Lsi03G008520 (gene) Bottle gourd (USVL1VR-Ls)

Overview
NameLsi03G008520
Typegene
OrganismLagenaria siceraria (Bottle gourd (USVL1VR-Ls))
DescriptionChaperone protein dnaJ
Locationchr03 : 13678139 .. 13730135 (-)
Genome Viewer
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

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

mRNA sequence

TTCTATCTTATAACAAACTAGAACTCCATTTTCATCTCTCTCCTTCAAATCAAACAAGCTAGAAAGAACACAGAGGGATTTTGCAGGAAAGGGAGTTATTTTTTTGAGTATGTCATTGACACCATGGGAGGAATATATATTAATGGATGAAAACAATGGAATTGGAGAGAAAGAAAATCCAGAAATATTAGGATTACCATTAAGTAATTGGAGTAATAATGGGGAATATTTAGAAGAAACCCAATTATCAAAAAGTGGAGAAGCATTATTATCAGATAATGAAATAATTAGGTCACTTGTGGAAGCTGCAACATTATTGGGTTTGGAGGAAAATATTATTGATCATAATGGAGTTTTAGAGAAAGAAAATTCAACATTATTTCCATCAGCTGATCATATTGAACCCTCAAACTCAAAAAAAGAAGAACACAATGCTAGAGAAAGAAAGAGAAGGATGCAACTCTCTCACTCCTACTTTTCCCTTCGCTCTTTGCTTCCCAATGCTAGAAGATCCAAGAAAAGGTGGAGCTCAGGAACCATAATTGACAAAGTTGTAGCCTACATTCCAACACTACAAAAAGAGATTGAAAATCTGAACCAAAAGAAACAAAAATTAATAAAAGCAAAAGAGATGAGCAATGAAAGAGTATTATTAGTTGATGAAAATGAAGGAAGCAGAAGGCCTACGGATCATTGGGGCTTCCACAGTTTCTGTTTCTGATGACCATCGGACTCTTAGCTCCCATTTGCATATTCAGATGGATAGGAGTTTACATGAAGCTGCTGATTATAAATCAATATTAAGAAAAAGGATTTTATTTTCTATTATGTACCACAATTATTGGTGGGTCGATCATACACGTTCACATACAACAACAGATTTATACAAAATCCTTGGAATCCCAGTCAAAGATCTCTGCAAGGGATTCATGAAATGGAATCCTTCTGTGAAAAGCCCTAGAAACTTAACCTCCATCAAAGAGCCTAACAACAAGTCCAATGGTAGAAACGAGGCGTATATAATCAGCTCTCCGACCACACCGTTAAGCTCGAGCCAGCATCAGAACGTAGACGAGAGTTTCTTCGCCAACATATCGAGGACATTTTCCAGAAGCAATAGCAGGAGAAGCAAGACGCCGACGCCAAGTCCGCGGTCATTGTCGAGGAATACGAGCCGTCGGAGCACAACGCCGACGCCAAGTCCACGGTCATTGTCGAGAAATGCGAGTCGTCGAAGCACAACGCCGACCTCATTATCGAGAGATGAAAAACGACGGAGCAATTCAGATTCGGAATTTCTAAAGGAACCGATATCGAGAAATTTCAGTAGAAGAACAGACGTACCAGAATCAAACGAAGGACCAATTTCTTCAGAGGCTAGCTCGACGGCGAATCTTGGATCGCTTTCGAGAAATACGAGTAGAAGAAGCCCTAGAAGTACCCCGATCATATATTCACAGTCGACGGCGCTGAAGAAACCGCCTCCAATTGAGAAGAAATTGGAATGCACGTTGGAAGAATTGTGCGAAGGATGCGTGAAGAAAATTATGATCACGAGAGACGCCATTGTTAACGGGATAATTGTACAAGAAGAGGAGGAATTGAAAATAGAAGTAAAGCCAGGATGGAAAAAAGGAACAAAGATCACATTTGAAGGAAAAGGAGATGAGAAACCAGGTTATCTCCCAGCCGACATAACGTTTTCGATTGACGAGAGAAGGCATCCGTTGTTCAGTCGAGACGGCGACGACTTAGACATAGGAGTTGAGATTCCTTTAGTGAATGCATTGACTGGCTGTTCAATCACAGTACCTTTATTAGGAGGTGAAAAAATGAGTCTCTCATTTGATAACATCATATATCCAGGCTTTCAAAAGGTTATTAGAGGCCAAGGAATGCCAAACCCGAAACAACAAGGAATCAAAGGTGATCTTCGCATTCAATTCCTTGTCAAATTTCCCTCAGAATTGAGCCAAGAACAAAGGGCTGAAGCTGCTACTATTTTGCAAGATTGTTCTTGATCTTTCCCTTTAAAGCGATATCGATCCGCCTCCATGTTTTCAAAAAAGAGTTCGAGATCAAGATTATTGGTAAGATCATTCTATGATCAAGAATTTTGTTTCTTGATTATAACGACACAAGAAAAAAGATTGGATGAATGATGATCAAAATGAAGCCATCACTTCAAACCTCTACTATCATTGAAGTACCGGTATGTTTGGGAGTGATTTTGAAATGGTTAAAATCACTTCTTTTTTTTTTTCAAATTGACTCAAAAAA

Coding sequence (CDS)

ATGAAAATGAAGGAAGCAGAAGGCCTACGGATCATTGGGGCTTCCACAGTTTCTGTTTCTGATGACCATCGGACTCTTAGCTCCCATTTGCATATTCAGATGGATAGGAGTTTACATGAAGCTGCTGATTATAAATCAATATTAAGAAAAAGGATTTTATTTTCTATTATGTACCACAATTATTGGTGGGTCGATCATACACGTTCACATACAACAACAGATTTATACAAAATCCTTGGAATCCCAGTCAAAGATCTCTGCAAGGGATTCATGAAATGGAATCCTTCTGTGAAAAGCCCTAGAAACTTAACCTCCATCAAAGAGCCTAACAACAAGTCCAATGGTAGAAACGAGGCGTATATAATCAGCTCTCCGACCACACCGTTAAGCTCGAGCCAGCATCAGAACGTAGACGAGAGTTTCTTCGCCAACATATCGAGGACATTTTCCAGAAGCAATAGCAGGAGAAGCAAGACGCCGACGCCAAGTCCGCGGTCATTGTCGAGGAATACGAGCCGTCGGAGCACAACGCCGACGCCAAGTCCACGGTCATTGTCGAGAAATGCGAGTCGTCGAAGCACAACGCCGACCTCATTATCGAGAGATGAAAAACGACGGAGCAATTCAGATTCGGAATTTCTAAAGGAACCGATATCGAGAAATTTCAGTAGAAGAACAGACGTACCAGAATCAAACGAAGGACCAATTTCTTCAGAGGCTAGCTCGACGGCGAATCTTGGATCGCTTTCGAGAAATACGAGTAGAAGAAGCCCTAGAAGTACCCCGATCATATATTCACAGTCGACGGCGCTGAAGAAACCGCCTCCAATTGAGAAGAAATTGGAATGCACGTTGGAAGAATTGTGCGAAGGATGCGTGAAGAAAATTATGATCACGAGAGACGCCATTGTTAACGGGATAATTGTACAAGAAGAGGAGGAATTGAAAATAGAAGTAAAGCCAGGATGGAAAAAAGGAACAAAGATCACATTTGAAGGAAAAGGAGATGAGAAACCAGGTTATCTCCCAGCCGACATAACGTTTTCGATTGACGAGAGAAGGCATCCGTTGTTCAGTCGAGACGGCGACGACTTAGACATAGGAGTTGAGATTCCTTTAGTGAATGCATTGACTGGCTGTTCAATCACAGTACCTTTATTAGGAGGTGAAAAAATGAGTCTCTCATTTGATAACATCATATATCCAGGCTTTCAAAAGGTTATTAGAGGCCAAGGAATGCCAAACCCGAAACAACAAGGAATCAAAGGTGATCTTCGCATTCAATTCCTTGTCAAATTTCCCTCAGAATTGAGCCAAGAACAAAGGGCTGAAGCTGCTACTATTTTGCAAGATTGTTCTTGA

