Cmc12g0339091 (gene) Melon (Charmono) v1.1

Overview
NameCmc12g0339091
Typegene
OrganismCucumis melo L. var. cantalupensis cv. Charmono (Melon (Charmono) v1.1)
DescriptionCyclic nucleotide-gated channel 19
LocationCMiso1.1chr12: 26358676 .. 26386081 (+)
RNA-Seq ExpressionCmc12g0339091
SyntenyCmc12g0339091
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

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

mRNA sequence

TTTTCTTTATTTAAAAAAAGAAACGAGAGAATATACAAATGAGCAATGGGGGGCGCGCGAGTATGACGAAGAGGCGTCAATTACACAGACTGTGGAAGAGTGAGGAAGGATCCTTTGTTGGGTGCAGACAATAAAATAAGAAGACGACATGTTCAAAGTCTTCGCAGTCCCTGCTTTGCCTTGGTCACCACTTTTACTATTACAACCTCCTCTCCCCTTCCTCTTCCTTTTCACAATGAAGTTGCAGTTGCCGACTTCTCCAACTCTTCACACTTTCACTCTCTCCTTCTCTCTGCTTTCTCCATGGAATTCGCTTTGGCATCCACTACTAAGTAGCCTTCTCCATCTCCATCTCTCTCACTCTCAGGTCTAGATTCTTAGGCATGGCTGCTTTTGAAAAAGACGATATACCAATGCTATCAAACACTGATCCACCAATATTTGACGAACAAATGGATTCTTATTTTCCTTCATATGCATCCTTGGGCCGGAGTTCATCACTATCAATTCCAGCAAATTCTTCTGGGATGTATAGTAGCGAAGCAAATCTTGTTGGTCATACTGGTCCCCTACGAATCGAAAGAAGTTCATTCGCGGTGAGTGGTTCAAAAAATACTGACAGTAAGCCCAAAAAACTTTCGCAGTCAAAGCCAGGAGTGACTGAAAGCAAGACAGCAGAGCCGCTGGCAGAAAAATTTCCTTCGTTCAAGATTGTAGATGATCCTGATTGGTCCATTCATAACTATGCCGGTAGGAACGAACACTTAATAAAGTCTGGCCAGCTGGGATTGTGTAATGATCCTTTCTGTATAACTTGCCCAACATATAATTCCAAAGTATCACAACAGAAAAGCTCAAGAATATCAGGCATATTTGACGCCAAGTTTCATAGTGATCTCTATGGAGGAGGAAAAGGATGGGCGGGGAAGTTTCAGTCCTTCTGGTGCTTCTTGCTTTCATATATTCCTGGTGTTATGAATCCTCATGCAAAAGTTGTTCAGCAATGGAACAAGTTTTTTGTCATTTCTTGCTTGTTGGCAATCTTTTTGGACCCGTTGTTTTTCTTCTTGCTGTCTGTCCAAGAGAAGAATAAGTGCATCGTTATTGACTGGCCTTTGACCACAACCTTGGTGGTCTTCCGGAGCATGACTGATTTTATCTATTTCCTACACATGCTTCTTCAGTTTAGGTTGGCCTATGTAGCACCAGAATCCAGAGTTGTTGGTGCTGGCGAATTGGTTGACCATCCGAAGAAAATTGCCATGAATTACCTTAAAGGAAATTTTTTTATAGATTTGCTTGTTGTTTTGCCGCTGCCTCAGATCATAATTTTTTTAGTCCTGCCAAAGTCTTTGGGGTCATCTGGAGCAAACTACGCCAAAAATCTATTACGCACTGCAGTTACTGTTCAATATATTCCCAGACTGTATAGGTTTCTACCTCTTCTCGCTGGCCAGTCTCCAAGTGGCTTTGTATTTGAGACAGCATGGGCAAATTTTGTCATCAATCTTTTGACCTTTATGTTGGCTGGTCATATTGTTGGGTCTTTCTGGTATCTTCTGGGGCTTCAGAGGGTGACTCGATGTTTTCGAGATGCCTGCAATAAAACTGGAAATAGAAGCTGCTTGGAATATATAGATTGTGGGCATGGGGATGAATCTAGGAGTCAGTTTCTGGATCCACATCGGGATTCATGGAAACATAATGAGAATGCTACGGCATGTTTCAGCAATGAAGGTTTCGGTTATGGAATCTACCTTCAGGCTGTAAACCTTACCACAGAAAAGAGTATATTGACGAGATATACTTACTCATTATTTTGGGGATTCCAGCAAATCAGTACTCTGGCTGGGAACCAAGTTCCAAGCTATTATGTCTATGAAGTCCTTTTCACTATGGGTATTATTGGGCTTGGTCTATTGCTGTTTGCTCTTCTCATTGGGAATATGCAGAACTTTCTCCAGGCTCTTGGAAGAAGGAGGTTAGAAATGTCACTACGACGTCGTGATGTTGAGCAATGGATGGAGCATCGTCGCTTACCAGAGAATTTAAGAAGACAAGTACGACAGGCTGAAAGATACAACTGGGCTTCTACAAGAGGAGTAAATGAAGAGAGAATTTTTGAAAATTTGCCTGAGGACCTACAAAAAAACATAAGACGGCATCTTTTTAAATTTGTCAACAAGGTTCGCATTTTTGCACTGATGGACTATGAACCTATTTTAGACGCAATACGTGAGAGACTGCGACAAAAGACATACATAGAAGGAAGTGAAGTTTTTTCTGCTGGAGATACCATTGAGAAGATGGTTTTCATCGTACGGGGGAAAATGGAGAGCCGTGTAGATGGAAACGGGATTGTGGTTCCCTTATCTGAAGGAGATGTCTGCGGTGAGGAACTTCTAACATGGTGTCTTGAGCATTCCTCCATAAACAAAGATATGAAGCGGCAGCAAGTTCCAGCGCCTAGATTGGTAAGCAACCGGACAGTAAGATGCTTAAGTAATGTTGAAGCATTTTCTCTCCGGGCTGCAGACCTTGAAGAAGTGACTAGTATGTTTTCTAGATTCTTGCGAAACCCACGTGTTCAAGGAGCCATAAGGTATGAATCACCGTACTGGAGGTACCTAGCTGCAATGCGTATTCAAGTAGCTTGGAGATACAGGAAAAGGCGTCTATCTCGAGTTCAAACCTCTCAATCTAACTAATTCCTTAAGGGAGACCCCTTTTGTGGAAAGATAAGTATTGCGTTATACATCGGTCAGCTTGAGTTCCAATCAACTCTTTCAATGTGATAATTTTATTCGTCCTTTTCTTTTAATCTATTAATCCTAATTTAACTAAAAAGTCTATCATATGGTAAAGTTAATAGGAGCTCCTGCACATTGGTGCTAAGACAGTAGTTGTAACTTTAGTCCAGTGTCATGCCAAAAGTATATTTTATTCTTTAGTTTATTGAAACTTTTGTGGCAAGCGAAAGTGTTAAATTAGGTACTTTTGCCTCAATTAGTTGACTAAGAAGTAATTTGTAAAACCAAACAAGTGAGTGATTTATATCTGAATTTTTTTTACGAAAAATGTTTATAATTAATGGGATGGTTTCTTTTTTCACCCTCTTGAACTTTTGTAGCTTTCAAATGTTCTTTTTCAAGGATGCGTAATCTGAG

Coding sequence (CDS)

ATGGCTGCTTTTGAAAAAGACGATATACCAATGCTATCAAACACTGATCCACCAATATTTGACGAACAAATGGATTCTTATTTTCCTTCATATGCATCCTTGGGCCGGAGTTCATCACTATCAATTCCAGCAAATTCTTCTGGGATGTATAGTAGCGAAGCAAATCTTGTTGGTCATACTGGTCCCCTACGAATCGAAAGAAGTTCATTCGCGGTGAGTGGTTCAAAAAATACTGACAGTAAGCCCAAAAAACTTTCGCAGTCAAAGCCAGGAGTGACTGAAAGCAAGACAGCAGAGCCGCTGGCAGAAAAATTTCCTTCGTTCAAGATTGTAGATGATCCTGATTGGTCCATTCATAACTATGCCGGTAGGAACGAACACTTAATAAAGTCTGGCCAGCTGGGATTGTGTAATGATCCTTTCTGTATAACTTGCCCAACATATAATTCCAAAGTATCACAACAGAAAAGCTCAAGAATATCAGGCATATTTGACGCCAAGTTTCATAGTGATCTCTATGGAGGAGGAAAAGGATGGGCGGGGAAGTTTCAGTCCTTCTGGTGCTTCTTGCTTTCATATATTCCTGGTGTTATGAATCCTCATGCAAAAGTTGTTCAGCAATGGAACAAGTTTTTTGTCATTTCTTGCTTGTTGGCAATCTTTTTGGACCCGTTGTTTTTCTTCTTGCTGTCTGTCCAAGAGAAGAATAAGTGCATCGTTATTGACTGGCCTTTGACCACAACCTTGGTGGTCTTCCGGAGCATGACTGATTTTATCTATTTCCTACACATGCTTCTTCAGTTTAGGTTGGCCTATGTAGCACCAGAATCCAGAGTTGTTGGTGCTGGCGAATTGGTTGACCATCCGAAGAAAATTGCCATGAATTACCTTAAAGGAAATTTTTTTATAGATTTGCTTGTTGTTTTGCCGCTGCCTCAGATCATAATTTTTTTAGTCCTGCCAAAGTCTTTGGGGTCATCTGGAGCAAACTACGCCAAAAATCTATTACGCACTGCAGTTACTGTTCAATATATTCCCAGACTGTATAGGTTTCTACCTCTTCTCGCTGGCCAGTCTCCAAGTGGCTTTGTATTTGAGACAGCATGGGCAAATTTTGTCATCAATCTTTTGACCTTTATGTTGGCTGGTCATATTGTTGGGTCTTTCTGGTATCTTCTGGGGCTTCAGAGGGTGACTCGATGTTTTCGAGATGCCTGCAATAAAACTGGAAATAGAAGCTGCTTGGAATATATAGATTGTGGGCATGGGGATGAATCTAGGAGTCAGTTTCTGGATCCACATCGGGATTCATGGAAACATAATGAGAATGCTACGGCATGTTTCAGCAATGAAGGTTTCGGTTATGGAATCTACCTTCAGGCTGTAAACCTTACCACAGAAAAGAGTATATTGACGAGATATACTTACTCATTATTTTGGGGATTCCAGCAAATCAGTACTCTGGCTGGGAACCAAGTTCCAAGCTATTATGTCTATGAAGTCCTTTTCACTATGGGTATTATTGGGCTTGGTCTATTGCTGTTTGCTCTTCTCATTGGGAATATGCAGAACTTTCTCCAGGCTCTTGGAAGAAGGAGGTTAGAAATGTCACTACGACGTCGTGATGTTGAGCAATGGATGGAGCATCGTCGCTTACCAGAGAATTTAAGAAGACAAGTACGACAGGCTGAAAGATACAACTGGGCTTCTACAAGAGGAGTAAATGAAGAGAGAATTTTTGAAAATTTGCCTGAGGACCTACAAAAAAACATAAGACGGCATCTTTTTAAATTTGTCAACAAGGTTCGCATTTTTGCACTGATGGACTATGAACCTATTTTAGACGCAATACGTGAGAGACTGCGACAAAAGACATACATAGAAGGAAGTGAAGTTTTTTCTGCTGGAGATACCATTGAGAAGATGGTTTTCATCGTACGGGGGAAAATGGAGAGCCGTGTAGATGGAAACGGGATTGTGGTTCCCTTATCTGAAGGAGATGTCTGCGGTGAGGAACTTCTAACATGGTGTCTTGAGCATTCCTCCATAAACAAAGATATGAAGCGGCAGCAAGTTCCAGCGCCTAGATTGGTAAGCAACCGGACAGTAAGATGCTTAAGTAATGTTGAAGCATTTTCTCTCCGGGCTGCAGACCTTGAAGAAGTGACTAGTATGTTTTCTAGATTCTTGCGAAACCCACGTGTTCAAGGAGCCATAAGGTATGAATCACCGTACTGGAGGTACCTAGCTGCAATGCGTATTCAAGTAGCTTGGAGATACAGGAAAAGGCGTCTATCTCGAGTTCAAACCTCTCAATCTAACTAA

Protein sequence

MAAFEKDDIPMLSNTDPPIFDEQMDSYFPSYASLGRSSSLSIPANSSGMYSSEANLVGHTGPLRIERSSFAVSGSKNTDSKPKKLSQSKPGVTESKTAEPLAEKFPSFKIVDDPDWSIHNYAGRNEHLIKSGQLGLCNDPFCITCPTYNSKVSQQKSSRISGIFDAKFHSDLYGGGKGWAGKFQSFWCFLLSYIPGVMNPHAKVVQQWNKFFVISCLLAIFLDPLFFFLLSVQEKNKCIVIDWPLTTTLVVFRSMTDFIYFLHMLLQFRLAYVAPESRVVGAGELVDHPKKIAMNYLKGNFFIDLLVVLPLPQIIIFLVLPKSLGSSGANYAKNLLRTAVTVQYIPRLYRFLPLLAGQSPSGFVFETAWANFVINLLTFMLAGHIVGSFWYLLGLQRVTRCFRDACNKTGNRSCLEYIDCGHGDESRSQFLDPHRDSWKHNENATACFSNEGFGYGIYLQAVNLTTEKSILTRYTYSLFWGFQQISTLAGNQVPSYYVYEVLFTMGIIGLGLLLFALLIGNMQNFLQALGRRRLEMSLRRRDVEQWMEHRRLPENLRRQVRQAERYNWASTRGVNEERIFENLPEDLQKNIRRHLFKFVNKVRIFALMDYEPILDAIRERLRQKTYIEGSEVFSAGDTIEKMVFIVRGKMESRVDGNGIVVPLSEGDVCGEELLTWCLEHSSINKDMKRQQVPAPRLVSNRTVRCLSNVEAFSLRAADLEEVTSMFSRFLRNPRVQGAIRYESPYWRYLAAMRIQVAWRYRKRRLSRVQTSQSN
Homology
BLAST of Cmc12g0339091 vs. NCBI nr
Match: XP_008467252.1 (PREDICTED: probable cyclic nucleotide-gated ion channel 20, chloroplastic isoform X1 [Cucumis melo])

HSP 1 Score: 1549.6 bits (4011), Expect = 0.0e+00
Identity = 774/774 (100.00%), Postives = 774/774 (100.00%), Query Frame = 0

Query: 1   MAAFEKDDIPMLSNTDPPIFDEQMDSYFPSYASLGRSSSLSIPANSSGMYSSEANLVGHT 60
           MAAFEKDDIPMLSNTDPPIFDEQMDSYFPSYASLGRSSSLSIPANSSGMYSSEANLVGHT
Sbjct: 25  MAAFEKDDIPMLSNTDPPIFDEQMDSYFPSYASLGRSSSLSIPANSSGMYSSEANLVGHT 84

Query: 61  GPLRIERSSFAVSGSKNTDSKPKKLSQSKPGVTESKTAEPLAEKFPSFKIVDDPDWSIHN 120
           GPLRIERSSFAVSGSKNTDSKPKKLSQSKPGVTESKTAEPLAEKFPSFKIVDDPDWSIHN
Sbjct: 85  GPLRIERSSFAVSGSKNTDSKPKKLSQSKPGVTESKTAEPLAEKFPSFKIVDDPDWSIHN 144

Query: 121 YAGRNEHLIKSGQLGLCNDPFCITCPTYNSKVSQQKSSRISGIFDAKFHSDLYGGGKGWA 180
           YAGRNEHLIKSGQLGLCNDPFCITCPTYNSKVSQQKSSRISGIFDAKFHSDLYGGGKGWA
Sbjct: 145 YAGRNEHLIKSGQLGLCNDPFCITCPTYNSKVSQQKSSRISGIFDAKFHSDLYGGGKGWA 204

Query: 181 GKFQSFWCFLLSYIPGVMNPHAKVVQQWNKFFVISCLLAIFLDPLFFFLLSVQEKNKCIV 240
           GKFQSFWCFLLSYIPGVMNPHAKVVQQWNKFFVISCLLAIFLDPLFFFLLSVQEKNKCIV
Sbjct: 205 GKFQSFWCFLLSYIPGVMNPHAKVVQQWNKFFVISCLLAIFLDPLFFFLLSVQEKNKCIV 264

Query: 241 IDWPLTTTLVVFRSMTDFIYFLHMLLQFRLAYVAPESRVVGAGELVDHPKKIAMNYLKGN 300
           IDWPLTTTLVVFRSMTDFIYFLHMLLQFRLAYVAPESRVVGAGELVDHPKKIAMNYLKGN
Sbjct: 265 IDWPLTTTLVVFRSMTDFIYFLHMLLQFRLAYVAPESRVVGAGELVDHPKKIAMNYLKGN 324

