Tan0017660 (gene) Snake gourd v1

Overview


Name	Tan0017660
Type	gene
Organism	Trichosanthes anguina (Snake gourd v1)
Description	Potassium/sodium hyperpolarization-activated cyclic nucleotide-gated channel 1
Location	LG01: 17692891 .. 17709892 (-)
RNA-Seq Expression	Tan0017660
Synteny	Tan0017660

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonfive_prime_UTRpolypeptideCDSthree_prime_UTR

Hold the cursor over a type above to highlight its positions in the sequence below.

GAATATCTAAAAGGAAAATTAAGGCAAAACTATCCATCCAAACATGCGATGCGAACAAAATAAGCTTTATCCACTCTGTTTCCCTCTGTATCACTCCGCTTCATCCAATCTTTCTACTCTGCCATGGCTACCTCACACCTTCATCTCCATCTCCTCTCAGCCCCAAACCCAAACCGCCTTATTCTCTCTCAATCTCAGCTCAATTTCACAAACCCATTACAAATTACATCAAAACGGCACCTCTCAATGATTAAATGCAGCTCAGAAGACTCCGAATCCGACCCCAATTTCCCATCCCCAGATCCAAGTTTCAGCGCCCTAAACAAAGCAGAGAGCTTCCCGATCGAGAAACGAAGAAGATCCGAAATAGTCCGCGAAAGAAGACCCAGCAAAGACATCGTAAAGCCGGAGCCGCCCAACTTCGAAATCGGGTGGAAGAGGACGAAGGAGATCAATTTGGAGATGCCGATCGGGTGGATGATAATGGACTTTCTTGAAAAGCTTGAAGGGCTGATGGAGAGGGAATTTGGGTCGACGGAGTTGCTGGCGAAAGTGGGAGAGATTGTGGCGGAGAGGGCCAGAGAGGAGGCGGAGATCTTGCGAGAGGATGGGAAAGTGGAGGACAGAATGGTTACTGAGTTGTTTAGGGTTTTGAAGTTGATGGAAATGGATTTGGAAATGGTGAAGGCGGCTGTCAAGGATGACACTTTGAGTCAGCGGCTTGCTCAGGCCAAAGCTAGGTGCAGGCAAGCCATACTCGTTGCTAATTCTTTCTGAAGATCAGTCTCAAGCCATTTTCATTCAATTTTTTTTTTCCTTTGTTTAGGGTTTTTTTTTTTTTATTAATATGGTAGTTTTTAAAACTTATTATAAAAATATTGTAATTTTAAAACTATTTATAATAATATTATTGTTTTTTTACGATAAAAAAAAGGAGAGACGACCATGTCCATATGTGTACAATGTGGCAGATGGAGACGATGATTTCAAAAATTTTAAGAAAACTCACTTCTAGTATAATGGTTAAGTGAGTTTTTTAAAATTTTTTGAGATGATCGTTTCTTGAACAGACGACCATCTCCCGCACATTTCTTCCGTTTTTTGACCAACTGTCACTTGTAAAAAAACAACAATATTAATATAAATAGTTTTAAAATTACAATATTTTTATAATAAGTTTTAAAAAATATAATATTAATAAAAAAACCCGTGTTTATGCATCTGTAGAGGGAATTTTGTGTTTTGACTAGTTCAGTGCCAATTTTGACATGGAATTTTAGCCAGTTTGGTGTGATACATTGTCATATTAGGATCTTCATCATAAGAAAATTTTAAGCTCTTTCATTTTGTTTATGAAAAGGGAAATTTGATTTATAGATATAGTGAAATGGTGGGTAAATCCTTACCTATTTAACTACAAGATCCTCTATCCAATTCAAAGGAGGGAGATAGAGACCCATAAGAATATTTTTTTAAAGAAGTGCTATTGTAGTTAAGTATGAGGAACAATATTATAAAATAACCGAAATGTTAATAGAGAGATCTGAGAGACTAATTTGAATATCAACCTCCAACTTGGATTTCCTAATTGGAATTTTCACTAGGATTCTCTTTTCTTTTATTTTTCTTAATTAGGAGAATGTTCTTACAGATAATGTAGTCATCTTTTGGTTAAATAACATTGTAGTCCATATTCTTCGAGCTTTGTTTCATTTTGGTGCTTGTTGTAACGACCCTAGTTTCCAACCCAACTCCAATTAGGGACACCAATAGATAGCACCCTCTGTGCCGAAAATTTTGCAGCATAACGGTGCTATCCGGACAAATCCAAAATTTTACTTAACCTGTTTTAAGCAAGAAACACTTCTATAGATTCTCCTAATGTCCGACCTCCTCCAAACTACAACATAACAATATTTTTATGAGAGTATAAAGTTAGGAATGAAATTGAAGAGTTCAATTTCATATATGAGGTGTCATATATATTATATGTGATATAATTGATATAATATATGGTTTTAATGTGAATTAGATTCACATATTAACTATATACTAATGAGAGAGAAAGAGGGATAGGATGATAATTTCCATCCTATTTCCCTATAAATAGTTGCATGAGATGCAACGTTGAAAGGAGATTTTTGATCTTTGGTAACCCTAGAATACCATACTATTGCGTTGTTGGAAAAGTTCCAAAACACAACTTCTCTCATAATCTCCACATTTCACCCTAAAAGGAACCCACTTTCCTCCCTCACCTAGAGAACAACAGAGAAGATCTAGTGGTGGTATCTTCACACGTTCGGGTTCAAGTTGTTGAGATCGTGACAGTGGAAGAAGGAGTTCTAGAAGAAAGCATTCTTCAAAGGTATTTTCTTGTTGTCCTATGTAGAATTACATGCTTAATCTTATATGTTTGTGATGGAGAACTGATTTCCTTGAGCAGCGAAAACGTATTTTGGGATCGTAATTTGCTTGATTATTTTAATTGAAACAAAAACCAGTACATTGACAAAAAAACATACAGAACAAGAATGCTTTTAAATCTAATCTAATTAGGCATGGATTAATTGCATACAAACATACATATGTTTAACTATTAAACTAAAGGAGAGAAGAAGAATACCTTTGTAGTTTCTAATTCTCCAGCAACACCTTCCTCCTAGCTTTTCAGCAACGCAACAACTATACTTCTCTGTTTTTCTCCAAGAAGGACACTACCAATAGGAGAACCTCCTATGTCTCTGAGTTCTACTTAGATCTTCCTTTGTGGGAAGGAATCCAACAATTGGAAGAGAATTTTGGGAATATGAGAGTTTGAGAGAGAGAGAATTATTCAGTCAGAAATTTAATCGATTGATCGATCATTCGTACAATCCTTTCTTCTCACCAGGAGAAGAAAAGTATGCTGAGGGAATAACTTCCCCACTCCCTATCGATGGGGAGTGTGGGGGAAGTGAGGAACGTGTCACACGTTCCCCTCATTTTTATTTAATTATTATATTATAAAATAAATAATCAAATTATTAATTAAATAATATAACTAATTAATCAAATCATATTTAATTAATTATAAATTAAATATCATATATTTAATTTGGATTAAATCACATTTAATCAGTTTTTCCCTCTAACCTATAGTTTAATGCACATCTTATGCACATTAAATTTTAACCTATAGTTTTCAAACATGAATCACATTCACATTTGAATTTAATATTTGAACTATTTCAAATATTTAAGGGCCTGTTTGGTATGCAATCCGGATCCTGTTTTATGTTTTCGGATTCACCAATTCAAAGAATATGTGTTTATGATGTGTTTTAAAATCGCTTTTGATTCTGGATCCAAATAGTAGAAATTAAAACAACATTTTTATGTTTTCATTGTATCCAGATTCTCAATTTAAGATTTTAAAATGCAGAATTATATTAAACAAAGATAAAAATAATAAATACAATATTTCATGTTATGAATTCAATTTACTTTTGTTAAATTAAAATATGTAGAATATAATATATTATAAATTATAGAATATTATATTATAAAAAGATAATTCTATAAAATTTGCAAAATCATTTCCTAAATTAATTAATAATGACTTATATTCAATATAATAATTAGTTTTGCATCTACAACTAATTTCATGATCTATAAATATGTTATAGTACATGACTTTAAACAACGGTTTAGAATGAAATCAAATTTCTAAATCTAATAAATAACACATATCCGAAAAACATGAAATACAACTCTGCTTCATTGAATCCCTTGTTTTCAAATTTCTGCTTTGATTCATGTACAAAATGCGCCCCAATTCTCTCACAAAATTTAATATGAATCATATCCAATTAAATTTATAATATATAGTTCCAAAACTATATATTATATCGTATCAACATACATTAAGTTTATTCCCAATGAATTTGAACATTTCAAATTCTAATGATCTAAGAATCCTTTACGAGCTGTAGGTGGACCTAATGGACCTCTGGTGATCGTAAGCTCTAACGATACGAGATTGCTCTCTGCTAATCTCATTAACCTCCCAATCAACATTCGTTAATCGTAGGAACACTCCACTAAAGTCTCACAAACCGCACTCTTCTCACCGCAGATATATTTCTCGTGTCCACTGATATTGACCATTAACAAGAAGTCAATCCTTCACGAAATGTTCAGTAACACCAACCGGGGTCAAATTAGCATTTTACCCCCGGGTTACATCTTGTGCCCTAAGTACCGCTGCTCCTCTAATGAACAATTTGTTTGTGGTCCTACCAACAAACAGAGTCTCTCTCGGGCCAATGAGAGGGTCGTGTCCTTTGTTCAAGTCCCGAGACACCACTTAAGGGAACATTCCTTTACTTACCCTAGTAGGCGGGAATGAGTGAATTCCTTCTTGCTAAGTTTAAGTTCCCACCGCCACTCTCGTGATTGTCCCCAAAAAGGTAGGCATATTGAGCCTGGCGAATCCGCCACTCTCACCCATACTAGTCAAAGGACAATCCTCACGAACAGGAGTTCGTAAATCTCGCTCGTGATTGAGATCAAGTTGCCTAGTCATCCTAGTGAAATAGAAACCTAACTAGTCAACTGAGTTACAAATGAAAGGTTACTATTTCGTGGTCCGATCTTATGTAATCTCATTACATAGGATATTCCCACTCACATGTCATCTACACGAACACGTTAGGATCACAAAGTGTTTGTATCAAATACAAAGTGGGCCACATCCATAGTTTTACCAGGGTAAGGTATCGTAAATCTTATCCCCAACTATAGACCTTTTTAGGTCAGATCTCTAATCGAGATCATTTATATGTACACTACATTCAGCTTAAAGATTCATATAACAACCTTGGATGTTTAGTTTATTGGATTTAGGGTTTAAATAAAGGCAAACTCGTAGATAACGAACAATAACTCTGTATTGAAATAATAACACTTTATTACATTAATTAGAACATAAATACAAACTACGAGTTTTAGGGCACCAACCCCAACAAACTCCCACTTGAACTAAAACTCTAGTGGGGTACATCATAATCTAAAACAGTGGTTACAAGAGATATAAATACAATAAAATAGGGCATCCATATACCCCATTATATATCTTCCACTTGCCCTAGATTAGCCTATGTACATATCTCGTAGACCCAGACTTTCCAGATGACCCTAGAACACTTTAGCCGTGAGAGTCTTTGTAAACGGATCAACAATATTGTGCTCCGAAACGATCTTCGTGACTGTCACATCTTCTCGTTGCACTATTTCTCGTATCAGGTGATACTTCCTCTCGATGTGCTTGCCTCACTTATGGCTACAAGGTTCCTTCGAATTGGCTATCGCACCACTGTTGTCACAGTATAAGATGATGGGAGATTCCATATTTGGAACAACTTCCAAATCAGTAAGGAATTTCCTTAGCCAAACAACCTCTTTAGCTGCTTCACAAGCAGCGACATACTCAGCCTCTATCGTGGCGTCAACAATGCATCCTTGCTTGATGTTTCACCATACTATAGCTCCCCCGTTAAGGGTGAAAACTGATCCCAATGTGGATTTCCGAGAATCCTTATCGGTTTGAAAATCAGAATCAATGTATCTAGTAAGGATCGAATCCTTAGACCCATACACTAGCATATAGTTCCTCGTTCTCCTAAGATACTTGAGGACATTTTTAACTGTTGTCCAGTGGTCTAACCCTGGATTGGACTGGTACCTACTGACAATTACCACTGCATAACAAATGTCCGACCTCGTGCACAACATAACATACATTAAGCTACCTACTGCAGAGGCATAAGGAATATGTCTCATATCCTCAACTTCTTGAGGTGTCTTAGGACACTGTTCCTTAGACAGATGAACTCCATGCCTGAAGGGTAACAAACCCCTATTGGAATTCTGTATCGAATATCGGGACAATATTTTGTCGATATAAGATGCTTAAGACAGTGCTAGCGTTCTGTTCTTGCGATTCCTAAAGATCTGAATCCCAAGAACATATTGCGCCTCTCCCAAATCTTTCATTTGGAATTGGGTCGCCAACCAATTCTTTATGTCAGTAAGGTATCCTACATCATTCTCAATGAGTAGGATATCATCCACATAAAGTACTAATAAAGTTATTTTTGTCGCTTGATGATCCTCTTGTAAACACAAGGCTCATCAACGTTTTGGTCAAACCCGTAAGACTTGATCGCAATATCAAATCTTATATTCCAAGATCTGGACGCTTGTTTCAACCCATAAATGGATCGATTGAGCTTGCAAACTTTTTGCTCCTGACCTTGGGCTATGAACCCTTCAGGCTGAGACATATAGATGCTCTCGTCAAGATTACTATTCAAAAAGGCAGTTTTGACGTCCATTTGCCAAATTTCATAATCATAAAATGCGGTTATGGACAAGAGTATCCTAATAATAAACTTCAAAGATAAGAATGTGAGAAAAATTTCTTCATAATCAACTCCTTCCCTTTGGGTAAAACCCTTTGCTACAAGTTTAGCCTTAAAGGTCTGTACCTTTCCGGCTGCATCTTTCTTTCTCTTATAGATTCATTTACACTATATGGGTCTAACCTCTTTAGGTTGGTCTACAAGTTCCCATACTGAATTGAAGTCCATTGACTCCATTTCAAGGTCCATGGCTTTGATCCATTGGTCCTTGTATACGTCATTCATCGCCTGTTTATAAGACAATGGATCTTCTACGCCGTTATCAGGTATGACAACTTGAGTTTCAGCTAAACCCAAGTAGCGGTAAGGTTGGGAAACAACCCTCCCACTGTGTTGAGGCATTCCCAACGATTGAGAAGGATGAGACTGACTTGAGGTACTGGCTCCTCCATCAACTCTTGATGAAGGTCCAGCTTGATCAATAACTCTTGTTGGTTCAACTGTAGCTTCATTTAGTACTAATTTACTACGCAGTTTGTGGTTCCTCATGTGATCTTCCTCCAAGAACGTGGCGTTTGTTGATACAATCACCTTATTTTCTTGTGGGTCGTAGAAAAGACTACCTCTCGCTTTCTTTGGGATATCCAACAAATTGGCACAATCTTGAACGAGGTTCCGCTTTCTTTGCGCTTGTCACGAGCACGCAGCCGAAAAAACTCCAAATTACAAGTGTTGTAAACTAGGTTTACGCCACTTCCACAAACTCAAGGTGTTTCAAACACTCTTTGATGGAACAATGTTCAAGATTTGAATCTGCAGATCTCATCGCGTATCCCCAAAAACAAGGCAGACAATTGAGCATAGCTCATCATAAAACGAACCATGTCCAACAAGGTTCTATTTCTCCTTTCTGACACACCATTTTGTTGTGGTGTATTAGGTGTTGAGAGTTGAGATTTAATTCCATGTTTATCATCAAATAGTCCCGGAATCTCAAATCCATATACTCTCCACCTCGATCGGATCGAAGTGTTTTAATGGTTTTTCCTAATGCATTTTCTACTTTCGCCTTATACTCTTTGAACTTTTCAAGAGGCTCAGACTTGTGATGCATTAGATATAGATAACCATATCTCGAATAATCATCTATGAAAGAGATGAAATATTCGTACCCTCCTCGAGCTTTAACGTTCATCGGACCACAAAGATCCGAATGTACAAGTTCTAAGGGCTCTATGGCTCTATAACCTTTTCCAGAAAAAGGTCGCTTGGTCATTTTACCTTCCAAGCAAGACTCGCAAGGTGGTAAACAATCATCTTCTAACTTGTTTAGAAGTCCATTCTTAGAGAGTCTCTCAATCCGGTTGAGATTAATGTGACCAAGTCTAAGATGCCATACATAGGTATTATTATTTGGAGAAATTCTTTGCTTTTTATTTTGAGTATTAACATTTTTAAACATCTCATGATTTAAAATTGCTTTGGTTCTATTCGGTTTAAGTACATACAAGCCGTTTTCTAACTTAACACAACAAATATTGACACATTTCTTTGAAATGAACGCTTCATTAAATGAAAAGGTAATACAATAGCCAAGTTCAATTAAACAAGAGATAGAAATTAAGTTCCTCTTAATTTTAGGAACTATGTCTGATTTTTCTAAAAAAATCTATCTCTAAAAACAAATTTTTAGCATCTCCCATCGCATGAGCCGAGACGACGCCTCCCGTTCCGACCCTGAGCGTCATCTCACCCTCTTCGAGCTCCTTGAAGGAACTAGTTTCCTGAAACGAAGAGCAAACGTGATTAGTGGCTCCTGAATCAAGTATCCGTAAAATCATCATTTTCCACTAAACAAGTTTCAAGAATATGTAAATCTAATTTACCTTTCTTCTCTTTCTTTGAGCTCAAATATCCGCAGCGGCGTAAACTTTCCTCTTCCTCCTCCTTCCTCTTTCTTCCGAGTCTTCTTAATCACGTAAGAAGAACCACATGACTTGGTTCCGCAGGATGAACCCATCCGGAATCTTTTGGAATGGGCACACCGATTTGCGCCTCCATCTTCCTCGCCCTTTATTTTTCATAAGAGACCGGTAAGTCTCAGCAGCTCATTTAGAGGGAAGTCGAGTTATACTACTTTTTTTGTTCAACTCCGCATTGCTACTTTAATGGCAGAAACTCTTCTAAGAGATTCCGGGATGAAGAATACCCGACTTTGCTCATCTAAGACCGCTCTGCTCATTTCGCCATGTTGAAGTGAACTATAAGATCGAGAACATGTTCTCTCACCGAGTTTCTCCTTCATGCGCGCGTTATAAACGTATTTCTTGGATTCGTGCGAAATTTGTTCGGGCCACTTATCGCCCGCATAAATTCCGCATATAACCCATGATCTCACGAGCCGAGACCATACCTCCAATTTCTGGCTAAAACATCGATATATCCACCGGGATATGGGCTTGGCCCAACGGCCAAACTCATCCTTAATCGATTGAGGTGCGTCTTGAGCGGGATTTGAGGACATTCCTCGGTCAAGATTTAACCGGTCACCAACAACAAGGATCGCATCCAGGTTTGACTTCCACGTAGTAAAGTTTTCACTAGTTAAACGTTCCTTTTTGAGTAAGGCGCTATATATGAGGACGACATGCTGAAAATCCAAAATAGTTCTAATTAGTTATGCCTTTTAACCCATCATAAAACCAATCATATTTAGCAAAATTATTAAAGAACCCTAGTGTTTAAACTAAACCCAATGTTTAAATTAAACCTTTAATTTTGCAACGATATTTCAAGGGTTTAGAACAAAAGCCTCCGCTCAAGCACACCATTCCTCCCTTGAATGAGACTTTCTCAACCAATTCTCACTACTGAACATCTCATGTCCCAATGGTCCTTAGCTACCGTTTGTTTGGTCAAGGACTTGTTAGCTAGTTTAACTCATCCCGTAAATGTGACCCTACCATTTTCAGATCCAATAGGTCCGAGCCAACAGACTACTATTAAGAAAAACAACTGTTGGTAAATTACCTAAGAGACCCTATCCATTTCTGGAGTTCGCGGTGTTCTGATCCCTATAGTCAGACCCTCCGTAGGGTTTGGCTGTTCCAAGACAACCTAGCAAGCGGACTATAGAAATCTCACGGTGCGACCTAATGGAGGAGACCGTAGGATACGTTGACACACGTCCTGTTCCCATTTACTATGGATACTTCCCTCATTCACCTTGGTATTGAACCATGCAAACACATACCGTAGGGGGACGCCCTATTGACGCCACGTATTCGAGCATGGAACTCACGGTGTGAACTCTTGAGGACGTGAGAGTAAACTCGATGTGAACGTCTCATTTTCTCCCACTGAAGCTCCTAAAATTAGGGTATAAGTTTAACTTAATTGGATTATGGTTAAAAGAATCTATCTAAGTCTATGCCTATTATAACTATTATAACTAGGTCTTTTAACCTTATGTCTAGGTGAATAAACATTTTAATTACCTAGATATAAAATAAAACTAAGATTAATTCAACTCAAGCTCCGGTCGCCTCCTGTGTAGGAGGTGTTCCTTACTGTCACCTAAGTACCCCAACCTTAGATGTAACTTCACCCCAGAGAGTTCCCTTTATAACCAAAGTCCTAAAGTCCTACTATATTTTAAACTATTTAAAATACTATGTAAGACTAATTTCTAATCCTATTAGAAAATAAAACTTAGGTCTAAATTAATTTTAAACTATTTAAAACTAATTTAAATTTTAACCCAAGTTCTTATGTTTGCATGCATTTCTTTATTATAGGTTATGGTTTCTAAAACCCTTTTAATTTATAACTTTTATAAATTTAATAATTAACTTAGGATGAAGAAACTATATTATAAATCCAACAATTATTTTTCAAATTGGAATTATAACATATTCAACTAATTGAATAATTCAAATTACTTAAATAAAATAACATTTATTTTAAACTAGGAAATTTCATGCTCCATACAATTTATTTTCCATATAATCTAATTATAACACTTATAATTAATTACTCATGAAAAATAAATTAATCATGCATCTTCAACCATATTCATATAACATTTATACAAATAAGATGCATGAACATGCTTATCCTAAGTAGGGAATAATCTAAATGACATTCATAAAGACATAAAGCTGTAAAACCGAAATAATTTGGCCCCTAAAGTGTAAAAAATAAAATTACATTAATTTTATTGCATAAAACCGGTATAAAACACCTTGAACCGGACTTAAACCGCTCGAACTCGACCGAAAATGAACCAAAATCGCTGAACCAGTTTGCAGCTGCTGGAATGCTCCACGGCGTTGCAACGCTGATGCGAGCGTTGCAACGCCCGCTTCGTCCTTATGCATGCATGCTATCGGGGTGGTGTTACGCTCGAGGGCAACGCGCGTAACGCCACGACTTTCTTTCGAGCGCCGCGTCGATAGGGGACGCTGGCATTGTGACGCCGTTCTTCAGCGTTGCAACGCTGATGAACGATGTTGCAACACTGCTGCTTCGACAGCAGATTTTTTCTTCGAACACAACAACTTTCATCTTGAATATCTCCTTCGATTCTCAACCAAATTGCTTGAAACTGGTCCCGAACGAATCGTAACTCAAATACAGACTCAATAATGCACTTTTTGCCCAAAAACGAAAGGGAATTTACATACAAATTGATCAAACCAAAGTAAACTAAGGCCAAAATATTCCTAAACAAGTTTTACAGCAAACCAAATGCATTTCCCACCAAATCAATGCAATTTTGTTTCAAAACAAAACAATACAAGCATTGCTCTGATACCAATTGATGGAGATCTGATCTCCTTGAGCAGCAGAAACGTGTTTTGGGATCGTAATTTGCTTGATTGTTTTAATTGAAACAAAAACCAGTACATTGACAAAAAAAAATACAGAACAAGCATACTTTTAAATCTAATCTAATTAGGCATGGATTAATTGCATACAGACATACATATGTTTAACTATTAAACTAAAGGGGAGAAGAATAATACCTTTGTACTTTCTAATTCTCCAACAACACCTTGCTCCTAGCTTTTCAGCAACACATCAACTATACTTCTCTGTTTTTCTCCAAGAAGGACACTACCAACAAGAGAACCTCCTATGTCTCTGAGTTCTACTTAGATCTTCCTTCGTGGGAAGGAATCCAACAATTGGAAGAGGATTTTGTGAATATGAGAGTTTGAGAGAGAAAGAGAACTATTCAGTCAGAAATTCATTCGATTGATCTATTATTCGTACAATCCTTTCTTCTCACCAAGAGAAGAAAAGTATGCTGAGGGAATAACTTCCCCACTCCCTATCAATGGGGAGTGTGAGGGAACTGGGGAACGTGCCACACGTTCCCCTCATTTTTATTTAATTATTATATTATAAAATAAATAATTAAATTATTAATTAAATAATATAACTAATTAATCAAATCATATTTAATTAATTATAAATTAAATATCATATATTTAATTTGGATTAAATCACATTTAATCAGTTTTTCCCTCTAACCTATAGTTTAATGCACATCTTATGCACATTAAATTTTAACCTATAGTTTTCAAACATGAATCACATTCACATTTGAATTTAATATTTGAATTATTTCAAATATTTAATTCTCTCACAAAATTTAATATGAATCATATCCAAATTAAATTTATAATATATAGTTCCAAAACTATATATTATATCGTATCAACATACATTGAGTTTATTCCCTAATGAATTTGAACATTTCAAATTCTAATGATCTAAGAATCCTTTACGAGCTAGAAGGTGGACCTAATGGACCTACAGATCGTAAGCTCCAACGATACGAGATTGCTCGCTAATCTCATTAACCTCCCAATCAACATTCGCTAATCGTAGAAACACTCCACTAAAGTCTCACAAATTTGCACTCTTCTCACTGCGCAGATATATTTTTCGTGTCCACGGATATTGACCATTAACAGCAAGTCAATCCTTCACGAATGTTCGTAACACCAACTGGGTCAAATTAGCATTTTACCCTGGGGTTACATCTTGTGCCCTAAGTACCAGGTGCTCCTCTAATGAACAATTTGTTTGTGGTCCTACCAACAAACAGAGTCCCTCTCGGGCAATGAGAGGGTCGGCCTTTGTTCAAGTCCCTGAGACACCACTTAAGGGAACATTCCTCTACTTACCCTAGTAGGCGGGAATGAGTGAATTTCATCTTGCTAAGTTAAGTTCCCAACCGCTCACTCCTGGTCTTGTCCCCAAGAAGGTAGACATATTGAGTCTGCGAATCCGCCACTCTCACCCATACTAGTCAAAGGACAATCCCTCATGAGCGAGTTTAAGAATCTCTTTCGAGATTGAGATCAAGTTGCCTAGATCATCCTAGTGAAATAGAAACCTAACTAGTCGACGAAATTCACAATTAGAAGTTACTATTTCATGGTCCTGGCCTTATGTAATCTCATTACATAGGATATCCCCACTCACATGTCATCTACACGAATACGTTAGGATCACAAAGGTTTGTAACAAATACAAATCCGGGCCACATCCATAGTTTTACCAGGTAAGGTACCCAAACCTTATCCCCTAACTATAGACCCTTTAGGTCAGTATCTCGAACCGAGATCCTTTATATGTACACTACATTCAGCTTAAAGATTCATATAACAGCCTTAGATGTTTAGTTTATTGGATTTAGAGTTTAAATAAAGGTAAACTCGTAGATAACGAACAATAACTCTTTATTGAAATAATAACACTTTATTACATTAATTAGAACATAAATACAAACTACGAGTTTTAGGGCACAAACCCCAACAGTTTGTACTTGGATGAAATCTGTGTAACAAAACAAAGAACACGCGATTCACAATCGCTTCCGCTGCGGGATTCGATCCCTTCAAAGGAATGGCTTGCTTCGCAATTCCAAATGAAAGATTTTGGAGAAGCTCAGTATGTTCTAGGTATCTAGATAGTTCAGAACCGGAGGAACCAAACGCTAGCCATGTCTCAAGCATCTTACATTGACAAGATGTTGTCACGGTATAAGATGTAGAACTCCAAGAATGGCTTGCTGCCTTTCAGGCATGAGGTTCACCTGTCTAAGGATCAATGTGCTAAGACACCTCAAGAGGTTGAGGATATGAGACAGATTCCTTATGCTTCAGGTGTAGGGAGCCTGATGTACACCGTGCTGTGTACTAGGTTCGACATCTGTTATGCAGTTGGGATTGTAAGTAGGTATCAATCCAATCCAGGATTAGATCATTGGACAACCGTTAAGGCAATCCTCAAGTATCTAAGGAGAACGAGGAACTACAACCTTGTGTATGGAAGTGGGGATTTGATCCTTACGGGATACACAAACTCTGACTTTCAGACCGATAAAGATTCTAGAAAATCCACATCGGGGTCAGTGTTCATTCTTAACAGAGGAGCTGTAGTGTGGCGAAGCATCAAGTAGAGATGCATAACCGATTCCACGATGGAAACCGAGTATGTTGCGGCTTGTGAAGCTGCAAAGGAAGCTGTTTGGCTTAGGAAGTTCATGCTTGATTTGGAAGTTGTTCCAAATATGAACTTGTCAATGACCCTATTTTGTGACAACAGTAGTGCAGTAGCCAACTCGAGAGAACCTCGAAGTCATAAGAGGGGCAAACATATTGAGCGTAAGTATCACCTGATACGGGAGATTGTGCACCGCAGAGACGTGATGGTCACGCAGATAGCGCCAAAGCACAACGTTGCTGATCCATTTACAAAGGCACTCACGGCTAAGGTGTTTGAGGGCCACCTAGAGAGTCTAGGTCTACGAGTGCTTCTTGTCTAGGGCAAATGAGAGTGTTGTAAAGGGTATTCAATACCCTAGTTTATTGTATTACTTTTATGTATTACTGCACATTTGAGAAATGTATTAAGTATTCCACTAGCTTAGTTCAAGTGGGAGTTTTTTAGGGTGTATACCCTAATCTCGTGTAGTTTGTATATTTATTATTGTAAATAAATAAAAGTTATTTATTCAAACTTTGTGTCTCGCAATTTTATACACTTAATCCAATAAACTAAGCTCCAAGGTCATATTCTTTGAGAGAACTAGAACTTGAACGGTGTGTAATGGACACACGGGGAGCATCACGTTCGAGTTAGTGACCCGAACGGTCTACAGTATATGGATAGGGTCAGAAACCTTATCTTAGATACACTGTGGATGCGACCCACTTTGTATTAGATACAAATGAGGTGATCCAGCTCGTTCATGTGATTGACATGCGAATGGGGGCATCCTGTGCAACGAGATTGTACAAGACCGGACCGTGAAGTATTAGACCTACTGATGTAACACCGTTAATAGTATAGGACTAATAACTTCGTAGATGACCTTTAGTGACTTGTCCTTAATCCTGAGCGTGTTACGGACTCCTGTATGTGGGGGTCTATCCTTTGACTAGTACGGGTGAGGGTGGTCACGATTACTCGCCCAATATGCCTATCTTCTTGGGGACAGAATGTAACGCCCCAGAAATTCAAGTACCTTGTAATTTGTGACTAGGGTTAATTTATTGGAGATTAAATTAATTGGGCTTTGGGGCTTTATAATTTAAATTAGTGTTATGCAATTGAAAACTTGGTTTAAGTAAAAGTCTTTTTAGACATCAAAGTAAGCCCAATGGCATTATAGTGGTTAGTAGATGAATGGAAGGGCAGTCTTGTAATTTTAATAAAAAGGAGAATTAGGGTTTTACACTTAAGAATCACGATTTTCGAGGACCCTTCACCATCTCCTTCCTCCTTCTCGTTAGCACGCGACTGCCCAGTGCCTTGCCGGGATTTCCAGTCAGCCACCACTCGGCGTTTCGCGTCCACGCCGGCCAGACCCTGCCGGAGACTTCATCGCCGTGAATCCCTGTACGTGTTGGAGGAATCGCGAAAACGCCGGTCTGCAACCATTGTTGCCGTGAAGTCGAGCCCAACGCCGCAAGCCGCTCGCCGCGAAGAAGCCGCCGTCGACTCGCTCTCTACAACCGTCGCCCGCCAGTGTCTGAACGACTGCACTCGTTGTCGGAGTTAAGACGTCTTCCCATCGGAGTCGCAAGCCACGAAGCCCGCAATGCAGCGAGTTGAGGTCGTCGGAAGTCGAACGGTTGGTCGTGCGGCCCGATTTTTGGTTCGGGTTTTGAGGAGTTTCCGATCGATTTTCAAATTATAGGGCCGGCTTACGAATAGATCGGCCACGGCTTTGCGGATCCGCCTCTACGCCCGGAGGCGCCCACGCCGCCGCGTCGTCCACGCCACGCGCCGCCGTCGGGCCGATCCGCGCGCCGCCGCCGGCCGGCCACGCCACGCCGCCGTCGGCCGCCGCCACGCCACGCCGCTCGTCAGTCCGCCTACCGATCAATTTCGTTTCCCGAGTTCGTTTTAAGCGTCCGTTTGTGGTAATTTAGCCTAACTATGATTGGATTCAAAATAAGTGTCTAATTACGTAAGTTAATTAAGGAATTGATGAATTTGATTTAGGGGATTCGACTATCGAGCTCGACTAAGCGAAATCTTGAGTTAAAAACGGAATGTAAGGAGCTCCGAGCTAAGGTAAGGGACCTTGTGCCGAATCTTTTTAAATGGGATTAAAGAAAATGAACTTCAATATTTTATGTGAAATTAGTACGATATTTTACTTAAAAGGATTTAATGTTTTTATACGAGAATATCCCGAGATTTTATGCGAGAATAATCTAGTATTTTATGCGAGGATGTCTTTGTATTTTATGTAAAGATATTCCAGTATTTCATGTGAGGATAGTACAGTATTATCTATGAGAATATTGCATGATTTTGCACGCGAGTATTACGCCCTATCTGATGTGAAAAGTCATGATTTGCATATTAATGATAATGGTTGTGGCATGTACACTATAGTTATGATGAATGATGGGACCTCATGCATGTTATGTATGTCATGAAATGAATTGATGAAAAGTGTGGACATTGGTCTCCTGAGTGCATTATGTGCATGGTCAAACATGCAATAGAGACCCTATGGGTCAAATTACGAGAAGTCCATGAGGACTCAAATTATTACAGTGTGCCGTGAGGACTCAAATTATTACAGTGTCCATGAGGGACTCAAAATGAAATGACTCAGGATGACCAGTCGGCCACATAAATAAAAAAGGAAGTCATGGATTAAAGACCTGACAATATGAGAAAGTTTTAGGTCCCGCATATGTGCATTTCGAACAAGTTTAAAAGTCATGATTGTATGTGTATGCATATCCCAAACCTCAGTGGCGAGGTCACTTCATCGGGTATTGTTTTTACAATACTCACCCTTTCTTTAAAAATGTTTTTCGTAAGGCTAAGGACGTGCAGGGCGAGTGACGGAGGCGCGTTGCCAGGACCATGGAAATAGACATGTTTTCCGCACATTCTTTTATAACTGACGTTGTTCCTTTATATTTTCGAAGTTCAAATTTACTTTACAGATTTTAAATAGGCCATGTTAAACTGCTCCTTTTATCTGGTTTTGAATGTTTTCTTGGGATCCCTAAAGACAAATTATTTTCATTGGAGATTTAAAGATCGTTTTA

