Lcy11g000010 (gene) Sponge gourd (P93075) v1

Overview
NameLcy11g000010
Typegene
OrganismLuffa cylindrica cv. P93075 (Sponge gourd (P93075) v1)
DescriptionCytosolic Fe-S cluster assembly factor NAR1
LocationChr11: 33559 .. 70344 (-)
RNA-Seq ExpressionLcy11g000010
SyntenyLcy11g000010
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

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

mRNA sequence

ATGCCAGTACACTCGATTTGGATTACCATATACTCTAGTGAATCTCCATCTTCATTTGATGTCCCTTATAACCACTCTCCTAGTCTCCTCTCGTGTTCGTGTTTGCCGCCGCCGCCGGTGCTTGCCGTGCTTGTCGTCGGTGCTGTTCAATCTCTCCTCTCCCTTCTCGTGCTTGCCGCCGGTGCTGTTCAATCCGCCGGTGCGTTCACTCTCCCTACTTGTGCGCTTGCTGCCGAGTTTAAGTCGCCGCCGGTAGCCCAGTGTCGTCGCGGTGTCTCTCTCGTTCACTGTTGCCGTCGCTGTCGTCTTCCTTCCGCTCGTGCCGCGACCATCGTCGTCTTTCTTTCGTTCGTGTCACCGCAGTCTCCCTCGATTTTTTGCCCCTTGCTGTTACTGATTAGTGTCGCCGCCACGTCTTTCTTGTTAACTGTTGCCGCCACTGTCATCTTTCTTTCGTCCGTGACGTCGCAACCTTCCTCGATTTTCTACCCCTTGTTGTTATTGGAAATGTCTAAGAAATTCTCGGCAACATTGAGAATTGGGGATCTAAATGATTTCATAGCGCCTTCTCAGGCTTGCATAGTTTCTCCCAAGAGGCTTAATGCCACTGCCACGAAGCTGGATAAAGTTGAGGTTTCGTCTTCTAGGAAGCAATTGAAATCAGAACCAGTTAAGATTTCTCTGAAGGATTGCTTAGCATGCAGTGGTTGTGTAACATCAGCAGAGACTGTTATGCTGGAGAAGCAAAGTTTGGATGAATTTCTTTCCAACATCGACAAAGGAAAGGTTGTAGTTGTCTCATTATCTCCCCAATCCAGGGCCTCACTTGCTGTCCATTTTGGTATCTCCCCGCTGAAGAGCCACTGGTCATACTATGAATCGAGTAATCTCAAGATACATAACAGAGCAAATCCTGGTCATACTATGTACCGAGTAATCTCAAGGTACATAGTAGAGCAACTTGTCATATGCACGCAGAGTAGCCCCGAAAGGGCAAAGCACCCCGACACACGGCCCAAAGCCTATGTGTGTGCCGAAGTGGGTCCCAAAGACCTCATATATCATAACTACACTACGGAAACACATTCACGTAAGTGTATCGGGAAATCATTGTGGGTTTTAATTAGAGATCCTTTTGAGAACCTAGTGGTGAAAGATATATTTGAGGAGTGGCTGGAGCAACCAGGTTCAGAGAAGGCCAAGAAGTATATGCACACTGAATACCACCCTGTGGTGAAAAGCTTTACGACCCAACTCCACAACTGGTTTAGGCCAATCAAAAGTTATTTGATGCTTGGCTTCTTTGGGTTTGTTGTTGCATTCGGAGAAGATGTTTATCGATCCCACAAAAAGCAGCTCAGTGTCGCCGCCTCGTCTCTCCCATTCACTGCTGCCGCCGCCGTCGTCTTTCTTCTGCTCGTGCCGCCGCCGCCGTCGTCTTTCTTCCGTTCGTTCCGCCGCAGCCTCCTTCGGTTTTCTACCCCTCGCTGTTACTGGCTGTGTAGGTCTATCCCTCTTTCTGCTCGAGCTCGGCTGGTAAAACATTTCGAGTACTTAAACCAGAAATGCCGAGTGCTCAGGAGTCCTCAGAAGTTGGAGCTTCCAGATCAATTGGCCAAAATGAACAAAATGGAAAGAATGAGCTAGAACTACATTCAGTGTTCTGGAATCAAGATTATAGTTGTTTTGCTGCTGCTACAAGCTGTGGGTTTCGTATTTACAACTGTGATCCTTTTAAGGAAACGTTTAGACGTGAATTGGGCATTGGTGGATTTAAAATTGTTGAGATGCTGTTTCGTTGCAACATTTTGGCACTTGTGGGCAGTGGAAGCAATTCTCAATATCCACCAAACAAAGTCTTGATATGGGATGATTATAAAAGTCAATGCATTGGTGAATTTTCATTTAGGTCTGAGATTCGAGCTGTAAAACTGAAACGCGAACACTTTATTGTTGTACTCGAGCATAAAATATATGTTTACACGCTCATGGATGTCAAGCTTCTTCATCAGATTGAAACTGTTGCAAATCCGAGGGGCCTATGTTGCCTTTCCCACCATGTAAATACATTTGTGCTGGCATGTCCTGGTGTTCAACGTGGACAGGTCCATGTTGAGCATTTTGGGCTAAATTTGACAAAGTTATTTAATGCGCACGATTCTCATATTGCATGCATGACGTTGACAATGGACGGTTTACTTCTTGCAACTGCTAGCACCAAGGGTACTTTGATAAGAATTTTCAATACGTTGGATGGAACGCTCTTGCAAGAGGTACGAAGAGGAATGGATAGAGCAGAAATCTTCAGTCTTGCTCTCTCCCCAAATGTCCAATGGTTGGCAGCAGCAAGTGATAAAGGCACTGTTCATGTTTTCAGCCTTAGAGTTAGAGTGGTTGGCGCAGATTCATCTTCTGATACAAATGTAATTCAGGGGCCAACACTGTTCCAGCAAAATTCTTCTAATTCCCTCGACACTCTTGTTCCTTTGAATACTGGTTCAAACCCTAGTTCATCATTATCATTCATGAGAGGGGTTTTACCAAGATACTTCAGTTCAGAATGGTCATTTGCTCAGTTCCATTTGCCAGAGGTGACACAGTTTATTGCAGCATTTGGATCTCAAAACACTATCATTATTGTTGGCATGGATGGGAGTTTCTACAAGTGTAGTTTTGATCCAGTGCGAGGAGGGCAAATGTTGCAGCAGGAATGCATCTGTTTCTTGAACATGGAAATAGGAGCTGATCGAATTGATCTATAGGCTATGGCCAATCGATTCTCTTCCCTTGTAAATAGAAGGCTTGATGTCTGTCAATATTAATAATCATTTGGAGGTGCTGCATTTTCCTATCTCGTCACCTGGTTAGATATTGAGAAATGAATGTGGTGATTATTCTTTGAACGATTATGTGAATAGAAATTTCAAATTCTTTTTGCTGCTTGAATTCGCATTTTTAGAGCAAAATTTCAGGCTATTTCATTGTCATGTTGTGCCACTGAGAGGTCATTCTAAGAAAAAT

