Cla97C07G133460 (gene) Watermelon (97103) v2.5

Overview
NameCla97C07G133460
Typegene
OrganismCitrullus lanatus subsp. vulgaris cv. 97103 (Watermelon (97103) v2.5)
DescriptionNAD(P)H-quinone oxidoreductase subunit 5, chloroplastic
LocationCla97Chr07: 6415037 .. 6433312 (-)
RNA-Seq ExpressionCla97C07G133460
SyntenyCla97C07G133460
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

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

mRNA sequence

ATGTTTGATTGTCAATTTTACCATTTTTGCTCCTCGTGCTCTCCCTTCTCCATTCCTCCTGATGACACAATCCTATCAAGCTATTTGTCATCACCGTGCCTTATCGCAGATAAAGTCATTATTGGAAACTGCCTAAGACTGCTTGATACCGTTGCTCAAGAGTTGGGCTACTTGATTGATCCACTTACTTATATTCTGTCAATATTAATCACGACGGTTGGAATTATGATTCTTATTTATAGTGACAATTATATGTGTCGTGATCAAAGATATTTGAGATTTTTTGTGTATATAAGTTTGTTCAATATGTCAATGTTGGGATTAGTTTTTGGTTCACTGACGACCTACTGTGGTGAATGCTTGTTAAAAGGCATTTGTAACTAA

Coding sequence (CDS)

ATGTTTGATTGTCAATTTTACCATTTTTGCTCCTCGTGCTCTCCCTTCTCCATTCCTCCTGATGACACAATCCTATCAAGCTATTTGTCATCACCGTGCCTTATCGCAGATAAAGTCATTATTGGAAACTGCCTAAGACTGCTTGATACCGTTGCTCAAGAGTTGGGCTACTTGATTGATCCACTTACTTATATTCTGTCAATATTAATCACGACGGTTGGAATTATGATTCTTATTTATAGTGACAATTATATGTGTCGTGATCAAAGATATTTGAGATTTTTTGTGTATATAAGTTTGTTCAATATGTCAATGTTGGGATTAGTTTTTGGTTCACTGACGACCTACTGTGGTGAATGCTTGTTAAAAGGCATTTGTAACTAA

Protein sequence

MFDCQFYHFCSSCSPFSIPPDDTILSSYLSSPCLIADKVIIGNCLRLLDTVAQELGYLIDPLTYILSILITTVGIMILIYSDNYMCRDQRYLRFFVYISLFNMSMLGLVFGSLTTYCGECLLKGICN
Homology
[Close]
BLAST of Cla97C07G133460 vs. NCBI nr
Match: QWV60888.1 (NADH-plastoquinone oxidoreductase subunit 5 [Cucurbita ficifolia] >QZL38817.1 NADH-plastoquinone oxidoreductase subunit 5 [Cucurbita ficifolia])

HSP 1 Score: 91.3 bits (225), Expect = 6.6e-15
Identity = 48/59 (81.36%), Postives = 51/59 (86.44%), Query Frame = 0 

Query: 54  ELGYLIDPLTYILSILITTVGIMILIYSDNYMCRDQRYLRFFVYISLFNMSMLGLVFGS 113
           ELGYLIDPLT I+SILITTVGIM+LIYSDNYM  DQ YLRFF Y+SLFN SMLGLV  S
Sbjct: 84  ELGYLIDPLTCIMSILITTVGIMVLIYSDNYMSHDQGYLRFFAYMSLFNTSMLGLVTSS 142

[Close]
BLAST of Cla97C07G133460 vs. NCBI nr
Match: QZL38642.1 (NADH dehydrogenase subunit F [Citrullus naudinianus])

HSP 1 Score: 91.3 bits (225), Expect = 6.6e-15
Identity = 48/59 (81.36%), Postives = 51/59 (86.44%), Query Frame = 0 

Query: 54  ELGYLIDPLTYILSILITTVGIMILIYSDNYMCRDQRYLRFFVYISLFNMSMLGLVFGS 113
           ELGYLIDPLT I+SILITTVGIM+LIYSDNYM  DQ YLRFF Y+SLFN SMLGLV  S
Sbjct: 84  ELGYLIDPLTCIMSILITTVGIMVLIYSDNYMSHDQGYLRFFAYMSLFNTSMLGLVTSS 142

