CmaCh12G008580 (gene) Cucurbita maxima (Rimu) v1.1

Overview


Name	CmaCh12G008580
Type	gene
Organism	Cucurbita maxima (Cucurbita maxima (Rimu) v1.1)
Description	cyclic nucleotide gated channel 5
Location	Cma_Chr12: 6341807 .. 6364605 (+)
RNA-Seq Expression	CmaCh12G008580
Synteny	CmaCh12G008580

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.

AGTCGTTGAGGGGTAATATAGTAATTATGCACTCGAAAAGATGTCAATGATCGTCGACGGCGTCAAAAGAGGCGCCTGTTGATGCTTGTTAGTCCTCTCCTCCGCTCTACGCGTTCGAGCGTTTTCCGAAGATTTAGTTTCGTGGGTTTCTTGTATCCGCCTGAGAATCCATTTTCAATTCTATCTTCCTCTGGGTTGTTTTGATTTAATTTCTCTCTGTTTCTGTCTCTCTCTGTGCGCCATGGACTGAGCTGACGATTTCCTGTTGTGGTTAGTCTTTTTCGTTGACTATCTTAAGAACACGCGCACGCACACGCACACTTGCAATCCAATCTAAGTTACTGGATTGATCAATTGTTTTTTTTTTTTTTTTTTTTTATTTCTAGCCTATCTGTTGTATGGATTGGATGCTGGAGTTTGGAAGTGGGGGGGTTTTGTTTTTGCTTGCTTGACGTGCATGACTTTGTGTAATTGGCTGTTAGAATAGTATCGGATGACATTGGGAGGATCCGGAATTGTGTATGGGCTTTGAATTGATTGAAGGAAGGGAAGTGATGGTGTTTTTGAGGTTTTAGTTTATGTGGAGTGGGTTGATTTTGTTGCTTCTTATTTAGAGTATCAATTGTAATTTTGAGGAAGCCTTGGAGTTGGGTTTTCGAAGAGATTTCTCTCACAGGGTGCGTTGAGAGTCCCATGATTAAGATCTTAGTTCTTTGGTTTTTATGTTTGATAAAAAAAGTCTGAAGGAAGTGATCGGTATGGTAGTGTTTCATCTTCTAGCCTGCAGAATTTATCGATCTAATCGGTTGTAACTAGAAAATTGAAGTGCAATTTGGAAGCAGACCGGTTTGAGTATGGAGCGCTTAGGAAATTGTTGATTAACATCAAATTATATATGTAGATACTTTATTATCCCCATTGGTGTTCTAACGTGCTAAACTCGTGTGGTATATGTTATTAATTTCCAATCTTGTTCTTCACTTTAGTGTGTTGATCATTCTTTGATAACCTGTACCTCAACATACAGGTTTTTGAAAATTGTTGTTTCCTATTGTTTTTGTTCAAAGTATGGTTGCTGGGCTTCTCCAGTAGCCAGTAGACAGTGATTGTTTATTACATTAGTGGCTAATGTGAAAAATATCTAACTTAACATGTTTTTCTGTATGAATTCAGATGCTTATAGAAAATGTTTGATTGTGGTTACAAGTCACAACTGATGGGTGGTCAGCGCGAAAAATTCGTGAGGTAAAGTGGTTCTTATTTTTGTTCTATTTTATTATCTCCCCTAGGTGATGAAGATGGTTAACAGTGTATTCCCTGCAGTCATGTGTAACTTTTGAACCATTTAATAAATCTACAAGTTTGAAATTTAACCCTGTCATAGCTATATAATGTATGATGTTCGTATACAACTTGTAAGATCAATAGGTAACTGTTTCTTCTATAAGCCTGTTAATAACGTGGTATAAGATGCCCCAGTATATAGTATTTTAGCTTACTGTGTTGTGTACCTACATGCCGTGAATGTAGACATCCAAGTCTTCAAAGTACCTTAATGGGGTAGCGTTGGTTATAACCACGATCACAGTTGTCAATATGCCCCAATTGTAGACTATGCTAGACTAACATTTGAGAACTTATTATGGTCCTCATTCTAATCCAGATGAGTTTGTATTCCTCTTAATATTTTTTTAAAAAAAATATTATTATTAATCTTATGTTGGTGGGAATTGGGAACTGGGAAGGGGGATTGAATGTGGAAGTTATCGGTATTGAATAAGTTGATAGTCGGTATGTTGGCTAGTTAAGCTAAGACGAGGAAATTACATTGCGAGAAGGCCCCCTCTCTTTTCCTTGAAATATGTTTTCTTTAAAACCATGGTACTTGAGAAGTGTATAAACCAAGATTTCAAATCAGGGAATATTCCTTTAGATTTATGAACCATTTAAATCATCAGATATGGAAAATTGAAAAGTCATATTTTTTTTTTTTAGTATTCTTGTATTCCTTATTTGCACTTAAACTTTATTCATTGAAATTGAAGTTACATTTTGCTAATATTCAAATTAAGCCATTTGCATATTGCCTCATACACTCTCATAGTTTTAATGCTTGGTTTTCTATAATGAACTTTCATTCTATATTTTAATTATTGATCTTATTATTTACTTTTACGTGGAGATTAGATATGTACCTCGCACATAGGTTCCTCGTTTAGCATCTTTACTTTCAAAGTTTATTTGAAAAAAAGATTGTTTATTATTTTTTTGGGGCAATTTTGCTCGGTGGAGATTTTTTTTTTGCATCTTTTCTTTTTATGTACTTTTTTTTATAAGAAGGGAATGTATTTAATCTGATATTATTCATATAAACTTCTTGACATTGGACTTAAGCAGCCCAATGATAGAATCAAATCAGTACCATATATCGAATCTAGAAAAGTATTTAAAGCACTAAGCTTGTCATTTGTTTAATTATTTAAAGTCTATTTTAACATATGAACAAGTTTGGCTTCTAGAGTTAAAATTCCACAGCTACTTCATAATGCTAATTAAGTTTCACCTTTTTATTATATGCAGCTCGTGTGTAAGTTTTTTAAGCCAAGAAACCAACTTTTCATTAACATTTGAAAAGTAAAGGATGATTGAATACATTTTCTGGATACTACATTCTAAGTTTTAAATCTTAAGTGCTTATTCGTTCTGATTATTTACTTCTAGGTTGGATGACTTGGACTCTAGATTGTCATCGCCTTCTGATAGTGGGATAAGAAGATGTGGTTTGAATATAGATGGATTTAACCGTGCAGTCCATGGAAATGATAAGCCATCTGGATCCTTTAAGAGAGGAATGAGAAAAGGGTCCGAAGGACTTAAATCAATTGGTCGATCACTCAAGTTTGGAGTATCTCGAGCTGTATTTCCAGAGGATCTTAAAGAGTCAAAGAAGAAGATCTTTGATCCTCAAGACAAATTGCTCTTATTCTTGAATAAACTTTTTGTCATATCATGTTTTTTAGCAATATCGGTGGACCCGCTATTCTTTTATGTTCCTGTCATTAACCAACAGTCGAGCTGTCTTGGCATTGATAGGAAGCTGGCAATTACAGTGACAACATTGCGAACAGTTATTGATGTTTTCTATCTTATTCATATGGCTCTCCAATTCCGGACAGCTTATATTGCTCCATCATCTCGGGTGTTTGGGAGAGGTGAACTTGTGATTGATCCTGCACAAATAGCTAAAAGATACTTGCGGCGGTATTTCATCATTGATTTGGTGTCTGTGCTGCCCCTTCCACAGGTTTGTTAGTTTTTACATTCTATATGCATTTCTATCCATTTCCAAGGTTTTTTTTTTGCATAATTAATTTAAACTTCCCACCTTATCAATCATCATTCATATGTTGCATTGGCAAATGCTATTCACTAAAATGTTGCATTATCAAAGGCTTTGTTGCCTTTTGTTTATTTATTTCTTATTTTTTTGGGACCCTTATATAATTACTTGTGCATTTCCCTTAGGAAATGAACTACATATACCAAAGTAAATCTAGAAATCTAAAGAGATCAAATGTGCCTCCAATCAATGGGAGTTGAGGGAAAAAGTTCCAAAATCAGGGGAAACAGTAGCCAGCTAACTCTGTTCTAGGTTTCATTTCTTCCATGTTTTCTAGAAAGTGCATATTCATTTTTTATTACCTATTATTGCTAGGCCTTAAGCCATGGTCCCAAAAAAAGAAATAATGGCATCAATCCACCCTGAATTCTTTTACTAACCTCATCTATAGACTTCTAGCCATTAGGCAATAAAGAAAAGGTCCAACGAAAAGTCATCTCAATCTACTAAGATCTACTAAGTCTTTGTCTTTGAGAGGCCTGTTGAAATATCATCCCTTAATTGTTGAACACAACTCTTTGTGGGAACACTCACACTCTTTATTAACACCAATCGAGAATAGATACAAGTCATGCTGTAGAAACTACTGCACACTGTAGAAACCACAACTCTTTGTGGGAACGCTCACACTCTTTATTAACACCAATTGAGAATAGATTACAAGGCACGCTGTAGAAACTACCGCACGCTGTAGAAACTACCGCACGCTGTAGAAACTACCGCACACTGTAGAAACTACCGCACGCTGTAGAAACTACTGCTTTTTGTACTTTGTATTTCTCGGGATGATAACCTAGGTAGGGTGGAGGAGTATTTATAGCAGCTCGACAATTTATTTTCCTAAAATTTCTCAACATTTTTCCTAAAATATCTAAATCTTGTTCCTAAAATATTTAGATATCTTTATTCCTAAAATGCCTAAATTATTTTCATAAAATATCTAGATATCTTTGTTCCTAAAGTACCTAAAATATCTAGATATCTTTGTTCCTAAAGTACCTAAATCATTTTCCTAAAATAAATATTAGGGGCTTACACAGTTATTGGGTTTGATTCTATTGGGCTAGTGATGAATATTTTAACACTCCCCCTCAGCACTAGTCCTCATTCGCTGCACCACGTTGAGCTGACAACGAAAACTCTCATGTTTGCTAGTATTAAGCTCTTTTGTAAACAAGTCTGCCACTTGGTCATCTGTCTTAATCTACTACATCTCGATGTCTTCTAGGACTTTCTCTCTAATGAAATGGTAGTGCACCTCCACATGCTTTGTTCTAGCATGAAACACCGTATTTTTTGCTGACCGAATCGCAGATTGGTTGTCACAATGAAGTGGTATTGGAAACATTCATCAAGACTTTTAGCCATGTACTTTCCTGAGCTGCTCCAGCCGCTACTCTGTACTCTGCTTCTCTAGTTGACAATGATATTGTTGGTTGTCTTTTGCTACACCAAGAAATTGTTCTCGAGTCGAGTTTGAACACATACATATCGTGATATCTGGCATGGTTAGTATCACGGTATCCAATTAGCTTGCAGTCTGCACTTCTTTTGTACAAACGATTATAATTGATTGTACCTTTGAAATATCTCAAGGTCCGTCGAGCCGCATCCAAATGAAGTTTTTTTTGCATTTTGCATGTATTGACTAAGGACTCCAACTCCATTTTCAAATCCATTTGGTTAATTCATGTAGATCTCCCGATCCAACTCTCCATGCAATAAAACATTCTTCATATCTTTGTGCCATAATTTTCGATCTTTATTTACCACAAGTGCTAGAGGAACTTGTACAATAATGATCTTTGCCACTGGACTAAACGTTTCATCACAATCTAGGCCATATTGTTGAAAGAACCATGGAGCTACCGTCTGAGCCTTATAACTCACGATTGATTCATCTGGGGTACACTTTATTTTGTAAATCCATTTGCAAAAGATGGATTTGACATCTCCTAGTCTTTGTACTAATTCCCAGGTTTGATTATGCTCAAAGGGTATAATTTCTTCCTCCATTGCCTGCTGCCAAGCCATATTGTGTGATGCTTCTTCATACGTCTCTGACTCTTTAACTGACTTCTGGATTCTTTCTGACTGTCTGAGTTGTTGAGGTGTCATTTCCTTTTCACCGAGTTCACTTGATTGTGTCATTTCTTGCTTGTCAACATTAGTGCTACGGATCTCCAGTCTCATCAGCACTTAAGCAATGTTGTCAAAGCCTGGTAATACTTCCTCTCTGAGGGCCATCCTACTTCTATTGCACCACTTTGATCATCAAACATGTGGTTTGAGCATCCTGAATCATTGATCCATTCCTCATCGTAATCAATTTGCTCTCCCATCATTGCCGAGCAGTAGCACGTCATCTTCTATGACACATATTGCCTCTCATTCCATTCCTCCATCTCCATGTTGGAGGATGCCACATTTCTTTCGACAGACTTTTTCCTGGACCAACAATCCCTGGACTTGTGACTCTTTTTCCTGCAATTGTAGCAAATACCTCCAAATCTCTTCACTTGAGAGCTTTTGTTGTCGTTCTTCTGAACTCTCCTTGGTTGTGCAGTTCCTTGATGGCTTATTCTTTTGTCACCATTTTTGTATCAACATTTGGTAGACGACTTATTGTTGCTCCAAACTTCACTTGTGTTGAGTGCTTCTTCTTCACCCTTCATTGTGATGCCTCCCATTTGTTTAGCCATGGCTTCTTGGTTGGCTAACAAATTTTCAATGTGATGCCTCCCATTCCCGCAATTGTAGCAAATACCTCCAAATCTCTTCACTTGAGAGCTATTGTTGTCGTTCTTCTGATCTCTCATTGGTTGTGCAGGAACAGTTCCTTGATGGCTTCTTCTTTTGTCACAATTTTTGTATCAACGTTTGGTAGACGACTTATTGTTGCTCCGAATTTCACTTGTGTAAAGTGCTTCTTCTTCACCCTTCAATGTGATGACTCCCATTTGTTTAGCCATGACTTCTTGGCTGGCTAACAAATTTTCAAACTCTACAAGTGATTGTTGAGCGGCCCGTTCTTGTACAGCAATAACGAAGCTTCTATATTCTGATCGCAATCCGTGGATAATGATCCTCTTCATTCGAGCTTCTCCAATGACGGACTTTGGGTCTAGTTTAGTAATCTCTCGACAAATCGACTTGACTTTGTGGAAGTACTGAGCAATCGTCATGTCACGTTGTGAAATTGATAATAGCTCGTTTTCTAGAAGTTGTAGCCTAGTATCGTTCTTCTTTGAGAACAGTATCACGAACATGTCTTATGCTTCTTTCGGTGTCTTGTCATTCCAAATGTGCTCTAACATCTCTTCTCCGGTTGTGGTCTTCAAGGCAAACATTGCTTTGCCTGCTTTGATTCTCCATTTGCGCAAGGTGCTATTAGAATCCTCCTTTGGCGGCGTAGTTTCACTCCCACCAACGATCTCCCAAAGGTCATGTTCTTGTAAATAAAACATCATGCATGTTGCCCACGTGTTGTAGTTGTTGTTGTTGTTGAGTTTCTTGATTCCTCCAACAATTTGGAAATCACCCATCGTGTTGGCTATACCTCAAGTAATACCAAACAAGCTCTTTCGACACAAAATTTACAGAGTCACAGACTACTCACGATAGTAGAAACTCACTCACTAATAATCTTAAGAAATCGTTTTTGATATGGAAGATCAGACAGAGCTACAACCACAGAGCATACTAAAAATTCCAAGAGATCAAACAACCTACACTAACCTCGCTTTGATACCAGATTGTTGAATACAACTCTTTGTGGGGAACACTCGCACTCTTTATTAACACCAATTGAGAAGAGATTACAAGACACTCTGTAGAAACTATTGAACCTACACTAACCTCGCTCTGATACACTAACCTACACTTGCACTCTTTATTAGCCCAATATGGTTAAACCCAATAATTGTATGTGTCAATTGTATATTTATTGTAGGAAAAAGATTTAGGTATTTTAAGAATAAAAGATATCTAAATATTTTAGGAAAAAAGATGTAGACATTTTAGGAAAAAGGTTGAGAAACTTTAGGAATAAATTGTCTAGCTTCTACTATGAATACCTACACCCTACCTAGGTTTTCATCCCAAGAAATACAAAGCACATAGTGCAGTAGTATTCTACAGAGTGTCTTGTAATCTCTTATTGATTGGTCTTAATAAAGAGTGCGAGTATTTTCCGCAAAAGAGTTGTGTTCAATAATCTGGTATTAGAACGAGGGTGTAAGTTGTCTGATCTCTTGGAATTCTTAGTATATTATGTGGTTGCAGTGCTGTCTGATCTTCACATCATAAACGATTTCTTGAGATTATTAGTGAGTGAGTTTCTTTGTGTCGTGAGTAGTCTGTGACTCTGTAAATTTTGTGTTGAAAAGGTTTGTTTGGTATTACTGTGAGGTATTGCCAACACGATTGGTGATTTTTAAATCGTTGGAGGAATCAAGAAACTCAACAACTACAACACGTGGGCAACATGCATGATGTCTTATTTACAAGGACACGATCTTTGGAAGGTCGTTGGCGGGAGTGAAACTATGCTGCCATAGGAGGATTCTAACGACGCCTTGCGCAAATGGAGAATCAAAGCAGACGAAGCAATGTTTGCCTTGAAGACCACAATCGGAGCAGAGATGTTAGAGCATATTTGGGATGACAAGACACCGAAAAGAAGCATGAGACACATTTGTGATGTTCTCGAAGAAGAACGATACGAGGTTACAACTTCTGGAGAATGAGCTGTTATCAATTTCACAATTGTGACATGACAATTGCTCAGTACATCCACAAAGTCAAGTTGATTTGTCGGGAGATTATTGAACTAGACCGAAGTCCGCCATTGGAGAAGCTCGAATGAGGAGGATCATTATCCACGGATTGCAACCAGAATATAGAAGTTTCGTTATTGCTGTACAAGGATGACCTGCTCAACCATCACTTCTAGCGTTTGAAAATTTGTTAGCCAGCCAAGAAGCCATGACTAAACAAATGGGAAGAATCACGTAAAGAAGAAGCACTCTGCACAAGTTAAAGTCGGAATAACAATAAGTCGTCTACCAAACGTGGATACAAAAATGGTGATAGAGGAAAAAGCCACCAAGGAAATGTACAACTAGGAAGAGCTAAGAAGAGCGACAACAAGAGCTCTCAAGGGAAGAGATTTGAAGGTATTTGCTATAATTGTGGGAAGAAGGGCCACATGTCCAAAGATTCTTGGTCCAAGAAAAGGTCGGTTGAAAGCAATGTAACATCCTCCAACATGGAGATGGAGGAGGAATGGGATGCAAAGGTACTATACGCCATAGAAGAAGATGAGCTAGCACTCATGGCAATGATGAGAGAGCATATCGATTATGAGAATGATTGGATCGTTGATTCAGAATGCTCAAATCACATGACTGGCGATCAAAGAAAATTGCAGACAAGAAAGATTACAAAGGAAGTCGTATGGTACACACAACAAATAACACAGTTGTCAATTGCTCAGATCGGTAATACGACAATCATGCCTGACTATAAATCTGATATAGTGTCACTACATAGTGCTTGAGCCAGAAGTTGTGAAAGTCTATGAAGATATTAAGATAACAGGAAATGCCAACAATGGAAGGACGAAGTGTGGATTCCATTTACGTTCTATCTGTAGAGTCTGCTTATGTTGACAAGACCTGGAAGAATGAGACAACAGATCTATGACATGCAAGATTGGGACATCTTGGCTATCACAAGTTGAAGCTGATTATGAAGAAATCCATGCTCAAAGGTCTACCTCAACCTGAAGTCAAAACAAACGTTTGCATTGGATGTCAATATGGTAAAACTCATCAATTACCATACAAAGAGTCAAATTTCAAAGCAAAGAAACCATTAGAGTTAATTCACTCTGATTTGTTCGGTCAAGTCAATCAAGCATCGATCAGTGGAATGCAGTATATAGTGACGTTCATTGACGACTACTTAAGATATGTGTGGATTTTCTTTATGAAAGAGGAATCTAACACGTTCTCAAAATTTCAAGAATTTAAGATGATGATCGAAGGAGAAGTAGGAGTGAAGATTCGTTGCCTACGTTCAGACAATAGCAGAGAATACACATCAAACGAGTTCGATCAATATTTACACAAGTGTGAGATACAACATCAATTTACATGTGCCAACACGCCACAACAAAATAATGTAGCAGAAAGAAAGAATCGTTACCTTGCAGAAATCTGTCGAAGCATGTTACATGCAAAGAATGTTCCAGGAAGATTTTGGGCTAAAACTATGCGAACTGCTGCCCATGTGATCAACAAGCTTCTCCAACCAAGGCTAGGTCTCGTCTCACTATTTGAGATACAATGGGACATGAAACCTATGGTTAGCTACTTCAGAGTATTTGGTTGTGTTTGCTATGTACTTGTGCCTAACCATCTACGTAGCAAATTTGACAAGAAAGGAATCAAGTGTATATTTGTTGGATATGACAATCAAAGAAAAGGGTGGAAATGTTGTGATCTAACAAGTGGAAATTACTATACATCAAGAGATGTAGTTTTCGATGAAGCATCTTCATGGTGGTCCTCAGAGAAGAAAGACTTACCAGATTCAAACAACATTGAAGAAATTCTATAACAGAAGATGGGGGAGCAAACTACGCACATTCAGTCAAATGTTGATGCGCTTGAAGATCCTAGTGACATTGATGTTGACGAGCAAGAAGTGACTCAATCAAGCGAATTTGATACAAATGAAACGGCACATCAGCAACTAAGGCGATCAAATAGAATCCGAAGGCCAAATCCTAAGTATGTCAATGCAGCTATGGTAGAAGATGAAATTAATGAGCTAGAGACATATGAAGAAGCATAAAAAAAGTCGACTTGACAGAAAGCGATGAAGGAAGAACACAGATGAACAAGTGGCAAACCTATTTACAAAAGGGCTAACATGAGAGCTTTCGTTGCCGGCTCAAATTGATGGCATCAAATGTGGACCTAGTGCTGAGGGGACTGTTAAAAAATTATCACTAGTCTAATAGGGTCAAGCTCAATAATTGTATGAGCCCATTGTATATTTATTTTAGGAAAATGATTTAGGTATTTTAGGAATAAAGATACCTAGATATTTTCGGAAAATGATTTAGGTATTTTTGGAATAAAGATATCTAAATATTTTAGGAAAAAAATTTAAATATTTTTGAAAAAGATTGAGAAACTTTAGGAATAAATTGTCTAGCCTTTACTTTAAATACCCCTCCACCCTACCTAGGTTTTCATCCCAAGAAATATAAAGCACAGAGTGCAGTAGTATTCTACAGAGTGTCTTGTGATCTCTTTTCGATTGGTCTTAAGTAAAGAGTGCGAGTGTTTCCTACTAAGAGTTGTGTTCAACAAGGCTTTCTAACTCTATAAACCAAAGGTAAAGAGCGAATTGCCACTACAAATGATCAAATAATCTCGTCATCCCTCCTACACAAAATGTACCATTATGGGTGCAACATATAGGAAGAATGCCTCTAAACACAATCCATGGTATTAACTCTCCCATGTCAGACCTGCCACTCAAAAACCAGCTTTTTTTTTTTTTTTTTTAATTATAACTTTTCAGAGTGAGAAGAAACAGAAGAACTGAGGGAGAAGGGTTAGACAAGACAACAAAAAAAAGAAAGGCACGAGAACCCCCTAGAACCCTCCTTGATATCACTAACTAGCCACGAAGAAGAAAAAGGAGACCCACCACATCATTCGTCTTTCTTTCAGACAAAGGAATAGTAAGTCCAAGGAGATAGTAAGAAATAACAGAATTTTCAAGAATATATACAACAGATAGCTTCTCTTTGGTCTAAGTCAAACTAATGTTTTGAAATCTTCTCTTCTATTAGAGTTGGGACCTTTTATAACCCTCTCTTCTAACTGATTGGGTAGAGCTTTATCTCCAGGCCTATGCTTGTATCTCCTTGTTTTTTTGGAATGAAATTTCACCATAGCCTATCCACATTAACTCTTATGTATTTTCTTATGTATATTTTGTGTGTATACTATACGGATTTAACTCTTACGCATTTTTTTTTGCGGAACGAGGAGGAAGAAGAATTTTTTTTCACCTTCATGAGTTGAGAAATTGATTTGGTTAGCCCTAGATTAACTCTTATTTAGAAGTTGGAGCTTACACGAAGGAAAATGACAGAAGGGGAGGCAAGGTGGATGGGTAGGAGGAGACATGAGGAAGAGAGTACATTATTTGCATACTGCTATCATTGATTTGCCTTACCAAGTAGTCAGTGTCTGTTTCTAACAACTACCGGGGCAGTTATAATATTCTCTTGTAGGTGGATCAAACTCGTGTACTCGAGGTTCCAAGACCGAATTGCAAGCCAATAGGACTGCTAAATCCATTTTAAGATATTCTCGTATATTAAGTCTTCTGTGATGGACTGATAAGAGTTAATTTATGGAAAGTAATAGTGTAATAATAACAAATAATTGGCAAGTATTAGTGATGGTCAGATAGGATTTTTTTTTTGGGCTAACTTCAAACTTCTTATGTTGTAACTCTCTCAGGAAGTTCTGTAACAACCCGTTTTTCGATGCCTCAAATCATAGATCGACACGTGCACTCAAGAGTAAAAAGTGCAGTAAAATCTTTCAATTTTGTAAAACAGAGTGAGAAAAAAAGTCGAACATGCATTTAGAAGAGCGAGTTTAGAGTTAAATAACATTAAAATGATATTAAAATTGACATGAAAGGAGAAGACTCAATCTAAGGGTCCCTACAACAACAACATGGTGTCACGGTCATGCTTGTTCAAGACGTGTTGACTGTGGTCGCATGTCAGATGTCTCGGTCATACTTGTTCAGGACATGTTACCTATGGGCGCATGCCCGTTCTAAACCCCCTCTACTTGCTTTTATGTTAGTTAGGTCTTGGCTAGTTTCATTATGTCAATATGGGTTTCCTATCCTCCTCAAGCTTCCAGCGGCAGTCCAACCTTCCTTTGAAGTTTCTTCATCCCCAAAATCGAGCCCCCATGAGTTTAAATCCTCTTCACTTGTCCCAAATCTTTAGAAGTTATGAAGATATTATGAGCAAGAATTTGGGTAGGTGGCCTGTTTTCTCCCTCACGCAAGGTCTTTTTGTCCCCCTCTGTATCCTTTTGTTGTGGACGCCACTGGCTCCATACACAACCCTTTCGTCCTTTTTTTATTAGTTTTATTTATTTATGAATTCATTAAATCACTAAAATCCAAAAGTTTCTAATATAATACTCATTATATGTATTGGGTGTTACATTTTAAATTAAATGGCTGTTTTTCTTATTAAATTTTAAGGAGGTACAGGTGCTCTATATAATAGGTCAACTAAATCTCTAGATGCCAGGCAACAATAAATCTGAATAAATCCCTAGATACTAGATAACAATAGATCTAAATAAATCCCTAAATACTAGGTAACAATATAGATAAATGAGGGAGGTCAACTACTTCCCTTATTTAATGGGATTGCACAAATATCTCCTAACTTACTAACTCGTGTAGTAAGTTGTGAAGTACTTTTGTTAGCATGCTCACTCCTCTTGGAGCACTTATCTCCTAACTTACTAACTCATGAAGTAGTAAGTTGTGAAGTACTTTTGTTAGCATGCTCACTCCTCTTGGAGCACTTATCTCCTAACTTACTAACTCATGAAGTAGTAAGTTGTGAAGTACTTTTGTTAGCATGCTCACTCCTCTTGGAGCACTTATCTCCTAACTTACTAACTCATGAAGTAGTAAGTTGTGAAGTACTTTTGTTAGCATGCTCACTCCTCTTGGAGCACTTATCTCCTAACTTACTAACTCATGAAGTAGTAAGTTGTGAAGTACTTTTGTTAGCATGCTCACTCCTCTTGGAGCACTTCCACAGACACTCCTCTTGGAGAAGTTTCACAGACATCGCTTGTCTCTCGTGTGCTCACTTCTCTTAGAGCACTTCCATGGGCGTTGTTTGCCTCTCTCGTGCTCACTCTTCTTGGTGAAACAATTGATGTTCGGAAGAATTCCATCGCTTGTAGTGGTGACTCTTGAAGCAATTTTTTGAGCTCTTTATCATTCCTCATAACTAGAAGAACATGTCTAGGGTTTATCCTATTTTTCTTGTTGTCACGCTCTTCATTCGTGGCCAATTCCAAAACCTTAGTGGCAAGGTCTTTAGAAACCGTTCGATTCTTTCATCCAGGAATTGAAGTCCAGCCTCGATGGATGTGGAATTCTTAGTTTTGACGCCTCCTTTTCTTCCTCCGACACCCTTAGTTCCCTCCATTATTGAATACTTCGAATCTGAATCTCATAACTTGATACTTTGTGATGACGATTGGAAGAACAACTTGAGATTTTTCTGACATGATGGTAAAATAAACCAGTGGAAAGGTGGGTCTTGATCACAATAAATGATTTGACAACTATGAAGGCTTCATCAAAAAGGGTAGACTTCAGGTTGAATTAGCTATGGAGGCTCTGATGCCATGCTGCAAGTCTAAATTAGCTTGTTGTTTTTCTTATTAACTTTCAAAGAGGTACATGTGTAATTTATGATAGGCTAACTATACCCCTAAATACTAGGTAACAATAAATCTTAATTAATCCTTAGATACTAGGTAACAGATAAATTAGGGAGGTTGACTTCCCTTATTAATGGGATTGTACAAATATCTCCTGACTTATGGCTGATCCTTCGACCGTTGCTACTATAGTTCTTATCATTTTTTAATTTGATTTTCTATCCCTGTTAATTATGTGTAGTACTCTTCTCGTGAGTTGTGGGAGTAAGATTATGAATATTGAGAATTAGTCTGCCATTTATTTCTATGCAGATTGTGGTCTGGAGATTTCTTCAGAGGTCCAAAGGTTCAGATGTATATGTGACAAAACAGGCCCTTCTTTTCATTGTATTCCTTCAATATATCCCAAGATTTCTTAGAGCGTTACCATTGACTTCAGAATTGAAAAGGACAACAGGCGTATTTGCAGAAACAGCCTGGGCAGGTGCTGCATATTATTTGCTATTATATATGCTTGCAAGTCATGTAAGTCCTTCCTGTTCCCTTTGAAGTTGGTGTACTATTTGTTAAGTATTCTGTATTTTATTTTATTTACAAATAATCATTGCCGGTTATATAGAAATTTTATTTATTTATGGTGTTTGTTAATGGTTGGTAGCTGGAAAATAGCAGCTCAATTTTGGCTTTCCTTTAAGATATTCCTTAAATTCAAGAGAATTTTATCCCTTATACTTTCTTTACTTTGCTTGTTTGGTGAAATTTGACCTTAAGGTGTTAAATTAATCAAATTAAATCTTAAACTTGATTAACCATGAAATTGATAACCCCGTCTTTGTCGAGTTTCTTTTCTTTGTTTTTGTTAAGCTATGTGGTCAAGTCTGATAATCATTGTCTGGATGACACTATGAATGTGAGCGCTTGTATGGGTTGGATTTTTTTTTTTTTGCTATGGATTTGGACATTTTAGTGTTAAGCTGGATAACTTTTTGGCTTATTGCTTTTGTTTCTTTGATTGTATATTTTTATAGTTGGATTGGCATTTTTTATCTGTATTTTGTATATTATGTTGGCTGGATTTTGGGTGGTGTATTAGTTATTTTTAGATATTTACTAACTTGATTTTCAGGACTTATAGCAATAATCTATTGATGGGGGATCAAGATCTGATTTTGTCTTGCAATATGGTGATGATATAATTGTTTTCTGGCCTGGAAAAATAGATGTTTGAAGACTTGGTAGAAGGTGATCTCCCTTTTCATTGACTGCTCAAGTCTCTCCTTGAATTTGTCTAAAACGTTACTCATTGGAGTAAATGTTGATAACGGTAAGTTTGCCTCTGTGGCTGGAAGATTGGTCTGTAAGATAGATTGTCTTCCCATAACCTACACTGGTTCCCCACTTGGCAGTTGTTAGTGGATAAGTTCAAAGCTAAAATCACAGTGGAAAAACTCTGTCTCAAAGGGGGGTTGTTTAAATTTGATAAACTTGATTCCAATTAGATTACCGTAGTATTTTCTCTCTCTCCTTAAAGGTGTCGGTGAGAGGCATCAACAGTATGGAAAAGATGGCTATAGATTACTTTTGGAATGGGGTGGTTACAAGGTCAGTCGTCACTAGGTTAATTGGCAGGTGACTTCCCTCCTTTGTTCGGTGGTTTATAGGTATGAGTTCTTTTCAGTATAGTAATCTCACTCTTCTTACTAGATGGTTGTGGATATTTTCAATGGAAAAGGAGGCCCTGTGGAGAAAGGTAGTGAGTAGCCTTTGTGGTAATGATCCTTTTGGGTGGATGACTCTTCCGCCGAGGGCAAGCTCCAAAAATAGGCCTTGGTTTGACACTGCCAAGATAGCTCCCATGTTCTGTAAATTCCTTTTTTTTCAAGGTCGGTTATGGCTAGAAGGTTAGCCTTTGGAAGGATTTTTGGCTTGGGGAGACTCGTGGAGATTTTTAATCTCTCTCTCAAGAATTATGCAACTGTGGCAGATTGTTGAGATGATACTAACGAAACTTGGAATTTGGGCATTGGAAGAGGAATTTATATAAAGAGCTTCGGGCTTGTTGATCGTTTTTAGGTGCTTTTTGGTTTGGGGAAGGTGACAACTGCTATTAGATGGTCCTTGGAATCCCTTTGTTTTTGAAGCTAGCTGGAAATAGAACTTCCCTCAGACTTGCACTTGCTAACTTGATTTGGAAGTTTAAAGTCCCCAAAAAAGTGGAAGGAGTTCTTATGGTGGGCAGCACATAGGAGTCTTAATACTCGAGATATATGCAGAAGAAGAATATGAGGAATGGGCTTTGCTCTTTGATTTCCTTCTCTGCTTAGACAATGGGTAGACCTTAGACCATCTATTCTTGTTTTTCCCTTTTGCTAGATCGTTTTGAATTGCCTGTTGGGTATCTTTGAGATTCAGGTTTACCTTCCTTGCTGAGTGGATGATTGGATGTTGGAAGGCCTAATGGGCTGGAACTTGAAAGGTAAAGGAAAGGTCCTTTGACAGGTTACCTTTTGAGCTACTTTATAGAGTTTTCAGTTGGAACGTAACAAGAGAACCTTTGAAGATAAATCTATTTTCTTTCTTTTTTTTTTTTTTTGGAATTTTGTACAACTCCCTGCTTTTGAGTGGTGTCACAGTTATGGTAAATTCTTTGGCAACTACCCCATCTATGATCCGAAGATTTTAGAGAGTTTTTCTTGTAAGAAGCTCTCTCTAGGAGGGGAGTTCTCCCCTTTCTCCTAGGCTGTTCATGTTTTTGAAGTAATGTTAGATTGCCCCTTATAAAATAAAAAGAAAGAATTCAGTCATACTTGGACATTTGGAGAAAATTATGACGGATTTCTTATGGGAAGGGGAGGATTGGGTGGGTGGGGGGGGAGGGGGGGTGGTTATGAGCTCCTTGTTGGAAGGCTATTTCGTCTGGTTTTCCTCTTTTCTCTCAGTTTATAAACTGTTCTACTACGGATGGTACAAAGTCTATTTTTGGGAGGTTCATTGGATAGGAGACAAACCTTTTAGTTTTGTGTTCCCTTGGCTGTACCTATTGTTTGGTAAGATGTTGCATTTCATGGCCTTTGTCCTGCCCTCTTTAGATTTCCCATTTAGTTGTTTGTTGAGGGGTATGGAAGTAGTTGACATGGCAACCCTTCATTTCTTGTTAGGTGACTCTTTGGTGAGTTTGAGGAAGGAAGGATATTCCTTTTTGGGTCGCCATTCCTTCCGAGGGTCTCTCTTCTAGGTTCCGCCCCCCCNNNNNNNNNNNCCCCCCCCCCCCCCCCCCCCCCCTTTTGTTATGTATCCCACCTCCCCCTCCTAGAGCCTCTACATTTTCTCTGAAGGTTAACACTTCAAAGAAGGTCACGATTTTTGCGTGGTAGGCTCTTCATGGAAAAGTTCACTTTGTATTGTATCTAGAAGCACTCTTCCTACAGTACTTGTAGTTGGGTTATGCTCTTCTAACTCTATGGCATGGTGAAATTATTGGGTTCCTCTTTAAAAACGATTTCCTTTGACTTCCTCAAACTCCTTTATGAGAATATATTTTTAAAAAGTACATTTGGCGGATTAGCTTGACATTTTGGATGTGACAAAACTTTTGCTGCACTATCTTCTAAGTTCCGTTGGCCTTAAATTAAGAAAGGTGTGGTAATTGTTAAATGTTGTTTTGTTCGTCAAACTTCCAAAGGTTCTAGCCTAAACCTAGGAATTTACGCTCCTTTACTGATTCCTAATTTTATTTGAGAGGATTTTTTTGTTCTTGATTTACCTAGAACTCAATGAGGCTTTGGTTTTCTGTTAGTCTATTGATTGTTTTAGTAGAATGGCTCATTTCATTGTTTGTAAAAAGATTAATGATGCCTTTAAGTCCATTGTCCCGGATAGAGATGTAAAGTTCATGAGTCATTTTTTGCGTTCTCTTTAGAAAAAAATTGGCACAGATTCTTGTAGTATGACTAGCCATCCACAAACAGATGGTCAAACTGAAGTCACTAGTCATACTCTTGGTAACCTTCTACGTTTCCTAAGGGATGAAAAGACGAAACAATGAGATCTTTCTCTTGCTCAAGCAGAATTTGCTTTCAGGCATATGGTCAATTGTTCAACAGGGAAGTCTCCATTTGATATAGGATATACTCATCTTTCTCATTTAACAATTGGGAAGGTCTTCTGGGAGAATTGATACATCACCACTTACCTAGGTTACCCTTGTACACTTTTGTGTGTGTGTGTGAATATATATATCTTTAGTGAATGGAATGGACTAATTCTTATTCTCTCAAACCTTTAGTGTTTATAGTGTCGTCCTGCAGCAGAGGGTCTGGATCAAATTTAAGGGATTGTTAGTTTTCTTTAGTCACTTGGGAGTGTTGTTGGACATCCTTTGGAATTTGTTGGGGAGTAATGGAGGTGATTGTTTTCTGATTGATAAGATTCTCATGATTCCTCCCTTCTGGGATAAAATCAAAATTATTTGTTGGACTTGTGTGTTTGCTATGTATTGGGGGTTATGACTCAAGAGGAATAGTAGGATTTCAGGGGTGTGGAGCGGTTTGCGAGTGAGTTTTGGGGTATTGTTAGACTTAATACTTCATTGTGGGTGATAATGTATTTGCTTCTTTGTAATTGTTGGTTAGGTCTTATTGTTTTGGATTGGTGTTTGTTTCTTAGTTAGTGTTGTGGCTCTCGTTGTGCAGCTAGTGTATTTTTGTATGTTCTTGTATATTCTTTTCTGACGGAGGCTTTTAAAGAAATTAAAAAAAGAATTGAATCCTATAGGCTATAGTTAACAATAATAGTTTATACTTGAATACTTCCATTATTTTTTATGAAAGTAAGATAATATTTATGATAAATTAAAATGATATCAACCAAACCGAGTTTATTTTTACTTAGACTTAAACATTGCAGATAGTTGGAGCACTGTGGTACTTATTAGCTGTGGAACGCAATGACACATGTTGGCAGAAGTATTGTAGTGCCCCTTGCAGGAAAAATTTCTTATATTGCGGTAACCAAGACATGGAGGGCTATTCGACTTGGAACCAGACAGGTGTGGATGCCCTAATGTCGAGATGCAAACCTGCTGATGATAATGATTCGTTTGATTTTGGAATCTTTAAACAGGCTTTGTCCTCTGGCATTGCGGCATCCAAGAATTTTGTCGGCAAATATTGTTACTGTCTATGGTGGGGCCTACAAAACTTAAGGTATGTCTTACCCTATTTAAACAAGCTAGTGGACTGGATCTGCCATGGATCTCTGGGAAATTTGTACTACATATGCATGTACTTCCTGTTTTCACCCTCATAGTCATATCCTTGTTCACGTAGAAAAAAAATTGTGCATCGTTTACCTAGGTTGGTGAACAAAGCCTTACATACATCTAGTGAGCCTACATCTTTTCTTGCTTTAACTTGGAGTGAACTATCTTCTCCTTTTTGTAACTATAGCTCATCAACCCTCTTGATCCATTGGAGGTGTTTTTTTGTAATTATTCTCATGTAGGACGTTTTTTTTTATAATCTATTTAGAAAATGATTAATTTTCCGATAAAGAAATCTCATCGAAATGTTAAATCTGCAAGAAAATAGGGTAATACATGCCTTAAGTTTTGTAGGCGTCAGTTCAAGGATTTATATCATCTTTTATGGGGTTGCTTGTTTGTCCAATCCTTTTGGGTCGGTTAGTAGAATTCTTTTAATTTATGTTTGGTTTGGAATGAGGATTATTTTGTGTTGATTGGGGAGGTTCTCTTGGACTCGTTTTGTGAGGTGGGGGCGGGGCTGGTTGACTTGAGAGGAGTAGTAGAATCTTTAGAGAGATGAGTGGTTTTGTGACGTGTTTTGGGAGTTGGTGAGGTTTAATGCCTCGTTGTGGGTGTAACGGCCGAAGCCCACCGCTAGCAGATATTGTCTTCTTTGGGCTTTCCCTTTCGGGCTTCCCTTCAAAGTTTTTAAAACGCATCTACTAGGGAGAGGTTTCTACACCCTTATAAAGGGTGTTTCGTTCTCCTCCCCAATCGATGTGGGATCTCACAGTGGGTGTTTGTCACTAGGCCTTTTTGTAATTATAATTTGGCTTGATTTTGTTGGATTGGACTCCCTTCATGTAATTTTTGGAATGTTCTTTTGTGGGACCTTTTTTTTTTTTTTTTTTTCCCAATAAAAACGTGGTTTCTACATTAAAAAGAAAAAAGAAAAAAAAAATGCTAGAAAATGCACATTGTAGTTCATACGATTCATAACTATACCTTTGATTATCTCTTTCCACTGGACCAAGGTCGAAAATGATGCAGTAAATTGCATGAAAATGATGATTACACTTGAAGGTGCACAGCCTTACGTGCCCAAGTTTTTGACATCAATCCTTTTTATTTTTATTTAATTTCTTGGCAGTACGCTTGGGCAGGGGCTTCAAACAAGCACGTATCCGGCTGAAGTGATCTTTTCTATAGCATTGGCTGTACTTGGTCTCATCCTCTTTGCACTTCTTATTGGCAACATGCAGGTAACACCATACTTCGAATTAAATAACTTCTGGGTTTGTGGTTCAAATTTTTATTTTCTTTTCCTAGATTATGTTATTGTTGAGAGCTTTGTATAATAAAGATTTGAGTAACATTGGCTTGTGATGTCCATCTAATGCTTGGGACGGTCATTCATAGATCGAACGTGTAGATTATTCTACTGAATCTAAAACTAAATTGGGTAGAATAATCGGAAAGTGCTTACGAACTGAGCAACTCAAGACTACAGAATGTGGCTCAAAAAGTAGGATTAAAGCCCAAACATCCGAAGTTTATCGAGGAGTTTTCGACTTTCTAGTTCCAGAATAACTTGCTGCCAAGAATATTGCTTCATTCTATCTATTTGATGTTGTTTGCTAGGTCGATTATTGAGTTGCAATTTTTGAACATTTTGAATCATTTTCATCTTCACTGAACTCTCATTAAACTTTACCTCCATGGCTGGCACTTCAAACTATAATGATCTGTTCATTCTCACATGGTCGTTTAATTAGTTTAGTTGCGAACTTTACTTTGTGGTTACTGTTTATATTTTGTGAGCTAATGCAATATTATGGCTTCTGTTAATATTTTGTGAGCCGATGCAACTCGACCTAACCTTTTGTGCGGTTTGGCCGAAATGGAAATAGGATTTTTTACGATATGGCTAGGTATGTGGAAGAATCTGTGAAGTTTGTCTTTTCTATTATTTAGATGGAGTTCCTTGTCTGTGTCATTTTTAATTTAAGACGATTGCGGATCTTTGTATTAACCTCAATTTGCAAATTATGGGGGACGTATTGACTTCCTTCGACATGTCGATTTAGCCTTGTCATGTAGACGTTAGAAAACTGATGTTATGTTATTATGACAGACTTATCTTCAATCTCTAACCATAAGGCTTGAGGAAATGAGGGTGAAAAAGCGTGATTCGGAGCAATGGATGCATCATCGTTTGCTGCCACAGGAACTTCGAGAGAGAGTCAGGCGATATGATCAGTACAAGTGGTTGGAGACCCGCGGAGTCGACGAACAGAGTTTGGTTCAAACTCTCCCTAAGGATCTTAGGAGAGATATTAAGCGACATCTTTGTCTCGCTTTAGTAAGAAGGGTAAGGTTATTGCTTTGCATCGTTACCTTTTATCGTTCCAATGCAACAACATGAATAAGAGGCTTTAAACTTCTGACCTCATGTTTTATGATACCTGCTTAAATCAATTGAGCTAAACTCAAGTTGACAAATGGACGGAACTGATTTTCTTTTGAAAATTCCATATGTATAGTATGTTGATTCATGATCCTAGGATTTTTTTTGTTTACATTTTCATATTCGCTGATGATTTTCAGGTTCCTCTGTTTGAAAGCATGGATGAGAGGCTGCTTGATGCTATTTGTGAGCGGCTAAAACCGTGTTTGTTTACAGAGTACACTTACATAGTCCGTGAGGGTGATCCAGTCGATGAGATGCTTTTCATTATACGTGGTCGGCTCGAGAGTGTGACTACCGATGGTGGGCGGAGCGGATTTTTCAATCGTACCTTTCTGAAAGAAGGTGATTTTTGTGGTGAAGAGCTTTTGACTTGGGCTCTTGACCCGAAATCTGGTTCGAATCTTCCATCTTCGACAAGGACGGTAAAGGCTATTACAGAGGTTGAGGCTTTCGCGCTTGTTGCTGAAGAGTTGAAATTCGTAGCCAGTCAGTTCAGGCGCCTTCACAGTAGACAGGTGCAACATACCTTTCGATTCTACTCGCAGCAATGGAGGACCTGGGCTGCTTGCTTCATCCAAGCAGCATGGCGCCGATACTCCAAGAGAAAGACTATGGAACTTCGTCAAAAGGAAGAAGTTGCAGCGGAGGAATCCAAGACATCTCAAACGACGACCACAAGCGGAGGAGGCTCTTACAGTATTCGTGCAACTTTCCTAGCTTCTAAATTTGCTGCCAATGCTCTCCGAGGCGTTCAGCGATATCGCAACGCAAAGAGCGCTCAGGAGTTGATAAAATTGCAGAAGCCTCCCGAGCCCGATTTTAGCGCAGATGATGCCGATTGATGTGTTATGTATTGTGACAAAAAAAACTGAATGCATTACAATATGACTCATGTTTGATGAGATGAGCTAAACTAGTGTAAAAATAGATGTGTTTGTAGTTTGCAACTTGTAAAAAAAGAAGAAAAATGTTCTTGAAATCATTGCTGAATATGTTGTGTTGTTTACATTCTTTCAAAGGGTCAAAATATAGTGTTACAATAATATAGTTTAGCCCTTTTAATATTTTTCAAGTTCTTATTAAAAGATTCCAAAGTATGTATTATCTTAGGTTAATTGTAAAATAATGTGTTTTTTCGAATTACTACCCGATTTCAAT