Query: 301 FFIDLLVVLPLPQIIIFLVLPKSLGSSGANYAKNLLRTAVTVQYIPRLYRFLPLLAGQSP 360
           FFIDLLVVLPLPQIIIFLVLPKSLGSSGANYAKNLLRTAVTVQYIPRLYRFLPLLAGQSP
Sbjct: 325 FFIDLLVVLPLPQIIIFLVLPKSLGSSGANYAKNLLRTAVTVQYIPRLYRFLPLLAGQSP 384

Query: 361 SGFVFETAWANFVINLLTFMLAGHIVGSFWYLLGLQRVTRCFRDACNKTGNRSCLEYIDC 420
           SGFVFETAWANFVINLLTFMLAGHIVGSFWYLLGLQRVTRCFRDACNKTGNRSCLEYIDC
Sbjct: 385 SGFVFETAWANFVINLLTFMLAGHIVGSFWYLLGLQRVTRCFRDACNKTGNRSCLEYIDC 444

Query: 421 GHGDESRSQFLDPHRDSWKHNENATACFSNEGFGYGIYLQAVNLTTEKSILTRYTYSLFW 480
           GHGDESRSQFLDPHRDSWKHNENATACFSNEGFGYGIYLQAVNLTTEKSILTRYTYSLFW
Sbjct: 445 GHGDESRSQFLDPHRDSWKHNENATACFSNEGFGYGIYLQAVNLTTEKSILTRYTYSLFW 504

Query: 481 GFQQISTLAGNQVPSYYVYEVLFTMGIIGLGLLLFALLIGNMQNFLQALGRRRLEMSLRR 540
           GFQQISTLAGNQVPSYYVYEVLFTMGIIGLGLLLFALLIGNMQNFLQALGRRRLEMSLRR
Sbjct: 505 GFQQISTLAGNQVPSYYVYEVLFTMGIIGLGLLLFALLIGNMQNFLQALGRRRLEMSLRR 564

Query: 541 RDVEQWMEHRRLPENLRRQVRQAERYNWASTRGVNEERIFENLPEDLQKNIRRHLFKFVN 600
           RDVEQWMEHRRLPENLRRQVRQAERYNWASTRGVNEERIFENLPEDLQKNIRRHLFKFVN
Sbjct: 565 RDVEQWMEHRRLPENLRRQVRQAERYNWASTRGVNEERIFENLPEDLQKNIRRHLFKFVN 624

Query: 601 KVRIFALMDYEPILDAIRERLRQKTYIEGSEVFSAGDTIEKMVFIVRGKMESRVDGNGIV 660
           KVRIFALMDYEPILDAIRERLRQKTYIEGSEVFSAGDTIEKMVFIVRGKMESRVDGNGIV
Sbjct: 625 KVRIFALMDYEPILDAIRERLRQKTYIEGSEVFSAGDTIEKMVFIVRGKMESRVDGNGIV 684

Query: 661 VPLSEGDVCGEELLTWCLEHSSINKDMKRQQVPAPRLVSNRTVRCLSNVEAFSLRAADLE 720
           VPLSEGDVCGEELLTWCLEHSSINKDMKRQQVPAPRLVSNRTVRCLSNVEAFSLRAADLE
Sbjct: 685 VPLSEGDVCGEELLTWCLEHSSINKDMKRQQVPAPRLVSNRTVRCLSNVEAFSLRAADLE 744

Query: 721 EVTSMFSRFLRNPRVQGAIRYESPYWRYLAAMRIQVAWRYRKRRLSRVQTSQSN 775
           EVTSMFSRFLRNPRVQGAIRYESPYWRYLAAMRIQVAWRYRKRRLSRVQTSQSN
Sbjct: 745 EVTSMFSRFLRNPRVQGAIRYESPYWRYLAAMRIQVAWRYRKRRLSRVQTSQSN 798

BLAST of Cmc12g0339091 vs. NCBI nr
Match: KAA0036044.1 (putative cyclic nucleotide-gated ion channel 20 [Cucumis melo var. makuwa])

HSP 1 Score: 1549.6 bits (4011), Expect = 0.0e+00
Identity = 774/774 (100.00%), Postives = 774/774 (100.00%), Query Frame = 0

Query: 1   MAAFEKDDIPMLSNTDPPIFDEQMDSYFPSYASLGRSSSLSIPANSSGMYSSEANLVGHT 60
           MAAFEKDDIPMLSNTDPPIFDEQMDSYFPSYASLGRSSSLSIPANSSGMYSSEANLVGHT
Sbjct: 91  MAAFEKDDIPMLSNTDPPIFDEQMDSYFPSYASLGRSSSLSIPANSSGMYSSEANLVGHT 150

Query: 61  GPLRIERSSFAVSGSKNTDSKPKKLSQSKPGVTESKTAEPLAEKFPSFKIVDDPDWSIHN 120
           GPLRIERSSFAVSGSKNTDSKPKKLSQSKPGVTESKTAEPLAEKFPSFKIVDDPDWSIHN
Sbjct: 151 GPLRIERSSFAVSGSKNTDSKPKKLSQSKPGVTESKTAEPLAEKFPSFKIVDDPDWSIHN 210

Query: 121 YAGRNEHLIKSGQLGLCNDPFCITCPTYNSKVSQQKSSRISGIFDAKFHSDLYGGGKGWA 180
           YAGRNEHLIKSGQLGLCNDPFCITCPTYNSKVSQQKSSRISGIFDAKFHSDLYGGGKGWA
Sbjct: 211 YAGRNEHLIKSGQLGLCNDPFCITCPTYNSKVSQQKSSRISGIFDAKFHSDLYGGGKGWA 270

Query: 181 GKFQSFWCFLLSYIPGVMNPHAKVVQQWNKFFVISCLLAIFLDPLFFFLLSVQEKNKCIV 240
           GKFQSFWCFLLSYIPGVMNPHAKVVQQWNKFFVISCLLAIFLDPLFFFLLSVQEKNKCIV
Sbjct: 271 GKFQSFWCFLLSYIPGVMNPHAKVVQQWNKFFVISCLLAIFLDPLFFFLLSVQEKNKCIV 330

Query: 241 IDWPLTTTLVVFRSMTDFIYFLHMLLQFRLAYVAPESRVVGAGELVDHPKKIAMNYLKGN 300
           IDWPLTTTLVVFRSMTDFIYFLHMLLQFRLAYVAPESRVVGAGELVDHPKKIAMNYLKGN
Sbjct: 331 IDWPLTTTLVVFRSMTDFIYFLHMLLQFRLAYVAPESRVVGAGELVDHPKKIAMNYLKGN 390

Query: 301 FFIDLLVVLPLPQIIIFLVLPKSLGSSGANYAKNLLRTAVTVQYIPRLYRFLPLLAGQSP 360
           FFIDLLVVLPLPQIIIFLVLPKSLGSSGANYAKNLLRTAVTVQYIPRLYRFLPLLAGQSP
Sbjct: 391 FFIDLLVVLPLPQIIIFLVLPKSLGSSGANYAKNLLRTAVTVQYIPRLYRFLPLLAGQSP 450

Query: 361 SGFVFETAWANFVINLLTFMLAGHIVGSFWYLLGLQRVTRCFRDACNKTGNRSCLEYIDC 420
           SGFVFETAWANFVINLLTFMLAGHIVGSFWYLLGLQRVTRCFRDACNKTGNRSCLEYIDC
Sbjct: 451 SGFVFETAWANFVINLLTFMLAGHIVGSFWYLLGLQRVTRCFRDACNKTGNRSCLEYIDC 510

Query: 421 GHGDESRSQFLDPHRDSWKHNENATACFSNEGFGYGIYLQAVNLTTEKSILTRYTYSLFW 480
           GHGDESRSQFLDPHRDSWKHNENATACFSNEGFGYGIYLQAVNLTTEKSILTRYTYSLFW
Sbjct: 511 GHGDESRSQFLDPHRDSWKHNENATACFSNEGFGYGIYLQAVNLTTEKSILTRYTYSLFW 570

Query: 481 GFQQISTLAGNQVPSYYVYEVLFTMGIIGLGLLLFALLIGNMQNFLQALGRRRLEMSLRR 540
           GFQQISTLAGNQVPSYYVYEVLFTMGIIGLGLLLFALLIGNMQNFLQALGRRRLEMSLRR
Sbjct: 571 GFQQISTLAGNQVPSYYVYEVLFTMGIIGLGLLLFALLIGNMQNFLQALGRRRLEMSLRR 630

Query: 541 RDVEQWMEHRRLPENLRRQVRQAERYNWASTRGVNEERIFENLPEDLQKNIRRHLFKFVN 600
           RDVEQWMEHRRLPENLRRQVRQAERYNWASTRGVNEERIFENLPEDLQKNIRRHLFKFVN
Sbjct: 631 RDVEQWMEHRRLPENLRRQVRQAERYNWASTRGVNEERIFENLPEDLQKNIRRHLFKFVN 690

Query: 601 KVRIFALMDYEPILDAIRERLRQKTYIEGSEVFSAGDTIEKMVFIVRGKMESRVDGNGIV 660
           KVRIFALMDYEPILDAIRERLRQKTYIEGSEVFSAGDTIEKMVFIVRGKMESRVDGNGIV
Sbjct: 691 KVRIFALMDYEPILDAIRERLRQKTYIEGSEVFSAGDTIEKMVFIVRGKMESRVDGNGIV 750

Query: 661 VPLSEGDVCGEELLTWCLEHSSINKDMKRQQVPAPRLVSNRTVRCLSNVEAFSLRAADLE 720
           VPLSEGDVCGEELLTWCLEHSSINKDMKRQQVPAPRLVSNRTVRCLSNVEAFSLRAADLE
Sbjct: 751 VPLSEGDVCGEELLTWCLEHSSINKDMKRQQVPAPRLVSNRTVRCLSNVEAFSLRAADLE 810

Query: 721 EVTSMFSRFLRNPRVQGAIRYESPYWRYLAAMRIQVAWRYRKRRLSRVQTSQSN 775
           EVTSMFSRFLRNPRVQGAIRYESPYWRYLAAMRIQVAWRYRKRRLSRVQTSQSN
Sbjct: 811 EVTSMFSRFLRNPRVQGAIRYESPYWRYLAAMRIQVAWRYRKRRLSRVQTSQSN 864

BLAST of Cmc12g0339091 vs. NCBI nr
Match: XP_008436960.1 (PREDICTED: probable cyclic nucleotide-gated ion channel 20, chloroplastic isoform X2 [Cucumis melo] >XP_008437038.1 PREDICTED: probable cyclic nucleotide-gated ion channel 20, chloroplastic isoform X2 [Cucumis melo])

HSP 1 Score: 1549.6 bits (4011), Expect = 0.0e+00
Identity = 774/774 (100.00%), Postives = 774/774 (100.00%), Query Frame = 0

Query: 1   MAAFEKDDIPMLSNTDPPIFDEQMDSYFPSYASLGRSSSLSIPANSSGMYSSEANLVGHT 60
           MAAFEKDDIPMLSNTDPPIFDEQMDSYFPSYASLGRSSSLSIPANSSGMYSSEANLVGHT
Sbjct: 1   MAAFEKDDIPMLSNTDPPIFDEQMDSYFPSYASLGRSSSLSIPANSSGMYSSEANLVGHT 60

Query: 61  GPLRIERSSFAVSGSKNTDSKPKKLSQSKPGVTESKTAEPLAEKFPSFKIVDDPDWSIHN 120
           GPLRIERSSFAVSGSKNTDSKPKKLSQSKPGVTESKTAEPLAEKFPSFKIVDDPDWSIHN
Sbjct: 61  GPLRIERSSFAVSGSKNTDSKPKKLSQSKPGVTESKTAEPLAEKFPSFKIVDDPDWSIHN 120

Query: 121 YAGRNEHLIKSGQLGLCNDPFCITCPTYNSKVSQQKSSRISGIFDAKFHSDLYGGGKGWA 180
           YAGRNEHLIKSGQLGLCNDPFCITCPTYNSKVSQQKSSRISGIFDAKFHSDLYGGGKGWA
Sbjct: 121 YAGRNEHLIKSGQLGLCNDPFCITCPTYNSKVSQQKSSRISGIFDAKFHSDLYGGGKGWA 180

Query: 181 GKFQSFWCFLLSYIPGVMNPHAKVVQQWNKFFVISCLLAIFLDPLFFFLLSVQEKNKCIV 240
           GKFQSFWCFLLSYIPGVMNPHAKVVQQWNKFFVISCLLAIFLDPLFFFLLSVQEKNKCIV
Sbjct: 181 GKFQSFWCFLLSYIPGVMNPHAKVVQQWNKFFVISCLLAIFLDPLFFFLLSVQEKNKCIV 240

Query: 241 IDWPLTTTLVVFRSMTDFIYFLHMLLQFRLAYVAPESRVVGAGELVDHPKKIAMNYLKGN 300
           IDWPLTTTLVVFRSMTDFIYFLHMLLQFRLAYVAPESRVVGAGELVDHPKKIAMNYLKGN
Sbjct: 241 IDWPLTTTLVVFRSMTDFIYFLHMLLQFRLAYVAPESRVVGAGELVDHPKKIAMNYLKGN 300

Query: 301 FFIDLLVVLPLPQIIIFLVLPKSLGSSGANYAKNLLRTAVTVQYIPRLYRFLPLLAGQSP 360
           FFIDLLVVLPLPQIIIFLVLPKSLGSSGANYAKNLLRTAVTVQYIPRLYRFLPLLAGQSP
Sbjct: 301 FFIDLLVVLPLPQIIIFLVLPKSLGSSGANYAKNLLRTAVTVQYIPRLYRFLPLLAGQSP 360

Query: 361 SGFVFETAWANFVINLLTFMLAGHIVGSFWYLLGLQRVTRCFRDACNKTGNRSCLEYIDC 420
           SGFVFETAWANFVINLLTFMLAGHIVGSFWYLLGLQRVTRCFRDACNKTGNRSCLEYIDC
Sbjct: 361 SGFVFETAWANFVINLLTFMLAGHIVGSFWYLLGLQRVTRCFRDACNKTGNRSCLEYIDC 420

Query: 421 GHGDESRSQFLDPHRDSWKHNENATACFSNEGFGYGIYLQAVNLTTEKSILTRYTYSLFW 480
           GHGDESRSQFLDPHRDSWKHNENATACFSNEGFGYGIYLQAVNLTTEKSILTRYTYSLFW
Sbjct: 421 GHGDESRSQFLDPHRDSWKHNENATACFSNEGFGYGIYLQAVNLTTEKSILTRYTYSLFW 480

Query: 481 GFQQISTLAGNQVPSYYVYEVLFTMGIIGLGLLLFALLIGNMQNFLQALGRRRLEMSLRR 540
           GFQQISTLAGNQVPSYYVYEVLFTMGIIGLGLLLFALLIGNMQNFLQALGRRRLEMSLRR
Sbjct: 481 GFQQISTLAGNQVPSYYVYEVLFTMGIIGLGLLLFALLIGNMQNFLQALGRRRLEMSLRR 540

Query: 541 RDVEQWMEHRRLPENLRRQVRQAERYNWASTRGVNEERIFENLPEDLQKNIRRHLFKFVN 600
           RDVEQWMEHRRLPENLRRQVRQAERYNWASTRGVNEERIFENLPEDLQKNIRRHLFKFVN
Sbjct: 541 RDVEQWMEHRRLPENLRRQVRQAERYNWASTRGVNEERIFENLPEDLQKNIRRHLFKFVN 600

Query: 601 KVRIFALMDYEPILDAIRERLRQKTYIEGSEVFSAGDTIEKMVFIVRGKMESRVDGNGIV 660
           KVRIFALMDYEPILDAIRERLRQKTYIEGSEVFSAGDTIEKMVFIVRGKMESRVDGNGIV
Sbjct: 601 KVRIFALMDYEPILDAIRERLRQKTYIEGSEVFSAGDTIEKMVFIVRGKMESRVDGNGIV 660

Query: 661 VPLSEGDVCGEELLTWCLEHSSINKDMKRQQVPAPRLVSNRTVRCLSNVEAFSLRAADLE 720
           VPLSEGDVCGEELLTWCLEHSSINKDMKRQQVPAPRLVSNRTVRCLSNVEAFSLRAADLE
Sbjct: 661 VPLSEGDVCGEELLTWCLEHSSINKDMKRQQVPAPRLVSNRTVRCLSNVEAFSLRAADLE 720

Query: 721 EVTSMFSRFLRNPRVQGAIRYESPYWRYLAAMRIQVAWRYRKRRLSRVQTSQSN 775
           EVTSMFSRFLRNPRVQGAIRYESPYWRYLAAMRIQVAWRYRKRRLSRVQTSQSN
Sbjct: 721 EVTSMFSRFLRNPRVQGAIRYESPYWRYLAAMRIQVAWRYRKRRLSRVQTSQSN 774

BLAST of Cmc12g0339091 vs. NCBI nr
Match: XP_011649574.1 (probable cyclic nucleotide-gated ion channel 20, chloroplastic isoform X1 [Cucumis sativus] >XP_031742793.1 probable cyclic nucleotide-gated ion channel 20, chloroplastic isoform X1 [Cucumis sativus] >KGN63956.2 hypothetical protein Csa_013104 [Cucumis sativus])