[Close]
BLAST of Cla97C07G133460 vs. NCBI nr
Match: ALO21756.1 (NdhF [Cucurbita argyrosperma])

HSP 1 Score: 91.3 bits (225), Expect = 6.6e-15
Identity = 48/59 (81.36%), Postives = 51/59 (86.44%), Query Frame = 0 

Query: 54  ELGYLIDPLTYILSILITTVGIMILIYSDNYMCRDQRYLRFFVYISLFNMSMLGLVFGS 113
           ELGYLIDPLT I+SILITTVGIM+LIYSDNYM  DQ YLRFF Y+SLFN SMLGLV  S
Sbjct: 84  ELGYLIDPLTCIMSILITTVGIMVLIYSDNYMSHDQGYLRFFAYMSLFNTSMLGLVTSS 142

[Close]
BLAST of Cla97C07G133460 vs. NCBI nr
Match: ALO22793.1 (NdhF [Cucurbita pepo subsp. pepo])

HSP 1 Score: 91.3 bits (225), Expect = 6.6e-15
Identity = 48/59 (81.36%), Postives = 51/59 (86.44%), Query Frame = 0 

Query: 54  ELGYLIDPLTYILSILITTVGIMILIYSDNYMCRDQRYLRFFVYISLFNMSMLGLVFGS 113
           ELGYLIDPLT I+SILITTVGIM+LIYSDNYM  DQ YLRFF Y+SLFN SMLGLV  S
Sbjct: 84  ELGYLIDPLTCIMSILITTVGIMVLIYSDNYMSHDQGYLRFFAYMSLFNTSMLGLVTSS 142

[Close]
BLAST of Cla97C07G133460 vs. NCBI nr
Match: YP_009447583.1 (NADH dehydrogenase subunit 5 [Cucurbita moschata] >ATY70008.1 NADH dehydrogenase subunit 5 [Cucurbita moschata])

HSP 1 Score: 91.3 bits (225), Expect = 6.6e-15
Identity = 48/59 (81.36%), Postives = 51/59 (86.44%), Query Frame = 0 

Query: 54  ELGYLIDPLTYILSILITTVGIMILIYSDNYMCRDQRYLRFFVYISLFNMSMLGLVFGS 113
           ELGYLIDPLT I+SILITTVGIM+LIYSDNYM  DQ YLRFF Y+SLFN SMLGLV  S
Sbjct: 84  ELGYLIDPLTCIMSILITTVGIMVLIYSDNYMSHDQGYLRFFAYMSLFNTSMLGLVTSS 142

[Close]
BLAST of Cla97C07G133460 vs. ExPASy Swiss-Prot
Match: Q2QD43 (NAD(P)H-quinone oxidoreductase subunit 5, chloroplastic OS=Cucumis sativus OX=3659 GN=ndhF PE=3 SV=1)

HSP 1 Score: 88.6 bits (218), Expect = 5.6e-17
Identity = 46/59 (77.97%), Postives = 50/59 (84.75%), Query Frame = 0 

Query: 54  ELGYLIDPLTYILSILITTVGIMILIYSDNYMCRDQRYLRFFVYISLFNMSMLGLVFGS 113
           ELGY IDPLT I++ILITTVGIM+LIYSDNYM  DQ YLRFF Y+SLFN SMLGLV  S
Sbjct: 84  ELGYFIDPLTCIMAILITTVGIMVLIYSDNYMSHDQGYLRFFAYMSLFNTSMLGLVTSS 142

[Close]
BLAST of Cla97C07G133460 vs. ExPASy Swiss-Prot
Match: A9LYE7 (NAD(P)H-quinone oxidoreductase subunit 5, chloroplastic OS=Acorus americanus OX=263995 GN=ndhF PE=3 SV=1)

HSP 1 Score: 88.2 bits (217), Expect = 7.3e-17
Identity = 46/64 (71.88%), Postives = 51/64 (79.69%), Query Frame = 0 

Query: 49  DTVAQELGYLIDPLTYILSILITTVGIMILIYSDNYMCRDQRYLRFFVYISLFNMSMLGL 108
           +T + E GYLIDPLT I+ ILITTVGIM+LIYSDNYM  DQ YLRFF Y+S FN SMLGL
Sbjct: 79  NTFSLEFGYLIDPLTSIMLILITTVGIMVLIYSDNYMSHDQGYLRFFAYMSFFNTSMLGL 138