mRNA sequence

AGTCGTTGAGGGGTAATATAGTAATTATGCACTCGAAAAGATGTCAATGATCGTCGACGGCGTCAAAAGAGGCGCCTGTTGATGCTTGTTAGTCCTCTCCTCCGCTCTACGCGTTCGAGCGTTTTCCGAAGATTTAGTTTCGTGGGTTTCTTGTATCCGCCTGAGAATCCATTTTCAATTCTATCTTCCTCTGGGTTGTTTTGATTTAATTTCTCTCTGTTTCTGTCTCTCTCTGTGCGCCATGGACTGAGCTGACGATTTCCTGTTGTGATGCTTATAGAAAATGTTTGATTGTGGTTACAAGTCACAACTGATGGGTGGTCAGCGCGAAAAATTCGTGAGGTTGGATGACTTGGACTCTAGATTGTCATCGCCTTCTGATAGTGGGATAAGAAGATGTGGTTTGAATATAGATGGATTTAACCGTGCAGTCCATGGAAATGATAAGCCATCTGGATCCTTTAAGAGAGGAATGAGAAAAGGGTCCGAAGGACTTAAATCAATTGGTCGATCACTCAAGTTTGGAGTATCTCGAGCTGTATTTCCAGAGGATCTTAAAGAGTCAAAGAAGAAGATCTTTGATCCTCAAGACAAATTGCTCTTATTCTTGAATAAACTTTTTGTCATATCATGTTTTTTAGCAATATCGGTGGACCCGCTATTCTTTTATGTTCCTGTCATTAACCAACAGTCGAGCTGTCTTGGCATTGATAGGAAGCTGGCAATTACAGTGACAACATTGCGAACAGTTATTGATGTTTTCTATCTTATTCATATGGCTCTCCAATTCCGGACAGCTTATATTGCTCCATCATCTCGGGTGTTTGGGAGAGGTGAACTTGTGATTGATCCTGCACAAATAGCTAAAAGATACTTGCGGCGGTATTTCATCATTGATTTGGTGTCTGTGCTGCCCCTTCCACAGATTGTGGTCTGGAGATTTCTTCAGAGGTCCAAAGGTTCAGATGTATATGTGACAAAACAGGCCCTTCTTTTCATTGTATTCCTTCAATATATCCCAAGATTTCTTAGAGCGTTACCATTGACTTCAGAATTGAAAAGGACAACAGGCGTATTTGCAGAAACAGCCTGGGCAGGTGCTGCATATTATTTGCTATTATATATGCTTGCAAGTCATATAGTTGGAGCACTGTGGTACTTATTAGCTGTGGAACGCAATGACACATGTTGGCAGAAGTATTGTAGTGCCCCTTGCAGGAAAAATTTCTTATATTGCGGTAACCAAGACATGGAGGGCTATTCGACTTGGAACCAGACAGGTGTGGATGCCCTAATGTCGAGATGCAAACCTGCTGATGATAATGATTCGTTTGATTTTGGAATCTTTAAACAGGCTTTGTCCTCTGGCATTGCGGCATCCAAGAATTTTGTCGGCAAATATTGTTACTGTCTATGGTGGGGCCTACAAAACTTAAGTACGCTTGGGCAGGGGCTTCAAACAAGCACGTATCCGGCTGAAGTGATCTTTTCTATAGCATTGGCTGTACTTGGTCTCATCCTCTTTGCACTTCTTATTGGCAACATGCAGACTTATCTTCAATCTCTAACCATAAGGCTTGAGGAAATGAGGGTGAAAAAGCGTGATTCGGAGCAATGGATGCATCATCGTTTGCTGCCACAGGAACTTCGAGAGAGAGTCAGGCGATATGATCAGTACAAGTGGTTGGAGACCCGCGGAGTCGACGAACAGAGTTTGGTTCAAACTCTCCCTAAGGATCTTAGGAGAGATATTAAGCGACATCTTTGTCTCGCTTTAGTAAGAAGGGTTCCTCTGTTTGAAAGCATGGATGAGAGGCTGCTTGATGCTATTTGTGAGCGGCTAAAACCGTGTTTGTTTACAGAGTACACTTACATAGTCCGTGAGGGTGATCCAGTCGATGAGATGCTTTTCATTATACGTGGTCGGCTCGAGAGTGTGACTACCGATGGTGGGCGGAGCGGATTTTTCAATCGTACCTTTCTGAAAGAAGGTGATTTTTGTGGTGAAGAGCTTTTGACTTGGGCTCTTGACCCGAAATCTGGTTCGAATCTTCCATCTTCGACAAGGACGGTAAAGGCTATTACAGAGGTTGAGGCTTTCGCGCTTGTTGCTGAAGAGTTGAAATTCGTAGCCAGTCAGTTCAGGCGCCTTCACAGTAGACAGGTGCAACATACCTTTCGATTCTACTCGCAGCAATGGAGGACCTGGGCTGCTTGCTTCATCCAAGCAGCATGGCGCCGATACTCCAAGAGAAAGACTATGGAACTTCGTCAAAAGGAAGAAGTTGCAGCGGAGGAATCCAAGACATCTCAAACGACGACCACAAGCGGAGGAGGCTCTTACAGTATTCGTGCAACTTTCCTAGCTTCTAAATTTGCTGCCAATGCTCTCCGAGGCGTTCAGCGATATCGCAACGCAAAGAGCGCTCAGGAGTTGATAAAATTGCAGAAGCCTCCCGAGCCCGATTTTAGCGCAGATGATGCCGATTGATGTGTTATGTATTGTGACAAAAAAAACTGAATGCATTACAATATGACTCATGTTTGATGAGATGAGCTAAACTAGTGTAAAAATAGATGTGTTTGTAGTTTGCAACTTGTAAAAAAAGAAGAAAAATGTTCTTGAAATCATTGCTGAATATGTTGTGTTGTTTACATTCTTTCAAAGGGTCAAAATATAGTGTTACAATAATATAGTTTAGCCCTTTTAATATTTTTCAAGTTCTTATTAAAAGATTCCAAAGTATGTATTATCTTAGGTTAATTGTAAAATAATGTGTTTTTTCGAATTACTACCCGATTTCAAT

Coding sequence (CDS)

ATGTTTGATTGTGGTTACAAGTCACAACTGATGGGTGGTCAGCGCGAAAAATTCGTGAGGTTGGATGACTTGGACTCTAGATTGTCATCGCCTTCTGATAGTGGGATAAGAAGATGTGGTTTGAATATAGATGGATTTAACCGTGCAGTCCATGGAAATGATAAGCCATCTGGATCCTTTAAGAGAGGAATGAGAAAAGGGTCCGAAGGACTTAAATCAATTGGTCGATCACTCAAGTTTGGAGTATCTCGAGCTGTATTTCCAGAGGATCTTAAAGAGTCAAAGAAGAAGATCTTTGATCCTCAAGACAAATTGCTCTTATTCTTGAATAAACTTTTTGTCATATCATGTTTTTTAGCAATATCGGTGGACCCGCTATTCTTTTATGTTCCTGTCATTAACCAACAGTCGAGCTGTCTTGGCATTGATAGGAAGCTGGCAATTACAGTGACAACATTGCGAACAGTTATTGATGTTTTCTATCTTATTCATATGGCTCTCCAATTCCGGACAGCTTATATTGCTCCATCATCTCGGGTGTTTGGGAGAGGTGAACTTGTGATTGATCCTGCACAAATAGCTAAAAGATACTTGCGGCGGTATTTCATCATTGATTTGGTGTCTGTGCTGCCCCTTCCACAGATTGTGGTCTGGAGATTTCTTCAGAGGTCCAAAGGTTCAGATGTATATGTGACAAAACAGGCCCTTCTTTTCATTGTATTCCTTCAATATATCCCAAGATTTCTTAGAGCGTTACCATTGACTTCAGAATTGAAAAGGACAACAGGCGTATTTGCAGAAACAGCCTGGGCAGGTGCTGCATATTATTTGCTATTATATATGCTTGCAAGTCATATAGTTGGAGCACTGTGGTACTTATTAGCTGTGGAACGCAATGACACATGTTGGCAGAAGTATTGTAGTGCCCCTTGCAGGAAAAATTTCTTATATTGCGGTAACCAAGACATGGAGGGCTATTCGACTTGGAACCAGACAGGTGTGGATGCCCTAATGTCGAGATGCAAACCTGCTGATGATAATGATTCGTTTGATTTTGGAATCTTTAAACAGGCTTTGTCCTCTGGCATTGCGGCATCCAAGAATTTTGTCGGCAAATATTGTTACTGTCTATGGTGGGGCCTACAAAACTTAAGTACGCTTGGGCAGGGGCTTCAAACAAGCACGTATCCGGCTGAAGTGATCTTTTCTATAGCATTGGCTGTACTTGGTCTCATCCTCTTTGCACTTCTTATTGGCAACATGCAGACTTATCTTCAATCTCTAACCATAAGGCTTGAGGAAATGAGGGTGAAAAAGCGTGATTCGGAGCAATGGATGCATCATCGTTTGCTGCCACAGGAACTTCGAGAGAGAGTCAGGCGATATGATCAGTACAAGTGGTTGGAGACCCGCGGAGTCGACGAACAGAGTTTGGTTCAAACTCTCCCTAAGGATCTTAGGAGAGATATTAAGCGACATCTTTGTCTCGCTTTAGTAAGAAGGGTTCCTCTGTTTGAAAGCATGGATGAGAGGCTGCTTGATGCTATTTGTGAGCGGCTAAAACCGTGTTTGTTTACAGAGTACACTTACATAGTCCGTGAGGGTGATCCAGTCGATGAGATGCTTTTCATTATACGTGGTCGGCTCGAGAGTGTGACTACCGATGGTGGGCGGAGCGGATTTTTCAATCGTACCTTTCTGAAAGAAGGTGATTTTTGTGGTGAAGAGCTTTTGACTTGGGCTCTTGACCCGAAATCTGGTTCGAATCTTCCATCTTCGACAAGGACGGTAAAGGCTATTACAGAGGTTGAGGCTTTCGCGCTTGTTGCTGAAGAGTTGAAATTCGTAGCCAGTCAGTTCAGGCGCCTTCACAGTAGACAGGTGCAACATACCTTTCGATTCTACTCGCAGCAATGGAGGACCTGGGCTGCTTGCTTCATCCAAGCAGCATGGCGCCGATACTCCAAGAGAAAGACTATGGAACTTCGTCAAAAGGAAGAAGTTGCAGCGGAGGAATCCAAGACATCTCAAACGACGACCACAAGCGGAGGAGGCTCTTACAGTATTCGTGCAACTTTCCTAGCTTCTAAATTTGCTGCCAATGCTCTCCGAGGCGTTCAGCGATATCGCAACGCAAAGAGCGCTCAGGAGTTGATAAAATTGCAGAAGCCTCCCGAGCCCGATTTTAGCGCAGATGATGCCGATTGA

Protein sequence

MFDCGYKSQLMGGQREKFVRLDDLDSRLSSPSDSGIRRCGLNIDGFNRAVHGNDKPSGSFKRGMRKGSEGLKSIGRSLKFGVSRAVFPEDLKESKKKIFDPQDKLLLFLNKLFVISCFLAISVDPLFFYVPVINQQSSCLGIDRKLAITVTTLRTVIDVFYLIHMALQFRTAYIAPSSRVFGRGELVIDPAQIAKRYLRRYFIIDLVSVLPLPQIVVWRFLQRSKGSDVYVTKQALLFIVFLQYIPRFLRALPLTSELKRTTGVFAETAWAGAAYYLLLYMLASHIVGALWYLLAVERNDTCWQKYCSAPCRKNFLYCGNQDMEGYSTWNQTGVDALMSRCKPADDNDSFDFGIFKQALSSGIAASKNFVGKYCYCLWWGLQNLSTLGQGLQTSTYPAEVIFSIALAVLGLILFALLIGNMQTYLQSLTIRLEEMRVKKRDSEQWMHHRLLPQELRERVRRYDQYKWLETRGVDEQSLVQTLPKDLRRDIKRHLCLALVRRVPLFESMDERLLDAICERLKPCLFTEYTYIVREGDPVDEMLFIIRGRLESVTTDGGRSGFFNRTFLKEGDFCGEELLTWALDPKSGSNLPSSTRTVKAITEVEAFALVAEELKFVASQFRRLHSRQVQHTFRFYSQQWRTWAACFIQAAWRRYSKRKTMELRQKEEVAAEESKTSQTTTTSGGGSYSIRATFLASKFAANALRGVQRYRNAKSAQELIKLQKPPEPDFSADDAD

Homology

[Close]

BLAST of CmaCh12G008580 vs. ExPASy Swiss-Prot
Match: O82226 (Probable cyclic nucleotide-gated ion channel 6 OS=Arabidopsis thaliana OX=3702 GN=CNGC6 PE=1 SV=2)

HSP 1 Score: 1104.0 bits (2854), Expect = 0.0e+00
Identity = 563/749 (75.17%), Postives = 637/749 (85.05%), Query Frame = 0


Query: 1   MFDC----GYKSQLMGGQREKFVRLDDLDSRLSSPSDSGIRRCGLNIDGF-NRAVHGNDK 60
           MFD     G KSQ++ GQRE FVRLD +DSR S  S++G+ +C LNI G   R   G+  
Sbjct: 1   MFDTCGPKGVKSQVISGQRENFVRLDSMDSRYSQSSETGLNKCTLNIQGGPKRFAQGSKA 60

Query: 61  PSGSFKRGMRKGSEGLKSIGRSLKFGVSRAVFPEDLKESKKKIFDPQDKLLLFLNKLFVI 120
            SGSFK+G RKGSEGL SIGRS+  GVSRAVFPEDL+ S+KKIFDPQDK LL  NKLFV 
Sbjct: 61  SSGSFKKGFRKGSEGLWSIGRSIGLGVSRAVFPEDLEVSEKKIFDPQDKFLLLCNKLFVA 120

