Chy2G024120 (gene) Cucumber (hystrix) v1

Overview


Name	Chy2G024120
Type	gene
Organism	Cucumis hystrix (Cucumber (hystrix) v1)
Description	Unknown protein
Location	chrH02: 1063258 .. 1082713 (+)
RNA-Seq Expression	Chy2G024120
Synteny	Chy2G024120

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonCDSpolypeptide

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

TACCTTCGACGGGGACTCTGTTTCTATCTTCTTTATAATTTAGTCTTTCCTAACCAATCAGAAATTAGAATTTCAAATCATATCTTTCACAGTTATTGTTTGGAATTCATAAATCCTAAAGTACCAAAAAAATATATATAATATTTTATTGGAAAACTTTTTTTTCTTCTTTCCATTTGTATTGTCACGTTTTAAAGAAATCTAAAATATTTGTAAAACATTCTTTCCTCAATTTTCTTTTTCTTTATTTAACTTCTTAACCTCCTTTTTATTTAATTTTTAAAATACAATAATGTATTTAAGCTAACAAGAAGGTTTCAGGATTCAAATTATCCATCCTAATTTATACTAAAAATACTTTAGAAAAGATTAATAGTCATTGAAGAATTTAGCTTATTTTTATGTCGTTATATGCGGACGAGTGGCAAATTCAAACTCAAGTAAAATATATGGTATTAAGACATAGGTTACTATTTCAAAAACCAACGATGATTTAGGCTTTGTTCGATAACTATTTTGTTTTGTTTTTAAAATTTATGTCTCTCTTTAATGATTCGTGTCTTTTTCTAATACAATAATTGAGTTTTTAGTTAAATTTCAAAAATAAAAATAACATATTCAAAATTACTTTTTTATTTAGTTCTTTGAATATGTGTTAGAGTACTTTTCTAATACATATTTAATCCTACAGGTTGAATGTATTTATAAGAGGAAAAAACACTTAAAAGGGGAGGATAATGAACTGAACACATGTGAATGAAGTTATGGTAGGCATCATATATTGTTCTTCTTCTCCCTCCTTTTCCTAAGTCAGACAATTATTGTTAGTCGTAAATTAGATAAGTGATTCTATTTCGTGGGTTTACGTTTGTCCATAAACTAAATTATTGTTATATTACTATTGGTAGATTAACATTAATTAATCACGTATTCAAAATAAAATATAGTTTTTCAAAGAAAACCCACAATAACGTTTGAAGAGTAAAAAGATATTGTTGGAAGAAACTGCATAACATAAGTATGTTTTCTTTTCATGTTCAATATACTATGTTCAATATAACATTTAGCTCTTACCTAAGATAACAAATTATTTTTAATTAATTTAAAGAGAGAGAGATTAGAATTACATGAAATTAAAAAAAAAAAAAAAAAAAAAACGCGTCATGTTATTATATATATTATGGAGGAAATTGAAAAGGTCTCAATTAAGGGAGATTAATTTAATTAATGAATTTGAATTAAGGATATATAAATATAAAGGTTGTGATTTTGCTGTCAATGTCCCATAAACAGAAACTAAATAATGGTTTACAGTTAATACTGACTTCTCCAAAGAAACTTATGCATTGGAAACTATGGTCTTACTGATTTCAATATTAAGATTTTATCAAACATGACAAATAATCCCTTTCCCTACTTACATTAATTTTAAACAATTAACTCCCTTTCTTCTTACAAATTTCACATCGTTCTCTGTCTCTCTTTTCATCTTCACAATCTTCAACTTAACATTTTACAACAAACCTAAGCCGAAGATTTTCATTTGAACTTATGAATAGAATATCTACACATGTGTCCTATGAACTACGAAAAGTTAGGGTTCTATACAAACTAATTAATTACATAGTTACATAGTAATTCAATGAAACAAAAATTAAATGAATCCATGATTTAAAAATCAAATTATAGAAACAAAGTGAATTTGTAAAATGAATAATAAACATTATGAACAAAGAAAGAAACTTTGAATACAACGGCAGTCGACATTAGGGTTAATGGAGGGCAGCTAGCAAAACCAAAATTAGGTCATTCTATTGGCTTCGGAGACAAGTTAGTGAAAATCAATGTCCAATTCTTCGTTTCATTTTAATTACAATTAATAAGGATTATAAATAAAACTACGTCATAAATTATATGTTTAACAATGATTTTCAAAATTAAAAAATCATTTTAAAATACACCTTTTAGGGCATACTTTATAGTTATTATAAATTTTTTTAATCATTTTTAAAATGACTCTAAATTAAAAACAAAGTATTTTTAATAGAGCCGATCATTTTAATAATGGACAAAAGATTTTTTTTTATTAATTTCTTAAATATAGTAAAATATCATTATATATGGTTATTCATTATCGATAGATGGTGAAATTTTATTATATTTAGATTTTTTATCGTATTTAAAAATGATAACTTTTAATAATTTAAAAGTAATTTTTACCATATGAAAAAAGAATATTAAATTAATTAATTAAAAGTGTGTTTTAGAGTACTTTGAACTTGACAACATCATTTACAAACATACAATTATTTGGTATGTTTGGAAGTGATAGTTAGGTATTGATTTTGAAAAAACAGATTTAAAATTGATTTTCATTCCTTGGGTTGGTTCCTAAAGTTAATTTATAGATACTCGATTGGTAATTGTATTTTTATTTGAGAATTTAATTGTTTAACTAAATAATTATGGTAAAGTTGTATTTCTATTCATTTTATTGTTAAGTTATTACATACATGGTTGATATGGTGTTTATAAACATATATATATATATAGAAAGAAAATTAAGTCCTTTCCACTACTTAGATAACTACTTTGAGAGTGACTTACTAGGAATCACCTAACAAAAATCAATTTGAATTTGAATGATTATATATATATATATATTTGGACACTTTTTACTATAAATTTTGAGCAGGTCACATATTATGTTTTCATAGTGGAAAATTATTGTATTAAATAACTTTTCTTTTAACTATGATTTTTGTTCTCTAGTGAATATTTTATTTTTAAAATTCTTAAAACTTTTTATTCCTTGTATTTTATTTTCTCTGTTTATCAAAACTTATTTTCACTCCTTTTAGAAAACGCATCTTTCAAAAAAGAAAAAAAAAAGCTCTGGCTTCAAGGTATCTCATTTCAAGAAATAATTTAAAAAATCATTGGGTTGATTTCATATTTTTAATTAAATAAATTTAACTTAGGATGATTTGTATTATTTTGTTCTTGCAGTAAATTAAAAATTTCCGGTGTTTTTAAGAATCGAATATAAGGGAATTCGAAATAGTAATCTAAAGCATATTGTAAAATTTGCAAAACATTTATAGAAATACAATTGGCTGAGTACTTTATTTTCTAATTTCTTATTTTTCTCCACACACACACACACAAAAAAAAAAGAACCCTAATTTAAATTTACCTACAAAATCATATATTCCCCCTAAGAGCATCAAATAAGGTTAGGAATTTAAAAAGTAAAAAGTAAAAATGAGGAAATTTCTTAAGAAACTTATAATATTAAAAAACAATGAAAATACTACACTTTTAAATTAAAATTATAAAGTACGAATATTTTCAAAAATAAAATATCAAACTAAAATATATCAATATTTTATAAATTTTATTATATTTTGTAAATATTTTTAATTATTATAATGATACTCAATTGAGTTAGTATTAAGAATGAGAGAATGTTTTTCTTAGTCTATTCAAATTATAATTTTACTTTGGATTAACTTAAATATTAAATTATTCTAAATTCATTTTGGATGACCGAAAGAGAAGAAGATTATGTGGATTGGATGGAAATTGGAATATGAAAAGGGAGAAAGAATGGATAATTCCAATCTAAATCTAAGAATAAAAATCTTAGATATCATGTGAAGAACTTTGCTGACTTCAAAATACTCAATAAAATTTTGATAGTTAGCTTTATGCTTAATTACAAAGCATCGTCATGTTCATCAACAATACACATACTATTTTATTAACAATGAAAATAAAAAACATGAATTGAGATAAAAACGTTTATTTAATATGACATGAATTGCAAAAATGAAAAATGAAAAAAAAAATCACATATATAAGAAATAATGATAACAAGATCGATTATATCTATCTATTTAGAAAAAACAATAAAATTAAAACTTGAGTTAGAGATTTTTTTTTAAAATTTGAATGAAAGAATTTAATTAAAAGGAAGATATAGAGATAGAGTGGAATACCCACTGTCTTGATGGGAAAAAAAGGCATGATTGAAGAGAAATAAAGTAACATCAAATAATAGGGCTTAATATTATTTATTTCAAAGCACAAATAATATATATATAGTACTACATATAACAATTCAATAATAATAATCTCCACATTATCAATATATATATATATATATATATATATCCCATCATTAATTCTACATTTATTTCCTTTAAACTTTTGTACAACCATTTTTCTAGAACAAATGAATCAATAAAACACCCACTCCACTTATTAGAAAGTGGGATTTGGTTAATTAGGGTTTGAAATTTTGCTAAATGAAAGATAAGATTCTTCATTTTTGAAATATTGAACAGTTTCTATTAGGGTTTTAAAATTAAACTGAGATATTAAAATTTAATTTAATTTAATTGGTATGTAATCAATAGCATTTGACCTTAAGAGATATATATGTATCTTATCTAAATGAAATTGCATGATTGCATCTAAACTAGCCAATCAAATTACTTTAATTAGACGTGCAATTCTCTTAAGAAAAAATTGACTTGCACACTTTTTTTTTCATAGTACATAATAATAATAACAATCATAATGAATAGAGTTGCACATGTAGAAAAATTGAAAATTTCATATCAAATAATTAGCATGCATATTCACACTAGATGATGTTGATGTGGATAAAAAGTGTTATAATTAAAAACAATATAATACTGTACTTTGGGTGATTATATATATATAAGGAATAATTGGTTTGAAAAGAATAAGAGTGTAAATATTAATAATAATGGCTCACAGGTTGGCAAAGAGCAATGCTTTTAACTATATTGTATATATGTAGATAGATTGAAATTGACTAGCTCCAATTTTTATTCAAGCCATTCATTTCATATACTTCTTTTTTTTAGGTTAAATCATCTTCTGCCTTTCAGAAGAATATTGCTATTCAATTTTATAAAAAAAATAAAGCAAATAGTTTAGTTCGTAAAGGAAGGTGGAGGATTTGAACTATCGATCTTTTGGTCATCGGTGTCAGTTGAGTTAAATTTTTTATGGCAAAAATATATGTATATAGTTGATAATATATATACGCGTAGACTACTATGTGAAACAATTTTATAGTTGTTTCAAATAAAGTTTCAAATACATCGATTTTTCCTAAATTGGTTCAAAATGGGTTGTTTTACGTAACTTTTTTTAAAAAAATTTAAATAATGTTATTCTATTGCTAGTCAATAATTTTGTTGTTTCAATATGATTTTTATAATGTAGTTTGATGATCTCTTGGAAATGTTGTTAATAGGTTTATTATCTAACACGTTTTCGTTGAATTCTTACACATAAATGTCACATGACAACGACAACAATCTAGTTTTTGTGGTACAATGTGTTTTAGAAGTTTTATTTACACTATAAAATTAAACTTTTAAAATTACAATTATGGAAACACAACAAAGCAAGATTTAATTTATTTACTTTTAATTGAAAGTTTGAGTTGTATGTTTGTTTTAAAAATTTAAGAACGAGTCTTTGGTTGGTAGTTGTGAAAACGACTCTTTTTTTTTTTTTAAGTACAAAGATGAAAAATGTGCTATTTGTTTTAGGCATGCATTTTATCAAGGTTTCTTTTCATAACTATTTAGTTTTTAAAATTTGTGTTTGTTTTTCCACCACTTATTTACTTTAGTTCCATTGTTTTTAATTAAACACTTTGAAATTTAAGAAAATTTTCAAAACTTATTTGAAAATTTTAAAACGCTCCCTATATACATGTAAAAAAACAAAAAAAAAAAAAAAGGTTTAGGTTTATAAACTCATATACATATAAGAAAACAAATGTGTGCATTTTCTTCCTAAGTTGGTTTTGCTAAATATATTCTCTCTCTCTTTTCTTTTCCTAATCTCATGACATTTTCATCCTAAGTTTAACTTTGCTCTAAGGCGTCTGGGCCAGTTGAGCCTCGTTTTTTCAATACTTGATTGGGCCCATAGCTTGGTTTTCCGTAGCCCATTTTGCACAATTTCTTTGGGCTTTCCTTTTCCTTTTGTGTAATTACATTCCATTTTGGAAATTTAATATATTCAATGTATGTAATGGATAAATTTAAAAACAATTTTTGAAAATGAAACAATGTATAAGAAAAAGGTAAGATAACAGCAAAACAATAATAACTAATTGTGGGTATTTTGATAAAACAAAAGTAAAAGTCATTTTATACACTATTTTTCTCTTTTGAAAGGCTGGAGAAATCATGAAAATAATAATTCTTTACTTGTCAATTAAAAATTATTCTAAATTAATGAAAGAAGCATCCCAAAAAGTGGCTTCAAAGCTTTTCAGATACTTCACTATAGCTAACCTCAGCATTTCAATGGAGAAAAAGGAAGCTTGAAGCGTATCAAACAGAGAGTAAATCCTTATAAAAGTTGCATTCTAGCTTCCTAACCCACCATGCAGTAAAGAAGAAAAAATGCAGAACTGAAGCAAAGAATGATTCTTTCCTCTACAGGAGTTTCATTCTTTATTCAGATGCAAATTTATATTTAAAAATCGTTGTCGTTTGCCTTCTTTCGACACCATGATCCCAACTTCTATGTTCTTGGAAGATCCAGAATGTCACATTTCTCATTAGACTCTGCAAGAGACTTTTTTCAGGCACTGAAGAATTTTTATCAAAAATTTAATGTCCAAACCAAATATGGACCAAGAGCTGGTGCCACAGCGTCGAGTTTCATCATTTCAGGCGTCGGTCTCGTGTTGGTTTATTTCGTTACTCGGATATTAAAGAAGAAAAATTCCCAGCGTGTTTTTACAAGGTCGATATCCATTGGAGCTCTACATGGTGGCAAAATAGCCATGAAAAGATTGCTTCAATTCCAAAAAATGAGAGCCTCCTCAGAAAACAAAGATAAATTTCTAAAGAAGTTGGACACAAAGATCAAGTTGGACACAGGGATCGACTCAGAATGTCCTGATTTCCTGAAGATCCAGGTTAAGCATTGCTTATAACTCTTATGTGGTGTGTTTGAGAGTGAATTTCGAAATGCTTGAAACAACTTTTTGCCAAAGTTCAAAATTACTCTCAAACATATCAAAAATAAGTTTGAACTTGACAAAATTGATTTCGGACAGTTTTAAAAATCACAACCATACATTGACTATGTTGGAAAAGCACTGCAGATCATTTCCAATCAATTCATTCATTCGTCAAATGAGTTGTGTGTGAGTCCTTGTTTAATTTCTTTGACGTGCAACAGAACATTGTGACGAAGCTGGAAATGTTAGGACAAGAAGATAAAGCTATTGAAAAATTAAAAAATGCCGCAGAAGAAGCTAAGAAAAAATCACTTCCACTATACGAACATGAATATCAGATGCTTCTCGTGGAATTATACATTTACAAGGTGTTCATCACAAACTCGTTAATTATTATTTGTTCAAAATGCAAGACTACTCGCAAGAAAATGAACAGATTTCTCAAAGAAATATAACAATTATATGCAACCTATATGTGATACTAATATAAAGTAAATTGACAAAAGGGATGCTGATCAAAATATATACCTGTGGATTTAATTTTGAAGCATATACTCTTCTTCCACTTTGACATCAAACATGGAATGAAAATTGTGAATCAATCAAAGCCTCTATTCTCTTTTTTGATGCATTTCTAGGGAGACTTGGTAAAGGCAGAAGAACTTCCATGCTTGAAGAACGATGCCACTTCAGACGTTCGGCGTCCATTATATAAGGTTATATTATTTCTCATAAATTTCTCTTGTAGTGAAATGGCTAAAATAACAATTATTGCAACTGAGAAAGTTGATGGGGTTGGCTTTTCTCTTTTTTGTTGAGTTCATACAATCCACCATAATTTAGTTCAAACAACAAAATTGTGGTTGGGGAGTAAGGATTAGTAACTCATAAATCATGCACTTTGATTCAGAACCCTCATAGCTTAAATGTGAACAAGTTAGAAGTTGATCAAAAGTAAATGGGATTCAAACCTTTTATCTACACTGTGCAGGCTATAATTAAAGTGTTGCGGAATGAGACCCAGGAAGCAATTAAAGAATGGGAAGAGTTTAGAGAAATGAGAAGCGCTTTCCTACTACCACCTGACGTTAAAGACTCTCATTTTTACGCTCTCTTGGCCAATTTCGACAGCTTTAAACTAGTCGTCCAGGTGCTCAAAGAAGACATTTTCAAAAAGCCCCGAGCAAAATTTTAAAATCAACCAAAGCGAACAATCTAATTATAAGCCTTAACTATATATGTGTGTGTGTGTTTCTTCATGGGGTAGAAATTAGAATATGAATAATTGAGGAAATCCCAAATAACAAAAATAAAATGGAGGTGAACTTTGAATACCTCTTGTGTATTTTAAACATTATTTACAAATATATAGAGAAGTTGATTTGTAAATCAATTAATATTCGAAGAAATATTTAATCTTGTTTAACAGTAGATATGTATTCATCCCAATTAATAATTTGAGATATGTATTTCAAAACTAATGTTTTTGAAAAACATATACAAATTTGAGACATAGTATGGACTAAATATATAAATTGAATAATTGCAAACATAGCAATTAGATTTATAATAACTAAAATCGGTTAAAATATATCATTAATATATATGTTGTAAATATTGATTTATATCATAGCATTTAATAGTTATACATTTTACTATATTTGTAATTTTTTATAAAAATGTTCACATATATTTAATTATTATTCATAAAATTTCCACCAATTATAATTATCTTATTAAAATTATAAAGATTAAAATATCCGTTTTCAAATTTGGGAGTAGGTTCAATTTTAATCTATTATTTTCAATTCTCAAATTTAGTCATTTTAACTTAATTTTTATAAAATTATTAAATAAATTATTTAAAAGTACAATATGTTAATATATGTTAAAAAAAAAGCTTATAGTAAAAGTCTTATAGAGTAAAAAGAAAACTTAGTTTAATAAAAATTGATATAACCTACGTCTAAACGTCTCAACATTAATTAATTAATGTATTAAAAAATTTTATTTAGAAATCAAAAAACTTTTTAAAGAGTAAATATATATATTTATTTATTTATTTACCAATTTTATAAATATTTTATATTTTTAAAAATGTTTTCGAACTTAAATTTGGAGATTGAATTTAGTATTTATTGAAATATATAGGAATGATAGATTTCATCTAAAAAGTGAAAAAACAGAAACGGTTTTTTGGTTTTTGTTAGACGGAAAAAAAAGGTGTGGGAGAGTGAAGTGAAGCAATAATGAATAAACGACGAAAAAAGAGAATTTATATCAACGAAATAAAAAAACACAAAAAACAAATTTTGGAAAATCAAAATCGAGAGGCTAATGGGGAAGACAAGTTGGTCTACTCCTCTGCTTTTCCAATCAAAACTCCTCTGTTTCTCTCTGTTTTACCTTTCCTCCTCCATCTTCCTCGCTCTCTACACTTCCTTATCTTCTTCCAAATGCCTCTTCCGTTCCTCCCCCTTCGATCCCATTCAGTTCTCTCTCTTCTCTTATCCCTCCTCCTATGGCCAACACAAGTACGCCGTTCCCACTCTCCGATCCTCTTGTTCTTCCCCTGTTTTCTTCTCAGGTAACTAATAAGCAATACATACCCCTTTTCACTTTTTCTTTTTTATCTTCCCTTTTTCCTCTCTTACTTATTTGTTTCTCAGATTATTGGATGGTTTTTAACGAGATCAAGACAATGCTGTCCAATTCCTCTTCCCCATCCTCCAATTTGAGCTACCTCCTTGCTAATTCCGATTCCTTCGCCGGCAATTTCACTGCCCATAAGAGATTTTCCTTCTTCCATTATCGAGATTCCGATAACGCTTCCGTTCCGATTCCTTGTGGGTTTCTCAAGAAATTTCCTGTCAGTGATTCTGGTATTACGAATTTCGGTTGCGATTTTTTAAAATATATATTTTTTATGTTCGTTTGTTTTAATTAACTAATTCTGTTTTGGTTACTCTGAAGATCGTATTGCTATGGAGAGTTGTAACGGTGTGGTTGTAGTTTCGGCGATTTTTAACGATCATGATAAAATTCGGCAACCGAGAGGCCTTGGATCGAAGACTTTGGATAGCGTTTGTTTTTTCATGTTTGTCGATGAAATTACGGTGAAAGGATTGGAGAATCATAAGATAGTTTCTGGAAAAAACACATCGCCGGATATAATAATTGGGGCATGGAGAATTGTAAGAGTTTCTAGCAAGAATCTGTACGAAAATCCGGCGATGAATGGCGTAATACCAAAATATTTAGTTCATAGACTGTTTCCGCATTCTAAATTTAGTATATGGGTGGATGCAAAGCTTCAGTTAATGGTGGATCCATTGTTGTTGATTCATTCGTTGATTATTACTGAGAATGCAGATATGGCTATTTCTAAACATCCTTATTATATTCACACCATGGAAGAAGCCATGGCCACTGCTAGATGGAAGAAATGGTGGGATGTTGATTCTTTGAAGAAACAAATGGAAACTTACTGTGAAAATGGGTTGAAACCATGGAGTCCCAATAAGCTTCCCTATACCACAGGTAACCTCTCATTTCAACTTCTCCCTCATCTTTTTACAATAACATATGATACCTTACCGATCAAGATAAACCGTCATATTTTACTAATACCTACAATTTTTTAACTCACAAACTTTTTTTGTAATATTGATGAATTCCATGTTACAAGTTAAAATGTGAGCATAACTCATTAGATACACATTGAACAAAATTTATCTATATTATTGATGAAATTTGTTAAAGTTAAGTAGACTTAGATGTGTTTTAGTTCATAATTGCCTTTAATGTATGAATGAGTCCCTTGGAAAGTTTTTTACTTTGTTTTATTTTTCTTCACTCTTTGTAAATCACATATTCAAATATAGCATCTTATAGTTTAATTTAAGTCAACCAAAAATTGTCTTTTATTTTTTATTTTTTTTTAAAACAAAGTAGTGTTTAATTTTTATTTTATCCCTATAGGAGCTGGCATTGGCATTGAACCTAATAAATCAAAAGCAATAGAAAGATTCCAACTAAAATTCTCTATTGTGAAATTGTCCACTTGCATTTTGTTGTGAAATGATCAAATTGGATTGATTAGGTTAAAAGCTTCTAAACTATTATTTAAATGTGCATACTTTTTTGGCTTTGGCTATGGCTATGGCTTTGGCTTTTTGCCTTTTGTATGTTTGTAATTTAAGGCTTGGGAGTTACGTCTCATGCATATCATGCCCCTTTCCCACCGCTTTCTTGCTTAAACCCCAAATCATACCCTATCATCAAAACTATATATTATATGTATTGTGAAAATCATAAATGTAATCTTCAATTCAAAACTCAATAAAATAGGTATATAATACTAAATAAGAAAACTATGGTTTTTTCATTTCAAAGTGTTATAGCATTAGGTATCATTTCTTTTTATAGACTTGTTTCTATTTAGTTCATACGTGGGCAGACCTATTAATTGTAGTTAATTTGTTTATAACAAATATAAGTATAATTCAAATGGTTATTACATATATTTGAATCCCTCACGAGTTAAAAAAAAATACAAAAAGATGTGGGTTTGATGTAAGAACATAAGACAAAAGGGATAATGAGTTATTGGGAGCAGATATACTTCCTCTGTGATTAGAATATTGGTCTCTCTTTGATCCACATGGAATCCTGAAGACCTAACTCATAATTTCTCTTTGTTTTATTATTTGAAGTCTACGTAACTTTCTTTATCCTGTTACTATTATTCTTTTATTGTTTTGTTCAACTCTACCATTAATGGTCGATCTACTCTTTCAATATTTACTTTACAGATTCTCGAAGAGCTCCATTTTTCAATGCTTTATGTTTTGTTCAACTCGTATATTATTATAAAATATTTAGGGTTATTTGATAGACATGAATGGATTGATGAATATTATTATTAAAAATGAATTAATTAAGGATGTATTAATAATGTTTACAGATGTACCTGATAGTGCTTTAATCTTGAGAAGACATGGAAGGGGAAGCAACCTATTCTCATGCCTTTTGTTCAACGAATTGGAAGCTTTCAACCCAAGAGATCAGTTGGCTTTTGCATTTGTGAGAGACAATTTGACCCCATCAATCAAAATCAACATGTTTGAAGGAGAAGTTTTCGAACAAGTTGCTTTGGAATATAGGCATAATCTCAAAAAGACAAGATATACTGGGCCTGAATTGGACCCCCAAATCTCCAAGCCCAAACGAACCAAACGGGCCGGCCCTGATTTGTTGTATGTCAATGGCAGCTGTTGCAGCAAGTGCCTTAACTATCTCCTCCTCATGTGGGGTGAAACCGAAAATGATCTTTCCTGATTTTCATATAACGACGCCGTTTCCAACCTATTATTAAAAATATAGTTTATATATATATAAAACGTGGAAAAAAAAAAACATTATAACTTATAATATTGAGGATTTTTTTTTTTCTTTTCAACCTTCAAGCTTTTTATTTGACCAAACTAGACCATTTGACTTATTCCAATTTTTAACTTCATATTCAATATTTTCTAATTCACCATTCAAATAATCAAAAGTGGGTAAGTTCTCACTTAATATTAATAAAATTAAATTTTAGAAATTTCAGGTTCAACAAAATCTTGGTTTTGTTATTAGTTTTGGATGAAATTGAAAATTTAGGAAAATTTGATTTGAAAAATTTTCAATATGAAAGTGAAATTTATGAATTCGCCCCGAAAGAAAACAGAATCTAAAAAGTACCCAAAGCGGACAATAAATACAAACCCTTCAATCGAGAAAACGAGAATTACCGAATCAAAACCTCAGTCGTAATGACGACGCAACTTGCGACTCACAGAGCCGACGCCGAGATCTACTACGGCGACGCTATCTGCAAGCAAAAATCTCAGGATCTTCTTGATCAATTCTTCCTTCCCCGCGGCCTTCTCCCTTTAAACGACATACTTGAGGTCGGCTACAATCGGACCTCCGGTTTCATTTGGCTCAAGCAGCAGAAGAAAAAAGAGCACCGGTTCCCCGCCATTGGACGCACTGTCTTGTACGACACGGAGGTCACTGCCTTCATCGAGGAGCGACGCTTCCGCCGTCTCACTGGAGTTAAGAGCAAGGAGTTTTTCCTTTGGATTACCGTTTCTGAAATTTATGTTGACCAACAGAACACGAGTAAGATCACCTTCGGTACTTCGACTGGAATTGCCAAGTCCTTCCCGGTTTCTGCGTTTCTGATTGAAGAAGAAACTGATCGGAAGAAGTGATTGAACAAAAGAATCGGTGAGTTTTTCGTAATTATGAGTCAATTCGGGTATGGATACATTCAATATGAATAATTTGATGGTATATGATGAATAGAGAATAAACTAACTTAAAACTAGGGCACAATTATCCTGCTTATCTTAGTTCAAACAATCTGAATTCGATTGGAGGAAAATGAAATTACAGATGTCTTCGTTGTAGAAGTAGAAATTACTCTCTGACTTCGAGTTTGAATTAAATCTCAATTGTAGACTCCATGTACTTTGTTGTGAAATATACCACTGTTAATCGATTTACCTAATCGAACCGATCTTCAAATTGATCATCGTGCTGGTGACTTTCATCTTTTGGAATTGGTAGAGATGGAAATTTCATAATTTAGTAATAATCTTGTCGAATGATGAAATCTTCCAGCTGTTTTAGTAATCTTCAAATGCTGTTATTCAATTGAAGAACTTAAAATCCAGAAATAACCAAGGTGAAATTTCTCGCCTGAGAAAAGAATGAAGCATTTTGGCATAATTCATATTCTGGAATCTTGTTTTGTTCTTATGTAGTGGCAAATTGGGATAATCAATGATGGCAACCCATATAGTATATGTATTGGGAATTTGAAGCCCAAAATGAAGATGGTGTTAATTTAATTATGATATGATTATCCCAAAAGCTGATAGTGTTTTAATATTGAATTTGTTTGTGTATGAACATTGGTAGAGTGAGTGAGTATTAAGCAGGCCCATAGATCTTGCTGAAGCTGGGCTCTAGCAGGATGAACATTTTGCATAGAAAGAGTTTGTGTGTTAATTACTCATATTTGGTGTTTCTAATCCTCTGAGGGGAAATAACAAGTTAGGCTAAACATTATTTAACCACTTGAAAATTCATTCTAAACAAGTTCCAATTTTAGTTTCATTATGATTATGATGGAGTTCAAGTTGATCGATCATTTGATTTTGCTCTTTTCTTTAATTCCAAGAAAAACAAATATCAATTTTGGGTATTTTTCAACCACATCAAAGCCAAAGTATTCTATGGAAACCTAAACCTACTTAGATCACAACTTCATTTTCCATTCCTTTTACTCTAAATTCTATATTTTCAAGTCAATACGAACATAATTCAAATTTTAAGAACATTTAGATTCATTTATACACAACTAACTTTGTTTTATAACTTGTCCACAAATTTTCGTTTATTATATTTAATGATGTTCTTCCAAAACTTTTGAATTAATTTATACTCTAAACTGGCATATGATTAAAAATATTTACACTATAATTATTCAATTTCATCCATTTGAATCTTAAATTGAAATAAATTGAGCAATTTTTACTGGTTTCTTATCTTAATTAAATTCACCTCTAAATTAAATAATTAATAAAAAAATCATTCTAAAACTAAATACTATTTTATATTTTACTAATATATAATCTAATACTTTCTATCAAATTAAAACATGTACAGAAGATTGTAGGTAAGAATTGATTGTTGGGCCCTAAAAAAAGAATATAAAAGAATAAGAAAACATGAATTGTAGTGAAAATTTGATGGATGTGTGGATCTATACGAACGTACATCTCGAAAAAGGCGAATTCCATATATTTCATTTCATGCATGAGTGCACGCTACGAAAATCAAATTCCAATAACCTAAGCAACTTCACATGCCCTTCTTTCCTTCCCTAGTTTCCCTCCTTCAAAAAACTTACCATTTCATTTAATTATATCCCACGTTCTTTATTAATTAACTTAATTCCCTCCCTATCTAAACCAAACAACTGTATGCTCTCATTTTTCCCTTTCAAACTTTGTCTAAAATCACTTATCTATTTCTTTGAAAAGCACTTATGAACCGAAGATAATTTACAAAGTTTCACATTTTATTAATCATTAATAACATCGATATGTTATCTCCTAAGTTAGAACTTTAATTACTCCTCACTCTAGGTCTCTAAAAGACTAAAACTCTCCCGTTAGAGATGCACTCTCCAATGCTATGTAAGTTTTTCCAGAAGTATATAAATAACTTGTTTTTATCTAAAAATCTGGAGAGACAGCTTATAGTTAATCCAAGAAAATAACTTTTCAAATTCCTAGATTTCTATATTGTACACAATTACGTTCTAAATAATATACAAAAAGAGAGAGAAGAAGAGAAGAGTAATGGTTTTCCTTTTTTTCTTCTATATATTTATATATGGAGACCATGTTACACTGTTTAATTTGTCACAATTTCAAGAAGGGGGAGATTTTATAATAGAATAAAAAAACAAAAGCAAGAAACTTAGCTGAAACCCACCTGAAAAAGAATGCCCAAATGGATAAAAGAGGCAGATCAATAATCAAGGGCGATCAAGATGGCAGTAAAAAGCAAGAGATGAAGATTGAGGGTTTTCGTTATGACAAGGCGAAGAACCAGAAGGAGGAACAAATCCCTTTGGAAGCATTGCAGAGAAAGCACTTCCTTTATCATTTTTATTTCTATTATTACTGCTTTTAAACCCGCCCGGAAGTACTACAACCTTCTTTTTGATCTTCTTGCTTATCTTGTTAATTTGGATCTCCATTTCTAATTTGTTGCTTCTGTATTCATGATGATGATGATGATGATCTACTTCTCGCCGTAGTGTGGTGATTGGGCTGCCATGGACAACGGTGGTACGGTGGCGGACGTTGTTTGATTCATGGGCGGGAAGGGGTTTAAAGGAAGAGGTGGTGGAAGTTAGGAGGAAGAAGAGAATGAGAGAGAGAGAGATTTGAAAGAAACAAAGGTAATTTGGTGATGAGAATGAAGAGGGAATCTTGAAACCCATTTTTCACTTTTGAGAAAGAGAAATCAAAAGGGTTTTAATTTGGATGTTATGGTGACGTGTAAGTTTCATTTTGTGTGCAAAAATGGTACGAGAGAGCCAAATTTTTAATGGAGAATGAGAAAGAAAGAGAAGATTTTATTCGAGGGAGAGGTGTGTATATATAATGAATGATGTATATGTAGAGATGGATGGGGGGTTTTAGTTTATATTATTTGTTGTTGAGAAATGAGTTTAATGTTGTAATTTGGTCCCCTATTTATTGGGTCAAACAAAAAGAAATGTCAACTATACATAGGTTCTAATTAAAGTTAGTGTATTAGGTTATTGGATGAAAAAGTTATTCTATGATTGATGTTAGAATGAAGATTTGAAAATCTATATATACATCACACGAATAATTAAAAATACATTTTTAGTTTTTCTTTTATATACAACGATGTAAAACTGTCAATCACAAAAACTAAACAATAAATTAAATGAAACAAAAAAGATTAAAAAACGGTAGAATCTCCACTTTGATATTTGTGACGTGTGACAAACTCATAAGATAAAAGGAAACTTGTTAAATTTAATTGCTTGCATGTTCAATTATGCTAAACTTGTAAAAATTATTCATTAACTAATTTTAAAATTTTATTTTAAGAAATACTTAAACGAGGAATGTTCAATAATTACAAATCATAGTAATATTGATAGTCAGTCATAAAAAGTCATAAAAGTCAACGATAGAATCTAAATATTTGGTAAATATTTTAATTTATTTTTCTATTTAAACAAAATTATTATTTAAATTAATTTTAATTTAGAAATTTGTTCATAAATAAAAAAAAATGAATTATTTAAAAAAAAAAAAAAAAAAGGAAAAGTGTTTATTTGATCGATATAATTATTATAAATGGAGGGTATAAATTGATTGTTCTATTCCCATTTCCTACTTAATGCCAAATTGTGATGTTCGCGGAATAATAATTATTTGTTTCAAATTTCGTTCATCTTCTTCCTCTCCTCTTCTCTCTCTCTCTATACGACCCGTAGACCTTCACTTCTCGTGGTCTTTTAATCCATACTTGCAATTGCCGCCAATCAATTTCCCGCTCAAAATTTCCGATCATTTCTACCGGTAATTGTCGATCGGACGATGTAAGAAGAGGTATTAGGAATCCGTTGCCATTTTTAAATCTCCGCGTCTCTCTCTCTGCAACTCAGGCCTCCGTGCGTAGCGGAGAGGAGGCCAACCGTACGAAAGCCCTAGAACGTGATCTAATTGAATATGTCGAGTTCTCTACCTTACTCTGTCAAGGATGTTCACTACGACAATGCTAAGTTTCGACAGAGATCCTACGTCAAGGTTTTTCTATGCTAGATCTTGACTTAATTGCTCCATTTCGATTTCATGAAATCTGATTGCTTATCAGGCACTCCATGTGTGCGATTTTTTTTATTCGATTAGTGTTTGGATGAATTGGTAGCTTTCTAGTTACATTCTAGCAACGATTATTGCTTAATAATTGTTCGTTCCTTGAACTTTGATTGTGCCTGGAAAAACTTTAGATTCTCGAGGTGAAAATTTTATTGCCGATTCCATTTACTTTATTTTAAGACTGCGATGTTCATTCTGGAATGGAGGTGGCTCGGGGGAGGATTAAAAACTCGACGGAAATGATATCCGGATTTGTTTGAATAGTCATTTTCGTCGGAAATGCGTGCATAACTGGTGTAAATTATCATAGAAACGCGAGACTGAAGATACTTGTGTTTTGCGAATTTGCCAGGAGCTATGTTGCCAGTTTAGATCCTATGGTTACTTGTTGGTTTGTTGTGACCGCTGACCAACCTTTAATCTGTAGCGTGATGGATACTAGGTCATCGGTGATTGTTGTGAAAGCACACAACGTCGTTCGTAAAAGTATAATCTGTGATGGGTGGTTATACACGTTGTCTTCTTCTACTGTAAATTTCAGACTTACCAATACTTTTGGATGACTGCCCAGACAATATGAAAGAACCATAGAAGATCAATTTTCAAGGAAGAATAATTCTAGAGAATACTTTTAGTGACAAGAAATTTCTCCCTCCAAATTTCTCCTTACATGTTGAACTGCTCGTCTAGAACGTGGGACATGCAACTTATTTCCAAAATACTCGTCCCATGTTGTGAGATCATTGTGATCGGTAACTCTGGGAATTTGTACGGTTTTAATTATCTTAACACGGAATATAGTGGCCTAATAATTTTGTATTTATTTATTTATTATGTCATATCCTAGTAAAATAAAGATCTTATTTTGGTGGTACAAAAATTAGATTTTATACAAAAGGAAGTGTATTGTTTGAACTAATCCTTATTGGTTACAGACTGCACTTATCAGAATCTTCCATTTATGGGATCAACCCAGAGTTATTTGATAGGGATGTACATTATTTGTTATGAGTTATGACTCAAAGTTCTCATCTCGTTTTCTCAGGTGATGACTCAGAATTTACTCACTGGTAGCAGAAAACGTGATTATCTAAGTTGTAGCACAGGAAAATTTCTTGTATTACTTTTGATCTTCGGTTTGGCATATCTTTTATTGACAAGTGCTACTCCTGTCCATGTTCCCAACCAACTTGCCAAAGTTAGCGAGAATAGTGAGAAACAAGAGATTAAATATAATGGTGGCATCAACTTCAGGAACTTATGGAGGAAAGCTCCTAGGCTTCCCCCTCAATTACCACCAGATGAAAAAGGTAGCAATACTAGCTATCATATCGATCCAAACACGTTAATCTCTGAGTCTTTATGGATTTCAAGGCAACAGAAAGTAAAGGATGCTTTTATCCATGCATGGTCCGGCTATAAAAGGTATGCAATGGGGTATGATGAACTTATGCCACTGAGCCAGCATGGAACCGATGGGTTAGGAGGTTTAGGTGCTACAGTTGTGGATGCCCTTGACACTGCCATGATAATGGGCGCTAGTGATATTGTCTCTGAGGCAGGCTCATGGATTGAAAAAAACCTTATGGATAGAATTAAGGAAAAAGGACAAGTCAATTTATTTGAAACTACCATACGTGTCCTAGGTGGTCTCTTGAGTGCATATCACTTGAGAGCTGGAGAGTATGGGAAGACCTTTGGAAATGAAGGACCCAAACCTGCTGTTTATCTAGAAATTGCGAAGAACTTGGCTGATCGTTTGCTAAGTGCTTTTACCTCCAGTCCAACTGCTATTCCTCTCTGTGATGTTGTTTTAAAAGATTCCTCTGCCCATGCAGCTCCTGGTGGATCAAGTAGTACATCCGAAGTATCCACTTTGCAGCTGGAATTTAATTATCTTAGTACTGTTTCAGGCGACCCAAAGTATTCAATTGCTGCT

