Lsi02G000030 (gene) Bottle gourd (USVL1VR-Ls)

Overview
NameLsi02G000030
Typegene
OrganismLagenaria siceraria (Bottle gourd (USVL1VR-Ls))
DescriptionChaperone protein DnaJ
Locationchr02 : 10967 .. 46668 (+)
Genome Viewer
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

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

mRNA sequence

ATGGAAATGACACTTCGACGCTATATTGGATTACGTGCTTATATCTCTGGTGGGGGGCATATTTACGCTGTCCAGTTGCTGAATTCCTGCGCTCAACCACGAGCAATGATGCCACCAAATGGTATTCGCAGTCCCTGCAATGCCAACCTTAACCCAGCATCTAAATTTCGACTAGTTTCTCTATCTGCAATTCCTAACCTGTTAAATTTTCCAAATCCACCTTCTCTCTACTTTGGTTCCAGTTCAAACTATTCCGGATTTTCCCGCGTGGTTGGCCCACTCAGGAGAAGGGATTTTCAAACCAGAAGTCGCTTAACATTTGTAAACTGTGGTGCAGCAGCAACAAGGGACGGCGCTACTGATCACTATTCGACGTTGAATGTTAGCCGGAATGCCACATTGCAGGATATAAAAAACTCATATAAGAAACTCGCTCGTAAGTATATTCGTGATTTTTATGGGGCTTCTTGGTCGCCAGTGAAGCGAATTAGATGGTTGAAAATCGAATGGAACTGCACTGTGGGAGGGAGTCTTCCCAATGGCATTGCAAATAAAGATCCTCTCCATTCTAAATGGATTGGTATGAAAGGTGATAAGGAAGGTTTGGTGGATGCTTTACAGAAGAAAGAGAGAATGCCGCTTGTTATGTTTGGCCTCCCTATTGCATCTATTAATGAAGTTCCAGCAAGTGTTCCCAAAGCCATCCAATCCTCTTCGACTGAAAAAGTTACATTAAATGAAGTTCAGCCCCAAGATCTCTCTCCAAAAGTCACGCAAGTTTCTGAGAATGAAGGCGTCCGAAGGGTTTTATTGGAGAATGAATTTCACTCTCATGATATTAATGAACAGTTAATGCAACCATCTTTGTCCCCTAGTATTAAAGGAGTAGGTTTATCGTCGATATTTAATTCGGTGGCAATCAACTTTAAAAATTCGTTGGAGGAAATGGAAAGACATAGGACAAGAATTCGGCAAAGAAGACAAGGAAGCATTGGCTGCTGTGAATCTCACCATCACCGCATTGTCGGAGCCAATATTGTCGCAGCTTCGGCACCACTTGTGATCGTCGTCGATTCGTCGAGCGTTGTGGAGATTCACGGTTTTGAGACCGTCGCTGTCATCACCTCGTCAGATTCGACTGTTCATGCCTCACCAGAGAAGAAAAAATTGTTTGTAAACGATGAAGAAGAAAAGGAGTGTTGGGCGGCAACTATTCACGAAGAAGAAGAAGAGAAGTTAAAGACAAGGTACCATCCAGATGTGAACAAGGACCCTGGATCAGAAGATAGGTTCAAAGAGATAAGTGCTGCATATGAGGTCGATCCCTTTGAAATTTTTGATGCATTCTTTGGAGGATCCGATGGACTCTTTGGAGAAAGAGATGGAATTGGAGGCATCAATTTAAATCAGAGGAGTGGAAAAATTCAAAATCTTGATATTTATTATGACTTGCACTTAAGCTTTGAAGAATCAGTGCTTGGAGGAGAACAGGCAATTCAATTTTCTTGTTTTAAGACATGTGAAAATTGTGATGGAACGGGTGCTAAATCAAATAATTGCATAAAACTGTGTGCCGACTGTCATGGAAAAGGAGGAGTGGTGAAAACTCATAGAACACCCTTTGGAATGATGTCTCAGGTGTCCATATGTTCTGAATGTGGCGGTGATGGTAAGATTATAACAGAGTTATGTCGAAGCTGTTGTGGCAGTGGTCAAATGCAATCAATTAGAAAAATGAACTTAGTAATCCCACCAGGTGTCAGTGATGGAGCCACAATGAAAATTCAAAGAGAAGGCAGTTCTGATGAGAAAAGGAGAATGACTGGTAACCTGTATATCATGCTTCATATAGGTGAAAAGCATGGAATCTGGAGAGATGGTCTTCATCTATACTCCAGTATTAGCATTGACTATACAGAGGCAATATTAGGTACTATTGTGAGGGTTGAAACTGTTGAAGGCTTGAAAGACCTCCAAATACCTGCTGGTGTTCAGCCAGGGGATAGAGTTAGATTGTCATGCATGGGGATTCCAGATATAAATAAACCTTCTGTTCGTGGTGATCATCTGTTTATTGTGAATGTTCAGATTCCGAAACGCATCAGCGATTCAGAACGCACAAAAGTTAAAGAATTGGCATTACTCAAGGCATCTAGTAAGAATGATGAAGTTTACACTCATGGGATGCCTCAAGGAACCTTTGATAAATATACACATGAAAATCAAGGAAATCTTGCTTCAAGCCAGGCAATTAAGCGCAACACATCAATCTGGTCTTCAATCAAGCACTTCATTGGTTCTCGGGCGCTTGGCTTGAATTTATCTTCCATATGAGTTGCTCCTCTTTTCTCAGTAAAAGACAGCCCCGAGAAGGTTTTGCTTCGATTGGCATGGAGATATCAAAACCGTCTTGTTGGAGGCCTTTGAAGTTGCATTCTTCATACACAGACTCGCTGATAATGGTTTTAATAGTAACTTCACTCTTCTTGATCGGGAGGAATTACTTCTGGACACTTGTACGAGGAAAATACCATTGACTCCTTGTGGAACTAGAAGTTTTCATTGAGAGGTTCAAAATTTTAAATTATAATGTGTATAAATATATATATTTTTTAATTTTGAAAATTTAGGAGGTAGAAATTAGGGAGAAATTTAAAATCTCAACTTTTATCTTCTATATATTAGGAGAATTAAGAGGGGCAAAACCCTTCACTTCTTCGCACCTACCTGTGATCCTATTATAGAACTATAGAAGCGGGGATTGGGAGTGATGGTGGTATTATAGATCGGCCTGCCTAGTGCTGAGATGACATAAAGAAGATGGAACTATTATTAC

Coding sequence (CDS)

ATGGAAATGACACTTCGACGCTATATTGGATTACGTGCTTATATCTCTGGTGGGGGGCATATTTACGCTGTCCAGTTGCTGAATTCCTGCGCTCAACCACGAGCAATGATGCCACCAAATGGTATTCGCAGTCCCTGCAATGCCAACCTTAACCCAGCATCTAAATTTCGACTAGTTTCTCTATCTGCAATTCCTAACCTGTTAAATTTTCCAAATCCACCTTCTCTCTACTTTGGTTCCAGTTCAAACTATTCCGGATTTTCCCGCGTGGTTGGCCCACTCAGGAGAAGGGATTTTCAAACCAGAAGTCGCTTAACATTTGTAAACTGTGGTGCAGCAGCAACAAGGGACGGCGCTACTGATCACTATTCGACGTTGAATGTTAGCCGGAATGCCACATTGCAGGATATAAAAAACTCATATAAGAAACTCGCTCGTAAGTATATTCGTGATTTTTATGGGGCTTCTTGGTCGCCAGTGAAGCGAATTAGATGGTTGAAAATCGAATGGAACTGCACTGTGGGAGGGAGTCTTCCCAATGGCATTGCAAATAAAGATCCTCTCCATTCTAAATGGATTGGTATGAAAGGTGATAAGGAAGGTTTGGTGGATGCTTTACAGAAGAAAGAGAGAATGCCGCTTGTTATGTTTGGCCTCCCTATTGCATCTATTAATGAAGTTCCAGCAAGTGTTCCCAAAGCCATCCAATCCTCTTCGACTGAAAAAGTTACATTAAATGAAGTTCAGCCCCAAGATCTCTCTCCAAAAGTCACGCAAGTTTCTGAGAATGAAGGCGTCCGAAGGGTTTTATTGGAGAATGAATTTCACTCTCATGATATTAATGAACAGTTAATGCAACCATCTTTGTCCCCTAGTATTAAAGGAGTAGGTTTATCGTCGATATTTAATTCGGTGGCAATCAACTTTAAAAATTCGTTGGAGGAAATGGAAAGACATAGGACAAGAATTCGGCAAAGAAGACAAGGAAGCATTGGCTGCTGTGAATCTCACCATCACCGCATTGTCGGAGCCAATATTGTCGCAGCTTCGGCACCACTTGTGATCGTCGTCGATTCGTCGAGCGTTGTGGAGATTCACGGTTTTGAGACCGTCGCTGTCATCACCTCGTCAGATTCGACTGTTCATGCCTCACCAGAGAAGAAAAAATTGTTTGTAAACGATGAAGAAGAAAAGGAGTGTTGGGCGGCAACTATTCACGAAGAAGAAGAAGAGAAGTTAAAGACAAGGTACCATCCAGATGTGAACAAGGACCCTGGATCAGAAGATAGGTTCAAAGAGATAAGTGCTGCATATGAGGTCGATCCCTTTGAAATTTTTGATGCATTCTTTGGAGGATCCGATGGACTCTTTGGAGAAAGAGATGGAATTGGAGGCATCAATTTAAATCAGAGGAGTGGAAAAATTCAAAATCTTGATATTTATTATGACTTGCACTTAAGCTTTGAAGAATCAGTGCTTGGAGGAGAACAGGCAATTCAATTTTCTTGTTTTAAGACATGTGAAAATTGTGATGGAACGGGTGCTAAATCAAATAATTGCATAAAACTGTGTGCCGACTGTCATGGAAAAGGAGGAGTGGTGAAAACTCATAGAACACCCTTTGGAATGATGTCTCAGGTGTCCATATGTTCTGAATGTGGCGGTGATGGTAAGATTATAACAGAGTTATGTCGAAGCTGTTGTGGCAGTGGTCAAATGCAATCAATTAGAAAAATGAACTTAGTAATCCCACCAGGTGTCAGTGATGGAGCCACAATGAAAATTCAAAGAGAAGGCAGTTCTGATGAGAAAAGGAGAATGACTGGTAACCTGTATATCATGCTTCATATAGGTGAAAAGCATGGAATCTGGAGAGATGGTCTTCATCTATACTCCAGTATTAGCATTGACTATACAGAGGCAATATTAGGTACTATTGTGAGGGTTGAAACTGTTGAAGGCTTGAAAGACCTCCAAATACCTGCTGGTGTTCAGCCAGGGGATAGAGTTAGATTGTCATGCATGGGGATTCCAGATATAAATAAACCTTCTGTTCGTGGTGATCATCTGTTTATTGTGAATGTTCAGATTCCGAAACGCATCAGCGATTCAGAACGCACAAAAGTTAAAGAATTGGCATTACTCAAGGCATCTAGTAAGAATGATGAAGTTTACACTCATGGGATGCCTCAAGGAACCTTTGATAAATATACACATGAAAATCAAGGAAATCTTGCTTCAAGCCAGGCAATTAAGCGCAACACATCAATCTGGTCTTCAATCAAGCACTTCATTGGTTCTCGGGCGCTTGGCTTGAATTTATCTTCCATATGA