Query: 121 SCFLAISVDPLFFYVPVINQQSSCLGIDRKLAITVTTLRTVIDVFYLIHMALQFRTAYIA 180
           SC LA+SVDPLF Y+P IN ++ C+GIDRKLAI VTT+RTVID FYL HMAL+FRTAY+A
Sbjct: 121 SCILAVSVDPLFLYLPFINDKAKCVGIDRKLAIIVTTIRTVIDSFYLFHMALRFRTAYVA 180

Query: 181 PSSRVFGRGELVIDPAQIAKRYLRRYFIIDLVSVLPLPQIVVWRFLQRSKGSDVYVTKQA 240
           PSSRVFGRGELVIDPAQIAKRYL++YFIIDL+SVLP+PQI+VWRFL  S+G++V  TKQA
Sbjct: 181 PSSRVFGRGELVIDPAQIAKRYLQQYFIIDLLSVLPVPQIIVWRFLYTSRGANVLATKQA 240

Query: 241 LLFIVFLQYIPRFLRALPLTSELKRTTGVFAETAWAGAAYYLLLYMLASHIVGALWYLLA 300
           L +IV +QYIPRFLR  PL+SELKRT GVFAETAWAGAAYYLLLYMLASHIVGALWYLLA
Sbjct: 241 LRYIVLVQYIPRFLRMYPLSSELKRTAGVFAETAWAGAAYYLLLYMLASHIVGALWYLLA 300

Query: 301 VERNDTCWQKYC--SAPCRKNFLYCGNQDMEGYSTWNQTGVDALMSRCK---PADDNDSF 360
           +ERN+ CW K C  +  C +NFL+CGNQ+M+GY+ W+   V  L  +C    P D+   F
Sbjct: 301 LERNNDCWSKACHNNQNCTRNFLFCGNQNMKGYAAWDNIKVSYLQLKCPVNVPEDEEPPF 360

Query: 361 DFGIFKQALSSGIAASKNFVGKYCYCLWWGLQNLSTLGQGLQTSTYPAEVIFSIALAVLG 420
           DFGI+ +ALSSGI +SKNFV KY +CLWWGLQNLSTLGQGL+TSTYP EVIFSI LA+ G
Sbjct: 361 DFGIYLRALSSGIVSSKNFVSKYFFCLWWGLQNLSTLGQGLETSTYPGEVIFSITLAIAG 420

Query: 421 LILFALLIGNMQTYLQSLTIRLEEMRVKKRDSEQWMHHRLLPQELRERVRRYDQYKWLET 480
           L+LFALLIGNMQTYLQSLTIRLEEMRVK+RDSEQWMHHR+LP ELRERVRRYDQYKWLET
Sbjct: 421 LLLFALLIGNMQTYLQSLTIRLEEMRVKRRDSEQWMHHRMLPPELRERVRRYDQYKWLET 480

Query: 481 RGVDEQSLVQTLPKDLRRDIKRHLCLALVRRVPLFESMDERLLDAICERLKPCLFTEYTY 540
           RGVDE++LVQ LPKDLRRDIKRHLCLALVRRVPLFE+MDERLLDAICERLKPCLFTE +Y
Sbjct: 481 RGVDEENLVQNLPKDLRRDIKRHLCLALVRRVPLFENMDERLLDAICERLKPCLFTEKSY 540

Query: 541 IVREGDPVDEMLFIIRGRLESVTTDGGRSGFFNRTFLKEGDFCGEELLTWALDPKSGSNL 600
           +VREGDPV+EMLFIIRGRLESVTTDGGRSGF+NR+ LKEGDFCG+ELLTWALDPKSGSNL
Sbjct: 541 LVREGDPVNEMLFIIRGRLESVTTDGGRSGFYNRSLLKEGDFCGDELLTWALDPKSGSNL 600

Query: 601 PSSTRTVKAITEVEAFALVAEELKFVASQFRRLHSRQVQHTFRFYSQQWRTWAACFIQAA 660
           PSSTRTVKA+TEVEAFAL+A+ELKFVASQFRRLHSRQVQHTFRFYSQQWRTWAACF+QAA
Sbjct: 601 PSSTRTVKALTEVEAFALIADELKFVASQFRRLHSRQVQHTFRFYSQQWRTWAACFMQAA 660

Query: 661 WRRYSKRKTMELRQKEEVAAEESKTSQTTTTSGGGSYSIRATFLASKFAANALRGVQRYR 720
           WRRY KRK +E  +KEE   EE + +  +  +GG  YSIRATFLASKFAANALR V + R
Sbjct: 661 WRRYIKRKKLEQLRKEE---EEEEAAAASVIAGGSPYSIRATFLASKFAANALRSVHKNR 720

Query: 721 NAK------SAQELIKLQKPPEPDFSADD 734
            AK      S +EL+K QKPPEPDFSA+D
Sbjct: 721 TAKSTLLLSSTKELVKFQKPPEPDFSAED 746

[Close]

BLAST of CmaCh12G008580 vs. ExPASy Swiss-Prot
Match: Q8RWS9 (Probable cyclic nucleotide-gated ion channel 5 OS=Arabidopsis thaliana OX=3702 GN=CNGC5 PE=2 SV=1)

HSP 1 Score: 1094.3 bits (2829), Expect = 0.0e+00
Identity = 560/726 (77.13%), Postives = 622/726 (85.67%), Query Frame = 0


Query: 11  MGGQREKFVRLDDLDSRLSSPSDSGIRRCGLNIDGFNRAVHGNDKPSGSFKRGMRKGSEG 70
           M G+RE FVR+DDLDSRL S S +  +    N  G    +H +++ S SFK+G++KGS+G
Sbjct: 1   MAGKRENFVRVDDLDSRLPSSSVAFQQNYASNFSGQLHPIHASNETSRSFKKGIQKGSKG 60

Query: 71  LKSIGRSLKFGVSRAVFPEDLKESKKKIFDPQDKLLLFLNKLFVISCFLAISVDPLFFYV 130
           LKSIGRSL FGV RAVFPEDLK S+KKIFDPQDK LL+ NKLFV SC L++ VDP FFY+
Sbjct: 61  LKSIGRSLGFGVYRAVFPEDLKVSEKKIFDPQDKFLLYCNKLFVASCILSVFVDPFFFYL 120

Query: 131 PVINQQSSCLGIDRKLAITVTTLRTVIDVFYLIHMALQFRTAYIAPSSRVFGRGELVIDP 190
           PVIN +S CLGIDRKLAIT +TLRT IDVFYL HMALQ RTAYIAPSSRVFGRGELVIDP
Sbjct: 121 PVINAESKCLGIDRKLAITASTLRTFIDVFYLAHMALQLRTAYIAPSSRVFGRGELVIDP 180

Query: 191 AQIAKRYLRRYFIIDLVSVLPLPQIVVWRFLQRSKGSDVYVTKQALLFIVFLQYIPRFLR 250
           AQIAKRYL+R+FIID +SVLPLPQIVVWRFLQ S GSDV  TKQALLFIV +QYIPRFLR
Sbjct: 181 AQIAKRYLQRWFIIDFLSVLPLPQIVVWRFLQSSNGSDVLATKQALLFIVLVQYIPRFLR 240

Query: 251 ALPLTSELKRTTGVFAETAWAGAAYYLLLYMLASHIVGALWYLLAVERNDTCWQKYC--S 310
            LPLTSELKRT GVFAETAWAGAAYYLLLYMLASHIVGA WYLLA+ERND CWQ+ C  +
Sbjct: 241 VLPLTSELKRTAGVFAETAWAGAAYYLLLYMLASHIVGAFWYLLALERNDACWQEACIDA 300

Query: 311 APCRKNFLYCGNQDMEGYSTWNQTGVDALMSRCKP--ADDNDSFDFGIFKQALSSGIAAS 370
             C  +FLYCGNQ+M+GY+ WN+     L S+C+    D+N  FDFGI+ QALSSGI +S
Sbjct: 301 GNCSTDFLYCGNQNMDGYAVWNRAKESVLKSKCRADLDDNNPPFDFGIYTQALSSGIVSS 360

Query: 371 KNFVGKYCYCLWWGLQNLSTLGQGLQTSTYPAEVIFSIALAVLGLILFALLIGNMQTYLQ 430
           +NF+ KYCYCLWWGLQNLSTLGQGL+TSTYP E+IFSI+LA+ GLILFALLIGNMQTYLQ
Sbjct: 361 QNFIVKYCYCLWWGLQNLSTLGQGLETSTYPMEIIFSISLAISGLILFALLIGNMQTYLQ 420

Query: 431 SLTIRLEEMRVKKRDSEQWMHHRLLPQELRERVRRYDQYKWLETRGVDEQSLVQTLPKDL 490
           SLTIRLEEMRVK+RDSEQWMHHR+LPQ+LRERVRRYDQYKWLETRGVDE+ LVQ LPKDL
Sbjct: 421 SLTIRLEEMRVKRRDSEQWMHHRMLPQDLRERVRRYDQYKWLETRGVDEEYLVQNLPKDL 480

Query: 491 RRDIKRHLCLALVRRVPLFESMDERLLDAICERLKPCLFTEYTYIVREGDPVDEMLFIIR 550
           RRDIKRHLCLALVRRVPLF+SMD++LLDAIC RLKPCLFTE TY+VREGDPVDEMLFIIR
Sbjct: 481 RRDIKRHLCLALVRRVPLFKSMDDKLLDAICMRLKPCLFTESTYLVREGDPVDEMLFIIR 540

Query: 551 GRLESVTTDGGRSGFFNRTFLKEGDFCGEELLTWALDPKSGSNLPSSTRTVKAITEVEAF 610
           GRLESVTTDGGRSGFFNR+ LKEG+FCGEELLTWALDPKSG NLPSSTRTVKA+TEVEAF
Sbjct: 541 GRLESVTTDGGRSGFFNRSLLKEGEFCGEELLTWALDPKSGVNLPSSTRTVKALTEVEAF 600

Query: 611 ALVAEELKFVASQFRRLHSRQVQHTFRFYSQQWRTWAACFIQAAWRRYSKRKTMELRQKE 670
           AL +EELKFVASQFRRLHSRQVQHTFRFYS QWRTWAACFIQAAWRRY KRK M     E
Sbjct: 601 ALTSEELKFVASQFRRLHSRQVQHTFRFYSHQWRTWAACFIQAAWRRYCKRKKM-----E 660

Query: 671 EVAAEESKTSQTTTTSGGGSYSIRATFLASKFAANALRGVQRYRNAKSAQELIKLQKPPE 730
           E  AE +  S +T    G SYSI A FLA+KFAANALR + R RN K  ++L+KLQKPPE
Sbjct: 661 EAEAEAAAVSSST---AGPSYSIGAAFLATKFAANALRTIHRNRNTK-IRDLVKLQKPPE 717

Query: 731 PDFSAD 733
           PDF+AD
Sbjct: 721 PDFTAD 717

[Close]

BLAST of CmaCh12G008580 vs. ExPASy Swiss-Prot
Match: Q9M0A4 (Putative cyclic nucleotide-gated ion channel 9 OS=Arabidopsis thaliana OX=3702 GN=CNGC9 PE=3 SV=1)

HSP 1 Score: 1072.8 bits (2773), Expect = 1.5e-312
Identity = 554/743 (74.56%), Postives = 616/743 (82.91%), Query Frame = 0


Query: 1   MFDCG---YKSQLMGGQREKFVRLDDLDSRLSSPSDSGIRRCGLNIDGFNR--AVHGNDK 60
           M DCG    KSQ++ G+ EKFVRLD +DSR S  SD+G+ RC LN+ G  R     GN+ 
Sbjct: 1   MLDCGKKAVKSQVISGRLEKFVRLDSMDSRYSQTSDTGLNRCTLNLQGPTRGGGAQGNNV 60

Query: 61  PSGSFKRGMRKGSEGLKSIGRSLKFGVSRAVFPEDLKESKKKIFDPQDKLLLFLNKLFVI 120
            SGSFK+G RKGS+GL SIGRS+  GVSRAVFPEDLK S+KKIFDPQDK LL  NKLFV 
Sbjct: 61  SSGSFKKGFRKGSKGLWSIGRSIGLGVSRAVFPEDLKVSEKKIFDPQDKFLLLCNKLFVT 120

Query: 121 SCFLAISVDPLFFYVPVINQQSSCLGIDRKLAITVTTLRTVIDVFYLIHMALQFRTAYIA 180
           SC LA+SVDPLF Y+P +     C+GIDRKLAI  TTLRTVID FYL HMAL+FRTA++A
Sbjct: 121 SCILAVSVDPLFLYLPFVKDNEKCIGIDRKLAIIATTLRTVIDAFYLFHMALRFRTAFVA 180

Query: 181 PSSRVFGRGELVIDPAQIAKRYLRRYFIIDLVSVLPLPQIVVWRFLQRSKGSDVYVTKQA 240
           PSSRVFGRGELVIDPAQIAKRYL++YFIID +SVLPLPQIVVWRFL  SKG+ V  TK+A
Sbjct: 181 PSSRVFGRGELVIDPAQIAKRYLQQYFIIDFLSVLPLPQIVVWRFLYISKGASVLATKRA 240

Query: 241 LLFIVFLQYIPRFLRALPLTSELKRTTGVFAETAWAGAAYYLLLYMLASHIVGALWYLLA 300
           L  I+ +QYIPRF+R  PL+SELKRT GVFAETAWAGAAYYLLLYMLASHIVGA+WYLLA
Sbjct: 241 LRSIILVQYIPRFIRLYPLSSELKRTAGVFAETAWAGAAYYLLLYMLASHIVGAIWYLLA 300

Query: 301 VERNDTCWQKYC---SAPCRKNFLYCGNQDMEGYSTWNQTGVDALMSRCK-PADDNDSFD 360
           +ER + CW K C   S  C +NFL+CGN+ M+GY+ W       L   C     DN  FD
Sbjct: 301 LERYNGCWTKVCSNSSLDCHRNFLFCGNEKMDGYAAWTTIKDSVLQLNCPVNTTDNPPFD 360

Query: 361 FGIFKQALSSGIAASKNFVGKYCYCLWWGLQNLSTLGQGLQTSTYPAEVIFSIALAVLGL 420
           FGI+ +ALSSGI +SK+FV KY +CLWWGLQNLSTLGQGL+TSTYP EVIFSIALA+ GL
Sbjct: 361 FGIYLRALSSGIVSSKSFVSKYFFCLWWGLQNLSTLGQGLETSTYPGEVIFSIALAIAGL 420

Query: 421 ILFALLIGNMQTYLQSLTIRLEEMRVKKRDSEQWMHHRLLPQELRERVRRYDQYKWLETR 480
           +LFALLIGNMQTYLQSLTIRLEEMRVK+RDSEQWMHHR+LP ELRERVRRYDQYKWLETR
Sbjct: 421 LLFALLIGNMQTYLQSLTIRLEEMRVKRRDSEQWMHHRMLPPELRERVRRYDQYKWLETR 480

Query: 481 GVDEQSLVQTLPKDLRRDIKRHLCLALVRRVPLFESMDERLLDAICERLKPCLFTEYTYI 540
           GVDE++LVQ LPKDLRRDIKRHLCLALVRRVPLFE+MDERLLDAICERLKPCL+TE +Y+
Sbjct: 481 GVDEENLVQNLPKDLRRDIKRHLCLALVRRVPLFENMDERLLDAICERLKPCLYTESSYL 540

Query: 541 VREGDPVDEMLFIIRGRLESVTTDGGRSGFFNRTFLKEGDFCGEELLTWALDPKSGSNLP 600
           VREGDPV+EMLFIIRGRLESVTTDGGRSGFFNR+ LKEGDFCGEELLTWALDPKSGSNLP
Sbjct: 541 VREGDPVNEMLFIIRGRLESVTTDGGRSGFFNRSLLKEGDFCGEELLTWALDPKSGSNLP 600

