Lcy13g011480 (gene) Sponge gourd (P93075) v1

Overview
NameLcy13g011480
Typegene
OrganismLuffa cylindrica cv. P93075 (Sponge gourd (P93075) v1)
DescriptionChlororespiratory reduction 3, putative isoform 1
LocationChr13: 13399311 .. 13430866 (-)
RNA-Seq ExpressionLcy13g011480
SyntenyLcy13g011480
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

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

mRNA sequence

GTTTAAATGTTCGAGAGATGGAGACGAAGAAAAATGACTGAACACAACAAACAATGGCTTCCTTCTGCTGCATTTCTGTAACCATAAATGTCGCTCTCGCTTCACTCAATCCCACCGGCGACTCTCACTCTCCTCCTCTCAAAACCAACGGCACAAAACCCGATTCCCTTCCGATCAACAATCCACGGCTATCGCGGCGGCTGCCAAAACCTCGCCGCCCCTCCGTTATCGAAATCGAACGTGCTATTGGCGCCGGAAGGTTCAGAGACGCCGACCCCAGGGATTTGGAAGAAGATCGGAAGACTGCATTTGACATGTTTATGCTGAGTTTTACGGGGAAATATGAAGGGCCACTCATGAAAAAGCTTCGCGAGACAGGGGAATGGGTAACTAATCAAACTGAAACCAAATTTCAAGCTTCTGGCAAATGGTTTCTGCTGTTTACGTTTCAATGGGTTCTACCAATTTGGGCATTGTCACTCCTTGTGGCTTCTGGGCTCATTAAGCTACCATTCAACACTCCATTTCTTGATCAACTTCTCATGTAATAAGCTGCGGTTGTTGTCTATTGCCCATTCCATTCAATTTGCTGCCTCCCTTTCTGCAATTAGGAGGTTTGCAATATTGTCAATTTCATCTATGATCAAATGCCGGTGGAGTGCACCCTTCTCAATGACTTCCTGTGGTTATATGCATGCAACCTCATATCGGTATCATAGGGAGAAGAAATTGGCTTTACACACCCAAATTGTCGCATCACGTGATCTGAATATATCCACTCGACGACATAGAAACATATAAAGGGTGTTCTAGAAGTCCAAATTTGATATCCAAGTAGACAGTAATGAGGCAAAATGGGCATGAGATGATTGTAAGACTTCCAAACAATATGCACAGTTTTATTTAAGGAGCAACTAGATAAATGACTATTTTTAATTGGACATTTTGAAAAATGACCATATGATTTTTCCATTTGAA

Coding sequence (CDS)

ATGGCTTCCTTCTGCTGCATTTCTGTAACCATAAATGTCGCTCTCGCTTCACTCAATCCCACCGGCGACTCTCACTCTCCTCCTCTCAAAACCAACGGCACAAAACCCGATTCCCTTCCGATCAACAATCCACGGCTATCGCGGCGGCTGCCAAAACCTCGCCGCCCCTCCGTTATCGAAATCGAACGTGCTATTGGCGCCGGAAGGTTCAGAGACGCCGACCCCAGGGATTTGGAAGAAGATCGGAAGACTGCATTTGACATGTTTATGCTGAGTTTTACGGGGAAATATGAAGGGCCACTCATGAAAAAGCTTCGCGAGACAGGGGAATGGGTAACTAATCAAACTGAAACCAAATTTCAAGCTTCTGGCAAATGGTTTCTGCTGTTTACGTTTCAATGGGTTCTACCAATTTGGGCATTGTCACTCCTTGTGGCTTCTGGGCTCATTAAGCTACCATTCAACACTCCATTTCTTGATCAACTTCTCATGTAA

