEIKG++VY KLK+E+GVHR
Sbjct: 129 ASIWAGDLVRMYSRYAESQNWVVKLVSESLADMGGFKEAILEIKGDQVYSKLKFEAGVHR 188

Query: 124 VQRVPQTETQGRVPTSTATVAIMPEADEVEVVIDPKDIELTPARSGGAGGQNVNMVETAI 183
           VQRVP TE  GRV TSTATVAIMPE DEVEV IDPKDIE++ ARSGGAGGQNVN VETA+
Sbjct: 189 VQRVPVTEAGGRVHTSTATVAIMPEVDEVEVQIDPKDIEVSTARSGGAGGQNVNKVETAV 248

Query: 184 DLFHKPTGIRIFCTEERTQLENKNRAFQLLRAKLL-IKVSEQQEMIRNQRKSQVGTGARA 243
           DLFHKPTGIRIFCTEER+QL+N+ RA Q+LRAKL  +K+ EQQE + + R+SQVGTG+R+
Sbjct: 249 DLFHKPTGIRIFCTEERSQLQNRERAMQILRAKLYEMKLREQQEAVSSMRRSQVGTGSRS 308

Query: 244 EKIRTYNYKDNRVTDHRLKMNFELTSFLEGDIENAVQ 246
           EKIRTYNYKDNRVTDHRL  NF L   LEGDIE  +Q
Sbjct: 309 EKIRTYNYKDNRVTDHRLGQNFSLVGALEGDIEVIIQ 345

[Close]
BLAST of Lcy05g006320 vs. ExPASy Swiss-Prot
Match: B0JYC5 (Peptide chain release factor 1 OS=Microcystis aeruginosa (strain NIES-843) OX=449447 GN=prfA PE=3 SV=1)

HSP 1 Score: 295.8 bits (756), Expect = 5.7e-79
Identity = 158/275 (57.45%), Postives = 195/275 (70.91%), Query Frame = 0 

Query: 6   KESGNDEDMAEMIALEMSSLSSELKDIEEKLK---------------------------- 65
           KES +D ++ EM ALE++ L  ++  +E++L                             
Sbjct: 71  KESASDPELREMAALEVAELEEKIATLEDQLTILLLPRDPLDEKNIMLEIRAGTGGDEAS 130

Query: 66  ------VRMYQKYSERNSWKFSPVSSSEAEKGGFKTYVLEIKGNRVYRKLKYESGVHRVQ 125
                 VR+Y KY+E  +WK S +S S+A+ GGFK  +LEIKG+ VY KLK+E+GVHRVQ
Sbjct: 131 IWAGDLVRLYSKYAETQNWKVSLLSESQADMGGFKEAILEIKGDNVYSKLKFEAGVHRVQ 190

Query: 126 RVPQTETQGRVPTSTATVAIMPEADEVEVVIDPKDIELTPARSGGAGGQNVNMVETAIDL 185
           RVP TE  GRV TSTATVAIMPE D+VEV IDPKDIELT ARSGGAGGQNVN VETA+DL
Sbjct: 191 RVPLTEASGRVHTSTATVAIMPEVDDVEVHIDPKDIELTTARSGGAGGQNVNKVETAVDL 250

Query: 186 FHKPTGIRIFCTEERTQLENKNRAFQLLRAKLL-IKVSEQQEMIRNQRKSQVGTGARAEK 245
            HKPTGIR+FCTEER+QL+N+ RA Q+LRAKL  +K+ EQQE + + R+SQVGTG+R+EK
Sbjct: 251 IHKPTGIRVFCTEERSQLQNRERAMQILRAKLYDMKLQEQQEAVSSMRRSQVGTGSRSEK 310

[Close]
BLAST of Lcy05g006320 vs. ExPASy Swiss-Prot
Match: B7K205 (Peptide chain release factor 1 OS=Rippkaea orientalis (strain PCC 8801) OX=41431 GN=prfA PE=3 SV=1)

HSP 1 Score: 294.7 bits (753), Expect = 1.3e-78
Identity = 162/281 (57.65%), Postives = 196/281 (69.75%), Query Frame = 0 

Query: 4   LAKESGNDEDMAEMIALEMSSLSSELKDIEEKLK-------------------------- 63
           + K++G D +M EM ALE+  L+ +L+++E+KLK                          
Sbjct: 69  ILKDAGGDPEMREMAALEVEELAEKLEELEKKLKILLLPRDPNDDKNIMLEIRAGTGGDE 128

Query: 64  --------VRMYQKYSERNSWKFSPVSSSEAEKGGFKTYVLEIKGNRVYRKLKYESGVHR 123
                   VRMY +Y+E   W    VS S A+ GGFK  +LEI+G+RVY KLK+E+GVHR
Sbjct: 129 ASIWAGDLVRMYSRYAESQKWTVKLVSESLADMGGFKEAILEIQGDRVYSKLKFEAGVHR 188

Query: 124 VQRVPQTETQGRVPTSTATVAIMPEADEVEVVIDPKDIELTPARSGGAGGQNVNMVETAI 183
           VQRVP TE  GRV TSTATVAIMPE D+VEV ID KDIE+T ARSGGAGGQNVN VETA+
Sbjct: 189 VQRVPVTEAGGRVHTSTATVAIMPEVDDVEVQIDAKDIEITTARSGGAGGQNVNKVETAV 248

Query: 184 DLFHKPTGIRIFCTEERTQLENKNRAFQLLRAKLL-IKVSEQQEMIRNQRKSQVGTGARA 243
           DLF+KP GIRIFCTEER+QL+N+ RA Q+LRAKL  +K+ EQQ+ + + RKSQVGTGAR+
Sbjct: 249 DLFYKPLGIRIFCTEERSQLQNRERAMQILRAKLYDLKLREQQDAVSSMRKSQVGTGARS 308