HSP 1 Score: 1487.6 bits (3850), Expect = 0.0e+00
Identity = 741/774 (95.74%), Postives = 753/774 (97.29%), Query Frame = 0

Query: 1   MAAFEKDDIPMLSNTDPPIFDEQMDSYFPSYASLGRSSSLSIPANSSGMYSSEANLVGHT 60
           MAAFEKDDIPMLSNTDPP+FDEQ+DSYFPSYASLGRSSSLSIP NSSGMY SEANLVGHT
Sbjct: 1   MAAFEKDDIPMLSNTDPPMFDEQVDSYFPSYASLGRSSSLSIPENSSGMYGSEANLVGHT 60

Query: 61  GPLRIERSSFAVSGSKNTDSKPKKLSQSKPGVTESKTAEPLAEKFPSFKIVDDPDWSIHN 120
           GPLRIERSSF VSGSK T SKPKKLSQSKPGVTESKTAEPLAEKFPSFKIVD+ DWSIHN
Sbjct: 61  GPLRIERSSFMVSGSKKTGSKPKKLSQSKPGVTESKTAEPLAEKFPSFKIVDESDWSIHN 120

Query: 121 YAGRNEHLIKSGQLGLCNDPFCITCPTYNSKVSQQKSSRISGIFDAKFHSDLYGGGKGWA 180
           YAGRNEHLIKSGQLGLCNDPFCITCPTYNSK SQQKSSR+SGIFDAKFH+DLYGGGKGWA
Sbjct: 121 YAGRNEHLIKSGQLGLCNDPFCITCPTYNSKASQQKSSRMSGIFDAKFHNDLYGGGKGWA 180

Query: 181 GKFQSFWCFLLSYIPGVMNPHAKVVQQWNKFFVISCLLAIFLDPLFFFLLSVQEKNKCIV 240
            KFQSFWCFLLSYIPGVMNPHAKVVQQWNKFFVISCL+AIFLDPLFFFLLSVQE NKCIV
Sbjct: 181 RKFQSFWCFLLSYIPGVMNPHAKVVQQWNKFFVISCLVAIFLDPLFFFLLSVQENNKCIV 240

Query: 241 IDWPLTTTLVVFRSMTDFIYFLHMLLQFRLAYVAPESRVVGAGELVDHPKKIAMNYLKGN 300
           IDWPLTTTLVVFRSMTDFIYFLHMLLQFRLAYVAPESRVVGAGELVDHPKKIAMNYLKGN
Sbjct: 241 IDWPLTTTLVVFRSMTDFIYFLHMLLQFRLAYVAPESRVVGAGELVDHPKKIAMNYLKGN 300

Query: 301 FFIDLLVVLPLPQIIIFLVLPKSLGSSGANYAKNLLRTAVTVQYIPRLYRFLPLLAGQSP 360
           FFIDLLVVLPLPQIIIFL+LPKSLGSSGANYAKNLLRTAVTVQYIPRLYRFLPLLAGQSP
Sbjct: 301 FFIDLLVVLPLPQIIIFLILPKSLGSSGANYAKNLLRTAVTVQYIPRLYRFLPLLAGQSP 360

Query: 361 SGFVFETAWANFVINLLTFMLAGHIVGSFWYLLGLQRVTRCFRDACNKTGNRSCLEYIDC 420
           SGFVFETAWANFVINLLTFMLAGHIVGSFWYLLGLQRVTRCFR+AC  TGNRSCLEYIDC
Sbjct: 361 SGFVFETAWANFVINLLTFMLAGHIVGSFWYLLGLQRVTRCFREACINTGNRSCLEYIDC 420

Query: 421 GHGDESRSQFLDPHRDSWKHNENATACFSNEGFGYGIYLQAVNLTTEKSILTRYTYSLFW 480
           GHGDESRSQ LDPHRDSW HN NATACF +EGF YGIYLQAV LTT+ SI+TRYTYSLFW
Sbjct: 421 GHGDESRSQILDPHRDSWTHNVNATACFGSEGFDYGIYLQAVKLTTKNSIITRYTYSLFW 480

Query: 481 GFQQISTLAGNQVPSYYVYEVLFTMGIIGLGLLLFALLIGNMQNFLQALGRRRLEMSLRR 540
           GFQQISTLAGNQVPSYYVYEVLFTMGIIGLGLLLFALLIGNMQNFLQALGRRRLEMSLRR
Sbjct: 481 GFQQISTLAGNQVPSYYVYEVLFTMGIIGLGLLLFALLIGNMQNFLQALGRRRLEMSLRR 540

Query: 541 RDVEQWMEHRRLPENLRRQVRQAERYNWASTRGVNEERIFENLPEDLQKNIRRHLFKFVN 600
           RDVEQWMEHRRLPE LRRQVRQAERYNWASTRGVNEERIFENLPEDLQKNIRRHLFKFVN
Sbjct: 541 RDVEQWMEHRRLPEGLRRQVRQAERYNWASTRGVNEERIFENLPEDLQKNIRRHLFKFVN 600

Query: 601 KVRIFALMDYEPILDAIRERLRQKTYIEGSEVFSAGDTIEKMVFIVRGKMESRVDGNGIV 660
           KVRIFALMDYEPILDAIRERLRQKTYIEGSEVFSAGD IEKMVFIVRGKMESRVDGNGIV
Sbjct: 601 KVRIFALMDYEPILDAIRERLRQKTYIEGSEVFSAGDIIEKMVFIVRGKMESRVDGNGIV 660

Query: 661 VPLSEGDVCGEELLTWCLEHSSINKDMKRQQVPAPRLVSNRTVRCLSNVEAFSLRAADLE 720
           VPLSEGDVCGEELLTWCLEHSS+NKDMKRQQVPAPRLVSNRTVRCLSNVEAFSLRA DLE
Sbjct: 661 VPLSEGDVCGEELLTWCLEHSSLNKDMKRQQVPAPRLVSNRTVRCLSNVEAFSLRAVDLE 720

Query: 721 EVTSMFSRFLRNPRVQGAIRYESPYWRYLAAMRIQVAWRYRKRRLSRVQTSQSN 775
           EVTSMFSRFLRNPRVQGAIRYESPYWRYLAAMRIQVAWRYRKRRLSRVQTSQSN
Sbjct: 721 EVTSMFSRFLRNPRVQGAIRYESPYWRYLAAMRIQVAWRYRKRRLSRVQTSQSN 774

BLAST of Cmc12g0339091 vs. NCBI nr
Match: XP_038893877.1 (probable cyclic nucleotide-gated ion channel 20, chloroplastic isoform X2 [Benincasa hispida])

HSP 1 Score: 1435.6 bits (3715), Expect = 0.0e+00
Identity = 717/774 (92.64%), Postives = 737/774 (95.22%), Query Frame = 0

Query: 1   MAAFEKDDIPMLSNTDPPIFDEQMDSYFPSYASLGRSSSLSIPANSSGMYSSEANLVGHT 60
           MAAFEKDDIPMLSNTDPP+FDEQ DSYFPSYASLGRSSSLSIPA SSGMY SEANLV HT
Sbjct: 1   MAAFEKDDIPMLSNTDPPMFDEQADSYFPSYASLGRSSSLSIPATSSGMYGSEANLVAHT 60

Query: 61  GPLRIERSSFAVSGSKNTDSKPKKLSQSKPGVTESKTAEPLAEKFPSFKIVDDPDWSIHN 120
           GPL+I RSSF VSGSK T  KP+KLSQSKPGVTESKTAEPLAEKFPSFK  D+ DWSIHN
Sbjct: 61  GPLQIGRSSFMVSGSKYTGGKPEKLSQSKPGVTESKTAEPLAEKFPSFKTTDESDWSIHN 120

Query: 121 YAGRNEHLIKSGQLGLCNDPFCITCPTYNSKVSQQKSSRISGIFDAKFHSDLYGGGKGWA 180
           YAGRNEHLI+SGQLGLCNDPFCITCPTYN K SQQKSSR+SGIFDAKFH+DLYGGGKGWA
Sbjct: 121 YAGRNEHLIRSGQLGLCNDPFCITCPTYNFKASQQKSSRMSGIFDAKFHNDLYGGGKGWA 180

Query: 181 GKFQSFWCFLLSYIPGVMNPHAKVVQQWNKFFVISCLLAIFLDPLFFFLLSVQEKNKCIV 240
           GKFQSFWCFLL YIPGVMNPHAKV+QQWNKFFVI+CL+AIFLDPLFFFLLSVQEKNKCIV
Sbjct: 181 GKFQSFWCFLLPYIPGVMNPHAKVIQQWNKFFVIACLVAIFLDPLFFFLLSVQEKNKCIV 240

Query: 241 IDWPLTTTLVVFRSMTDFIYFLHMLLQFRLAYVAPESRVVGAGELVDHPKKIAMNYLKGN 300
           IDWPLTTTLVVFRSMTDFIYFLHMLLQFRLAYVAPE+RVVGAGELVDHPKKIAMNYLKGN
Sbjct: 241 IDWPLTTTLVVFRSMTDFIYFLHMLLQFRLAYVAPETRVVGAGELVDHPKKIAMNYLKGN 300

Query: 301 FFIDLLVVLPLPQIIIFLVLPKSLGSSGANYAKNLLRTAVTVQYIPRLYRFLPLLAGQSP 360
           FFIDLLVVLPLPQIIIFLVLPKSLGSSGANYAKNLLRTAVTVQYIPRLYRFLPLLAGQSP
Sbjct: 301 FFIDLLVVLPLPQIIIFLVLPKSLGSSGANYAKNLLRTAVTVQYIPRLYRFLPLLAGQSP 360

Query: 361 SGFVFETAWANFVINLLTFMLAGHIVGSFWYLLGLQRVTRCFRDACNKTGNRSCLEYIDC 420
           SGFVFETAWANFVINLLTFMLAGHIVGSFWYLLGLQ V RCFR  C  T N SCLEYIDC
Sbjct: 361 SGFVFETAWANFVINLLTFMLAGHIVGSFWYLLGLQGVNRCFRKVCVDTKNLSCLEYIDC 420

Query: 421 GHGDESRSQFLDPHRDSWKHNENATACFSNEGFGYGIYLQAVNLTTEKSILTRYTYSLFW 480
           GHGDE+ S   +  RDSW +NENA+ACF+ EGF YGIYLQAVNLTTE SI+TRYTYSLFW
Sbjct: 421 GHGDEAGSLIPNSQRDSWINNENASACFAKEGFDYGIYLQAVNLTTENSIITRYTYSLFW 480

Query: 481 GFQQISTLAGNQVPSYYVYEVLFTMGIIGLGLLLFALLIGNMQNFLQALGRRRLEMSLRR 540
           GFQQISTLAGNQVPSYYVYEVLFTM IIGLGLLLFALLIGNMQNFLQALGRRRLEMSLRR
Sbjct: 481 GFQQISTLAGNQVPSYYVYEVLFTMAIIGLGLLLFALLIGNMQNFLQALGRRRLEMSLRR 540

Query: 541 RDVEQWMEHRRLPENLRRQVRQAERYNWASTRGVNEERIFENLPEDLQKNIRRHLFKFVN 600
           RDVEQWMEHRRLP NLRRQVRQAERYNWASTRGVNEERIFENLPEDLQ+NIRRHLF+FVN
Sbjct: 541 RDVEQWMEHRRLPHNLRRQVRQAERYNWASTRGVNEERIFENLPEDLQRNIRRHLFRFVN 600

Query: 601 KVRIFALMDYEPILDAIRERLRQKTYIEGSEVFSAGDTIEKMVFIVRGKMESRVDGNGIV 660
           KVRIFALMDYEPILDAIRERLRQKTYIEGSEVFSAGD IEKMVFIVRGKMESRVDGNGIV
Sbjct: 601 KVRIFALMDYEPILDAIRERLRQKTYIEGSEVFSAGDIIEKMVFIVRGKMESRVDGNGIV 660

Query: 661 VPLSEGDVCGEELLTWCLEHSSINKDMKRQQVPAPRLVSNRTVRCLSNVEAFSLRAADLE 720
           VPLSEGDVCGEELLTWCLEHSSINKDMKR QVPAPRLVSNRTV+CLSNVEAFSLRAADLE
Sbjct: 661 VPLSEGDVCGEELLTWCLEHSSINKDMKRHQVPAPRLVSNRTVKCLSNVEAFSLRAADLE 720

Query: 721 EVTSMFSRFLRNPRVQGAIRYESPYWRYLAAMRIQVAWRYRKRRLSRVQTSQSN 775
           EVTSMFSRFLRNPRVQGAIRYESPYWRYLAAMRIQVAWRYRKRRLSRVQTSQSN
Sbjct: 721 EVTSMFSRFLRNPRVQGAIRYESPYWRYLAAMRIQVAWRYRKRRLSRVQTSQSN 774

BLAST of Cmc12g0339091 vs. ExPASy Swiss-Prot
Match: Q9LD37 (Probable cyclic nucleotide-gated ion channel 20, chloroplastic OS=Arabidopsis thaliana OX=3702 GN=CNGC20 PE=2 SV=1)

HSP 1 Score: 924.1 bits (2387), Expect = 1.1e-267
Identity = 475/773 (61.45%), Postives = 593/773 (76.71%), Query Frame = 0

Query: 5   EKDDIPMLSNTDPPIFDEQMDSYFPSYASLGRSSSLSIPANSSGMYSSEANLVGHTGPLR 64
           E DDIPML     PI D    +   ++ S  RS SLS P +S   + +   ++G+TGPLR
Sbjct: 6   ENDDIPML-----PISDPSSRTRARAFTSRSRSVSLSNPTSSIEGFDTSTVVLGYTGPLR 65

Query: 65  IERSS--FAVSGSKNTDSKPKKLSQSKPGVTESKTAEPLAEKFPSFKIVDDPDWSIHNYA 124
            +R      +SG   +  K + L    P  ++S       E++PSF  ++  + S   + 
Sbjct: 66  TQRRPPLVQMSGPLTSTRKHEPLFLPHPS-SDSVGVSSQPERYPSFAALEHKNSSEDEFV 125

Query: 125 GRNEHLIKSGQLGLCNDPFCITCPT-YNSKVSQQKSSRISGIFDAKFHSDLYGGGKGWAG 184
            ++ +L++SGQLG+CNDP+C TCP+ YN K +Q  +SR+S +FD+ FH+ LY   KGWA 
Sbjct: 126 LKHANLLRSGQLGMCNDPYCTTCPSYYNRKAAQIPTSRVSALFDSTFHNALYDDAKGWAR 185

Query: 185 KFQSFWCFLLSYIPGVMNPHAKVVQQWNKFFVISCLLAIFLDPLFFFLLSVQEKNKCIVI 244
           +F S    +  Y+PG+MNPHAK VQ W KFF +SCLLAIF+DPLFFFL+ VQE+NKCI+I
Sbjct: 186 RFAS---SVNRYLPGIMNPHAKEVQTWTKFFALSCLLAIFIDPLFFFLIKVQEQNKCIMI 245

Query: 245 DWPLTTTLVVFRSMTDFIYFLHMLLQFRLAYVAPESRVVGAGELVDHPKKIAMNYLKGNF 304
           DWP+T   V  RS+TD I+ +++LLQFRLAYVA ES VVGAG+LV HPKKIA++YLKG F
Sbjct: 246 DWPMTKAFVAVRSVTDVIFTMNILLQFRLAYVARESTVVGAGQLVSHPKKIALHYLKGKF 305

Query: 305 FIDLLVVLPLPQIIIFLVLPKSLGSSGANYAKNLLRTAVTVQYIPRLYRFLPLLAGQSPS 364
           F+DL +V+PLPQI+I  ++P  LG+SGANYAKNLLR AV  QYIP+LYR LP LAGQ+P+
Sbjct: 306 FLDLFIVMPLPQILILWIIPAHLGASGANYAKNLLRAAVLFQYIPKLYRLLPFLAGQTPT 365

Query: 365 GFVFETAWANFVINLLTFMLAGHIVGSFWYLLGLQRVTRCFRDACNKTGNRSCLEYIDCG 424
           GF+FE+AWANFVINLLTFMLAGH+VGS WYL GLQRV +C R+AC   G R C + IDCG
Sbjct: 366 GFIFESAWANFVINLLTFMLAGHVVGSCWYLFGLQRVNQCLRNACGNFG-RECQDLIDCG 425

Query: 425 HGDESRSQFLDPHRDSWKHNENATACFSNEGFGYGIYLQAVNLTTEKSILTRYTYSLFWG 484
           +G+ S        R +WK N +A ACF  +GF YGIYL+AVNLT   ++ TRY+YSLFWG
Sbjct: 426 NGNSSVLV-----RATWKDNASANACFQEDGFPYGIYLKAVNLTNHSNLFTRYSYSLFWG 485