mRNA sequence

TACCTTCGACGGGGACTCTACTCTGCAAGAGACTTTTTTCAGGCACTGAAGAATTTTTATCAAAAATTTAATGTCCAAACCAAATATGGACCAAGAGCTGGTGCCACAGCGTCGAGTTTCATCATTTCAGGCGTCGGTCTCGTGTTGGTTTATTTCGTTACTCGGATATTAAAGAAGAAAAATTCCCAGCGTGTTTTTACAAGGTCGATATCCATTGGAGCTCTACATGGTGGCAAAATAGCCATGAAAAGATTGCTTCAATTCCAAAAAATGAGAGCCTCCTCAGAAAACAAAGATAAATTTCTAAAGAAGTTGGACACAAAGATCAAGTTGGACACAGGGATCGACTCAGAATGTCCTGATTTCCTGAAGATCCAGAACATTGTGACGAAGCTGGAAATGTTAGGACAAGAAGATAAAGCTATTGAAAAATTAAAAAATGCCGCAGAAGAAGCTAAGAAAAAATCACTTCCACTATACGAACATGAATATCAGATGCTTCTCGTGGAATTATACATTTACAAGGGAGACTTGGTAAAGGCAGAAGAACTTCCATGCTTGAAGAACGATGCCACTTCAGACGTTCGGCGTCCATTATATAAGGCTATAATTAAAGTGTTGCGGAATGAGACCCAGGAAGCAATTAAAGAATGGGAAGAGTTTAGAGAAATGAGAAGCGCTTTCCTACTACCACCTGACGTTAAAGACTCTCATTTTTACGCTCTCTTGGCCAATTTCGACAGCTTTAAACTAGTCGTCCAGGTGCTCAAAGAAGACATTTTCAAAAAGCCCCGAGCAAAATTTTAAAATCAACCAAAGCGAACAATCTAATTATAAGCCTTAACTATATATGTGTGTGTGTGTTTCTTCATGGGGTAGAAATTAGAATATGAATAATTGAGGAAATCCCAAATAACAAAAATAAAATGGAGGTGAACTTTGAATACCTCTTGTGTATTTTAAACATTATTTACAAATATATAGAGAAGTTGATTTGTAAATCAATTAATTATTCAATTGCTGCT

Coding sequence (CDS)

TACCTTCGACGGGGACTCTACTCTGCAAGAGACTTTTTTCAGGCACTGAAGAATTTTTATCAAAAATTTAATGTCCAAACCAAATATGGACCAAGAGCTGGTGCCACAGCGTCGAGTTTCATCATTTCAGGCGTCGGTCTCGTGTTGGTTTATTTCGTTACTCGGATATTAAAGAAGAAAAATTCCCAGCGTGTTTTTACAAGGTCGATATCCATTGGAGCTCTACATGGTGGCAAAATAGCCATGAAAAGATTGCTTCAATTCCAAAAAATGAGAGCCTCCTCAGAAAACAAAGATAAATTTCTAAAGAAGTTGGACACAAAGATCAAGTTGGACACAGGGATCGACTCAGAATGTCCTGATTTCCTGAAGATCCAGAACATTGTGACGAAGCTGGAAATGTTAGGACAAGAAGATAAAGCTATTGAAAAATTAAAAAATGCCGCAGAAGAAGCTAAGAAAAAATCACTTCCACTATACGAACATGAATATCAGATGCTTCTCGTGGAATTATACATTTACAAGGGAGACTTGGTAAAGGCAGAAGAACTTCCATGCTTGAAGAACGATGCCACTTCAGACGTTCGGCGTCCATTATATAAGGCTATAATTAAAGTGTTGCGGAATGAGACCCAGGAAGCAATTAAAGAATGGGAAGAGTTTAGAGAAATGAGAAGCGCTTTCCTACTACCACCTGACGTTAAAGACTCTCATTTTTACGCTCTCTTGGCCAATTTCGACAGCTTTAAACTAGTCGTCCAGGTGCTCAAAGAAGACATTTTCAAAAAGCCCCGAGCAAAATTTTAAAATCAACCAAAGCGAACAATCTAATTATAAGCCTTAACTATATATGTGTGTGTGTGTTTCTTCATGGGGTAGAAATTAGAATATGAATAATTGAGGAAATCCCAAATAACAAAAATAAAATGGAGGTGAACTTTGAATACCTCTTGTGTATTTTAAACATTATTTACAAATATATAGAGAAGTTGATTTGTAAATCAATTAATTATTCAATTGCTGCT

Protein sequence

YLRRGLYSARDFFQALKNFYQKFNVQTKYGPRAGATASSFIISGVGLVLVYFVTRILKKKNSQRVFTRSISIGALHGGKIAMKRLLQFQKMRASSENKDKFLKKLDTKIKLDTGIDSECPDFLKIQNIVTKLEMLGQEDKAIEKLKNAAEEAKKKSLPLYEHEYQMLLVELYIYKGDLVKAEELPCLKNDATSDVRRPLYKAIIKVLRNETQEAIKEWEEFREMRSAFLLPPDVKDSHFYALLANFDSFKLVVQVLKEDIFKKPRAKF*NQPKRTI*L*ALTIYVCVCFFMG*KLEYE*LRKSQITKIKWR*TLNTSCVF*TLFTNI*RS*FVNQLIIQLLX

Homology

[Close]

BLAST of Chy2G024120 vs. ExPASy TrEMBL
Match: A0A0A0KLZ3 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_6G523380 PE=4 SV=1)

HSP 1 Score: 474.6 bits (1220), Expect = 3.6e-130
Identity = 242/261 (92.72%), Postives = 253/261 (96.93%), Query Frame = 0


Query: 8   SARDFFQALKNFYQKFNVQTKYGPRAGATASSFIISGVGLVLVYFVTRILKKKNSQRVFT 67
           S  DFFQAL NFYQKFNVQTKYGPRAGATAS+FI+SGVGLVLVYFVTRILKKKNSQRVFT
Sbjct: 8   SVEDFFQALNNFYQKFNVQTKYGPRAGATASTFIVSGVGLVLVYFVTRILKKKNSQRVFT 67

Query: 68  RSISIGALHGGKIAMKRLLQFQKMRASSENKDKFLKKLDTKIKLDTGIDSECPDFLKIQN 127
           RSISIGALHGGKIAMKRLLQFQKMRA+ ENKDKF+KKLD++IKLDT I+SE P+F KIQN
Sbjct: 68  RSISIGALHGGKIAMKRLLQFQKMRANPENKDKFMKKLDSRIKLDTKIESEHPNFTKIQN 127

Query: 128 IVTKLEMLGQEDKAIEKLKNAAEEAKKKSLPLYEHEYQMLLVELYIYKGDLVKAEELPCL 187
           IVTKLEMLGQEDKAIEKLKNAAEEAKKKSLPLYEHEYQMLLVELYIYKGDLVKAEELPCL
Sbjct: 128 IVTKLEMLGQEDKAIEKLKNAAEEAKKKSLPLYEHEYQMLLVELYIYKGDLVKAEELPCL 187

Query: 188 KNDATSDVRRPLYKAIIKVLRNETQEAIKEWEEFREMRSAFLLPPDVKDSHFYALLANFD 247
           KNDATSDVRRPLYKAIIKVL+NETQEAIKEWEEFREMRSAFLLPPDVKDSHFYALLA+FD
Sbjct: 188 KNDATSDVRRPLYKAIIKVLQNETQEAIKEWEEFREMRSAFLLPPDVKDSHFYALLADFD 247

Query: 248 SFKLVVQVLKEDIFKKPRAKF 269
           SFK VVQVL+EDIFKKPRAKF
Sbjct: 248 SFKRVVQVLREDIFKKPRAKF 268

[Close]