Query: 244 EKIRTYNYKDNRVTDHRLKMNFELTSFLEGDIENAVQVMFS 250
           EKIRTYNYKDNRVTDHRL  NF L   LEGDIE  +Q   S
Sbjct: 309 EKIRTYNYKDNRVTDHRLGQNFSLAGTLEGDIEEIIQSCIS 349

[Close]
BLAST of Lcy05g006320 vs. ExPASy TrEMBL
Match: A0A6J1KZW8 (peptide chain release factor APG3, chloroplastic OS=Cucurbita maxima OX=3661 GN=LOC111497823 PE=3 SV=1)

HSP 1 Score: 413.3 bits (1061), Expect = 9.0e-112
Identity = 227/283 (80.21%), Postives = 236/283 (83.39%), Query Frame = 0 

Query: 3   ALAKESGNDEDMAEMIALEMSSLSSELKDIEEKLK------------------------- 62
           ALAKESGNDEDMAEMIALE+SSLSS+LKDIEEKLK                         
Sbjct: 116 ALAKESGNDEDMAEMIALEISSLSSQLKDIEEKLKVMLLPSDPLDARNIMLEVRAGTGGD 175

Query: 63  ---------VRMYQKYSERNSWKFSPVSSSEAEKGGFKTYVLEIKGNRVYRKLKYESGVH 122
                    VRMYQKYSERNSWKFSP+SSSEAEKGGFKTYVLEIKGNRVY KLKYESGVH
Sbjct: 176 EAGIWAGDLVRMYQKYSERNSWKFSPISSSEAEKGGFKTYVLEIKGNRVYSKLKYESGVH 235

Query: 123 RVQRVPQTETQGRVPTSTATVAIMPEADEVEVVIDPKDIELTPARSGGAGGQNVNMVETA 182
           RVQRVPQTETQGRV TSTATVAIMPEADEVEVVIDPKDIELT  RSGGAGGQNVN VETA
Sbjct: 236 RVQRVPQTETQGRVHTSTATVAIMPEADEVEVVIDPKDIELTTTRSGGAGGQNVNKVETA 295

Query: 183 IDLFHKPTGIRIFCTEERTQLENKNRAFQLLRAKLL-IKVSEQQEMIRNQRKSQVGTGAR 242
           IDLFHKPTGIRIFCTEERTQL+NK+RAFQLLRAKL  IKV EQQE IRNQRK QVGTGAR
Sbjct: 296 IDLFHKPTGIRIFCTEERTQLQNKHRAFQLLRAKLYEIKVREQQERIRNQRKLQVGTGAR 355

Query: 243 AEKIRTYNYKDNRVTDHRLKMNFELTSFLEGDIENAVQVMFSL 251
           AEKIRTYNYKDNRVTDHRLKMNFELTSF++GDIENAVQ   ++
Sbjct: 356 AEKIRTYNYKDNRVTDHRLKMNFELTSFIDGDIENAVQACVAM 398

[Close]
BLAST of Lcy05g006320 vs. ExPASy TrEMBL
Match: A0A6J1H5U4 (peptide chain release factor APG3, chloroplastic OS=Cucurbita moschata OX=3662 GN=LOC111460751 PE=3 SV=1)

HSP 1 Score: 413.3 bits (1061), Expect = 9.0e-112
Identity = 227/283 (80.21%), Postives = 236/283 (83.39%), Query Frame = 0 

Query: 3   ALAKESGNDEDMAEMIALEMSSLSSELKDIEEKLK------------------------- 62
           ALAKESGNDEDMAEMIALE+SSLSS+LKDIEEKLK                         
Sbjct: 116 ALAKESGNDEDMAEMIALEISSLSSQLKDIEEKLKVMLLPSDPLDARNIMLEVRAGTGGD 175

Query: 63  ---------VRMYQKYSERNSWKFSPVSSSEAEKGGFKTYVLEIKGNRVYRKLKYESGVH 122
                    VRMYQKYSERNSWKFSP+SSSEAEKGGFKTYVLEIKGNRVY KLKYESGVH
Sbjct: 176 EAGIWAGDLVRMYQKYSERNSWKFSPISSSEAEKGGFKTYVLEIKGNRVYSKLKYESGVH 235

Query: 123 RVQRVPQTETQGRVPTSTATVAIMPEADEVEVVIDPKDIELTPARSGGAGGQNVNMVETA 182
           RVQRVPQTETQGRV TSTATVAIMPEADEVEVVIDPKDIELT  RSGGAGGQNVN VETA
Sbjct: 236 RVQRVPQTETQGRVHTSTATVAIMPEADEVEVVIDPKDIELTTTRSGGAGGQNVNKVETA 295

Query: 183 IDLFHKPTGIRIFCTEERTQLENKNRAFQLLRAKLL-IKVSEQQEMIRNQRKSQVGTGAR 242
           IDLFHKPTGIRIFCTEERTQL+NK+RAFQLLRAKL  IKV EQQE IRNQRK QVGTGAR
Sbjct: 296 IDLFHKPTGIRIFCTEERTQLQNKHRAFQLLRAKLYEIKVREQQERIRNQRKLQVGTGAR 355

Query: 243 AEKIRTYNYKDNRVTDHRLKMNFELTSFLEGDIENAVQVMFSL 251
           AEKIRTYNYKDNRVTDHRLKMNFELTSF++GDIENAVQ   ++
Sbjct: 356 AEKIRTYNYKDNRVTDHRLKMNFELTSFIDGDIENAVQACVAM 398