Protein sequence

MASFCCISVTINVALASLNPTGDSHSPPLKTNGTKPDSLPINNPRLSRRLPKPRRPSVIEIERAIGAGRFRDADPRDLEEDRKTAFDMFMLSFTGKYEGPLMKKLRETGEWVTNQTETKFQASGKWFLLFTFQWVLPIWALSLLVASGLIKLPFNTPFLDQLLM
Homology
[Close]
BLAST of Lcy13g011480 vs. ExPASy Swiss-Prot
Match: Q9ZVE7 (Probable NAD(P)H dehydrogenase subunit CRR3, chloroplastic OS=Arabidopsis thaliana OX=3702 GN=CRR3 PE=2 SV=1)

HSP 1 Score: 116.7 bits (291), Expect = 2.5e-25
Identity = 64/147 (43.54%), Postives = 91/147 (61.90%), Query Frame = 0 

Query: 24  SHSPPLKTNGTKPDSLPINNPRLSRRL------PKPRRPSVIEIERAIGAGRFRDADPRD 83
           S SP    + T P   P+   ++S+++       +  +PS+ +IERA G+G +RD++   
Sbjct: 31  SSSPSKLPSPTSPSKKPLKLRQVSKQMGSQNQQRRGNKPSIAQIERAFGSGSYRDSEG-- 90

Query: 84  LEEDRKTAFDMFMLSFTGKYEGPLMKKLRETGEWVTNQTETKFQASGKWFLLFTFQWVLP 143
            E D  T FD  +L    K+E  + KKLRE GE    +TE K ++SGK  L+FT QW+LP
Sbjct: 91  -EMDMNTVFDELLLGHANKFESKIEKKLREIGEIFVARTEPKLRSSGKPVLMFTIQWILP 150

Query: 144 IWALSLLVASGLIKLPFNTPFLDQLLM 165
           IW +SLLVA G+IKLPF+ PFLD L+M
Sbjct: 151 IWIMSLLVACGVIKLPFSIPFLDDLIM 174

[Close]
BLAST of Lcy13g011480 vs. ExPASy TrEMBL
Match: A0A6J1FSN9 (probable NAD(P)H dehydrogenase subunit CRR3, chloroplastic OS=Cucurbita moschata OX=3662 GN=LOC111447789 PE=4 SV=1)

HSP 1 Score: 274.6 bits (701), Expect = 2.6e-70
Identity = 140/163 (85.89%), Postives = 148/163 (90.80%), Query Frame = 0 

Query: 1   MASFCCISVTINVALASLNPTGDSHSPPLKTNGTKPDSLPINNPRLSRRLPKPRRPSVIE 60
           MA F CISVT NVA+ASLNP+ DSHSPP KTNG    ++PI NPRL RRLPKPRRPSVIE
Sbjct: 1   MACFSCISVTKNVAIASLNPSDDSHSPPPKTNGA-AKTIPITNPRLRRRLPKPRRPSVIE 60

Query: 61  IERAIGAGRFRDADPRDLEEDRKTAFDMFMLSFTGKYEGPLMKKLRETGEWVTNQTETKF 120
           IERAIGAGRFRDADPRDLEEDRK AFDMF++SFTGKYEG LMKKLRETGEWVT+QTETKF
Sbjct: 61  IERAIGAGRFRDADPRDLEEDRKAAFDMFLMSFTGKYEGALMKKLRETGEWVTDQTETKF 120

Query: 121 QASGKWFLLFTFQWVLPIWALSLLVASGLIKLPFNTPFLDQLL 164
           QASGK FLLFTFQWVLPIWA SLLVASG+IKLPFNTPFLDQLL
Sbjct: 121 QASGKSFLLFTFQWVLPIWAFSLLVASGVIKLPFNTPFLDQLL 162

[Close]
BLAST of Lcy13g011480 vs. ExPASy TrEMBL
Match: A0A6J1J6W0 (probable NAD(P)H dehydrogenase subunit CRR3, chloroplastic OS=Cucurbita maxima OX=3661 GN=LOC111483096 PE=4 SV=1)