BLAST of Chy2G024120 vs. ExPASy TrEMBL
Match: A0A6J1CZJ5 (uncharacterized protein LOC111015701 OS=Momordica charantia OX=3673 GN=LOC111015701 PE=4 SV=1)

HSP 1 Score: 292.0 bits (746), Expect = 3.3e-75
Identity = 155/263 (58.94%), Postives = 199/263 (75.67%), Query Frame = 0


Query: 6   LYSARDFFQALKNFYQKFNVQTKYGPRAGATASSFIISGVGLVLVYFVTRILKKKNSQRV 65
           L  ARDF   ++NF + F +QTKYG  A A ASS IISG+GLVL+Y  T+  ++KN +RV
Sbjct: 6   LDDARDFLLIMRNFLKSFKIQTKYGTSAAAAASSVIISGIGLVLIYVYTQRKREKNDRRV 65

Query: 66  FTRSISIGALHGGKIAMKRLLQFQKMRASSENKDKFLKKLDTKIKLDTGIDSEC-PDFLK 125
           F RS+SIGALHGGK+AMKRLLQ+QKMRA+ +N+D+ L+KL+  IK       +C PDF K
Sbjct: 66  FMRSMSIGALHGGKLAMKRLLQYQKMRATEKNQDQVLEKLEKMIK-------DCAPDFAK 125

Query: 126 IQNIVTKLEMLGQEDKAIEKLKNAAEEAKKKSLPLYEHEYQMLLVELYIYKGDLVKAEEL 185
           +Q+IV KLEM GQEDKAIE LK AA+EAK+ SL  YE+EYQ+LLVE+ IYKG++ +AE  
Sbjct: 126 LQSIVAKLEMRGQEDKAIEILKKAAKEAKENSLLHYEYEYQILLVEMLIYKGNIGEAERA 185

Query: 186 PCLKNDATSDVRRPLYKAIIKVLRNETQEAIKEWEEFREMRSAFLLPPDVKDSHFYALLA 245
            CL  + TSDVRR LYKAII+VL N  ++A ++WEEF+EMRS FLLPPDVKDS FY L+ 
Sbjct: 186 SCLNQEETSDVRRSLYKAIIQVLLNNPKKAKEKWEEFKEMRSRFLLPPDVKDSQFYKLVT 245

Query: 246 NFDSFKLVVQVLKEDIFKKPRAK 268
            F+ FK VV +L +DI ++ + K
Sbjct: 246 EFEMFKQVVDLLGKDIEERNKEK 261

[Close]

BLAST of Chy2G024120 vs. ExPASy TrEMBL
Match: A0A6J1EIU2 (uncharacterized protein LOC111433729 OS=Cucurbita moschata OX=3662 GN=LOC111433729 PE=4 SV=1)

HSP 1 Score: 288.1 bits (736), Expect = 4.8e-74
Identity = 149/259 (57.53%), Postives = 194/259 (74.90%), Query Frame = 0


Query: 9   ARDFFQALKNFYQKFNVQTKYGPRAGATASSFIISGVGLVLVYFVTRILKKKNSQRVFTR 68
           ARD F  +KNF + F +QTKYG  AGATASS IISG+GL+L+Y  T+  K+K +QRVFTR
Sbjct: 9   ARDVFVMMKNFLKSFKIQTKYGTTAGATASSVIISGIGLMLIYAYTQRKKEKKTQRVFTR 68

Query: 69  SISIGALHGGKIAMKRLLQFQKMRASSENKDKFLKKLDTKIKLDTGIDSECPDFLKIQNI 128
           S+SIGALHGG+IAMKR+LQ+ K+RA+ E +  +L+KL+     DT      PDF  IQ++
Sbjct: 69  SMSIGALHGGRIAMKRMLQYHKIRANQEIQHDYLEKLENMTNTDT------PDFPHIQDV 128

Query: 129 VTKLEMLGQEDKAIEKLKNAAEEAKKKSLPLYEHEYQMLLVELYIYKGDLVKAEELPCLK 188
           + K+EM+GQEDKAIE LK A +EAK+KSL  +E+EYQMLLVE  IYKGD+ +A +  CL 
Sbjct: 129 LAKMEMIGQEDKAIEILKKAVKEAKEKSLSYHEYEYQMLLVEALIYKGDIEEAAKAECLN 188

Query: 189 NDATSDVRRPLYKAIIKVLRNETQEAIKEWEEFREMRSAFLLPPDVKDSHFYALLANFDS 248
           +D  SDVRR LYK II++L N  Q+A +EWE+FREMR  F LPPD+KDS FY L+ +F+ 
Sbjct: 189 HDEPSDVRRLLYKTIIELLLNNPQKAEEEWEKFREMREQFFLPPDIKDSGFYKLVNHFED 248

Query: 249 FKLVVQVLKEDIFKKPRAK 268
           FK VV +LK+DI +K + K
Sbjct: 249 FKRVVDLLKQDIDQKKKTK 261

[Close]

BLAST of Chy2G024120 vs. ExPASy TrEMBL
Match: A0A6J1KTB7 (uncharacterized protein LOC111497439 OS=Cucurbita maxima OX=3661 GN=LOC111497439 PE=4 SV=1)

HSP 1 Score: 287.3 bits (734), Expect = 8.2e-74
Identity = 150/259 (57.92%), Postives = 194/259 (74.90%), Query Frame = 0


Query: 9   ARDFFQALKNFYQKFNVQTKYGPRAGATASSFIISGVGLVLVYFVTRILKKKNSQRVFTR 68
           ARD F  +KNF + F +QTKYG  AGATASS IISG+GL+L+Y  T+  K+K +QRVFTR
Sbjct: 9   ARDVFLMMKNFLKSFKIQTKYGTTAGATASSVIISGIGLMLIYAYTQRKKEKKTQRVFTR 68

Query: 69  SISIGALHGGKIAMKRLLQFQKMRASSENKDKFLKKLDTKIKLDTGIDSECPDFLKIQNI 128
           S+SIGALHGG+IAMKR+LQ+QKMRA+ E +  +L+KL+     DT      PDF  IQ +
Sbjct: 69  SMSIGALHGGRIAMKRMLQYQKMRANQEIQYDYLEKLENTTSTDT------PDFPHIQTV 128

Query: 129 VTKLEMLGQEDKAIEKLKNAAEEAKKKSLPLYEHEYQMLLVELYIYKGDLVKAEELPCLK 188
           +TK+EM GQEDKAIE LK A +EAK++SL  +E+EYQMLLVE  IYKGD+ +A +  CL 
Sbjct: 129 LTKMEMRGQEDKAIEILKKAVKEAKEQSLSYHEYEYQMLLVEALIYKGDIEEAAKAECLN 188

Query: 189 NDATSDVRRPLYKAIIKVLRNETQEAIKEWEEFREMRSAFLLPPDVKDSHFYALLANFDS 248
           +D  SDVRR LYK II++L N  Q+A +EWE+FREMR  F LPPD++DS FY L+ +F+ 
Sbjct: 189 HDEPSDVRRLLYKTIIELLLNNPQKAEEEWEKFREMRRHFFLPPDIRDSGFYKLVNHFED 248

Query: 249 FKLVVQVLKEDIFKKPRAK 268
           FK VV +LK+DI +K + K
Sbjct: 249 FKRVVDLLKQDIDQKKKTK 261

[Close]

BLAST of Chy2G024120 vs. ExPASy TrEMBL
Match: A0A5D3CMZ4 (Uncharacterized protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold255G009020 PE=4 SV=1)

HSP 1 Score: 261.9 bits (668), Expect = 3.7e-66
Identity = 136/178 (76.40%), Postives = 154/178 (86.52%), Query Frame = 0


Query: 91  MRASSENKDKFLKKLDTKIKLDTGIDSECPDFLKIQNIVTKLEMLGQEDKAIEKLKNAAE 150
           MRA+ E KDK+LKKLDTK      I+S+ PDFLK+QNIV KLEMLGQEDK IEKLK AAE
Sbjct: 1   MRANPEKKDKYLKKLDTK------IESDLPDFLKLQNIVAKLEMLGQEDKVIEKLKIAAE 60

Query: 151 EAKKKSLPLYEHEYQMLLVELYIYKGDLVKAEELPCLKNDATSDVRRPLYKAIIKVLRNE 210
           +A +KS PLYE+EYQMLLVELYIYKG+  KAEELPCL N+  SDVRRPL+KAIIKVL NE
Sbjct: 61  KA-EKSFPLYEYEYQMLLVELYIYKGEFAKAEELPCLNNNDNSDVRRPLFKAIIKVLLNE 120

Query: 211 TQEAIKEWEEFREMRSAFLLPPDVKDSHFYALLANFDSFKLVVQVLKEDIFKKPRAKF 269
           TQEAIKEWEEFR++RS +LLPPDVKDS FY LLA+FDSF+ VV+VL+EDIFKKPRAKF
Sbjct: 121 TQEAIKEWEEFRKLRSDYLLPPDVKDSQFYTLLADFDSFERVVKVLREDIFKKPRAKF 171

[Close]

BLAST of Chy2G024120 vs. NCBI nr
Match: XP_004134647.2 (uncharacterized protein LOC101211314 [Cucumis sativus] >KGN49397.1 hypothetical protein Csa_004246 [Cucumis sativus])

HSP 1 Score: 470 bits (1210), Expect = 7.83e-165
Identity = 242/261 (92.72%), Postives = 253/261 (96.93%), Query Frame = 0


Query: 8   SARDFFQALKNFYQKFNVQTKYGPRAGATASSFIISGVGLVLVYFVTRILKKKNSQRVFT 67
           S  DFFQAL NFYQKFNVQTKYGPRAGATAS+FI+SGVGLVLVYFVTRILKKKNSQRVFT
Sbjct: 8   SVEDFFQALNNFYQKFNVQTKYGPRAGATASTFIVSGVGLVLVYFVTRILKKKNSQRVFT 67