[Close]
BLAST of Lcy05g006320 vs. ExPASy TrEMBL
Match: A0A6J1DC40 (peptide chain release factor APG3, chloroplastic OS=Momordica charantia OX=3673 GN=LOC111019348 PE=3 SV=1)

HSP 1 Score: 410.6 bits (1054), Expect = 5.8e-111
Identity = 226/278 (81.29%), Postives = 234/278 (84.17%), Query Frame = 0 

Query: 3   ALAKESGNDEDMAEMIALEMSSLSSELKDIEEKLK------------------------- 62
           ALAKESGNDEDMAEMIALE++SLSS+LKD+EEKLK                         
Sbjct: 116 ALAKESGNDEDMAEMIALEINSLSSQLKDLEEKLKVMLLPSDPLDARNIMLEVRAGTGGD 175

Query: 63  ---------VRMYQKYSERNSWKFSPVSSSEAEKGGFKTYVLEIKGNRVYRKLKYESGVH 122
                    VRMYQKYSERNSWKFSP+SSSEAEKGGFKTYVLEIKGN VY KLKYESGVH
Sbjct: 176 EAGIWAGDLVRMYQKYSERNSWKFSPISSSEAEKGGFKTYVLEIKGNCVYSKLKYESGVH 235

Query: 123 RVQRVPQTETQGRVPTSTATVAIMPEADEVEVVIDPKDIELTPARSGGAGGQNVNMVETA 182
           RVQRVPQTETQGRV TSTATVAIMPEADEVEVVIDPKDIEL  ARSGGAGGQNVN VETA
Sbjct: 236 RVQRVPQTETQGRVHTSTATVAIMPEADEVEVVIDPKDIELQTARSGGAGGQNVNKVETA 295

Query: 183 IDLFHKPTGIRIFCTEERTQLENKNRAFQLLRAKLL-IKVSEQQEMIRNQRKSQVGTGAR 242
           IDLFHKPTGIRIFCTEERTQL+NK+RAFQLLRAKL  IKV EQQE+IRNQRK QVGTGAR
Sbjct: 296 IDLFHKPTGIRIFCTEERTQLQNKHRAFQLLRAKLYEIKVREQQELIRNQRKLQVGTGAR 355

Query: 243 AEKIRTYNYKDNRVTDHRLKMNFELTSFLEGDIENAVQ 246
           AEKIRTYNYKDNRVTDHRLKMNFELTSFLEGDIENAVQ
Sbjct: 356 AEKIRTYNYKDNRVTDHRLKMNFELTSFLEGDIENAVQ 393

[Close]
BLAST of Lcy05g006320 vs. ExPASy TrEMBL
Match: A0A5A7VLD6 (Peptide chain release factor APG3 OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold411G00120 PE=3 SV=1)

HSP 1 Score: 406.4 bits (1043), Expect = 1.1e-109
Identity = 224/278 (80.58%), Postives = 232/278 (83.45%), Query Frame = 0 

Query: 3   ALAKESGNDEDMAEMIALEMSSLSSELKDIEEKLK------------------------- 62
           AL+KESGNDEDM EMIALE+SSLSSELKDIEEKLK                         
Sbjct: 116 ALSKESGNDEDMVEMIALEISSLSSELKDIEEKLKVMLLPSDPLDARNIMLEVRAGTGGD 175

Query: 63  ---------VRMYQKYSERNSWKFSPVSSSEAEKGGFKTYVLEIKGNRVYRKLKYESGVH 122
                    VRMYQKYSERNSWKFSPVSSSEAEKGG+KTYVLEIKG RVY KLKYESGVH
Sbjct: 176 EAGIWAGDLVRMYQKYSERNSWKFSPVSSSEAEKGGYKTYVLEIKGQRVYSKLKYESGVH 235

Query: 123 RVQRVPQTETQGRVPTSTATVAIMPEADEVEVVIDPKDIELTPARSGGAGGQNVNMVETA 182
           RVQRVPQTETQGRV TSTATVAIMPEADEVE+VIDPKDIELT ARSGGAGGQNVN VETA
Sbjct: 236 RVQRVPQTETQGRVHTSTATVAIMPEADEVEIVIDPKDIELTTARSGGAGGQNVNKVETA 295

Query: 183 IDLFHKPTGIRIFCTEERTQLENKNRAFQLLRAKLL-IKVSEQQEMIRNQRKSQVGTGAR 242
           IDLFHKPTGIRIFCTEERTQL+NK+RAFQLLRAKL  IKV EQQE IRNQRK QVGTGAR
Sbjct: 296 IDLFHKPTGIRIFCTEERTQLQNKHRAFQLLRAKLYEIKVREQQEKIRNQRKLQVGTGAR 355

Query: 243 AEKIRTYNYKDNRVTDHRLKMNFELTSFLEGDIENAVQ 246
           AEKIRTYNYKDNRVTDHRLK NFELTSFL+GDIE+AVQ
Sbjct: 356 AEKIRTYNYKDNRVTDHRLKTNFELTSFLDGDIEDAVQ 393

[Close]
BLAST of Lcy05g006320 vs. ExPASy TrEMBL
Match: A0A1S3BRZ7 (peptide chain release factor APG3, chloroplastic OS=Cucumis melo OX=3656 GN=LOC103492855 PE=3 SV=1)

HSP 1 Score: 406.4 bits (1043), Expect = 1.1e-109
Identity = 224/278 (80.58%), Postives = 232/278 (83.45%), Query Frame = 0 

Query: 3   ALAKESGNDEDMAEMIALEMSSLSSELKDIEEKLK------------------------- 62
           AL+KESGNDEDM EMIALE+SSLSSELKDIEEKLK                         
Sbjct: 116 ALSKESGNDEDMVEMIALEISSLSSELKDIEEKLKVMLLPSDPLDARNIMLEVRAGTGGD 175