Query: 601 SSTRTVKAITEVEAFALVAEELKFVASQFRRLHSRQVQHTFRFYSQQWRTWAACFIQAAW 660
           SSTRT KA+TEVEAFAL+A+ELKFVASQFRRLHSRQVQHTFRFYSQQWRTWAA FIQAAW
Sbjct: 601 SSTRTAKALTEVEAFALIADELKFVASQFRRLHSRQVQHTFRFYSQQWRTWAAIFIQAAW 660

Query: 661 RRYSKRKTMELRQKEEVAAEESKTSQTTTTSGGGSYSIRATFLASKFAANALRGVQRYR- 720
           RRY K+K +E  +KEE   E S T            SIRATFLASKFAANALR V + R 
Sbjct: 661 RRYVKKKKLEQLRKEEEEGEGSVT------------SIRATFLASKFAANALRKVHKNRI 720

Query: 721 NAKSAQELIKLQKPPEPDFSADD 734
            AKS  EL+K QKP EPDFSADD
Sbjct: 721 EAKSTIELVKYQKPSEPDFSADD 731

[Close]

BLAST of CmaCh12G008580 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: 989.2 bits (2556), Expect = 2.5e-287
Identity = 517/750 (68.93%), Postives = 595/750 (79.33%), Query Frame = 0


Query: 6   YKSQLMGGQREKFVRLDDLDSRLSSPSDSGIRRCGLNIDGFNRAVHGNDK---PSGSFKR 65
           YKSQ + G REKFVRLDD DSR+S  S++   +       FN    G  K    S SF+ 
Sbjct: 2   YKSQYISGHREKFVRLDDTDSRVSMSSNATGMKKRSCFGLFNVTSRGGGKTKNTSKSFRE 61

Query: 66  GMRKGSEGLKSIGRSLKFGVSRAVFPEDLKESKKKIFDPQDKLLLFLNKLFVISCFLAIS 125
           G++ GSEGLK+IG+S   GV+RAVFPEDL+ S+KKIFDPQDK LL  N++FVISC LA+S
Sbjct: 62  GVKIGSEGLKTIGKSFTSGVTRAVFPEDLRVSEKKIFDPQDKTLLLWNRMFVISCILAVS 121

Query: 126 VDPLFFYVPVINQQSSCLGIDRKLAITVTTLRTVIDVFYLIHMALQFRTAYIAPSSRVFG 185
           VDPLFFY+P+++   +C+GID KLA+T TTLRT+IDVFYL  MALQFRTAYIAPSSRVFG
Sbjct: 122 VDPLFFYLPIVDNSKNCIGIDSKLAVTTTTLRTIIDVFYLTRMALQFRTAYIAPSSRVFG 181

Query: 186 RGELVIDPAQIAKRYLRRYFIIDLVSVLPLPQIVVWRFLQRSKGSDVYVTKQALLFIVFL 245
           RGELVIDPA+IA+RYL RYFI+D ++VLPLPQI VW+FL  SKG+DV  TKQALL IV  
Sbjct: 182 RGELVIDPAKIAERYLTRYFIVDFLAVLPLPQIAVWKFLHGSKGTDVLPTKQALLHIVIT 241

Query: 246 QYIPRFLRALPLTSELKRTTGVFAETAWAGAAYYLLLYMLASHIVGALWYLLAVERNDTC 305
           QYIPRF+R +PLTSELK+T G FAE AWAGAAYYLL YMLASHI GA WY+L+VERNDTC
Sbjct: 242 QYIPRFVRFIPLTSELKKTAGAFAEGAWAGAAYYLLWYMLASHITGAFWYMLSVERNDTC 301

Query: 306 WQKYCSA-PCRK---NFLYCGNQDMEGYST-WNQTGVDALMSRCKPADDNDSFDFGIFKQ 365
            +  C   P  K     LYCG++ M    T W ++  D   + C    D   F++GI+ Q
Sbjct: 302 LRSACKVQPDPKVCVQILYCGSKLMSSRETDWIKSVPDLFKNNCSAKSDESKFNYGIYSQ 361

Query: 366 ALSSGIAASKNFVGKYCYCLWWGLQNLSTLGQGLQTSTYPAEVIFSIALAVLGLILFALL 425
           A+SSGI +S  F  K+CYCLWWGLQNLSTLGQGLQTSTYP EV+FSIA+AV GL+LFALL
Sbjct: 362 AVSSGIVSSTTFFSKFCYCLWWGLQNLSTLGQGLQTSTYPGEVLFSIAIAVAGLLLFALL 421

Query: 426 IGNMQTYLQSLTIRLEEMRVKKRDSEQWMHHRLLPQELRERVRRYDQYKWLETRGVDEQS 485
           IGNMQTYLQSLT+RLEEMR+K+RDSEQWMHHR LPQ LRERVRRYDQYKWLETRGVDE++
Sbjct: 422 IGNMQTYLQSLTVRLEEMRIKRRDSEQWMHHRSLPQNLRERVRRYDQYKWLETRGVDEEN 481

Query: 486 LVQTLPKDLRRDIKRHLCLALVRRVPLFESMDERLLDAICERLKPCLFTEYTYIVREGDP 545
           +VQ+LPKDLRRDIKRHLCL LVRRVPLF +MDERLLDAICERLKP L+TE TYIVREGDP
Sbjct: 482 IVQSLPKDLRRDIKRHLCLNLVRRVPLFANMDERLLDAICERLKPSLYTESTYIVREGDP 541

Query: 546 VDEMLFIIRGRLESVTTDGGRSGFFNRTFLKEGDFCGEELLTWALDPKSGSNLPSSTRTV 605
           V+EMLFIIRGRLESVTTDGGRSGFFNR  LKEGDFCGEELLTWALDPK+GSNLPSSTRTV
Sbjct: 542 VNEMLFIIRGRLESVTTDGGRSGFFNRGLLKEGDFCGEELLTWALDPKAGSNLPSSTRTV 601

Query: 606 KAITEVEAFALVAEELKFVASQFRRLHSRQVQHTFRFYSQQWRTWAACFIQAAWRRYSKR 665
           KA+TEVEAFAL AEELKFVASQFRRLHSRQVQ TFRFYSQQWRTWAACFIQAAWRR+ +R
Sbjct: 602 KALTEVEAFALEAEELKFVASQFRRLHSRQVQQTFRFYSQQWRTWAACFIQAAWRRHLRR 661

Query: 666 KTMELRQKEEVAAEESKTSQ------------TTTTSGGGSYSIRATFLASKFAANALRG 725
           K  ELR+KEE   E                   + +S G S ++R+T  AS+FAANAL+G
Sbjct: 662 KIAELRRKEEEEEEMDYEDDEYYDDNMGGMVTRSDSSVGSSSTLRSTVFASRFAANALKG 721

Query: 726 VQRYRNAKSAQELIKLQKPPEPDFSADDAD 736
             + R  +S++ L+ L KP EPDF A D D
Sbjct: 722 -HKLRVTESSKSLMNLTKPSEPDFEALDTD 750

[Close]

BLAST of CmaCh12G008580 vs. ExPASy Swiss-Prot
Match: Q9S9N5 (Putative cyclic nucleotide-gated ion channel 7 OS=Arabidopsis thaliana OX=3702 GN=CNGC7 PE=3 SV=1)

HSP 1 Score: 987.3 bits (2551), Expect = 9.6e-287
Identity = 519/745 (69.66%), Postives = 599/745 (80.40%), Query Frame = 0


Query: 6   YKSQLMGGQREKFVRLDDLDSRLSSPSDSGIRRCGLNIDGFNRAVHGND--KPSGSFKRG 65
           YKSQ + GQREKFVRLDD+DS  S  +   ++R   N  GFN    G +  K S SF+ G
Sbjct: 2   YKSQYISGQREKFVRLDDIDSSSSPATGMMMQR---NCFGFNLKNRGGEKKKASKSFREG 61

Query: 66  MRK-GSEGLKSIGRSLKFGVSRAVFPEDLKESKKKIFDPQDKLLLFLNKLFVISCFLAIS 125
           ++K  SEGL +IG+S    V+RAVFPEDL+ ++KKIFDPQDK LL  N+LFVISC LA+S
Sbjct: 62  VKKIRSEGLITIGKS----VTRAVFPEDLRITEKKIFDPQDKTLLVWNRLFVISCILAVS 121

Query: 126 VDPLFFYVPVI-NQQSSCLGIDRKLAITVTTLRTVIDVFYLIHMALQFRTAYIAPSSRVF 185
           VDPLFFY+P++ N  SSC+GID KLA+T TTLRT++DVFYL  MALQFRTAYIAPSSRVF
Sbjct: 122 VDPLFFYLPIVDNSGSSCIGIDTKLAVTTTTLRTIVDVFYLTRMALQFRTAYIAPSSRVF 181

Query: 186 GRGELVIDPAQIAKRYLRRYFIIDLVSVLPLPQIVVWRFLQRSKGSDVYVTKQALLFIVF 245
           GRGELVIDPA+IA+RYL RYF++D ++VLPLPQI VW+FL  SKGSDV  TK ALL IV 
Sbjct: 182 GRGELVIDPAKIAERYLTRYFVVDFLAVLPLPQIAVWKFLHGSKGSDVLPTKTALLNIVI 241

Query: 246 LQYIPRFLRALPLTSELKRTTGVFAETAWAGAAYYLLLYMLASHIVGALWYLLAVERNDT 305
           +QYIPRF+R +PLTSELK+T G FAE AWAGAAYYLL YMLASHI GA WY+L+VERNDT
Sbjct: 242 VQYIPRFVRFIPLTSELKKTAGAFAEGAWAGAAYYLLWYMLASHITGAFWYMLSVERNDT 301

Query: 306 CWQKYCSAP----CRKNFLYCGNQDM-EGYSTWNQTGVDALMSRCKPADDNDSFDFGIFK 365
           CW+  C            LYCG + +  G + W +T  + L S C    D+  F++GI+ 
Sbjct: 302 CWRFACKVQPDPRLCVQILYCGTKFVSSGETEWIKTVPELLKSNCSAKADDSKFNYGIYG 361

Query: 366 QALSSGIAASKNFVGKYCYCLWWGLQNLSTLGQGLQTSTYPAEVIFSIALAVLGLILFAL 425
           QA+SSGI +S  F  K+CYCLWWGLQNLSTLGQGLQTST+P EV+FSIA+A+ GL+LFAL
Sbjct: 362 QAISSGIVSSTTFFSKFCYCLWWGLQNLSTLGQGLQTSTFPGEVLFSIAIAIAGLLLFAL 421

Query: 426 LIGNMQTYLQSLTIRLEEMRVKKRDSEQWMHHRLLPQELRERVRRYDQYKWLETRGVDEQ 485
           LIGNMQTYLQSLT+RLEEMR+K+RDSEQWMHHR LPQ LRERVRRYDQYKWLETRGVDE+
Sbjct: 422 LIGNMQTYLQSLTVRLEEMRIKRRDSEQWMHHRSLPQNLRERVRRYDQYKWLETRGVDEE 481

Query: 486 SLVQTLPKDLRRDIKRHLCLALVRRVPLFESMDERLLDAICERLKPCLFTEYTYIVREGD 545
           ++VQ+LPKDLRRDIKRHLCL LVRRVPLF +MDERLLDAICERLKP LFTE TYIVREGD
Sbjct: 482 NIVQSLPKDLRRDIKRHLCLNLVRRVPLFANMDERLLDAICERLKPSLFTESTYIVREGD 541

Query: 546 PVDEMLFIIRGRLESVTTDGGRSGFFNRTFLKEGDFCGEELLTWALDPKSGSNLPSSTRT 605
           PV+EM+FIIRGRLESVTTDGGRSGFFNR  LKEGDFCGEELLTWALDPK+GSNLPSSTRT
Sbjct: 542 PVNEMMFIIRGRLESVTTDGGRSGFFNRGLLKEGDFCGEELLTWALDPKAGSNLPSSTRT 601

Query: 606 VKAITEVEAFALVAEELKFVASQFRRLHSRQVQHTFRFYSQQWRTWAACFIQAAWRRYSK 665
           VKA+TEVEAFAL AEELKFVASQFRRLHSRQVQ TFRFYSQQWRTWA+CFIQAAWRRYS+
Sbjct: 602 VKALTEVEAFALEAEELKFVASQFRRLHSRQVQQTFRFYSQQWRTWASCFIQAAWRRYSR 661

Query: 666 RKTMELRQKEEVAAE---------ESKTSQTTTTSGGGSYSIRATFLASKFAANALRGVQ 725
           RK  ELR+ EE   E         ES       T    S  +R+T  AS+FAANAL+G  
Sbjct: 662 RKNAELRRIEEKEEELGYEDEYDDESDKRPMVITRSESSSRLRSTIFASRFAANALKG-H 721

Query: 726 RYRNAKSAQELIKLQKPPEPDFSAD 733
           R R+++S++ LI LQKPPEPDF A+
Sbjct: 722 RLRSSESSKTLINLQKPPEPDFDAE 738

[Close]

BLAST of CmaCh12G008580 vs. TAIR 10
Match: AT2G23980.1 (cyclic nucleotide-gated channel 6 )

HSP 1 Score: 1104.0 bits (2854), Expect = 0.0e+00
Identity = 563/749 (75.17%), Postives = 637/749 (85.05%), Query Frame = 0


Query: 1   MFDC----GYKSQLMGGQREKFVRLDDLDSRLSSPSDSGIRRCGLNIDGF-NRAVHGNDK 60
           MFD     G KSQ++ GQRE FVRLD +DSR S  S++G+ +C LNI G   R   G+  
Sbjct: 1   MFDTCGPKGVKSQVISGQRENFVRLDSMDSRYSQSSETGLNKCTLNIQGGPKRFAQGSKA 60

Query: 61  PSGSFKRGMRKGSEGLKSIGRSLKFGVSRAVFPEDLKESKKKIFDPQDKLLLFLNKLFVI 120
            SGSFK+G RKGSEGL SIGRS+  GVSRAVFPEDL+ S+KKIFDPQDK LL  NKLFV 
Sbjct: 61  SSGSFKKGFRKGSEGLWSIGRSIGLGVSRAVFPEDLEVSEKKIFDPQDKFLLLCNKLFVA 120

Query: 121 SCFLAISVDPLFFYVPVINQQSSCLGIDRKLAITVTTLRTVIDVFYLIHMALQFRTAYIA 180
           SC LA+SVDPLF Y+P IN ++ C+GIDRKLAI VTT+RTVID FYL HMAL+FRTAY+A
Sbjct: 121 SCILAVSVDPLFLYLPFINDKAKCVGIDRKLAIIVTTIRTVIDSFYLFHMALRFRTAYVA 180

Query: 181 PSSRVFGRGELVIDPAQIAKRYLRRYFIIDLVSVLPLPQIVVWRFLQRSKGSDVYVTKQA 240
           PSSRVFGRGELVIDPAQIAKRYL++YFIIDL+SVLP+PQI+VWRFL  S+G++V  TKQA
Sbjct: 181 PSSRVFGRGELVIDPAQIAKRYLQQYFIIDLLSVLPVPQIIVWRFLYTSRGANVLATKQA 240

Query: 241 LLFIVFLQYIPRFLRALPLTSELKRTTGVFAETAWAGAAYYLLLYMLASHIVGALWYLLA 300
           L +IV +QYIPRFLR  PL+SELKRT GVFAETAWAGAAYYLLLYMLASHIVGALWYLLA
Sbjct: 241 LRYIVLVQYIPRFLRMYPLSSELKRTAGVFAETAWAGAAYYLLLYMLASHIVGALWYLLA 300