Coding sequence (CDS)

ATGCCAGTACACTCGATTTGGATTACCATATACTCTAGTGAATCTCCATCTTCATTTGATGTCCCTTATAACCACTCTCCTAGTCTCCTCTCGTGTTCGTGTTTGCCGCCGCCGCCGGTGCTTGCCGTGCTTGTCGTCGGTGCTGTTCAATCTCTCCTCTCCCTTCTCGTGCTTGCCGCCGGTGCTGTTCAATCCGCCGGTGCGTTCACTCTCCCTACTTGTGCGCTTGCTGCCGAGTTTAAGTCGCCGCCGGTAGCCCAGTGTCGTCGCGGTGTCTCTCTCGTTCACTGTTGCCGTCGCTGTCGTCTTCCTTCCGCTCGTGCCGCGACCATCGTCGTCTTTCTTTCGTTCGTGTCACCGCAGTCTCCCTCGATTTTTTGCCCCTTGCTGTTACTGATTAGTGTCGCCGCCACGTCTTTCTTGTTAACTGTTGCCGCCACTGTCATCTTTCTTTCGTCCGTGACGTCGCAACCTTCCTCGATTTTCTACCCCTTGTTGTTATTGGAAATGTCTAAGAAATTCTCGGCAACATTGAGAATTGGGGATCTAAATGATTTCATAGCGCCTTCTCAGGCTTGCATAGTTTCTCCCAAGAGGCTTAATGCCACTGCCACGAAGCTGGATAAAGTTGAGGTTTCGTCTTCTAGGAAGCAATTGAAATCAGAACCAGTTAAGATTTCTCTGAAGGATTGCTTAGCATGCAGTGGTTGTGTAACATCAGCAGAGACTGTTATGCTGGAGAAGCAAAGTTTGGATGAATTTCTTTCCAACATCGACAAAGGAAAGGTTGTAGTTGTCTCATTATCTCCCCAATCCAGGGCCTCACTTGCTGTCCATTTTGGTATCTCCCCGCTGAAGAGCCACTGGTCATACTATGAATCGAGTAATCTCAAGATACATAACAGAGCAAATCCTGGTCATACTATGTACCGAGTAATCTCAAGGTACATAGTAGAGCAACTTGTCATATGCACGCAGAGTAGCCCCGAAAGGGCAAAGCACCCCGACACACGGCCCAAAGCCTATGTGTGTGCCGAAGTGGGTCCCAAAGACCTCATATATCATAACTACACTACGGAAACACATTCACGTAAGTGTATCGGGAAATCATTGTGGGTTTTAATTAGAGATCCTTTTGAGAACCTAGTGGTGAAAGATATATTTGAGGAGTGGCTGGAGCAACCAGGTTCAGAGAAGGCCAAGAAGTATATGCACACTGAATACCACCCTGTGGTGAAAAGCTTTACGACCCAACTCCACAACTGGTTTAGGCCAATCAAAAGTTATTTGATGCTTGGCTTCTTTGGGTTTGTTGTTGCATTCGGAGAAGATGTTTATCGATCCCACAAAAAGCAGCTCAGTGTCGCCGCCTCGTCTCTCCCATTCACTGCTGCCGCCGCCGTCGTCTTTCTTCTGCTCGTGCCGCCGCCGCCGTCGTCTTTCTTCCGTTCGTTCCGCCGCAGCCTCCTTCGGTTTTCTACCCCTCGCTGTTACTGGCTGTGTAGGTCTATCCCTCTTTCTGCTCGAGCTCGGCTGGTAAAACATTTCGAGTACTTAAACCAGAAATGCCGAGTGCTCAGGAGTCCTCAGAAGTTGGAGCTTCCAGATCAATTGGCCAAAATGAACAAAATGGAAAGAATGAGCTAG

Protein sequence

MPVHSIWITIYSSESPSSFDVPYNHSPSLLSCSCLPPPPVLAVLVVGAVQSLLSLLVLAAGAVQSAGAFTLPTCALAAEFKSPPVAQCRRGVSLVHCCRRCRLPSARAATIVVFLSFVSPQSPSIFCPLLLLISVAATSFLLTVAATVIFLSSVTSQPSSIFYPLLLLEMSKKFSATLRIGDLNDFIAPSQACIVSPKRLNATATKLDKVEVSSSRKQLKSEPVKISLKDCLACSGCVTSAETVMLEKQSLDEFLSNIDKGKVVVVSLSPQSRASLAVHFGISPLKSHWSYYESSNLKIHNRANPGHTMYRVISRYIVEQLVICTQSSPERAKHPDTRPKAYVCAEVGPKDLIYHNYTTETHSRKCIGKSLWVLIRDPFENLVVKDIFEEWLEQPGSEKAKKYMHTEYHPVVKSFTTQLHNWFRPIKSYLMLGFFGFVVAFGEDVYRSHKKQLSVAASSLPFTAAAAVVFLLLVPPPPSSFFRSFRRSLLRFSTPRCYWLCRSIPLSARARLVKHFEYLNQKCRVLRSPQKLELPDQLAKMNKMERMS
Homology
[Close]
BLAST of Lcy11g000010 vs. ExPASy Swiss-Prot
Match: Q94CL6 (Protein NAR1 OS=Arabidopsis thaliana OX=3702 GN=NAR1 PE=1 SV=1)