HSP 1 Score: 271.6 bits (693), Expect = 2.2e-69
Identity = 140/166 (84.34%), Postives = 150/166 (90.36%), Query Frame = 0 

Query: 1   MASFCCISVTINVALASLNPTGDSHSPPLKTNGTKPDSLPINNPRL---SRRLPKPRRPS 60
           MA F CISVT NVALASLNP+ DSHSPP KTNG   +++P+NNP+L    RRLPKPRRPS
Sbjct: 1   MACFFCISVTKNVALASLNPSDDSHSPPPKTNGA-AETIPVNNPQLRRRQRRLPKPRRPS 60

Query: 61  VIEIERAIGAGRFRDADPRDLEEDRKTAFDMFMLSFTGKYEGPLMKKLRETGEWVTNQTE 120
           VIEIERAIGAGRFRDADPRDLEEDRK AFDMF++SFTGKYEG LMKKLRETGEWVT+QTE
Sbjct: 61  VIEIERAIGAGRFRDADPRDLEEDRKAAFDMFLMSFTGKYEGALMKKLRETGEWVTDQTE 120

Query: 121 TKFQASGKWFLLFTFQWVLPIWALSLLVASGLIKLPFNTPFLDQLL 164
           TKFQASGK FLLFTFQWVLPIWA SLLVASG+IKLPFNTPFLDQLL
Sbjct: 121 TKFQASGKSFLLFTFQWVLPIWAFSLLVASGVIKLPFNTPFLDQLL 165

[Close]
BLAST of Lcy13g011480 vs. ExPASy TrEMBL
Match: A0A6J1DQ49 (probable NAD(P)H dehydrogenase subunit CRR3, chloroplastic OS=Momordica charantia OX=3673 GN=LOC111022530 PE=4 SV=1)

HSP 1 Score: 267.3 bits (682), Expect = 4.2e-68
Identity = 139/164 (84.76%), Postives = 148/164 (90.24%), Query Frame = 0 

Query: 1   MASFCCISVTINVALASLNPTGDSHSPPLKTNGTKPDSLPINNPRLSRRLPKPRRPSVIE 60
           +ASF CISVT NVALASLN + DSHSP  K NGT  D++PI N    RRLPKPRRPSVIE
Sbjct: 5   LASFSCISVTKNVALASLNGSDDSHSPSPKPNGT-ADTIPIKNSP-HRRLPKPRRPSVIE 64

Query: 61  IERAIGAGRFRDADPRDLEEDRKTAFDMFMLSFTGKYEGPLMKKLRETGEWVTNQTETKF 120
           IERAIGAGRFRDADPRDLEEDRKT FDMF+LSFT KYEGPLMKKLRETGEWVTNQTETKF
Sbjct: 65  IERAIGAGRFRDADPRDLEEDRKTVFDMFLLSFTEKYEGPLMKKLRETGEWVTNQTETKF 124

Query: 121 QASGKWFLLFTFQWVLPIWALSLLVASGLIKLPFNTPFLDQLLM 165
           QASGKWFLLFTFQW+LPIWALSLLVASG+IKLPF+TPFLD+LLM
Sbjct: 125 QASGKWFLLFTFQWLLPIWALSLLVASGVIKLPFSTPFLDELLM 166

[Close]
BLAST of Lcy13g011480 vs. ExPASy TrEMBL
Match: A0A1S3CM65 (probable NAD(P)H dehydrogenase subunit CRR3, chloroplastic isoform X1 OS=Cucumis melo OX=3656 GN=LOC103502523 PE=4 SV=1)

HSP 1 Score: 260.8 bits (665), Expect = 3.9e-66
Identity = 135/168 (80.36%), Postives = 145/168 (86.31%), Query Frame = 0 