Query: 63  ---------VRMYQKYSERNSWKFSPVSSSEAEKGGFKTYVLEIKGNRVYRKLKYESGVH 122
                    VRMYQKYSERNSWKFSPVSSSEAEKGG+KTYVLEIKG RVY KLKYESGVH
Sbjct: 176 EAGIWAGDLVRMYQKYSERNSWKFSPVSSSEAEKGGYKTYVLEIKGQRVYSKLKYESGVH 235

Query: 123 RVQRVPQTETQGRVPTSTATVAIMPEADEVEVVIDPKDIELTPARSGGAGGQNVNMVETA 182
           RVQRVPQTETQGRV TSTATVAIMPEADEVE+VIDPKDIELT ARSGGAGGQNVN VETA
Sbjct: 236 RVQRVPQTETQGRVHTSTATVAIMPEADEVEIVIDPKDIELTTARSGGAGGQNVNKVETA 295

Query: 183 IDLFHKPTGIRIFCTEERTQLENKNRAFQLLRAKLL-IKVSEQQEMIRNQRKSQVGTGAR 242
           IDLFHKPTGIRIFCTEERTQL+NK+RAFQLLRAKL  IKV EQQE IRNQRK QVGTGAR
Sbjct: 296 IDLFHKPTGIRIFCTEERTQLQNKHRAFQLLRAKLYEIKVREQQEKIRNQRKLQVGTGAR 355

Query: 243 AEKIRTYNYKDNRVTDHRLKMNFELTSFLEGDIENAVQ 246
           AEKIRTYNYKDNRVTDHRLK NFELTSFL+GDIE+AVQ
Sbjct: 356 AEKIRTYNYKDNRVTDHRLKTNFELTSFLDGDIEDAVQ 393

[Close]
BLAST of Lcy05g006320 vs. NCBI nr
Match: XP_023514061.1 (peptide chain release factor APG3, chloroplastic [Cucurbita pepo subsp. pepo])

HSP 1 Score: 414.5 bits (1064), Expect = 8.3e-112
Identity = 228/283 (80.57%), Postives = 236/283 (83.39%), Query Frame = 0 

Query: 3   ALAKESGNDEDMAEMIALEMSSLSSELKDIEEKLK------------------------- 62
           ALAKESGNDEDMAEMIALE+SSLSS+LKDIEEKLK                         
Sbjct: 116 ALAKESGNDEDMAEMIALEISSLSSQLKDIEEKLKVMLLPSDPLDARNIMLEVRAGTGGD 175

Query: 63  ---------VRMYQKYSERNSWKFSPVSSSEAEKGGFKTYVLEIKGNRVYRKLKYESGVH 122
                    VRMYQKYSERNSWKFSP+SSSEAEKGGFKTYVLEIKGNRVY KLKYESGVH
Sbjct: 176 EAGIWAGDLVRMYQKYSERNSWKFSPISSSEAEKGGFKTYVLEIKGNRVYSKLKYESGVH 235

Query: 123 RVQRVPQTETQGRVPTSTATVAIMPEADEVEVVIDPKDIELTPARSGGAGGQNVNMVETA 182
           RVQRVPQTETQGRV TSTATVAIMPEADEVEVVIDPKDIELT  RSGGAGGQNVN VETA
Sbjct: 236 RVQRVPQTETQGRVHTSTATVAIMPEADEVEVVIDPKDIELTTTRSGGAGGQNVNKVETA 295

Query: 183 IDLFHKPTGIRIFCTEERTQLENKNRAFQLLRAKLL-IKVSEQQEMIRNQRKSQVGTGAR 242
           IDLFHKPTGIRIFCTEERTQL+NK+RAFQLLRAKL  IKV EQQE IRNQRK QVGTGAR
Sbjct: 296 IDLFHKPTGIRIFCTEERTQLQNKHRAFQLLRAKLYEIKVREQQERIRNQRKLQVGTGAR 355

Query: 243 AEKIRTYNYKDNRVTDHRLKMNFELTSFLEGDIENAVQVMFSL 251
           AEKIRTYNYKDNRVTDHRLKMNFELTSF++GDIENAVQ   S+
Sbjct: 356 AEKIRTYNYKDNRVTDHRLKMNFELTSFIDGDIENAVQACVSM 398

[Close]
BLAST of Lcy05g006320 vs. NCBI nr
Match: XP_022959786.1 (peptide chain release factor APG3, chloroplastic [Cucurbita moschata] >XP_023004558.1 peptide chain release factor APG3, chloroplastic [Cucurbita maxima])

HSP 1 Score: 413.3 bits (1061), Expect = 1.9e-111
Identity = 227/283 (80.21%), Postives = 236/283 (83.39%), Query Frame = 0 

Query: 3   ALAKESGNDEDMAEMIALEMSSLSSELKDIEEKLK------------------------- 62
           ALAKESGNDEDMAEMIALE+SSLSS+LKDIEEKLK                         
Sbjct: 116 ALAKESGNDEDMAEMIALEISSLSSQLKDIEEKLKVMLLPSDPLDARNIMLEVRAGTGGD 175

Query: 63  ---------VRMYQKYSERNSWKFSPVSSSEAEKGGFKTYVLEIKGNRVYRKLKYESGVH 122
                    VRMYQKYSERNSWKFSP+SSSEAEKGGFKTYVLEIKGNRVY KLKYESGVH
Sbjct: 176 EAGIWAGDLVRMYQKYSERNSWKFSPISSSEAEKGGFKTYVLEIKGNRVYSKLKYESGVH 235