HSP 1 Score: 157.5 bits (397), Expect = 4.2e-37
Identity = 84/117 (71.79%), Postives = 97/117 (82.91%), Query Frame = 0 

Query: 170 MSKKFSATLRIGDLNDFIAPSQACIVSPKRLNATATKLDKVEVSSSRKQLKSEPVKISLK 229
           MS+KFS TLR+GDLNDFIAPSQAC++S K       K D+ +V  + KQ + EPVKISLK
Sbjct: 1   MSEKFSPTLRLGDLNDFIAPSQACVISLKDSKPIVKKSDRPQVVIAPKQ-QLEPVKISLK 60

Query: 230 DCLACSGCVTSAETVMLEKQSLDEFLSNIDKGKVVVVSLSPQSRASLAVHFGISPLK 287
           DCLACSGC+TSAETVMLEKQSLDEFLS + KGK VVVS+SPQSRASLAVH+ ISPL+
Sbjct: 61  DCLACSGCITSAETVMLEKQSLDEFLSALSKGKDVVVSVSPQSRASLAVHYDISPLQ 116


HSP 2 Score: 77.4 bits (189), Expect = 5.6e-13
Identity = 33/61 (54.10%), Postives = 45/61 (73.77%), Query Frame = 0 

Query: 362 HSRKCIGKSLWVLIRDPFENLVVKDIFEEWLEQPGSEKAKKYMHTEYHPVVKSFTTQLHN 421
           HS +    +   L  DP++N   K +FEEWL++PGS +AKKY+HT+YHPVVKS T+QL+N
Sbjct: 414 HSLEATYMNDTTLNTDPYQNPTAKRLFEEWLKEPGSNEAKKYLHTQYHPVVKSVTSQLNN 473

Query: 422 W 423
           W
Sbjct: 474 W 474

[Close]
BLAST of Lcy11g000010 vs. ExPASy Swiss-Prot
Match: A4FV58 (Cytosolic iron-sulfur assembly component 3 OS=Bos taurus OX=9913 GN=CIAO3 PE=2 SV=2)

HSP 1 Score: 96.3 bits (238), Expect = 1.2e-18
Identity = 60/132 (45.45%), Postives = 79/132 (59.85%), Query Frame = 0 

Query: 170 MSKKFSATLRIGDLNDFIAPSQACIVSPKRLNATATKLDKV---------EVSSSRKQLK 229
           M+  FS  L++ DL+DFIAPSQ CI   K      + + K+         +VS      K
Sbjct: 1   MASPFSGALQLTDLDDFIAPSQDCIKPMKVDRRPGSGVAKIHIEDDGSYFQVSQDGGMKK 60

Query: 230 SEPVKISLKDCLACSGCVTSAETVMLEKQSLDEFLSNI--------DKGKVVVVSLSPQS 285
            E  KISL DCLACSGCVTSAETV++ +QS +E    +        D+ K+VV+S+SPQS
Sbjct: 61  LEKAKISLDDCLACSGCVTSAETVLITQQSHEELRKVLGANKTAAPDQQKLVVISVSPQS 120

[Close]
BLAST of Lcy11g000010 vs. ExPASy Swiss-Prot
Match: Q7TMW6 (Cytosolic iron-sulfur assembly component 3 OS=Mus musculus OX=10090 GN=Ciao3 PE=1 SV=2)

HSP 1 Score: 95.1 bits (235), Expect = 2.6e-18
Identity = 57/132 (43.18%), Postives = 76/132 (57.58%), Query Frame = 0 

Query: 170 MSKKFSATLRIGDLNDFIAPSQACIVSPKRLNATATKLDKV---------EVSSSRKQLK 229
           M+  FS  L++ DL+DFI PSQ CI   K      + + K+         +V+   +  K
Sbjct: 1   MASPFSGALQLTDLDDFIGPSQNCIKPVKVAKKPGSGIAKIHIEDDGSYFQVNQDGRTQK 60

Query: 230 SEPVKISLKDCLACSGCVTSAETVMLEKQSLDEFLSNIDKGK--------VVVVSLSPQS 285
            E  K+SL DCLACSGCVTSAETV++ +QS +E    +D  K        +VVVS+SPQS
Sbjct: 61  LEKAKVSLNDCLACSGCVTSAETVLITQQSHEELRKVLDANKEAAPGQQRLVVVSISPQS 120

[Close]
BLAST of Lcy11g000010 vs. ExPASy Swiss-Prot
Match: Q9H6Q4 (Cytosolic iron-sulfur assembly component 3 OS=Homo sapiens OX=9606 GN=CIAO3 PE=1 SV=1)

HSP 1 Score: 91.7 bits (226), Expect = 2.8e-17
Identity = 58/133 (43.61%), Postives = 79/133 (59.40%), Query Frame = 0 

Query: 170 MSKKFSATLRIGDLNDFIAPSQACIVS---PKRLNATATKLDKVEVSSSRKQL------- 229
           M+  FS  L++ DL+DFI PSQ CI      KR  +   K+ ++E   S  Q+       
Sbjct: 1   MASPFSGALQLTDLDDFIGPSQECIKPVKVEKRAGSGVAKI-RIEDDGSYFQINQDGGTR 60