Query: 109 VFGS 113
           V  S
Sbjct: 139 VTSS 142

[Close]
BLAST of Cla97C07G133460 vs. ExPASy Swiss-Prot
Match: Q3V4Y7 (NAD(P)H-quinone oxidoreductase subunit 5, chloroplastic OS=Acorus calamus OX=4465 GN=ndhF PE=3 SV=1)

HSP 1 Score: 88.2 bits (217), Expect = 7.3e-17
Identity = 46/64 (71.88%), Postives = 51/64 (79.69%), Query Frame = 0 

Query: 49  DTVAQELGYLIDPLTYILSILITTVGIMILIYSDNYMCRDQRYLRFFVYISLFNMSMLGL 108
           +T + E GYLIDPLT I+ ILITTVGIM+LIYSDNYM  DQ YLRFF Y+S FN SMLGL
Sbjct: 79  NTFSLEFGYLIDPLTSIMLILITTVGIMVLIYSDNYMSHDQGYLRFFAYMSFFNTSMLGL 138

Query: 109 VFGS 113
           V  S
Sbjct: 139 VTSS 142

[Close]
BLAST of Cla97C07G133460 vs. ExPASy Swiss-Prot
Match: Q0ZIX1 (NAD(P)H-quinone oxidoreductase subunit 5, chloroplastic OS=Vitis vinifera OX=29760 GN=ndhF PE=3 SV=1)

HSP 1 Score: 88.2 bits (217), Expect = 7.3e-17
Identity = 46/59 (77.97%), Postives = 49/59 (83.05%), Query Frame = 0 

Query: 54  ELGYLIDPLTYILSILITTVGIMILIYSDNYMCRDQRYLRFFVYISLFNMSMLGLVFGS 113
           E GYLIDPLT I+SILITTVGIM+LIYSDNYM  DQ YLRFF Y+S FN SMLGLV  S
Sbjct: 84  EFGYLIDPLTSIMSILITTVGIMVLIYSDNYMSHDQGYLRFFAYMSFFNASMLGLVTSS 142

[Close]
BLAST of Cla97C07G133460 vs. ExPASy Swiss-Prot
Match: A1XG02 (NAD(P)H-quinone oxidoreductase subunit 5, chloroplastic OS=Nuphar advena OX=77108 GN=ndhF PE=3 SV=2)

HSP 1 Score: 87.4 bits (215), Expect = 1.2e-16
Identity = 45/56 (80.36%), Postives = 48/56 (85.71%), Query Frame = 0 

Query: 54  ELGYLIDPLTYILSILITTVGIMILIYSDNYMCRDQRYLRFFVYISLFNMSMLGLV 110
           E GYLIDPLT I+SILITTVGIM+LIYSDNYM  DQ YLRFF Y+S FN SMLGLV
Sbjct: 84  EFGYLIDPLTSIMSILITTVGIMVLIYSDNYMSHDQGYLRFFAYMSFFNTSMLGLV 139

[Close]
BLAST of Cla97C07G133460 vs. ExPASy TrEMBL
Match: A0A1P8LEA9 (NAD(P)H dehydrogenase subunit 5 OS=Citrullus mucosospermus OX=519315 GN=ndhF PE=3 SV=1)

HSP 1 Score: 91.3 bits (225), Expect = 3.2e-15
Identity = 48/59 (81.36%), Postives = 51/59 (86.44%), Query Frame = 0 

Query: 54  ELGYLIDPLTYILSILITTVGIMILIYSDNYMCRDQRYLRFFVYISLFNMSMLGLVFGS 113
           ELGYLIDPLT I+SILITTVGIM+LIYSDNYM  DQ YLRFF Y+SLFN SMLGLV  S
Sbjct: 84  ELGYLIDPLTCIMSILITTVGIMVLIYSDNYMSHDQGYLRFFAYMSLFNTSMLGLVTSS 142

[Close]
BLAST of Cla97C07G133460 vs. ExPASy TrEMBL
Match: A0A515BLN2 (NAD(P)H-quinone oxidoreductase subunit 5, chloroplastic OS=Siraitia grosvenorii OX=190515 GN=ndhF PE=3 SV=1)