Query: 485 FQQISTLAGNQVPSYYVYEVLFTMGIIGLGLLLFALLIGNMQNFLQALGRRRLEMSLRRR 544
           FQQISTLAGNQVPSY++ EV FTMGIIGLGLLLFALLIGNMQNFLQALG+R LEM+LRRR
Sbjct: 486 FQQISTLAGNQVPSYFLGEVFFTMGIIGLGLLLFALLIGNMQNFLQALGKRNLEMTLRRR 545

Query: 545 DVEQWMEHRRLPENLRRQVRQAERYNWASTRGVNEERIFENLPEDLQKNIRRHLFKFVNK 604
           DVEQWM HRRLP+ +RR+VR+AER+NWA+TRGVNEE +FEN+P+DLQ++IRRHLFKF+ K
Sbjct: 546 DVEQWMSHRRLPDGIRRRVREAERFNWAATRGVNEELLFENMPDDLQRDIRRHLFKFLKK 605

Query: 605 VRIFALMDYEPILDAIRERLRQKTYIEGSEVFSAGDTIEKMVFIVRGKMESRVDGNGIVV 664
           VRIF+LMD EPILDAIRERL+Q+TYI  S V   G  +EKMVFIVRG+MES +  +G V+
Sbjct: 606 VRIFSLMD-EPILDAIRERLKQRTYIGSSTVLHRGGLVEKMVFIVRGEMES-IGEDGSVL 665

Query: 665 PLSEGDVCGEELLTWCLEHSSINKDMKRQQVPAPRLVSNRTVRCLSNVEAFSLRAADLEE 724
           PL EGDVCGEELLTWCLE SS+N D  R ++P+  L+S+R VRC++NVEAFSL  ADLE+
Sbjct: 666 PLYEGDVCGEELLTWCLERSSVNPDGTRIRMPSKGLLSSRNVRCVTNVEAFSLSVADLED 725

Query: 725 VTSMFSRFLRNPRVQGAIRYESPYWRYLAAMRIQVAWRYRKRRLSRVQTSQSN 775
           VTS+FSRFLR+ RVQGAIRY+SPYWR  AA +IQVAWRYR+RRL R+ T QS+
Sbjct: 726 VTSLFSRFLRSHRVQGAIRYDSPYWRLRAARQIQVAWRYRRRRLHRLCTPQSS 761

BLAST of Cmc12g0339091 vs. ExPASy Swiss-Prot
Match: Q9LDR2 (Putative cyclic nucleotide-gated ion channel 19 OS=Arabidopsis thaliana OX=3702 GN=CNGC19 PE=3 SV=1)

HSP 1 Score: 810.1 bits (2091), Expect = 2.2e-233
Identity = 431/752 (57.31%), Postives = 543/752 (72.21%), Query Frame = 0

Query: 30  SYASLGRSSSLSIPANSSGMYSSEANLVGHTGPLRIERSSFAVSGSKNTDSKPKKLSQSK 89
           ++ S  RS SLS P+ S   + +    +G+TGPLR +R             +P  +  S 
Sbjct: 6   TFTSRNRSVSLSNPSFSIDGFDNSTVTLGYTGPLRTQR------------IRPPLVQMSG 65

Query: 90  PGVTESKTAEPLAEKFP-----SFKIVDDPDWSIHNYAGRNEHLIKSGQLGLCNDPFCIT 149
           P +  ++  EPL    P     S   VD P     ++  +N +L++SGQLG+CNDP+C T
Sbjct: 66  P-IHSTRRTEPLFSPSPQESPDSSSTVDVPPED--DFVFKNANLLRSGQLGMCNDPYCTT 125

Query: 150 CPT-YNSKVSQQKSSRISGIFDAKFHSDLYGGGKGWAGKFQSFWCFLLSYIPGVMNPHAK 209
           CP+ YN + +Q  +SR+S    ++F + LYG  +GWA +F S    +   +PG+MNPH+K
Sbjct: 126 CPSYYNRQAAQLHTSRVSA---SRFRTVLYGDARGWAKRFAS---SVRRCLPGIMNPHSK 185

Query: 210 VVQQWNKFFVISCLLAIFLDPLFFFLLSVQEKNKCIVIDWPLTTTLVVFRSMTDFIYFLH 269
            VQ W +    S L+AIF+DPLFFFLL +Q+ NKCI IDW  T  LV  RS+TD I+F++
Sbjct: 186 FVQVWTRVLAFSSLVAIFIDPLFFFLLLIQQDNKCIAIDWRATKVLVSLRSITDLIFFIN 245

Query: 270 MLLQFRLAYVAPESRVVGAGELVDHPKKIAMNYLKGNFFIDLLVVLPLPQIIIFLVLPKS 329
           +LLQFRLAYVAPESR+VGAG+LVDHP+KIA +Y +G F +D+ +V P+PQI+I  ++P  
Sbjct: 246 ILLQFRLAYVAPESRIVGAGQLVDHPRKIARHYFRGKFLLDMFIVFPIPQIMILRIIPLH 305

Query: 330 LGSSGANYAKNLLRTAVTVQYIPRLYRFLPLLAGQSPSGFVFETAWANFVINLLTFMLAG 389
           LG+      K +LR  V  QYIP+LYR LPLLAGQ+ +GF+FE+AWANFVINLLTFMLAG
Sbjct: 306 LGTRREESEKQILRATVLFQYIPKLYRLLPLLAGQTSTGFIFESAWANFVINLLTFMLAG 365

Query: 390 HIVGSFWYLLGLQRVTRCFRDACNKTGNRSCLEYIDCGHGD-ESRSQFLDPHRDSWKHNE 449
           H VGS WYL  LQRV +C  +A N + +      IDC  G   S+SQ     RD W+ N 
Sbjct: 366 HAVGSCWYLSALQRVKKCMLNAWNISADER-RNLIDCARGSYASKSQ-----RDLWRDNA 425

Query: 450 NATACFSNEGFGYGIYLQAVNLTTEKSILTRYTYSLFWGFQQISTLAGNQVPSYYVYEVL 509
           +  ACF   G+ YGIYL+AVNLT E S  TR++YSL+WGFQQISTLAGN  PSY V EV 
Sbjct: 426 SVNACFQENGYTYGIYLKAVNLTNESSFFTRFSYSLYWGFQQISTLAGNLSPSYSVGEVF 485

Query: 510 FTMGIIGLGLLLFALLIGNMQNFLQALGRRRLEMSLRRRDVEQWMEHRRLPENLRRQVRQ 569
           FTMGIIGLGLLLFA LIGNM NFLQ+L RRR+EM LR+RDVEQWM HRRLPE++R++VR+
Sbjct: 486 FTMGIIGLGLLLFARLIGNMHNFLQSLDRRRMEMMLRKRDVEQWMSHRRLPEDIRKRVRE 545

Query: 570 AERYNWASTRGVNEERIFENLPEDLQKNIRRHLFKFVNKVRIFALMDYEPILDAIRERLR 629
            ERY WA+TRGVNEE +FEN+P+DLQ++IRRHLFKF+ KVRIF+LMD E +LD+IRERL+
Sbjct: 546 VERYTWAATRGVNEELLFENMPDDLQRDIRRHLFKFLKKVRIFSLMD-ESVLDSIRERLK 605

Query: 630 QKTYIEGSEVFSAGDTIEKMVFIVRGKMESRVDGNGIVVPLSEGDVCGEELLTWCLEHSS 689
           Q+TYI  S V      +EKMVFIVRG+MES +  +G V+PLSEGDVCGEELLTWCL  SS
Sbjct: 606 QRTYIRSSTVLHHRGLVEKMVFIVRGEMES-IGEDGSVLPLSEGDVCGEELLTWCL--SS 665

Query: 690 INKDMKRQQVPAPRLVSNRTVRCLSNVEAFSLRAADLEEVTSMFSRFLRNPRVQGAIRYE 749
           IN D  R ++P   LVSNR VRC++NVEAFSL  ADLE+VTS+FSRFLR+ RVQGAIRYE
Sbjct: 666 INPDGTRIKMPPKGLVSNRNVRCVTNVEAFSLSVADLEDVTSLFSRFLRSHRVQGAIRYE 725

Query: 750 SPYWRYLAAMRIQVAWRYRKRRLSRVQTSQSN 775
           SPYWR  AAM+IQVAWRYRKR+L R+ T+ SN
Sbjct: 726 SPYWRLRAAMQIQVAWRYRKRQLQRLNTAHSN 726

BLAST of Cmc12g0339091 vs. ExPASy Swiss-Prot
Match: Q9FXH6 (Putative cyclic nucleotide-gated ion channel 8 OS=Arabidopsis thaliana OX=3702 GN=CNGC8 PE=3 SV=2)

HSP 1 Score: 415.6 bits (1067), Expect = 1.2e-114
Identity = 253/587 (43.10%), Postives = 340/587 (57.92%), Query Frame = 0

Query: 197 VMNPHAKVVQQWNKFFVISCLLAIFLDPLFFFLLSVQEKNKCIVIDWPLTTTLVVFRSMT 256
           + +P  K +  WN+ FVISC+LA+ +DPLFF+L  V     CI ID  L  T    R++ 
Sbjct: 97  IFDPQDKTLLLWNRMFVISCILAVSVDPLFFYLPIVDNSKNCIGIDSKLAVTTTTLRTII 156

Query: 257 DFIYFLHMLLQFRLAYVAPESRVVGAGELVDHPKKIAMNYLKGNFFIDLLVVLPLPQIII 316
           D  Y   M LQFR AY+AP SRV G GELV  P KIA  YL   F +D L VLPLPQI +
Sbjct: 157 DVFYLTRMALQFRTAYIAPSSRVFGRGELVIDPAKIAERYLTRYFIVDFLAVLPLPQIAV 216

Query: 317 FLVLPKSLGSSGANYAKNLLRTAVTVQYIPRLYRFLPLLAG-QSPSGFVFETAWANFVIN 376
           +  L  S G+      + LL   +T QYIPR  RF+PL +  +  +G   E AWA     
Sbjct: 217 WKFLHGSKGTDVLPTKQALLHIVIT-QYIPRFVRFIPLTSELKKTAGAFAEGAWAGAAYY 276

Query: 377 LLTFMLAGHIVGSFWYLLGLQRVTRCFRDACN-KTGNRSCLEYIDCGHGDESRSQFLDPH 436
           LL +MLA HI G+FWY+L ++R   C R AC  +   + C++ + CG      S+ +   
Sbjct: 277 LLWYMLASHITGAFWYMLSVERNDTCLRSACKVQPDPKVCVQILYCG------SKLMSSR 336

Query: 437 RDSW------KHNENATACFSNEGFGYGIYLQAVN--LTTEKSILTRYTYSLFWGFQQIS 496
              W          N +A      F YGIY QAV+  + +  +  +++ Y L+WG Q +S
Sbjct: 337 ETDWIKSVPDLFKNNCSAKSDESKFNYGIYSQAVSSGIVSSTTFFSKFCYCLWWGLQNLS 396

Query: 497 TLAGNQVPSYYVYEVLFTMGIIGLGLLLFALLIGNMQNFLQALGRRRLEMSLRRRDVEQW 556
           TL      S Y  EVLF++ I   GLLLFALLIGNMQ +LQ+L  R  EM ++RRD EQW
Sbjct: 397 TLGQGLQTSTYPGEVLFSIAIAVAGLLLFALLIGNMQTYLQSLTVRLEEMRIKRRDSEQW 456

Query: 557 MEHRRLPENLRRQVRQAERYNWASTRGVNEERIFENLPEDLQKNIRRHL-FKFVNKVRIF 616
           M HR LP+NLR +VR+ ++Y W  TRGV+EE I ++LP+DL+++I+RHL    V +V +F
Sbjct: 457 MHHRSLPQNLRERVRRYDQYKWLETRGVDEENIVQSLPKDLRRDIKRHLCLNLVRRVPLF 516

Query: 617 ALMDYEPILDAIRERLRQKTYIEGSEVFSAGDTIEKMVFIVRGKMES-RVDG-------N 676
           A MD E +LDAI ERL+   Y E + +   GD + +M+FI+RG++ES   DG        
Sbjct: 517 ANMD-ERLLDAICERLKPSLYTESTYIVREGDPVNEMLFIIRGRLESVTTDGGRSGFFNR 576

Query: 677 GIVVPLSEGDVCGEELLTWCLEHSSINKDMKRQQVPAPRLVSNRTVRCLSNVEAFSLRAA 736
           G+   L EGD CGEELLTW L+  +         +P+    S RTV+ L+ VEAF+L A 
Sbjct: 577 GL---LKEGDFCGEELLTWALDPKA------GSNLPS----STRTVKALTEVEAFALEAE 636

Query: 737 DLEEVTSMFSRFLRNPRVQGAIRYESPYWRYLAAMRIQVAWRYRKRR 765
           +L+ V S F R L + +VQ   R+ S  WR  AA  IQ AWR   RR
Sbjct: 637 ELKFVASQFRR-LHSRQVQQTFRFYSQQWRTWAACFIQAAWRRHLRR 661

BLAST of Cmc12g0339091 vs. ExPASy Swiss-Prot
Match: O65717 (Cyclic nucleotide-gated ion channel 1 OS=Arabidopsis thaliana OX=3702 GN=CNGC1 PE=1 SV=1)

HSP 1 Score: 414.1 bits (1063), Expect = 3.5e-114
Identity = 240/590 (40.68%), Postives = 347/590 (58.81%), Query Frame = 0

Query: 197 VMNPHAKVVQQWNKFFVISCLLAIFLDPLFFFLLSVQEKNKCIVIDWPLTTTLVVFRSMT 256
           +++P    +Q+WNK FV++C++A+ LDPLFF++  + +  KC+ ID  +  T  V RS T
Sbjct: 84  ILDPQGPFLQRWNKIFVLACIIAVSLDPLFFYVPIIDDAKKCLGIDKKMEITASVLRSFT 143

Query: 257 DFIYFLHMLLQFRLAYVAPESRVVGAGELVDHPKKIAMNYLKGNFFIDLLVVLPLPQIII 316
           D  Y LH++ QFR  ++AP SRV G G LV+  ++IA  YL  +F ID+L VLPLPQ++I
Sbjct: 144 DVFYVLHIIFQFRTGFIAPSSRVFGRGVLVEDKREIAKRYLSSHFIIDILAVLPLPQMVI 203

Query: 317 FLVLPKSLGSSGANYAKNLLRTAVTVQYIPRLYRFLPLLAGQS-PSGFVFETAWANFVIN 376
            +++P   GSS  N  KN+L+  V  QYIPR  R  PL    +  SG + ETAWA    N
Sbjct: 204 LIIIPHMRGSSSLN-TKNMLKFIVFFQYIPRFIRIYPLYKEVTRTSGILTETAWAGAAFN 263

Query: 377 LLTFMLAGHIVGSFWYLLGLQRVTRCFRDACNKTGNRSCLEYIDCGHGDESRSQFLDPHR 436
           L  +MLA H+ G+FWYL  ++R T C++ AC +       + + C       + FL    
Sbjct: 264 LFLYMLASHVFGAFWYLFSIERETVCWKQACERNNPPCISKLLYCDPETAGGNAFL---- 323

Query: 437 DSWKHNENATACFSNEG-FGYGIYLQAV--NLTTEKSILTRYTYSLFWGFQQISTLAGNQ 496
                NE+      N   F +GI+L A+   +   +    ++ Y  +WG Q +S+L  N 
Sbjct: 324 -----NESCPIQTPNTTLFDFGIFLDALQSGVVESQDFPQKFFYCFWWGLQNLSSLGQNL 383

Query: 497 VPSYYVYEVLFTMGIIGLGLLLFALLIGNMQNFLQALGRRRLEMSLRRRDVEQWMEHRRL 556
             S Y++E+ F + I   GL+LF+ LIGNMQ +LQ+   R  EM ++RRD EQWM HR L
Sbjct: 384 KTSTYIWEICFAVFISIAGLVLFSFLIGNMQTYLQSTTTRLEEMRVKRRDAEQWMSHRLL 443

Query: 557 PENLRRQVRQAERYNWASTRGVNEERIFENLPEDLQKNIRRHL-FKFVNKVRIFALMDYE 616
           PENLR+++R+ E+Y W  TRGV+EE +  NLP+DL+++I+RHL    + +V +F  MD E
Sbjct: 444 PENLRKRIRRYEQYKWQETRGVDEENLLSNLPKDLRRDIKRHLCLALLMRVPMFEKMD-E 503

Query: 617 PILDAIRERLRQKTYIEGSEVFSAGDTIEKMVFIVRGKMESRVDGNGIV-----VPLSEG 676
            +LDA+ +RL+   Y E S +   GD +++M+FI+RGK+ +     G         L  G
Sbjct: 504 QLLDALCDRLQPVLYTEESYIVREGDPVDEMLFIMRGKLLTITTNGGRTGFLNSEYLGAG 563

Query: 677 DVCGEELLTWCLE-HSSINKDMKRQQVPAPRLVSNRTVRCLSNVEAFSLRAADLEEVTSM 736
           D CGEELLTW L+ HSS N       +P    +S RTVR L  VEAF+L+A DL+ V S 
Sbjct: 564 DFCGEELLTWALDPHSSSN-------LP----ISTRTVRALMEVEAFALKADDLKFVASQ 623