Query: 230 KSEPVKISLKDCLACSGCVTSAETVMLEKQSLDEFLSNIDKGK--------VVVVSLSPQ 285
           + E  K+SL DCLACSGC+TSAETV++ +QS +E    +D  K        +VVVS+SPQ
Sbjct: 61  RLEKAKVSLNDCLACSGCITSAETVLITQQSHEELKKVLDANKMAAPSQQRLVVVSVSPQ 120

[Close]
BLAST of Lcy11g000010 vs. ExPASy Swiss-Prot
Match: Q5RF36 (Cytosolic iron-sulfur assembly component 3 OS=Pongo abelii OX=9601 GN=CIAO3 PE=2 SV=1)

HSP 1 Score: 91.7 bits (226), Expect = 2.8e-17
Identity = 58/133 (43.61%), Postives = 79/133 (59.40%), Query Frame = 0 

Query: 170 MSKKFSATLRIGDLNDFIAPSQACIVS---PKRLNATATKLDKVEVSSSRKQL------- 229
           M+  FS  L++ DL+DFI PSQ CI      KR  +   K+ ++E   S  Q+       
Sbjct: 1   MASPFSGALQLTDLDDFIGPSQECIKPVKVEKRAGSGVAKI-RIEDDGSYFQINQDGGTR 60

Query: 230 KSEPVKISLKDCLACSGCVTSAETVMLEKQSLDEFLSNIDKGK--------VVVVSLSPQ 285
           + E  K+SL DCLACSGC+TSAETV++ +QS +E    +D  K        +VVVS+SPQ
Sbjct: 61  RLEKAKVSLNDCLACSGCITSAETVLITQQSHEELKKVLDANKMVAPSQQRLVVVSVSPQ 120

[Close]
BLAST of Lcy11g000010 vs. ExPASy TrEMBL
Match: A0A6J1CNT4 (protein NAR1 OS=Momordica charantia OX=3673 GN=LOC111012714 PE=3 SV=1)

HSP 1 Score: 215.7 bits (548), Expect = 4.8e-52
Identity = 175/478 (36.61%), Postives = 203/478 (42.47%), Query Frame = 0 

Query: 170 MSKKFSATLRIGDLNDFIAPSQACIVSPKRLNATATKLDKVEVSSSRKQLKSEPVKISLK 229
           MS+KFSATLRIGDLNDFIAPSQACIVS K L AT TK DKVEVS+SRKQLK+EPVKISLK
Sbjct: 1   MSEKFSATLRIGDLNDFIAPSQACIVSLKGLKATTTKPDKVEVSASRKQLKAEPVKISLK 60

Query: 230 DCLACSGCVTSAETVMLEKQSLDEFLSNIDKGKVVVVSLSPQSRASLAVHFGISPL---K 289
           DCLACSGCVTSAETVMLEKQSLDEF+SNI+K KVV+VSLSPQSRASLAVHFGISPL   K
Sbjct: 61  DCLACSGCVTSAETVMLEKQSLDEFISNINKRKVVIVSLSPQSRASLAVHFGISPLKVFK 120

Query: 290 SHWSYYES----------------------------------------SNLKIHNRANPG 349
              ++++S                                        S++ + + A PG
Sbjct: 121 KLTTFFKSIGVKAIFDTSCSRDLTLIEACNEFIARYRQSQSENEEKCKSSIPMISSACPG 180

Query: 350 HTMY------------------------RVISRYIVEQLVI------------CTQSSPE 409
              Y                         +I  +I ++L I            C     E
Sbjct: 181 WICYAEKQHGSYILPYISSVKSPQQMIGSIIKHHICQKLGIRSDDVYHVTVMPCYDKKLE 240

Query: 410 RAK----------HPDTRPKAYVCAEV-------------------------GPKDLIYH 423
            A+          +     +AY   EV                          P D +  
Sbjct: 241 AAREDFVFQLDSVNKTRENEAYRITEVDSVLTSGEVLELMQLKEVDFNSLEESPLDRMLT 300

[Close]
BLAST of Lcy11g000010 vs. ExPASy TrEMBL
Match: A0A2N9IEN1 (Fe_hyd_SSU domain-containing protein OS=Fagus sylvatica OX=28930 GN=FSB_LOCUS52169 PE=3 SV=1)

HSP 1 Score: 210.7 bits (535), Expect = 1.6e-50
Identity = 153/393 (38.93%), Postives = 188/393 (47.84%), Query Frame = 0 

Query: 170 MSKKFSATLRIGDLNDFIAPSQACIVSPKRLNATATKLDKVEVS-SSRKQLKSEPVKISL 229
           MS+KFSA LRIGDLNDFIAPSQACIVS K + A  TK DK EVS SS+KQL+SEPVKISL
Sbjct: 1   MSEKFSAALRIGDLNDFIAPSQACIVSLKGIKANPTKPDKPEVSISSKKQLQSEPVKISL 60

Query: 230 KDCLACSGCVTSAETVMLEKQSLDEFLSNIDKGKVVVVSLSPQSRASLAVHFGISPL--- 289
           KDCLACSGC+TSAETVMLEKQSLDEFL+N++KGK V+VSLSPQSRASLAVHFGISPL   
Sbjct: 61  KDCLACSGCITSAETVMLEKQSLDEFLANVNKGKTVIVSLSPQSRASLAVHFGISPLQVF 120

Query: 290 KSHWSYYESSNLK--IHNRANPGHTMYRVISRYIVE--------------QLVICTQSSP 349
           K   ++++S  +K       +   T+    + +I                 L + + + P
Sbjct: 121 KKLTTFFKSLGVKAVFDTSCSKDLTLIESCNEFISGYKQSQSTDDERCNLSLPMISSACP 180