Protein sequence

MKMKEAEGLRIIGASTVSVSDDHRTLSSHLHIQMDRSLHEAADYKSILRKRILFSIMYHNYWWVDHTRSHTTTDLYKILGIPVKDLCKGFMKWNPSVKSPRNLTSIKEPNNKSNGRNEAYIISSPTTPLSSSQHQNVDESFFANISRTFSRSNSRRSKTPTPSPRSLSRNTSRRSTTPTPSPRSLSRNASRRSTTPTSLSRDEKRRSNSDSEFLKEPISRNFSRRTDVPESNEGPISSEASSTANLGSLSRNTSRRSPRSTPIIYSQSTALKKPPPIEKKLECTLEELCEGCVKKIMITRDAIVNGIIVQEEEELKIEVKPGWKKGTKITFEGKGDEKPGYLPADITFSIDERRHPLFSRDGDDLDIGVEIPLVNALTGCSITVPLLGGEKMSLSFDNIIYPGFQKVIRGQGMPNPKQQGIKGDLRIQFLVKFPSELSQEQRAEAATILQDCS
Homology
[Close]
BLAST of Lsi03G008520 vs. Swiss-Prot
Match: DNJB4_PONAB (DnaJ homolog subfamily B member 4 OS=Pongo abelii GN=DNAJB4 PE=2 SV=1)

HSP 1 Score: 147.9 bits (372), Expect = 2.7e-34
Identity = 75/174 (43.10%), Postives = 109/174 (62.64%), Query Frame = 1 

Query: 271 LKKPPPIEKKLECTLEELCEGCVKKIMITRDAI-VNGIIVQEEEE-LKIEVKPGWKKGTK 330
           LK+ PP+  +L  +LEE+  GC K++ I+R  +  +G   + E++ L IE+K GWK+GTK
Sbjct: 154 LKQDPPVIHELRVSLEEIYSGCTKRMKISRKRLNADGRSYRSEDKILTIEIKKGWKEGTK 213

Query: 331 ITFEGKGDEKPGYLPADITFSIDERRHPLFSRDGDDLDIGVEIPLVNALTGCSITVPLLG 390
           ITF  +GDE P  +PADI F I ++ HP F RDG ++    +I L  AL GCSI VP L 
Sbjct: 214 ITFPREGDETPNSIPADIVFIIKDKDHPKFKRDGSNIIYTAKISLREALCGCSINVPTLD 273

Query: 391 GEKMSLSFDNIIYPGFQKVIRGQGMPNPKQQGIKGDLRIQFLVKFPSELSQEQR 443
           G  + +S ++I+ PG ++ I G G+P PK    +GDL I+F V FP  +S   +
Sbjct: 274 GRNIPMSVNDIVKPGMRRRIIGYGLPFPKNPDQRGDLLIEFEVSFPDTISSSSK 327

[Close]
BLAST of Lsi03G008520 vs. Swiss-Prot
Match: DNJB4_HUMAN (DnaJ homolog subfamily B member 4 OS=Homo sapiens GN=DNAJB4 PE=1 SV=1)

HSP 1 Score: 147.9 bits (372), Expect = 2.7e-34
Identity = 75/174 (43.10%), Postives = 109/174 (62.64%), Query Frame = 1 

Query: 271 LKKPPPIEKKLECTLEELCEGCVKKIMITRDAI-VNGIIVQEEEE-LKIEVKPGWKKGTK 330
           LK+ PP+  +L  +LEE+  GC K++ I+R  +  +G   + E++ L IE+K GWK+GTK
Sbjct: 154 LKQDPPVIHELRVSLEEIYSGCTKRMKISRKRLNADGRSYRSEDKILTIEIKKGWKEGTK 213

Query: 331 ITFEGKGDEKPGYLPADITFSIDERRHPLFSRDGDDLDIGVEIPLVNALTGCSITVPLLG 390
           ITF  +GDE P  +PADI F I ++ HP F RDG ++    +I L  AL GCSI VP L 
Sbjct: 214 ITFPREGDETPNSIPADIVFIIKDKDHPKFKRDGSNIIYTAKISLREALCGCSINVPTLD 273

Query: 391 GEKMSLSFDNIIYPGFQKVIRGQGMPNPKQQGIKGDLRIQFLVKFPSELSQEQR 443
           G  + +S ++I+ PG ++ I G G+P PK    +GDL I+F V FP  +S   +
Sbjct: 274 GRNIPMSVNDIVKPGMRRRIIGYGLPFPKNPDQRGDLLIEFEVSFPDTISSSSK 327

[Close]
BLAST of Lsi03G008520 vs. Swiss-Prot
Match: DNJB4_MOUSE (DnaJ homolog subfamily B member 4 OS=Mus musculus GN=Dnajb4 PE=1 SV=1)

HSP 1 Score: 145.2 bits (365), Expect = 1.7e-33
Identity = 73/170 (42.94%), Postives = 108/170 (63.53%), Query Frame = 1 

Query: 271 LKKPPPIEKKLECTLEELCEGCVKKIMITRDAI-VNGIIVQEEEE-LKIEVKPGWKKGTK 330
           LK+ PPI  +L+ +LEE+  GC K++ I+R  +  +G   + E++ L IE+K GWK+GTK
Sbjct: 154 LKQDPPIIHELKVSLEEIYSGCTKRMKISRKRLNPDGRSYRSEDKILTIEIKKGWKEGTK 213

Query: 331 ITFEGKGDEKPGYLPADITFSIDERRHPLFSRDGDDLDIGVEIPLVNALTGCSITVPLLG 390
           ITF  +GDE P  +PADI F I ++ HP F RDG ++    +I L  AL GCS+ VP + 
Sbjct: 214 ITFPREGDETPNSIPADIVFVIKDKEHPKFKRDGSNIVYTAKISLREALCGCSLNVPTMD 273

Query: 391 GEKMSLSFDNIIYPGFQKVIRGQGMPNPKQQGIKGDLRIQFLVKFPSELS 439
           G  + +S  +I+ PG ++ + G G+P PK    +GDL I+F V FP  +S
Sbjct: 274 GRNLPMSVTDIVKPGMRRRVIGYGLPFPKNPDQRGDLLIEFDVSFPDVIS 323

[Close]
BLAST of Lsi03G008520 vs. Swiss-Prot
Match: DNJB4_BOVIN (DnaJ homolog subfamily B member 4 OS=Bos taurus GN=DNAJB4 PE=2 SV=1)

HSP 1 Score: 144.1 bits (362), Expect = 3.9e-33
Identity = 73/174 (41.95%), Postives = 109/174 (62.64%), Query Frame = 1 

Query: 271 LKKPPPIEKKLECTLEELCEGCVKKIMITRDAI-VNGIIVQEEEE-LKIEVKPGWKKGTK 330
           LK+ PP+  +L  +LEE+  GC K++ I+R  +  +G   + E++ L IE+K GWK+GTK
Sbjct: 154 LKQDPPVIHELRVSLEEIYSGCTKRMKISRKRLNPDGRSYRTEDKILTIEIKKGWKEGTK 213

Query: 331 ITFEGKGDEKPGYLPADITFSIDERRHPLFSRDGDDLDIGVEIPLVNALTGCSITVPLLG 390
           ITF  +GDE P  +PADI F I ++ HP F RDG ++    +I L  AL GCSI VP + 
Sbjct: 214 ITFPREGDETPTSIPADIVFVIKDKDHPKFKRDGSNIIYTAKISLREALCGCSINVPTMD 273

Query: 391 GEKMSLSFDNIIYPGFQKVIRGQGMPNPKQQGIKGDLRIQFLVKFPSELSQEQR 443
           G  + ++ ++I+ PG ++ I G G+P PK    +GDL I+F V FP  +S   +
Sbjct: 274 GRTIPMTINDIVKPGMRRRIIGYGLPFPKNPDQRGDLLIEFEVSFPDTISSSSK 327

[Close]
BLAST of Lsi03G008520 vs. Swiss-Prot
Match: DJB13_MOUSE (DnaJ homolog subfamily B member 13 OS=Mus musculus GN=Dnajb13 PE=1 SV=1)

HSP 1 Score: 139.8 bits (351), Expect = 7.3e-32
Identity = 69/173 (39.88%), Postives = 111/173 (64.16%), Query Frame = 1 

Query: 272 KKPPPIEKKLECTLEELCEGCVKKIMITRDAIVNGIIVQ--EEEELKIEVKPGWKKGTKI 331
           K+ PPIE+ L  +LE+L  GC KKI I+R  +         +++ L I+V+PGW++GT+I
Sbjct: 135 KQDPPIERDLYLSLEDLFFGCTKKIKISRRVLNEDRYSSTIKDKILTIDVRPGWRQGTRI 194