Query: 123 RVQRVPQTETQGRVPTSTATVAIMPEADEVEVVIDPKDIELTPARSGGAGGQNVNMVETA 182
           RVQRVPQTETQGRV TSTATVAIMPEADEVEVVIDPKDIELT  RSGGAGGQNVN VETA
Sbjct: 236 RVQRVPQTETQGRVHTSTATVAIMPEADEVEVVIDPKDIELTTTRSGGAGGQNVNKVETA 295

Query: 183 IDLFHKPTGIRIFCTEERTQLENKNRAFQLLRAKLL-IKVSEQQEMIRNQRKSQVGTGAR 242
           IDLFHKPTGIRIFCTEERTQL+NK+RAFQLLRAKL  IKV EQQE IRNQRK QVGTGAR
Sbjct: 296 IDLFHKPTGIRIFCTEERTQLQNKHRAFQLLRAKLYEIKVREQQERIRNQRKLQVGTGAR 355

Query: 243 AEKIRTYNYKDNRVTDHRLKMNFELTSFLEGDIENAVQVMFSL 251
           AEKIRTYNYKDNRVTDHRLKMNFELTSF++GDIENAVQ   ++
Sbjct: 356 AEKIRTYNYKDNRVTDHRLKMNFELTSFIDGDIENAVQACVAM 398

[Close]
BLAST of Lcy05g006320 vs. NCBI nr
Match: KAG6593177.1 (Peptide chain release factor APG3, chloroplastic, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 413.3 bits (1061), Expect = 1.9e-111
Identity = 227/283 (80.21%), Postives = 236/283 (83.39%), Query Frame = 0 

Query: 3   ALAKESGNDEDMAEMIALEMSSLSSELKDIEEKLK------------------------- 62
           ALAKESGNDEDMAEMIALE+SSLSS+LKDIEEKLK                         
Sbjct: 116 ALAKESGNDEDMAEMIALEISSLSSQLKDIEEKLKVMLLPSDPLDARNIMLEVRAGTGGD 175

Query: 63  ---------VRMYQKYSERNSWKFSPVSSSEAEKGGFKTYVLEIKGNRVYRKLKYESGVH 122
                    VRMYQKYSERNSWKFSP+SSSEAEKGGFKTYVLEIKGNRVY KLKYESGVH
Sbjct: 176 EAGIWAGDLVRMYQKYSERNSWKFSPISSSEAEKGGFKTYVLEIKGNRVYSKLKYESGVH 235

Query: 123 RVQRVPQTETQGRVPTSTATVAIMPEADEVEVVIDPKDIELTPARSGGAGGQNVNMVETA 182
           RVQRVPQTETQGRV TSTATVAIMPEADEVEVVIDPKDIELT  RSGGAGGQNVN VETA
Sbjct: 236 RVQRVPQTETQGRVHTSTATVAIMPEADEVEVVIDPKDIELTTTRSGGAGGQNVNKVETA 295

Query: 183 IDLFHKPTGIRIFCTEERTQLENKNRAFQLLRAKLL-IKVSEQQEMIRNQRKSQVGTGAR 242
           IDLFHKPTGIRIFCTEERTQL+NK+RAFQLLRAKL  IKV EQQE IRNQRK QVGTGAR
Sbjct: 296 IDLFHKPTGIRIFCTEERTQLQNKHRAFQLLRAKLYEIKVREQQERIRNQRKLQVGTGAR 355

Query: 243 AEKIRTYNYKDNRVTDHRLKMNFELTSFLEGDIENAVQVMFSL 251
           AEKIRTYNYKDNRVTDHRLKMNFELTSF++GDIENAVQ   ++
Sbjct: 356 AEKIRTYNYKDNRVTDHRLKMNFELTSFIDGDIENAVQACVAM 398

[Close]
BLAST of Lcy05g006320 vs. NCBI nr
Match: XP_022151413.1 (peptide chain release factor APG3, chloroplastic [Momordica charantia])

HSP 1 Score: 410.6 bits (1054), Expect = 1.2e-110
Identity = 226/278 (81.29%), Postives = 234/278 (84.17%), Query Frame = 0 

Query: 3   ALAKESGNDEDMAEMIALEMSSLSSELKDIEEKLK------------------------- 62
           ALAKESGNDEDMAEMIALE++SLSS+LKD+EEKLK                         
Sbjct: 116 ALAKESGNDEDMAEMIALEINSLSSQLKDLEEKLKVMLLPSDPLDARNIMLEVRAGTGGD 175

Query: 63  ---------VRMYQKYSERNSWKFSPVSSSEAEKGGFKTYVLEIKGNRVYRKLKYESGVH 122
                    VRMYQKYSERNSWKFSP+SSSEAEKGGFKTYVLEIKGN VY KLKYESGVH
Sbjct: 176 EAGIWAGDLVRMYQKYSERNSWKFSPISSSEAEKGGFKTYVLEIKGNCVYSKLKYESGVH 235

Query: 123 RVQRVPQTETQGRVPTSTATVAIMPEADEVEVVIDPKDIELTPARSGGAGGQNVNMVETA 182
           RVQRVPQTETQGRV TSTATVAIMPEADEVEVVIDPKDIEL  ARSGGAGGQNVN VETA
Sbjct: 236 RVQRVPQTETQGRVHTSTATVAIMPEADEVEVVIDPKDIELQTARSGGAGGQNVNKVETA 295

Query: 183 IDLFHKPTGIRIFCTEERTQLENKNRAFQLLRAKLL-IKVSEQQEMIRNQRKSQVGTGAR 242
           IDLFHKPTGIRIFCTEERTQL+NK+RAFQLLRAKL  IKV EQQE+IRNQRK QVGTGAR
Sbjct: 296 IDLFHKPTGIRIFCTEERTQLQNKHRAFQLLRAKLYEIKVREQQELIRNQRKLQVGTGAR 355