Query: 350 ERAKHPDT---------RPKAYVCAEVGPKDLIYHNYTTETH------------------ 409
           E      T         +   +   +  P D +  N T E H                  
Sbjct: 181 EVDSVLTTGEVLELIQLKAVDFKAIDESPLDRMLTNVTEEGHLYGVHGGSGGYAETIFRY 240

Query: 410 ---------------------------------------------------SRKC-IGKS 423
                                                               RK  IGK 
Sbjct: 241 AAKALFGREIEGPLDFRTIKNSDFQEVTLEVEGKTVLKFALCYGFRNLQNVVRKIKIGKC 300

[Close]
BLAST of Lcy11g000010 vs. ExPASy TrEMBL
Match: A0A2C9VAI8 (Fe_hyd_SSU domain-containing protein OS=Manihot esculenta OX=3983 GN=MANES_09G079100 PE=3 SV=1)

HSP 1 Score: 206.1 bits (523), Expect = 3.8e-49
Identity = 150/401 (37.41%), Postives = 195/401 (48.63%), Query Frame = 0 

Query: 170 MSKKFSATLRIGDLNDFIAPSQACIVSPKRLNATATKLDKVEVSSSRKQLKSEPVKISLK 229
           MS+KFS TLRIGDL+DFIAPSQAC+VS K L +   K DK EVS ++KQ ++EPVKISLK
Sbjct: 1   MSEKFSPTLRIGDLSDFIAPSQACVVSLKGLKSNTKKPDKSEVSIAKKQ-QTEPVKISLK 60

Query: 230 DCLACSGCVTSAETVMLEKQSLDEFLSNIDKGKVVVVSLSPQSRASLAVHFGISPL---K 289
           DCLACSGC+TSAETVMLEKQSL EFLSNID+GKVV+VSLSPQSR SLAVHFGISPL   +
Sbjct: 61  DCLACSGCITSAETVMLEKQSLGEFLSNIDRGKVVIVSLSPQSRGSLAVHFGISPLQVFR 120

Query: 290 SHWSYYES----------------------------------------SNLKIHNRANPG 349
              S+++S                                        S L + + A PG
Sbjct: 121 KLTSFFKSLGVKAVFDTSCSRDLTLIETCNEFVMRYKQNQSKDDEKSKSALPMLSSACPG 180

Query: 350 HTMY--RVISRYIVEQLVICTQSSPERAKHPDTRPKAYVCAEVGPK-DLIYH-------- 409
              Y  + +  Y++    I +  SP++        K ++C ++G + D IYH        
Sbjct: 181 WICYAEKQLGSYVLP--YISSVKSPQQT--IGATIKHHICQKMGLRPDEIYHVTVMPCYD 240

Query: 410 --------NYTTETHSRK------------------------------------------ 423
                   ++ +E  S++                                          
Sbjct: 241 KKLEAARDDFVSEVESKEESNESGIRITEVDSVLTSGEVLDLIKLKAVDFTALEDHPLDK 300

[Close]
BLAST of Lcy11g000010 vs. ExPASy TrEMBL
Match: A0A6J1KFK6 (protein NAR1-like OS=Cucurbita maxima OX=3661 GN=LOC111495356 PE=3 SV=1)

HSP 1 Score: 203.4 bits (516), Expect = 2.5e-48
Identity = 107/117 (91.45%), Postives = 113/117 (96.58%), Query Frame = 0 

Query: 170 MSKKFSATLRIGDLNDFIAPSQACIVSPKRLNATATKLDKVEVSSSRKQLKSEPVKISLK 229
           MS+KFSATLRIGDLND+IAPSQACIVS K L AT+TK DKVEVS+SRKQLK+EPVKISLK
Sbjct: 1   MSEKFSATLRIGDLNDYIAPSQACIVSLKGLKATSTKPDKVEVSASRKQLKAEPVKISLK 60

Query: 230 DCLACSGCVTSAETVMLEKQSLDEFLSNIDKGKVVVVSLSPQSRASLAVHFGISPLK 287
           DCLACSGCVTSAETVMLEKQSLDEFLSNI+KGKVVVVSLSPQSRASLAVHFGISPLK
Sbjct: 61  DCLACSGCVTSAETVMLEKQSLDEFLSNINKGKVVVVSLSPQSRASLAVHFGISPLK 117

[Close]
BLAST of Lcy11g000010 vs. ExPASy TrEMBL
Match: A0A6J1KFK6 (protein NAR1-like OS=Cucurbita maxima OX=3661 GN=LOC111495356 PE=3 SV=1)

HSP 1 Score: 93.6 bits (231), Expect = 2.8e-15
Identity = 41/50 (82.00%), Postives = 46/50 (92.00%), Query Frame = 0 

Query: 373 VLIRDPFENLVVKDIFEEWLEQPGSEKAKKYMHTEYHPVVKSFTTQLHNW 423
           VLIRDPFEN +VKDI++EWLE+ GSEKAKK+MHTEYHPVVKS T QLHNW
Sbjct: 430 VLIRDPFENPMVKDIYKEWLEEAGSEKAKKHMHTEYHPVVKSITAQLHNW 479


HSP 2 Score: 201.4 bits (511), Expect = 9.4e-48
Identity = 106/117 (90.60%), Postives = 111/117 (94.87%), Query Frame = 0 

Query: 170 MSKKFSATLRIGDLNDFIAPSQACIVSPKRLNATATKLDKVEVSSSRKQLKSEPVKISLK 229
           MS+KFSATLRIGDLNDFIAPSQACIVS K L AT TK DKVEVS+SR QLK+EPVKISLK
Sbjct: 1   MSEKFSATLRIGDLNDFIAPSQACIVSLKGLKATTTKPDKVEVSASRMQLKAEPVKISLK 60

Query: 230 DCLACSGCVTSAETVMLEKQSLDEFLSNIDKGKVVVVSLSPQSRASLAVHFGISPLK 287
           DCLACSGCVTSAETVMLEKQSLDEFLSNI+KGKVV+VSLSPQSRASLAVHFGISPLK
Sbjct: 61  DCLACSGCVTSAETVMLEKQSLDEFLSNINKGKVVIVSLSPQSRASLAVHFGISPLK 117

