Chy3G055090 (gene) Cucumber (hystrix) v1

Overview


Name	Chy3G055090
Type	gene
Organism	Cucumis hystrix (Cucumber (hystrix) v1)
Description	Unknown protein
Location	chrH03: 7380580 .. 7395566 (-)
RNA-Seq Expression	Chy3G055090
Synteny	Chy3G055090

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideexonCDS

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

ATGAAGCCATCTAATTATTCTTCACTAGCTTCCCTTCTATTTGTTTATTTGCTATTATTGTTTCTTTCTCTAATTACCCTTCCCTCCTTGGCGATCGGATACACTGTCGATGCTTCTCCATCACCGCCACCACCAAATAACATACATAACCGTCTTCCACATCAACTTTATGTACGTTATGCACGAGCAATATTGAGCATGCCACCATGGCCAATCGGGTATGTCATCCCGTCATCACCCCCTCCTTTTCGTTAAATTTTGGGATAACTTTCATGGAAGAACTCGTTATATATATGAACAATTTATTATTGAATTTAATGTGGAACGTGTTATTCTAGCTTCTAGAGAGGATGCATGGGGTAGCCCATGCTATAGGTTTGGTTATTGTCACAAGCTGAATTGGTTTTTGTTTTATGGATGTTGATATTGATTTCAAGACATTTAATATAGAGTTCGTTTATTAATTAATCTTATATGTAAGCAGCTAAATTTAATATTATATTAAACTTTAATTGTTTTAAGTGTTTCATATAAAAGGGTTTATCTGCCTATTTCACCGAAACTTTTTATGCTAAAATAGTATATGGTTATAATTCAAAATGGGTAAACCAACCTTTTTTCCGCATTAAATCCAAATATTTACTATGTATTTTTTATGAACAAGTTTTATTTGTACATTGAAATTCTAATACAGTAATCGCCTAATCGGTAGTAATAATAATAATAATATTAAGGATAGTCCGAGACTCCCATTTAAATTTTAAACACACTCGAATCGAACACCTTCCGTTATATATTCCTCAATTAGATTAAAATATTTTTTCGTCACATTTCATTATGATTCTAAAATACATTGATTTATAATGTTTATGGGTGGATAAACGTGGGTTTAGTATATATTCCAAGAAAACTTTGTTGGTTGCATTTGAACATAATTGAATTTGAGGTTTAGTCAATTATATCGGAGGTCTTGCTCGAGTGGTGGGTGATGTTAAAAGGGCAGAAATCGACATAAATGGTTGTTGTACAAAAAAAACCACTTTCAATGACAGTAGCACCGCTGCGATTGAGTGGCAACGAACCAAGGACTGGGAATTTCACAAGCTATAGTATGGTGACGCAAAGTTGGATGATTCACAAAACGAACAATGAGTGAGAGAGAATAAAGAGAAAAAGAAAATCGTTGTGGCTACAAAGAAAATCACTGTTACGATTGACGAAGGTCTAGAGATCCCAAACTAATTTTTGAATTATTTGTTTCACACATATATAGTTGAAAATTCAAACAAAGAAAGAAGATAGATGAAGCTTTTTTAATATTTAAATCTGACCATGGAAACATAGTAATTTAAACAGGTAAAATAGAATTATGTCCTATAAGTAAATTCAGTCAAAATATTGTGTTAATCTGGTCAAGAAATAGGGTTACATATTTCAAACATATGTCGCAAAAAAGGAAGATAAATGCTGATAATTCAAACTACCAATATACGTGTTCTGTTTTTTATATTTAAATGTGACCGTAAAAATATACTAATTTGGACACAAATAAAATAAAGGTTAATATACTATATTCTAGTTTTCGAAGAGTTTGAGGCGCTGTCCAGCCATTCAAAAGCTCGAAATTAGGCATTTTCGCAAAACTTGGGTAAGATTCTATGCTTTTTAGAGTTAATCTTGAGTACCGCCCATCTAATGTTAGTAATAGTATTGAGTAAACCATGGTGGTCGATGTTTGATTTCGAACTTAGAAGGTGGTTATGATGTTGCCCATTAAAGTTAAGAGTACTTAATTTAATAAGTTCTTGATAAGTTTTGGAGAAATATTGTTGAGTTTTCCTAGAGTTCATGAATGCCCATTAAGTTTAAGCGTCAAAATTGAATAACCCATCATACTTGGGTCCTAGAGTTGAATGTTAAAAGTGAACTTTCGTTTAACTTTGAAGTTCGCTTGGTGTTACTTCTATAAGCTTGAAACATAAAATGGTTGTAGGTATTAGATTTACATTTAGCAAGCTGTTAATGTGTTGTCAATGCGATTTTGATAAGGTTTTAGATATATTTAGCAAGTTCTCTCATAGTTCTTAAATACCTATTTAGTTTTAGAGTGAACTTGATTTTATCCATATTATTTTGTATAAGGGAATGGAAGATTTGGAAAACTTGGAAGCATTGATCAACATGGTTAAGGGCTTTTTAGACAATTTTGGGTAAGTTCCTAAGTATTTGACTCGTTAGATTGGTATTGAGATTGTTAATGGATCTAAACCCTTTAAGGTAGAAATATTGGATATAAGAGGGAAATAGAATTAAAAGACAACTTAAGTTTAAGTGCTTATGGCGTTAAAAGTTTAAGTTGAAGTTTAAGGGTCCAAAAGAGTATCCACCGAAAAGACCCATTGAGGTTGAACTAAGTTGGATACTCATTGGGTTAAGTATCCAGATTTCAAGTCTAAGGGTTTGTAGGTGAAAAGTCTAGTCTAATCTAAGGCGAATTGAGAATTCAAGGACTTTAGAAACATAAAATAGTTTGAGTTGACCTTATGAAGTGTGTCGGAGATTTTTTTGTCTCGTCTTGCTTTGTGAAGATAATTGATAGACCTTAATTTTTGCTTTAGGCCAAATTGAAGTGGGGAAAACGTATAATCTCGGGGGAATCAAGTGATGATTGTGAGTGTTTGAGTATTTTCGTTATAAATTTATATATGTTATTGTAGTACGCTAGTGATTGTGACAATTATCGTATGATTGTTTTCAAATATGATTTTCAAAAGATGAGAACGAGTCAAAGCATACAAAATAGGTGGTTTACTTTTTCACAAAAAATGGCAATTAGGTATCATGAACTTAAGTTGTAATCTGGCTGCTAATTTTCCTTGAAAATCTTCTTAAAGTGATTATTTACCAAATAAAACACCATATCTAGTCTTTGAGACCGATGGTAATAAGTAGGTCGATAAAAGACAGTGATCATGTAATTTAGATGTTGATCTTAAAGTCCTTCCTCATACTTTAAACTCTTCTTAAGTGATGAACTTTAAAAGGCTCTTATAGTCTCTAAATTGAGGAAATTTTCTTTGAAATTGGCTCTCTCCTGCAAATAGTGATGACAAGCGTCCTGTGCTTTGCAATGCAGTCTTACTCAAATGGATGACACTTGGACTTCGATAGAGAAAGCCAGTTTCACCTAATATATATATAATAAGGGGAGACTCCTCCCAAATGGTCTTTGATAAAAAAAATAGGAAAATTCCTGCTAATTCCATTGTACGATCAACATCGATGATTATCAGATATCCTACAACATAGTCACTTCCAAATTAAAGATTTTGGCTTGCTAGCTGATCAATCATCTTGTTCTCTATTTTAATGTCTCTGATTTCCTGCAAGATATATCTTCTTTCCACTATTGAAACATTTTATTATCTGACAGATTCTCTTCAGTCTGAGAATCTATATCTTCTTCGTCGGATATATAGGATCATCCTTTGAAGCAATACTGATAAAGACATTTGCAAACTCTTCCTCTTCAACAATTTCATCAGATTCTTCATCAGACAAAGTAGCACCAAAGCTTTTCTTTTGTCTTCTCAAATAAGTTGGGCATTTAGCCTGATAATGACCATGACCTCCACACTCCCTGCATTTGAGTGACCTATTGTCTCTGGTACTTGGTCAATCAAACTCTCTTCCTCTAAAGTTGTTTTGAGTGCAATTCTTTGATCCATAGTTATTAGGACTGCTTATTTTCTTAATCACATTAAAGAACTGCTTCGTTAGCATGGCAATCGACTCATTTACTTTTTCATTAGACGATTTTCCTTTTTCAAAGGATTCATCTTCATGTATAGATTGGAAAGCAAACCTTTCCCCTTACTTTCTTCTCTGTCGAATAGGGTAATTTCAAACGTACGTCAGGATCCAAACAGTTCATCAAGAGAAAGTGTAGTGACATCATGTGTCTCTTCAATGGCTATGACCTTCATGTCAAATCTTCTGGCAAGAGATCGTAAAACTTTCCTAACCTGTTTATATTATGGGATTCCTTCACCAATATTGAATGATTGGCAATTTCTAGAACACGTACATTGTATTCAGTTATGGTTTCTTCTTCCATCATTCTTAACGATTCAAAATTAGTTGTCAACAATAGTAGACGAGATGTCTTTACTTTAGAGGTACCCTTAAATGCTAATTCAAGGGCTTTCTAGACATCTTTTGCTGTAATACTGGAGTTGATTAATTTGAATACATTAAGATCAACCATTATATATGGCGTTGAGTGCACGAGAATTCCCCAAAGACTCCTGATCTTCTACATCCGTCCAGTCTTCCTCAGGTTCTTGAATAGACTTACCATCTACAATAATCATCGGTGGTTTCCATCCAACTTTAACTGCTTTCCATGCCCTTTTCATTAAGTTACTTTAAGAATGAAATCATATGAGTCTTCCAATAAGAATAATTTTTTTTATCCAGTATGGGTGGTCTTGTAGTTGAACAACCTTCTCTTGGCATCTCCATGTATATCAAAGTGATACCAATTGAAAAGTGAGAAGGTTAAATGTCCTTTAACTATATAAAAAGTATTTAACTACCTACAGGTATAGCTAGAGTACGCAGAAGACAGATAACACAGTGCACTTTGGTAACCCAATTCGACAATACAGCCTACGTTTGGAGAGCTTCGTAGCTCAGATAAGAAATATTATTGAGATTCAATGTATGTAACTTATCACAAAGGTTACATTAACAAGTTATAACCATAACATAAAAGTAAACTCAGGCTCCCCTGAATGTAATGAGAATCTCTTCTAAGATTTGTCCAGGCTCCTCCTGACTTAGTATATTCAGTGGTCTTCATACATATTTCTTATCTTCTCAGATTTCGTACTTAAGAAACAAGCTTCAATGGAAATTTAAATGACAGATGGTAATCATTATACCTTCAACAGGAACAGCTTGAAAAGACGAACTTATATATACTCAACAGTATCTCATTTCTTCGTCAGTCCAAAAAAGCAATCACACCACATATAAATATATCCTTAGATATATTATACAAACAACCTCTTTCAGAATAGAAGCGTAACAACCTCACACCAAGATTCCTAGGTAATAGGAAAAAATCAAATAACTTAATAGGGCTTCATTATCTTTCAATAAAAAGAAATCTTAAGAAAAAAAATTAAATATATTTGACAAAATACCTTAACATAATGTTTATTTTTCACTTGTTAGGCCTTCCAAAATAGACAAGCTAAATCATGACAAAAAAAGAAAAAAAGAAAAAAAGAAAAACTAGGTATATATTCCAAAATAGAATCGGTGGTTTAAGAGGGATTATACTTTTATCCATTAGCTTAAGCTTTTGGATTGAATTGGGTGATTTACGATACGATTTAAGATAGTATCAGTTGTCGATGTCCGGGAGATGTTTCCTCCCAATTAATATTTATTTCTCACTTGTTAGGCCTTTTAAAATAGACAAACTAAATATGATGGAAAGAGAAAAACTAGGTATATATTCCAAAATAGAATTGGTGGTTTAAGAGAGATTCTACTTTTACCCATTAGCTTGGGTGATTTAAGATAGTATAAGTTGTTGACGTCTAGGATGATGTTTCCTCTTTCAATTAATGTTTTATTTCCAACTTGTTAGGCTTTCCAAACTAGACAAACTAATTAATATTTATTTCCCACTTGAGAGCCTTCCACTAGTGAGTTCCTTGAAGTAGAAGATGCTTTCCTTTCTCTCATTTTTTTTATTAAGTGAAAAAAAGAGGAAATGATCATTATGCCCTCTTCTTAAAACTCAACTTTAATTTTTCCATTTCCTTAGTTTTTCATTTCCTAAACCGTCATCCAAAAGAAATTTATTCTAAAATTTCTCATAAGAATGATTCAATCTTTAGAGAATTTAAAAAAAGGATTCAATTTTGTCTTTCGCAATTGAGGAAATATTAATATAATAAAAGGAAAATTGAATTAGAGCTTACACCCCAACCCTCCATTCTTCGATTTACTTTAAACTACACATGGGAGCAAGGTCGGGAGCCCCTTTATTGGGACTTTTGGTGATGATATTTAAAATGAGTTAATGTAGAGATTGTGATCCGCTATCTTCATCTACAAATTTTTAAAAATCGACAAGTGAAACTTAGTGAAAATTTAAAGTGAATAAAAGTATTAAAAATGAATGTAAAGATCACAAACCAATAGGATGGTCAAGGTCGGTTGGTTCAGGTCGTCACAAAGATCTTTAAAAAATGTGATCCAATTTTGGTGGTAGAATTGTGATTTTACCTTTGATGCAGAATCAGATTCTCCGTGAAACCATACAAACCCTTGAAGGTGGCCCCTAGAGTACTCCAAAGAAGCATTGATTCGTTCGATCAAGCTTGTATACCTACCGGTCCTTTAAATCCCAACATTTTGGCTAGCTTTTGTAAGGAGATGATTTGCAAAAGTCATTCCAGTAATAACAATAATAGTAGTAACAATGATAGCTATTAACAATAACGATAGTAATAACAACAGTAGTAGTAGTAAGAAGAAGAACAACTGAGTCTCTAAAGAGTGGTTTTGTACCTACAAGAAGTGACACCGAAGATTGATTAAATATTTACATGTAAAATAATAACACATATGCAAAGTTGTAGGATTCGGTTCTGTTTCTCTATAATTCAAGGATGGATTAGTGAAGCTCATCAGAAATGTGAGGCATGTTTCTAATTTGAACAAGAATCTAATCAGCTCTTTGGTTTTTTTTTTTTTTTTTTTTTTATCAATGAGTTTAAATGTTTCTAAAATATTTATTTGAAATACATTTAAATTTTTTAAAACATTTTTTTATCAAAGAGTTTAAATAAAAATGATTTTTAAAAAAAAATCCAAAGGGTCATAAGTTATTTTAATTTTGACATATTATTTGAATTAGACAACCTCTAGATCAAGTCAATAATTCTTATTTAACTAAAATTAATTATTAAAAAAGTTCAAACATGATATCTTACCAAGTTTAAAGTTGAGATTTTTTTAGTTCAAATTGTGTGGGGATTTGATTAACACAAAGTAGTTTGAGACCCTCACAAGTAATTTCTAGACCACCATCATGGTGTAGTATATACATATTAGAATAAATGAATCACTCTAAATATTATATATTTTACTATATATGATAAAGATGGATTCTTACTAGCTTAAACTTATATTTTTATTGATTGAATTAAAGAAATCTGCATACAAAGTTGACTTCCTAATTGTTATATGAAAACAAACTAAACAAAGTGATGTTTGAGACCAAGTTTGAGTTCTAAGTTGAGTGGGTCATCTGTTTGAAAATGAATTGTTGATAATATAAAATGAACTATGAAGTAAATTAAAATTTCCTTAAAAGACTTTGAGCTTCAAATGACGCATTTGGATTTCTGAGAAAGTAACTTCAAAATCTTTGAAAACAAATTAAGTATTTTTTCCAAAAATTATCCTTCTAAAATAAAATTTTGGACAAACTTTTCCAATAGTCAGAAAATTAAAATGAATAGAAATTAAGACAAACTAATTAAGACTTGCAGGCTCAGTATATCAGCAATAAAATGCACTAGATGCTTGTTAAAACTTTGCAGTTTTTTTTTAACAAATAGGAAATGAACGCGATATAAGGTGCATATGGATTACTCTGTTATGAGGCTATTCCTTTAGCACCATACTATCCCGAAATATTATTGAATATAAAGTATTACATGTTGATATAACCAAGGGGGCAAGAGTTAAGCCCCAGTACATATTGATTTAGTTGATATATATATTGATTGAGTTTATCAAAGCATTAATGTTGGGAGAAACTGTGTATGGATTGTAGTCTTTGAAAAGAGTGTGTCTGCTGGATCATAAGCCAATCAAATGGCATAGGTTCTTCCAAGAGTTGGTGTTGCTGTTCTGTTTGTTGTTGAAAACTTTTGCAGTTAATTGTGGTTAAACCATTGCTACAAGTTTACCCCTAAAAAAAGTAATCTTAGATTAGCTAGCTTAAGTACTCTTGAACCAATTGATGCATAAATATTTAAATAATTTGAATTTTCCTGATTAGATTTGTTTTTATAAGTGATAGATTAATGTTTAGATCAACAGTTTTTTCAAAAAATATATAAAAATATTATTGAGATATTTTTAAATGTAACAAAATCGAACCAAAATATTTAAAAAATATCATAAAATTTCAGATTATATGATCGATAAATACTAATAAATTTTTATCGGCGTTTACCAATTAAATCTGAATATTAGTATATTTTATAAATATTTTCAACCGTTATTCCATTAAAATCAATAAACTAAAATTTTAGGCCATACACAGCACGAGAATCAGTCTTAATCAGTAGAGATTTCTATCAAAGATTTATTTTGTAACGCCCAAAAAAAAAAAAAAAAAGGTAATAATAAAAATAATAATATTTTTTTTTATTAAATATTATTATTATTATTATTATTATTATTATTATTATTATAATATAAAAAAAAAAAGGGCAACCCCCCCTCTCTTCCCTTCTCCCCGCGTGCAGCCCCCCCCCCCTCAATCTTTTTTTTCTTTTCTTTTCTTCTTCTTCTTTTTCTTCTTCTTCTTCTCCTTCTCCCAGCCCTAACCGCCGCCGCCGCCCGTGTCTCCGTCCCCGAAGCCAAGCCGCACCACCGCCCAGCCCGGATCTCCGCGACGCCAGCCGAAAACAGCCGAAACGCTCCCCTCTCCTCAGATCTGTCCGTCGTTCCTCCTTCCGCAGTCGCAACCAAACCCAGTCGAGCCCGACTCAGTTCGCGAAGCCTCACGCCGCTGCGTCCGTCTGCCGCACGCCGCCGTCCGCCCAGATCTCCTCTGTTCCGCGTCCTCTGCCGCACGTCGCCGTCCGCCCAGAACCGCGTCCCTCTCCGCCTAGCCGTGCGTCTCCCCTTCTCCGTTCAAGTAAAGCCGCGCGTGAACAGCCATCCTCAACGGAGCTGAAGCCGCACGAGAACAACCGTTCGTCGTTCCTCTTTTGCGCCTGTCTTCTTGCGTGGGACAGCTGCACCGGTTCCCTTCCAATTGCGTGAGTTTCCTTCGATCGCCGCTTCTGCCCTGCCGTGGACCTTTGGGTGATAGATTTGGGTAAGGTTAAAGTGTGGGTTCCGTTGTACCTATCATTAAAAGTTAACCGTTGAGCTTAATGTGCTAAAATTTTTGGAAGGTACATATTGAATCAAGGAATGAATCCTTGATGTTTCCAGAGGATTGAAGTGGAGTTCGATTTTCCATCGACTTGGGTAAGTTGCCAAATTCACACTTGGGGTGAATTGAGTGAACGAAATTATGTAGAAAGATATTAATTTTATGTTTGCTTATGTTTTAGGATTTGGTTTATTGGACTTAGTTCGATTGAAGAAATCGCATAAAGTTAAGGTAAGGGACTTTCTACTGGACTCAATAAATATTATTTGGATGTATTGGCTGCATAAATCGTACCGTTGTACTGAGTAGGGATAACAATTATGATGTGTATGTTTGAATGTGGACTTGTGGTTGAATGCATGCTAAGACTGTCTGGTTATGTATATGTACAAATATAAGGATGTGGTCATGTCGGAATCTCGTAGACTTTACTTAGATAAAGTGTGGCTGAAATGGATAAATTGTTGCGTAAACCAAATGAAGGATATACAACTATGGTAGTGTTGTTATGAATGGAAGGGATATCATGGTTGCGCCGTTGTAGACTAAGGTGAATGTTATGGTTATTTATGTTGATGACTGATGTATGGATATGTTGATGACTGACGTATGGATATGTTGATGACTGAGGTATGGATATGTTTTGATTGTCTCTGGGTGAAATTAGGATGATATGGTTGTTGAGGTTAAATTGGAAGCTTAGGGGATAAGGAAATTTGATTGTATTGAGAATGATTTTTAAGATGTTTAGAATGGACTGAGGGGATAAATTATTAGTTTCCTAGTGGATAGTTACCCTGCGGGTGTCCTTCGGGATCATCCCCTTTATGTGCATCTTTCGGGAGCACTAGACTAATATGTGCATCCTTCGGGAGCACTAGACTGATATGTGCATCCTTCGGGAGCACTAGACTGATATGTGCATCCTTCGGGAGCACTAGACTGATATGTGCATCCTTCGGGAGCACTAGACTGTGACTGTGCAGGGTACGCCATAGGATGCTAATAATTTATTGTTCCCCTAACGGGACCAGTAGCGGGTCTCTTACTGAGTATATTAATACTCACCCTTTTTATGTTTAACTTTTCAGGCAAAGGTAACATGAGGGGCAGACCGACGAGGGACAAGAAGGACTCGTGAATTTTGCCATAGGGGTCTGTCTTTAAACTGCTTCCGCTGACGGTTTGAAAAATATTTTGATTTAACTAAGTCTACAATAGTTAAATTTTTTTTGTAAACAGCACATTGTAAATTTTGTATTTTGGAAATAGGGCCCGATTAAATTTTCCTTCGTTTTCTTACGGTTTCAACTGAATATTCTTAGGTCTTTTGTCAACAAACGGTTTTGGGTCAAATTGACGACTTAGACGGTCAGTCCGAAAAGTCCGGGTCGTCACATATTTATTTATTTTTGTTAAGCGTAAATAAGGTTTAATATATACAAATGGTCAAAAAATATTTTACATAAATTGTAACACCCCAAAATTATTTTAAGTGATTTTGATTTTGGGAGTTATTTTGTGAAAAAAATTGGCAATACTATTATTATCATTATTATAATTATTAAGAAGAAATGTAAAAGAGGTGATATAGGGGTTATTAATGAAGAGAGAGGGAAAATTAAATGGGAATAGGAAGAGATGAAGGAAAAGAGGAGTTATTTGGGAGAAATTAAATAATAATAATAATGATATTAATGTTATTATTATTATTGGTATTTTACATATTTAAATACACCCTCGGGATGCTTGTTATAGTTACAATTCATCTTCCTCCTCACAAAGAACCCTAGCCGTCGCAAGGAATCTCTACCGTTCTCATCTTCGACCGTCCCTTCCGCCGGCAGCCGCACGTCTTCTTCGAGTTGCAAGCCGGCAGCCGCACGTCTTCTCCTCATCGTCGAAGCCAGCCGCACGGGTCCAGCCGCTAGCGTCCGGCTTCACCAAGCCGCGTGAGCTGCCGTTGAGGTCCGTCCGCGTTTTCCCTTCACCGAGCCGAGAGCCGTGTCCGTCAGTCCGAGCCGTTCCTTGTTTTGGGTCCCTTTGGTGAGTTTTGGCTATTGTTGATTGTGATGGTACTCCCATTAATTGCCTATTTTGTTCCAAATGAATTAAGTTATGGCTTTAAGTGGATCTATGTTTTCTTGAAGGAACGAATATATTGGACGAACTGAGATTTTGAATTGTTCCACTTAGGGTTGTGTTGGATTCATTCCTAATCTTGGGGTAAGCCTTGATAAGTTCGGTTGCTTAATTAAACAGTAGGGTGATGGTTGACAAGATTATTAATGTTAGTTTTGTTTGTGTTTAGGACTGAGTATTGTGAGGAACTGACTGCCAACCTGTGAATTTCTTTTAGCAGATCTCTTGGTAAGAGGATTTTCCCCATATTGCCTGAGATGCATATTATTGATGCATAATGTGATTATATGTATGTATGTTGAGCTGAATGTTAATTTTGTGCTGAGCATGTATAGCCTATCGTGTTCTGTTGGTCTGCTGGTTAGAGTCGTACCACGAGGGGTCCATTAAGGTCCTCCCATATATATGTTTGAATATTACAGAGACGTGATTCGACGGGATCACTTACAGCCCGACTCTCCTTTAGGGTGATTCCTTCGGGTTCACCGAGAGCCCAGTTCAGTCCTGATGGGACTACTGGATAGTGTGCATTCGGGAGCACCATAGAGCGTGGTACTTTATTACAGGACTCTAACAAAGGGACTAACAACACATAGGGAGACTAAGTATGGGTCTCTTACTGAGTATAACTTTATATACTCATCCTCTCTAATGTTTAATTTTCAGGTAAAGGTAAAGGCAAGGGCAAGCTGGCGAATGACAAGAAGTGACCGTGGTTCGCCATAGGGAATAGTTCAGTTTTTCCGCATTTATGTTTCAAGAACTATTTTTAGAATTTCAGAACTTGAATTATTTTAAAGTATTTTCTTTATTTTAAGGGCCCGAACTAGTATTTTGTTTTACCACTTTAGTTACTTATTTTCTTATTATTTAAATTTTTCTCAACTTATAAATTAATTTTCCTTTTCAAAAAAAAAAAACTACATTTATTTAAATATTAATGACTTCAACTTATAGGAAAGTTGGGTTGTTACATAAATATAAACAGAAACATAAATATAAACAGAAACATGAATAAAATGGAGATGTGGATAGAAATTTTAGAAAACGAATTATTAAGAAAACATATATATGTAAATTAGTAAATATTCATTTTAGAATTCTTAAACAATGTGATATGTATATTATTTACACTATCATATAATTCAACATTTTGGTCCATCTCAAATTAATATCAATGTGAAAATATGAATAAAAGTATTAAGATATCATACTAAAGATATTTGAGACTATTATACCCTCGTCACAAACTACCTTCTTCAAATAGTTCCAAAACAATCTTAGTTTAATAATATAACATATAGTATTAAAATATCAATTTCCCACCATATAAGGAAGTGGAAACTTTATTTCCAAGAAAATAAGAAAGACCAAAAAATGGGTTGTTCAACACCCAGTAGTCTAGTTTGTGTTATTTTTGTAATGTCCACTGTTCTCAGCATGCGACCAGCAATCACTGCAAGCTCCGTCAACCTTTCTCCTCGGTTGTCGCCGCCACAGCCACATCTACCAGCACGAATCTCAGGGGAAGCTCTCGTGAATCGGCTCGACAGTGTAAAAGTTAGGTCCAAGCTTCATGTTGGTTCTTCAGGCAAAAATGGAGATGGTGAATTTAAATTACCATTATTATCGAAGCTACTTCTTATGCCAAGACTTCCTTGGCCAAGACGACACGCTCCTAAATCACCACCGCCTCCATTCTAGCAAGGGAAGTGTATGTGCTTCACTTTAATTTCAAAGAGAATACCTAGACTCTAAACCATTACAAAAAAAAGGTTGCAAAGAGTTCTTGTCTTCTCTCTCGTTTCAAAGTATATGGTATTGTGTTACTATATATTTCATTATTCAAATAAAATCTCTTTTGTGAGTATAAGAAGATAGTTTCAGGTTGAACTTTAGGGTTATTGTATCTATATATATATATTTAGTATCTAAAGTATTTAATTGATGTTTGGACTTATTTTATTTTTTTGTCTAGCTAACATGTTTAGATCCAAGTATGACGAGGGTGCTATGAATGTGTCAACCTAGATGATACATCATGCATCTCCTAATTCCAATAATGTGCTTTAATATTTTATCAAGAAAACATAGGTCTACACTTTTAATTTTATATCATTCTTGAAATATTAAATTTTAAAAGATAATTGATAACATATTTTGAGAAAGATTGTAAGAAAGAATGGATGAAAGGTAGATTCAAATATACTATCCTCAGGTAACATCCTTCTACATAAGAACATCTCAAATTATCCCCAACTAAGATAATATCACCAAGAGCATCGTCATACTTCAAAACTATAAATGCATATGAGGCCTTTGAAAAACGTCGTGTGACTTTAAAATTATATGCAAATGAAAAGCTATGCTATAACATACATTGAATTTTGTTGAGCGCTTCCATTTTTCCATGGTGGATCAATCACAATAAGACTAAAGCAAGAACTAGCTTTAGCTCAATAGCAACCAAAAATACAATCAGACATTTCCAATGAGAAAAGATAACACAAAGTTTTCATGAGTGGTCTGTGCGTGTTTATATATATATAACTATTATTTCTTCCAAAACCAACATTTTTTATATAAGAAATATATATATATCAACAAGAAGAGAGTAACCTAAGGGGGAGGGGTTGTTAATTTGGAAATTTGTTTGAAGATAGTTTGTTGAGAAAATGGAAAGAGGCATATATATTATTAGTTTGTATTGTAATACGCAAACATATATCAAGCAAATTATTTAATATCTTTAAATTAAAGTATCCATATACTTTTTTTAGAAATGTATAAATATAAGAAATAAATTGTACATGTTTAAAGAAAATATCCAAATTTAATTTTAATTTTGTTAGATTAGTATACAAAATACCCACATTTTGAATACAACGAAAACTAGCATTTTATTTATTACGCAAAGCAAAATCCAATGCTAAATTTTCCATAGAGTTCATTTGTGGTCGTTAGTCAATGTCCATCGGAATTGATGACACACCAAATACGATTTCTAGCCACAGTGAGATTTTTTTTATAAAAATACAAAAAATACAAAATTTTGCCTATTGCTTAAAATTGTACCCTTGATTGTAAATATTGCAAATAATAGACAATTTAACGTTAAGCACAATGTTTCCAACATTGTTTATTTTTATAAATATAATTCAGGTCATTATTTGACATCAGCACACAAATGTCAAGATGTCTCATGTTTATTTTTCTGGCTGACCTTGCCCAAGTCACACCTATCTTATATTTTACAAGTACTAATAAAAAACTACAGCATTCGAATAAAAAAATCCCTTTAAAGGTAGGCGGGAGAGAGATTTGCCAAAAAAGAACCTTAGTTTGTATCTTCACAATGGGCTGTTCAACTGCCAATATTGTTATTTTAACTATTTTTGTAGCATCCATAGCTCTTAGTCTACCGTCGGAAACCACCGCAAGAGCCATTGCCGACCCTTATCCTCTGTCATGGCCGCGGTTGCTGATATACAATACGCTGATGAAAGCCAGGCTTAATGATGAAGCAGGGTCAGGAGAGGGAAATGGAGATGATGAATCTGATCCACCATTGAAGGAAGAAAAGGGGAGCAGAAAACCTTGGCCAAAGAACCCTGTCTCTAAATCTCCACCACCACCATTTTAG