mRNA sequence

GAATATCTAAAAGGAAAATTAAGGCAAAACTATCCATCCAAACATGCGATGCGAACAAAATAAGCTTTATCCACTCTGTTTCCCTCTGTATCACTCCGCTTCATCCAATCTTTCTACTCTGCCATGGCTACCTCACACCTTCATCTCCATCTCCTCTCAGCCCCAAACCCAAACCGCCTTATTCTCTCTCAATCTCAGCTCAATTTCACAAACCCATTACAAATTACATCAAAACGGCACCTCTCAATGATTAAATGCAGCTCAGAAGACTCCGAATCCGACCCCAATTTCCCATCCCCAGATCCAAGTTTCAGCGCCCTAAACAAAGCAGAGAGCTTCCCGATCGAGAAACGAAGAAGATCCGAAATAGTCCGCGAAAGAAGACCCAGCAAAGACATCGTAAAGCCGGAGCCGCCCAACTTCGAAATCGGGTGGAAGAGGACGAAGGAGATCAATTTGGAGATGCCGATCGGGTGGATGATAATGGACTTTCTTGAAAAGCTTGAAGGGCTGATGGAGAGGGAATTTGGGTCGACGGAGTTGCTGGCGAAAGTGGGAGAGATTGTGGCGGAGAGGGCCAGAGAGGAGGCGGAGATCTTGCGAGAGGATGGGAAAGTGGAGGACAGAATGGTTACTGAGTTGTTTAGGGTTTTGAAGTTGATGGAAATGGATTTGGAAATGGTGAAGGCGGCTGTCAAGGATGACACTTTGAGTCAGCGGCTTGCTCAGGCCAAAGCTAGGTGCAGAGAACAACAGAGAAGATCTAGTGGTGGTATCTTCACACGTTCGGGTTCAAGTTGTTGAGATCGTGACAGTGGAAGAAGGAGTTCTAGAAGAAAGCATTCTTCAAAGGTAAGGCTAAGGACGTGCAGGGCGAGTGACGGAGGCGCGTTGCCAGGACCATGGAAATAGACATGTTTTCCGCACATTCTTTTATAACTGACGTTGTTCCTTTATATTTTCGAAGTTCAAATTTACTTTACAGATTTTAAATAGGCCATGTTAAACTGCTCCTTTTATCTGGTTTTGAATGTTTTCTTGGGATCCCTAAAGACAAATTATTTTCATTGGAGATTTAAAGATCGTTTTA

Coding sequence (CDS)

ATGGCTACCTCACACCTTCATCTCCATCTCCTCTCAGCCCCAAACCCAAACCGCCTTATTCTCTCTCAATCTCAGCTCAATTTCACAAACCCATTACAAATTACATCAAAACGGCACCTCTCAATGATTAAATGCAGCTCAGAAGACTCCGAATCCGACCCCAATTTCCCATCCCCAGATCCAAGTTTCAGCGCCCTAAACAAAGCAGAGAGCTTCCCGATCGAGAAACGAAGAAGATCCGAAATAGTCCGCGAAAGAAGACCCAGCAAAGACATCGTAAAGCCGGAGCCGCCCAACTTCGAAATCGGGTGGAAGAGGACGAAGGAGATCAATTTGGAGATGCCGATCGGGTGGATGATAATGGACTTTCTTGAAAAGCTTGAAGGGCTGATGGAGAGGGAATTTGGGTCGACGGAGTTGCTGGCGAAAGTGGGAGAGATTGTGGCGGAGAGGGCCAGAGAGGAGGCGGAGATCTTGCGAGAGGATGGGAAAGTGGAGGACAGAATGGTTACTGAGTTGTTTAGGGTTTTGAAGTTGATGGAAATGGATTTGGAAATGGTGAAGGCGGCTGTCAAGGATGACACTTTGAGTCAGCGGCTTGCTCAGGCCAAAGCTAGGTGCAGAGAACAACAGAGAAGATCTAGTGGTGGTATCTTCACACGTTCGGGTTCAAGTTGTTGA

Protein sequence

MATSHLHLHLLSAPNPNRLILSQSQLNFTNPLQITSKRHLSMIKCSSEDSESDPNFPSPDPSFSALNKAESFPIEKRRRSEIVRERRPSKDIVKPEPPNFEIGWKRTKEINLEMPIGWMIMDFLEKLEGLMEREFGSTELLAKVGEIVAERAREEAEILREDGKVEDRMVTELFRVLKLMEMDLEMVKAAVKDDTLSQRLAQAKARCREQQRRSSGGIFTRSGSSC

Homology

[Close]

BLAST of Tan0017660 vs. NCBI nr
Match: XP_022932131.1 (uncharacterized protein LOC111438454 [Cucurbita moschata] >KAG6577442.1 hypothetical protein SDJN03_25016, partial [Cucurbita argyrosperma subsp. sororia] >KAG7015514.1 hypothetical protein SDJN02_23150, partial [Cucurbita argyrosperma subsp. argyrosperma])