Protein sequence

MEMTLRRYIGLRAYISGGGHIYAVQLLNSCAQPRAMMPPNGIRSPCNANLNPASKFRLVSLSAIPNLLNFPNPPSLYFGSSSNYSGFSRVVGPLRRRDFQTRSRLTFVNCGAAATRDGATDHYSTLNVSRNATLQDIKNSYKKLARKYIRDFYGASWSPVKRIRWLKIEWNCTVGGSLPNGIANKDPLHSKWIGMKGDKEGLVDALQKKERMPLVMFGLPIASINEVPASVPKAIQSSSTEKVTLNEVQPQDLSPKVTQVSENEGVRRVLLENEFHSHDINEQLMQPSLSPSIKGVGLSSIFNSVAINFKNSLEEMERHRTRIRQRRQGSIGCCESHHHRIVGANIVAASAPLVIVVDSSSVVEIHGFETVAVITSSDSTVHASPEKKKLFVNDEEEKECWAATIHEEEEEKLKTRYHPDVNKDPGSEDRFKEISAAYEVDPFEIFDAFFGGSDGLFGERDGIGGINLNQRSGKIQNLDIYYDLHLSFEESVLGGEQAIQFSCFKTCENCDGTGAKSNNCIKLCADCHGKGGVVKTHRTPFGMMSQVSICSECGGDGKIITELCRSCCGSGQMQSIRKMNLVIPPGVSDGATMKIQREGSSDEKRRMTGNLYIMLHIGEKHGIWRDGLHLYSSISIDYTEAILGTIVRVETVEGLKDLQIPAGVQPGDRVRLSCMGIPDINKPSVRGDHLFIVNVQIPKRISDSERTKVKELALLKASSKNDEVYTHGMPQGTFDKYTHENQGNLASSQAIKRNTSIWSSIKHFIGSRALGLNLSSI
Homology
[Close]
BLAST of Lsi02G000030 vs. Swiss-Prot
Match: DNAJ_SYNP2 (Chaperone protein DnaJ OS=Synechococcus sp. (strain ATCC 27264 / PCC 7002 / PR-6) GN=dnaJ PE=3 SV=1)

HSP 1 Score: 245.4 bits (625), Expect = 2.1e-63
Identity = 129/335 (38.51%), Postives = 190/335 (56.72%), Query Frame = 1 

Query: 412 KLKTRYHPDVNKDPGSEDRFKEISAAYEV----DPFEIFDAF-------FGGSDGLFGER 471
           +L  +YHPDVNKDPG+E++FKEI+ AYEV    +    +D F        G +   +G+ 
Sbjct: 26  RLARQYHPDVNKDPGAEEKFKEINRAYEVLSEPETRARYDRFGEAGVSGAGAAGADYGDM 85

Query: 472 -----------DGIGGINL------NQRSGKIQNLDIYYDLHLSFEESVLGGEQAIQFSC 531
                       G GG+         +RSG ++  D+  DL L F+E++ GGE+ I+   
Sbjct: 86  GGFADIFETIFSGFGGMGTGATGGGRRRSGPMRGDDLRLDLKLDFKEAIFGGEKEIRIPH 145

Query: 532 FKTCENCDGTGAKSNNCIKLCADCHGKGGVVKTHRTPFGMMSQVSICSECGGDGKIITEL 591
            +TC+ C G+GAK+      C  C+G G V +  RTPFG  +QVS+C  C G+G++I E 
Sbjct: 146 LETCKTCSGSGAKAGTSANTCGTCNGTGQVRRATRTPFGSFAQVSVCPTCNGEGQVIAEK 205

Query: 592 CRSCCGSGQMQSIRKMNLVIPPGVSDGATMKIQREGSSDEKRRMTGNLYIMLHIGEKHGI 651
           C SC G+G+ Q  +K+ + IP GV  G  +++ REG +  K    G+LY+ L +      
Sbjct: 206 CESCGGAGRKQETKKLKITIPAGVDSGTRLRVSREGDAGVKGGPPGDLYVYLAVNADKEF 265

Query: 652 WRDGLHLYSSISIDYTEAILGTIVRVETVEGLKDLQIPAGVQPGDRVRLSCMGIPDINKP 711
            RDG ++ S I I Y +AILG  V+V+TV+G +DL IPAG+QP   + L   G+P +  P
Sbjct: 266 RRDGTNILSEIEISYLQAILGDTVKVKTVDGTEDLTIPAGLQPNKVLILEGKGVPKLGNP 325

Query: 712 SVRGDHLFIVNVQIPKRISDSERTKVKELALLKAS 719
             RGDHL  V V IP ++S  E+  + +LA LK +
Sbjct: 326 VSRGDHLITVKVMIPTKVSREEKELLHQLAKLKGT 360

[Close]
BLAST of Lsi02G000030 vs. Swiss-Prot
Match: DNAJ1_SYNY3 (Chaperone protein DnaJ 1 OS=Synechocystis sp. (strain PCC 6803 / Kazusa) GN=dnaJ1 PE=3 SV=1)

HSP 1 Score: 241.5 bits (615), Expect = 3.1e-62
Identity = 126/342 (36.84%), Postives = 192/342 (56.14%), Query Frame = 1 

Query: 412 KLKTRYHPDVNKDPGSEDRFKEISAAYEV----------DPF------------------ 471
           +L  +YHPDVNK+PG+E++FKEI+ AYEV          D F                  
Sbjct: 26  RLARKYHPDVNKEPGAEEKFKEINRAYEVLSEPEIRQRYDQFGEAGVSGGGAQGFDVGNM 85

Query: 472 ----EIFDAFFGGSDGLFGERDGIGGINLNQR--SGKIQNLDIYYDLHLSFEESVLGGEQ 531
               +IF+  FGG  G      G+GG    +R  +G  +  D+  DL L+F+E++ GGE+
Sbjct: 86  GDFADIFETIFGGFGG------GMGGQQRGRRRANGPTRGDDLRLDLQLTFQEAIFGGEK 145

Query: 532 AIQFSCFKTCENCDGTGAKSNNCIKLCADCHGKGGVVKTHRTPFGMMSQVSICSECGGDG 591
            I+    ++C+ C+GTGAK    +K C  C+G G V +  RTPFG  +QVS C  C G G
Sbjct: 146 EIRIPHLESCQVCEGTGAKPGTGVKTCGTCNGAGQVRRATRTPFGSFAQVSACPTCNGSG 205

Query: 592 KIITELCRSCCGSGQMQSIRKMNLVIPPGVSDGATMKIQREGSSDEKRRMTGNLYIMLHI 651
           ++I + C +C G G+ Q  +K+ + IP GV DG  +++ +EG +  +    G+LY+ L +
Sbjct: 206 EVIEQKCEACNGVGRKQETKKLKITIPAGVDDGTRLRVGKEGDAGLRGGPAGDLYVFLMV 265

Query: 652 GEKHGIWRDGLHLYSSISIDYTEAILGTIVRVETVEGLKDLQIPAGVQPGDRVRLSCMGI 711
                  R+G+++ S++ + Y +AILG  + V+TV+G  +L IPAG QP   + L   G+
Sbjct: 266 ETDKHFVREGMNIRSNLEVSYLQAILGCRLEVDTVDGKAELTIPAGTQPNTVLTLENKGV 325

Query: 712 PDINKPSVRGDHLFIVNVQIPKRISDSERTKVKELALLKASS 720
           P +   ++RGDHL  V VQIP RI+  ER  ++ LA +K  S
Sbjct: 326 PKLGNATIRGDHLITVKVQIPTRINSEERELLERLATIKGES 361

[Close]
BLAST of Lsi02G000030 vs. Swiss-Prot
Match: DNAJ_CYAA5 (Chaperone protein DnaJ OS=Cyanothece sp. (strain ATCC 51142) GN=dnaJ PE=3 SV=1)

HSP 1 Score: 240.7 bits (613), Expect = 5.2e-62
Identity = 131/341 (38.42%), Postives = 190/341 (55.72%), Query Frame = 1 

Query: 412 KLKTRYHPDVNKDPGSEDRFKEISAAYEV----------DPF------------------ 471
           +L  +YHPDVNK+PG+E+RFKEI+ AYEV          D F                  
Sbjct: 26  RLARKYHPDVNKEPGAEERFKEINRAYEVLSEPDTRSRYDQFGEAGVSGAGGFNYGDMGD 85