Query: 243 AEKIRTYNYKDNRVTDHRLKMNFELTSFLEGDIENAVQ 246
           AEKIRTYNYKDNRVTDHRLKMNFELTSFLEGDIENAVQ
Sbjct: 356 AEKIRTYNYKDNRVTDHRLKMNFELTSFLEGDIENAVQ 393

[Close]
BLAST of Lcy05g006320 vs. NCBI nr
Match: XP_038876731.1 (peptide chain release factor APG3, chloroplastic isoform X1 [Benincasa hispida])

HSP 1 Score: 410.2 bits (1053), Expect = 1.6e-110
Identity = 227/278 (81.65%), Postives = 232/278 (83.45%), Query Frame = 0 

Query: 3   ALAKESGNDEDMAEMIALEMSSLSSELKDIEEKLK------------------------- 62
           AL+KESGNDEDM EMIALE+SSLSS+LKDIEE LK                         
Sbjct: 116 ALSKESGNDEDMVEMIALEISSLSSQLKDIEENLKVMLLPSDPLDARNIMLEVRAGTGGD 175

Query: 63  ---------VRMYQKYSERNSWKFSPVSSSEAEKGGFKTYVLEIKGNRVYRKLKYESGVH 122
                    VRMYQKYSERNSWKFSPVSSSEAEKGGFKTYVLEIKG RVY KLKYESGVH
Sbjct: 176 EAGIWAGDLVRMYQKYSERNSWKFSPVSSSEAEKGGFKTYVLEIKGQRVYSKLKYESGVH 235

Query: 123 RVQRVPQTETQGRVPTSTATVAIMPEADEVEVVIDPKDIELTPARSGGAGGQNVNMVETA 182
           RVQRVPQTETQGRV TSTATVAIMPEADEVEVVIDPKDIELT ARSGGAGGQNVN VETA
Sbjct: 236 RVQRVPQTETQGRVHTSTATVAIMPEADEVEVVIDPKDIELTTARSGGAGGQNVNKVETA 295

Query: 183 IDLFHKPTGIRIFCTEERTQLENKNRAFQLLRAKLL-IKVSEQQEMIRNQRKSQVGTGAR 242
           IDLFHKPTGIRIFCTEERTQL+NK+RAFQLLRAKL  IKV EQQE IRNQRK QVGTGAR
Sbjct: 296 IDLFHKPTGIRIFCTEERTQLQNKHRAFQLLRAKLYEIKVREQQEKIRNQRKLQVGTGAR 355

Query: 243 AEKIRTYNYKDNRVTDHRLKMNFELTSFLEGDIENAVQ 246
           AEKIRTYNYKDNRVTDHRLKMNFELTSFLEGDIENAVQ
Sbjct: 356 AEKIRTYNYKDNRVTDHRLKMNFELTSFLEGDIENAVQ 393

[Close]
BLAST of Lcy05g006320 vs. TAIR 10
Match: AT3G62910.1 (Peptide chain release factor 1 )

HSP 1 Score: 366.3 bits (939), Expect = 2.4e-101
Identity = 201/282 (71.28%), Postives = 226/282 (80.14%), Query Frame = 0 

Query: 4   LAKESGNDEDMAEMIALEMSSLSSELKDIEEKLK-------------------------- 63
           LAKE+G+DEDMAEMI  E++SL+ E++++E++LK                          
Sbjct: 120 LAKEAGDDEDMAEMIGSEINSLTKEIEELEKQLKVLLLPSDPLDARNILLEVRAGTGGDE 179

Query: 64  --------VRMYQKYSERNSWKFSPVSSSEAEKGGFKTYVLEIKGNRVYRKLKYESGVHR 123
                   VRMYQ+YSER+SWKFS VS SEAE GG+KT V+EIKGNRVY KLKYESGVHR
Sbjct: 180 AAIWTGDLVRMYQRYSERSSWKFSMVSCSEAEHGGYKTCVMEIKGNRVYSKLKYESGVHR 239

Query: 124 VQRVPQTETQGRVPTSTATVAIMPEADEVEVVIDPKDIELTPARSGGAGGQNVNMVETAI 183
           VQRVPQTETQGRV TSTATVAIMPEADEVEVVIDPKDIELT ARSGGAGGQNVN VETAI
Sbjct: 240 VQRVPQTETQGRVHTSTATVAIMPEADEVEVVIDPKDIELTSARSGGAGGQNVNKVETAI 299

Query: 184 DLFHKPTGIRIFCTEERTQLENKNRAFQLLRAKLL-IKVSEQQEMIRNQRKSQVGTGARA 243
           DLFHKP+GIRIFCTEERTQ+ NK RAFQLLRAKL  IKV EQQE IRN+RKSQVGTGAR+
Sbjct: 300 DLFHKPSGIRIFCTEERTQIRNKARAFQLLRAKLYEIKVREQQEKIRNERKSQVGTGARS 359

Query: 244 EKIRTYNYKDNRVTDHRLKMNFELTSFLEGDIENAVQVMFSL 251
           EKIRTYNYKD+RVTDHRLKMNF LT+FL+G +E+AVQ   +L
Sbjct: 360 EKIRTYNYKDSRVTDHRLKMNFALTTFLDGALEDAVQACAAL 401

[Close]
BLAST of Lcy05g006320 vs. TAIR 10
Match: AT2G47020.1 (Peptide chain release factor 1 )

HSP 1 Score: 159.5 bits (402), Expect = 4.5e-39
Identity = 83/189 (43.92%), Postives = 124/189 (65.61%), Query Frame = 0 