Query: 332 TFEGKGDEKPGYLPADITFSIDERRHPLFSRDGDDLDIGVEIPLVNALTGCSITVPLLGG 391
           TFE +GD+ P  +PADI F + E+ HP F R+ D+L     IPL  ALT C++ V  L  
Sbjct: 195 TFEKEGDQGPNIIPADIIFIVKEKLHPRFRREHDNLFFVYPIPLGKALTCCTVEVKTLDD 254

Query: 392 EKMSLSFDNIIYPGFQKVIRGQGMPNPKQQGIKGDLRIQFLVKFPSELSQEQR 443
             +++  ++I++P + K++ G+GMP P+    KGDL I F ++FP+ L+ +++
Sbjct: 255 RLLNIPINDIVHPKYFKIVPGEGMPLPENPSKKGDLFIFFDIQFPTRLTPQKK 307

[Close]
BLAST of Lsi03G008520 vs. TrEMBL
Match: A0A0A0KE08_CUCSA (Uncharacterized protein OS=Cucumis sativus GN=Csa_6G417870 PE=4 SV=1)

HSP 1 Score: 651.4 bits (1679), Expect = 8.3e-184
Identity = 342/391 (87.47%), Postives = 367/391 (93.86%), Query Frame = 1 

Query: 65  DH--TRSHTTT-DLYKILGIPVKDLCKGFMKWNPSVKSPRNLTSIKEPNNKSNGRNEAYI 124
           DH  TRSHTTT DLY+ILG+PVKDLCKGFMKW+PSVKSP++LTSIKEPN KSNG+NEAYI
Sbjct: 3   DHSTTRSHTTTTDLYRILGMPVKDLCKGFMKWHPSVKSPKSLTSIKEPN-KSNGKNEAYI 62

Query: 125 ISSPTTPLSSSQHQNVDESFFANISRTFSRSNSRRSKTPTPSPRSLSRNTSRRSTTPTPS 184
           ISSPTTPL S+QHQ+VDESFFANISRT SRS+SRRSKTPTPSP SLSRNTSRRSTTP  S
Sbjct: 63  ISSPTTPLGSNQHQSVDESFFANISRTISRSSSRRSKTPTPSPISLSRNTSRRSTTP--S 122

Query: 185 PRSLSRNASRRSTTPTSLSRDEKRRSNSDSEFLKEPISRNFSRRTDVPESNEGPISSEAS 244
           PRSLSRN SRRSTTPTSL RDEKRRSNSDSEFL EPISRNF RRTDVPESNE  +   +S
Sbjct: 123 PRSLSRNTSRRSTTPTSLMRDEKRRSNSDSEFLGEPISRNFGRRTDVPESNEEALRRISS 182

Query: 245 STANLGSLSRNTSRRSPRSTPIIYSQSTALKKPPPIEKKLECTLEELCEGCVKKIMITRD 304
             + +GSLSRNTSRRSP+STPIIYSQSTALKKPPP+EKKLECTLEELCEGC+KKIMITRD
Sbjct: 183 EASYIGSLSRNTSRRSPKSTPIIYSQSTALKKPPPVEKKLECTLEELCEGCIKKIMITRD 242

Query: 305 AIVNGIIVQEEEELKIEVKPGWKKGTKITFEGKGDEKPGYLPADITFSIDERRHPLFSRD 364
           AIVNGIIVQEEE L+IEVKPGWKKGTKITFEGKGDEKPG+LPADITFSIDERRHPLFSRD
Sbjct: 243 AIVNGIIVQEEELLRIEVKPGWKKGTKITFEGKGDEKPGFLPADITFSIDERRHPLFSRD 302

Query: 365 GDDLDIGVEIPLVNALTGCSITVPLLGGEKMSLSFDNIIYPGFQKVIRGQGMPNPKQQGI 424
           GDDLD+GVEIPLVNALTGCSITVPLLGGEKMSLSFDNIIYPGFQK I+GQGMPNPKQQGI
Sbjct: 303 GDDLDLGVEIPLVNALTGCSITVPLLGGEKMSLSFDNIIYPGFQKAIKGQGMPNPKQQGI 362

Query: 425 KGDLRIQFLVKFPSELSQEQRAEAATILQDC 453
           +GDLRIQFLV FPS+L+Q+QR+EAATILQDC
Sbjct: 363 RGDLRIQFLVNFPSQLTQQQRSEAATILQDC 390

[Close]
BLAST of Lsi03G008520 vs. TrEMBL
Match: A0A061DZD3_THECC (HSP40/DnaJ peptide-binding protein, putative OS=Theobroma cacao GN=TCM_006924 PE=4 SV=1)

HSP 1 Score: 340.5 bits (872), Expect = 3.1e-90
Identity = 210/411 (51.09%), Postives = 265/411 (64.48%), Query Frame = 1 

Query: 65  DHTRSHT---TTDLYKILGIP-----VKDLCKGFM----KWNPSVKSPR-------NLTS 124
           DH+  HT   +TDLY ILGI      +KD+CK +     KW P  +SP        N   
Sbjct: 3   DHSHHHTRSLSTDLYGILGISSKGSSIKDMCKAYKSLVHKWYPDHRSPSSKSEEEGNFKD 62

Query: 125 IKEPNNKSNGRNEAYIISSPTTPLSSSQHQN--VDESFFANISRTFSRSNSRRSKTPTPS 184
           I E     N   +     S   P +  +  N  VD+SFF+  S   S+S SRRS TP+P 
Sbjct: 63  IDEAYKTINSNKQEQGFGSSDRPSTREKLNNLSVDDSFFSRRSSFLSKSTSRRSTTPSPR 122

Query: 185 PRSLSRNTSRRSTTPTPSPRSLSRNASRRSTTPTSLSRDEKRRSNSDSEFLKEPISRNFS 244
           P  LS+++SRR +       +LSR  SRRS      S +    S S       P+SR+ S
Sbjct: 123 PTYLSKSSSRRGSPSKTLNFALSRTFSRRSRADAETSPNV---SGSVGGHSPSPLSRSMS 182

Query: 245 RRTDVPESNEGPISSEASSTANLGSLSRNTSRRSPRSTPIIYSQSTALKKPPPIEKKLEC 304
           R+               +S   + ++SR+TSRRS  +TPII+SQS A +KPPP+EK LEC
Sbjct: 183 RK--------------CTSETEMRNISRSTSRRS--TTPIIFSQSVARRKPPPVEKMLEC 242

Query: 305 TLEELCEGCVKKIMITRDAIVN-GIIVQEEEELKIEVKPGWKKGTKITFEGKGDEKPGYL 364
           TLEELC G +KKI + RD I + GIIVQEEE L I +KPGW+KGTK+TFEGKG+EKPGYL
Sbjct: 243 TLEELCHGGLKKIKVIRDVISDEGIIVQEEETLTINLKPGWRKGTKVTFEGKGNEKPGYL 302

Query: 365 PADITFSIDERRHPLFSRDGDDLDIGVEIPLVNALTGCSITVPLLGGEKMSLSFDNIIYP 424
           PADI F I E+ HPLF+R GDDL+I VEIPLV ALTGCS++VPLLGGE MS+ F++IIYP
Sbjct: 303 PADIIFLIQEKSHPLFTRQGDDLEIAVEIPLVKALTGCSLSVPLLGGETMSIHFNDIIYP 362

Query: 425 GFQKVIRGQGMPNPKQQGIKGDLRIQFLVKFPSELSQEQRAEAATILQDCS 454
           G++KVI+GQGMPN K +G +GDLRI FLV FPSELS +QR+EA +IL+DCS
Sbjct: 363 GYEKVIQGQGMPNAK-EGKRGDLRITFLVNFPSELSHQQRSEACSILEDCS 393

[Close]
BLAST of Lsi03G008520 vs. TrEMBL
Match: W9SBK3_9ROSA (DnaJ homolog subfamily B member 13 OS=Morus notabilis GN=L484_024216 PE=4 SV=1)

HSP 1 Score: 334.7 bits (857), Expect = 1.7e-88
Identity = 218/414 (52.66%), Postives = 264/414 (63.77%), Query Frame = 1 