Query: 68  RSISIGALHGGKIAMKRLLQFQKMRASSENKDKFLKKLDTKIKLDTGIDSECPDFLKIQN 127
           RSISIGALHGGKIAMKRLLQFQKMRA+ ENKDKF+KKLD++IKLDT I+SE P+F KIQN
Sbjct: 68  RSISIGALHGGKIAMKRLLQFQKMRANPENKDKFMKKLDSRIKLDTKIESEHPNFTKIQN 127

Query: 128 IVTKLEMLGQEDKAIEKLKNAAEEAKKKSLPLYEHEYQMLLVELYIYKGDLVKAEELPCL 187
           IVTKLEMLGQEDKAIEKLKNAAEEAKKKSLPLYEHEYQMLLVELYIYKGDLVKAEELPCL
Sbjct: 128 IVTKLEMLGQEDKAIEKLKNAAEEAKKKSLPLYEHEYQMLLVELYIYKGDLVKAEELPCL 187

Query: 188 KNDATSDVRRPLYKAIIKVLRNETQEAIKEWEEFREMRSAFLLPPDVKDSHFYALLANFD 247
           KNDATSDVRRPLYKAIIKVL+NETQEAIKEWEEFREMRSAFLLPPDVKDSHFYALLA+FD
Sbjct: 188 KNDATSDVRRPLYKAIIKVLQNETQEAIKEWEEFREMRSAFLLPPDVKDSHFYALLADFD 247

Query: 248 SFKLVVQVLKEDIFKKPRAKF 268
           SFK VVQVL+EDIFKKPRAKF
Sbjct: 248 SFKRVVQVLREDIFKKPRAKF 268

[Close]

BLAST of Chy2G024120 vs. NCBI nr
Match: XP_038882985.1 (uncharacterized protein LOC120074072 [Benincasa hispida])

HSP 1 Score: 312 bits (800), Expect = 1.34e-102
Identity = 162/259 (62.55%), Postives = 203/259 (78.38%), Query Frame = 0


Query: 9   ARDFFQALKNFYQKFNVQTKYGPRAGATASSFIISGVGLVLVYFVTRILKKKNSQRVFTR 68
           ARDFF  + NF+  F VQTKYG +AGA AS FIISG+GLVL+Y  T+I+K+KN QRVF R
Sbjct: 9   ARDFFLTMSNFFHNFKVQTKYGTQAGAAASGFIISGIGLVLIYVFTQIIKEKNDQRVFIR 68

Query: 69  SISIGALHGGKIAMKRLLQFQKMRASSENKDKFLKKLDTKIKLDTGIDSECPDFLKIQNI 128
           SIS+GALH GK+AMKRLLQ+ KMRA+ + K+ +L+K +  I  DT    + P+F K+Q+I
Sbjct: 69  SISMGALHDGKLAMKRLLQYHKMRATPKKKNTYLEKFEKLINTDT----DRPNFPKLQSI 128

Query: 129 VTKLEMLGQEDKAIEKLKNAAEEAKKKSLPLYEHEYQMLLVELYIYKGDLVKAEELPCLK 188
           + KLEM+GQEDKAIE LK AA EA++ S P +E+EYQMLLVE  IYKG+   AE++PCL 
Sbjct: 129 LAKLEMIGQEDKAIEILKRAAREARENSRPYHEYEYQMLLVEALIYKGNFAAAEKVPCLN 188

Query: 189 NDATSDVRRPLYKAIIKVLRNETQEAIKEWEEFREMRSAFLLPPDVKDSHFYALLANFDS 248
           N+  SDVRR LYKAII++L N TQ+A +EWEEF+ MRS FLLPPDVKDS F+ LLA+F S
Sbjct: 189 NNDASDVRRSLYKAIIQLLLNNTQKAEEEWEEFKNMRSHFLLPPDVKDSQFHTLLADFQS 248

Query: 249 FKLVVQVLKEDIFKKPRAK 267
           FK VV VLK+DIF+K +AK
Sbjct: 249 FKQVVNVLKKDIFEKQKAK 263

[Close]

BLAST of Chy2G024120 vs. NCBI nr
Match: KAG7026464.1 (hypothetical protein SDJN02_10464, partial [Cucurbita argyrosperma subsp. argyrosperma])

HSP 1 Score: 290 bits (742), Expect = 7.66e-94
Identity = 151/259 (58.30%), Postives = 196/259 (75.68%), Query Frame = 0


Query: 9   ARDFFQALKNFYQKFNVQTKYGPRAGATASSFIISGVGLVLVYFVTRILKKKNSQRVFTR 68
           ARD F+ +KNF + F +QTKYG  AGATASS IISG+GL+L+Y  T+  K+K +QRVFTR
Sbjct: 9   ARDVFEMMKNFLKSFKIQTKYGTTAGATASSVIISGIGLMLIYAYTQRKKEKKTQRVFTR 68

Query: 69  SISIGALHGGKIAMKRLLQFQKMRASSENKDKFLKKLDTKIKLDTGIDSECPDFLKIQNI 128
           S+SIGALHGG+IAMKR+LQ+ K+RA+ E +  +L+KL+  +  DT      PDF  IQN+
Sbjct: 69  SMSIGALHGGRIAMKRMLQYHKIRANQEIQHDYLEKLENTMNTDT------PDFPHIQNV 128

Query: 129 VTKLEMLGQEDKAIEKLKNAAEEAKKKSLPLYEHEYQMLLVELYIYKGDLVKAEELPCLK 188
           + K+EM+GQEDKAIE LK A +EAK+KSL  +E+EYQMLLVE  IYKGD+ +A +  CL 
Sbjct: 129 MAKMEMIGQEDKAIEILKKAVKEAKEKSLSYHEYEYQMLLVEALIYKGDIEEAAKAECLN 188

Query: 189 NDATSDVRRPLYKAIIKVLRNETQEAIKEWEEFREMRSAFLLPPDVKDSHFYALLANFDS 248
           +D  SDVRR LYK II++L N  QEA +EWE+FREMR  F LPPD+KDS FY L+ +F+ 
Sbjct: 189 HDEPSDVRRLLYKTIIELLLNNPQEAEEEWEKFREMREQFFLPPDIKDSGFYKLVNHFED 248

Query: 249 FKLVVQVLKEDIFKKPRAK 267
           FK VV +LK+DI +K + K
Sbjct: 249 FKRVVDLLKQDIDQKKKTK 261

[Close]

BLAST of Chy2G024120 vs. NCBI nr
Match: XP_022146501.1 (uncharacterized protein LOC111015701 [Momordica charantia])

HSP 1 Score: 288 bits (737), Expect = 4.53e-93
Identity = 155/264 (58.71%), Postives = 199/264 (75.38%), Query Frame = 0


Query: 5   GLYSARDFFQALKNFYQKFNVQTKYGPRAGATASSFIISGVGLVLVYFVTRILKKKNSQR 64
            L  ARDF   ++NF + F +QTKYG  A A ASS IISG+GLVL+Y  T+  ++KN +R
Sbjct: 5   SLDDARDFLLIMRNFLKSFKIQTKYGTSAAAAASSVIISGIGLVLIYVYTQRKREKNDRR 64

Query: 65  VFTRSISIGALHGGKIAMKRLLQFQKMRASSENKDKFLKKLDTKIKLDTGIDSEC-PDFL 124
           VF RS+SIGALHGGK+AMKRLLQ+QKMRA+ +N+D+ L+KL+  IK       +C PDF 
Sbjct: 65  VFMRSMSIGALHGGKLAMKRLLQYQKMRATEKNQDQVLEKLEKMIK-------DCAPDFA 124

Query: 125 KIQNIVTKLEMLGQEDKAIEKLKNAAEEAKKKSLPLYEHEYQMLLVELYIYKGDLVKAEE 184
           K+Q+IV KLEM GQEDKAIE LK AA+EAK+ SL  YE+EYQ+LLVE+ IYKG++ +AE 
Sbjct: 125 KLQSIVAKLEMRGQEDKAIEILKKAAKEAKENSLLHYEYEYQILLVEMLIYKGNIGEAER 184

Query: 185 LPCLKNDATSDVRRPLYKAIIKVLRNETQEAIKEWEEFREMRSAFLLPPDVKDSHFYALL 244
             CL  + TSDVRR LYKAII+VL N  ++A ++WEEF+EMRS FLLPPDVKDS FY L+
Sbjct: 185 ASCLNQEETSDVRRSLYKAIIQVLLNNPKKAKEKWEEFKEMRSRFLLPPDVKDSQFYKLV 244

Query: 245 ANFDSFKLVVQVLKEDIFKKPRAK 267
             F+ FK VV +L +DI ++ + K
Sbjct: 245 TEFEMFKQVVDLLGKDIEERNKEK 261

[Close]

BLAST of Chy2G024120 vs. NCBI nr
Match: KAG6594466.1 (hypothetical protein SDJN03_11019, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 288 bits (736), Expect = 6.20e-93
Identity = 150/259 (57.92%), Postives = 195/259 (75.29%), Query Frame = 0


Query: 9   ARDFFQALKNFYQKFNVQTKYGPRAGATASSFIISGVGLVLVYFVTRILKKKNSQRVFTR 68
           ARD F+ +KNF + F +QTKYG  AGATASS IIS +GL+L+Y  T+  K+K +QRVFTR
Sbjct: 9   ARDVFEMMKNFLKSFKIQTKYGTTAGATASSVIISSIGLMLIYAYTQRKKEKKTQRVFTR 68