Query: 301 VERNDTCWQKYC--SAPCRKNFLYCGNQDMEGYSTWNQTGVDALMSRCK---PADDNDSF 360
           +ERN+ CW K C  +  C +NFL+CGNQ+M+GY+ W+   V  L  +C    P D+   F
Sbjct: 301 LERNNDCWSKACHNNQNCTRNFLFCGNQNMKGYAAWDNIKVSYLQLKCPVNVPEDEEPPF 360

Query: 361 DFGIFKQALSSGIAASKNFVGKYCYCLWWGLQNLSTLGQGLQTSTYPAEVIFSIALAVLG 420
           DFGI+ +ALSSGI +SKNFV KY +CLWWGLQNLSTLGQGL+TSTYP EVIFSI LA+ G
Sbjct: 361 DFGIYLRALSSGIVSSKNFVSKYFFCLWWGLQNLSTLGQGLETSTYPGEVIFSITLAIAG 420

Query: 421 LILFALLIGNMQTYLQSLTIRLEEMRVKKRDSEQWMHHRLLPQELRERVRRYDQYKWLET 480
           L+LFALLIGNMQTYLQSLTIRLEEMRVK+RDSEQWMHHR+LP ELRERVRRYDQYKWLET
Sbjct: 421 LLLFALLIGNMQTYLQSLTIRLEEMRVKRRDSEQWMHHRMLPPELRERVRRYDQYKWLET 480

Query: 481 RGVDEQSLVQTLPKDLRRDIKRHLCLALVRRVPLFESMDERLLDAICERLKPCLFTEYTY 540
           RGVDE++LVQ LPKDLRRDIKRHLCLALVRRVPLFE+MDERLLDAICERLKPCLFTE +Y
Sbjct: 481 RGVDEENLVQNLPKDLRRDIKRHLCLALVRRVPLFENMDERLLDAICERLKPCLFTEKSY 540

Query: 541 IVREGDPVDEMLFIIRGRLESVTTDGGRSGFFNRTFLKEGDFCGEELLTWALDPKSGSNL 600
           +VREGDPV+EMLFIIRGRLESVTTDGGRSGF+NR+ LKEGDFCG+ELLTWALDPKSGSNL
Sbjct: 541 LVREGDPVNEMLFIIRGRLESVTTDGGRSGFYNRSLLKEGDFCGDELLTWALDPKSGSNL 600

Query: 601 PSSTRTVKAITEVEAFALVAEELKFVASQFRRLHSRQVQHTFRFYSQQWRTWAACFIQAA 660
           PSSTRTVKA+TEVEAFAL+A+ELKFVASQFRRLHSRQVQHTFRFYSQQWRTWAACF+QAA
Sbjct: 601 PSSTRTVKALTEVEAFALIADELKFVASQFRRLHSRQVQHTFRFYSQQWRTWAACFMQAA 660

Query: 661 WRRYSKRKTMELRQKEEVAAEESKTSQTTTTSGGGSYSIRATFLASKFAANALRGVQRYR 720
           WRRY KRK +E  +KEE   EE + +  +  +GG  YSIRATFLASKFAANALR V + R
Sbjct: 661 WRRYIKRKKLEQLRKEE---EEEEAAAASVIAGGSPYSIRATFLASKFAANALRSVHKNR 720

Query: 721 NAK------SAQELIKLQKPPEPDFSADD 734
            AK      S +EL+K QKPPEPDFSA+D
Sbjct: 721 TAKSTLLLSSTKELVKFQKPPEPDFSAED 746

[Close]

BLAST of CmaCh12G008580 vs. TAIR 10
Match: AT5G57940.1 (cyclic nucleotide gated channel 5 )

HSP 1 Score: 1094.3 bits (2829), Expect = 0.0e+00
Identity = 560/726 (77.13%), Postives = 622/726 (85.67%), Query Frame = 0


Query: 11  MGGQREKFVRLDDLDSRLSSPSDSGIRRCGLNIDGFNRAVHGNDKPSGSFKRGMRKGSEG 70
           M G+RE FVR+DDLDSRL S S +  +    N  G    +H +++ S SFK+G++KGS+G
Sbjct: 1   MAGKRENFVRVDDLDSRLPSSSVAFQQNYASNFSGQLHPIHASNETSRSFKKGIQKGSKG 60

Query: 71  LKSIGRSLKFGVSRAVFPEDLKESKKKIFDPQDKLLLFLNKLFVISCFLAISVDPLFFYV 130
           LKSIGRSL FGV RAVFPEDLK S+KKIFDPQDK LL+ NKLFV SC L++ VDP FFY+
Sbjct: 61  LKSIGRSLGFGVYRAVFPEDLKVSEKKIFDPQDKFLLYCNKLFVASCILSVFVDPFFFYL 120

Query: 131 PVINQQSSCLGIDRKLAITVTTLRTVIDVFYLIHMALQFRTAYIAPSSRVFGRGELVIDP 190
           PVIN +S CLGIDRKLAIT +TLRT IDVFYL HMALQ RTAYIAPSSRVFGRGELVIDP
Sbjct: 121 PVINAESKCLGIDRKLAITASTLRTFIDVFYLAHMALQLRTAYIAPSSRVFGRGELVIDP 180

Query: 191 AQIAKRYLRRYFIIDLVSVLPLPQIVVWRFLQRSKGSDVYVTKQALLFIVFLQYIPRFLR 250
           AQIAKRYL+R+FIID +SVLPLPQIVVWRFLQ S GSDV  TKQALLFIV +QYIPRFLR
Sbjct: 181 AQIAKRYLQRWFIIDFLSVLPLPQIVVWRFLQSSNGSDVLATKQALLFIVLVQYIPRFLR 240

Query: 251 ALPLTSELKRTTGVFAETAWAGAAYYLLLYMLASHIVGALWYLLAVERNDTCWQKYC--S 310
            LPLTSELKRT GVFAETAWAGAAYYLLLYMLASHIVGA WYLLA+ERND CWQ+ C  +
Sbjct: 241 VLPLTSELKRTAGVFAETAWAGAAYYLLLYMLASHIVGAFWYLLALERNDACWQEACIDA 300

Query: 311 APCRKNFLYCGNQDMEGYSTWNQTGVDALMSRCKP--ADDNDSFDFGIFKQALSSGIAAS 370
             C  +FLYCGNQ+M+GY+ WN+     L S+C+    D+N  FDFGI+ QALSSGI +S
Sbjct: 301 GNCSTDFLYCGNQNMDGYAVWNRAKESVLKSKCRADLDDNNPPFDFGIYTQALSSGIVSS 360

Query: 371 KNFVGKYCYCLWWGLQNLSTLGQGLQTSTYPAEVIFSIALAVLGLILFALLIGNMQTYLQ 430
           +NF+ KYCYCLWWGLQNLSTLGQGL+TSTYP E+IFSI+LA+ GLILFALLIGNMQTYLQ
Sbjct: 361 QNFIVKYCYCLWWGLQNLSTLGQGLETSTYPMEIIFSISLAISGLILFALLIGNMQTYLQ 420

Query: 431 SLTIRLEEMRVKKRDSEQWMHHRLLPQELRERVRRYDQYKWLETRGVDEQSLVQTLPKDL 490
           SLTIRLEEMRVK+RDSEQWMHHR+LPQ+LRERVRRYDQYKWLETRGVDE+ LVQ LPKDL
Sbjct: 421 SLTIRLEEMRVKRRDSEQWMHHRMLPQDLRERVRRYDQYKWLETRGVDEEYLVQNLPKDL 480

Query: 491 RRDIKRHLCLALVRRVPLFESMDERLLDAICERLKPCLFTEYTYIVREGDPVDEMLFIIR 550
           RRDIKRHLCLALVRRVPLF+SMD++LLDAIC RLKPCLFTE TY+VREGDPVDEMLFIIR
Sbjct: 481 RRDIKRHLCLALVRRVPLFKSMDDKLLDAICMRLKPCLFTESTYLVREGDPVDEMLFIIR 540

Query: 551 GRLESVTTDGGRSGFFNRTFLKEGDFCGEELLTWALDPKSGSNLPSSTRTVKAITEVEAF 610
           GRLESVTTDGGRSGFFNR+ LKEG+FCGEELLTWALDPKSG NLPSSTRTVKA+TEVEAF
Sbjct: 541 GRLESVTTDGGRSGFFNRSLLKEGEFCGEELLTWALDPKSGVNLPSSTRTVKALTEVEAF 600

Query: 611 ALVAEELKFVASQFRRLHSRQVQHTFRFYSQQWRTWAACFIQAAWRRYSKRKTMELRQKE 670
           AL +EELKFVASQFRRLHSRQVQHTFRFYS QWRTWAACFIQAAWRRY KRK M     E
Sbjct: 601 ALTSEELKFVASQFRRLHSRQVQHTFRFYSHQWRTWAACFIQAAWRRYCKRKKM-----E 660

Query: 671 EVAAEESKTSQTTTTSGGGSYSIRATFLASKFAANALRGVQRYRNAKSAQELIKLQKPPE 730
           E  AE +  S +T    G SYSI A FLA+KFAANALR + R RN K  ++L+KLQKPPE
Sbjct: 661 EAEAEAAAVSSST---AGPSYSIGAAFLATKFAANALRTIHRNRNTK-IRDLVKLQKPPE 717

Query: 731 PDFSAD 733
           PDF+AD
Sbjct: 721 PDFTAD 717

[Close]

BLAST of CmaCh12G008580 vs. TAIR 10
Match: AT5G57940.2 (cyclic nucleotide gated channel 5 )

HSP 1 Score: 1094.3 bits (2829), Expect = 0.0e+00
Identity = 560/726 (77.13%), Postives = 622/726 (85.67%), Query Frame = 0


Query: 11  MGGQREKFVRLDDLDSRLSSPSDSGIRRCGLNIDGFNRAVHGNDKPSGSFKRGMRKGSEG 70
           M G+RE FVR+DDLDSRL S S +  +    N  G    +H +++ S SFK+G++KGS+G
Sbjct: 1   MAGKRENFVRVDDLDSRLPSSSVAFQQNYASNFSGQLHPIHASNETSRSFKKGIQKGSKG 60

Query: 71  LKSIGRSLKFGVSRAVFPEDLKESKKKIFDPQDKLLLFLNKLFVISCFLAISVDPLFFYV 130
           LKSIGRSL FGV RAVFPEDLK S+KKIFDPQDK LL+ NKLFV SC L++ VDP FFY+
Sbjct: 61  LKSIGRSLGFGVYRAVFPEDLKVSEKKIFDPQDKFLLYCNKLFVASCILSVFVDPFFFYL 120

Query: 131 PVINQQSSCLGIDRKLAITVTTLRTVIDVFYLIHMALQFRTAYIAPSSRVFGRGELVIDP 190
           PVIN +S CLGIDRKLAIT +TLRT IDVFYL HMALQ RTAYIAPSSRVFGRGELVIDP
Sbjct: 121 PVINAESKCLGIDRKLAITASTLRTFIDVFYLAHMALQLRTAYIAPSSRVFGRGELVIDP 180

Query: 191 AQIAKRYLRRYFIIDLVSVLPLPQIVVWRFLQRSKGSDVYVTKQALLFIVFLQYIPRFLR 250
           AQIAKRYL+R+FIID +SVLPLPQIVVWRFLQ S GSDV  TKQALLFIV +QYIPRFLR
Sbjct: 181 AQIAKRYLQRWFIIDFLSVLPLPQIVVWRFLQSSNGSDVLATKQALLFIVLVQYIPRFLR 240

Query: 251 ALPLTSELKRTTGVFAETAWAGAAYYLLLYMLASHIVGALWYLLAVERNDTCWQKYC--S 310
            LPLTSELKRT GVFAETAWAGAAYYLLLYMLASHIVGA WYLLA+ERND CWQ+ C  +
Sbjct: 241 VLPLTSELKRTAGVFAETAWAGAAYYLLLYMLASHIVGAFWYLLALERNDACWQEACIDA 300

Query: 311 APCRKNFLYCGNQDMEGYSTWNQTGVDALMSRCKP--ADDNDSFDFGIFKQALSSGIAAS 370
             C  +FLYCGNQ+M+GY+ WN+     L S+C+    D+N  FDFGI+ QALSSGI +S
Sbjct: 301 GNCSTDFLYCGNQNMDGYAVWNRAKESVLKSKCRADLDDNNPPFDFGIYTQALSSGIVSS 360

Query: 371 KNFVGKYCYCLWWGLQNLSTLGQGLQTSTYPAEVIFSIALAVLGLILFALLIGNMQTYLQ 430
           +NF+ KYCYCLWWGLQNLSTLGQGL+TSTYP E+IFSI+LA+ GLILFALLIGNMQTYLQ
Sbjct: 361 QNFIVKYCYCLWWGLQNLSTLGQGLETSTYPMEIIFSISLAISGLILFALLIGNMQTYLQ 420

Query: 431 SLTIRLEEMRVKKRDSEQWMHHRLLPQELRERVRRYDQYKWLETRGVDEQSLVQTLPKDL 490
           SLTIRLEEMRVK+RDSEQWMHHR+LPQ+LRERVRRYDQYKWLETRGVDE+ LVQ LPKDL
Sbjct: 421 SLTIRLEEMRVKRRDSEQWMHHRMLPQDLRERVRRYDQYKWLETRGVDEEYLVQNLPKDL 480

Query: 491 RRDIKRHLCLALVRRVPLFESMDERLLDAICERLKPCLFTEYTYIVREGDPVDEMLFIIR 550
           RRDIKRHLCLALVRRVPLF+SMD++LLDAIC RLKPCLFTE TY+VREGDPVDEMLFIIR
Sbjct: 481 RRDIKRHLCLALVRRVPLFKSMDDKLLDAICMRLKPCLFTESTYLVREGDPVDEMLFIIR 540

Query: 551 GRLESVTTDGGRSGFFNRTFLKEGDFCGEELLTWALDPKSGSNLPSSTRTVKAITEVEAF 610
           GRLESVTTDGGRSGFFNR+ LKEG+FCGEELLTWALDPKSG NLPSSTRTVKA+TEVEAF
Sbjct: 541 GRLESVTTDGGRSGFFNRSLLKEGEFCGEELLTWALDPKSGVNLPSSTRTVKALTEVEAF 600

Query: 611 ALVAEELKFVASQFRRLHSRQVQHTFRFYSQQWRTWAACFIQAAWRRYSKRKTMELRQKE 670
           AL +EELKFVASQFRRLHSRQVQHTFRFYS QWRTWAACFIQAAWRRY KRK M     E
Sbjct: 601 ALTSEELKFVASQFRRLHSRQVQHTFRFYSHQWRTWAACFIQAAWRRYCKRKKM-----E 660

Query: 671 EVAAEESKTSQTTTTSGGGSYSIRATFLASKFAANALRGVQRYRNAKSAQELIKLQKPPE 730
           E  AE +  S +T    G SYSI A FLA+KFAANALR + R RN K  ++L+KLQKPPE
Sbjct: 661 EAEAEAAAVSSST---AGPSYSIGAAFLATKFAANALRTIHRNRNTK-IRDLVKLQKPPE 717

Query: 731 PDFSAD 733
           PDF+AD
Sbjct: 721 PDFTAD 717

[Close]

BLAST of CmaCh12G008580 vs. TAIR 10
Match: AT5G57940.3 (cyclic nucleotide gated channel 5 )

HSP 1 Score: 1075.1 bits (2779), Expect = 0.0e+00
Identity = 554/726 (76.31%), Postives = 615/726 (84.71%), Query Frame = 0


Query: 11  MGGQREKFVRLDDLDSRLSSPSDSGIRRCGLNIDGFNRAVHGNDKPSGSFKRGMRKGSEG 70
           M G+RE FV       RL S S +  +    N  G    +H +++ S SFK+G++KGS+G
Sbjct: 1   MAGKRENFV-------RLPSSSVAFQQNYASNFSGQLHPIHASNETSRSFKKGIQKGSKG 60