mRNA sequence

ATGAAGCCATCTAATTATTCTTCACTAGCTTCCCTTCTATTTGTTTATTTGCTATTATTGTTTCTTTCTCTAATTACCCTTCCCTCCTTGGCGATCGGATACACTGTCGATGCTTCTCCATCACCGCCACCACCAAATAACATACATAACCGTCTTCCACATCAACTTTATGTACGTTATGCACGAGCAATATTGAGCATGCCACCATGGCCAATCGGAATCAGATTCTCCGTGAAACCATACAAACCCTTGAAGGTGGCCCCTAGAGTACTCCAAAGAAGCATTGATTCGTTCGATCAAGCTTGTATACCTACCGGAAATGAACGCGATATAAGCATGCGACCAGCAATCACTGCAAGCTCCGTCAACCTTTCTCCTCGGTTGTCGCCGCCACAGCCACATCTACCAGCACGAATCTCAGGGGAAGCTCTCGTGAATCGGCTCGACAGTGTAAAAGTTAGGTCCAAGCTTCATGTTGGTTCTTCAGGCAAAAATGGAGATGCATCCATAGCTCTTAGTCTACCGTCGGAAACCACCGCAAGAGCCATTGCCGACCCTTATCCTCTGTCATGGCCGCGGTTGCTGATATACAATACGCTGATGAAAGCCAGGCTTAATGATGAAGCAGGGTCAGGAGAGGGAAATGGAGATGATGAATCTGATCCACCATTGAAGGAAGAAAAGGGGAGCAGAAAACCTTGGCCAAAGAACCCTGTCTCTAAATCTCCACCACCACCATTTTAG

Coding sequence (CDS)