Query: 1   MASFCCISVTINVALASLNPT----GDSHSPPLKTNGTKPDSLPINNPRLSRRLPKPRRP 60
           MAS   IS+T NVALASLNP       SHSPPLKTN    D++PI  PRL  +L  PRRP
Sbjct: 12  MASLFSISITKNVALASLNPNRHSHSHSHSPPLKTNDA-ADTIPIKTPRLRPKLLNPRRP 71

Query: 61  SVIEIERAIGAGRFRDADPRDLEEDRKTAFDMFMLSFTGKYEGPLMKKLRETGEWVTNQT 120
           SVIEIERAIG GRFRDADPRDLEED+K AFDMF++SFTGKYEGPLMKKLRETGEWVTNQT
Sbjct: 72  SVIEIERAIGGGRFRDADPRDLEEDKKAAFDMFLMSFTGKYEGPLMKKLRETGEWVTNQT 131

Query: 121 ETKFQASGKWFLLFTFQWVLPIWALSLLVASGLIKLPFNTPFLDQLLM 165
           ETKFQASGKWFLLFTFQWVLPIWALSLLVASG+IKLPFNTPFL++LLM
Sbjct: 132 ETKFQASGKWFLLFTFQWVLPIWALSLLVASGVIKLPFNTPFLNELLM 178

[Close]
BLAST of Lcy13g011480 vs. ExPASy TrEMBL
Match: A0A0A0KJA3 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_5G033460 PE=4 SV=1)

HSP 1 Score: 252.3 bits (643), Expect = 1.4e-63
Identity = 131/166 (78.92%), Postives = 143/166 (86.14%), Query Frame = 0 

Query: 1   MASFCCISVTINVALASLNPT--GDSHSPPLKTNGTKPDSLPINNPRLSRRLPKPRRPSV 60
           MAS   IS T NVA ASLNP     SHSPPLKTN     ++PINNPRL R+L  P RPS+
Sbjct: 1   MASLFSISFTKNVAFASLNPDPHSHSHSPPLKTN-LAAHTIPINNPRLRRKLLNPPRPSL 60

Query: 61  IEIERAIGAGRFRDADPRDLEEDRKTAFDMFMLSFTGKYEGPLMKKLRETGEWVTNQTET 120
           IEIERAIG GRFRDADPR+LEED+K AFDMF++SFTGKYE PLMKKLRETGEWVTNQTET
Sbjct: 61  IEIERAIGGGRFRDADPRELEEDKKAAFDMFLMSFTGKYEAPLMKKLRETGEWVTNQTET 120

Query: 121 KFQASGKWFLLFTFQWVLPIWALSLLVASGLIKLPFNTPFLDQLLM 165
           KFQASGKWFLLFTFQWVLPIWALSLLVASG+IKLPF+TPFL++LLM
Sbjct: 121 KFQASGKWFLLFTFQWVLPIWALSLLVASGVIKLPFSTPFLNELLM 165

[Close]
BLAST of Lcy13g011480 vs. NCBI nr
Match: XP_038893324.1 (probable NAD(P)H dehydrogenase subunit CRR3, chloroplastic [Benincasa hispida])

HSP 1 Score: 281.6 bits (719), Expect = 4.4e-72
Identity = 141/164 (85.98%), Postives = 151/164 (92.07%), Query Frame = 0 

Query: 1   MASFCCISVTINVALASLNPTGDSHSPPLKTNGTKPDSLPINNPRLSRRLPKPRRPSVIE 60
           MASF  IS+T NV LASLNP  DSHSPP KTNG   +++PINNPRL RRLPKPRRPSVIE
Sbjct: 1   MASFFSISLTKNVVLASLNPKDDSHSPPPKTNGA-AETIPINNPRLRRRLPKPRRPSVIE 60

Query: 61  IERAIGAGRFRDADPRDLEEDRKTAFDMFMLSFTGKYEGPLMKKLRETGEWVTNQTETKF 120
           IERAIG GRFRDADPRDLEEDRK AFDMF++SFTGKYEGP+MKKLRETGEWVTNQTETKF
Sbjct: 61  IERAIGGGRFRDADPRDLEEDRKAAFDMFLMSFTGKYEGPVMKKLRETGEWVTNQTETKF 120