Query: 39  RMYQKYSERNSWKFSPVSSSEAEKGGFKTYVLEIKGNRVYRKLKYESGVHRVQRVPQTET 98
           RMY++YS++  WKF  V  +E++  G+K     I G  VY KLK+ESG+HRVQR+P TE 
Sbjct: 186 RMYERYSQKKGWKFDIVDITESDMKGYKEASAAICGASVYGKLKFESGIHRVQRIPITEK 245

Query: 99  QGRVPTSTATVAIMPEADEVEVVIDPKDIELTPARSGGAGGQNVNMVETAIDLFHKPTGI 158
            GR+ TS  +VAI+P+ADEV+V +  +D+ +   RSGG+GGQ+ N   +A+ + H PTG+
Sbjct: 246 SGRIHTSAISVAILPQADEVDVQLRNEDLRIDTYRSGGSGGQHANTTNSAVRIIHLPTGM 305

Query: 159 RIFCTEERTQLENKNRAFQLLRAKLL-IKVSEQQEMIRNQRKSQVGTGARAEKIRTYNYK 218
            +   +ER+Q  N+ +A ++L A+L  I+    Q      R  Q+G+G R+ +IRTYN+ 
Sbjct: 306 MVSIQDERSQHMNRAKALKVLCARLYEIERLRIQSSRSKLRSDQIGSGDRSGRIRTYNFP 365

Query: 219 DNRVTDHRL 227
             RVTDHR+
Sbjct: 366 QGRVTDHRV 374

[Close]
BLAST of Lcy05g006320 vs. TAIR 10
Match: AT2G47020.2 (Peptide chain release factor 1 )

HSP 1 Score: 127.5 bits (319), Expect = 1.9e-29
Identity = 60/130 (46.15%), Postives = 89/130 (68.46%), Query Frame = 0 

Query: 39  RMYQKYSERNSWKFSPVSSSEAEKGGFKTYVLEIKGNRVYRKLKYESGVHRVQRVPQTET 98
           RMY++YS++  WKF  V  +E++  G+K     I G  VY KLK+ESG+HRVQR+P TE 
Sbjct: 121 RMYERYSQKKGWKFDIVDITESDMKGYKEASAAICGASVYGKLKFESGIHRVQRIPITEK 180

Query: 99  QGRVPTSTATVAIMPEADEVEVVIDPKDIELTPARSGGAGGQNVNMVETAIDLFHKPTGI 158
            GR+ TS  +VAI+P+ADEV+V +  +D+ +   RSGG+GGQ+ N   +A+ + H PTG+
Sbjct: 181 SGRIHTSAISVAILPQADEVDVQLRNEDLRIDTYRSGGSGGQHANTTNSAVRIIHLPTGM 240

Query: 159 RIFCTEERTQ 169
            +   +ER+Q
Sbjct: 241 MVSIQDERSQ 250

[Close]
BLAST of Lcy05g006320 vs. TAIR 10
Match: AT5G36170.1 (high chlorophyll fluorescent 109 )

HSP 1 Score: 120.6 bits (301), Expect = 2.3e-27
Identity = 76/212 (35.85%), Postives = 117/212 (55.19%), Query Frame = 0 

Query: 38  VRMYQKYSERNSWKFSPVSSSEAEKGGFKTYVLEIKGNRVYRKLKYESGVHRVQRVPQTE 97
           +RMY ++ E+  +K   V  S  E+ G K+  LEI+G   Y  +  E G HR+ R     
Sbjct: 228 LRMYMRWGEKQRYKTKVVEMSNGEEAGIKSATLEIEGRYAYGYISGEKGTHRIVRQSPFN 287

Query: 98  TQGRVPTSTATVAIMPEADE--VEVVIDPKDIELTPARSGGAGGQNVNMVETAIDLFHKP 157
           ++G   TS + V +MP   E  V + I  +D++++  R+GG GGQNVN VETA+ + H P
Sbjct: 288 SKGLRQTSFSGVEVMPLLPEEAVGIEIPEEDLDISFTRAGGKGGQNVNKVETAVRITHIP 347

Query: 158 TGIRIFCTEERTQLENKNRAFQLLRAKLLIKVSEQQEMIRNQRKSQVGTGARAEKIRTYN 217
           TG+ + CTEER+QL NK RA   L+AKL++   EQ+     + +         ++IR Y 
Sbjct: 348 TGVAVRCTEERSQLANKTRALIRLKAKLMVIAEEQRATEIKEIRGDAVKAEWGQQIRNYV 407

Query: 218 Y------KDNRVTDHRLKMNFELTSFLEGDIE 242
           +      KD R T H      ++TS ++GD++
Sbjct: 408 FHPYKLVKDVR-TGHETS---DITSVMDGDLD 435

[Close]
BLAST of Lcy05g006320 vs. TAIR 10
Match: AT5G36170.2 (high chlorophyll fluorescent 109 )

HSP 1 Score: 120.6 bits (301), Expect = 2.3e-27
Identity = 76/212 (35.85%), Postives = 117/212 (55.19%), Query Frame = 0 

Query: 38  VRMYQKYSERNSWKFSPVSSSEAEKGGFKTYVLEIKGNRVYRKLKYESGVHRVQRVPQTE 97
           +RMY ++ E+  +K   V  S  E+ G K+  LEI+G   Y  +  E G HR+ R     
Sbjct: 227 LRMYMRWGEKQRYKTKVVEMSNGEEAGIKSATLEIEGRYAYGYISGEKGTHRIVRQSPFN 286

Query: 98  TQGRVPTSTATVAIMPEADE--VEVVIDPKDIELTPARSGGAGGQNVNMVETAIDLFHKP 157
           ++G   TS + V +MP   E  V + I  +D++++  R+GG GGQNVN VETA+ + H P
Sbjct: 287 SKGLRQTSFSGVEVMPLLPEEAVGIEIPEEDLDISFTRAGGKGGQNVNKVETAVRITHIP 346