HSP 1 Score: 327.4 bits (838), Expect = 9.7e-86
Identity = 176/204 (86.27%), Postives = 187/204 (91.67%), Query Frame = 0


Query: 6   LHLHLLSAPNPNRLILSQSQLNFTNPLQITSKRHLSMIKCSSEDSESDPNFPSPDPSFSA 65
           LHLHLL APNP  L+L +SQ  FTNPLQIT KR LS +KCSSE SESDPNFPSP+P F A
Sbjct: 4   LHLHLLCAPNP-LLLLPRSQPTFTNPLQITPKRRLS-LKCSSESSESDPNFPSPNPDFGA 63

Query: 66  LNKAESFPIEKRRRSEIVRERRPSKDIVKPEPPNFEIGWKRTKEINLEMPIGWMIMDFLE 125
           LN+ ESFPIEKRRRSEIVR+RRPSKDIVKPEPPNFEIGWKRTKEINLE P+GWMIMDFLE
Sbjct: 64  LNQPESFPIEKRRRSEIVRQRRPSKDIVKPEPPNFEIGWKRTKEINLEKPVGWMIMDFLE 123

Query: 126 KLEGLMEREFGSTELLAKVGEIVAERAREEAEILREDGKVEDRMVTELFRVLKLMEMDLE 185
           KLE LMEREFGSTELLAKVGEIVAERAREEAEIL +DGKVEDRMVTELFRVLKLMEMDL 
Sbjct: 124 KLEELMEREFGSTELLAKVGEIVAERAREEAEILLDDGKVEDRMVTELFRVLKLMEMDLA 183

Query: 186 MVKAAVKDDTLSQRLAQAKARCRE 210
           MVKAAVKD+TLS+RLAQAKARCR+
Sbjct: 184 MVKAAVKDETLSERLAQAKARCRQ 205

[Close]

BLAST of Tan0017660 vs. NCBI nr
Match: XP_022985263.1 (uncharacterized protein LOC111483306 [Cucurbita maxima])

HSP 1 Score: 326.6 bits (836), Expect = 1.7e-85
Identity = 174/204 (85.29%), Postives = 187/204 (91.67%), Query Frame = 0


Query: 6   LHLHLLSAPNPNRLILSQSQLNFTNPLQITSKRHLSMIKCSSEDSESDPNFPSPDPSFSA 65
           LHLH+L APNP  L+L QSQ  FTNPLQIT KR LS +KCSSE SESDPNFPSPDP F A
Sbjct: 4   LHLHILCAPNP-LLLLPQSQPTFTNPLQITPKRRLS-LKCSSESSESDPNFPSPDPDFGA 63

Query: 66  LNKAESFPIEKRRRSEIVRERRPSKDIVKPEPPNFEIGWKRTKEINLEMPIGWMIMDFLE 125
           LN+ ESFP+EKRRRSEIVR+RRPSK+IVKPEPPNFEIGWKRTKEINLE P+GWMIMDFLE
Sbjct: 64  LNQPESFPVEKRRRSEIVRQRRPSKEIVKPEPPNFEIGWKRTKEINLEKPVGWMIMDFLE 123

Query: 126 KLEGLMEREFGSTELLAKVGEIVAERAREEAEILREDGKVEDRMVTELFRVLKLMEMDLE 185
           KLE LMEREFGSTELLAKVGEIVAERAREEAEIL +DGKVEDRMVTELFRVLKLMEMDL 
Sbjct: 124 KLEELMEREFGSTELLAKVGEIVAERAREEAEILLDDGKVEDRMVTELFRVLKLMEMDLA 183

Query: 186 MVKAAVKDDTLSQRLAQAKARCRE 210
           MVKAAV+D+TL+QRLAQAKARCR+
Sbjct: 184 MVKAAVQDETLTQRLAQAKARCRQ 205

[Close]

BLAST of Tan0017660 vs. NCBI nr
Match: XP_023520419.1 (uncharacterized protein LOC111783811 isoform X1 [Cucurbita pepo subsp. pepo])

HSP 1 Score: 320.5 bits (820), Expect = 1.2e-83
Identity = 173/200 (86.50%), Postives = 183/200 (91.50%), Query Frame = 0


Query: 6   LHLHLLSAPNPNRLILSQSQLNFTNPLQITSKRHLSMIKCSSEDSESDPNFPSPDPSFSA 65
           LHLHLL APNP  L+L QSQ  FTNPLQIT KR LS +KCSSE SESDPNFPSP+P F A
Sbjct: 4   LHLHLLCAPNP-LLLLPQSQPTFTNPLQITPKRRLS-LKCSSESSESDPNFPSPNPDFGA 63

Query: 66  LNKAESFPIEKRRRSEIVRERRPSKDIVKPEPPNFEIGWKRTKEINLEMPIGWMIMDFLE 125
           LN+ ESFPIEKRRRSEIVR+RRPSKDIVKP+PPNFEIGWKRTKEINLE P+GWMIMDFLE
Sbjct: 64  LNQPESFPIEKRRRSEIVRQRRPSKDIVKPDPPNFEIGWKRTKEINLEKPVGWMIMDFLE 123

Query: 126 KLEGLMEREFGSTELLAKVGEIVAERAREEAEILREDGKVEDRMVTELFRVLKLMEMDLE 185
           KLE LMEREFGSTELLAKVGEIVAERAREEAEIL +DGKVEDRMVTELFRVLKLMEMDL 
Sbjct: 124 KLEELMEREFGSTELLAKVGEIVAERAREEAEILLDDGKVEDRMVTELFRVLKLMEMDLA 183

Query: 186 MVKAAVKDDTLSQRLAQAKA 206
           MVKAAVKD+TLS+RLAQAKA
Sbjct: 184 MVKAAVKDETLSERLAQAKA 201

[Close]

BLAST of Tan0017660 vs. NCBI nr
Match: XP_023520420.1 (uncharacterized protein LOC111783811 isoform X2 [Cucurbita pepo subsp. pepo])

HSP 1 Score: 320.5 bits (820), Expect = 1.2e-83
Identity = 173/200 (86.50%), Postives = 183/200 (91.50%), Query Frame = 0


Query: 6   LHLHLLSAPNPNRLILSQSQLNFTNPLQITSKRHLSMIKCSSEDSESDPNFPSPDPSFSA 65
           LHLHLL APNP  L+L QSQ  FTNPLQIT KR LS +KCSSE SESDPNFPSP+P F A
Sbjct: 4   LHLHLLCAPNP-LLLLPQSQPTFTNPLQITPKRRLS-LKCSSESSESDPNFPSPNPDFGA 63

Query: 66  LNKAESFPIEKRRRSEIVRERRPSKDIVKPEPPNFEIGWKRTKEINLEMPIGWMIMDFLE 125
           LN+ ESFPIEKRRRSEIVR+RRPSKDIVKP+PPNFEIGWKRTKEINLE P+GWMIMDFLE
Sbjct: 64  LNQPESFPIEKRRRSEIVRQRRPSKDIVKPDPPNFEIGWKRTKEINLEKPVGWMIMDFLE 123

Query: 126 KLEGLMEREFGSTELLAKVGEIVAERAREEAEILREDGKVEDRMVTELFRVLKLMEMDLE 185
           KLE LMEREFGSTELLAKVGEIVAERAREEAEIL +DGKVEDRMVTELFRVLKLMEMDL 
Sbjct: 124 KLEELMEREFGSTELLAKVGEIVAERAREEAEILLDDGKVEDRMVTELFRVLKLMEMDLA 183

Query: 186 MVKAAVKDDTLSQRLAQAKA 206
           MVKAAVKD+TLS+RLAQAKA
Sbjct: 184 MVKAAVKDETLSERLAQAKA 201

[Close]

BLAST of Tan0017660 vs. NCBI nr
Match: XP_038903493.1 (uncharacterized protein LOC120090072 isoform X2 [Benincasa hispida])

HSP 1 Score: 319.3 bits (817), Expect = 2.6e-83
Identity = 174/210 (82.86%), Postives = 189/210 (90.00%), Query Frame = 0