Query: 65  DHTRSHTTTDLYKILGIP----VKDLCKGF----MKWNPSVKSPRNLTSIKEPNNKSNGR 124
           DH+RS   TD Y  LGI     +K++CK +    +KW+   K+P N    KE   K    
Sbjct: 3   DHSRS-PKTDFYSTLGITATSSIKEICKAYKSLVLKWSTPDKNPFNQ---KEAQEKFTAI 62

Query: 125 NEAY---------------IISSPTTPLSSSQHQNVDESFFANISRTFSRSNSRRSKTPT 184
           NEAY                IS PTT +    H++VD+S        FSRSNS       
Sbjct: 63  NEAYDKAIKGKRFDEDDELTISEPTT-IGFDHHKSVDDS-------FFSRSNS------- 122

Query: 185 PSPRSLSRN-TSRRSTTPTPSPRSLSRNASRRSTTPTSLSRDEKRRSNSDSEFLKEPISR 244
                LSRN TSRR  TPTP+    SR+ + R +     + +EK  SN        P  R
Sbjct: 123 ----FLSRNATSRRCKTPTPN---FSRDMNHRRS-----ALEEKEFSN--------PFPR 182

Query: 245 NFSRRTDVPESNEGPISSEASSTANLGSLSRNTSRRSPRSTPIIYSQSTALKKPPPIEKK 304
           N SRR   PE++            +   LSRN S +S  +TPI++SQSTA KKP P+E+K
Sbjct: 183 NMSRRR-TPETH-----------IHTAFLSRNKSTQS--TTPIVFSQSTAKKKPAPVERK 242

Query: 305 LECTLEELCEGCVKKIMITRDAIVN-GIIVQEEEELKIEVKPGWKKGTKITFEGKGDEKP 364
           LEC LEEL +GCVKKI ITRD I   G+IVQEEE L I VKPGW++GTKI FEGKGDEKP
Sbjct: 243 LECALEELLDGCVKKIKITRDVIAETGVIVQEEEVLWITVKPGWRRGTKIMFEGKGDEKP 302

Query: 365 GYLPADITFSIDERRHPLFSRDGDDLDIGVEIPLVNALTGCSITVPLLGGEKMSLSFDNI 424
           GYLPADI   IDE+RHPL+ R+GDDL+I VEIPLV ALTGCSI +PLLGG+ M+LSFD+I
Sbjct: 303 GYLPADIILLIDEKRHPLYEREGDDLEIVVEIPLVKALTGCSIPIPLLGGDNMTLSFDDI 362

Query: 425 IYPGFQKVIRGQGMPNPKQQGIKGDLRIQFLVKFPSELSQEQRAEAATILQDCS 454
           IYPG++KVIRGQGMPNPK+Q  +GDLRI+FLV+FP+ELS EQRAEA  ILQDCS
Sbjct: 363 IYPGYEKVIRGQGMPNPKEQSRRGDLRIKFLVEFPAELSDEQRAEAVDILQDCS 363

[Close]
BLAST of Lsi03G008520 vs. TrEMBL
Match: A0A0B2PU97_GLYSO (DnaJ like subfamily B member 13 OS=Glycine soja GN=glysoja_023298 PE=4 SV=1)

HSP 1 Score: 317.4 bits (812), Expect = 2.8e-83
Identity = 200/399 (50.13%), Postives = 254/399 (63.66%), Query Frame = 1 

Query: 65  DHTRSHTTTDLYKILGIPVKDLCKGFMKWNPSVKSPRNLTSIKEPNNKSNGRNEAYIISS 124
           DH RS    DL+ +  IP     K   K   S+ S RN    K P               
Sbjct: 3   DHPRSQPL-DLHNLFKIPKNKSLKDVSKAYKSLVSKRNHHDKKTPEE------------- 62

Query: 125 PTTP--LSSSQHQNVDESFFANISRTFSRSNSRRSKTPTPSPRSLSRNTSRRSTTPTPSP 184
           PTTP     S ++ VD+  ++   + FSR+ SRRSKTPTP  R +SR+ SRR TTPT   
Sbjct: 63  PTTPPRFEESDNKRVDQDNWS--PKLFSRAASRRSKTPTPKSRPMSRHGSRRCTTPTSLS 122

Query: 185 RSLSRNASRRST--TPTSLSRDEKRRSN-----SDSEFLKEPISRNFSRRTDVPESNEGP 244
           RS S +  R +T    +SL R   +R +     S+   + EP   N              
Sbjct: 123 RSSSSSGRRSATEIAASSLKRIMSKRVSPPSLSSNKLDISEPELTNHVASPTKDADAGAK 182

Query: 245 ISSEASSTANLGSLSRNTSRRSPRSTPIIYSQSTALKKPPPIEKKLECTLEELCEGCVKK 304
            ++  +      SLS N S RS  +TPII+SQ+T  +KPP +E+ L CTLE LC GC K 
Sbjct: 183 TTTRKTQHIPAVSLSSNMSCRS--TTPIIFSQTTTRRKPPQVERTLYCTLENLCFGCKKN 242

Query: 305 IMITRDAI-VNGIIVQEEEELKIEVKPGWKKGTKITFEGKGDEKPGYLPADITFSIDERR 364
           + +TRDAI   G+I+QEEE LKIEVKPGW+KGTKITFEG GDEKPGYLPADI F IDE++
Sbjct: 243 VKVTRDAIKFPGVIIQEEEILKIEVKPGWRKGTKITFEGVGDEKPGYLPADIVFLIDEKK 302

Query: 365 HPLFSRDGDDLDIGVEIPLVNALTGCSITVPLLGGEKMSLSFDN-IIYPGFQKVIRGQGM 424
           HPLF R+G DL+IGVEIPLV+ALTGC I++PLLGGE M LSF+N +IYPG++KVI+GQGM
Sbjct: 303 HPLFRREGIDLEIGVEIPLVDALTGCFISIPLLGGENMGLSFENDVIYPGYEKVIKGQGM 362

Query: 425 PNPKQQGIKGDLRIQFLVKFPSELSQEQRAEAATILQDC 453
           P+PK  GI+GDL ++FL++FP ELS+E+R EAA+ILQDC
Sbjct: 363 PDPKNNGIRGDLLVRFLIEFPRELSEERRKEAASILQDC 383

[Close]
BLAST of Lsi03G008520 vs. TrEMBL
Match: I1KUM7_SOYBN (Uncharacterized protein OS=Glycine max GN=GLYMA_08G187200 PE=4 SV=2)

HSP 1 Score: 317.4 bits (812), Expect = 2.8e-83
Identity = 200/399 (50.13%), Postives = 254/399 (63.66%), Query Frame = 1 

Query: 65  DHTRSHTTTDLYKILGIPVKDLCKGFMKWNPSVKSPRNLTSIKEPNNKSNGRNEAYIISS 124
           DH RS    DL+ +  IP     K   K   S+ S RN    K P               
Sbjct: 3   DHPRSQPL-DLHNLFKIPKNKSLKDVSKAYKSLVSKRNHHDKKTPEE------------- 62

Query: 125 PTTP--LSSSQHQNVDESFFANISRTFSRSNSRRSKTPTPSPRSLSRNTSRRSTTPTPSP 184
           PTTP     S ++ VD+  ++   + FSR+ SRRSKTPTP  R +SR+ SRR TTPT   
Sbjct: 63  PTTPPRFEESDNKRVDQDNWS--PKLFSRAASRRSKTPTPKSRPMSRHGSRRCTTPTSLS 122

Query: 185 RSLSRNASRRST--TPTSLSRDEKRRSN-----SDSEFLKEPISRNFSRRTDVPESNEGP 244
           RS S +  R +T    +SL R   +R +     S+   + EP   N              
Sbjct: 123 RSSSSSGRRSATEIAASSLKRIMSKRVSPPSLSSNKLDISEPELTNHVASPTKDADAGAK 182

Query: 245 ISSEASSTANLGSLSRNTSRRSPRSTPIIYSQSTALKKPPPIEKKLECTLEELCEGCVKK 304
            ++  +      SLS N S RS  +TPII+SQ+T  +KPP +E+ L CTLE LC GC K 
Sbjct: 183 TTTRKTQHIPAVSLSSNMSCRS--TTPIIFSQTTTRRKPPQVERTLYCTLENLCFGCKKN 242

Query: 305 IMITRDAI-VNGIIVQEEEELKIEVKPGWKKGTKITFEGKGDEKPGYLPADITFSIDERR 364
           + +TRDAI   G+I+QEEE LKIEVKPGW+KGTKITFEG GDEKPGYLPADI F IDE++
Sbjct: 243 VKVTRDAIKFPGVIIQEEEILKIEVKPGWRKGTKITFEGVGDEKPGYLPADIVFLIDEKK 302