Query: 472 -----EIFDAFFGGSDGLFGERDGIGGINLNQRSGKIQNLDIYYDLHLSFEESVLGGEQA 531
                +IF+  F G    FG   G GG    +R+G ++  D+  DL L F E+V GGE+ 
Sbjct: 86  MGGFADIFETIFSG----FGGGMGTGGTR--RRTGPVKGDDLRLDLKLDFREAVFGGEKE 145

Query: 532 IQFSCFKTCENCDGTGAKSNNCIKLCADCHGKGGVVKTHRTPFGMMSQVSICSECGGDGK 591
           I+    +TC+ C G GAK     K C+ C+G+G V +  RTPFG  +QVS C  C G G+
Sbjct: 146 IRIPHLETCQVCKGDGAKPGTGAKTCSTCNGQGQVRRATRTPFGSFAQVSACPACNGQGQ 205

Query: 592 IITELCRSCCGSGQMQSIRKMNLVIPPGVSDGATMKIQREGSSDEKRRMTGNLYIMLHIG 651
           +I E C  C G+G+ Q   K+ + IP GV DG  +++ R+G +  +    G+LY+ L++ 
Sbjct: 206 VIEEKCEVCNGAGRRQVTEKVKITIPAGVDDGTRLRVSRKGDAGLRGGPQGDLYVYLYVE 265

Query: 652 EKHGIWRDGLHLYSSISIDYTEAILGTIVRVETVEGLKDLQIPAGVQPGDRVRLSCMGIP 711
                 RD +++ S I+I Y +AILG  V V+TV+G ++L IPAG QP   + L  +G+P
Sbjct: 266 PDKVFTRDKMNILSEITISYLQAILGCTVTVDTVDGEQELTIPAGTQPNTILTLENLGVP 325

Query: 712 DINKPSVRGDHLFIVNVQIPKRISDSERTKVKELALLKASS 720
            +   ++RGDHL  V V IP RI+  ER  +++LA +K  S
Sbjct: 326 KLGNDAIRGDHLITVKVDIPTRINAEERELLEKLAHIKGQS 360

[Close]
BLAST of Lsi02G000030 vs. Swiss-Prot
Match: DNAJ_ACAM1 (Chaperone protein DnaJ OS=Acaryochloris marina (strain MBIC 11017) GN=dnaJ PE=3 SV=1)

HSP 1 Score: 240.7 bits (613), Expect = 5.2e-62
Identity = 131/331 (39.58%), Postives = 186/331 (56.19%), Query Frame = 1 

Query: 412 KLKTRYHPDVNKDPGSEDRFKEISAAYEV--DP---------------------FEIFDA 471
           +L  +YHPDVNK+PG+ED+FKEI+ AYE   DP                     ++ F  
Sbjct: 26  RLARKYHPDVNKEPGAEDKFKEINKAYETLSDPQMRGRYDQFGEAGVSSAAGAGYQDFGD 85

Query: 472 FFGGSDGLFGERDGIGGINLN--QRSGKIQNLDIYYDLHLSFEESVLGGEQAIQFSCFKT 531
           F G +D       G GG   +  +RSG  +  D+ +DL L F E+V GGEQ I+ S  ++
Sbjct: 86  FGGFADIFETFFSGFGGSPQSGRRRSGPARGEDLRFDLKLKFREAVFGGEQQIRISHLES 145

Query: 532 CENCDGTGAKSNNCIKLCADCHGKGGVVKTHRTPFGMMSQVSICSECGGDGKIITELCRS 591
           C+ C+GTGAK     + C+ C G G V +  RTP G  +QVS+C  C G G+++TE C S
Sbjct: 146 CKTCEGTGAKPGTRPQTCSTCQGSGQVRRMTRTPLGNFTQVSVCPTCNGQGQVVTEKCDS 205

Query: 592 CCGSGQMQSIRKMNLVIPPGVSDGATMKIQREGSSDEKRRMTGNLYIMLHIGEKHGIWRD 651
           C G GQ Q  +K+ + IP GV  G  +++  EG + +K    G+LY+ L + E     RD
Sbjct: 206 CGGRGQNQVSKKLQIKIPAGVDTGTRLRVSNEGDAGQKGGPPGDLYVYLFVQEDSEFRRD 265

Query: 652 GLHLYSSISIDYTEAILGTIVRVETVEGLKDLQIPAGVQPGDRVRLSCMGIPDINKPSVR 711
           G ++ S   I Y +AILG  + V+TV+G + + IPAG QPG  + L   G+P +  P  R
Sbjct: 266 GTNVLSEFKISYLQAILGAQLPVKTVDGEETITIPAGTQPGTVLTLENHGVPRLGNPVSR 325

Query: 712 GDHLFIVNVQIPKRISDSERTKVKELALLKA 718
           GDHL  V + IP RIS  ER  + +LA ++A
Sbjct: 326 GDHLITVIIDIPNRISTEERELLVQLASIRA 356

[Close]
BLAST of Lsi02G000030 vs. Swiss-Prot
Match: DNAJ_CYAP8 (Chaperone protein DnaJ OS=Cyanothece sp. (strain PCC 8801) GN=dnaJ PE=3 SV=1)

HSP 1 Score: 236.1 bits (601), Expect = 1.3e-60
Identity = 121/340 (35.59%), Postives = 193/340 (56.76%), Query Frame = 1 

Query: 412 KLKTRYHPDVNKDPGSEDRFKEISAAYEV----------DPF------------------ 471
           +L  +YHPD+NK+ G+EDRFKEI+ AYEV          D F                  
Sbjct: 26  RLARKYHPDINKEAGAEDRFKEINRAYEVLSEPETRARYDQFGEAGVSGAGAAGFDYGDM 85

Query: 472 ----EIFDAFFGGSDGLFGERDGIGGINLNQRSGKIQNLDIYYDLHLSFEESVLGGEQAI 531
               +IF+  F G  G      G+G  +  +R+G  +  D+  DL L F E++ GGE+ I
Sbjct: 86  GGFADIFETIFSGFGG------GVGTGSTRRRTGPTRGDDLRLDLKLDFREAIFGGEKEI 145

Query: 532 QFSCFKTCENCDGTGAKSNNCIKLCADCHGKGGVVKTHRTPFGMMSQVSICSECGGDGKI 591
           +    +TC+ C+G+GAK     + C+ C+G G V +  RTPFG  +QVS C +C G G++
Sbjct: 146 RIPHLETCQVCNGSGAKPGTGSRTCSTCNGAGQVRRATRTPFGSFAQVSTCPDCNGAGQV 205

Query: 592 ITELCRSCCGSGQMQSIRKMNLVIPPGVSDGATMKIQREGSSDEKRRMTGNLYIMLHIGE 651
           I + C +C G+G+ Q  +K+ + IP GV +G  +++ +EG +  +    G+LY+ L +  
Sbjct: 206 IEQKCDACGGAGRKQETKKLKITIPAGVDNGTRLRVGKEGDAGTRGGTPGDLYVYLFVEP 265

Query: 652 KHGIWRDGLHLYSSISIDYTEAILGTIVRVETVEGLKDLQIPAGVQPGDRVRLSCMGIPD 711
                R+G++++S I+I Y +AILG  +++ TV+G ++L IPAG QP   + L   G+P 
Sbjct: 266 DKEFTREGMNIHSEITISYLQAILGCKLQINTVDGPQELVIPAGTQPNTELMLEDHGVPK 325

Query: 712 INKPSVRGDHLFIVNVQIPKRISDSERTKVKELALLKASS 720
           +   ++RGDHL  V + IP RI++ ER  +++LA +K  S
Sbjct: 326 LGNSAIRGDHLINVKIAIPTRINNEERELLEKLAHIKGQS 359

[Close]
BLAST of Lsi02G000030 vs. TrEMBL
Match: A0A0B2SEV8_GLYSO (Chaperone protein DnaJ OS=Glycine soja GN=glysoja_041937 PE=3 SV=1)

HSP 1 Score: 410.2 bits (1053), Expect = 5.5e-111
Identity = 211/386 (54.66%), Postives = 281/386 (72.80%), Query Frame = 1 

Query: 385 PEKKKLFVNDEEEKECWAA--TIHEEEEEKLKTRY-HPDVNKDPGSEDRFKEISAAYEVD 444
           P+  K    +++ KE  AA   + ++E+  L  R+    +  D G        + A  VD
Sbjct: 96  PDMNKSPGAEDKFKEISAAYEVLSDDEKRSLYDRFGESGLQGDNGGS------TGAPGVD 155

Query: 445 PFEIFDAFFGGSDGLFGERDGIGGINLNQRSGKIQNLDIYYDLHLSFEESVLGGEQAIQF 504
           PF++FD FFG SDG+FG  D  G  N N R+ +    DI YDLHLSFEES+ GG++ I+ 
Sbjct: 156 PFDLFDTFFGRSDGVFGVGDE-GSFNFNFRNKRNHVHDIRYDLHLSFEESIFGGQREIEV 215

Query: 505 SCFKTCENCDGTGAKSNNCIKLCADCHGKGGVVKTHRTPFGMMSQVSICSECGGDGKIIT 564
           SCF+TC  CDGTGAKS NCIK C +C G+GG +KT RTPFGMMSQVS CS+CGG GKIIT
Sbjct: 216 SCFQTCNMCDGTGAKSKNCIKQCTNCGGRGGEMKTQRTPFGMMSQVSTCSKCGGLGKIIT 275

Query: 565 ELCRSCCGSGQMQSIRKMNLVIPPGVSDGATMKIQREGSSDEKRRMTGNLYIMLHIGEKH 624
           + CR C GSGQ+QS + M + IPPGV+DG TM+IQ +G+ D+KR++TG+LY++LH+ EK 
Sbjct: 276 DQCRRCDGSGQVQSKQTMEVEIPPGVNDGDTMQIQGQGNFDKKRQITGDLYVVLHVDEKQ 335

Query: 625 GIWRDGLHLYSSISIDYTEAILGTIVRVETVEGLKDLQIPAGVQPGDRVRLSCMGIPDIN 684
           GIWR+GLHLYS ISID+T+AILG++ +V+TVEGL+DLQIP+G+QPGD V+LSC+G+PDIN
Sbjct: 336 GIWREGLHLYSKISIDFTDAILGSVKKVDTVEGLRDLQIPSGIQPGDSVKLSCLGVPDIN 395

Query: 685 KPSVRGDHLFIVNVQIPKRISDSERTKVKELALLKASSKNDEVYT--HGMPQGTFDKYTH 744
           KPSVRGDH FIVNV IPK IS +ER  V++LA L+ASSK D + +  +G+P+G F+++  
Sbjct: 396 KPSVRGDHYFIVNVLIPKDISGTERVLVEQLASLRASSKRDSLSSNDNGIPKGKFNEFIK 455

Query: 745 ENQGNLASSQAIKRNTSIWSSIKHFI 766
            +    AS + IK   S+W SIK+F+
Sbjct: 456 RDPKGDASRKGIKNVGSLWGSIKNFL 474

[Close]
BLAST of Lsi02G000030 vs. TrEMBL
Match: I1KJ68_SOYBN (Uncharacterized protein OS=Glycine max GN=GLYMA_07G103600 PE=3 SV=1)

HSP 1 Score: 410.2 bits (1053), Expect = 5.5e-111
Identity = 211/386 (54.66%), Postives = 281/386 (72.80%), Query Frame = 1 

Query: 385 PEKKKLFVNDEEEKECWAA--TIHEEEEEKLKTRY-HPDVNKDPGSEDRFKEISAAYEVD 444
           P+  K    +++ KE  AA   + ++E+  L  R+    +  D G        + A  VD
Sbjct: 96  PDMNKSPGAEDKFKEISAAYEVLSDDEKRSLYDRFGESGLQGDNGGS------TGAPGVD 155

Query: 445 PFEIFDAFFGGSDGLFGERDGIGGINLNQRSGKIQNLDIYYDLHLSFEESVLGGEQAIQF 504
           PF++FD FFG SDG+FG  D  G  N N R+ +    DI YDLHLSFEES+ GG++ I+ 
Sbjct: 156 PFDLFDTFFGRSDGVFGVGDE-GSFNFNFRNKRNHVHDIRYDLHLSFEESIFGGQREIEV 215

Query: 505 SCFKTCENCDGTGAKSNNCIKLCADCHGKGGVVKTHRTPFGMMSQVSICSECGGDGKIIT 564
           SCF+TC  CDGTGAKS NCIK C +C G+GG +KT RTPFGMMSQVS CS+CGG GKIIT
Sbjct: 216 SCFQTCNMCDGTGAKSKNCIKQCTNCGGRGGEMKTQRTPFGMMSQVSTCSKCGGLGKIIT 275

Query: 565 ELCRSCCGSGQMQSIRKMNLVIPPGVSDGATMKIQREGSSDEKRRMTGNLYIMLHIGEKH 624
           + CR C GSGQ+QS + M + IPPGV+DG TM+IQ +G+ D+KR++TG+LY++LH+ EK 
Sbjct: 276 DQCRRCDGSGQVQSKQTMEVEIPPGVNDGDTMQIQGQGNFDKKRQITGDLYVVLHVDEKQ 335

Query: 625 GIWRDGLHLYSSISIDYTEAILGTIVRVETVEGLKDLQIPAGVQPGDRVRLSCMGIPDIN 684
           GIWR+GLHLYS ISID+T+AILG++ +V+TVEGL+DLQIP+G+QPGD V+LSC+G+PDIN
Sbjct: 336 GIWREGLHLYSKISIDFTDAILGSVKKVDTVEGLRDLQIPSGIQPGDSVKLSCLGVPDIN 395

Query: 685 KPSVRGDHLFIVNVQIPKRISDSERTKVKELALLKASSKNDEVYT--HGMPQGTFDKYTH 744
           KPSVRGDH FIVNV IPK IS +ER  V++LA L+ASSK D + +  +G+P+G F+++  
Sbjct: 396 KPSVRGDHYFIVNVLIPKDISGTERVLVEQLASLRASSKRDSLSSNDNGIPKGKFNEFIK 455

Query: 745 ENQGNLASSQAIKRNTSIWSSIKHFI 766
            +    AS + IK   S+W SIK+F+
Sbjct: 456 RDPKGDASRKGIKNVGSLWGSIKNFL 474

[Close]
BLAST of Lsi02G000030 vs. TrEMBL
Match: V4WE73_9ROSI (Uncharacterized protein OS=Citrus clementina GN=CICLE_v10008033mg PE=3 SV=1)

HSP 1 Score: 401.4 bits (1030), Expect = 2.6e-108
Identity = 210/389 (53.98%), Postives = 267/389 (68.64%), Query Frame = 1 

Query: 412 KLKTRYHPDVNKDPGSE----------------------DRFKE--ISAAYE-------- 471
           KL  +YHPD+NK PG+E                      DRF E  I+  Y+        
Sbjct: 67  KLARKYHPDINKSPGAEEKFKEISSAYEVLSDDEKRSVYDRFGEAGITGEYDGLSNTSQG 126

Query: 472 VDPFEIFDAFFGGSDGLFGERDGIGGINLNQRSGKIQNLDIYYDLHLSFEESVLGGEQAI 531
           VDPFE++ AFFGGSDGLFG     GGIN N  +     LDI YDLHLSFEES+ GG++ I
Sbjct: 127 VDPFELYSAFFGGSDGLFGGVGEAGGINFNFGNKGNFGLDIRYDLHLSFEESIFGGQRGI 186

Query: 532 QFSCFKTCENCDGTGAKSNNCIKLCADCHGKGGVVKTHRTPFGMMSQVSICSECGGDGKI 591
           + SCF+TC++C GTGAKS+NCI+ C  C G+GGV+KT RTPFG++SQVS CS+CGGDGKI
Sbjct: 187 EVSCFETCDSCGGTGAKSSNCIQSCKACWGRGGVLKTQRTPFGLISQVSTCSKCGGDGKI 246

Query: 592 ITELCRSCCGSGQMQSIRKMNLVIPPGVSDGATMKIQREGSSDEKRRMTGNLYIMLHIGE 651
           I + CR C G+G++QS R M +VIPPGVS+GATM+I+ EG+ D +R + G+L++ LH+ E
Sbjct: 247 IIDHCRRCGGNGEVQSKRSMKVVIPPGVSNGATMQIRGEGNFDRRRSLAGDLFVALHVDE 306

Query: 652 KHGIWRDGLHLYSSISIDYTEAILGTIVRVETVEGLKDLQIPAGVQPGDRVRLSCMGIPD 711
           K GI RDGL+L+S IS+DYTEAILGT + VETVEG+KDL+IP+GVQPGD V+L  MG+PD
Sbjct: 307 KQGIHRDGLNLFSKISVDYTEAILGTSMEVETVEGMKDLRIPSGVQPGDTVKLQQMGVPD 366

Query: 712 INKPSVRGDHLFIVNVQIPKRISDSERTKVKELALLKASSKNDEVYTHGMPQGTFDKYTH 769
           IN PSVRGDHLFIVNV IPK ISD ER  V+E+A LK+  K   V T+        + + 
Sbjct: 367 INNPSVRGDHLFIVNVLIPKDISDPERALVEEIAFLKSPGKWHSVSTNSTEAA--QRKSA 426

[Close]
BLAST of Lsi02G000030 vs. TrEMBL
Match: A0A061G300_THECC (Molecular chaperone Hsp40/DnaJ family protein OS=Theobroma cacao GN=TCM_046739 PE=3 SV=1)

HSP 1 Score: 401.4 bits (1030), Expect = 2.6e-108
Identity = 201/342 (58.77%), Postives = 262/342 (76.61%), Query Frame = 1 

Query: 436 AAYEVDPFEIFDAFFGGSDGLFGERDGIGGINLNQRSGKIQNLDIYYDLHLSFEESVLGG 495
           A+ EVDPFE+++AFFGGSDG FG     GG + + R+    +LDI YDL+L+FEESV GG
Sbjct: 156 ASPEVDPFEVYNAFFGGSDGFFGGMGEPGGFSFDLRNKGNNSLDIRYDLYLNFEESVYGG 215

Query: 496 EQAIQFSCFKTCENCDGTGAKSNNCIKLCADCHGKGGVVKTHRTPFGMMSQVSICSECGG 555
           E  I+ SC +TC++C GTGAKS++CIK C+ C G+G V+K+ RTPFGM+SQVS CS+CGG
Sbjct: 216 EHEIKISCLETCDDCGGTGAKSSSCIKSCSGCGGRGVVMKSQRTPFGMVSQVSTCSKCGG 275

Query: 556 DGKIITELCRSCCGSGQMQSIRKMNLVIPPGVSDGATMKIQREGSSDEKRRMTGNLYIML 615
           +GKIIT+ CR C GS +++  R M ++IPPGVSDG+TM+IQ EG+ D+KR + G+L+I+L
Sbjct: 276 NGKIITDKCRRCGGSCKVKVKRSMRVIIPPGVSDGSTMRIQGEGNFDKKRGLAGDLFIVL 335

Query: 616 HIGEKHGIWRDGLHLYSSISIDYTEAILGTIVRVETVEGLKDLQIPAGVQPGDRVRLSCM 675
           HI EK GIWRDGL+LYS I++DYTEAILGT+V+VETVEG+KDLQIP G+QPGD+V+LS +
Sbjct: 336 HIREKQGIWRDGLNLYSKINVDYTEAILGTVVKVETVEGMKDLQIPCGIQPGDKVKLSRL 395

Query: 676 GIPDINKPSVRGDHLFIVNVQIPKRISDSERTKVKELALLKASSKNDEVYTHGMPQGTFD 735
           GIPD+NKPSVRGDH FIVNV IPK IS+ ER  V+ELA LKASSK+    + GM + +  
Sbjct: 396 GIPDVNKPSVRGDHHFIVNVLIPKDISNKERALVEELASLKASSKS-YASSDGMNEVSAS 455

Query: 736 KYTHENQGNLASSQAIKRNTSIWSSIKHFIGSRALGLNLSSI 778
           K         ASS+ +   +S+W+SIK F+G R  G   +SI
Sbjct: 456 KV-------CASSKRVNGVSSLWNSIKAFLGQRQPGEGFASI 489

[Close]
BLAST of Lsi02G000030 vs. TrEMBL
Match: V4TW74_9ROSI (Uncharacterized protein OS=Citrus clementina GN=CICLE_v10008033mg PE=3 SV=1)

HSP 1 Score: 398.3 bits (1022), Expect = 2.2e-107
Identity = 208/385 (54.03%), Postives = 265/385 (68.83%), Query Frame = 1 

Query: 416 RYHPDVNKDPGSE----------------------DRFKE--ISAAYE--------VDPF 475
           +YHPD+NK PG+E                      DRF E  I+  Y+        VDPF
Sbjct: 2   QYHPDINKSPGAEEKFKEISSAYEVLSDDEKRSVYDRFGEAGITGEYDGLSNTSQGVDPF 61

Query: 476 EIFDAFFGGSDGLFGERDGIGGINLNQRSGKIQNLDIYYDLHLSFEESVLGGEQAIQFSC 535
           E++ AFFGGSDGLFG     GGIN N  +     LDI YDLHLSFEES+ GG++ I+ SC
Sbjct: 62  ELYSAFFGGSDGLFGGVGEAGGINFNFGNKGNFGLDIRYDLHLSFEESIFGGQRGIEVSC 121

Query: 536 FKTCENCDGTGAKSNNCIKLCADCHGKGGVVKTHRTPFGMMSQVSICSECGGDGKIITEL 595
           F+TC++C GTGAKS+NCI+ C  C G+GGV+KT RTPFG++SQVS CS+CGGDGKII + 
Sbjct: 122 FETCDSCGGTGAKSSNCIQSCKACWGRGGVLKTQRTPFGLISQVSTCSKCGGDGKIIIDH 181

Query: 596 CRSCCGSGQMQSIRKMNLVIPPGVSDGATMKIQREGSSDEKRRMTGNLYIMLHIGEKHGI 655
           CR C G+G++QS R M +VIPPGVS+GATM+I+ EG+ D +R + G+L++ LH+ EK GI
Sbjct: 182 CRRCGGNGEVQSKRSMKVVIPPGVSNGATMQIRGEGNFDRRRSLAGDLFVALHVDEKQGI 241

Query: 656 WRDGLHLYSSISIDYTEAILGTIVRVETVEGLKDLQIPAGVQPGDRVRLSCMGIPDINKP 715
            RDGL+L+S IS+DYTEAILGT + VETVEG+KDL+IP+GVQPGD V+L  MG+PDIN P
Sbjct: 242 HRDGLNLFSKISVDYTEAILGTSMEVETVEGMKDLRIPSGVQPGDTVKLQQMGVPDINNP 301

Query: 716 SVRGDHLFIVNVQIPKRISDSERTKVKELALLKASSKNDEVYTHGMPQGTFDKYTHENQG 769
           SVRGDHLFIVNV IPK ISD ER  V+E+A LK+  K   V T+        + + + + 
Sbjct: 302 SVRGDHLFIVNVLIPKDISDPERALVEEIAFLKSPGKWHSVSTNSTEAA--QRKSAKVRD 361

[Close]
BLAST of Lsi02G000030 vs. TAIR10
Match: AT3G17830.1 (AT3G17830.1 Molecular chaperone Hsp40/DnaJ family protein)

HSP 1 Score: 327.0 bits (837), Expect = 3.1e-89
Identity = 159/326 (48.77%), Postives = 228/326 (69.94%), Query Frame = 1 

Query: 440 VDPFEIFDAFFGGSDGLFGERDGIGGINLNQRSGKIQNLDIYYDLHLSFEESVLGGEQAI 499
           VDPF+++ AFFGGSDG FG     GG+  +  + +  +LDI YDL LSFEE+V G ++ I
Sbjct: 145 VDPFDLYSAFFGGSDGFFGGMGESGGMGFDFMNKRSLDLDIRYDLRLSFEEAVFGVKREI 204

Query: 500 QFSCFKTCENCDGTGAKSNNCIKLCADCHGKGGVVKTHRTPFGMMSQVSICSECGGDGKI 559
           + S  +TC+ C GTGAKS+N IK C+ C GKG V+ + RTPFG+MSQVS CS+CGG+GK 
Sbjct: 205 EVSYLETCDGCGGTGAKSSNSIKQCSSCDGKGRVMNSQRTPFGIMSQVSTCSKCGGEGKT 264

Query: 560 ITELCRSCCGSGQMQSIRKMNLVIPPGVSDGATMKIQREGSSDEKRRMTGNLYIMLHIGE 619
           IT+ CR C G+G++++ +KM++V+PPGVSD ATM+IQ EG+ D++    G+L+I+L + E
Sbjct: 265 ITDKCRKCIGNGRLRARKKMDVVVPPGVSDRATMRIQGEGNMDKRSGRAGDLFIVLQVDE 324

Query: 620 KHGIWRDGLHLYSSISIDYTEAILGTIVRVETVEGLKDLQIPAGVQPGDRVRLSCMGIPD 679
           K GI R+GL+LYS+I+ID+T+AILG   +VETVEG  DL+IP G QPGD V+L   G+PD
Sbjct: 325 KRGIRREGLNLYSNINIDFTDAILGATTKVETVEGSMDLRIPPGTQPGDTVKLPRKGVPD 384

Query: 680 INKPSVRGDHLFIVNVQIPKRISDSERTKVKELALLKASSKNDEVYTHGMPQGTFDKYTH 739
            ++PS+RGDH F+V + IPK++S+ ER  V+E + L+ SS +           T    T 
Sbjct: 385 TDRPSIRGDHCFVVKISIPKKLSERERKLVEEFSSLRRSSSS-----------TGPTETR 444

Query: 740 ENQGNLASSQAIKRNTSIWSSIKHFI 766
           + + +  S    ++  S+W  +K+FI
Sbjct: 445 QEEQSFGSEP--RKEPSLWHKMKNFI 457

[Close]
BLAST of Lsi02G000030 vs. TAIR10
Match: AT1G80030.1 (AT1G80030.1 Molecular chaperone Hsp40/DnaJ family protein)

HSP 1 Score: 294.3 bits (752), Expect = 2.2e-79
Identity = 159/397 (40.05%), Postives = 232/397 (58.44%), Query Frame = 1 

Query: 412 KLKTRYHPDVNKDPGSEDRFKEISAAYEV------------------------------- 471
           +L  +YHPDVNK+PG+ ++FKEISAAYEV                               
Sbjct: 97  RLARQYHPDVNKEPGATEKFKEISAAYEVLSDEQKRALYDQYGEAGVKSTVGGASGPYTS 156

Query: 472 DPFEIFDAFFGGSDGLFGERDGIGGINLNQRSGKIQNLDIYYDLHLSFEESVLGGEQAIQ 531
           +PF++F+ FFG S G F   D        +RS   +  D+ YD+ L   E++ G E+   
Sbjct: 157 NPFDLFETFFGASMGGFPGMDQ-ADFGRTRRSRVTKGEDLRYDITLELSEAIFGSEKEFD 216

Query: 532 FSCFKTCENCDGTGAKSNNCIKLCADCHGKGGVVKTHRTPFGMMSQVSICSECGGDGKII 591
            +  +TCE C GTGAK+ + +++C+ C G+G V++T +TPFGM SQVSIC  CGGDG++I
Sbjct: 217 LTHLETCEACAGTGAKAGSKMRICSTCGGRGQVMRTEQTPFGMFSQVSICPNCGGDGEVI 276

Query: 592 TELCRSCCGSGQMQSIRKMNLVIPPGVSDGATMKIQREGSSDEKRRMTGNLYIMLHIGEK 651
           +E CR C G G+++  + + + IPPGVS G+ +++  EG S  +    G+LY+ L + + 
Sbjct: 277 SENCRKCSGEGRVRIKKSIKVKIPPGVSAGSILRVAGEGDSGPRGGPPGDLYVYLDVEDV 336

Query: 652 HGIWRDGLHLYSSISIDYTEAILGTIVRVETVEGLKDLQIPAGVQPGDRVRLSCMGIPDI 711
            GI RDG++L S++SI Y +AILG +V+V+TVEG  +LQIP G QPGD + L+  G+P +
Sbjct: 337 RGIERDGINLLSTLSISYLDAILGAVVKVKTVEGDTELQIPPGTQPGDVLVLAKKGVPKL 396

Query: 712 NKPSVRGDHLFIVNVQIPKRISDSERTKVKELALLKASSKNDEVYTHGMPQGTFDKYTHE 771
           N+PS+RGDHLF V V +P +IS  ER  ++ELA LK +S N    T   PQ      T  
Sbjct: 397 NRPSIRGDHLFTVKVSVPNQISAGERELLEELASLKDTSSN-RSRTRAKPQQPSTLSTAP 456

[Close]
BLAST of Lsi02G000030 vs. TAIR10
Match: AT2G22360.1 (AT2G22360.1 DNAJ heat shock family protein)

HSP 1 Score: 230.3 bits (586), Expect = 4.0e-60
Identity = 123/332 (37.05%), Postives = 190/332 (57.23%), Query Frame = 1 