Query: 1   MATSHLHLHLLSAPNPNRLILSQSQLNFTNPLQITSKRHLSMIKCSSEDSESDPNFPSPD 60
           MA+S  HLH LS PNP  LIL QSQ +FT PLQITSKR+ S IKC+S++SESDPNFPSPD
Sbjct: 1   MASS--HLHFLSTPNP-ILILPQSQPSFTTPLQITSKRNHS-IKCNSQNSESDPNFPSPD 60

Query: 61  PSFSALNKAESFPIEKRRRSEIVRERRPSKDIVKPEPPNFEIGWKRTKEINLEMPIGWMI 120
           P+FSALN+ ESFPIEKRRRSEIVR+RRP+ DI KPEPPNFEIGWKRTKEINLE PIGWMI
Sbjct: 61  PNFSALNQPESFPIEKRRRSEIVRQRRPTTDIAKPEPPNFEIGWKRTKEINLEKPIGWMI 120

Query: 121 MDFLEKLEGLMEREFGSTELLAKVGEIVAERAREEAEILREDGKVEDRMVTELFRVLKLM 180
           MDFLEKLEGLM+REFGSTELLAKVGEIVAERAREEAEIL +DGKVE+RMVTELFRVLKLM
Sbjct: 121 MDFLEKLEGLMDREFGSTELLAKVGEIVAERAREEAEILLDDGKVEERMVTELFRVLKLM 180

Query: 181 EMDLEMVKAAVKDDTLSQRLAQAKARCREQ 211
           EMD  MVKAAVKD+TLS+RL QAKARC  Q
Sbjct: 181 EMDFAMVKAAVKDETLSERLGQAKARCSSQ 206

[Close]

BLAST of Tan0017660 vs. ExPASy TrEMBL
Match: A0A6J1EVI2 (uncharacterized protein LOC111438454 OS=Cucurbita moschata OX=3662 GN=LOC111438454 PE=4 SV=1)

HSP 1 Score: 327.4 bits (838), Expect = 4.7e-86
Identity = 176/204 (86.27%), Postives = 187/204 (91.67%), Query Frame = 0


Query: 6   LHLHLLSAPNPNRLILSQSQLNFTNPLQITSKRHLSMIKCSSEDSESDPNFPSPDPSFSA 65
           LHLHLL APNP  L+L +SQ  FTNPLQIT KR LS +KCSSE SESDPNFPSP+P F A
Sbjct: 4   LHLHLLCAPNP-LLLLPRSQPTFTNPLQITPKRRLS-LKCSSESSESDPNFPSPNPDFGA 63

Query: 66  LNKAESFPIEKRRRSEIVRERRPSKDIVKPEPPNFEIGWKRTKEINLEMPIGWMIMDFLE 125
           LN+ ESFPIEKRRRSEIVR+RRPSKDIVKPEPPNFEIGWKRTKEINLE P+GWMIMDFLE
Sbjct: 64  LNQPESFPIEKRRRSEIVRQRRPSKDIVKPEPPNFEIGWKRTKEINLEKPVGWMIMDFLE 123

Query: 126 KLEGLMEREFGSTELLAKVGEIVAERAREEAEILREDGKVEDRMVTELFRVLKLMEMDLE 185
           KLE LMEREFGSTELLAKVGEIVAERAREEAEIL +DGKVEDRMVTELFRVLKLMEMDL 
Sbjct: 124 KLEELMEREFGSTELLAKVGEIVAERAREEAEILLDDGKVEDRMVTELFRVLKLMEMDLA 183

Query: 186 MVKAAVKDDTLSQRLAQAKARCRE 210
           MVKAAVKD+TLS+RLAQAKARCR+
Sbjct: 184 MVKAAVKDETLSERLAQAKARCRQ 205

[Close]

BLAST of Tan0017660 vs. ExPASy TrEMBL
Match: A0A6J1JD53 (uncharacterized protein LOC111483306 OS=Cucurbita maxima OX=3661 GN=LOC111483306 PE=4 SV=1)

HSP 1 Score: 326.6 bits (836), Expect = 8.0e-86
Identity = 174/204 (85.29%), Postives = 187/204 (91.67%), Query Frame = 0


Query: 6   LHLHLLSAPNPNRLILSQSQLNFTNPLQITSKRHLSMIKCSSEDSESDPNFPSPDPSFSA 65
           LHLH+L APNP  L+L QSQ  FTNPLQIT KR LS +KCSSE SESDPNFPSPDP F A
Sbjct: 4   LHLHILCAPNP-LLLLPQSQPTFTNPLQITPKRRLS-LKCSSESSESDPNFPSPDPDFGA 63

Query: 66  LNKAESFPIEKRRRSEIVRERRPSKDIVKPEPPNFEIGWKRTKEINLEMPIGWMIMDFLE 125
           LN+ ESFP+EKRRRSEIVR+RRPSK+IVKPEPPNFEIGWKRTKEINLE P+GWMIMDFLE
Sbjct: 64  LNQPESFPVEKRRRSEIVRQRRPSKEIVKPEPPNFEIGWKRTKEINLEKPVGWMIMDFLE 123

Query: 126 KLEGLMEREFGSTELLAKVGEIVAERAREEAEILREDGKVEDRMVTELFRVLKLMEMDLE 185
           KLE LMEREFGSTELLAKVGEIVAERAREEAEIL +DGKVEDRMVTELFRVLKLMEMDL 
Sbjct: 124 KLEELMEREFGSTELLAKVGEIVAERAREEAEILLDDGKVEDRMVTELFRVLKLMEMDLA 183

Query: 186 MVKAAVKDDTLSQRLAQAKARCRE 210
           MVKAAV+D+TL+QRLAQAKARCR+
Sbjct: 184 MVKAAVQDETLTQRLAQAKARCRQ 205

[Close]

BLAST of Tan0017660 vs. ExPASy TrEMBL
Match: A0A1S3BT06 (uncharacterized protein LOC103493403 OS=Cucumis melo OX=3656 GN=LOC103493403 PE=4 SV=1)

HSP 1 Score: 317.8 bits (813), Expect = 3.7e-83
Identity = 172/209 (82.30%), Postives = 190/209 (90.91%), Query Frame = 0


Query: 1   MATSHLHLHLLSAPNPNRLILSQSQLNFTNPLQITSKRHLSMIKCSSEDSESDPNFPSPD 60
           MA+S  HLH LS PNP  L+L QS  +FT PLQITSKR LS IK +S+DSESDPNFPSPD
Sbjct: 1   MASS--HLHFLSTPNP-ILLLPQSHPSFTTPLQITSKRDLS-IKYNSQDSESDPNFPSPD 60

Query: 61  PSFSALNKAESFPIEKRRRSEIVRERRPSKDIVKPEPPNFEIGWKRTKEINLEMPIGWMI 120
           P+FSALN+ E+FPIEKRRRSEI+R+R+P+ +I KPEPPNFEIGWKRTKEINLE PIGWMI
Sbjct: 61  PNFSALNQPETFPIEKRRRSEILRQRKPTTEIAKPEPPNFEIGWKRTKEINLEKPIGWMI 120

Query: 121 MDFLEKLEGLMEREFGSTELLAKVGEIVAERAREEAEILREDGKVEDRMVTELFRVLKLM 180
           MDFLEKLEGLMEREFGSTELLAKVGEIVAERAREEAEILR+DGKVE+RMVTELFRVLKLM
Sbjct: 121 MDFLEKLEGLMEREFGSTELLAKVGEIVAERAREEAEILRDDGKVEERMVTELFRVLKLM 180

Query: 181 EMDLEMVKAAVKDDTLSQRLAQAKARCRE 210
           EMDL MVKAAVKD+TLS+RL QAKARCR+
Sbjct: 181 EMDLAMVKAAVKDETLSERLGQAKARCRQ 205

[Close]

BLAST of Tan0017660 vs. ExPASy TrEMBL
Match: A0A5D3C0F1 (Potassium/sodium hyperpolarization-activated cyclic nucleotide-gated channel 1 OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold68G00480 PE=4 SV=1)

HSP 1 Score: 317.4 bits (812), Expect = 4.9e-83
Identity = 172/209 (82.30%), Postives = 189/209 (90.43%), Query Frame = 0