Query: 121 QASGKWFLLFTFQWVLPIWALSLLVASGLIKLPFNTPFLDQLLM 165
           QASGKWFLLFTFQWVLPIWALSLLVASG+IKLPFNTPFL++LLM
Sbjct: 121 QASGKWFLLFTFQWVLPIWALSLLVASGIIKLPFNTPFLNELLM 163

[Close]
BLAST of Lcy13g011480 vs. NCBI nr
Match: XP_023511915.1 (probable NAD(P)H dehydrogenase subunit CRR3, chloroplastic [Cucurbita pepo subsp. pepo])

HSP 1 Score: 276.2 bits (705), Expect = 1.9e-70
Identity = 141/163 (86.50%), Postives = 149/163 (91.41%), Query Frame = 0 

Query: 1   MASFCCISVTINVALASLNPTGDSHSPPLKTNGTKPDSLPINNPRLSRRLPKPRRPSVIE 60
           MA F CISVT NVALASLNP+ DSHSPP KTNG   +++PI NPRL RRLPKPRRPSVIE
Sbjct: 1   MACFFCISVTKNVALASLNPSDDSHSPPPKTNGA-AETIPIKNPRLRRRLPKPRRPSVIE 60

Query: 61  IERAIGAGRFRDADPRDLEEDRKTAFDMFMLSFTGKYEGPLMKKLRETGEWVTNQTETKF 120
           IERAIGAGRFRDADPRDLEEDRK AFDMF++SFTGKYEG LMKKLRETGEWVT+QTETKF
Sbjct: 61  IERAIGAGRFRDADPRDLEEDRKAAFDMFLMSFTGKYEGALMKKLRETGEWVTDQTETKF 120

Query: 121 QASGKWFLLFTFQWVLPIWALSLLVASGLIKLPFNTPFLDQLL 164
           QASGK FLLFTFQWVLPIWA SLLVASG+IKLPFNTPFLDQLL
Sbjct: 121 QASGKSFLLFTFQWVLPIWAFSLLVASGVIKLPFNTPFLDQLL 162

[Close]
BLAST of Lcy13g011480 vs. NCBI nr
Match: KAG6600832.1 (putative NAD(P)H dehydrogenase subunit CRR3, chloroplastic, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 274.6 bits (701), Expect = 5.4e-70
Identity = 140/163 (85.89%), Postives = 148/163 (90.80%), Query Frame = 0 

Query: 1   MASFCCISVTINVALASLNPTGDSHSPPLKTNGTKPDSLPINNPRLSRRLPKPRRPSVIE 60
           MA F CISVT NVA+ASLNP+ DSHSPP KTNG    ++PI NPRL RRLPKPRRPSVIE
Sbjct: 174 MACFSCISVTKNVAIASLNPSDDSHSPPPKTNGA-AKTIPITNPRLRRRLPKPRRPSVIE 233

Query: 61  IERAIGAGRFRDADPRDLEEDRKTAFDMFMLSFTGKYEGPLMKKLRETGEWVTNQTETKF 120
           IERAIGAGRFRDADPRDLEEDRK AFDMF++SFTGKYEG LMKKLRETGEWVT+QTETKF
Sbjct: 234 IERAIGAGRFRDADPRDLEEDRKAAFDMFLMSFTGKYEGALMKKLRETGEWVTDQTETKF 293

Query: 121 QASGKWFLLFTFQWVLPIWALSLLVASGLIKLPFNTPFLDQLL 164
           QASGK FLLFTFQWVLPIWA SLLVASG+IKLPFNTPFLDQLL
Sbjct: 294 QASGKSFLLFTFQWVLPIWAFSLLVASGVIKLPFNTPFLDQLL 335