ATGAAGCCATCTAATTATTCTTCACTAGCTTCCCTTCTATTTGTTTATTTGCTATTATTGTTTCTTTCTCTAATTACCCTTCCCTCCTTGGCGATCGGATACACTGTCGATGCTTCTCCATCACCGCCACCACCAAATAACATACATAACCGTCTTCCACATCAACTTTATGTACGTTATGCACGAGCAATATTGAGCATGCCACCATGGCCAATCGGAATCAGATTCTCCGTGAAACCATACAAACCCTTGAAGGTGGCCCCTAGAGTACTCCAAAGAAGCATTGATTCGTTCGATCAAGCTTGTATACCTACCGGAAATGAACGCGATATAAGCATGCGACCAGCAATCACTGCAAGCTCCGTCAACCTTTCTCCTCGGTTGTCGCCGCCACAGCCACATCTACCAGCACGAATCTCAGGGGAAGCTCTCGTGAATCGGCTCGACAGTGTAAAAGTTAGGTCCAAGCTTCATGTTGGTTCTTCAGGCAAAAATGGAGATGCATCCATAGCTCTTAGTCTACCGTCGGAAACCACCGCAAGAGCCATTGCCGACCCTTATCCTCTGTCATGGCCGCGGTTGCTGATATACAATACGCTGATGAAAGCCAGGCTTAATGATGAAGCAGGGTCAGGAGAGGGAAATGGAGATGATGAATCTGATCCACCATTGAAGGAAGAAAAGGGGAGCAGAAAACCTTGGCCAAAGAACCCTGTCTCTAAATCTCCACCACCACCATTTTAG

Protein sequence

MKPSNYSSLASLLFVYLLLLFLSLITLPSLAIGYTVDASPSPPPPNNIHNRLPHQLYVRYARAILSMPPWPIGIRFSVKPYKPLKVAPRVLQRSIDSFDQACIPTGNERDISMRPAITASSVNLSPRLSPPQPHLPARISGEALVNRLDSVKVRSKLHVGSSGKNGDASIALSLPSETTARAIADPYPLSWPRLLIYNTLMKARLNDEAGSGEGNGDDESDPPLKEEKGSRKPWPKNPVSKSPPPPF*

Homology

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BLAST of Chy3G055090 vs. ExPASy TrEMBL
Match: A0A0A0K9K2 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_6G058720 PE=4 SV=1)

HSP 1 Score: 155.6 bits (392), Expect = 2.7e-34
Identity = 75/80 (93.75%), Postives = 78/80 (97.50%), Query Frame = 0


Query: 168 ASIALSLPSETTARAIADPYPLSWPRLLIYNTLMKARLNDEAGSGEGNGDDESDPPLKEE 227
           ASIAL LP+ETTARAIADPYPLSWPRLLIYNT+MK RLNDEAGSGEG+GDDESDPPLKEE
Sbjct: 16  ASIALRLPTETTARAIADPYPLSWPRLLIYNTVMKVRLNDEAGSGEGSGDDESDPPLKEE 75

Query: 228 KGSRKPWPKNPVSKSPPPPF 248
           KGSRKPWPKNPVSKSPPPPF
Sbjct: 76  KGSRKPWPKNPVSKSPPPPF 95

[Close]

BLAST of Chy3G055090 vs. ExPASy TrEMBL
Match: A0A5A7UIB8 (Uncharacterized protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold1163G00190 PE=4 SV=1)

HSP 1 Score: 144.1 bits (362), Expect = 8.1e-31
Identity = 72/80 (90.00%), Postives = 72/80 (90.00%), Query Frame = 0


Query: 168 ASIALSLPSETTARAIADPYPLSWPRLLIYNTLMKARLNDEAGSGEGNGDDESDPPLKEE 227
           ASIAL LPSETTARAIADPYPLSWP L IYNTLMK RLNDEAGSGE NGDDESDPP KE 
Sbjct: 16  ASIALRLPSETTARAIADPYPLSWPWLPIYNTLMKVRLNDEAGSGEENGDDESDPPSKEA 75

Query: 228 KGSRKPWPKNPVSKSPPPPF 248
           K SRKPWPKNPVSKSPPPPF
Sbjct: 76  KSSRKPWPKNPVSKSPPPPF 95

[Close]

BLAST of Chy3G055090 vs. ExPASy TrEMBL
Match: A0A0A0KBD3 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_6G058730 PE=4 SV=1)

HSP 1 Score: 101.3 bits (251), Expect = 6.0e-18
Identity = 67/137 (48.91%), Postives = 70/137 (51.09%), Query Frame = 0


Query: 111 ISMRPAITASSVNLSPRLSPPQPHLPARISGEALVNRLDSVKVRSKLHVGSSGKNGDASI 170
           +SMRPAIT SSVNLSPRLSPP P LPARISGEALVNR D VKVRSKLHVGS GKNGD   
Sbjct: 5   LSMRPAITVSSVNLSPRLSPPLPPLPARISGEALVNRFDCVKVRSKLHVGSLGKNGDGEF 64

Query: 171 ALSLPSETTARAIADPYPLSWPRLLIYNTLMKARLNDEAGSGEGNGDDESDPPLKEEKGS 230
            L L S+           L  PRL                                    
Sbjct: 65  KLPLLSKL----------LLMPRL------------------------------------ 93

Query: 231 RKPWPKNPVSKSPPPPF 248
             PWP+    KSPPPPF
Sbjct: 125 --PWPRRYAPKSPPPPF 93

[Close]

BLAST of Chy3G055090 vs. NCBI nr
Match: KAE8646678.1 (hypothetical protein Csa_023589, partial [Cucumis sativus])

HSP 1 Score: 152 bits (385), Expect = 9.15e-44
Identity = 74/79 (93.67%), Postives = 77/79 (97.47%), Query Frame = 0


Query: 169 SIALSLPSETTARAIADPYPLSWPRLLIYNTLMKARLNDEAGSGEGNGDDESDPPLKEEK 228
           SIAL LP+ETTARAIADPYPLSWPRLLIYNT+MK RLNDEAGSGEG+GDDESDPPLKEEK
Sbjct: 1   SIALRLPTETTARAIADPYPLSWPRLLIYNTVMKVRLNDEAGSGEGSGDDESDPPLKEEK 60