Query: 1   MATSHLHLHLLSAPNPNRLILSQSQLNFTNPLQITSKRHLSMIKCSSEDSESDPNFPSPD 60
           MA+S  HLH LS PNP  L+L QS  +FT PLQITSKR LS IK +S+DSESDPNFPSPD
Sbjct: 1   MASS--HLHFLSTPNP-ILLLPQSHPSFTTPLQITSKRDLS-IKYNSQDSESDPNFPSPD 60

Query: 61  PSFSALNKAESFPIEKRRRSEIVRERRPSKDIVKPEPPNFEIGWKRTKEINLEMPIGWMI 120
           P FSALN+ E+FPIEKRRRSEI+R+R+P+ +I KPEPPNFEIGWKRTKEINLE PIGWMI
Sbjct: 61  PKFSALNQPETFPIEKRRRSEILRQRKPTTEIAKPEPPNFEIGWKRTKEINLEKPIGWMI 120

Query: 121 MDFLEKLEGLMEREFGSTELLAKVGEIVAERAREEAEILREDGKVEDRMVTELFRVLKLM 180
           MDFLEKLEGLMEREFGSTELLAKVGEIVAERAREEAEILR+DGKVE+RMVTELFRVLKLM
Sbjct: 121 MDFLEKLEGLMEREFGSTELLAKVGEIVAERAREEAEILRDDGKVEERMVTELFRVLKLM 180

Query: 181 EMDLEMVKAAVKDDTLSQRLAQAKARCRE 210
           EMDL MVKAAVKD+TLS+RL QAKARCR+
Sbjct: 181 EMDLAMVKAAVKDETLSERLGQAKARCRQ 205

[Close]

BLAST of Tan0017660 vs. ExPASy TrEMBL
Match: A0A0A0L6D8 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_3G081380 PE=4 SV=1)

HSP 1 Score: 317.4 bits (812), Expect = 4.9e-83
Identity = 170/209 (81.34%), Postives = 190/209 (90.91%), Query Frame = 0


Query: 1   MATSHLHLHLLSAPNPNRLILSQSQLNFTNPLQITSKRHLSMIKCSSEDSESDPNFPSPD 60
           MA+S  HLH LS PNP  L+L QS  +FT PLQITSKR LS IKC+S+DSESDPNFPSPD
Sbjct: 20  MASS--HLHFLSTPNP-ILLLPQSHPSFTTPLQITSKRDLS-IKCNSQDSESDPNFPSPD 79

Query: 61  PSFSALNKAESFPIEKRRRSEIVRERRPSKDIVKPEPPNFEIGWKRTKEINLEMPIGWMI 120
           P+F ALN+ E+FPIEKRRRS+I+R+R+PS +I KPEPPNFEIGWKRTKEI++E PIGWMI
Sbjct: 80  PNFGALNQPETFPIEKRRRSDILRQRKPSTEIAKPEPPNFEIGWKRTKEISVEKPIGWMI 139

Query: 121 MDFLEKLEGLMEREFGSTELLAKVGEIVAERAREEAEILREDGKVEDRMVTELFRVLKLM 180
           MDFLEKLEGLMEREFGSTELLAKVGEIVAERAREEAEILR+DGKVE+RMVTELFRVLKLM
Sbjct: 140 MDFLEKLEGLMEREFGSTELLAKVGEIVAERAREEAEILRDDGKVEERMVTELFRVLKLM 199

Query: 181 EMDLEMVKAAVKDDTLSQRLAQAKARCRE 210
           EMDL MVKAAVKD+TLS+RL QAKARCR+
Sbjct: 200 EMDLAMVKAAVKDETLSERLGQAKARCRQ 224

[Close]

BLAST of Tan0017660 vs. TAIR 10
Match: AT1G51100.1 (unknown protein; FUNCTIONS IN: molecular_function unknown; INVOLVED IN: biological_process unknown; LOCATED IN: chloroplast, chloroplast stroma; EXPRESSED IN: 22 plant structures; EXPRESSED DURING: 13 growth stages; Has 26 Blast hits to 26 proteins in 9 species: Archae - 0; Bacteria - 0; Metazoa - 0; Fungi - 0; Plants - 26; Viruses - 0; Other Eukaryotes - 0 (source: NCBI BLink). )

HSP 1 Score: 216.5 bits (550), Expect = 2.2e-56
Identity = 126/194 (64.95%), Postives = 149/194 (76.80%), Query Frame = 0


Query: 21  LSQSQLNFTNPLQITS---KRHLSMIKCSSEDSESDPNFPSPDPSFSALN--KAESFPIE 80
           LS   L+   P++  S   +      KCSS + ES   F +  P+  ++N   AE FPIE
Sbjct: 12  LSSKNLHIAVPIRTNSFVRRTTKFSTKCSS-NPESKDQFINLTPAPESINTTSAEKFPIE 71

Query: 81  KRRRSEIVRERRPSKDIVKPEPPNFEIGWKRTKEINLEMPIGWMIMDFLEKLEGLMEREF 140
           KRRRSEI+R+ R  + I KPEPPNFEIGWKRTKEINLE P G++IMDFLEK E LM REF
Sbjct: 72  KRRRSEIIRD-RTQRGIEKPEPPNFEIGWKRTKEINLEKPKGYVIMDFLEKFEALMAREF 131

Query: 141 GSTELLAKVGEIVAERAREEAEILREDGKVEDRMVTELFRVLKLMEMDLEMVKAAVKDDT 200
           GS ELLAK GEIVAERAREEAE+LR++GKVE+RMVTELFRVLKLMEMDL MVKA+VKD+T
Sbjct: 132 GSKELLAKAGEIVAERAREEAEVLRDEGKVEERMVTELFRVLKLMEMDLAMVKASVKDET 191

Query: 201 LSQRLAQAKARCRE 210
           LSQR+ QA+ARCR+
Sbjct: 192 LSQRIEQARARCRQ 203

The following BLAST results are available for this feature:

BLAST of Tan0017660 vs.


Match Name	E-value	Identity	Description

BLAST of Tan0017660 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_022932131.1	9.7e-86	86.27	uncharacterized protein LOC111438454 [Cucurbita moschata] >KAG6577442.1 hypothet...	[more]
XP_022985263.1	1.7e-85	85.29	uncharacterized protein LOC111483306 [Cucurbita maxima]	[more]
XP_023520419.1	1.2e-83	86.50	uncharacterized protein LOC111783811 isoform X1 [Cucurbita pepo subsp. pepo]	[more]
XP_023520420.1	1.2e-83	86.50	uncharacterized protein LOC111783811 isoform X2 [Cucurbita pepo subsp. pepo]	[more]
XP_038903493.1	2.6e-83	82.86	uncharacterized protein LOC120090072 isoform X2 [Benincasa hispida]	[more]

BLAST of Tan0017660 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1EVI2	4.7e-86	86.27	uncharacterized protein LOC111438454 OS=Cucurbita moschata OX=3662 GN=LOC1114384...	[more]
A0A6J1JD53	8.0e-86	85.29	uncharacterized protein LOC111483306 OS=Cucurbita maxima OX=3661 GN=LOC111483306...	[more]
A0A1S3BT06	3.7e-83	82.30	uncharacterized protein LOC103493403 OS=Cucumis melo OX=3656 GN=LOC103493403 PE=...	[more]
A0A5D3C0F1	4.9e-83	82.30	Potassium/sodium hyperpolarization-activated cyclic nucleotide-gated channel 1 O...	[more]
A0A0A0L6D8	4.9e-83	81.34	Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_3G081380 PE=4 SV=1	[more]

BLAST of Tan0017660 vs. TAIR 10


Match Name	E-value	Identity	Description
AT1G51100.1	2.2e-56	64.95	unknown protein; FUNCTIONS IN: molecular_function unknown; INVOLVED IN: biologic...	[more]

InterPro

Analysis Name: InterPro Annotations of Snake gourd (anguina) v1
Date Performed: 2021-10-25


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 45..70
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 45..65
None	No IPR available	PANTHER	PTHR36719	OS01G0676200 PROTEIN	coord: 1..209

Relationships

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


Feature Name	Unique Name	Type
Tan0017660.1	Tan0017660.1	mRNA
Tan0017660.2	Tan0017660.2	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0010258	NADH dehydrogenase complex (plastoquinone) assembly
cellular_component	GO:0009570	chloroplast stroma