[Close]
BLAST of Lcy13g011480 vs. NCBI nr
Match: XP_022942899.1 (probable NAD(P)H dehydrogenase subunit CRR3, chloroplastic [Cucurbita moschata])

HSP 1 Score: 274.6 bits (701), Expect = 5.4e-70
Identity = 140/163 (85.89%), Postives = 148/163 (90.80%), Query Frame = 0 

Query: 1   MASFCCISVTINVALASLNPTGDSHSPPLKTNGTKPDSLPINNPRLSRRLPKPRRPSVIE 60
           MA F CISVT NVA+ASLNP+ DSHSPP KTNG    ++PI NPRL RRLPKPRRPSVIE
Sbjct: 1   MACFSCISVTKNVAIASLNPSDDSHSPPPKTNGA-AKTIPITNPRLRRRLPKPRRPSVIE 60

Query: 61  IERAIGAGRFRDADPRDLEEDRKTAFDMFMLSFTGKYEGPLMKKLRETGEWVTNQTETKF 120
           IERAIGAGRFRDADPRDLEEDRK AFDMF++SFTGKYEG LMKKLRETGEWVT+QTETKF
Sbjct: 61  IERAIGAGRFRDADPRDLEEDRKAAFDMFLMSFTGKYEGALMKKLRETGEWVTDQTETKF 120

Query: 121 QASGKWFLLFTFQWVLPIWALSLLVASGLIKLPFNTPFLDQLL 164
           QASGK FLLFTFQWVLPIWA SLLVASG+IKLPFNTPFLDQLL
Sbjct: 121 QASGKSFLLFTFQWVLPIWAFSLLVASGVIKLPFNTPFLDQLL 162

[Close]
BLAST of Lcy13g011480 vs. NCBI nr
Match: XP_022985001.1 (probable NAD(P)H dehydrogenase subunit CRR3, chloroplastic [Cucurbita maxima])

HSP 1 Score: 271.6 bits (693), Expect = 4.6e-69
Identity = 140/166 (84.34%), Postives = 150/166 (90.36%), Query Frame = 0 

Query: 1   MASFCCISVTINVALASLNPTGDSHSPPLKTNGTKPDSLPINNPRL---SRRLPKPRRPS 60
           MA F CISVT NVALASLNP+ DSHSPP KTNG   +++P+NNP+L    RRLPKPRRPS
Sbjct: 1   MACFFCISVTKNVALASLNPSDDSHSPPPKTNGA-AETIPVNNPQLRRRQRRLPKPRRPS 60

Query: 61  VIEIERAIGAGRFRDADPRDLEEDRKTAFDMFMLSFTGKYEGPLMKKLRETGEWVTNQTE 120
           VIEIERAIGAGRFRDADPRDLEEDRK AFDMF++SFTGKYEG LMKKLRETGEWVT+QTE
Sbjct: 61  VIEIERAIGAGRFRDADPRDLEEDRKAAFDMFLMSFTGKYEGALMKKLRETGEWVTDQTE 120

Query: 121 TKFQASGKWFLLFTFQWVLPIWALSLLVASGLIKLPFNTPFLDQLL 164
           TKFQASGK FLLFTFQWVLPIWA SLLVASG+IKLPFNTPFLDQLL
Sbjct: 121 TKFQASGKSFLLFTFQWVLPIWAFSLLVASGVIKLPFNTPFLDQLL 165

[Close]
BLAST of Lcy13g011480 vs. TAIR 10
Match: AT2G01590.1 (chlororespiratory reduction 3 )

HSP 1 Score: 116.7 bits (291), Expect = 1.8e-26
Identity = 64/147 (43.54%), Postives = 91/147 (61.90%), Query Frame = 0 

Query: 24  SHSPPLKTNGTKPDSLPINNPRLSRRL------PKPRRPSVIEIERAIGAGRFRDADPRD 83
           S SP    + T P   P+   ++S+++       +  +PS+ +IERA G+G +RD++   
Sbjct: 31  SSSPSKLPSPTSPSKKPLKLRQVSKQMGSQNQQRRGNKPSIAQIERAFGSGSYRDSEG-- 90