Query: 412 KLKTRYHPDVNKDPGSEDRFKEISAAYEV------------------------------D 471
           KL   YHPDVNKDPG+E++FKEIS AYEV                              +
Sbjct: 108 KLARNYHPDVNKDPGAEEKFKEISNAYEVLSDDEKKSLYDRYGEAGLKGAAGFGNGDFSN 167

Query: 472 PFEIFDAFFGGSDGLFGERDGIGGINLNQRSGKIQNLDIYYDLHLSFEESVLGGEQAIQF 531
           PF++FD+ F G    FG     GG+    RS  +   D YY L L+F+E+V G E+ I+ 
Sbjct: 168 PFDLFDSLFEG----FG-----GGMGRGSRSRAVDGQDEYYTLILNFKEAVFGMEKEIEI 227

Query: 532 SCFKTCENCDGTGAKSNNCIKLCADCHGKGGVVKTHRTPFGMMSQVSICSECGGDGKIIT 591
           S  ++C  C+G+GAK       C  C G+G VV   RTP G+  QV  CS C G G+I T
Sbjct: 228 SRLESCGTCEGSGAKPGTKPTKCTTCGGQGQVVSAARTPLGVFQQVMTCSSCNGTGEIST 287

Query: 592 ELCRSCCGSGQMQSIRKMNLVIPPGVSDGATMKIQREGSSDEKRRMTGNLYIMLHIGEKH 651
             C +C G G+++  ++++L +P GV  G+ ++++ EG++ ++    G+L++++ +    
Sbjct: 288 P-CGTCSGDGRVRKTKRISLKVPAGVDSGSRLRVRGEGNAGKRGGSPGDLFVVIEVIPDP 347

Query: 652 GIWRDGLHLYSSISIDYTEAILGTIVRVETVEGLKDLQIPAGVQPGDRVRLSCMGIPDIN 711
            + RD  ++  +  I Y +AILGT ++V TV+G  DL++PAG QP   + ++  G+P +N
Sbjct: 348 ILKRDDTNILYTCKISYIDAILGTTLKVPTVDGTVDLKVPAGTQPSTTLVMAKKGVPVLN 407

Query: 712 KPSVRGDHLFIVNVQIPKRISDSERTKVKELA 714
           K ++RGD L  V V+IPKR+S  E+  ++ELA
Sbjct: 408 KSNMRGDQLVRVQVEIPKRLSKEEKKLIEELA 429

[Close]
BLAST of Lsi02G000030 vs. TAIR10
Match: AT4G39960.1 (AT4G39960.1 Molecular chaperone Hsp40/DnaJ family protein)

HSP 1 Score: 198.7 bits (504), Expect = 1.3e-50
Identity = 101/273 (37.00%), Postives = 168/273 (61.54%), Query Frame = 1 

Query: 441 DPFEIFDAFFGGSDGLFGERDGIGGINLNQRSGKIQNLDIYYDLHLSFEESVLGGEQAIQ 500
           +PF++F++ F G  G+ G   G+G  +   RS  I   D YY L L+F+E+V G E+ I+
Sbjct: 166 NPFDLFESLFEGMGGMGGMGGGMG--SRGSRSRAIDGEDEYYSLILNFKEAVFGIEKEIE 225

Query: 501 FSCFKTCENCDGTGAKSNNCIKLCADCHGKGGVVKTHRTPFGMMSQVSICSECGGDGKII 560
            S  ++C  C+G+GAK+      C  C G+G VV + RTP G+  QV  CS C G G+I 
Sbjct: 226 ISRLESCGTCNGSGAKAGTKPTKCKTCGGQGQVVASTRTPLGVFQQVMTCSPCNGTGEI- 285

Query: 561 TELCRSCCGSGQMQSIRKMNLVIPPGVSDGATMKIQREGSSDEKRRMTGNLYIMLHIGEK 620
           ++ C +C G G+++  ++++L +P GV  G+ ++++ EG++ ++    G+L+ ++ +   
Sbjct: 286 SKPCGACSGDGRVRRTKRISLKVPAGVDSGSRLRVRGEGNAGKRGGSPGDLFAVIEVIPD 345

Query: 621 HGIWRDGLHLYSSISIDYTEAILGTIVRVETVEGLKDLQIPAGVQPGDRVRLSCMGIPDI 680
             + RD  ++  +  I Y +AILGT ++V TV+G  DL++PAG QP   + ++  G+P +
Sbjct: 346 PVLKRDDTNILYTCKISYVDAILGTTLKVPTVDGEVDLKVPAGTQPSTTLVMAKKGVPVL 405

Query: 681 NKPSVRGDHLFIVNVQIPKRISDSERTKVKELA 714
           NK  +RGD L  V V+IPKR+S  E+  V+ELA
Sbjct: 406 NKSKMRGDQLVRVQVEIPKRLSKEEKMLVEELA 435

[Close]
BLAST of Lsi02G000030 vs. TAIR10
Match: AT5G48030.1 (AT5G48030.1 gametophytic factor 2)

HSP 1 Score: 140.2 bits (352), Expect = 5.4e-33
Identity = 96/328 (29.27%), Postives = 153/328 (46.65%), Query Frame = 1 

Query: 413 LKTRYHPDV-NKDPGSEDRFKEISAAYEV----DPFEIFD-------------------A 472
           L  + HPD+   DP +E +F+E+S AYE+    +  +++D                    
Sbjct: 117 LAKKLHPDMNKDDPEAETKFQEVSKAYEILKDKEKRDLYDQVGHEAFEQNASGGFPNDQG 176

Query: 473 FFGGSDGLFGERDGIGGIN---LNQRSGKIQNLDIYYDLHLSFEESVLGGEQAIQFSCFK 532
           F GG  G F   D  G  N    N     I   D+   L LSF E+V G  + + F    
Sbjct: 177 FGGGGGGGFNPFDIFGSFNGDIFNMYRQDIGGQDVKVLLDLSFMEAVQGCSKTVTFQTEM 236

Query: 533 TCENCDGTGAKSNNCIKLCADCHGKGGVVKTHRTPFGMMSQVSICSECGGDGKIITELCR 592
            C  C G G       + C  C+G  G+    R   GM+S  + C +CGG G+  + +C+
Sbjct: 237 ACNTCGGQGVPPGTKREKCKACNG-SGMTSLRR---GMLSIQTTCQKCGGAGQTFSSICK 296

Query: 593 SCCGSGQMQSIRKMNLVIPPGVSDGATMKIQREGSSDEKRRMTGNLYIMLHIGEKHGIWR 652
           SC G+  ++  + + + I PGV +  T+K+ R G +D +    G+LY+ L + E     R
Sbjct: 297 SCRGARVVRGQKSVKVTIDPGVDNSDTLKVARVGGADPEGDQPGDLYVTLKVREDPVFRR 356

Query: 653 DGLHLYSSISIDYTEAILGTIVRVETVEGLKDLQIPAGVQPGDRVRLSCMGIPDINKPSV 712
           +G  ++    +  T+AILG  ++V T+ G   +++  G QPG +V L   GI    K + 
Sbjct: 357 EGSDIHVDAVLSVTQAILGGTIQVPTLTGDVVVKVRPGTQPGHKVVLRNKGI-RARKSTK 416

Query: 713 RGDHLFIVNVQIPKRISDSERTKVKELA 714
            GD     NV IP  I+  +R  ++E +
Sbjct: 417 FGDQYVHFNVSIPANITQRQRELLEEFS 439

[Close]
BLAST of Lsi02G000030 vs. NCBI nr
Match: gi|778656697|ref|XP_011649531.1| (PREDICTED: chaperone protein dnaJ 1, mitochondrial isoform X1 [Cucumis sativus])

HSP 1 Score: 619.8 bits (1597), Expect = 6.6e-174
Identity = 310/390 (79.49%), Postives = 335/390 (85.90%), Query Frame = 1 

Query: 411 EKLKTRYHPDVNKDPGSEDRFKEISAAYE------------------------------- 470
           +KL  +YHPDVNKDPGSEDRFKEISAAYE                               
Sbjct: 117 KKLARKYHPDVNKDPGSEDRFKEISAAYEVLSDDEKRSLYDQLSEAGVHGDYGVMSRDSR 176

Query: 471 -VDPFEIFDAFFGGSDGLFGERDGIGGINLNQRSGKIQNLDIYYDLHLSFEESVLGGEQA 530
            VDPF+IFDAFFGGSDGLF E DGIGGINLNQRS KIQ+LDI+Y LHLSFEESV GGE+ 
Sbjct: 177 GVDPFDIFDAFFGGSDGLFRESDGIGGINLNQRSEKIQSLDIHYALHLSFEESVFGGEKT 236

Query: 531 IQFSCFKTCENCDGTGAKSNNCIKLCADCHGKGGVVKTHRTPFGMMSQVSICSECGGDGK 590
           IQFS F+TCENCDGTGAKSN+CIKLCA+CHG+GGVVKT +TPFGMMSQVSICSECGGDGK
Sbjct: 237 IQFSFFETCENCDGTGAKSNSCIKLCANCHGRGGVVKTQKTPFGMMSQVSICSECGGDGK 296

Query: 591 IITELCRSCCGSGQMQSIRKMNLVIPPGVSDGATMKIQREGSSDEKRRMTGNLYIMLHIG 650
            IT LCRSC G GQ+QSI+KM+LVIPPGVSDGATMKIQREGSSD KR MTG+LYIMLHIG
Sbjct: 297 KITNLCRSCGGGGQLQSIKKMSLVIPPGVSDGATMKIQREGSSDMKRGMTGDLYIMLHIG 356

Query: 651 EKHGIWRDGLHLYSSISIDYTEAILGTIVRVETVEGLKDLQIPAGVQPGDRVRLSCMGIP 710
           EKHGIWRDG+HLYS+ISIDYTEAILGT V+VETVEGLKDLQIPAGVQPGDRVRLSCMGIP
Sbjct: 357 EKHGIWRDGIHLYSNISIDYTEAILGTTVKVETVEGLKDLQIPAGVQPGDRVRLSCMGIP 416