HSP 1 Score: 91.3 bits (225), Expect = 3.2e-15
Identity = 48/59 (81.36%), Postives = 51/59 (86.44%), Query Frame = 0 

Query: 54  ELGYLIDPLTYILSILITTVGIMILIYSDNYMCRDQRYLRFFVYISLFNMSMLGLVFGS 113
           ELGYLIDPLT I+SILITTVGIM+LIYSDNYM  DQ YLRFF Y+SLFN SMLGLV  S
Sbjct: 84  ELGYLIDPLTCIMSILITTVGIMVLIYSDNYMSHDQGYLRFFAYMSLFNTSMLGLVTSS 142

[Close]
BLAST of Cla97C07G133460 vs. ExPASy TrEMBL
Match: A0A1P8LET2 (NAD(P)H dehydrogenase subunit 5 OS=Citrullus lanatus subsp. vulgaris OX=260674 GN=ndhF PE=3 SV=1)

HSP 1 Score: 91.3 bits (225), Expect = 3.2e-15
Identity = 48/59 (81.36%), Postives = 51/59 (86.44%), Query Frame = 0 

Query: 54  ELGYLIDPLTYILSILITTVGIMILIYSDNYMCRDQRYLRFFVYISLFNMSMLGLVFGS 113
           ELGYLIDPLT I+SILITTVGIM+LIYSDNYM  DQ YLRFF Y+SLFN SMLGLV  S
Sbjct: 84  ELGYLIDPLTCIMSILITTVGIMVLIYSDNYMSHDQGYLRFFAYMSLFNTSMLGLVTSS 142

[Close]
BLAST of Cla97C07G133460 vs. ExPASy TrEMBL
Match: A0A0S2IE76 (NAD(P)H dehydrogenase subunit 5 OS=Cucurbita argyrosperma OX=34294 GN=ndhF PE=3 SV=1)

HSP 1 Score: 91.3 bits (225), Expect = 3.2e-15
Identity = 48/59 (81.36%), Postives = 51/59 (86.44%), Query Frame = 0 

Query: 54  ELGYLIDPLTYILSILITTVGIMILIYSDNYMCRDQRYLRFFVYISLFNMSMLGLVFGS 113
           ELGYLIDPLT I+SILITTVGIM+LIYSDNYM  DQ YLRFF Y+SLFN SMLGLV  S
Sbjct: 84  ELGYLIDPLTCIMSILITTVGIMVLIYSDNYMSHDQGYLRFFAYMSLFNTSMLGLVTSS 142

[Close]
BLAST of Cla97C07G133460 vs. ExPASy TrEMBL
Match: A0A7T3USK6 (NADH-plastoquinone oxidoreductase subunit 5 OS=Benincasa hispida OX=102211 GN=ndhF PE=4 SV=1)

HSP 1 Score: 91.3 bits (225), Expect = 3.2e-15
Identity = 48/59 (81.36%), Postives = 51/59 (86.44%), Query Frame = 0 

Query: 54  ELGYLIDPLTYILSILITTVGIMILIYSDNYMCRDQRYLRFFVYISLFNMSMLGLVFGS 113
           ELGYLIDPLT I+SILITTVGIM+LIYSDNYM  DQ YLRFF Y+SLFN SMLGLV  S
Sbjct: 84  ELGYLIDPLTCIMSILITTVGIMVLIYSDNYMSHDQGYLRFFAYMSLFNTSMLGLVTSS 142

[Close]
BLAST of Cla97C07G133460 vs. TAIR 10
Match: ATCG01010.1 (NADH-Ubiquinone oxidoreductase (complex I), chain 5 protein )

HSP 1 Score: 84.0 bits (206), Expect = 9.8e-17
Identity = 43/59 (72.88%), Postives = 47/59 (79.66%), Query Frame = 0 

Query: 54  ELGYLIDPLTYILSILITTVGIMILIYSDNYMCRDQRYLRFFVYISLFNMSMLGLVFGS 113
           E GY IDPLT I+SILITTVGI++LIYSDNYM  DQ YLRFF Y+  FN SMLGLV  S
Sbjct: 84  EFGYFIDPLTSIMSILITTVGILVLIYSDNYMSHDQGYLRFFAYMGFFNTSMLGLVTSS 142