Query: 158 TGIRIFCTEERTQLENKNRAFQLLRAKLLIKVSEQQEMIRNQRKSQVGTGARAEKIRTYN 217
           TG+ + CTEER+QL NK RA   L+AKL++   EQ+     + +         ++IR Y 
Sbjct: 347 TGVAVRCTEERSQLANKTRALIRLKAKLMVIAEEQRATEIKEIRGDAVKAEWGQQIRNYV 406

Query: 218 Y------KDNRVTDHRLKMNFELTSFLEGDIE 242
           +      KD R T H      ++TS ++GD++
Sbjct: 407 FHPYKLVKDVR-TGHETS---DITSVMDGDLD 434

The following BLAST results are available for this feature:
BLAST of Lcy05g006320 vs. ExPASy Swiss-Prot
Match NameE-valueIdentityDescription
Q8RX793.4e-10071.28Peptide chain release factor APG3, chloroplastic OS=Arabidopsis thaliana OX=3702... [more]
Q8DMG91.0e-8059.07Peptide chain release factor 1 OS=Thermosynechococcus elongatus (strain BP-1) OX... [more]
B7KI176.7e-8059.21Peptide chain release factor 1 OS=Gloeothece citriformis (strain PCC 7424) OX=65... [more]
B0JYC55.7e-7957.45Peptide chain release factor 1 OS=Microcystis aeruginosa (strain NIES-843) OX=44... [more]
B7K2051.3e-7857.65Peptide chain release factor 1 OS=Rippkaea orientalis (strain PCC 8801) OX=41431... [more]
BLAST of Lcy05g006320 vs. ExPASy TrEMBL
Match NameE-valueIdentityDescription
A0A6J1KZW89.0e-11280.21peptide chain release factor APG3, chloroplastic OS=Cucurbita maxima OX=3661 GN=... [more]
A0A6J1H5U49.0e-11280.21peptide chain release factor APG3, chloroplastic OS=Cucurbita moschata OX=3662 G... [more]
A0A6J1DC405.8e-11181.29peptide chain release factor APG3, chloroplastic OS=Momordica charantia OX=3673 ... [more]
A0A5A7VLD61.1e-10980.58Peptide chain release factor APG3 OS=Cucumis melo var. makuwa OX=1194695 GN=E567... [more]
A0A1S3BRZ71.1e-10980.58peptide chain release factor APG3, chloroplastic OS=Cucumis melo OX=3656 GN=LOC1... [more]
BLAST of Lcy05g006320 vs. NCBI nr
Match NameE-valueIdentityDescription
XP_023514061.18.3e-11280.57peptide chain release factor APG3, chloroplastic [Cucurbita pepo subsp. pepo][more]
XP_022959786.11.9e-11180.21peptide chain release factor APG3, chloroplastic [Cucurbita moschata] >XP_023004... [more]
KAG6593177.11.9e-11180.21Peptide chain release factor APG3, chloroplastic, partial [Cucurbita argyrosperm... [more]
XP_022151413.11.2e-11081.29peptide chain release factor APG3, chloroplastic [Momordica charantia][more]
XP_038876731.11.6e-11081.65peptide chain release factor APG3, chloroplastic isoform X1 [Benincasa hispida][more]
BLAST of Lcy05g006320 vs. TAIR 10
Match NameE-valueIdentityDescription
AT3G62910.12.4e-10171.28Peptide chain release factor 1 [more]
AT2G47020.14.5e-3943.92Peptide chain release factor 1 [more]
AT2G47020.21.9e-2946.15Peptide chain release factor 1 [more]
AT5G36170.12.3e-2735.85high chlorophyll fluorescent 109 [more]
AT5G36170.22.3e-2735.85high chlorophyll fluorescent 109 [more]
InterPro
Analysis Name: InterPro Annotations of Sponge gourd (P93075) v1
Date Performed: 2021-12-06
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
NoneNo IPR availableCOILSCoilCoilcoord: 15..35
NoneNo IPR availableGENE3D3.30.70.1660coord: 38..244
e-value: 8.4E-66
score: 223.2
NoneNo IPR availableGENE3D3.30.160.20coord: 115..209
e-value: 8.4E-66
score: 223.2
NoneNo IPR availablePANTHERPTHR43804:SF4PEPTIDE CHAIN RELEASE FACTOR APG3, CHLOROPLASTICcoord: 3..38
coord: 38..250
NoneNo IPR availablePANTHERPTHR43804LD18447Pcoord: 38..250
NoneNo IPR availablePANTHERPTHR43804LD18447Pcoord: 3..38
NoneNo IPR availableSUPERFAMILY75620Release factorcoord: 5..245
IPR005139Peptide chain release factorSMARTSM00937PCRF_a_2coord: 3..84
e-value: 1.6E-9
score: 47.7
IPR005139Peptide chain release factorPFAMPF03462PCRFcoord: 38..109
e-value: 1.3E-28
score: 100.2
IPR000352Peptide chain release factor class IPFAMPF00472RF-1coord: 116..225
e-value: 2.7E-32
score: 111.1
IPR000352Peptide chain release factor class IPROSITEPS00745RF_PROK_Icoord: 133..149

Relationships

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

Feature NameUnique NameType
Lcy05g006320.1Lcy05g006320.1mRNA


GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0009658 chloroplast organization
biological_process GO:0032544 plastid translation
biological_process GO:0010027 thylakoid membrane organization
biological_process GO:0006415 translational termination
cellular_component GO:0009507 chloroplast
molecular_function GO:0016149 translation release factor activity, codon specific
molecular_function GO:0003747 translation release factor activity