Query: 711 DINKPSVRGDHLFIVNVQIPKRISDSERTKVKELALLKASSKNDEVYTHGMPQGTFDKYT 769
           DINKPSVRGDHLFIVNVQIPKR+SDSERTK+KELALLKAS+KNDEVYTHGMP GTFDK+T
Sbjct: 417 DINKPSVRGDHLFIVNVQIPKRMSDSERTKIKELALLKASTKNDEVYTHGMPLGTFDKHT 476

[Close]
BLAST of Lsi02G000030 vs. NCBI nr
Match: gi|659066226|ref|XP_008441271.1| (PREDICTED: chaperone protein dnaJ 1, mitochondrial isoform X3 [Cucumis melo])

HSP 1 Score: 617.1 bits (1590), Expect = 4.3e-173
Identity = 309/390 (79.23%), Postives = 334/390 (85.64%), Query Frame = 1 

Query: 411 EKLKTRYHPDVNKDPGSEDRFKEISAAYE------------------------------- 470
           +KL  +YHPDVNK+PGSEDRFKEISAAYE                               
Sbjct: 59  KKLARKYHPDVNKEPGSEDRFKEISAAYEVLSDDEKRYLYDQLSEAGVQGDYGVMSRDSQ 118

Query: 471 -VDPFEIFDAFFGGSDGLFGERDGIGGINLNQRSGKIQNLDIYYDLHLSFEESVLGGEQA 530
            VDPFEIFDAFFGGSDGLF ERDGIGGINLNQRS KIQ+LDI+Y LHLSFEESV GGEQA
Sbjct: 119 GVDPFEIFDAFFGGSDGLFRERDGIGGINLNQRSEKIQSLDIHYALHLSFEESVFGGEQA 178

Query: 531 IQFSCFKTCENCDGTGAKSNNCIKLCADCHGKGGVVKTHRTPFGMMSQVSICSECGGDGK 590
           IQFS F+TC  CDGTGAKSN+CIKLCA+CHG+GGVVKT +TPFGMMSQVSICSECGGDGK
Sbjct: 179 IQFSFFETCGKCDGTGAKSNSCIKLCANCHGRGGVVKTQKTPFGMMSQVSICSECGGDGK 238

Query: 591 IITELCRSCCGSGQMQSIRKMNLVIPPGVSDGATMKIQREGSSDEKRRMTGNLYIMLHIG 650
            ITELCRSC GSGQ+QSI+KMNLVIPPGVSDGATMKIQREGS D+KR MTG+LYIMLHIG
Sbjct: 239 KITELCRSCGGSGQLQSIKKMNLVIPPGVSDGATMKIQREGSYDKKRGMTGDLYIMLHIG 298

Query: 651 EKHGIWRDGLHLYSSISIDYTEAILGTIVRVETVEGLKDLQIPAGVQPGDRVRLSCMGIP 710
           EKHGIWRDG+HLYS+ISIDYTEAILGT+V+VETVEGLKDLQIPAGVQPGDRVRL  MGIP
Sbjct: 299 EKHGIWRDGIHLYSNISIDYTEAILGTVVKVETVEGLKDLQIPAGVQPGDRVRLPFMGIP 358

Query: 711 DINKPSVRGDHLFIVNVQIPKRISDSERTKVKELALLKASSKNDEVYTHGMPQGTFDKYT 769
           DINKPSVRGDHLFIVNVQIPKRISDSERTK+KELALLKAS+KNDEVYTHG+P G FDKY 
Sbjct: 359 DINKPSVRGDHLFIVNVQIPKRISDSERTKIKELALLKASTKNDEVYTHGLPLGIFDKYA 418

[Close]
BLAST of Lsi02G000030 vs. NCBI nr
Match: gi|659066222|ref|XP_008439676.1| (PREDICTED: chaperone protein dnaJ 1, mitochondrial isoform X1 [Cucumis melo])

HSP 1 Score: 617.1 bits (1590), Expect = 4.3e-173
Identity = 309/390 (79.23%), Postives = 334/390 (85.64%), Query Frame = 1 

Query: 411 EKLKTRYHPDVNKDPGSEDRFKEISAAYE------------------------------- 470
           +KL  +YHPDVNK+PGSEDRFKEISAAYE                               
Sbjct: 131 KKLARKYHPDVNKEPGSEDRFKEISAAYEVLSDDEKRYLYDQLSEAGVQGDYGVMSRDSQ 190

Query: 471 -VDPFEIFDAFFGGSDGLFGERDGIGGINLNQRSGKIQNLDIYYDLHLSFEESVLGGEQA 530
            VDPFEIFDAFFGGSDGLF ERDGIGGINLNQRS KIQ+LDI+Y LHLSFEESV GGEQA
Sbjct: 191 GVDPFEIFDAFFGGSDGLFRERDGIGGINLNQRSEKIQSLDIHYALHLSFEESVFGGEQA 250

Query: 531 IQFSCFKTCENCDGTGAKSNNCIKLCADCHGKGGVVKTHRTPFGMMSQVSICSECGGDGK 590
           IQFS F+TC  CDGTGAKSN+CIKLCA+CHG+GGVVKT +TPFGMMSQVSICSECGGDGK
Sbjct: 251 IQFSFFETCGKCDGTGAKSNSCIKLCANCHGRGGVVKTQKTPFGMMSQVSICSECGGDGK 310

Query: 591 IITELCRSCCGSGQMQSIRKMNLVIPPGVSDGATMKIQREGSSDEKRRMTGNLYIMLHIG 650
            ITELCRSC GSGQ+QSI+KMNLVIPPGVSDGATMKIQREGS D+KR MTG+LYIMLHIG
Sbjct: 311 KITELCRSCGGSGQLQSIKKMNLVIPPGVSDGATMKIQREGSYDKKRGMTGDLYIMLHIG 370

Query: 651 EKHGIWRDGLHLYSSISIDYTEAILGTIVRVETVEGLKDLQIPAGVQPGDRVRLSCMGIP 710
           EKHGIWRDG+HLYS+ISIDYTEAILGT+V+VETVEGLKDLQIPAGVQPGDRVRL  MGIP
Sbjct: 371 EKHGIWRDGIHLYSNISIDYTEAILGTVVKVETVEGLKDLQIPAGVQPGDRVRLPFMGIP 430

Query: 711 DINKPSVRGDHLFIVNVQIPKRISDSERTKVKELALLKASSKNDEVYTHGMPQGTFDKYT 769
           DINKPSVRGDHLFIVNVQIPKRISDSERTK+KELALLKAS+KNDEVYTHG+P G FDKY 
Sbjct: 431 DINKPSVRGDHLFIVNVQIPKRISDSERTKIKELALLKASTKNDEVYTHGLPLGIFDKYA 490

[Close]
BLAST of Lsi02G000030 vs. NCBI nr
Match: gi|778656700|ref|XP_011649534.1| (PREDICTED: dnaJ homolog subfamily A member 3, mitochondrial isoform X2 [Cucumis sativus])

HSP 1 Score: 612.1 bits (1577), Expect = 1.4e-171
Identity = 306/383 (79.90%), Postives = 330/383 (86.16%), Query Frame = 1 

Query: 411 EKLKTRYHPDVNKDPGSEDRFKEISAAYE------------------------------- 470
           +KL  +YHPDVNKDPGSEDRFKEISAAYE                               
Sbjct: 117 KKLARKYHPDVNKDPGSEDRFKEISAAYEVLSDDEKRSLYDQLSEAGVHGDYGVMSRDSR 176

Query: 471 -VDPFEIFDAFFGGSDGLFGERDGIGGINLNQRSGKIQNLDIYYDLHLSFEESVLGGEQA 530
            VDPF+IFDAFFGGSDGLF E DGIGGINLNQRS KIQ+LDI+Y LHLSFEESV GGE+ 
Sbjct: 177 GVDPFDIFDAFFGGSDGLFRESDGIGGINLNQRSEKIQSLDIHYALHLSFEESVFGGEKT 236

Query: 531 IQFSCFKTCENCDGTGAKSNNCIKLCADCHGKGGVVKTHRTPFGMMSQVSICSECGGDGK 590
           IQFS F+TCENCDGTGAKSN+CIKLCA+CHG+GGVVKT +TPFGMMSQVSICSECGGDGK
Sbjct: 237 IQFSFFETCENCDGTGAKSNSCIKLCANCHGRGGVVKTQKTPFGMMSQVSICSECGGDGK 296

Query: 591 IITELCRSCCGSGQMQSIRKMNLVIPPGVSDGATMKIQREGSSDEKRRMTGNLYIMLHIG 650
            IT LCRSC G GQ+QSI+KM+LVIPPGVSDGATMKIQREGSSD KR MTG+LYIMLHIG
Sbjct: 297 KITNLCRSCGGGGQLQSIKKMSLVIPPGVSDGATMKIQREGSSDMKRGMTGDLYIMLHIG 356

Query: 651 EKHGIWRDGLHLYSSISIDYTEAILGTIVRVETVEGLKDLQIPAGVQPGDRVRLSCMGIP 710
           EKHGIWRDG+HLYS+ISIDYTEAILGT V+VETVEGLKDLQIPAGVQPGDRVRLSCMGIP
Sbjct: 357 EKHGIWRDGIHLYSNISIDYTEAILGTTVKVETVEGLKDLQIPAGVQPGDRVRLSCMGIP 416

Query: 711 DINKPSVRGDHLFIVNVQIPKRISDSERTKVKELALLKASSKNDEVYTHGMPQGTFDKYT 762
           DINKPSVRGDHLFIVNVQIPKR+SDSERTK+KELALLKAS+KNDEVYTHGMP GTFDK+T
Sbjct: 417 DINKPSVRGDHLFIVNVQIPKRMSDSERTKIKELALLKASTKNDEVYTHGMPLGTFDKHT 476