[Close]
BLAST of Lcy11g000010 vs. NCBI nr
Match: KAE8637360.1 (hypothetical protein CSA_011910 [Cucumis sativus])

HSP 1 Score: 234.6 bits (597), Expect = 2.1e-57
Identity = 169/401 (42.14%), Postives = 203/401 (50.62%), Query Frame = 0 

Query: 170 MSKKFSATLRIGDLNDFIAPSQACIVSPKRLNATATKLDKVE------------------ 229
           MS+KFSATLRIGDLNDFIAPSQACIVS K L ATATK DKVE                  
Sbjct: 1   MSEKFSATLRIGDLNDFIAPSQACIVSLKGLKATATKPDKVEVLFRFVVPIAAKAAGHYM 60

Query: 230 --VSSSRKQLKSEPVKISLKDCLACSGCVTSAETVMLEKQSLDEFLSNIDKGKVVVVSLS 289
             VS+SR QLK+EPVKISLKDCLACSGCVTSAETVMLEKQSLDEFLSN++KGKVV+VSLS
Sbjct: 61  LSVSASRMQLKAEPVKISLKDCLACSGCVTSAETVMLEKQSLDEFLSNLNKGKVVIVSLS 120

Query: 290 PQSRASLAVHFGISPL---KSHWSYYESSNLK--IHNRANPGHTMYRVISRYIV------ 349
           PQSRASLAVHFGISPL   K   ++++S  +K       +   T+    + +I       
Sbjct: 121 PQSRASLAVHFGISPLKVFKKLTTFFKSMGVKAIFDTSCSRDLTLIEACNEFIARYRNSQ 180

Query: 350 -EQLVICTQSSP-------------------------ERAKHPD----TRPKAYVCAEVG 409
            +    C  S P                            K P     +  K ++C ++G
Sbjct: 181 QDNEEKCKSSVPMISSACPGWICYAEKQHGSYILPYISSVKSPQQMIGSIVKHHMCQKLG 240

Query: 410 PK-DLIYH----------------------------------------NYTTETH----- 428
            + D +YH                                        N   E H     
Sbjct: 241 IRSDDVYHVTVMPCYDKKLEAAREDFVFQLDSATKLWRLRPTESQKLTNVNEEGHLFGVS 300

[Close]
BLAST of Lcy11g000010 vs. NCBI nr
Match: XP_022142658.1 (protein NAR1 [Momordica charantia])

HSP 1 Score: 215.7 bits (548), Expect = 1.0e-51
Identity = 175/478 (36.61%), Postives = 203/478 (42.47%), Query Frame = 0 

Query: 170 MSKKFSATLRIGDLNDFIAPSQACIVSPKRLNATATKLDKVEVSSSRKQLKSEPVKISLK 229
           MS+KFSATLRIGDLNDFIAPSQACIVS K L AT TK DKVEVS+SRKQLK+EPVKISLK
Sbjct: 1   MSEKFSATLRIGDLNDFIAPSQACIVSLKGLKATTTKPDKVEVSASRKQLKAEPVKISLK 60

Query: 230 DCLACSGCVTSAETVMLEKQSLDEFLSNIDKGKVVVVSLSPQSRASLAVHFGISPL---K 289
           DCLACSGCVTSAETVMLEKQSLDEF+SNI+K KVV+VSLSPQSRASLAVHFGISPL   K
Sbjct: 61  DCLACSGCVTSAETVMLEKQSLDEFISNINKRKVVIVSLSPQSRASLAVHFGISPLKVFK 120

Query: 290 SHWSYYES----------------------------------------SNLKIHNRANPG 349
              ++++S                                        S++ + + A PG
Sbjct: 121 KLTTFFKSIGVKAIFDTSCSRDLTLIEACNEFIARYRQSQSENEEKCKSSIPMISSACPG 180

Query: 350 HTMY------------------------RVISRYIVEQLVI------------CTQSSPE 409
              Y                         +I  +I ++L I            C     E
Sbjct: 181 WICYAEKQHGSYILPYISSVKSPQQMIGSIIKHHICQKLGIRSDDVYHVTVMPCYDKKLE 240

Query: 410 RAK----------HPDTRPKAYVCAEV-------------------------GPKDLIYH 423
            A+          +     +AY   EV                          P D +  
Sbjct: 241 AAREDFVFQLDSVNKTRENEAYRITEVDSVLTSGEVLELMQLKEVDFNSLEESPLDRMLT 300

[Close]
BLAST of Lcy11g000010 vs. NCBI nr
Match: XP_038894944.1 (protein NAR1 [Benincasa hispida])

HSP 1 Score: 214.9 bits (546), Expect = 1.7e-51
Identity = 172/478 (35.98%), Postives = 202/478 (42.26%), Query Frame = 0 

Query: 170 MSKKFSATLRIGDLNDFIAPSQACIVSPKRLNATATKLDKVEVSSSRKQLKSEPVKISLK 229
           MS+KFSATLRIGDLNDFIAPSQACIVS K L AT TK DKVEVS+SR QLK+EPVKISLK
Sbjct: 1   MSEKFSATLRIGDLNDFIAPSQACIVSLKGLKATTTKPDKVEVSASRMQLKAEPVKISLK 60

Query: 230 DCLACSGCVTSAETVMLEKQSLDEFLSNIDKGKVVVVSLSPQSRASLAVHFGISPL---K 289
           DCLACSGCVTSAETVMLEKQSLDEFLSNI+KGKVV+VSLSPQSRASLAVHFG+SPL   K
Sbjct: 61  DCLACSGCVTSAETVMLEKQSLDEFLSNINKGKVVIVSLSPQSRASLAVHFGVSPLKVFK 120