Query: 229 GSRKPWPKNPVSKSPPPPF 247
           GSRKPWPKNPVSKSPPPPF
Sbjct: 61  GSRKPWPKNPVSKSPPPPF 79

[Close]

BLAST of Chy3G055090 vs. NCBI nr
Match: KAA0054914.1 (hypothetical protein E6C27_scaffold43052G00420 [Cucumis melo var. makuwa] >TYK22702.1 hypothetical protein E5676_scaffold1163G00190 [Cucumis melo var. makuwa])

HSP 1 Score: 142 bits (359), Expect = 1.24e-39
Identity = 72/80 (90.00%), Postives = 72/80 (90.00%), Query Frame = 0


Query: 168 ASIALSLPSETTARAIADPYPLSWPRLLIYNTLMKARLNDEAGSGEGNGDDESDPPLKEE 227
           ASIAL LPSETTARAIADPYPLSWP L IYNTLMK RLNDEAGSGE NGDDESDPP KE 
Sbjct: 16  ASIALRLPSETTARAIADPYPLSWPWLPIYNTLMKVRLNDEAGSGEENGDDESDPPSKEA 75

Query: 228 KGSRKPWPKNPVSKSPPPPF 247
           K SRKPWPKNPVSKSPPPPF
Sbjct: 76  KSSRKPWPKNPVSKSPPPPF 95

[Close]

BLAST of Chy3G055090 vs. NCBI nr
Match: KAE8637368.1 (hypothetical protein CSA_004461, partial [Cucumis sativus])

HSP 1 Score: 137 bits (345), Expect = 1.22e-37
Identity = 66/71 (92.96%), Postives = 69/71 (97.18%), Query Frame = 0


Query: 168 ASIALSLPSETTARAIADPYPLSWPRLLIYNTLMKARLNDEAGSGEGNGDDESDPPLKEE 227
           ASIAL LP+ETTARAIADPYPLSWPRLLIYNT+MK RLNDEAGSGEG+GDDESDPPLKEE
Sbjct: 16  ASIALRLPTETTARAIADPYPLSWPRLLIYNTVMKVRLNDEAGSGEGSGDDESDPPLKEE 75

Query: 228 KGSRKPWPKNP 238
           KGSRKPWPKNP
Sbjct: 76  KGSRKPWPKNP 86

[Close]

BLAST of Chy3G055090 vs. NCBI nr
Match: KAG6578899.1 (hypothetical protein SDJN03_23347, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 68.9 bits (167), Expect = 5.19e-11
Identity = 43/89 (48.31%), Postives = 52/89 (58.43%), Query Frame = 0


Query: 168 ASIALSLPSETTARAIADPYPLSWP------RLLIYNTLMKARLNDEAGSGEGNGDDESD 227
           ASIAL  PS TTA A+  P PL  P        L +   +K  L  +AG    NG+DES+
Sbjct: 15  ASIALRPPSATTASAVVGPSPLPPPIYHSASGTLSFGRYIKISLEGKAGPVVENGEDESE 74

Query: 228 PP---LKEEKGSRKPWPKNPVSKSPPPPF 247
           PP    K  +G R+PWPK PV+KSPPPPF
Sbjct: 75  PPPPSSKVRRGPRRPWPKKPVAKSPPPPF 103

[Close]

BLAST of Chy3G055090 vs. NCBI nr
Match: KAG6578898.1 (hypothetical protein SDJN03_23346, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 60.8 bits (146), Expect = 4.43e-08
Identity = 40/87 (45.98%), Postives = 51/87 (58.62%), Query Frame = 0


Query: 168 ASIALSLPSETTARAIADPYPLSWPRL------LIYNTLMKARLNDEAGSGEGNGDDESD 227
           ASIAL LP E  A A+  P PL  P        L++   +K  L  +A     +G+DE++
Sbjct: 15  ASIALRLPLEARASAMVGPSPLPPPTCHSPSGQLLFRRPIKVSLTVKA-----SGEDEAE 74

Query: 228 PPL-KEEKGSRKPWPKNPVSKSPPPPF 247
            P  K+EKG RKPWPK PV K+PPPPF
Sbjct: 75  APSSKDEKGRRKPWPKQPVPKAPPPPF 96

The following BLAST results are available for this feature:

BLAST of Chy3G055090 vs.


Match Name	E-value	Identity	Description

BLAST of Chy3G055090 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A0A0K9K2	2.7e-34	93.75	Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_6G058720 PE=4 SV=1	[more]
A0A5A7UIB8	8.1e-31	90.00	Uncharacterized protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold...	[more]
A0A0A0KBD3	6.0e-18	48.91	Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_6G058730 PE=4 SV=1	[more]

BLAST of Chy3G055090 vs. NCBI nr


Match Name	E-value	Identity	Description
KAE8646678.1	9.15e-44	93.67	hypothetical protein Csa_023589, partial [Cucumis sativus]	[more]
KAA0054914.1	1.24e-39	90.00	hypothetical protein E6C27_scaffold43052G00420 [Cucumis melo var. makuwa] >TYK22...	[more]
KAE8637368.1	1.22e-37	92.96	hypothetical protein CSA_004461, partial [Cucumis sativus]	[more]
KAG6578899.1	5.19e-11	48.31	hypothetical protein SDJN03_23347, partial [Cucurbita argyrosperma subsp. sorori...	[more]
KAG6578898.1	4.43e-08	45.98	hypothetical protein SDJN03_23346, partial [Cucurbita argyrosperma subsp. sorori...	[more]

BLAST of Chy3G055090 vs. NCBI nr


Match Name	E-value	Identity	Description

InterPro

Analysis Name: InterPro Annotations of Cucumber (hystrix) v1
Date Performed: 2021-10-25

Position :

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IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 218..234
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 207..247

Relationships

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


Feature Name	Unique Name	Type
Chy3G055090.1	Chy3G055090.1	mRNA