The following BLAST results are available for this feature:
BLAST of Cla97C07G133460 vs. NCBI nr
Match NameE-valueIdentityDescription
QWV60888.16.6e-1581.36NADH-plastoquinone oxidoreductase subunit 5 [Cucurbita ficifolia] >QZL38817.1 NA... [more]
QZL38642.16.6e-1581.36NADH dehydrogenase subunit F [Citrullus naudinianus][more]
ALO21756.16.6e-1581.36NdhF [Cucurbita argyrosperma][more]
ALO22793.16.6e-1581.36NdhF [Cucurbita pepo subsp. pepo][more]
YP_009447583.16.6e-1581.36NADH dehydrogenase subunit 5 [Cucurbita moschata] >ATY70008.1 NADH dehydrogenase... [more]
BLAST of Cla97C07G133460 vs. ExPASy Swiss-Prot
Match NameE-valueIdentityDescription
Q2QD435.6e-1777.97NAD(P)H-quinone oxidoreductase subunit 5, chloroplastic OS=Cucumis sativus OX=36... [more]
A9LYE77.3e-1771.88NAD(P)H-quinone oxidoreductase subunit 5, chloroplastic OS=Acorus americanus OX=... [more]
Q3V4Y77.3e-1771.88NAD(P)H-quinone oxidoreductase subunit 5, chloroplastic OS=Acorus calamus OX=446... [more]
Q0ZIX17.3e-1777.97NAD(P)H-quinone oxidoreductase subunit 5, chloroplastic OS=Vitis vinifera OX=297... [more]
A1XG021.2e-1680.36NAD(P)H-quinone oxidoreductase subunit 5, chloroplastic OS=Nuphar advena OX=7710... [more]
BLAST of Cla97C07G133460 vs. ExPASy TrEMBL
Match NameE-valueIdentityDescription
A0A1P8LEA93.2e-1581.36NAD(P)H dehydrogenase subunit 5 OS=Citrullus mucosospermus OX=519315 GN=ndhF PE=... [more]
A0A515BLN23.2e-1581.36NAD(P)H-quinone oxidoreductase subunit 5, chloroplastic OS=Siraitia grosvenorii ... [more]
A0A1P8LET23.2e-1581.36NAD(P)H dehydrogenase subunit 5 OS=Citrullus lanatus subsp. vulgaris OX=260674 G... [more]
A0A0S2IE763.2e-1581.36NAD(P)H dehydrogenase subunit 5 OS=Cucurbita argyrosperma OX=34294 GN=ndhF PE=3 ... [more]
A0A7T3USK63.2e-1581.36NADH-plastoquinone oxidoreductase subunit 5 OS=Benincasa hispida OX=102211 GN=nd... [more]
BLAST of Cla97C07G133460 vs. TAIR 10
Match NameE-valueIdentityDescription
ATCG01010.19.8e-1772.88NADH-Ubiquinone oxidoreductase (complex I), chain 5 protein [more]
InterPro
Analysis Name: InterPro Annotations of Watermelon (97103) v2.5
Date Performed: 2022-01-31
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
NoneNo IPR availablePRINTSPR01434NADHDHGNASE5coord: 88..108
score: 51.95
coord: 60..85
score: 54.68
NoneNo IPR availablePANTHERPTHR42829NADH-UBIQUINONE OXIDOREDUCTASE CHAIN 5coord: 50..112
NoneNo IPR availablePANTHERPTHR42829:SF2NADH-UBIQUINONE OXIDOREDUCTASE CHAIN 5coord: 50..112
IPR001516NADH-Ubiquinone oxidoreductase (complex I), chain 5 N-terminalPFAMPF00662Proton_antipo_Ncoord: 51..99
e-value: 2.5E-14
score: 53.1

Relationships

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

Feature NameUnique NameType
Cla97C07G133460.1Cla97C07G133460.1mRNA


GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0042773 ATP synthesis coupled electron transport
cellular_component GO:0009535 chloroplast thylakoid membrane
cellular_component GO:0016021 integral component of membrane
molecular_function GO:0008137 NADH dehydrogenase (ubiquinone) activity
molecular_function GO:0048038 quinone binding