[Close]
BLAST of Lsi02G000030 vs. NCBI nr
Match: gi|659066224|ref|XP_008440493.1| (PREDICTED: chaperone protein dnaJ 1, mitochondrial isoform X2 [Cucumis melo])

HSP 1 Score: 609.4 bits (1570), Expect = 8.9e-171
Identity = 305/383 (79.63%), Postives = 329/383 (85.90%), Query Frame = 1 

Query: 411 EKLKTRYHPDVNKDPGSEDRFKEISAAYE------------------------------- 470
           +KL  +YHPDVNK+PGSEDRFKEISAAYE                               
Sbjct: 131 KKLARKYHPDVNKEPGSEDRFKEISAAYEVLSDDEKRYLYDQLSEAGVQGDYGVMSRDSQ 190

Query: 471 -VDPFEIFDAFFGGSDGLFGERDGIGGINLNQRSGKIQNLDIYYDLHLSFEESVLGGEQA 530
            VDPFEIFDAFFGGSDGLF ERDGIGGINLNQRS KIQ+LDI+Y LHLSFEESV GGEQA
Sbjct: 191 GVDPFEIFDAFFGGSDGLFRERDGIGGINLNQRSEKIQSLDIHYALHLSFEESVFGGEQA 250

Query: 531 IQFSCFKTCENCDGTGAKSNNCIKLCADCHGKGGVVKTHRTPFGMMSQVSICSECGGDGK 590
           IQFS F+TC  CDGTGAKSN+CIKLCA+CHG+GGVVKT +TPFGMMSQVSICSECGGDGK
Sbjct: 251 IQFSFFETCGKCDGTGAKSNSCIKLCANCHGRGGVVKTQKTPFGMMSQVSICSECGGDGK 310

Query: 591 IITELCRSCCGSGQMQSIRKMNLVIPPGVSDGATMKIQREGSSDEKRRMTGNLYIMLHIG 650
            ITELCRSC GSGQ+QSI+KMNLVIPPGVSDGATMKIQREGS D+KR MTG+LYIMLHIG
Sbjct: 311 KITELCRSCGGSGQLQSIKKMNLVIPPGVSDGATMKIQREGSYDKKRGMTGDLYIMLHIG 370

Query: 651 EKHGIWRDGLHLYSSISIDYTEAILGTIVRVETVEGLKDLQIPAGVQPGDRVRLSCMGIP 710
           EKHGIWRDG+HLYS+ISIDYTEAILGT+V+VETVEGLKDLQIPAGVQPGDRVRL  MGIP
Sbjct: 371 EKHGIWRDGIHLYSNISIDYTEAILGTVVKVETVEGLKDLQIPAGVQPGDRVRLPFMGIP 430

Query: 711 DINKPSVRGDHLFIVNVQIPKRISDSERTKVKELALLKASSKNDEVYTHGMPQGTFDKYT 762
           DINKPSVRGDHLFIVNVQIPKRISDSERTK+KELALLKAS+KNDEVYTHG+P G FDKY 
Sbjct: 431 DINKPSVRGDHLFIVNVQIPKRISDSERTKIKELALLKASTKNDEVYTHGLPLGIFDKYA 490

The following BLAST results are available for this feature:
BLAST of Lsi02G000030 vs. Swiss-Prot
Match NameE-valueIdentityDescription
DNAJ_SYNP22.1e-6338.51Chaperone protein DnaJ OS=Synechococcus sp. (strain ATCC 27264 / PCC 7002 / PR-6... [more]
DNAJ1_SYNY33.1e-6236.84Chaperone protein DnaJ 1 OS=Synechocystis sp. (strain PCC 6803 / Kazusa) GN=dnaJ... [more]
DNAJ_CYAA55.2e-6238.42Chaperone protein DnaJ OS=Cyanothece sp. (strain ATCC 51142) GN=dnaJ PE=3 SV=1[more]
DNAJ_ACAM15.2e-6239.58Chaperone protein DnaJ OS=Acaryochloris marina (strain MBIC 11017) GN=dnaJ PE=3 ... [more]
DNAJ_CYAP81.3e-6035.59Chaperone protein DnaJ OS=Cyanothece sp. (strain PCC 8801) GN=dnaJ PE=3 SV=1[more]
BLAST of Lsi02G000030 vs. TrEMBL
Match NameE-valueIdentityDescription
A0A0B2SEV8_GLYSO5.5e-11154.66Chaperone protein DnaJ OS=Glycine soja GN=glysoja_041937 PE=3 SV=1[more]
I1KJ68_SOYBN5.5e-11154.66Uncharacterized protein OS=Glycine max GN=GLYMA_07G103600 PE=3 SV=1[more]
V4WE73_9ROSI2.6e-10853.98Uncharacterized protein OS=Citrus clementina GN=CICLE_v10008033mg PE=3 SV=1[more]
A0A061G300_THECC2.6e-10858.77Molecular chaperone Hsp40/DnaJ family protein OS=Theobroma cacao GN=TCM_046739 P... [more]
V4TW74_9ROSI2.2e-10754.03Uncharacterized protein OS=Citrus clementina GN=CICLE_v10008033mg PE=3 SV=1[more]
BLAST of Lsi02G000030 vs. TAIR10
Match NameE-valueIdentityDescription
AT3G17830.13.1e-8948.77 Molecular chaperone Hsp40/DnaJ family protein[more]
AT1G80030.12.2e-7940.05 Molecular chaperone Hsp40/DnaJ family protein[more]
AT2G22360.14.0e-6037.05 DNAJ heat shock family protein[more]
AT4G39960.11.3e-5037.00 Molecular chaperone Hsp40/DnaJ family protein[more]
AT5G48030.15.4e-3329.27 gametophytic factor 2[more]
BLAST of Lsi02G000030 vs. NCBI nr
Match NameE-valueIdentityDescription
gi|778656697|ref|XP_011649531.1|6.6e-17479.49PREDICTED: chaperone protein dnaJ 1, mitochondrial isoform X1 [Cucumis sativus][more]
gi|659066226|ref|XP_008441271.1|4.3e-17379.23PREDICTED: chaperone protein dnaJ 1, mitochondrial isoform X3 [Cucumis melo][more]
gi|659066222|ref|XP_008439676.1|4.3e-17379.23PREDICTED: chaperone protein dnaJ 1, mitochondrial isoform X1 [Cucumis melo][more]
gi|778656700|ref|XP_011649534.1|1.4e-17179.90PREDICTED: dnaJ homolog subfamily A member 3, mitochondrial isoform X2 [Cucumis ... [more]
gi|659066224|ref|XP_008440493.1|8.9e-17179.63PREDICTED: chaperone protein dnaJ 1, mitochondrial isoform X2 [Cucumis melo][more]
Annotated Terms
The following terms have been associated with this gene:
Vocabulary: Biological Process
TermDefinition
GO:0006457protein folding
Vocabulary: Molecular Function
TermDefinition
GO:0051082unfolded protein binding
GO:0031072heat shock protein binding
Vocabulary: INTERPRO
TermDefinition
IPR008971HSP40/DnaJ_pept-bd
IPR002939DnaJ_C
IPR001623DnaJ_domain
IPR001305HSP_DnaJ_Cys-rich_dom
GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0009408 response to heat
biological_process GO:0006457 protein folding
biological_process GO:0008150 biological_process
cellular_component GO:0016020 membrane
cellular_component GO:0005575 cellular_component
molecular_function GO:0031072 heat shock protein binding
molecular_function GO:0043167 ion binding
molecular_function GO:0051082 unfolded protein binding
molecular_function GO:0005524 ATP binding
molecular_function GO:0003676 nucleic acid binding
molecular_function GO:0008270 zinc ion binding
molecular_function GO:0046872 metal ion binding
molecular_function GO:0005488 binding
Relationships

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

Feature NameUnique NameType
Lsi02G000030.1Lsi02G000030.1mRNA


InterPro
Analysis Name: InterPro Annotations of Lagenaria siceraria
Date Performed: 2017-09-18
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
IPR001305Heat shock protein DnaJ, cysteine-rich domainGENE3DG3DSA:2.10.230.10coord: 505..574
score: 1.5
IPR001305Heat shock protein DnaJ, cysteine-rich domainPFAMPF00684DnaJ_CXXCXGXGcoord: 507..571
score: 1.
IPR001305Heat shock protein DnaJ, cysteine-rich domainPROFILEPS51188ZF_CRcoord: 494..576
score: 18
IPR001305Heat shock protein DnaJ, cysteine-rich domainunknownSSF57938DnaJ/Hsp40 cysteine-rich domaincoord: 494..573
score: 3.92
IPR001623DnaJ domainGENE3DG3DSA:1.10.287.110coord: 412..440
score: 2.1E-6coord: 119..151
score: 4.
IPR001623DnaJ domainunknownSSF46565Chaperone J-domaincoord: 412..461
score: 1.57E-7coord: 112..157
score: 9.2
IPR002939Chaperone DnaJ, C-terminalPFAMPF01556DnaJ_Ccoord: 481..698
score: 1.4
IPR008971HSP40/DnaJ peptide-bindingunknownSSF49493HSP40/DnaJ peptide-binding domaincoord: 577..617
score: 1.06E-10coord: 479..512
score: 1.06E-10coord: 625..706
score: 3.01
NoneNo IPR availableGENE3DG3DSA:2.60.260.20coord: 577..617
score: 1.1E-10coord: 625..699
score: 2.1E-12coord: 476..504
score: 1.1
NoneNo IPR availablePANTHERPTHR24078DNAJ HOMOLOG SUBFAMILY C MEMBERcoord: 422..769
score: 1.6E-141coord: 120..149
score: 1.6E
NoneNo IPR availablePANTHERPTHR24078:SF231CHAPERONE PROTEIN DNAJcoord: 422..769
score: 1.6E-141coord: 120..149
score: 1.6E