Query: 737 FSRFLRNPRVQGAIRYESPYWRYLAAMRIQVAW-RYRKRRLSRVQTSQSN 775
           F R L + +++   RY S  W+  AA  IQ AW RY K++L      + N
Sbjct: 624 FRR-LHSKQLRHTFRYYSQQWKTWAACFIQAAWRRYIKKKLEESLKEEEN 650

BLAST of Cmc12g0339091 vs. ExPASy Swiss-Prot
Match: Q9SJA4 (Probable cyclic nucleotide-gated ion channel 14 OS=Arabidopsis thaliana OX=3702 GN=CNGC14 PE=2 SV=2)

HSP 1 Score: 407.5 bits (1046), Expect = 3.3e-112
Identity = 246/590 (41.69%), Postives = 348/590 (58.98%), Query Frame = 0

Query: 197 VMNPHAKVVQQWNKFFVISCLLAIFLDPLFFFLLSVQE--KNKCIVIDWPLTTTLVVFRS 256
           +++P    V QWN+ F+  CL+A+++DPLFFFL SV+   ++ C+  D  L   +  FR+
Sbjct: 72  ILDPGGDAVLQWNRVFLFWCLVALYVDPLFFFLSSVKRIGRSSCMTTDLKLGIVITFFRT 131

Query: 257 MTDFIYFLHMLLQFRLAYVAPESRVVGAGELVDHPKKIAMNYLKGNFFIDLLVVLPLPQI 316
           + D  Y LH++++FR AYV+  SRV G GELV  PK IA  YL+ +F +DL+  LPLPQI
Sbjct: 132 LADLFYVLHIVIKFRTAYVSRTSRVFGRGELVKDPKLIARRYLRSDFIVDLIACLPLPQI 191

Query: 317 IIFLVLPKSLGSSGANYAKNLLRTAVTVQYIPRLYRFLPLLAG-QSPSGFVFETAWANFV 376
           + + +LP S+ SS +++  N L   V VQYIPRLY   PL A     +G V  TAWA   
Sbjct: 192 VSWFILP-SIRSSHSDHTTNALVLIVLVQYIPRLYLIFPLSAEIIKATGVVTTTAWAGAA 251

Query: 377 INLLTFMLAGHIVGSFWYLLGLQRVTRCFRDACNKTG--NRSCLEYIDCGHGDESRSQFL 436
            NLL +MLA HI+GS WYLL ++R   C++  C+K     +   ++ DCG          
Sbjct: 252 YNLLQYMLASHILGSAWYLLSIERQATCWKAECHKESVPLQCVTDFFDCG---------- 311

Query: 437 DPHRDSWKHNENATACFS------NEGFGYGIYLQAVNLTTEKS-ILTRYTYSLFWGFQQ 496
             HRD   + +N T  FS      N  F +GI+  A+      S  L +Y Y L++G Q 
Sbjct: 312 TLHRDDRNNWQNTTVVFSNCDPSNNIQFTFGIFADALTKNVVSSPFLEKYLYCLWFGLQN 371

Query: 497 ISTLAGNQVPSYYVYEVLFTMGIIGLGLLLFALLIGNMQNFLQALGRRRLEMSLRRRDVE 556
           +S+   N   S  V E +F + +   GL+LFALLIGNMQ +LQ++  R  E  L+RRD E
Sbjct: 372 LSSYGQNLSTSTSVLETMFAILVAIFGLVLFALLIGNMQTYLQSITVRLEEWRLKRRDTE 431

Query: 557 QWMEHRRLPENLRRQVRQAERYNWASTRGVNEERIFENLPEDLQKNIRRHL-FKFVNKVR 616
           +WM HR LP+NLR +VR+  +Y W +TRGV+EE I  +LP DL+++I+RHL    V +V 
Sbjct: 432 EWMGHRLLPQNLRERVRRFVQYKWLATRGVDEETILHSLPADLRRDIQRHLCLDLVRRVP 491

Query: 617 IFALMDYEPILDAIRERLRQKTYIEGSEVFSAGDTIEKMVFIVRGKMESRVDGNGIV--- 676
           +FA MD + +LDAI ERL      +G+ +   GD + +M+FI+RGK+ES     G     
Sbjct: 492 LFAQMD-DQLLDAICERLASSLSTQGNYIVREGDPVTEMLFIIRGKLESSTTNGGRTGFF 551

Query: 677 --VPLSEGDVCGEELLTWCLEHSSINKDMKRQQVPAPRLVSNRTVRCLSNVEAFSLRAAD 736
             + L  GD CGEELL W L        + +  V  P   S RTVR L  VEAF+L+A D
Sbjct: 552 NSITLRPGDFCGEELLAWAL--------LPKSTVNLPS--STRTVRALEEVEAFALQAGD 611

Query: 737 LEEVTSMFSRFLRNPRVQGAIRYESPYWRYLAAMRIQVAW-RYRKRRLSR 768
           L+ V + F R L + ++Q   RY S  WR  AA  +QVAW RY++++L++
Sbjct: 612 LKFVANQFRR-LHSKKLQHTFRYYSHQWRTWAACFVQVAWRRYKRKKLAK 638

BLAST of Cmc12g0339091 vs. ExPASy TrEMBL
Match: A0A1S3ATK8 (probable cyclic nucleotide-gated ion channel 20, chloroplastic isoform X2 OS=Cucumis melo OX=3656 GN=LOC103504623 PE=4 SV=1)

HSP 1 Score: 1549.6 bits (4011), Expect = 0.0e+00
Identity = 774/774 (100.00%), Postives = 774/774 (100.00%), Query Frame = 0

Query: 1   MAAFEKDDIPMLSNTDPPIFDEQMDSYFPSYASLGRSSSLSIPANSSGMYSSEANLVGHT 60
           MAAFEKDDIPMLSNTDPPIFDEQMDSYFPSYASLGRSSSLSIPANSSGMYSSEANLVGHT
Sbjct: 1   MAAFEKDDIPMLSNTDPPIFDEQMDSYFPSYASLGRSSSLSIPANSSGMYSSEANLVGHT 60

Query: 61  GPLRIERSSFAVSGSKNTDSKPKKLSQSKPGVTESKTAEPLAEKFPSFKIVDDPDWSIHN 120
           GPLRIERSSFAVSGSKNTDSKPKKLSQSKPGVTESKTAEPLAEKFPSFKIVDDPDWSIHN
Sbjct: 61  GPLRIERSSFAVSGSKNTDSKPKKLSQSKPGVTESKTAEPLAEKFPSFKIVDDPDWSIHN 120

Query: 121 YAGRNEHLIKSGQLGLCNDPFCITCPTYNSKVSQQKSSRISGIFDAKFHSDLYGGGKGWA 180
           YAGRNEHLIKSGQLGLCNDPFCITCPTYNSKVSQQKSSRISGIFDAKFHSDLYGGGKGWA
Sbjct: 121 YAGRNEHLIKSGQLGLCNDPFCITCPTYNSKVSQQKSSRISGIFDAKFHSDLYGGGKGWA 180

Query: 181 GKFQSFWCFLLSYIPGVMNPHAKVVQQWNKFFVISCLLAIFLDPLFFFLLSVQEKNKCIV 240
           GKFQSFWCFLLSYIPGVMNPHAKVVQQWNKFFVISCLLAIFLDPLFFFLLSVQEKNKCIV
Sbjct: 181 GKFQSFWCFLLSYIPGVMNPHAKVVQQWNKFFVISCLLAIFLDPLFFFLLSVQEKNKCIV 240

Query: 241 IDWPLTTTLVVFRSMTDFIYFLHMLLQFRLAYVAPESRVVGAGELVDHPKKIAMNYLKGN 300
           IDWPLTTTLVVFRSMTDFIYFLHMLLQFRLAYVAPESRVVGAGELVDHPKKIAMNYLKGN
Sbjct: 241 IDWPLTTTLVVFRSMTDFIYFLHMLLQFRLAYVAPESRVVGAGELVDHPKKIAMNYLKGN 300

Query: 301 FFIDLLVVLPLPQIIIFLVLPKSLGSSGANYAKNLLRTAVTVQYIPRLYRFLPLLAGQSP 360
           FFIDLLVVLPLPQIIIFLVLPKSLGSSGANYAKNLLRTAVTVQYIPRLYRFLPLLAGQSP
Sbjct: 301 FFIDLLVVLPLPQIIIFLVLPKSLGSSGANYAKNLLRTAVTVQYIPRLYRFLPLLAGQSP 360

Query: 361 SGFVFETAWANFVINLLTFMLAGHIVGSFWYLLGLQRVTRCFRDACNKTGNRSCLEYIDC 420
           SGFVFETAWANFVINLLTFMLAGHIVGSFWYLLGLQRVTRCFRDACNKTGNRSCLEYIDC
Sbjct: 361 SGFVFETAWANFVINLLTFMLAGHIVGSFWYLLGLQRVTRCFRDACNKTGNRSCLEYIDC 420

Query: 421 GHGDESRSQFLDPHRDSWKHNENATACFSNEGFGYGIYLQAVNLTTEKSILTRYTYSLFW 480
           GHGDESRSQFLDPHRDSWKHNENATACFSNEGFGYGIYLQAVNLTTEKSILTRYTYSLFW
Sbjct: 421 GHGDESRSQFLDPHRDSWKHNENATACFSNEGFGYGIYLQAVNLTTEKSILTRYTYSLFW 480

Query: 481 GFQQISTLAGNQVPSYYVYEVLFTMGIIGLGLLLFALLIGNMQNFLQALGRRRLEMSLRR 540
           GFQQISTLAGNQVPSYYVYEVLFTMGIIGLGLLLFALLIGNMQNFLQALGRRRLEMSLRR
Sbjct: 481 GFQQISTLAGNQVPSYYVYEVLFTMGIIGLGLLLFALLIGNMQNFLQALGRRRLEMSLRR 540

Query: 541 RDVEQWMEHRRLPENLRRQVRQAERYNWASTRGVNEERIFENLPEDLQKNIRRHLFKFVN 600
           RDVEQWMEHRRLPENLRRQVRQAERYNWASTRGVNEERIFENLPEDLQKNIRRHLFKFVN
Sbjct: 541 RDVEQWMEHRRLPENLRRQVRQAERYNWASTRGVNEERIFENLPEDLQKNIRRHLFKFVN 600

Query: 601 KVRIFALMDYEPILDAIRERLRQKTYIEGSEVFSAGDTIEKMVFIVRGKMESRVDGNGIV 660
           KVRIFALMDYEPILDAIRERLRQKTYIEGSEVFSAGDTIEKMVFIVRGKMESRVDGNGIV
Sbjct: 601 KVRIFALMDYEPILDAIRERLRQKTYIEGSEVFSAGDTIEKMVFIVRGKMESRVDGNGIV 660

Query: 661 VPLSEGDVCGEELLTWCLEHSSINKDMKRQQVPAPRLVSNRTVRCLSNVEAFSLRAADLE 720
           VPLSEGDVCGEELLTWCLEHSSINKDMKRQQVPAPRLVSNRTVRCLSNVEAFSLRAADLE
Sbjct: 661 VPLSEGDVCGEELLTWCLEHSSINKDMKRQQVPAPRLVSNRTVRCLSNVEAFSLRAADLE 720

Query: 721 EVTSMFSRFLRNPRVQGAIRYESPYWRYLAAMRIQVAWRYRKRRLSRVQTSQSN 775
           EVTSMFSRFLRNPRVQGAIRYESPYWRYLAAMRIQVAWRYRKRRLSRVQTSQSN
Sbjct: 721 EVTSMFSRFLRNPRVQGAIRYESPYWRYLAAMRIQVAWRYRKRRLSRVQTSQSN 774

BLAST of Cmc12g0339091 vs. ExPASy TrEMBL
Match: A0A5A7SXH8 (Putative cyclic nucleotide-gated ion channel 20 OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold112G00360 PE=4 SV=1)

HSP 1 Score: 1549.6 bits (4011), Expect = 0.0e+00
Identity = 774/774 (100.00%), Postives = 774/774 (100.00%), Query Frame = 0

Query: 1   MAAFEKDDIPMLSNTDPPIFDEQMDSYFPSYASLGRSSSLSIPANSSGMYSSEANLVGHT 60
           MAAFEKDDIPMLSNTDPPIFDEQMDSYFPSYASLGRSSSLSIPANSSGMYSSEANLVGHT
Sbjct: 91  MAAFEKDDIPMLSNTDPPIFDEQMDSYFPSYASLGRSSSLSIPANSSGMYSSEANLVGHT 150

Query: 61  GPLRIERSSFAVSGSKNTDSKPKKLSQSKPGVTESKTAEPLAEKFPSFKIVDDPDWSIHN 120
           GPLRIERSSFAVSGSKNTDSKPKKLSQSKPGVTESKTAEPLAEKFPSFKIVDDPDWSIHN
Sbjct: 151 GPLRIERSSFAVSGSKNTDSKPKKLSQSKPGVTESKTAEPLAEKFPSFKIVDDPDWSIHN 210

Query: 121 YAGRNEHLIKSGQLGLCNDPFCITCPTYNSKVSQQKSSRISGIFDAKFHSDLYGGGKGWA 180
           YAGRNEHLIKSGQLGLCNDPFCITCPTYNSKVSQQKSSRISGIFDAKFHSDLYGGGKGWA
Sbjct: 211 YAGRNEHLIKSGQLGLCNDPFCITCPTYNSKVSQQKSSRISGIFDAKFHSDLYGGGKGWA 270

Query: 181 GKFQSFWCFLLSYIPGVMNPHAKVVQQWNKFFVISCLLAIFLDPLFFFLLSVQEKNKCIV 240
           GKFQSFWCFLLSYIPGVMNPHAKVVQQWNKFFVISCLLAIFLDPLFFFLLSVQEKNKCIV
Sbjct: 271 GKFQSFWCFLLSYIPGVMNPHAKVVQQWNKFFVISCLLAIFLDPLFFFLLSVQEKNKCIV 330

Query: 241 IDWPLTTTLVVFRSMTDFIYFLHMLLQFRLAYVAPESRVVGAGELVDHPKKIAMNYLKGN 300
           IDWPLTTTLVVFRSMTDFIYFLHMLLQFRLAYVAPESRVVGAGELVDHPKKIAMNYLKGN
Sbjct: 331 IDWPLTTTLVVFRSMTDFIYFLHMLLQFRLAYVAPESRVVGAGELVDHPKKIAMNYLKGN 390

Query: 301 FFIDLLVVLPLPQIIIFLVLPKSLGSSGANYAKNLLRTAVTVQYIPRLYRFLPLLAGQSP 360
           FFIDLLVVLPLPQIIIFLVLPKSLGSSGANYAKNLLRTAVTVQYIPRLYRFLPLLAGQSP
Sbjct: 391 FFIDLLVVLPLPQIIIFLVLPKSLGSSGANYAKNLLRTAVTVQYIPRLYRFLPLLAGQSP 450

Query: 361 SGFVFETAWANFVINLLTFMLAGHIVGSFWYLLGLQRVTRCFRDACNKTGNRSCLEYIDC 420
           SGFVFETAWANFVINLLTFMLAGHIVGSFWYLLGLQRVTRCFRDACNKTGNRSCLEYIDC
Sbjct: 451 SGFVFETAWANFVINLLTFMLAGHIVGSFWYLLGLQRVTRCFRDACNKTGNRSCLEYIDC 510

Query: 421 GHGDESRSQFLDPHRDSWKHNENATACFSNEGFGYGIYLQAVNLTTEKSILTRYTYSLFW 480
           GHGDESRSQFLDPHRDSWKHNENATACFSNEGFGYGIYLQAVNLTTEKSILTRYTYSLFW
Sbjct: 511 GHGDESRSQFLDPHRDSWKHNENATACFSNEGFGYGIYLQAVNLTTEKSILTRYTYSLFW 570

Query: 481 GFQQISTLAGNQVPSYYVYEVLFTMGIIGLGLLLFALLIGNMQNFLQALGRRRLEMSLRR 540
           GFQQISTLAGNQVPSYYVYEVLFTMGIIGLGLLLFALLIGNMQNFLQALGRRRLEMSLRR
Sbjct: 571 GFQQISTLAGNQVPSYYVYEVLFTMGIIGLGLLLFALLIGNMQNFLQALGRRRLEMSLRR 630

Query: 541 RDVEQWMEHRRLPENLRRQVRQAERYNWASTRGVNEERIFENLPEDLQKNIRRHLFKFVN 600
           RDVEQWMEHRRLPENLRRQVRQAERYNWASTRGVNEERIFENLPEDLQKNIRRHLFKFVN
Sbjct: 631 RDVEQWMEHRRLPENLRRQVRQAERYNWASTRGVNEERIFENLPEDLQKNIRRHLFKFVN 690

Query: 601 KVRIFALMDYEPILDAIRERLRQKTYIEGSEVFSAGDTIEKMVFIVRGKMESRVDGNGIV 660
           KVRIFALMDYEPILDAIRERLRQKTYIEGSEVFSAGDTIEKMVFIVRGKMESRVDGNGIV
Sbjct: 691 KVRIFALMDYEPILDAIRERLRQKTYIEGSEVFSAGDTIEKMVFIVRGKMESRVDGNGIV 750