Query: 71  LKSIGRSLKFGVSRAVFPEDLKESKKKIFDPQDKLLLFLNKLFVISCFLAISVDPLFFYV 130
           LKSIGRSL FGV RAVFPEDLK S+KKIFDPQDK LL+ NKLFV SC L++ VDP FFY+
Sbjct: 61  LKSIGRSLGFGVYRAVFPEDLKVSEKKIFDPQDKFLLYCNKLFVASCILSVFVDPFFFYL 120

Query: 131 PVINQQSSCLGIDRKLAITVTTLRTVIDVFYLIHMALQFRTAYIAPSSRVFGRGELVIDP 190
           PVIN +S CLGIDRKLAIT +TLRT IDVFYL HMALQ RTAYIAPSSRVFGRGELVIDP
Sbjct: 121 PVINAESKCLGIDRKLAITASTLRTFIDVFYLAHMALQLRTAYIAPSSRVFGRGELVIDP 180

Query: 191 AQIAKRYLRRYFIIDLVSVLPLPQIVVWRFLQRSKGSDVYVTKQALLFIVFLQYIPRFLR 250
           AQIAKRYL+R+FIID +SVLPLPQIVVWRFLQ S GSDV  TKQALLFIV +QYIPRFLR
Sbjct: 181 AQIAKRYLQRWFIIDFLSVLPLPQIVVWRFLQSSNGSDVLATKQALLFIVLVQYIPRFLR 240

Query: 251 ALPLTSELKRTTGVFAETAWAGAAYYLLLYMLASHIVGALWYLLAVERNDTCWQKYC--S 310
            LPLTSELKRT GVFAETAWAGAAYYLLLYMLASHIVGA WYLLA+ERND CWQ+ C  +
Sbjct: 241 VLPLTSELKRTAGVFAETAWAGAAYYLLLYMLASHIVGAFWYLLALERNDACWQEACIDA 300

Query: 311 APCRKNFLYCGNQDMEGYSTWNQTGVDALMSRCKP--ADDNDSFDFGIFKQALSSGIAAS 370
             C  +FLYCGNQ+M+GY+ WN+     L S+C+    D+N  FDFGI+ QALSSGI +S
Sbjct: 301 GNCSTDFLYCGNQNMDGYAVWNRAKESVLKSKCRADLDDNNPPFDFGIYTQALSSGIVSS 360

Query: 371 KNFVGKYCYCLWWGLQNLSTLGQGLQTSTYPAEVIFSIALAVLGLILFALLIGNMQTYLQ 430
           +NF+ KYCYCLWWGLQNLSTLGQGL+TSTYP E+IFSI+LA+ GLILFALLIGNMQTYLQ
Sbjct: 361 QNFIVKYCYCLWWGLQNLSTLGQGLETSTYPMEIIFSISLAISGLILFALLIGNMQTYLQ 420

Query: 431 SLTIRLEEMRVKKRDSEQWMHHRLLPQELRERVRRYDQYKWLETRGVDEQSLVQTLPKDL 490
           SLTIRLEEMRVK+RDSEQWMHHR+LPQ+LRERVRRYDQYKWLETRGVDE+ LVQ LPKDL
Sbjct: 421 SLTIRLEEMRVKRRDSEQWMHHRMLPQDLRERVRRYDQYKWLETRGVDEEYLVQNLPKDL 480

Query: 491 RRDIKRHLCLALVRRVPLFESMDERLLDAICERLKPCLFTEYTYIVREGDPVDEMLFIIR 550
           RRDIKRHLCLALVRRVPLF+SMD++LLDAIC RLKPCLFTE TY+VREGDPVDEMLFIIR
Sbjct: 481 RRDIKRHLCLALVRRVPLFKSMDDKLLDAICMRLKPCLFTESTYLVREGDPVDEMLFIIR 540

Query: 551 GRLESVTTDGGRSGFFNRTFLKEGDFCGEELLTWALDPKSGSNLPSSTRTVKAITEVEAF 610
           GRLESVTTDGGRSGFFNR+ LKEG+FCGEELLTWALDPKSG NLPSSTRTVKA+TEVEAF
Sbjct: 541 GRLESVTTDGGRSGFFNRSLLKEGEFCGEELLTWALDPKSGVNLPSSTRTVKALTEVEAF 600

Query: 611 ALVAEELKFVASQFRRLHSRQVQHTFRFYSQQWRTWAACFIQAAWRRYSKRKTMELRQKE 670
           AL +EELKFVASQFRRLHSRQVQHTFRFYS QWRTWAACFIQAAWRRY KRK M     E
Sbjct: 601 ALTSEELKFVASQFRRLHSRQVQHTFRFYSHQWRTWAACFIQAAWRRYCKRKKM-----E 660

Query: 671 EVAAEESKTSQTTTTSGGGSYSIRATFLASKFAANALRGVQRYRNAKSAQELIKLQKPPE 730
           E  AE +  S +T    G SYSI A FLA+KFAANALR + R RN K  ++L+KLQKPPE
Sbjct: 661 EAEAEAAAVSSST---AGPSYSIGAAFLATKFAANALRTIHRNRNTK-IRDLVKLQKPPE 710

Query: 731 PDFSAD 733
           PDF+AD
Sbjct: 721 PDFTAD 710

[Close]

BLAST of CmaCh12G008580 vs. TAIR 10
Match: AT4G30560.1 (cyclic nucleotide gated channel 9 )

HSP 1 Score: 1072.8 bits (2773), Expect = 1.1e-313
Identity = 554/743 (74.56%), Postives = 616/743 (82.91%), Query Frame = 0


Query: 1   MFDCG---YKSQLMGGQREKFVRLDDLDSRLSSPSDSGIRRCGLNIDGFNR--AVHGNDK 60
           M DCG    KSQ++ G+ EKFVRLD +DSR S  SD+G+ RC LN+ G  R     GN+ 
Sbjct: 1   MLDCGKKAVKSQVISGRLEKFVRLDSMDSRYSQTSDTGLNRCTLNLQGPTRGGGAQGNNV 60

Query: 61  PSGSFKRGMRKGSEGLKSIGRSLKFGVSRAVFPEDLKESKKKIFDPQDKLLLFLNKLFVI 120
            SGSFK+G RKGS+GL SIGRS+  GVSRAVFPEDLK S+KKIFDPQDK LL  NKLFV 
Sbjct: 61  SSGSFKKGFRKGSKGLWSIGRSIGLGVSRAVFPEDLKVSEKKIFDPQDKFLLLCNKLFVT 120

Query: 121 SCFLAISVDPLFFYVPVINQQSSCLGIDRKLAITVTTLRTVIDVFYLIHMALQFRTAYIA 180
           SC LA+SVDPLF Y+P +     C+GIDRKLAI  TTLRTVID FYL HMAL+FRTA++A
Sbjct: 121 SCILAVSVDPLFLYLPFVKDNEKCIGIDRKLAIIATTLRTVIDAFYLFHMALRFRTAFVA 180

Query: 181 PSSRVFGRGELVIDPAQIAKRYLRRYFIIDLVSVLPLPQIVVWRFLQRSKGSDVYVTKQA 240
           PSSRVFGRGELVIDPAQIAKRYL++YFIID +SVLPLPQIVVWRFL  SKG+ V  TK+A
Sbjct: 181 PSSRVFGRGELVIDPAQIAKRYLQQYFIIDFLSVLPLPQIVVWRFLYISKGASVLATKRA 240

Query: 241 LLFIVFLQYIPRFLRALPLTSELKRTTGVFAETAWAGAAYYLLLYMLASHIVGALWYLLA 300
           L  I+ +QYIPRF+R  PL+SELKRT GVFAETAWAGAAYYLLLYMLASHIVGA+WYLLA
Sbjct: 241 LRSIILVQYIPRFIRLYPLSSELKRTAGVFAETAWAGAAYYLLLYMLASHIVGAIWYLLA 300

Query: 301 VERNDTCWQKYC---SAPCRKNFLYCGNQDMEGYSTWNQTGVDALMSRCK-PADDNDSFD 360
           +ER + CW K C   S  C +NFL+CGN+ M+GY+ W       L   C     DN  FD
Sbjct: 301 LERYNGCWTKVCSNSSLDCHRNFLFCGNEKMDGYAAWTTIKDSVLQLNCPVNTTDNPPFD 360

Query: 361 FGIFKQALSSGIAASKNFVGKYCYCLWWGLQNLSTLGQGLQTSTYPAEVIFSIALAVLGL 420
           FGI+ +ALSSGI +SK+FV KY +CLWWGLQNLSTLGQGL+TSTYP EVIFSIALA+ GL
Sbjct: 361 FGIYLRALSSGIVSSKSFVSKYFFCLWWGLQNLSTLGQGLETSTYPGEVIFSIALAIAGL 420

Query: 421 ILFALLIGNMQTYLQSLTIRLEEMRVKKRDSEQWMHHRLLPQELRERVRRYDQYKWLETR 480
           +LFALLIGNMQTYLQSLTIRLEEMRVK+RDSEQWMHHR+LP ELRERVRRYDQYKWLETR
Sbjct: 421 LLFALLIGNMQTYLQSLTIRLEEMRVKRRDSEQWMHHRMLPPELRERVRRYDQYKWLETR 480

Query: 481 GVDEQSLVQTLPKDLRRDIKRHLCLALVRRVPLFESMDERLLDAICERLKPCLFTEYTYI 540
           GVDE++LVQ LPKDLRRDIKRHLCLALVRRVPLFE+MDERLLDAICERLKPCL+TE +Y+
Sbjct: 481 GVDEENLVQNLPKDLRRDIKRHLCLALVRRVPLFENMDERLLDAICERLKPCLYTESSYL 540

Query: 541 VREGDPVDEMLFIIRGRLESVTTDGGRSGFFNRTFLKEGDFCGEELLTWALDPKSGSNLP 600
           VREGDPV+EMLFIIRGRLESVTTDGGRSGFFNR+ LKEGDFCGEELLTWALDPKSGSNLP
Sbjct: 541 VREGDPVNEMLFIIRGRLESVTTDGGRSGFFNRSLLKEGDFCGEELLTWALDPKSGSNLP 600

Query: 601 SSTRTVKAITEVEAFALVAEELKFVASQFRRLHSRQVQHTFRFYSQQWRTWAACFIQAAW 660
           SSTRT KA+TEVEAFAL+A+ELKFVASQFRRLHSRQVQHTFRFYSQQWRTWAA FIQAAW
Sbjct: 601 SSTRTAKALTEVEAFALIADELKFVASQFRRLHSRQVQHTFRFYSQQWRTWAAIFIQAAW 660

Query: 661 RRYSKRKTMELRQKEEVAAEESKTSQTTTTSGGGSYSIRATFLASKFAANALRGVQRYR- 720
           RRY K+K +E  +KEE   E S T            SIRATFLASKFAANALR V + R 
Sbjct: 661 RRYVKKKKLEQLRKEEEEGEGSVT------------SIRATFLASKFAANALRKVHKNRI 720

Query: 721 NAKSAQELIKLQKPPEPDFSADD 734
            AKS  EL+K QKP EPDFSADD
Sbjct: 721 EAKSTIELVKYQKPSEPDFSADD 731

The following BLAST results are available for this feature:

BLAST of CmaCh12G008580 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
O82226	0.0e+00	75.17	Probable cyclic nucleotide-gated ion channel 6 OS=Arabidopsis thaliana OX=3702 G...	[more]
Q8RWS9	0.0e+00	77.13	Probable cyclic nucleotide-gated ion channel 5 OS=Arabidopsis thaliana OX=3702 G...	[more]
Q9M0A4	1.5e-312	74.56	Putative cyclic nucleotide-gated ion channel 9 OS=Arabidopsis thaliana OX=3702 G...	[more]
Q9FXH6	2.5e-287	68.93	Putative cyclic nucleotide-gated ion channel 8 OS=Arabidopsis thaliana OX=3702 G...	[more]
Q9S9N5	9.6e-287	69.66	Putative cyclic nucleotide-gated ion channel 7 OS=Arabidopsis thaliana OX=3702 G...	[more]

BLAST of CmaCh12G008580 vs. TAIR 10


Match Name	E-value	Identity	Description
AT2G23980.1	0.0e+00	75.17	cyclic nucleotide-gated channel 6	[more]
AT5G57940.1	0.0e+00	77.13	cyclic nucleotide gated channel 5	[more]
AT5G57940.2	0.0e+00	77.13	cyclic nucleotide gated channel 5	[more]
AT5G57940.3	0.0e+00	76.31	cyclic nucleotide gated channel 5	[more]
AT4G30560.1	1.1e-313	74.56	cyclic nucleotide gated channel 9	[more]

InterPro

Analysis Name: InterPro Annotations of Cucurbita maxima (Rimu) v1.1
Date Performed: 2021-10-25


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR003938	Potassium channel, voltage-dependent, EAG/ELK/ERG	PRINTS	PR01463	EAGCHANLFMLY	coord: 154..164 score: 14.2 coord: 282..292 score: 37.5 coord: 399..410 score: 43.23 coord: 467..474 score: 46.09 coord: 373..390 score: 29.17 coord: 417..426 score: 32.81 coord: 165..174 score: 37.5
IPR000595	Cyclic nucleotide-binding domain	SMART	SM00100	cnmp_10	coord: 504..635 e-value: 7.5E-15 score: 65.3
IPR000595	Cyclic nucleotide-binding domain	PFAM	PF00027	cNMP_binding	coord: 529..614 e-value: 2.0E-7 score: 31.0
IPR000595	Cyclic nucleotide-binding domain	PROSITE	PS50042	CNMP_BINDING_3	coord: 504..588 score: 13.629
IPR000595	Cyclic nucleotide-binding domain	CDD	cd00038	CAP_ED	coord: 504..635 e-value: 8.44797E-18 score: 77.7514
IPR005821	Ion transport domain	PFAM	PF00520	Ion_trans	coord: 109..430 e-value: 3.8E-33 score: 114.8
None	No IPR available	GENE3D	1.10.287.70		coord: 111..429 e-value: 3.7E-17 score: 64.5
None	No IPR available	GENE3D	1.10.287.630	Helix hairpin bin	coord: 432..495 e-value: 2.0E-16 score: 62.1
None	No IPR available	PANTHER	PTHR45651:SF73	NUCLEOTIDE-GATED ION CHANNEL, PUTATIVE-RELATED	coord: 12..732
None	No IPR available	PANTHER	PTHR45651	CYCLIC NUCLEOTIDE-GATED ION CHANNEL 15-RELATED-RELATED	coord: 12..732
None	No IPR available	SUPERFAMILY	81324	Voltage-gated potassium channels	coord: 101..426
IPR014710	RmlC-like jelly roll fold	GENE3D	2.60.120.10	Jelly Rolls	coord: 502..622 e-value: 1.1E-43 score: 149.9
IPR000048	IQ motif, EF-hand binding site	PROSITE	PS50096	IQ	coord: 640..669 score: 6.7051
IPR018490	Cyclic nucleotide-binding-like	SUPERFAMILY	51206	cAMP-binding domain-like	coord: 434..624

Relationships

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


Feature Name	Unique Name	Type
CmaCh12G008580.1	CmaCh12G008580.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0071805	potassium ion transmembrane transport
biological_process	GO:0006811	ion transport
biological_process	GO:0006813	potassium ion transport
biological_process	GO:0055085	transmembrane transport
cellular_component	GO:0016021	integral component of membrane
cellular_component	GO:0005886	plasma membrane
cellular_component	GO:0016020	membrane
molecular_function	GO:0030552	cAMP binding
molecular_function	GO:0030553	cGMP binding
molecular_function	GO:0005515	protein binding
molecular_function	GO:0005249	voltage-gated potassium channel activity
molecular_function	GO:0005216	ion channel activity