Query: 365 HPLFSRDGDDLDIGVEIPLVNALTGCSITVPLLGGEKMSLSFDN-IIYPGFQKVIRGQGM 424
           HPLF R+G DL+IGVEIPLV+ALTGC I++PLLGGE M LSF+N +IYPG++KVI+GQGM
Sbjct: 303 HPLFRREGIDLEIGVEIPLVDALTGCFISIPLLGGENMGLSFENDVIYPGYEKVIKGQGM 362

Query: 425 PNPKQQGIKGDLRIQFLVKFPSELSQEQRAEAATILQDC 453
           P+PK  GI+GDL ++FL++FP ELS+E+R EAA+ILQDC
Sbjct: 363 PDPKNNGIRGDLLVRFLIEFPRELSEERRKEAASILQDC 383

[Close]
BLAST of Lsi03G008520 vs. TAIR10
Match: AT1G11040.1 (AT1G11040.1 HSP40/DnaJ peptide-binding protein)

HSP 1 Score: 273.5 bits (698), Expect = 2.4e-73
Identity = 165/336 (49.11%), Postives = 220/336 (65.48%), Query Frame = 1 

Query: 127 TPLSSSQHQNVDESFFANISRTFSRSNSRRSKTPTPSPRSLSRNTSRRSTTPTPSPRSLS 186
           T LSSS   N   +F  + SR    S+    ++     R +S NTS   T+P  SPR   
Sbjct: 104 TYLSSSASSNRRSAFSRSTSRRDEGSSHSGVRSHGLKSRPISNNTSPM-TSPFTSPRGKD 163

Query: 187 RNAS------RRSTTPTSLSRDEKRRSNSDSEFLKEPISRNFSRR--TDVPESNEGPISS 246
           +         ++ ++PTS S     + +S S   K    R+   R  T    S   P S 
Sbjct: 164 QTLGDLFGSVKKLSSPTSNSPINGVKQSSPSSISKSASKRDKDERGSTSSATSTSLPYSK 223

Query: 247 EASSTANLGSLSRNTSRRSPRSTPIIYSQSTALKKPPPIEKKLECTLEELCEGCVKKIMI 306
             S+    GS++++ SRRS  +TPI++SQST  KKPP +EKKLECTLEELC G VK I I
Sbjct: 224 SKSTRDTAGSIAKSISRRS--TTPIVFSQSTPPKKPPAVEKKLECTLEELCHGGVKNIKI 283

Query: 307 TRDAIVN-GIIVQEEEELKIEVKPGWKKGTKITFEGKGDEKPGYLPADITFSIDERRHPL 366
            RD I + G+I+Q+EE L++ ++PGWKKGTKITFEG G+EKPGYLP DITF ++E+RHPL
Sbjct: 284 KRDIITDEGLIMQQEEMLRVNIQPGWKKGTKITFEGVGNEKPGYLPEDITFVVEEKRHPL 343

Query: 367 FSRDGDDLDIGVEIPLVNALTGCSITVPLLGGEKMSLSFDNIIYPGFQKVIRGQGMPNPK 426
           F R GDDL+I VEIPL+ ALTGC ++VPLL GE MS++  ++I+ GF+K I+GQGMPN K
Sbjct: 344 FKRRGDDLEIAVEIPLLKALTGCKLSVPLLSGESMSITVGDVIFHGFEKAIKGQGMPNAK 403

Query: 427 QQGIKGDLRIQFLVKFPSELSQEQRAEAATILQDCS 454
           ++G +GDLRI FLV FP +LS+EQR+ A  +L+DCS
Sbjct: 404 EEGKRGDLRITFLVNFPEKLSEEQRSMAYEVLKDCS 436

[Close]
BLAST of Lsi03G008520 vs. TAIR10
Match: AT1G44160.1 (AT1G44160.1 HSP40/DnaJ peptide-binding protein)

HSP 1 Score: 203.4 bits (516), Expect = 3.0e-52
Identity = 140/349 (40.11%), Postives = 202/349 (57.88%), Query Frame = 1 

Query: 109 PNNKSNGRNEAYIISSPTTPLSSSQHQNVDESFFANISRTFSRSNSRRSKTPTPSPRSLS 168
           P +K+   ++A   +  T  L     +N   +F    ++   ++N     +         
Sbjct: 33  PRDKTKHHHKAKHDTKETKRLDEEHKRNTPNAFEFRETKGIGKNNKVEGVSLCKVRSYRF 92

Query: 169 RNTSRRSTTPTPSPRSLSRNASRRSTTPTSLSRDEKRRSNSDSEFLKEPISRNFSRRTDV 228
            NT+   T    S +SLSR+ S+ + T TS +   +  S          I R+ S    +
Sbjct: 93  DNTN---TNFVGSKKSLSRSCSQNTATATSTNPTLRSLSF---------IGRSKSSSNRM 152

Query: 229 PESNEGPISSEASSTANLGSLSRNTSRRSPRS--TPIIYSQSTA-LKKPPPIEKKLECTL 288
            ES              + +L R+T+   PRS   PI+YS S+A + KP P EKKL CTL
Sbjct: 153 TESG-----------GFMPTLMRSTTT-VPRSFANPILYSSSSAKVAKPSPTEKKLRCTL 212

Query: 289 EELCEGCVKKIMITRDAIVN-GIIVQEEEELKIEVKPGWKKGTKITFEGKGDEKPGYLPA 348
           EELC GC KKI I RD I + G   +EEE ++I+VKPGWK GTK+TFEGKG+E    +PA
Sbjct: 213 EELCNGCTKKIKIKRDVITSLGEKCEEEEMVEIKVKPGWKGGTKVTFEGKGNEAMRSVPA 272

Query: 349 DITFSIDERRHPLFSRDGDDLDIGVEIPLVNALTGCSITVPLLGGEKMSLSFDNIIYPGF 408
           D+TF I E+ H +F R+GDDL++ VE+ L+ ALTGC ++V LL G+ M L  +++I+PG+
Sbjct: 273 DLTFVIVEKEHEVFKREGDDLEMAVEVSLLEALTGCELSVALLDGDNMRLRIEDVIHPGY 332

Query: 409 QKVIRGQGMPNPKQQGIKGDLRIQFLVKFPSELSQEQRAEAATILQDCS 454
             V++G+GMPN K++G +GDLR++F  KFP  L+ EQRAE  +ILQD S
Sbjct: 333 VTVVQGKGMPNLKEKGKRGDLRVRFRTKFPQHLTDEQRAEIHSILQDSS 357

[Close]
BLAST of Lsi03G008520 vs. TAIR10
Match: AT2G20560.1 (AT2G20560.1 DNAJ heat shock family protein)

HSP 1 Score: 175.6 bits (444), Expect = 6.8e-44
Identity = 84/179 (46.93%), Postives = 128/179 (71.51%), Query Frame = 1 

Query: 272 KKPPPIEKKLECTLEELCEGCVKKIMITRD-AIVNGIIVQEEEELKIEVKPGWKKGTKIT 331
           +K  PIE KL C+LE+L +G  KK+ I+R+ A V+G  +Q EE L I+VKPGWKKGTKIT
Sbjct: 158 RKAAPIENKLPCSLEDLYKGTTKKMRISREIADVSGKTMQVEEILTIDVKPGWKKGTKIT 217

Query: 332 FEGKGDEKPGYLPADITFSIDERRHPLFSRDGDDLDIGVEIPLVNALTGCSITVPLLGGE 391
           F  KG+E+PG +PAD+ F IDE+ HP+F+R+G+DL +  +I LV ALTG ++ +  L G 
Sbjct: 218 FPEKGNEQPGVIPADLVFIIDEKPHPVFTREGNDLIVTQKISLVEALTGYTVNLTTLDGR 277

Query: 392 KMSLSFDNIIYPGFQKVIRGQGMPNPKQQGIKGDLRIQFLVKFPSELSQEQRAEAATIL 450
           ++++   N+++P +++V+  +GMP  K Q  +G+LRI+F +KFP+ L+ EQ+     +L
Sbjct: 278 RLTIPVTNVVHPEYEEVVPKEGMPLQKDQTKRGNLRIKFNIKFPTRLTSEQKTGVKKLL 336