Query: 290 SHWSYYES----------------------------------------SNLKIHNRANPG 349
              ++++S                                        S++ + + A PG
Sbjct: 121 KLTTFFKSMGVKAIFDTSCSRDLTLIEACNEFIARYRKSQLDNEEKCKSSVPMISSACPG 180

Query: 350 HTMY------------------------RVISRYIVEQLVI------------CTQSSPE 409
              Y                         ++  +I ++L I            C     E
Sbjct: 181 WICYAEKQHGSYILPYISSIKSPQQMIGSIVKHHICQKLGIRSDDVYHVTVMPCYDKKLE 240

Query: 410 RAK------------------HPDTRPKAYVCA-----------------EVGPKDLIYH 423
            A+                  H  T   + + +                 E  P D +  
Sbjct: 241 AAREDFVFQLDSANNTQEDEAHRITEVDSVLTSGEVLELIQMKEVDFKSLEESPLDTMLT 300

[Close]
BLAST of Lcy11g000010 vs. NCBI nr
Match: XP_034898190.1 (protein NAR1-like isoform X3 [Populus alba])

HSP 1 Score: 208.0 bits (528), Expect = 2.1e-49
Identity = 153/406 (37.68%), Postives = 195/406 (48.03%), Query Frame = 0 

Query: 170 MSKKFSATLRIGDLNDFIAPSQACIVSPKRLNATA---TKLDKVEVSSSRKQLKSEPVKI 229
           MS+KFS TLRIGDL+DFIAPSQAC+VS K L  TA    K DK EV+ + K+ +++PVKI
Sbjct: 1   MSEKFSPTLRIGDLSDFIAPSQACVVSLKGLKTTAPNTVKRDKHEVAIANKE-QTDPVKI 60

Query: 230 SLKDCLACSGCVTSAETVMLEKQSLDEFLSNIDKGKVVVVSLSPQSRASLAVHFGISPL- 289
           SLKDCLACSGC+TSAETVMLEKQSLD+FLSNIDKGK ++VSLSPQSRASLAV+FGISPL 
Sbjct: 61  SLKDCLACSGCITSAETVMLEKQSLDDFLSNIDKGKAIIVSLSPQSRASLAVYFGISPLQ 120

Query: 290 --KSHWSYYES----------------------------------------SNLKIHNRA 349
             K   ++++S                                        S L + + A
Sbjct: 121 VFKKLTTFFKSLGVKAVFDTSSSRDLTLIETCNEFVNRYKQIQLSNNEKSNSALPMLSSA 180

Query: 350 NPGHTMY--RVISRYIV---------EQLV-------ICTQSS--PERAKH--------- 409
            PG   Y  + +  YI+         +Q++       IC +    P+   H         
Sbjct: 181 CPGWICYAEKQLGSYILPFISSVKSPQQIIGATIKHHICQKMGLRPDEVYHVTVMPCYDK 240

Query: 410 ---------------PDTRPKAYVCAEV-------------------------------- 423
                           D        AEV                                
Sbjct: 241 KLEAVRDDFVFEVEQEDANKNGLRIAEVDSVLTTGEVLDLIKFKAVDFETLDDSPLDKML 300

[Close]
BLAST of Lcy11g000010 vs. NCBI nr
Match: XP_024443954.1 (protein NAR1 isoform X3 [Populus trichocarpa])

HSP 1 Score: 207.6 bits (527), Expect = 2.7e-49
Identity = 151/406 (37.19%), Postives = 193/406 (47.54%), Query Frame = 0 

Query: 170 MSKKFSATLRIGDLNDFIAPSQACIVSPKRLNATA---TKLDKVEVSSSRKQLKSEPVKI 229
           MS+KFS TLRIGDL+DFIAPSQAC+VS K L  TA    K DK EV+ + K+ +++PVKI
Sbjct: 1   MSEKFSPTLRIGDLSDFIAPSQACVVSLKGLKTTAPNTVKRDKHEVAIANKE-QTDPVKI 60

Query: 230 SLKDCLACSGCVTSAETVMLEKQSLDEFLSNIDKGKVVVVSLSPQSRASLAVHFGISPLK 289
           SLKDCLACSGC+TSAETVMLEKQSLD+FLSNIDKGK ++VSLSPQSRASLAV+FGISPL+
Sbjct: 61  SLKDCLACSGCITSAETVMLEKQSLDDFLSNIDKGKAIIVSLSPQSRASLAVYFGISPLQ 120

Query: 290 ---------------------------------SHWSYYESSNLKIHNRAN--------- 349
                                               + Y+ S L  + ++N         
Sbjct: 121 VFKKLTTFFKSLGVKAVFDTSSSRDLTLIETCNEFVNRYKQSQLNNNEKSNSALPMLSSA 180

Query: 350 -PGHTMY--RVISRYIV---------EQLV-------ICTQSS--PERAKH--------- 409
            PG   Y  + +  Y++         +Q +       IC +    P+   H         
Sbjct: 181 CPGWICYAEKQLGSYVLPFISSVKSPQQTIGATIKHHICQKMGLRPDEVYHVTVMPCYDK 240

Query: 410 ---------------PDTRPKAYVCAEV-------------------------------- 423
                           D        AEV                                
Sbjct: 241 KLEAVRDDFVFEVEQEDANKNGLRIAEVDSVLTTGEVLDLIKFKAVDFETLDDSPLDKML 300

[Close]
BLAST of Lcy11g000010 vs. TAIR 10
Match: AT4G16440.1 (ferredoxin hydrogenases )

HSP 1 Score: 157.5 bits (397), Expect = 3.0e-38
Identity = 84/117 (71.79%), Postives = 97/117 (82.91%), Query Frame = 0 