Query: 661 VPLSEGDVCGEELLTWCLEHSSINKDMKRQQVPAPRLVSNRTVRCLSNVEAFSLRAADLE 720
           VPLSEGDVCGEELLTWCLEHSSINKDMKRQQVPAPRLVSNRTVRCLSNVEAFSLRAADLE
Sbjct: 751 VPLSEGDVCGEELLTWCLEHSSINKDMKRQQVPAPRLVSNRTVRCLSNVEAFSLRAADLE 810

Query: 721 EVTSMFSRFLRNPRVQGAIRYESPYWRYLAAMRIQVAWRYRKRRLSRVQTSQSN 775
           EVTSMFSRFLRNPRVQGAIRYESPYWRYLAAMRIQVAWRYRKRRLSRVQTSQSN
Sbjct: 811 EVTSMFSRFLRNPRVQGAIRYESPYWRYLAAMRIQVAWRYRKRRLSRVQTSQSN 864

BLAST of Cmc12g0339091 vs. ExPASy TrEMBL
Match: A0A1S3CT38 (probable cyclic nucleotide-gated ion channel 20, chloroplastic isoform X1 OS=Cucumis melo OX=3656 GN=LOC103504623 PE=4 SV=1)

HSP 1 Score: 1549.6 bits (4011), Expect = 0.0e+00
Identity = 774/774 (100.00%), Postives = 774/774 (100.00%), Query Frame = 0

Query: 1   MAAFEKDDIPMLSNTDPPIFDEQMDSYFPSYASLGRSSSLSIPANSSGMYSSEANLVGHT 60
           MAAFEKDDIPMLSNTDPPIFDEQMDSYFPSYASLGRSSSLSIPANSSGMYSSEANLVGHT
Sbjct: 25  MAAFEKDDIPMLSNTDPPIFDEQMDSYFPSYASLGRSSSLSIPANSSGMYSSEANLVGHT 84

Query: 61  GPLRIERSSFAVSGSKNTDSKPKKLSQSKPGVTESKTAEPLAEKFPSFKIVDDPDWSIHN 120
           GPLRIERSSFAVSGSKNTDSKPKKLSQSKPGVTESKTAEPLAEKFPSFKIVDDPDWSIHN
Sbjct: 85  GPLRIERSSFAVSGSKNTDSKPKKLSQSKPGVTESKTAEPLAEKFPSFKIVDDPDWSIHN 144

Query: 121 YAGRNEHLIKSGQLGLCNDPFCITCPTYNSKVSQQKSSRISGIFDAKFHSDLYGGGKGWA 180
           YAGRNEHLIKSGQLGLCNDPFCITCPTYNSKVSQQKSSRISGIFDAKFHSDLYGGGKGWA
Sbjct: 145 YAGRNEHLIKSGQLGLCNDPFCITCPTYNSKVSQQKSSRISGIFDAKFHSDLYGGGKGWA 204

Query: 181 GKFQSFWCFLLSYIPGVMNPHAKVVQQWNKFFVISCLLAIFLDPLFFFLLSVQEKNKCIV 240
           GKFQSFWCFLLSYIPGVMNPHAKVVQQWNKFFVISCLLAIFLDPLFFFLLSVQEKNKCIV
Sbjct: 205 GKFQSFWCFLLSYIPGVMNPHAKVVQQWNKFFVISCLLAIFLDPLFFFLLSVQEKNKCIV 264

Query: 241 IDWPLTTTLVVFRSMTDFIYFLHMLLQFRLAYVAPESRVVGAGELVDHPKKIAMNYLKGN 300
           IDWPLTTTLVVFRSMTDFIYFLHMLLQFRLAYVAPESRVVGAGELVDHPKKIAMNYLKGN
Sbjct: 265 IDWPLTTTLVVFRSMTDFIYFLHMLLQFRLAYVAPESRVVGAGELVDHPKKIAMNYLKGN 324

Query: 301 FFIDLLVVLPLPQIIIFLVLPKSLGSSGANYAKNLLRTAVTVQYIPRLYRFLPLLAGQSP 360
           FFIDLLVVLPLPQIIIFLVLPKSLGSSGANYAKNLLRTAVTVQYIPRLYRFLPLLAGQSP
Sbjct: 325 FFIDLLVVLPLPQIIIFLVLPKSLGSSGANYAKNLLRTAVTVQYIPRLYRFLPLLAGQSP 384

Query: 361 SGFVFETAWANFVINLLTFMLAGHIVGSFWYLLGLQRVTRCFRDACNKTGNRSCLEYIDC 420
           SGFVFETAWANFVINLLTFMLAGHIVGSFWYLLGLQRVTRCFRDACNKTGNRSCLEYIDC
Sbjct: 385 SGFVFETAWANFVINLLTFMLAGHIVGSFWYLLGLQRVTRCFRDACNKTGNRSCLEYIDC 444

Query: 421 GHGDESRSQFLDPHRDSWKHNENATACFSNEGFGYGIYLQAVNLTTEKSILTRYTYSLFW 480
           GHGDESRSQFLDPHRDSWKHNENATACFSNEGFGYGIYLQAVNLTTEKSILTRYTYSLFW
Sbjct: 445 GHGDESRSQFLDPHRDSWKHNENATACFSNEGFGYGIYLQAVNLTTEKSILTRYTYSLFW 504

Query: 481 GFQQISTLAGNQVPSYYVYEVLFTMGIIGLGLLLFALLIGNMQNFLQALGRRRLEMSLRR 540
           GFQQISTLAGNQVPSYYVYEVLFTMGIIGLGLLLFALLIGNMQNFLQALGRRRLEMSLRR
Sbjct: 505 GFQQISTLAGNQVPSYYVYEVLFTMGIIGLGLLLFALLIGNMQNFLQALGRRRLEMSLRR 564

Query: 541 RDVEQWMEHRRLPENLRRQVRQAERYNWASTRGVNEERIFENLPEDLQKNIRRHLFKFVN 600
           RDVEQWMEHRRLPENLRRQVRQAERYNWASTRGVNEERIFENLPEDLQKNIRRHLFKFVN
Sbjct: 565 RDVEQWMEHRRLPENLRRQVRQAERYNWASTRGVNEERIFENLPEDLQKNIRRHLFKFVN 624

Query: 601 KVRIFALMDYEPILDAIRERLRQKTYIEGSEVFSAGDTIEKMVFIVRGKMESRVDGNGIV 660
           KVRIFALMDYEPILDAIRERLRQKTYIEGSEVFSAGDTIEKMVFIVRGKMESRVDGNGIV
Sbjct: 625 KVRIFALMDYEPILDAIRERLRQKTYIEGSEVFSAGDTIEKMVFIVRGKMESRVDGNGIV 684

Query: 661 VPLSEGDVCGEELLTWCLEHSSINKDMKRQQVPAPRLVSNRTVRCLSNVEAFSLRAADLE 720
           VPLSEGDVCGEELLTWCLEHSSINKDMKRQQVPAPRLVSNRTVRCLSNVEAFSLRAADLE
Sbjct: 685 VPLSEGDVCGEELLTWCLEHSSINKDMKRQQVPAPRLVSNRTVRCLSNVEAFSLRAADLE 744

Query: 721 EVTSMFSRFLRNPRVQGAIRYESPYWRYLAAMRIQVAWRYRKRRLSRVQTSQSN 775
           EVTSMFSRFLRNPRVQGAIRYESPYWRYLAAMRIQVAWRYRKRRLSRVQTSQSN
Sbjct: 745 EVTSMFSRFLRNPRVQGAIRYESPYWRYLAAMRIQVAWRYRKRRLSRVQTSQSN 798

BLAST of Cmc12g0339091 vs. ExPASy TrEMBL
Match: A0A6J1KKW9 (probable cyclic nucleotide-gated ion channel 20, chloroplastic isoform X1 OS=Cucurbita maxima OX=3661 GN=LOC111495122 PE=4 SV=1)

HSP 1 Score: 1333.2 bits (3449), Expect = 0.0e+00
Identity = 664/775 (85.68%), Postives = 710/775 (91.61%), Query Frame = 0

Query: 1   MAAFEKDDIPMLSNTDPPIFDEQMDSYFPSYASLGRSSSLSIPANSSGMYSSEANLVGHT 60
           MA+FEKDD PMLSNT PP+ DEQ+ SYFPSYASL RSSSLSIP  SSG+Y S+A LVG+T
Sbjct: 1   MASFEKDDTPMLSNTGPPLLDEQLGSYFPSYASLARSSSLSIP-TSSGIYVSDAKLVGYT 60

Query: 61  GPLRIERSS-FAVSGSKNTDSKPKKLSQSKPGVTESKTAEPLAEKFPSFKIVDDPDWSIH 120
           GPLRIER S F   GSK T  KP+K SQS PGVTESKTAEPL +KFPSFK  D+ DW+I 
Sbjct: 61  GPLRIERKSPFLEIGSKYTRRKPEKSSQSSPGVTESKTAEPLTDKFPSFKTNDESDWAIQ 120

Query: 121 NYAGRNEHLIKSGQLGLCNDPFCITCPTYNSKVSQQKSSRISGIFDAKFHSDLYGGGKGW 180
           ++AGRNEHLIKSGQLG+CNDPFCITCPTYNSK S+QKSSR+ GIFD +FH DLYG GKGW
Sbjct: 121 HFAGRNEHLIKSGQLGVCNDPFCITCPTYNSKSSKQKSSRMRGIFDPEFHKDLYGEGKGW 180

Query: 181 AGKFQSFWCFLLSYIPGVMNPHAKVVQQWNKFFVISCLLAIFLDPLFFFLLSVQEKNKCI 240
           A KF+S WCFLL YIPGVMNPHAKVVQQWNKFFVISCLLAIFLDPLFFF+L+V    KCI
Sbjct: 181 AVKFRSVWCFLLPYIPGVMNPHAKVVQQWNKFFVISCLLAIFLDPLFFFVLAVHFVKKCI 240

Query: 241 VIDWPLTTTLVVFRSMTDFIYFLHMLLQFRLAYVAPESRVVGAGELVDHPKKIAMNYLKG 300
            I+WP+TTTLVVFRSMTDF+YFLHMLLQFRLAYVAPE+RVVGAGELVDHPKKIA NYLKG
Sbjct: 241 FINWPMTTTLVVFRSMTDFVYFLHMLLQFRLAYVAPETRVVGAGELVDHPKKIAKNYLKG 300

Query: 301 NFFIDLLVVLPLPQIIIFLVLPKSLGSSGANYAKNLLRTAVTVQYIPRLYRFLPLLAGQS 360
           NFFID+LVVLPLPQII+FL+LP SLG+SGAN+AKNLLRTAV  QYIPRLYRFLPLLAGQS
Sbjct: 301 NFFIDVLVVLPLPQIIVFLILPNSLGTSGANHAKNLLRTAVIAQYIPRLYRFLPLLAGQS 360

Query: 361 PSGFVFETAWANFVINLLTFMLAGHIVGSFWYLLGLQRVTRCFRDACNKTGNRSCLEYID 420
           PSGFVFETAWANFVINLLTFMLAGHIVGS WYL GLQ V RCFRDACN+TGN SCL+YID
Sbjct: 361 PSGFVFETAWANFVINLLTFMLAGHIVGSLWYLFGLQGVNRCFRDACNRTGNTSCLDYID 420

Query: 421 CGHGDESRSQFLDPHRDSWKHNENATACFSNEGFGYGIYLQAVNLTTEKSILTRYTYSLF 480
           CGHGDE+ +   D  RD WK NENATACF+ EGF YGIYLQAVNLTTE ++LTRYTYSLF
Sbjct: 421 CGHGDEAGNHSPDLRRDQWKSNENATACFAKEGFDYGIYLQAVNLTTESNLLTRYTYSLF 480

Query: 481 WGFQQISTLAGNQVPSYYVYEVLFTMGIIGLGLLLFALLIGNMQNFLQALGRRRLEMSLR 540
           WGFQQISTLAGNQVPSYYVYEVLFTMGIIGLGLLLFALLIGNMQ FLQALGRRRLEMSLR
Sbjct: 481 WGFQQISTLAGNQVPSYYVYEVLFTMGIIGLGLLLFALLIGNMQIFLQALGRRRLEMSLR 540

Query: 541 RRDVEQWMEHRRLPENLRRQVRQAERYNWASTRGVNEERIFENLPEDLQKNIRRHLFKFV 600
           RRDVEQWMEHRRLPE+LRR+VRQAERYNWASTRGVNEERIFENLPEDLQ+NIRRHLF+FV
Sbjct: 541 RRDVEQWMEHRRLPESLRRKVRQAERYNWASTRGVNEERIFENLPEDLQRNIRRHLFRFV 600

Query: 601 NKVRIFALMDYEPILDAIRERLRQKTYIEGSEVFSAGDTIEKMVFIVRGKMESRVDGNGI 660
           NKVRIFALMDYEPILDAIRERLRQ+TYIEGSEVF+AGD IEKMVFIVRGKMESRVDGNGI
Sbjct: 601 NKVRIFALMDYEPILDAIRERLRQRTYIEGSEVFTAGDIIEKMVFIVRGKMESRVDGNGI 660

Query: 661 VVPLSEGDVCGEELLTWCLEHSSINKDMKRQQVPAPRLVSNRTVRCLSNVEAFSLRAADL 720
           VVPLSEGDVCGEELLTWCLEHSSIN+DMKR Q+PA +LVSNRTV+C +NVEAFSLRAADL
Sbjct: 661 VVPLSEGDVCGEELLTWCLEHSSINRDMKRHQIPAQKLVSNRTVKCSTNVEAFSLRAADL 720

Query: 721 EEVTSMFSRFLRNPRVQGAIRYESPYWRYLAAMRIQVAWRYRKRRLSRVQTSQSN 775
           EEVTSMFSRFLRNPRVQGAIRYESPYWRYLAA RIQVAWRYRKRRLSR QTS SN
Sbjct: 721 EEVTSMFSRFLRNPRVQGAIRYESPYWRYLAATRIQVAWRYRKRRLSRAQTSHSN 774

BLAST of Cmc12g0339091 vs. ExPASy TrEMBL
Match: A0A6J1C626 (probable cyclic nucleotide-gated ion channel 20, chloroplastic OS=Momordica charantia OX=3673 GN=LOC111008737 PE=4 SV=1)

HSP 1 Score: 1331.2 bits (3444), Expect = 0.0e+00
Identity = 667/775 (86.06%), Postives = 713/775 (92.00%), Query Frame = 0

Query: 1   MAAFEKDDIPMLSNTDPPIFDEQMDSYFPSYASLGRSSSLSIPANSSGMYSSEANLVGHT 60
           MAAFEKDDIPMLSNTDPP+ DEQ+ SYFPS+ASL RSSSLSIP  SSG+Y +EANLVGHT
Sbjct: 1   MAAFEKDDIPMLSNTDPPMLDEQVGSYFPSFASLTRSSSLSIPTTSSGLYGNEANLVGHT 60

Query: 61  GPLRIER-SSFAVSGSKNTDSKPKKLSQSKPGVTESKTAEPLAEKFPSFKIVDDPDWSIH 120
           GPLR +R SSF VSGS  T  KP++LSQS PGV ESKTAEPLA+KFPSFK  D+ DWSIH
Sbjct: 61  GPLRSDRKSSFMVSGSTYTGRKPERLSQSNPGVPESKTAEPLADKFPSFKAKDESDWSIH 120

Query: 121 NYAGRNEHLIKSGQLGLCNDPFCITCPTYNSKVSQQKSSRISGIFDAKFHSDLYGGGKGW 180
           NYAGRNEHLIKSGQLG+C+DPFCITCPTYN K S+ KS R+SGIFD KF SD +G GKGW
Sbjct: 121 NYAGRNEHLIKSGQLGMCSDPFCITCPTYNLKASKHKSLRMSGIFDHKFQSDFFGDGKGW 180

Query: 181 AGKFQSFWCFLLSYIPGVMNPHAKVVQQWNKFFVISCLLAIFLDPLFFFLLSVQEKNKCI 240
           AGKF++FW FLL YIPGVMNPHAKVVQQWNKFFVISCL+AIFLDPLFFFLL+V+E  KCI
Sbjct: 181 AGKFRTFWSFLLPYIPGVMNPHAKVVQQWNKFFVISCLVAIFLDPLFFFLLAVKEDKKCI 240

Query: 241 VIDWPLTTTLVVFRSMTDFIYFLHMLLQFRLAYVAPESRVVGAGELVDHPKKIAMNYLKG 300
           VI+WPLTTTLV FRS+TDFIY L+MLLQFRLAYV+PES VVGAGELVD PK+IA++Y+KG
Sbjct: 241 VINWPLTTTLVAFRSLTDFIYLLNMLLQFRLAYVSPESLVVGAGELVDQPKEIALHYIKG 300