[Close]
BLAST of Lsi03G008520 vs. TAIR10
Match: AT3G08910.1 (AT3G08910.1 DNAJ heat shock family protein)

HSP 1 Score: 173.7 bits (439), Expect = 2.6e-43
Identity = 84/173 (48.55%), Postives = 123/173 (71.10%), Query Frame = 1 

Query: 272 KKPPPIEKKLECTLEELCEGCVKKIMITRDAI-VNGIIVQEEEELKIEVKPGWKKGTKIT 331
           +K  PIE++L C+LE+L +G  KK+ I+RD +  +G     EE L IE+KPGWKKGTKIT
Sbjct: 142 RKAAPIERQLPCSLEDLYKGVSKKMKISRDVLDSSGRPTTVEEILTIEIKPGWKKGTKIT 201

Query: 332 FEGKGDEKPGYLPADITFSIDERRHPLFSRDGDDLDIGVEIPLVNALTGCSITVPLLGGE 391
           F  KG+E+ G +P+D+ F +DE+ H +F RDG+DL +  +IPLV ALTG +  V  L G 
Sbjct: 202 FPEKGNEQRGIIPSDLVFIVDEKPHAVFKRDGNDLVMTQKIPLVEALTGYTAQVSTLDGR 261

Query: 392 KMSLSFDNIIYPGFQKVIRGQGMPNPKQQGIKGDLRIQFLVKFPSELSQEQRA 444
            +++  +N+I P +++V++G+GMP PK    KG+LRI+F VKFPS L+ EQ++
Sbjct: 262 SVTVPINNVISPSYEEVVKGEGMPIPKDPSKKGNLRIKFTVKFPSRLTTEQKS 314

[Close]
BLAST of Lsi03G008520 vs. TAIR10
Match: AT5G01390.1 (AT5G01390.1 DNAJ heat shock family protein)

HSP 1 Score: 173.7 bits (439), Expect = 2.6e-43
Identity = 83/173 (47.98%), Postives = 125/173 (72.25%), Query Frame = 1 

Query: 272 KKPPPIEKKLECTLEELCEGCVKKIMITRDAI-VNGIIVQEEEELKIEVKPGWKKGTKIT 331
           +K  PIE++L C+LE+L +G  KK+ I+RD +  +G     EE L IE+KPGWKKGTKIT
Sbjct: 155 RKSAPIERQLPCSLEDLYKGVSKKMKISRDVLDSSGRPTPVEEILTIEIKPGWKKGTKIT 214

Query: 332 FEGKGDEKPGYLPADITFSIDERRHPLFSRDGDDLDIGVEIPLVNALTGCSITVPLLGGE 391
           F  KG+E  G +P+D+ F +DE+ HP+F RDG+DL +  +I LV+ALTG +  V  L G 
Sbjct: 215 FLEKGNEHRGVIPSDLVFIVDEKPHPVFKRDGNDLVVMQKISLVDALTGYTAQVTTLDGR 274

Query: 392 KMSLSFDNIIYPGFQKVIRGQGMPNPKQQGIKGDLRIQFLVKFPSELSQEQRA 444
            +++  +N+I P +++V++G+GMP PK    KG+LRI+F++KFPS+L+ EQ++
Sbjct: 275 TLTVPVNNVISPSYEEVVKGEGMPIPKDPSRKGNLRIRFIIKFPSKLTTEQKS 327

[Close]
BLAST of Lsi03G008520 vs. NCBI nr
Match: gi|659097030|ref|XP_008449405.1| (PREDICTED: dnaJ homolog subfamily B member 1 [Cucumis melo])

HSP 1 Score: 667.2 bits (1720), Expect = 2.1e-188
Identity = 351/392 (89.54%), Postives = 374/392 (95.41%), Query Frame = 1 

Query: 65  DHT--RSHTTTDLYKILGIPVKDLCKGFMKWNPSVKSPRNLTSIKEPNNKSNGRNEAYII 124
           DHT  RSHTTTDLY+ILGIPVKDLCKGFMKWNPSVKSP++LTS++EPN KSNGRNE YII
Sbjct: 3   DHTTTRSHTTTDLYRILGIPVKDLCKGFMKWNPSVKSPKSLTSVEEPN-KSNGRNETYII 62

Query: 125 SSPTTPLSSSQHQNVDESFFANISRTFSRSNSRRSKTPTPSPRSLSRNTSRRSTTPTPSP 184
           +SPTTPL S+ +Q+VD+SFFANISRT SRS+SRRSKTPTPSPRSLSRNTSRRSTTP  SP
Sbjct: 63  NSPTTPLGSNHNQSVDDSFFANISRTISRSSSRRSKTPTPSPRSLSRNTSRRSTTP--SP 122

Query: 185 RSLSRNASRRSTTPTSLSRDEKRRSNSDSEFLKEPISRNFSRRTDVPESNEGPISSEASS 244
           RSLSRNASRRSTTPTSLSR+EKRRSNSD EFL+EPISRNFSRRTDV ESNEG I SEA+S
Sbjct: 123 RSLSRNASRRSTTPTSLSREEKRRSNSDLEFLREPISRNFSRRTDVSESNEGGIFSEANS 182

Query: 245 TA--NLGSLSRNTSRRSPRSTPIIYSQSTALKKPPPIEKKLECTLEELCEGCVKKIMITR 304
           TA  N+GSLSRNTSRRSP+STPIIYSQSTALKKPPPIEKKLECTLEELCEGCVKKIMITR
Sbjct: 183 TANNNIGSLSRNTSRRSPKSTPIIYSQSTALKKPPPIEKKLECTLEELCEGCVKKIMITR 242

Query: 305 DAIVNGIIVQEEEELKIEVKPGWKKGTKITFEGKGDEKPGYLPADITFSIDERRHPLFSR 364
           DAIVNGIIVQEEE LKIEVKPGWKKGTKITFEGKGDEKPGYLPADITFSIDERRHPLFSR
Sbjct: 243 DAIVNGIIVQEEELLKIEVKPGWKKGTKITFEGKGDEKPGYLPADITFSIDERRHPLFSR 302

Query: 365 DGDDLDIGVEIPLVNALTGCSITVPLLGGEKMSLSFDNIIYPGFQKVIRGQGMPNPKQQG 424
           DGDDLD+GVEIPLVNALTGCSIT+PLLGGEKMSLSFDNIIYPGFQK I+GQGMPNPKQQG
Sbjct: 303 DGDDLDLGVEIPLVNALTGCSITIPLLGGEKMSLSFDNIIYPGFQKAIKGQGMPNPKQQG 362

Query: 425 IKGDLRIQFLVKFPSELSQEQRAEAATILQDC 453
           I+GDLRIQFLVKFPS+L+Q+QR EAATILQDC
Sbjct: 363 IRGDLRIQFLVKFPSQLTQQQRDEAATILQDC 391

[Close]
BLAST of Lsi03G008520 vs. NCBI nr
Match: gi|778716373|ref|XP_011657541.1| (PREDICTED: dnaJ homolog subfamily B member 4 [Cucumis sativus])

HSP 1 Score: 651.4 bits (1679), Expect = 1.2e-183
Identity = 342/391 (87.47%), Postives = 367/391 (93.86%), Query Frame = 1 

Query: 65  DH--TRSHTTT-DLYKILGIPVKDLCKGFMKWNPSVKSPRNLTSIKEPNNKSNGRNEAYI 124
           DH  TRSHTTT DLY+ILG+PVKDLCKGFMKW+PSVKSP++LTSIKEPN KSNG+NEAYI
Sbjct: 3   DHSTTRSHTTTTDLYRILGMPVKDLCKGFMKWHPSVKSPKSLTSIKEPN-KSNGKNEAYI 62

Query: 125 ISSPTTPLSSSQHQNVDESFFANISRTFSRSNSRRSKTPTPSPRSLSRNTSRRSTTPTPS 184
           ISSPTTPL S+QHQ+VDESFFANISRT SRS+SRRSKTPTPSP SLSRNTSRRSTTP  S
Sbjct: 63  ISSPTTPLGSNQHQSVDESFFANISRTISRSSSRRSKTPTPSPISLSRNTSRRSTTP--S 122

Query: 185 PRSLSRNASRRSTTPTSLSRDEKRRSNSDSEFLKEPISRNFSRRTDVPESNEGPISSEAS 244
           PRSLSRN SRRSTTPTSL RDEKRRSNSDSEFL EPISRNF RRTDVPESNE  +   +S
Sbjct: 123 PRSLSRNTSRRSTTPTSLMRDEKRRSNSDSEFLGEPISRNFGRRTDVPESNEEALRRISS 182

Query: 245 STANLGSLSRNTSRRSPRSTPIIYSQSTALKKPPPIEKKLECTLEELCEGCVKKIMITRD 304
             + +GSLSRNTSRRSP+STPIIYSQSTALKKPPP+EKKLECTLEELCEGC+KKIMITRD
Sbjct: 183 EASYIGSLSRNTSRRSPKSTPIIYSQSTALKKPPPVEKKLECTLEELCEGCIKKIMITRD 242

Query: 305 AIVNGIIVQEEEELKIEVKPGWKKGTKITFEGKGDEKPGYLPADITFSIDERRHPLFSRD 364
           AIVNGIIVQEEE L+IEVKPGWKKGTKITFEGKGDEKPG+LPADITFSIDERRHPLFSRD
Sbjct: 243 AIVNGIIVQEEELLRIEVKPGWKKGTKITFEGKGDEKPGFLPADITFSIDERRHPLFSRD 302

Query: 365 GDDLDIGVEIPLVNALTGCSITVPLLGGEKMSLSFDNIIYPGFQKVIRGQGMPNPKQQGI 424
           GDDLD+GVEIPLVNALTGCSITVPLLGGEKMSLSFDNIIYPGFQK I+GQGMPNPKQQGI
Sbjct: 303 GDDLDLGVEIPLVNALTGCSITVPLLGGEKMSLSFDNIIYPGFQKAIKGQGMPNPKQQGI 362

Query: 425 KGDLRIQFLVKFPSELSQEQRAEAATILQDC 453
           +GDLRIQFLV FPS+L+Q+QR+EAATILQDC
Sbjct: 363 RGDLRIQFLVNFPSQLTQQQRSEAATILQDC 390

[Close]
BLAST of Lsi03G008520 vs. NCBI nr
Match: gi|502076904|ref|XP_004485492.1| (PREDICTED: uncharacterized protein LOC101514711 [Cicer arietinum])

HSP 1 Score: 342.8 bits (878), Expect = 9.1e-91
Identity = 216/407 (53.07%), Postives = 275/407 (67.57%), Query Frame = 1 

Query: 65  DHTRSHTTTDLYKILGIP----VKDLCKGFMKWNPSVKSPRNLTSIKEPNNKSNGRNEAY 124
           DH RS  T DL+ I  IP    +KD+ K +          ++  S ++ + KS+      
Sbjct: 3   DHPRS-PTLDLHNIFKIPKTKSLKDVSKVY----------KSFVSKRQHDKKSH------ 62

Query: 125 IISSPTTPLSS---SQHQNVDESFFANISRTFSRSNSRRSKTPTPSPRSLSRNTSRRSTT 184
               PTTPL     + ++ VDE F++  +   SRS SRRSKTPTP  R LSR+ SRR TT
Sbjct: 63  --EEPTTPLGFDHINDNRRVDEDFWS--TNLMSRSESRRSKTPTPRTRPLSRHGSRRCTT 122

Query: 185 PTPSPRSLSRNASRRSTTP---TSLSRDEKRRSNSDSEFLKEPISR-NFSRRTDVPESNE 244
           PTP+  SLSR++SR+S T    +SL R   RRS+S +  L    S+ + S    +P    
Sbjct: 123 PTPT--SLSRSSSRKSATEIAASSLKRIVSRRSSSSAASLSRNTSKLDISEPELLPNFPT 182

Query: 245 GPI------SSEASSTANLGSLSRNTSRRSPRSTPIIYSQSTALKKPPPIEKKLECTLEE 304
            P       SS  +   +  SLS N SRRS  +TPII+SQ+T  +KPP ++KKL CTLEE
Sbjct: 183 SPTDDFVIKSSRETGHIHAVSLSSNLSRRS--TTPIIFSQTTVRRKPPEVQKKLHCTLEE 242

Query: 305 LCEGCVKKIMITRDAIVN-GIIVQEEEELKIEVKPGWKKGTKITFEGKGDEKPGYLPADI 364
           LC G VKKI +TRD I + G+I+QEEE LKIEVKPGW+KGTKITFEG GDEKPGYLP DI
Sbjct: 243 LCFGTVKKIKVTRDVIKHPGVIIQEEEILKIEVKPGWRKGTKITFEGVGDEKPGYLPTDI 302

Query: 365 TFSIDERRHPLFSRDGDDLDIGVEIPLVNALTGCSITVPLLGGEKMSLSFDN-IIYPGFQ 424
            F IDE++HPLF RDG+DL+IGVEIPLV+AL GCSI +PLLGG+KM+LSF+N +IYPGF+
Sbjct: 303 VFLIDEKKHPLFMRDGNDLEIGVEIPLVDALAGCSIPIPLLGGDKMTLSFENTVIYPGFE 362

Query: 425 KVIRGQGMPNPKQQGIKGDLRIQFLVKFPSELSQEQRAEAATILQDC 453
           KVI+GQGMPNPK    +GDL ++FL+ FP+EL+ EQR EA +ILQDC
Sbjct: 363 KVIQGQGMPNPKNNSTRGDLHVKFLIDFPTELNDEQRKEAVSILQDC 384

[Close]
BLAST of Lsi03G008520 vs. NCBI nr
Match: gi|590685969|ref|XP_007042244.1| (HSP40/DnaJ peptide-binding protein, putative [Theobroma cacao])

HSP 1 Score: 340.5 bits (872), Expect = 4.5e-90
Identity = 210/411 (51.09%), Postives = 265/411 (64.48%), Query Frame = 1 

Query: 65  DHTRSHT---TTDLYKILGIP-----VKDLCKGFM----KWNPSVKSPR-------NLTS 124
           DH+  HT   +TDLY ILGI      +KD+CK +     KW P  +SP        N   
Sbjct: 3   DHSHHHTRSLSTDLYGILGISSKGSSIKDMCKAYKSLVHKWYPDHRSPSSKSEEEGNFKD 62

Query: 125 IKEPNNKSNGRNEAYIISSPTTPLSSSQHQN--VDESFFANISRTFSRSNSRRSKTPTPS 184
           I E     N   +     S   P +  +  N  VD+SFF+  S   S+S SRRS TP+P 
Sbjct: 63  IDEAYKTINSNKQEQGFGSSDRPSTREKLNNLSVDDSFFSRRSSFLSKSTSRRSTTPSPR 122

Query: 185 PRSLSRNTSRRSTTPTPSPRSLSRNASRRSTTPTSLSRDEKRRSNSDSEFLKEPISRNFS 244
           P  LS+++SRR +       +LSR  SRRS      S +    S S       P+SR+ S
Sbjct: 123 PTYLSKSSSRRGSPSKTLNFALSRTFSRRSRADAETSPNV---SGSVGGHSPSPLSRSMS 182

Query: 245 RRTDVPESNEGPISSEASSTANLGSLSRNTSRRSPRSTPIIYSQSTALKKPPPIEKKLEC 304
           R+               +S   + ++SR+TSRRS  +TPII+SQS A +KPPP+EK LEC
Sbjct: 183 RK--------------CTSETEMRNISRSTSRRS--TTPIIFSQSVARRKPPPVEKMLEC 242

Query: 305 TLEELCEGCVKKIMITRDAIVN-GIIVQEEEELKIEVKPGWKKGTKITFEGKGDEKPGYL 364
           TLEELC G +KKI + RD I + GIIVQEEE L I +KPGW+KGTK+TFEGKG+EKPGYL
Sbjct: 243 TLEELCHGGLKKIKVIRDVISDEGIIVQEEETLTINLKPGWRKGTKVTFEGKGNEKPGYL 302

Query: 365 PADITFSIDERRHPLFSRDGDDLDIGVEIPLVNALTGCSITVPLLGGEKMSLSFDNIIYP 424
           PADI F I E+ HPLF+R GDDL+I VEIPLV ALTGCS++VPLLGGE MS+ F++IIYP
Sbjct: 303 PADIIFLIQEKSHPLFTRQGDDLEIAVEIPLVKALTGCSLSVPLLGGETMSIHFNDIIYP 362