Query: 170 MSKKFSATLRIGDLNDFIAPSQACIVSPKRLNATATKLDKVEVSSSRKQLKSEPVKISLK 229
           MS+KFS TLR+GDLNDFIAPSQAC++S K       K D+ +V  + KQ + EPVKISLK
Sbjct: 1   MSEKFSPTLRLGDLNDFIAPSQACVISLKDSKPIVKKSDRPQVVIAPKQ-QLEPVKISLK 60

Query: 230 DCLACSGCVTSAETVMLEKQSLDEFLSNIDKGKVVVVSLSPQSRASLAVHFGISPLK 287
           DCLACSGC+TSAETVMLEKQSLDEFLS + KGK VVVS+SPQSRASLAVH+ ISPL+
Sbjct: 61  DCLACSGCITSAETVMLEKQSLDEFLSALSKGKDVVVSVSPQSRASLAVHYDISPLQ 116


HSP 2 Score: 77.4 bits (189), Expect = 4.0e-14
Identity = 33/61 (54.10%), Postives = 45/61 (73.77%), Query Frame = 0 

Query: 362 HSRKCIGKSLWVLIRDPFENLVVKDIFEEWLEQPGSEKAKKYMHTEYHPVVKSFTTQLHN 421
           HS +    +   L  DP++N   K +FEEWL++PGS +AKKY+HT+YHPVVKS T+QL+N
Sbjct: 414 HSLEATYMNDTTLNTDPYQNPTAKRLFEEWLKEPGSNEAKKYLHTQYHPVVKSVTSQLNN 473

Query: 422 W 423
           W
Sbjct: 474 W 474

The following BLAST results are available for this feature:
BLAST of Lcy11g000010 vs. ExPASy Swiss-Prot
Match NameE-valueIdentityDescription
Q94CL64.2e-3771.79Protein NAR1 OS=Arabidopsis thaliana OX=3702 GN=NAR1 PE=1 SV=1[more]
A4FV581.2e-1845.45Cytosolic iron-sulfur assembly component 3 OS=Bos taurus OX=9913 GN=CIAO3 PE=2 S... [more]
Q7TMW62.6e-1843.18Cytosolic iron-sulfur assembly component 3 OS=Mus musculus OX=10090 GN=Ciao3 PE=... [more]
Q9H6Q42.8e-1743.61Cytosolic iron-sulfur assembly component 3 OS=Homo sapiens OX=9606 GN=CIAO3 PE=1... [more]
Q5RF362.8e-1743.61Cytosolic iron-sulfur assembly component 3 OS=Pongo abelii OX=9601 GN=CIAO3 PE=2... [more]
BLAST of Lcy11g000010 vs. ExPASy TrEMBL
Match NameE-valueIdentityDescription
A0A6J1CNT44.8e-5236.61protein NAR1 OS=Momordica charantia OX=3673 GN=LOC111012714 PE=3 SV=1[more]
A0A2N9IEN11.6e-5038.93Fe_hyd_SSU domain-containing protein OS=Fagus sylvatica OX=28930 GN=FSB_LOCUS521... [more]
A0A2C9VAI83.8e-4937.41Fe_hyd_SSU domain-containing protein OS=Manihot esculenta OX=3983 GN=MANES_09G07... [more]
A0A6J1KFK62.5e-4891.45protein NAR1-like OS=Cucurbita maxima OX=3661 GN=LOC111495356 PE=3 SV=1[more]
A0A6J1KFK62.8e-1582.00protein NAR1-like OS=Cucurbita maxima OX=3661 GN=LOC111495356 PE=3 SV=1[more]
BLAST of Lcy11g000010 vs. NCBI nr
Match NameE-valueIdentityDescription
KAE8637360.12.1e-5742.14hypothetical protein CSA_011910 [Cucumis sativus][more]
XP_022142658.11.0e-5136.61protein NAR1 [Momordica charantia][more]
XP_038894944.11.7e-5135.98protein NAR1 [Benincasa hispida][more]
XP_034898190.12.1e-4937.68protein NAR1-like isoform X3 [Populus alba][more]
XP_024443954.12.7e-4937.19protein NAR1 isoform X3 [Populus trichocarpa][more]
BLAST of Lcy11g000010 vs. TAIR 10
Match NameE-valueIdentityDescription
AT4G16440.13.0e-3871.79ferredoxin hydrogenases [more]
InterPro
Analysis Name: InterPro Annotations of Sponge gourd (P93075) v1
Date Performed: 2021-12-06
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
IPR003149Iron hydrogenase, small subunitPFAMPF02256Fe_hyd_SSUcoord: 375..410
e-value: 1.0E-8
score: 35.1
NoneNo IPR availableGENE3D3.30.70.20coord: 221..246
e-value: 2.6E-6
score: 28.6
NoneNo IPR availableGENE3D3.40.50.1780coord: 247..284
e-value: 2.6E-6
score: 28.6
NoneNo IPR availablePANTHERPTHR11615NITRATE, FORMATE, IRON DEHYDROGENASEcoord: 175..287
NoneNo IPR availablePANTHERPTHR11615:SF258CYTOSOLIC FE-S CLUSTER ASSEMBLY FACTOR CG17683-RELATEDcoord: 175..287
IPR036991Iron hydrogenase, small subunit superfamilyGENE3D4.10.260.20Iron hydrogenase, small subunitcoord: 371..427
e-value: 1.4E-7
score: 33.4
IPR009016Iron hydrogenaseSUPERFAMILY53920Fe-only hydrogenasecoord: 230..288
IPR008953Iron hydrogenase, small subunit HydB-typeSUPERFAMILY48674Fe-only hydrogenase smaller subunitcoord: 375..424

Relationships

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

Feature NameUnique NameType
Lcy11g000010.1Lcy11g000010.1mRNA


GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
cellular_component GO:0042597 periplasmic space
molecular_function GO:0009055 electron transfer activity
molecular_function GO:0008901 ferredoxin hydrogenase activity
molecular_function GO:0005506 iron ion binding
molecular_function GO:0051536 iron-sulfur cluster binding