Query: 301 NFFIDLLVVLPLPQIIIFLVLPKSLGSSGANYAKNLLRTAVTVQYIPRLYRFLPLLAGQS 360
            FF+DLLVVLPLPQII+FLVLPKSLGSSGANYAKNLLR AVTVQYIPRLYRFLPLLAGQS
Sbjct: 301 KFFVDLLVVLPLPQIIVFLVLPKSLGSSGANYAKNLLRNAVTVQYIPRLYRFLPLLAGQS 360

Query: 361 PSGFVFETAWANFVINLLTFMLAGHIVGSFWYLLGLQRVTRCFRDACNKTGNRSCLEYID 420
           PSGFVFETAWANFVINLLTFMLAGHIVGSFWYLLGLQ V RCFRDACNKTG+R CL+YID
Sbjct: 361 PSGFVFETAWANFVINLLTFMLAGHIVGSFWYLLGLQGVNRCFRDACNKTGSRDCLQYID 420

Query: 421 CGHGDESRSQFLDPHRDSWKHNENATACFSNEGFGYGIYLQAVNLTTEKSILTRYTYSLF 480
           CGHGDE+ S   +P R  W  N NA ACF+ E F YGIYLQAVNLTT+ SI+TRYTYSLF
Sbjct: 421 CGHGDEAWSPDHEPRR-KWGENGNAKACFAKEDFDYGIYLQAVNLTTKNSIITRYTYSLF 480

Query: 481 WGFQQISTLAGNQVPSYYVYEVLFTMGIIGLGLLLFALLIGNMQNFLQALGRRRLEMSLR 540
           WGFQQISTLAGNQVPSYY +EVLFTMGIIGLGLLLFALLIGNMQNFLQALGRRRLEMSLR
Sbjct: 481 WGFQQISTLAGNQVPSYYEWEVLFTMGIIGLGLLLFALLIGNMQNFLQALGRRRLEMSLR 540

Query: 541 RRDVEQWMEHRRLPENLRRQVRQAERYNWASTRGVNEERIFENLPEDLQKNIRRHLFKFV 600
           RRDVEQWMEHRRLPENLRRQVRQAERYNWASTRGVNEERIFENLPEDLQ+NIRRHLF+FV
Sbjct: 541 RRDVEQWMEHRRLPENLRRQVRQAERYNWASTRGVNEERIFENLPEDLQRNIRRHLFRFV 600

Query: 601 NKVRIFALMDYEPILDAIRERLRQKTYIEGSEVFSAGDTIEKMVFIVRGKMESRVDGNGI 660
           NKVRIFALMDYEPILDAIRERLRQKTYIEGSEVFS+GD IEKMVFIVRGKMESRVD  GI
Sbjct: 601 NKVRIFALMDYEPILDAIRERLRQKTYIEGSEVFSSGDIIEKMVFIVRGKMESRVD--GI 660

Query: 661 VVPLSEGDVCGEELLTWCLEHSSINKDMKRQQVPAPRLVSNRTVRCLSNVEAFSLRAADL 720
           VVPLSEGDVCGEELLTWCLEHSS+N+DMKR QVPAPRLVSNRTVRCL+NVEAFSLRAADL
Sbjct: 661 VVPLSEGDVCGEELLTWCLEHSSMNRDMKRLQVPAPRLVSNRTVRCLTNVEAFSLRAADL 720

Query: 721 EEVTSMFSRFLRNPRVQGAIRYESPYWRYLAAMRIQVAWRYRKRRLSRVQTSQSN 775
           EEVTSMFSRFLRNPRVQGAIRYESPYWRYLA  RIQVAWRYRK+RLSR QTS+SN
Sbjct: 721 EEVTSMFSRFLRNPRVQGAIRYESPYWRYLATTRIQVAWRYRKKRLSRAQTSRSN 772

BLAST of Cmc12g0339091 vs. TAIR 10
Match: AT3G17700.1 (cyclic nucleotide-binding transporter 1 )

HSP 1 Score: 924.1 bits (2387), Expect = 7.5e-269
Identity = 475/773 (61.45%), Postives = 593/773 (76.71%), Query Frame = 0

Query: 5   EKDDIPMLSNTDPPIFDEQMDSYFPSYASLGRSSSLSIPANSSGMYSSEANLVGHTGPLR 64
           E DDIPML     PI D    +   ++ S  RS SLS P +S   + +   ++G+TGPLR
Sbjct: 6   ENDDIPML-----PISDPSSRTRARAFTSRSRSVSLSNPTSSIEGFDTSTVVLGYTGPLR 65

Query: 65  IERSS--FAVSGSKNTDSKPKKLSQSKPGVTESKTAEPLAEKFPSFKIVDDPDWSIHNYA 124
            +R      +SG   +  K + L    P  ++S       E++PSF  ++  + S   + 
Sbjct: 66  TQRRPPLVQMSGPLTSTRKHEPLFLPHPS-SDSVGVSSQPERYPSFAALEHKNSSEDEFV 125

Query: 125 GRNEHLIKSGQLGLCNDPFCITCPT-YNSKVSQQKSSRISGIFDAKFHSDLYGGGKGWAG 184
            ++ +L++SGQLG+CNDP+C TCP+ YN K +Q  +SR+S +FD+ FH+ LY   KGWA 
Sbjct: 126 LKHANLLRSGQLGMCNDPYCTTCPSYYNRKAAQIPTSRVSALFDSTFHNALYDDAKGWAR 185

Query: 185 KFQSFWCFLLSYIPGVMNPHAKVVQQWNKFFVISCLLAIFLDPLFFFLLSVQEKNKCIVI 244
           +F S    +  Y+PG+MNPHAK VQ W KFF +SCLLAIF+DPLFFFL+ VQE+NKCI+I
Sbjct: 186 RFAS---SVNRYLPGIMNPHAKEVQTWTKFFALSCLLAIFIDPLFFFLIKVQEQNKCIMI 245

Query: 245 DWPLTTTLVVFRSMTDFIYFLHMLLQFRLAYVAPESRVVGAGELVDHPKKIAMNYLKGNF 304
           DWP+T   V  RS+TD I+ +++LLQFRLAYVA ES VVGAG+LV HPKKIA++YLKG F
Sbjct: 246 DWPMTKAFVAVRSVTDVIFTMNILLQFRLAYVARESTVVGAGQLVSHPKKIALHYLKGKF 305

Query: 305 FIDLLVVLPLPQIIIFLVLPKSLGSSGANYAKNLLRTAVTVQYIPRLYRFLPLLAGQSPS 364
           F+DL +V+PLPQI+I  ++P  LG+SGANYAKNLLR AV  QYIP+LYR LP LAGQ+P+
Sbjct: 306 FLDLFIVMPLPQILILWIIPAHLGASGANYAKNLLRAAVLFQYIPKLYRLLPFLAGQTPT 365

Query: 365 GFVFETAWANFVINLLTFMLAGHIVGSFWYLLGLQRVTRCFRDACNKTGNRSCLEYIDCG 424
           GF+FE+AWANFVINLLTFMLAGH+VGS WYL GLQRV +C R+AC   G R C + IDCG
Sbjct: 366 GFIFESAWANFVINLLTFMLAGHVVGSCWYLFGLQRVNQCLRNACGNFG-RECQDLIDCG 425

Query: 425 HGDESRSQFLDPHRDSWKHNENATACFSNEGFGYGIYLQAVNLTTEKSILTRYTYSLFWG 484
           +G+ S        R +WK N +A ACF  +GF YGIYL+AVNLT   ++ TRY+YSLFWG
Sbjct: 426 NGNSSVLV-----RATWKDNASANACFQEDGFPYGIYLKAVNLTNHSNLFTRYSYSLFWG 485

Query: 485 FQQISTLAGNQVPSYYVYEVLFTMGIIGLGLLLFALLIGNMQNFLQALGRRRLEMSLRRR 544
           FQQISTLAGNQVPSY++ EV FTMGIIGLGLLLFALLIGNMQNFLQALG+R LEM+LRRR
Sbjct: 486 FQQISTLAGNQVPSYFLGEVFFTMGIIGLGLLLFALLIGNMQNFLQALGKRNLEMTLRRR 545

Query: 545 DVEQWMEHRRLPENLRRQVRQAERYNWASTRGVNEERIFENLPEDLQKNIRRHLFKFVNK 604
           DVEQWM HRRLP+ +RR+VR+AER+NWA+TRGVNEE +FEN+P+DLQ++IRRHLFKF+ K
Sbjct: 546 DVEQWMSHRRLPDGIRRRVREAERFNWAATRGVNEELLFENMPDDLQRDIRRHLFKFLKK 605

Query: 605 VRIFALMDYEPILDAIRERLRQKTYIEGSEVFSAGDTIEKMVFIVRGKMESRVDGNGIVV 664
           VRIF+LMD EPILDAIRERL+Q+TYI  S V   G  +EKMVFIVRG+MES +  +G V+
Sbjct: 606 VRIFSLMD-EPILDAIRERLKQRTYIGSSTVLHRGGLVEKMVFIVRGEMES-IGEDGSVL 665

Query: 665 PLSEGDVCGEELLTWCLEHSSINKDMKRQQVPAPRLVSNRTVRCLSNVEAFSLRAADLEE 724
           PL EGDVCGEELLTWCLE SS+N D  R ++P+  L+S+R VRC++NVEAFSL  ADLE+
Sbjct: 666 PLYEGDVCGEELLTWCLERSSVNPDGTRIRMPSKGLLSSRNVRCVTNVEAFSLSVADLED 725

Query: 725 VTSMFSRFLRNPRVQGAIRYESPYWRYLAAMRIQVAWRYRKRRLSRVQTSQSN 775
           VTS+FSRFLR+ RVQGAIRY+SPYWR  AA +IQVAWRYR+RRL R+ T QS+
Sbjct: 726 VTSLFSRFLRSHRVQGAIRYDSPYWRLRAARQIQVAWRYRRRRLHRLCTPQSS 761

BLAST of Cmc12g0339091 vs. TAIR 10
Match: AT3G17690.1 (cyclic nucleotide gated channel 19 )

HSP 1 Score: 810.1 bits (2091), Expect = 1.6e-234
Identity = 431/752 (57.31%), Postives = 543/752 (72.21%), Query Frame = 0

Query: 30  SYASLGRSSSLSIPANSSGMYSSEANLVGHTGPLRIERSSFAVSGSKNTDSKPKKLSQSK 89
           ++ S  RS SLS P+ S   + +    +G+TGPLR +R             +P  +  S 
Sbjct: 6   TFTSRNRSVSLSNPSFSIDGFDNSTVTLGYTGPLRTQR------------IRPPLVQMSG 65

Query: 90  PGVTESKTAEPLAEKFP-----SFKIVDDPDWSIHNYAGRNEHLIKSGQLGLCNDPFCIT 149
           P +  ++  EPL    P     S   VD P     ++  +N +L++SGQLG+CNDP+C T
Sbjct: 66  P-IHSTRRTEPLFSPSPQESPDSSSTVDVPPED--DFVFKNANLLRSGQLGMCNDPYCTT 125

Query: 150 CPT-YNSKVSQQKSSRISGIFDAKFHSDLYGGGKGWAGKFQSFWCFLLSYIPGVMNPHAK 209
           CP+ YN + +Q  +SR+S    ++F + LYG  +GWA +F S    +   +PG+MNPH+K
Sbjct: 126 CPSYYNRQAAQLHTSRVSA---SRFRTVLYGDARGWAKRFAS---SVRRCLPGIMNPHSK 185

Query: 210 VVQQWNKFFVISCLLAIFLDPLFFFLLSVQEKNKCIVIDWPLTTTLVVFRSMTDFIYFLH 269
            VQ W +    S L+AIF+DPLFFFLL +Q+ NKCI IDW  T  LV  RS+TD I+F++
Sbjct: 186 FVQVWTRVLAFSSLVAIFIDPLFFFLLLIQQDNKCIAIDWRATKVLVSLRSITDLIFFIN 245

Query: 270 MLLQFRLAYVAPESRVVGAGELVDHPKKIAMNYLKGNFFIDLLVVLPLPQIIIFLVLPKS 329
           +LLQFRLAYVAPESR+VGAG+LVDHP+KIA +Y +G F +D+ +V P+PQI+I  ++P  
Sbjct: 246 ILLQFRLAYVAPESRIVGAGQLVDHPRKIARHYFRGKFLLDMFIVFPIPQIMILRIIPLH 305

Query: 330 LGSSGANYAKNLLRTAVTVQYIPRLYRFLPLLAGQSPSGFVFETAWANFVINLLTFMLAG 389
           LG+      K +LR  V  QYIP+LYR LPLLAGQ+ +GF+FE+AWANFVINLLTFMLAG
Sbjct: 306 LGTRREESEKQILRATVLFQYIPKLYRLLPLLAGQTSTGFIFESAWANFVINLLTFMLAG 365

Query: 390 HIVGSFWYLLGLQRVTRCFRDACNKTGNRSCLEYIDCGHGD-ESRSQFLDPHRDSWKHNE 449
           H VGS WYL  LQRV +C  +A N + +      IDC  G   S+SQ     RD W+ N 
Sbjct: 366 HAVGSCWYLSALQRVKKCMLNAWNISADER-RNLIDCARGSYASKSQ-----RDLWRDNA 425

Query: 450 NATACFSNEGFGYGIYLQAVNLTTEKSILTRYTYSLFWGFQQISTLAGNQVPSYYVYEVL 509
           +  ACF   G+ YGIYL+AVNLT E S  TR++YSL+WGFQQISTLAGN  PSY V EV 
Sbjct: 426 SVNACFQENGYTYGIYLKAVNLTNESSFFTRFSYSLYWGFQQISTLAGNLSPSYSVGEVF 485

Query: 510 FTMGIIGLGLLLFALLIGNMQNFLQALGRRRLEMSLRRRDVEQWMEHRRLPENLRRQVRQ 569
           FTMGIIGLGLLLFA LIGNM NFLQ+L RRR+EM LR+RDVEQWM HRRLPE++R++VR+
Sbjct: 486 FTMGIIGLGLLLFARLIGNMHNFLQSLDRRRMEMMLRKRDVEQWMSHRRLPEDIRKRVRE 545

Query: 570 AERYNWASTRGVNEERIFENLPEDLQKNIRRHLFKFVNKVRIFALMDYEPILDAIRERLR 629
            ERY WA+TRGVNEE +FEN+P+DLQ++IRRHLFKF+ KVRIF+LMD E +LD+IRERL+
Sbjct: 546 VERYTWAATRGVNEELLFENMPDDLQRDIRRHLFKFLKKVRIFSLMD-ESVLDSIRERLK 605

Query: 630 QKTYIEGSEVFSAGDTIEKMVFIVRGKMESRVDGNGIVVPLSEGDVCGEELLTWCLEHSS 689
           Q+TYI  S V      +EKMVFIVRG+MES +  +G V+PLSEGDVCGEELLTWCL  SS
Sbjct: 606 QRTYIRSSTVLHHRGLVEKMVFIVRGEMES-IGEDGSVLPLSEGDVCGEELLTWCL--SS 665

Query: 690 INKDMKRQQVPAPRLVSNRTVRCLSNVEAFSLRAADLEEVTSMFSRFLRNPRVQGAIRYE 749
           IN D  R ++P   LVSNR VRC++NVEAFSL  ADLE+VTS+FSRFLR+ RVQGAIRYE
Sbjct: 666 INPDGTRIKMPPKGLVSNRNVRCVTNVEAFSLSVADLEDVTSLFSRFLRSHRVQGAIRYE 725

Query: 750 SPYWRYLAAMRIQVAWRYRKRRLSRVQTSQSN 775
           SPYWR  AAM+IQVAWRYRKR+L R+ T+ SN
Sbjct: 726 SPYWRLRAAMQIQVAWRYRKRQLQRLNTAHSN 726

BLAST of Cmc12g0339091 vs. TAIR 10
Match: AT1G19780.1 (cyclic nucleotide gated channel 8 )

HSP 1 Score: 415.6 bits (1067), Expect = 8.6e-116
Identity = 253/587 (43.10%), Postives = 340/587 (57.92%), Query Frame = 0

Query: 197 VMNPHAKVVQQWNKFFVISCLLAIFLDPLFFFLLSVQEKNKCIVIDWPLTTTLVVFRSMT 256
           + +P  K +  WN+ FVISC+LA+ +DPLFF+L  V     CI ID  L  T    R++ 
Sbjct: 97  IFDPQDKTLLLWNRMFVISCILAVSVDPLFFYLPIVDNSKNCIGIDSKLAVTTTTLRTII 156

Query: 257 DFIYFLHMLLQFRLAYVAPESRVVGAGELVDHPKKIAMNYLKGNFFIDLLVVLPLPQIII 316
           D  Y   M LQFR AY+AP SRV G GELV  P KIA  YL   F +D L VLPLPQI +
Sbjct: 157 DVFYLTRMALQFRTAYIAPSSRVFGRGELVIDPAKIAERYLTRYFIVDFLAVLPLPQIAV 216