Query: 425 GFQKVIRGQGMPNPKQQGIKGDLRIQFLVKFPSELSQEQRAEAATILQDCS 454
           G++KVI+GQGMPN K +G +GDLRI FLV FPSELS +QR+EA +IL+DCS
Sbjct: 363 GYEKVIQGQGMPNAK-EGKRGDLRITFLVNFPSELSHQQRSEACSILEDCS 393

[Close]
BLAST of Lsi03G008520 vs. NCBI nr
Match: gi|703127712|ref|XP_010103912.1| (DnaJ homolog subfamily B member 13 [Morus notabilis])

HSP 1 Score: 334.7 bits (857), Expect = 2.5e-88
Identity = 218/414 (52.66%), Postives = 264/414 (63.77%), Query Frame = 1 

Query: 65  DHTRSHTTTDLYKILGIP----VKDLCKGF----MKWNPSVKSPRNLTSIKEPNNKSNGR 124
           DH+RS   TD Y  LGI     +K++CK +    +KW+   K+P N    KE   K    
Sbjct: 3   DHSRS-PKTDFYSTLGITATSSIKEICKAYKSLVLKWSTPDKNPFNQ---KEAQEKFTAI 62

Query: 125 NEAY---------------IISSPTTPLSSSQHQNVDESFFANISRTFSRSNSRRSKTPT 184
           NEAY                IS PTT +    H++VD+S        FSRSNS       
Sbjct: 63  NEAYDKAIKGKRFDEDDELTISEPTT-IGFDHHKSVDDS-------FFSRSNS------- 122

Query: 185 PSPRSLSRN-TSRRSTTPTPSPRSLSRNASRRSTTPTSLSRDEKRRSNSDSEFLKEPISR 244
                LSRN TSRR  TPTP+    SR+ + R +     + +EK  SN        P  R
Sbjct: 123 ----FLSRNATSRRCKTPTPN---FSRDMNHRRS-----ALEEKEFSN--------PFPR 182

Query: 245 NFSRRTDVPESNEGPISSEASSTANLGSLSRNTSRRSPRSTPIIYSQSTALKKPPPIEKK 304
           N SRR   PE++            +   LSRN S +S  +TPI++SQSTA KKP P+E+K
Sbjct: 183 NMSRRR-TPETH-----------IHTAFLSRNKSTQS--TTPIVFSQSTAKKKPAPVERK 242

Query: 305 LECTLEELCEGCVKKIMITRDAIVN-GIIVQEEEELKIEVKPGWKKGTKITFEGKGDEKP 364
           LEC LEEL +GCVKKI ITRD I   G+IVQEEE L I VKPGW++GTKI FEGKGDEKP
Sbjct: 243 LECALEELLDGCVKKIKITRDVIAETGVIVQEEEVLWITVKPGWRRGTKIMFEGKGDEKP 302

Query: 365 GYLPADITFSIDERRHPLFSRDGDDLDIGVEIPLVNALTGCSITVPLLGGEKMSLSFDNI 424
           GYLPADI   IDE+RHPL+ R+GDDL+I VEIPLV ALTGCSI +PLLGG+ M+LSFD+I
Sbjct: 303 GYLPADIILLIDEKRHPLYEREGDDLEIVVEIPLVKALTGCSIPIPLLGGDNMTLSFDDI 362

Query: 425 IYPGFQKVIRGQGMPNPKQQGIKGDLRIQFLVKFPSELSQEQRAEAATILQDCS 454
           IYPG++KVIRGQGMPNPK+Q  +GDLRI+FLV+FP+ELS EQRAEA  ILQDCS
Sbjct: 363 IYPGYEKVIRGQGMPNPKEQSRRGDLRIKFLVEFPAELSDEQRAEAVDILQDCS 363

The following BLAST results are available for this feature:
BLAST of Lsi03G008520 vs. Swiss-Prot
Match NameE-valueIdentityDescription
DNJB4_PONAB2.7e-3443.10DnaJ homolog subfamily B member 4 OS=Pongo abelii GN=DNAJB4 PE=2 SV=1[more]
DNJB4_HUMAN2.7e-3443.10DnaJ homolog subfamily B member 4 OS=Homo sapiens GN=DNAJB4 PE=1 SV=1[more]
DNJB4_MOUSE1.7e-3342.94DnaJ homolog subfamily B member 4 OS=Mus musculus GN=Dnajb4 PE=1 SV=1[more]
DNJB4_BOVIN3.9e-3341.95DnaJ homolog subfamily B member 4 OS=Bos taurus GN=DNAJB4 PE=2 SV=1[more]
DJB13_MOUSE7.3e-3239.88DnaJ homolog subfamily B member 13 OS=Mus musculus GN=Dnajb13 PE=1 SV=1[more]
BLAST of Lsi03G008520 vs. TrEMBL
Match NameE-valueIdentityDescription
A0A0A0KE08_CUCSA8.3e-18487.47Uncharacterized protein OS=Cucumis sativus GN=Csa_6G417870 PE=4 SV=1[more]
A0A061DZD3_THECC3.1e-9051.09HSP40/DnaJ peptide-binding protein, putative OS=Theobroma cacao GN=TCM_006924 PE... [more]
W9SBK3_9ROSA1.7e-8852.66DnaJ homolog subfamily B member 13 OS=Morus notabilis GN=L484_024216 PE=4 SV=1[more]
A0A0B2PU97_GLYSO2.8e-8350.13DnaJ like subfamily B member 13 OS=Glycine soja GN=glysoja_023298 PE=4 SV=1[more]
I1KUM7_SOYBN2.8e-8350.13Uncharacterized protein OS=Glycine max GN=GLYMA_08G187200 PE=4 SV=2[more]
BLAST of Lsi03G008520 vs. TAIR10
Match NameE-valueIdentityDescription
AT1G11040.12.4e-7349.11 HSP40/DnaJ peptide-binding protein[more]
AT1G44160.13.0e-5240.11 HSP40/DnaJ peptide-binding protein[more]
AT2G20560.16.8e-4446.93 DNAJ heat shock family protein[more]
AT3G08910.12.6e-4348.55 DNAJ heat shock family protein[more]
AT5G01390.12.6e-4347.98 DNAJ heat shock family protein[more]
BLAST of Lsi03G008520 vs. NCBI nr
Match NameE-valueIdentityDescription
gi|659097030|ref|XP_008449405.1|2.1e-18889.54PREDICTED: dnaJ homolog subfamily B member 1 [Cucumis melo][more]
gi|778716373|ref|XP_011657541.1|1.2e-18387.47PREDICTED: dnaJ homolog subfamily B member 4 [Cucumis sativus][more]
gi|502076904|ref|XP_004485492.1|9.1e-9153.07PREDICTED: uncharacterized protein LOC101514711 [Cicer arietinum][more]
gi|590685969|ref|XP_007042244.1|4.5e-9051.09HSP40/DnaJ peptide-binding protein, putative [Theobroma cacao][more]
gi|703127712|ref|XP_010103912.1|2.5e-8852.66DnaJ homolog subfamily B member 13 [Morus notabilis][more]
Annotated Terms
The following terms have been associated with this gene:
Vocabulary: Molecular Function
TermDefinition
GO:0051082unfolded protein binding
Vocabulary: Biological Process
TermDefinition
GO:0006457protein folding
Vocabulary: INTERPRO
TermDefinition
IPR008971HSP40/DnaJ_pept-bd
IPR002939DnaJ_C
GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0006457 protein folding
biological_process GO:0008150 biological_process
cellular_component GO:0005575 cellular_component
molecular_function GO:0051082 unfolded protein binding
molecular_function GO:0046983 protein dimerization activity
Relationships

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

Feature NameUnique NameType
Lsi03G008520.1Lsi03G008520.1mRNA


InterPro
Analysis Name: InterPro Annotations of Lagenaria siceraria
Date Performed: 2017-09-18
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
IPR002939Chaperone DnaJ, C-terminalPFAMPF01556DnaJ_Ccoord: 277..434
score: 8.1
IPR008971HSP40/DnaJ peptide-bindingunknownSSF49493HSP40/DnaJ peptide-binding domaincoord: 358..442
score: 2.75E-19coord: 273..365
score: 9.81
NoneNo IPR availableGENE3DG3DSA:2.60.260.20coord: 355..435
score: 7.9E-22coord: 275..353
score: 9.2
NoneNo IPR availablePANTHERPTHR24078DNAJ HOMOLOG SUBFAMILY C MEMBERcoord: 236..451
score: 5.0E-64coord: 138..160
score: 5.0