Query: 84  LEEDRKTAFDMFMLSFTGKYEGPLMKKLRETGEWVTNQTETKFQASGKWFLLFTFQWVLP 143
            E D  T FD  +L    K+E  + KKLRE GE    +TE K ++SGK  L+FT QW+LP
Sbjct: 91  -EMDMNTVFDELLLGHANKFESKIEKKLREIGEIFVARTEPKLRSSGKPVLMFTIQWILP 150

Query: 144 IWALSLLVASGLIKLPFNTPFLDQLLM 165
           IW +SLLVA G+IKLPF+ PFLD L+M
Sbjct: 151 IWIMSLLVACGVIKLPFSIPFLDDLIM 174

The following BLAST results are available for this feature:
BLAST of Lcy13g011480 vs. ExPASy Swiss-Prot
Match NameE-valueIdentityDescription
Q9ZVE72.5e-2543.54Probable NAD(P)H dehydrogenase subunit CRR3, chloroplastic OS=Arabidopsis thalia... [more]
BLAST of Lcy13g011480 vs. ExPASy TrEMBL
Match NameE-valueIdentityDescription
A0A6J1FSN92.6e-7085.89probable NAD(P)H dehydrogenase subunit CRR3, chloroplastic OS=Cucurbita moschata... [more]
A0A6J1J6W02.2e-6984.34probable NAD(P)H dehydrogenase subunit CRR3, chloroplastic OS=Cucurbita maxima O... [more]
A0A6J1DQ494.2e-6884.76probable NAD(P)H dehydrogenase subunit CRR3, chloroplastic OS=Momordica charanti... [more]
A0A1S3CM653.9e-6680.36probable NAD(P)H dehydrogenase subunit CRR3, chloroplastic isoform X1 OS=Cucumis... [more]
A0A0A0KJA31.4e-6378.92Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_5G033460 PE=4 SV=1[more]
BLAST of Lcy13g011480 vs. NCBI nr
Match NameE-valueIdentityDescription
XP_038893324.14.4e-7285.98probable NAD(P)H dehydrogenase subunit CRR3, chloroplastic [Benincasa hispida][more]
XP_023511915.11.9e-7086.50probable NAD(P)H dehydrogenase subunit CRR3, chloroplastic [Cucurbita pepo subsp... [more]
KAG6600832.15.4e-7085.89putative NAD(P)H dehydrogenase subunit CRR3, chloroplastic, partial [Cucurbita a... [more]
XP_022942899.15.4e-7085.89probable NAD(P)H dehydrogenase subunit CRR3, chloroplastic [Cucurbita moschata][more]
XP_022985001.14.6e-6984.34probable NAD(P)H dehydrogenase subunit CRR3, chloroplastic [Cucurbita maxima][more]
BLAST of Lcy13g011480 vs. TAIR 10
Match NameE-valueIdentityDescription
AT2G01590.11.8e-2643.54chlororespiratory reduction 3 [more]
InterPro
Analysis Name: InterPro Annotations of Sponge gourd (P93075) v1
Date Performed: 2021-12-06
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 18..52
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 18..41
IPR038931Probable NAD(P)H dehydrogenase subunit CRR3, chloroplasticPANTHERPTHR36340NAD(P)H DEHYDROGENASE SUBUNIT CRR3, CHLOROPLASTIC-RELATEDcoord: 5..164

Relationships

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

Feature NameUnique NameType
Lcy13g011480.1Lcy13g011480.1mRNA


GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0009773 photosynthetic electron transport in photosystem I
cellular_component GO:0009535 chloroplast thylakoid membrane
cellular_component GO:0016021 integral component of membrane
cellular_component GO:0010598 NAD(P)H dehydrogenase complex (plastoquinone)