Query: 317 FLVLPKSLGSSGANYAKNLLRTAVTVQYIPRLYRFLPLLAG-QSPSGFVFETAWANFVIN 376
           +  L  S G+      + LL   +T QYIPR  RF+PL +  +  +G   E AWA     
Sbjct: 217 WKFLHGSKGTDVLPTKQALLHIVIT-QYIPRFVRFIPLTSELKKTAGAFAEGAWAGAAYY 276

Query: 377 LLTFMLAGHIVGSFWYLLGLQRVTRCFRDACN-KTGNRSCLEYIDCGHGDESRSQFLDPH 436
           LL +MLA HI G+FWY+L ++R   C R AC  +   + C++ + CG      S+ +   
Sbjct: 277 LLWYMLASHITGAFWYMLSVERNDTCLRSACKVQPDPKVCVQILYCG------SKLMSSR 336

Query: 437 RDSW------KHNENATACFSNEGFGYGIYLQAVN--LTTEKSILTRYTYSLFWGFQQIS 496
              W          N +A      F YGIY QAV+  + +  +  +++ Y L+WG Q +S
Sbjct: 337 ETDWIKSVPDLFKNNCSAKSDESKFNYGIYSQAVSSGIVSSTTFFSKFCYCLWWGLQNLS 396

Query: 497 TLAGNQVPSYYVYEVLFTMGIIGLGLLLFALLIGNMQNFLQALGRRRLEMSLRRRDVEQW 556
           TL      S Y  EVLF++ I   GLLLFALLIGNMQ +LQ+L  R  EM ++RRD EQW
Sbjct: 397 TLGQGLQTSTYPGEVLFSIAIAVAGLLLFALLIGNMQTYLQSLTVRLEEMRIKRRDSEQW 456

Query: 557 MEHRRLPENLRRQVRQAERYNWASTRGVNEERIFENLPEDLQKNIRRHL-FKFVNKVRIF 616
           M HR LP+NLR +VR+ ++Y W  TRGV+EE I ++LP+DL+++I+RHL    V +V +F
Sbjct: 457 MHHRSLPQNLRERVRRYDQYKWLETRGVDEENIVQSLPKDLRRDIKRHLCLNLVRRVPLF 516

Query: 617 ALMDYEPILDAIRERLRQKTYIEGSEVFSAGDTIEKMVFIVRGKMES-RVDG-------N 676
           A MD E +LDAI ERL+   Y E + +   GD + +M+FI+RG++ES   DG        
Sbjct: 517 ANMD-ERLLDAICERLKPSLYTESTYIVREGDPVNEMLFIIRGRLESVTTDGGRSGFFNR 576

Query: 677 GIVVPLSEGDVCGEELLTWCLEHSSINKDMKRQQVPAPRLVSNRTVRCLSNVEAFSLRAA 736
           G+   L EGD CGEELLTW L+  +         +P+    S RTV+ L+ VEAF+L A 
Sbjct: 577 GL---LKEGDFCGEELLTWALDPKA------GSNLPS----STRTVKALTEVEAFALEAE 636

Query: 737 DLEEVTSMFSRFLRNPRVQGAIRYESPYWRYLAAMRIQVAWRYRKRR 765
           +L+ V S F R L + +VQ   R+ S  WR  AA  IQ AWR   RR
Sbjct: 637 ELKFVASQFRR-LHSRQVQQTFRFYSQQWRTWAACFIQAAWRRHLRR 661

BLAST of Cmc12g0339091 vs. TAIR 10
Match: AT5G53130.1 (cyclic nucleotide gated channel 1 )

HSP 1 Score: 414.1 bits (1063), Expect = 2.5e-115
Identity = 240/590 (40.68%), Postives = 347/590 (58.81%), Query Frame = 0

Query: 197 VMNPHAKVVQQWNKFFVISCLLAIFLDPLFFFLLSVQEKNKCIVIDWPLTTTLVVFRSMT 256
           +++P    +Q+WNK FV++C++A+ LDPLFF++  + +  KC+ ID  +  T  V RS T
Sbjct: 84  ILDPQGPFLQRWNKIFVLACIIAVSLDPLFFYVPIIDDAKKCLGIDKKMEITASVLRSFT 143

Query: 257 DFIYFLHMLLQFRLAYVAPESRVVGAGELVDHPKKIAMNYLKGNFFIDLLVVLPLPQIII 316
           D  Y LH++ QFR  ++AP SRV G G LV+  ++IA  YL  +F ID+L VLPLPQ++I
Sbjct: 144 DVFYVLHIIFQFRTGFIAPSSRVFGRGVLVEDKREIAKRYLSSHFIIDILAVLPLPQMVI 203

Query: 317 FLVLPKSLGSSGANYAKNLLRTAVTVQYIPRLYRFLPLLAGQS-PSGFVFETAWANFVIN 376
            +++P   GSS  N  KN+L+  V  QYIPR  R  PL    +  SG + ETAWA    N
Sbjct: 204 LIIIPHMRGSSSLN-TKNMLKFIVFFQYIPRFIRIYPLYKEVTRTSGILTETAWAGAAFN 263

Query: 377 LLTFMLAGHIVGSFWYLLGLQRVTRCFRDACNKTGNRSCLEYIDCGHGDESRSQFLDPHR 436
           L  +MLA H+ G+FWYL  ++R T C++ AC +       + + C       + FL    
Sbjct: 264 LFLYMLASHVFGAFWYLFSIERETVCWKQACERNNPPCISKLLYCDPETAGGNAFL---- 323

Query: 437 DSWKHNENATACFSNEG-FGYGIYLQAV--NLTTEKSILTRYTYSLFWGFQQISTLAGNQ 496
                NE+      N   F +GI+L A+   +   +    ++ Y  +WG Q +S+L  N 
Sbjct: 324 -----NESCPIQTPNTTLFDFGIFLDALQSGVVESQDFPQKFFYCFWWGLQNLSSLGQNL 383

Query: 497 VPSYYVYEVLFTMGIIGLGLLLFALLIGNMQNFLQALGRRRLEMSLRRRDVEQWMEHRRL 556
             S Y++E+ F + I   GL+LF+ LIGNMQ +LQ+   R  EM ++RRD EQWM HR L
Sbjct: 384 KTSTYIWEICFAVFISIAGLVLFSFLIGNMQTYLQSTTTRLEEMRVKRRDAEQWMSHRLL 443

Query: 557 PENLRRQVRQAERYNWASTRGVNEERIFENLPEDLQKNIRRHL-FKFVNKVRIFALMDYE 616
           PENLR+++R+ E+Y W  TRGV+EE +  NLP+DL+++I+RHL    + +V +F  MD E
Sbjct: 444 PENLRKRIRRYEQYKWQETRGVDEENLLSNLPKDLRRDIKRHLCLALLMRVPMFEKMD-E 503

Query: 617 PILDAIRERLRQKTYIEGSEVFSAGDTIEKMVFIVRGKMESRVDGNGIV-----VPLSEG 676
            +LDA+ +RL+   Y E S +   GD +++M+FI+RGK+ +     G         L  G
Sbjct: 504 QLLDALCDRLQPVLYTEESYIVREGDPVDEMLFIMRGKLLTITTNGGRTGFLNSEYLGAG 563

Query: 677 DVCGEELLTWCLE-HSSINKDMKRQQVPAPRLVSNRTVRCLSNVEAFSLRAADLEEVTSM 736
           D CGEELLTW L+ HSS N       +P    +S RTVR L  VEAF+L+A DL+ V S 
Sbjct: 564 DFCGEELLTWALDPHSSSN-------LP----ISTRTVRALMEVEAFALKADDLKFVASQ 623

Query: 737 FSRFLRNPRVQGAIRYESPYWRYLAAMRIQVAW-RYRKRRLSRVQTSQSN 775
           F R L + +++   RY S  W+  AA  IQ AW RY K++L      + N
Sbjct: 624 FRR-LHSKQLRHTFRYYSQQWKTWAACFIQAAWRRYIKKKLEESLKEEEN 650

BLAST of Cmc12g0339091 vs. TAIR 10
Match: AT1G15990.1 (cyclic nucleotide gated channel 7 )

HSP 1 Score: 407.5 bits (1046), Expect = 2.4e-113
Identity = 252/588 (42.86%), Postives = 343/588 (58.33%), Query Frame = 0

Query: 197 VMNPHAKVVQQWNKFFVISCLLAIFLDPLFFFLLSVQEK-NKCIVIDWPLTTTLVVFRSM 256
           + +P  K +  WN+ FVISC+LA+ +DPLFF+L  V    + CI ID  L  T    R++
Sbjct: 61  IFDPQDKTLLVWNRLFVISCILAVSVDPLFFYLPIVDNSGSSCIGIDTKLAVTTTTLRTI 120

Query: 257 TDFIYFLHMLLQFRLAYVAPESRVVGAGELVDHPKKIAMNYLKGNFFIDLLVVLPLPQII 316
            D  Y   M LQFR AY+AP SRV G GELV  P KIA  YL   F +D L VLPLPQI 
Sbjct: 121 VDVFYLTRMALQFRTAYIAPSSRVFGRGELVIDPAKIAERYLTRYFVVDFLAVLPLPQIA 180

Query: 317 IFLVLPKSLGSSGANYAKNLLRTAVTVQYIPRLYRFLPLLAG-QSPSGFVFETAWANFVI 376
           ++  L  S GS      K  L   V VQYIPR  RF+PL +  +  +G   E AWA    
Sbjct: 181 VWKFLHGSKGSD-VLPTKTALLNIVIVQYIPRFVRFIPLTSELKKTAGAFAEGAWAGAAY 240

Query: 377 NLLTFMLAGHIVGSFWYLLGLQRVTRCFRDACN-KTGNRSCLEYIDCGHGDESRSQFLDP 436
            LL +MLA HI G+FWY+L ++R   C+R AC  +   R C++ + CG      ++F+  
Sbjct: 241 YLLWYMLASHITGAFWYMLSVERNDTCWRFACKVQPDPRLCVQILYCG------TKFVSS 300

Query: 437 HRDSWKH------NENATACFSNEGFGYGIYLQAVN--LTTEKSILTRYTYSLFWGFQQI 496
               W          N +A   +  F YGIY QA++  + +  +  +++ Y L+WG Q +
Sbjct: 301 GETEWIKTVPELLKSNCSAKADDSKFNYGIYGQAISSGIVSSTTFFSKFCYCLWWGLQNL 360

Query: 497 STLAGNQVPSYYVYEVLFTMGIIGLGLLLFALLIGNMQNFLQALGRRRLEMSLRRRDVEQ 556
           STL      S +  EVLF++ I   GLLLFALLIGNMQ +LQ+L  R  EM ++RRD EQ
Sbjct: 361 STLGQGLQTSTFPGEVLFSIAIAIAGLLLFALLIGNMQTYLQSLTVRLEEMRIKRRDSEQ 420

Query: 557 WMEHRRLPENLRRQVRQAERYNWASTRGVNEERIFENLPEDLQKNIRRHL-FKFVNKVRI 616
           WM HR LP+NLR +VR+ ++Y W  TRGV+EE I ++LP+DL+++I+RHL    V +V +
Sbjct: 421 WMHHRSLPQNLRERVRRYDQYKWLETRGVDEENIVQSLPKDLRRDIKRHLCLNLVRRVPL 480

Query: 617 FALMDYEPILDAIRERLRQKTYIEGSEVFSAGDTIEKMVFIVRGKMES-RVDG------- 676
           FA MD E +LDAI ERL+   + E + +   GD + +M+FI+RG++ES   DG       
Sbjct: 481 FANMD-ERLLDAICERLKPSLFTESTYIVREGDPVNEMMFIIRGRLESVTTDGGRSGFFN 540

Query: 677 NGIVVPLSEGDVCGEELLTWCLEHSSINKDMKRQQVPAPRLVSNRTVRCLSNVEAFSLRA 736
            G+   L EGD CGEELLTW L+  +         +P+    S RTV+ L+ VEAF+L A
Sbjct: 541 RGL---LKEGDFCGEELLTWALDPKA------GSNLPS----STRTVKALTEVEAFALEA 600

Query: 737 ADLEEVTSMFSRFLRNPRVQGAIRYESPYWRYLAAMRIQVAWRYRKRR 765
            +L+ V S F R L + +VQ   R+ S  WR  A+  IQ AWR   RR
Sbjct: 601 EELKFVASQFRR-LHSRQVQQTFRFYSQQWRTWASCFIQAAWRRYSRR 626

The following BLAST results are available for this feature:
Match NameE-valueIdentityDescription
XP_008467252.10.0e+00100.00PREDICTED: probable cyclic nucleotide-gated ion channel 20, chloroplastic isofor... [more]
KAA0036044.10.0e+00100.00putative cyclic nucleotide-gated ion channel 20 [Cucumis melo var. makuwa][more]
XP_008436960.10.0e+00100.00PREDICTED: probable cyclic nucleotide-gated ion channel 20, chloroplastic isofor... [more]
XP_011649574.10.0e+0095.74probable cyclic nucleotide-gated ion channel 20, chloroplastic isoform X1 [Cucum... [more]
XP_038893877.10.0e+0092.64probable cyclic nucleotide-gated ion channel 20, chloroplastic isoform X2 [Benin... [more]
Match NameE-valueIdentityDescription
Q9LD371.1e-26761.45Probable cyclic nucleotide-gated ion channel 20, chloroplastic OS=Arabidopsis th... [more]
Q9LDR22.2e-23357.31Putative cyclic nucleotide-gated ion channel 19 OS=Arabidopsis thaliana OX=3702 ... [more]
Q9FXH61.2e-11443.10Putative cyclic nucleotide-gated ion channel 8 OS=Arabidopsis thaliana OX=3702 G... [more]
O657173.5e-11440.68Cyclic nucleotide-gated ion channel 1 OS=Arabidopsis thaliana OX=3702 GN=CNGC1 P... [more]
Q9SJA43.3e-11241.69Probable cyclic nucleotide-gated ion channel 14 OS=Arabidopsis thaliana OX=3702 ... [more]
Match NameE-valueIdentityDescription
A0A1S3ATK80.0e+00100.00probable cyclic nucleotide-gated ion channel 20, chloroplastic isoform X2 OS=Cuc... [more]
A0A5A7SXH80.0e+00100.00Putative cyclic nucleotide-gated ion channel 20 OS=Cucumis melo var. makuwa OX=1... [more]
A0A1S3CT380.0e+00100.00probable cyclic nucleotide-gated ion channel 20, chloroplastic isoform X1 OS=Cuc... [more]
A0A6J1KKW90.0e+0085.68probable cyclic nucleotide-gated ion channel 20, chloroplastic isoform X1 OS=Cuc... [more]
A0A6J1C6260.0e+0086.06probable cyclic nucleotide-gated ion channel 20, chloroplastic OS=Momordica char... [more]
Match NameE-valueIdentityDescription
AT3G17700.17.5e-26961.45cyclic nucleotide-binding transporter 1 [more]
AT3G17690.11.6e-23457.31cyclic nucleotide gated channel 19 [more]
AT1G19780.18.6e-11643.10cyclic nucleotide gated channel 8 [more]
AT5G53130.12.5e-11540.68cyclic nucleotide gated channel 1 [more]
AT1G15990.12.4e-11342.86cyclic nucleotide gated channel 7 [more]
InterPro
Analysis Name: InterPro Annotations of Melon (Charmono) v1.1
Date Performed: 2022-10-13
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
NoneNo IPR availableGENE3D1.10.287.70coord: 211..526
e-value: 2.3E-11
score: 45.5
NoneNo IPR availableGENE3D1.10.287.630Helix hairpin bincoord: 527..596
e-value: 1.5E-13
score: 52.7
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 71..98
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 71..94
NoneNo IPR availablePANTHERPTHR45651:SF11CYCLIC NUCLEOTIDE-GATED ION CHANNEL 20, CHLOROPLASTIC-RELATEDcoord: 6..770
NoneNo IPR availablePANTHERPTHR45651CYCLIC NUCLEOTIDE-GATED ION CHANNEL 15-RELATED-RELATEDcoord: 6..770
NoneNo IPR availableSUPERFAMILY81324Voltage-gated potassium channelscoord: 203..527
IPR014710RmlC-like jelly roll foldGENE3D2.60.120.10Jelly Rollscoord: 602..728
e-value: 1.3E-25
score: 91.6
IPR005821Ion transport domainPFAMPF00520Ion_transcoord: 208..532
e-value: 1.3E-26
score: 93.3
IPR000595Cyclic nucleotide-binding domainPROSITEPS50042CNMP_BINDING_3coord: 617..674
score: 9.4386
IPR000595Cyclic nucleotide-binding domainCDDcd00038CAP_EDcoord: 604..722
e-value: 8.96934E-11
score: 57.721
IPR018490Cyclic nucleotide-binding-likeSUPERFAMILY51206cAMP-binding domain-likecoord: 532..730

Relationships

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

Feature NameUnique NameType
Cmc12g0339091.1Cmc12g0339091.1mRNA


GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0034220 ion transmembrane transport
biological_process GO:0006811 ion transport
biological_process GO:0055085 transmembrane transport
cellular_component GO:0016020 membrane
molecular_function GO:0005216 ion channel activity