Query: 69  SISIGALHGGKIAMKRLLQFQKMRASSENKDKFLKKLDTKIKLDTGIDSECPDFLKIQNI 128
           S+SIGALHGG+IAMKR+LQ+ K+RA+ E +  +L+KL+  +  DT      PDF  IQN+
Sbjct: 69  SMSIGALHGGRIAMKRMLQYHKIRANQEIQHDYLEKLENMMNTDT------PDFPHIQNV 128

Query: 129 VTKLEMLGQEDKAIEKLKNAAEEAKKKSLPLYEHEYQMLLVELYIYKGDLVKAEELPCLK 188
           + K+EM+GQEDKAIE LK A +EAK+KSL  +E+EYQMLLVE  IYKGD+ +A +  CL 
Sbjct: 129 MAKMEMIGQEDKAIEILKKAVKEAKEKSLSYHEYEYQMLLVEALIYKGDIEEAAKAECLN 188

Query: 189 NDATSDVRRPLYKAIIKVLRNETQEAIKEWEEFREMRSAFLLPPDVKDSHFYALLANFDS 248
           +D  SDVRR LYK II++L N  QEA +EWE+FREMR  F LPPD+KDS FY L+ +FD 
Sbjct: 189 HDEPSDVRRLLYKTIIELLLNNPQEAEEEWEKFREMREQFFLPPDIKDSGFYKLVNHFDD 248

Query: 249 FKLVVQVLKEDIFKKPRAK 267
           FK VV +LK++I +K + K
Sbjct: 249 FKRVVNLLKQEIDQKKKTK 261

[Close]

BLAST of Chy2G024120 vs. TAIR 10
Match: AT2G34530.1 (unknown protein; FUNCTIONS IN: molecular_function unknown; INVOLVED IN: biological_process unknown; LOCATED IN: endomembrane system; EXPRESSED IN: flower; EXPRESSED DURING: petal differentiation and expansion stage; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT2G34540.2); Has 35333 Blast hits to 34131 proteins in 2444 species: Archae - 798; Bacteria - 22429; Metazoa - 974; Fungi - 991; Plants - 531; Viruses - 0; Other Eukaryotes - 9610 (source: NCBI BLink). )

HSP 1 Score: 113.6 bits (283), Expect = 3.1e-25
Identity = 65/199 (32.66%), Postives = 114/199 (57.29%), Query Frame = 0


Query: 63  QRVFTRSISIGALHGGKIAMKRLLQFQKMRASSENKDKFLKKLDTKIKLDTGIDSECPDF 122
           +R  ++S+S+GA+ GGK+A++RLL     R  + +        + +++ +  +  E PDF
Sbjct: 71  ERTLSKSVSMGAIRGGKLALQRLLDLHSYRGDTSS------LANAELEFEALLSKEKPDF 130

Query: 123 LKIQNIVTKLEMLGQEDKAIEKLKNAAEEAKKKSLPLYEHEYQMLLVELYIYKGDLVKAE 182
             +Q  + K+EM G+E K  E LK A E+A+K+      +E +MLLVE+ IY G++ +A 
Sbjct: 131 GLLQRDIVKMEMSGKEAKGAELLKKALEKARKEGKGHEAYEIEMLLVEMLIYLGNMEEAS 190

Query: 183 ELPCLKNDATSDVRRPLYKAIIKVLRNETQEAIKE-WEEFREMRSAFLLPPDVKDSHFYA 242
           +  CL+++  +D RRPLY+ II  L+    + ++E +  FRE++     P   ++     
Sbjct: 191 KCKCLEDEVITDARRPLYQTIIHYLQGHPMKQVEETFNRFREIQIGLQWPGSSEECEIDQ 250

Query: 243 LLANFDSFKLVVQVLKEDI 261
           +   FD FK V++ LK +I
Sbjct: 251 V--TFDEFKKVMESLKHEI 261

[Close]

BLAST of Chy2G024120 vs. TAIR 10
Match: AT2G34530.2 (unknown protein; FUNCTIONS IN: molecular_function unknown; INVOLVED IN: biological_process unknown; LOCATED IN: endomembrane system; EXPRESSED IN: flower; EXPRESSED DURING: petal differentiation and expansion stage; Has 35333 Blast hits to 34131 proteins in 2444 species: Archae - 798; Bacteria - 22429; Metazoa - 974; Fungi - 991; Plants - 531; Viruses - 0; Other Eukaryotes - 9610 (source: NCBI BLink). )

HSP 1 Score: 94.7 bits (234), Expect = 1.5e-19
Identity = 50/140 (35.71%), Postives = 86/140 (61.43%), Query Frame = 0


Query: 63  QRVFTRSISIGALHGGKIAMKRLLQFQKMRASSENKDKFLKKLDTKIKLDTGIDSECPDF 122
           +R  ++S+S+GA+ GGK+A++RLL     R  + +        + +++ +  +  E PDF
Sbjct: 71  ERTLSKSVSMGAIRGGKLALQRLLDLHSYRGDTSS------LANAELEFEALLSKEKPDF 130

Query: 123 LKIQNIVTKLEMLGQEDKAIEKLKNAAEEAKKKSLPLYEHEYQMLLVELYIYKGDLVKAE 182
             +Q  + K+EM G+E K  E LK A E+A+K+      +E +MLLVE+ IY G++ +A 
Sbjct: 131 GLLQRDIVKMEMSGKEAKGAELLKKALEKARKEGKGHEAYEIEMLLVEMLIYLGNMEEAS 190

Query: 183 ELPCLKNDATSDVRRPLYKA 203
           +  CL+++  +D RRPLY+A
Sbjct: 191 KCKCLEDEVITDARRPLYQA 204

[Close]

BLAST of Chy2G024120 vs. TAIR 10
Match: AT2G34540.2 (unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT2G34530.1); Has 35333 Blast hits to 34131 proteins in 2444 species: Archae - 798; Bacteria - 22429; Metazoa - 974; Fungi - 991; Plants - 531; Viruses - 0; Other Eukaryotes - 9610 (source: NCBI BLink). )

HSP 1 Score: 45.8 bits (107), Expect = 7.9e-05
Identity = 49/151 (32.45%), Postives = 78/151 (51.66%), Query Frame = 0


Query: 79  KIAMKRLLQFQKMRASSE----NKDKFLKKLDTKIKLDTGIDSECPDFLKIQNIVTKLEM 138
           K A++ L +   M AS++     K   L KL +    D  IDS     +K++ +    E 
Sbjct: 135 KFALRSLFEVSSMLASAKPIPSQKPFNLHKLPSLPSKD-DIDS-----IKMEAVRKMKE- 194

Query: 139 LGQEDKAIEKLKNAAEEAKKKSLPLYEHEYQMLLVELYIYKGDLVKAEELPCL--KNDAT 198
            G+ ++A++ L++A    + ++ P      QM LVE+ I      +A E  CL  +N   
Sbjct: 195 -GKCEEAVQLLRDA--NMRYRNEPEANFNVQMALVEILILLERYQEAAEYSCLNDENAQI 254

Query: 199 SDVRRPLYKAIIKVLRNETQEAIKEWEEFRE 224
           SDVR PLYKAII  + ++  EA + W+EFR+
Sbjct: 255 SDVRIPLYKAIIYTMLDKDTEAKQCWKEFRK 275

The following BLAST results are available for this feature:

BLAST of Chy2G024120 vs.


Match Name	E-value	Identity	Description

BLAST of Chy2G024120 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A0A0KLZ3	3.6e-130	92.72	Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_6G523380 PE=4 SV=1	[more]
A0A6J1CZJ5	3.3e-75	58.94	uncharacterized protein LOC111015701 OS=Momordica charantia OX=3673 GN=LOC111015...	[more]
A0A6J1EIU2	4.8e-74	57.53	uncharacterized protein LOC111433729 OS=Cucurbita moschata OX=3662 GN=LOC1114337...	[more]
A0A6J1KTB7	8.2e-74	57.92	uncharacterized protein LOC111497439 OS=Cucurbita maxima OX=3661 GN=LOC111497439...	[more]
A0A5D3CMZ4	3.7e-66	76.40	Uncharacterized protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold...	[more]

BLAST of Chy2G024120 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_004134647.2	7.83e-165	92.72	uncharacterized protein LOC101211314 [Cucumis sativus] >KGN49397.1 hypothetical ...	[more]
XP_038882985.1	1.34e-102	62.55	uncharacterized protein LOC120074072 [Benincasa hispida]	[more]
KAG7026464.1	7.66e-94	58.30	hypothetical protein SDJN02_10464, partial [Cucurbita argyrosperma subsp. argyro...	[more]
XP_022146501.1	4.53e-93	58.71	uncharacterized protein LOC111015701 [Momordica charantia]	[more]
KAG6594466.1	6.20e-93	57.92	hypothetical protein SDJN03_11019, partial [Cucurbita argyrosperma subsp. sorori...	[more]

BLAST of Chy2G024120 vs. TAIR 10


Match Name	E-value	Identity	Description
AT2G34530.1	3.1e-25	32.66	unknown protein; FUNCTIONS IN: molecular_function unknown; INVOLVED IN: biologic...	[more]
AT2G34530.2	1.5e-19	35.71	unknown protein; FUNCTIONS IN: molecular_function unknown; INVOLVED IN: biologic...	[more]
AT2G34540.2	7.9e-05	32.45	unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TA...	[more]

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	COILS	Coil	Coil	coord: 135..155
None	No IPR available	PANTHER	PTHR36350:SF3	TRANSMEMBRANE PROTEIN	coord: 11..265
None	No IPR available	PANTHER	PTHR36350	TRANSMEMBRANE PROTEIN	coord: 11..265

Relationships

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


Feature Name	Unique Name	Type
Chy2G024120.1	Chy2G024120.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
cellular_component	GO:0016021	integral component of membrane