Cucsat.G19977.T1 (mRNA) Cucumber (B10) v3

Overview


Name	Cucsat.G19977.T1
Type	mRNA
Organism	Cucumis sativus L. var. sativus cv B10 (Cucumber (B10) v3)
Description	homogentisate phytyltransferase 1, chloroplastic-like
Location	ctg4: 4635369 .. 4651982 (+)
RNA-Seq Expression	Cucsat.G19977.T1
Synteny	Cucsat.G19977.T1

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.

AACAAAATAAGCAATGGGCACAAAAAAGGGAAACGGAAATAATTATAATAATTTATAGAAACGGCTTCCAAAGCCGAACTTCAGTACGCTGGTCCCTCACATTACAGAGATTCGACTCTTCAGAGCTTCGGAGAAGAAGACGAGAGAGAGAGAGAGCTAAATTTTCTACTGCCATTCTTCAAACCTCCGAATCACCATCATTTTCATTCTCCTCAAAGAAGGAAGCCATTTTGGCAATGGATTCCGTGTTCGTTAGAGCCTACCGAAGTCATCTTACAATTACCGCAGGTACGCCTCAAAAGTGACTTCAGACTGCTTCAGTGTTCAATCTTCGATTTCTCCGCTGGAACTTCTGCATCGTGTTTTAGCTTCTTCTTTTTCTTTTTGTTGATTGGTGCATTTTTGTTATCGAGTCTGTTTTCTTTTTCTTTTTCTGTTTTGATGATTCATTTTTATTTGCGCTTGACGAGTAACTCGATTATGTTCTCGCGATTTTCATCTTATTTGGTTGATTGAAGCTAATTTGTTGTTTCTGTTTCAGTTGGTGGGATTGGAAACGGGTGGACGAATCGTGACGTCAACAACGTCCGGCTTCCAGGTAAGATTAATTCGTTTTTTAACCTTTATTTTCTTTGCATTTATCGCTTTCGCCTTTCGTCTTCGTTCGTATCTTTAATTCGTCAGTGGCATTTTCGCTCGTTTCTTCGAATTTCATGTCTCGTATTGCAATTTTTGAAAGAATTTGTTGTTGATTGTGGAAGTTGGATGAATTGAACTGGTGGAGGGGATTATCTAGGCGGCGAATTCCCATGTAACCTTTGGAGGGGCTATTTGAGAGTTGAGAACAATGGTTTTTTTTTTTTCTTCTTTCCATTGCAATAAAAATTAAATCATTTTTTATAAAATTTAATTTGGAGTGTGTATATGTATATTGAAGGGAATTTGGAAAGTATTATATGAACTCACCTGCCAATCAGCGCCAGTGGCAATTAAAATTCTGGAAAGTGTTTTCTTTGTTCCATAGGAATAATAGATTTGAATCTCTTGATCGTCGACGTCATTTCACTGCAATTTCAGTTTAAAACTGAAATTAAAAAAAAAAAATTACAGTTCTCAAAATTACATTTTCTTTAGAAACAAAATCAATATTTGTAATATATTTTTCTATAATAATGTTTTTGGCATTTTCTTTTGGACCAAATTGCGAATATTTGGATGCCAAAGATGATAAATGAATAGTTTAATATTGATTGAGTGGCCATTTTTCGTTTGGAAGTCATTAATATATCTCCAAGGAGTTTCAAACGAACCACGAGAGATGGAAGAGGGCAAAATACAATTTGATAGTATATTAGTTTATTAATAATTGTATTTCTTTTGCTTGAGAAAGAAGTATCCCACAATCGTGTTTGTTGTGTTGGCAGCAGCATGAACCACGAAATTTTAAAGCATAGATCAACTAGATTTTCACCCTTTTTTAGAAGAAAAGACTTCGACCTCATTTAAATGGCAGCTCTGAAGGAAAAAAAGTGAATTACTAAAGATTATGAATGTCCTCGAATAATAAATTTCCATCTTTGACCTCATAAATGTGGGAGAACACTGCATTGAACCTAAGTTGCCTAATGTCTGACGTGATTGACGCAAGTAGGACACGTTTGATAGCGAATGTTCGAACGCTGGTCCATTAACAGAAGTGCCTGCATGCGAGATATTGCCCTTCTGTCACTGACTAGTGGCACATGGCGTATCGTAATTTAGTTCCAAGTCCATGACCGAAAAGGAAACTAGAAAGCAACGAAGAAAATCAGGAAAGATAATAGGAGAAAAGATTCTTATACGCGCATATGTATGTTGGGAAAAACTTCCCAATATGGCAGAATAAACAGAAAAGTAACAGTACTGTAAAAAAAATAAACCTTGGGAAATTGTAAAAAAAATGATAATAATAGAGAAATAACAAAAATAGTAAAATTGATAACAAAAAGTTATCTGAGAAAACTTCAAATTCAAAAAGGAATATCGATCATAAAGGAACTTTACTACGTGAAAAGTCACCACAATTACAAAAAAAAAAACTCATGTTTAAAGGTATAGACTCTTTTTATGGTGTTAGGAGCCTATCACTTTCTTGAATTTTTCAATGTGAGATTATTAGACTCTTAATGCCAAAACACGTGTGAATCTGACATAGTATTTCAACTACATATGCCGTCTTGCATGTGTACATCTCTGTGCCATAAGAGTGGGAAGGTGCGGATCAATACTAAAGAAGTATATGCTTATAAAGTAGATCTAAGGAAGACCTTACTTTAACCTTACATGGACTTGATCTACTCTATTACTCGTACTTGTTCTATAATTTGTACAACTGTGCTGATTCTACAGAGATTTTGGAAATCTCAAGGCCGGTGTCCAGGATCTGGAAACAATTCTTCTAGCAGGAACAAGATCTTGCACTTGTGTAAACCAAAAGTTGGACTTTTCATCCAAATGATTACTCTCTCAAATGAGTTGAGAAATGTTGTATTCATGTAGAAATATGAGTACAAGTTCCAAACTATCTTTCTAATTAACTTTCTAACTTCCCTTTTTTAAAAACAAGCAACTCTCTTTTAATACAAGTAACTCTCACTCTCTCGGGTACACCATATTCCACCCCTTCGAAAATCAAACTCGTCTTCAAGGGTGTGACTATTTAGAATCCCAATTGTGTAACACTTTAAAAAGCCCCAGCTGTCTGCTTACAGGAATTCTAGCTTTGCATAGATGAATTATTACAAAGTTAACCACCCTTCGAGATTTAACCCAAGCCAAGAAATGGGTTATTTTACTAAATCGATCTGCCACAACCATCACGACATTATACCCTCGCTGAAATTTTGGAAACTCATCAAACAAATTCTGCATTTCTTGATGAACTTCACCATTTTTTTTATTTTCTACAATTTTAACTACTACAAGGCCCAATCTACCTCCCTTTCTTTATCAAACTTTTTGCAATGTATTTGAGGATTAAAATCTCCTTTGAGAGCAATCTGCATCGTTAGGAGAAGACAAGACATCCTACCACCTTCATCCGTGGACCGCGTCAATATAATTGGTTTCTTTCTCATTATCTTCACTGCATCCAGCCAACAAATTCTCTTTTTCTTCATCCATATATGTTCCTGTTTTATGTTGGGGACACTCAGTAGACAAGTGCCTCACTTGGTTACCCACTTAAACATTTTTCCAATATAGGCCAATTATAAAGATTTTGAACTTTCTGCTTGCAAACAACCTCTTTTCTTTCTCACCAACCTCTTCTTGCTCTTCTTTATCCATTTCCTTTAACAACTTCTTTACACTGATTATGACAAACAAATGATTGCATCTACTCTTCTTGGAATTAACACTTTCATTTTCCTTCTGGGTCTGAGGCAACAATACAATCTTTTTATCCATCCATTGAAATTCATAAGCATTCTCTCTCCCATTATGTAAGGCTTGCGTATCGTATCGCCATGATCTCTCCAATAGAATGTGACACACATCCATCTCCAAAACGTCACAAACTATTTGATCTTTGTAGCTATTCCAATTGTCAATGGAACGGTGCATATCTCATTAACTTGAGCTTCTCCTCTTTTCTTCTAGGCATTTGGATGAGACTCAGTTTTCAAATTCAAGGCTGCCACTAACTTCTTGGCAATGAAATTCTTACTACTTCATCTATGATGACATTGCAAACTTTGTTGTTGATTGTGCATATTGTCTTGAAAAGACAATGCCGTTGAGGATGTAATTCTCCCTTTTGGTGTGATCAAGACTCTTTGAAGAACACAAGAAACTTGATCTCTATCATCCGCTCCAATCATCTCCGCTTCTTCTTCACTTTCTTTATTGTTCTCGAATGAATCTTCATTTTCTTCATCAACAAATGCCATTGTTTTACATTGAGGACAAGCACTGGAAGGGTGCCCCGTTTGGCCACACCTATAGCAAACACTCTTAAAGGGTCGAACATAAGGATTTTGGTCAGTCTTCTTGCCATTTGCTTCTTGATTGTCTTTTCCCACCTCTTTGCCTTTATTTGTAGCTGTTTGATATTTGATGGACAATCTCCTTGTTCTTGCTACTAAAGTTGGTTTTCTACCTGTGGATGCTTCCCATGTTGTCTTTCTTGAAGCATTCTTGGAATGAATCTCATTAATTTCTTCCACTATTTCACCAAAACAAATTGGTTCAGAAAGCCGATTAAAAGATTGGAGTTTTACCTTCTCCTTGATATCCATGCGTTCTGTTTTTGTGAGAATTTTACACACAAAACAAAAGGATGCTTAATAATCTTTAAAAAGTGTGTGAGCTGTGGGAAATTATTGTTAGTTTTTTTCTTCCTGGAGTAGACTCTTTTTTTAAAACATATTTTTAAATAACTGGTGACCTTTATTAGGTCTTCTTTTTGTGAGTTTTGTATACAAACGACATTGTTACCACCTTTTAAAAGCATTGTGGATGTACTTCCTAAAGACTAAAAAAGGGAGGGTTTTTTTTTTTTTTTATTTATTATAAATATTATCATTTTGCTCTCTTCTTTTGATATATGCATCTGTCTTATTTTGTTTTTTATTTGTAACGTAGTATAATTAAGGAAATTGGTAGAAAATGCTTACTCATCTGTTCACATGTTACAATTGAAGGTCCAAGGCCTGGAGCATTGAAGATTTCTAAAAGGCACTGTTGTGTTGAATCTGAATATGAATCACATCATTGTGAATTTGTTTTTAGAAGACATCGGGAAAGGTACACCTTCTATCAGAAAAAAGATGATAGAATCCAAGTTAGAAAAGCAGCCTCTAATCAGCCTTTTGAAACTGAATCCGAAGCCTTGAGTTCCAAAAATTATGGTGATTCTGTAAGGAGTTTTTTAGATGCTTTTTACAGGTTTTCACGGCCGCACACAGTTATTGGTACAGTTACGTTTTTTCAAACTCATGTCCTTTTAGACCAATAACTTATTTTTACATTTCTCTTCATGAGGGAAAATTCTTTGATGTAGCTAGCAGCTGCAACATCGTGGCTGCTACCCTCTAAATGATTCGACGTACAGTGAAAATTACTTTCGATTCTTAGCTTACGCTTTCCTTTCATGCTTCTAGGCGTTGAGCATTGTATCAGTTTCTCTACTAGCAGTTGAGAAACTATCCGACTTGTCACCATTATTTTTAACTGGAGTGTTGGAGGTGATGTTTCAAACAAAATGTACAATTTGAATTCTGACAGCGTTCGTAAATATATTTAACACATTTGCAATTTTTTTTTTCAGGCTATAGTTGCGGCCCTCTTTATGAATATTTACATTGTAGGTCTGAATCAATTATTTGACATTGAAATAGACAAGGTACTTCTGTTGTATTCTTTTTCCCACCGAAGCATATTAAATTAGGCATGCTGAACTTCATAATTTTTAGGGACTTGAGAGTGGATCACATTATATGTGAGTGCAGTCATGGATTAGTACCCGTTTTTACATTGAAGGCATTTCTTGCAGAATATCATGCCCATTTCTGCAGTGTTCTCCTTATTGGGCACTTTATCATAATCTTTTATAGTTCACTAGTATGAGCATTTCATATATAATTCTTTAATGTGTGAGTGGAAGCACCTTAAGTCTGCAGAAAAAGCTATCATATAATCTGACCTTCACTGGATAGCGTTGAATAATAATAAAAGGGAAGTTCACGATTTTCTTTCTTGTTGGCATGAAAGAAGACCAAACTTAATGGTTCCAATGTGTTTTAATTGCAGATTAACAAGCCATATCTTCCATTAGCATCGGGAGAATATTCTTTTGGAACAGGCGTTGCAATTGTCTCCACGTTTTCCATTATGGTAGTATTTTTTGTGTCACATCATTGCAAGACCATTTGTTAGAGTTTTTATTTAATATCTTTTGAGTGTTATTTGATTAACTTATACAGGAATATATATTTACTATTTCTTTATTTTTCGGGAAAAAAACATCTTTTTGGTCCATAGACCTTTTAGTTTTTTAAACCTAGAGACCAAATGAAACCTAGGAACCAAATAAAAATAAAACTTAAATTCAGGAGTAAAAATGTAATATTTTGAAACTTAAGAATCAGTGCAAACTAAACAAGATATGCCCATGTTGGATCACTAATTCATTGGCAGGTCTTCTTTCTATCCCTAGAAACATCAACTCTCCCCTTCCATCTGCCATTGCTTCTTGCCACCTGCCTATCATTGACTCTTCCTCATCCTTCACTCATTTGCAGGATGTTTGTTTTGCTCCGTTAAATATATGTCTCTGCCATTCCTCAACCTTCTCACCTTGTTTGGTCTGAACATTCTTTGGTTGAGTTAACAAAGGGTGCTGTTTTTTCACAATTTCTTTAAGCTGGAGAGGAATGATTTTTTAAAATTGTTTTTTAATAAATAATCACTTTTGTTGAGAAACAAATGAAAGAATACCCGGATGTACAAATAACCTTGTCCACAAAACATTGCCCTCTACAAGTAGGAGCTCTAACTATGTAAAATTACACCTATAGAATAGTTACAAAAGATATTTGAAACCGAAGTCCACAAAGCAAAGTGAAAGCGAACAAGGGACAAAACCTCGCTAGGGTCCTGTTCACCTCTCTAAAAATCTTGCTATTCCACTCACCCAACAAAACCCATAAAATCACACACACTAGTGCATGCTACAGAAAAGCGACCCTTCTCCCCTTGAGGTAAATGGAGGAGGTACTCCTCAATCATAGCACTAACTCCCCTCTATCATGCCAACGCAAAGCCATACGTTTGGAAGAACCGCTCCCAAACCGAACTAGCAAACTTGCAGCGCCAAAGAATACGATCCATACCTTCCTTTTCCTTTTGAGAAAAGATGCAATAGAACGCTCATAGCAAGGGGAACTTTTTGGTGAGATGGTCTATCGTGTTTGCACGACCATGTAAAACTTGCCAGGTGAAGAATCTCACTTTCCTAGGAACCTGACTGACCAAAAGGACTGAAAAGAAAAAATTACCTAAGGAGAATGGTCCTTGAGACTATGAATTTATAACTTGAACCCCTCCAAAGGATTGGGTCTCCAGACCCTCACATCCCTTATCCCACGCTTAAAAGAGTAGTTCTCGAGCAAAGAACCAAATTTGTTGTCTCCCTATTGGAAAGGGAACGAAGAAACCATAAGAGAAAGAACAAGAGCTCCCTGACCACATAAGAAAGTCATCAACAAAGTGATTTTTGAGAGACAACAAATGACAAAGTCTAGGATATAAAGCAGAGAGGTCTCTCACTCACCTAGTGATCCTTCCAAAAGTAAGTATTCTTCCCCTCCCCGCCGTACAATGGACTTAAGTATTAATATAACTAGATTATTCTTAGGTGATATTATTCTGGAAATATTATTTGATATTATTTCCTTAAGTGTATTTCTCTATGGTTATATATAAACTTGTACCTCTACTAAATAATTAATGAAATAGAGATTAATTCCATAAAATCAACATTAAGTTCACAAAAGATGGGAGCTCTTTTGAGATATTCTTCTATAATTTCTGGTCAGTACCAAAAATCCCCTAGGACAACCACTCAAAAGGATGAGGACCGTATTTGCATAACATAATCTTATGCCACATCTCAGAAGAGAAGCACCACAACCACTTAGCTAGTGAGGCCTTGTCACACAGCCTAAGATTCTCGATGTCAAGACCCCCGCTATCAATAGGGCTCTCAATAAGCTTTCATCTAATCAAATGTGAACCCTTACTTTACCCTTCATCATCCCCTTCCAAAGAAAATCACACATCAACCCTGAGAGGGATGAATTTGGTACCACTAGCATACATAAGGGGTGTTCTTTGTCCAATTGGATAACTGAGTGCGTCATGAGACCAATCACTAGCCGAATAATGCCCATTAGTGTGCCTGTTGGTCTTTTTAAGTGTGGTGGTCTAACTTTTGGGTTATGTTGAAGGTTTTTATCTCCAATTTTAATAACTTTAAGTTTTATGTGAATGCTCCATCCAACTCAAGTGATCCTCCCAAGGTGTTCTCCCATCCAAGTGCTCCAAGTTCTTTGTGGAATTTCAAAAGAAAAAGAAGTGATTGATTTGGTTTGCAATTTTCTCATGGTGATCTCCCAGTTGAATGTCATCAATGATGACTGAAAGGTGAGGAAGTCATTGAAAATCACTGGCTGACAAAGCTTTATTACAAATGGATGATGGTAGGATTCTTGGGAGACATGGCTCTAATGGAAAATGGATGCACATTGGGCCTTTTTCTTTGAAATTTGAGGATTAGATTACCACAAAACATAACCGACTTGAATTTTGTGTAGGTTATGGTGGATGGATTCAGAATAAGAATATACCTTTGCACTATTAGAACTTGCAGACTTTCAAAGTTATTGGTGAACATTTTGCGGGTTTGATTATGGTTGCTTCTAAAACCCCAAGTATTGTTGGATTATAGTTCTCTTTTATTGAGGTTTTCTAATTCCTACTTCCATTGAAATTCGAGACAAGTTTTTAGGTAACTCTATCTTAATTTGGAGATATAATTTCTAATGAACCTTCTCCTTTTGAACAATCTCGTGGAGGAATCTTGAACTCTAGTGATTTGTTTAACCCTTTGGATTTGGTTCGTATTAATAGAGTAATTGAAGACTATTAAAAGCGGTAAAGAAAATAGGCATCGAGTTACGTGGAAATCCGAGTACCGAGAGAAAAACCATGATCTGACTTTCTTATTAATTTCTCATATTAACAAAAGATACAAAGGAGAAAATAAGTAGACAACAAGCTTATGATAAAAAAGGAAAGGAAATTAGGGTAAATCCTTCCTTGGGCCAAGTCCCCCTAATTCTAACAAAGACAAAAAGTAATGTATGTTGAAGTAGTTCTTAAATCACCCTTTGAACCAAAAGCTTAAGCTGATGGATAAAGGTAAATTTAATTATTTATCATCTAACAATCCCCTTCACTTGACTTCATTAAGGTTATTATTAGTGTGCCTGTTGACCTCAATATTTCAATAAGTAGTCCTCGCAGCAACAAAGTATATTTCAGACTATTGCTTTCCAGAAGCTCTAGTTTCTTTGTTTCAAGATTGTGCTTAGTAGTATTCTCTTCATCTGTCCTCAGTTCTAAGCAACTTTGATTATCTTATTGCAGCTTGTGGTTTTTTTTTTCATTTCTTTCCCTTTTTTTAGCAGCTTGTAGACTTAAGTTGCGTGAAATTTCTATCTTTGTTGATGGAACTGATGGACAGGCTTAATAATATCTTTTTGCAGTTTCCTATCATTGATTTTTACTTGAAGTTATTTATTTCCTTCCCAAGGCTTTTGGATCAGTGTTTTTGTGCCTGTTGAAGAGTTTTATTTTGGTTGTCATGTAGCTTCAGCTCTTTGTTTGCCTTGTGGCTGTTTTCGATTTTGGAGTTTGGGTCCCTACTATCTTGGTTTTTGGTTCCTTGTTGCCTCCAAGTTCGATTTTTGTTGCTTTTTAATTTTGAATCTTACTGCAGTTTTATTGGTCGTTTCTAATAATGTGTTCGGTTTTCTTTAGTTTCTTCTGTGACCTTCAGTTTGTTTTCTTTTACGCATTAGACTTCTTTGTATGGAAGTAATGTCATAATTAAATTTACCGTAACCCATTAAACTCAATTGGTGATTTAACATGGTATTAGAGTAGGAGGTCATGTGTTTGTAATGTCATTTTCCTGGCCATATAATATGGTTTCTACTTGTTGGATGTTCTATAAATGGTCCAAAAGTGAGTGGGAGTGTTGAAGTATTGATATAATTAGATTTACCATAACCCATTTGCTCAAGATTTTGGGTTGATTGATAATGTAACACCTTGTTTTCTTTCTCTCTCCCTCGAAGAGATTGAATCCCTGAGTGTTAGTCCATTTTTTATTTCATTGATGAAAAGTTTTATTTTTTTGTTAGACAAAATAAAAACTAAACTTAAACTTTAGGGATAAAAGTGTAACATTTTAAAATCTAGGGGACTAAAAGGGTTTTCTTTTTCTTGTTCAACATGTGTTATACTTCTTATGGTTATTTTCATGGGAAATTGTATTGGGTGGCAAATTAGTTTAGGCATTTTACAAAAATGTCTTTAAGGTTTGTGATTTTGCAAATATAGCAAAAAATAATCAAATCCAAGCTTTTATATGTGTGGGTTGGGTTTTGTTTTTGCCATTTTCGCAAATAATAAAATATGTGTGCTATAGACTTAATTATGATAACTTGTTTTGCCATTTTTGCAAGTGCCTCTATTTCCATTTGTGCATCTGAACTACAAATAATTGACGCCAAGATTCCATTCTGAAACTACTTTACTCCCAATGCTTTTGTGCAGAGTTTTTGGCTAGGATGGGTTGTTCGTTCATGGCCATTGTTTTGGGCTCTTTTCGTCAGCTTTATTCTCGGGACTGCTTATTCCATTGATGTAAGTGGGTTTCTTTATCTTATCATTTATTTCCAGCTTCGTATCTGTCAAAAAAACAAATCTAGCATGCGTATCTTACTGGCTACTATATGTACATGCTGAAATTTTGATTTGACATATTATCTTATGGCTCCAAAAAGAAAAGTTTGACCTGGAAAAGAGGTAAAACTTCCTTATCAAATTTATTATCACGTAGACTCAAATATCCATGCCACATTTGGTTGAAGTTTTATGCTTGCATATATTCTTCGTTAGCTCAGTAACTTTGCAAACTGATCACCATATGAAGGTATTGGTCTGGTTGGATTATTTAGGGCTGATTATGAACCTTCAATTGGAGTGTTGATACTAATCTTTCCATAATTAAAGCGTGAGGTACCAATAATTATTATTGCACAGGACCCAAATGGGTAATCAATTTTCACATTCTTTTCCTTTTCATGACCATTTGTCTCTCTTTAACCCAATAGAGTTGTTAGATAGGAGTAAGATTTTCGAAACTAAAAAAACGAGAGCAAACTCTTGTCTTCCTCTCTTTCTCAGTGCTCTGTCCCTTGTAATTGGGGTGTACGGAAAGTAGATTGATAAATGACAGGCTAGATAAGACACCTTGACTATGGTATAAGGTCTACGGACCTATCTTTAGAAAGGCAAAGATTCTTAAGGTCCCATCTTCTAAACTTTCTTCTTCTACCTTTTGTAATTCTTCACCATTTATCAGCTATCAAAAATTGGACCAACAATTTGTCTATCACCTACAAATCCATTCTAGAAGGTGACTGTAGAAGGCAACACTTTTTCCAATCTCTCTACCAAGCCTCTGGAAACCACAAATTTTCTTTTTAAGAATTTAACAGGTCAATAGGATTTTGGTTATCTCATACATCGGTTTATAATCTTTCTATTTACTCCATATACTAAAACAATTTACAATAGATCCCTTAACTGTTATGGTCGTATCTGTAAAGTCAAACTTTAAACATTTCTAATAAGTTTTGAAACTTTCAATTTTATGTACAATAACCACTCATGTTAAATGCTTACATGGCACGTGTATTATTGAAGGATTAATCCAAAATCAGTCTGCTACATTATTCTTAAATAATAGATCATCAATATGTCATGTAAGTATTAAACAAATTCATGAAAGGAGCTGTTAGTTACAAAATTGAATTCTTGGATATTTTGCTTGTTTATTTTTGAGAAATTGTAAAAAAAAGACAAATTTGACAAAACACTTACGAAATATATCAAAATTTCACATTCTATCATTGATAGATATTGCTAGACACCTATAGGTTTCTATCAATTTCTATCGGTGACATTCATAGACACGAATAGAAGTCTATCAATATCTATCAATGTATATCATTAATTAATCTAAAATTTTGCTATATTTTGTTGATATTTTAGTTCATTTTCTTATATTTTTAAAATGTCGCTTTATCTTTCGTAATATTAAATTTTATTATTGCTATTATTATTTTAAAAAAAAACTATAAAAACCAAATAGGCATAACCATAAAAGGTCATGGATTCTATGAACTTTTAAAAGTAGGGTCGTTGTAATGGATAGCTATTTGAGGAATAATAATTAAGGATATAGCAACATTTAAAAAAATTGCAAATATAGCAAAACTATCGTTGATAGACTTGTATCGCTGATAGGCTCGTTATGGTCTATGAGTGATAAACCAATATTTACAACATGGTCTATCGGTGATAGAATTTGACAAATTTTGCTATATTTGCAAATTTTTTAAAATGTTGCAATATACTTAATTATTTTGAATCTAATTGCTAAATTTGCAACTATCCCTTAAAAGTATAATGACCGAATAATACTGGACCCAATTTGTAATTAACGATATGTTTTTTTATTATAAAAAAAGTGCTTACGTTTGCATAAAGTGACAACAGAATCATTCCTTAGACTGATTCTGAACTCGGACCCTTCAAATTCTGGACGAAAAGGATCTATTAGCCCCTTTCAGTTTAATTAATAATTTACTTTTTAAAGAAGAAATCAATTTATATGATAAAACTTAGTAGGTTGAATTAATTAAATCTCTAAATAATAATTGTATCAAATTAAAAACCACAGCTTTAATAAGTGAATCAATTTTGATCCTTTAACAAGATTTTGTTTTAAAATTGTTAATGCATAATTTTCATGTGTAACATTTCTTTAAAGGAAAGGTTTAACATAATATTAGATGGAAATATCAGAATCAAGTGGGCAATGGGTGCTTCCATTATATGAGTCATTTTTCATAATATCTTCTTCATGTAATTTTTCTGGTACTTGGTAGAATTATGGGAGAAAAATAATTTTATTTACGTTCTTTTAGTTGATTTTAAATTAGAATTAAGTGAAAGTAGTTGTGCATCGATAATAAACGGCCTGAATTGATTCACTTGCGAAATTTTTGGGTTTTAATTGATTCACCCAGCAAGTTAGTGTGTTATCAAAAGAAAAAAAAAAATCGATTAACCCAGCAAAATTTAGAGGATATATTGACTTTTTCCCTTCTTGGTCACTGAAAATTCTTCCTCCTCAACTTTTATGTTCTATATTGTGATTCTAGATGATGAAAACAGATAGTATTGTGAGCATAGTAAATGTATGAAAGAAACTTGGCTTTGATTAAGAGCTTGATGGTCTTTAACTTTTCTGTTACTTCAGCTGCCACTGTTGAGATGGAAGAGATTTGCTGTCGTTGCCGCTATGTGTATACTAGCTGTTAGAGCCGTGATTGTTCAACTTGCCTTTTTTCTACACATGCAGGTCTAAAGATTCCACTTATGAATAAATAATTGTTGCTATCTATTGTAGGTAGAGATGTAGAACAGACACAAATTTACATGGAAACCCTAGTTCAAGGAAAGAAACTACTATGCTGATAGTTCTATTATTTTCTTATGATAATAAAAATACAAAGAGGAAAATATATAAGCAACACGAGCCTAATTAAAATAATAAAAAGTTAGGGTAAAGTAAATCTCAATTACCCATAGCTTTCAACATGATCCAATTCCGCCGTTTCTAACACTATCAATGACTAAATCATTTGGCTTGTTAAAATAGCATATAGTAGGAAACATTTAAGAAGAAATTAACAAGCAGAAGTTGTTGGGATCAAAGATAATATTTGAACGGGCAGATAGATTGATGGCAGATTATGCATACAAAATTAAGCACTCATGGTGGGATCAACGTCCATTTGTATGCATTGTGAACTATTTCCAACAAGATATCCAAAAAACATGGAGAACTATCCCTGATTTATATAACACGATAATACGATCCATGAAAACAGTAGCAAAGATTATAAGGAAGATAACCGGATACTCCCAGAAAATTAGAGTGTTGGCTCTCACCCACTCTAAGACTTAACCCCAACCCTTCCCACTGCCCAGCCAAACCCCTACATAAACCCTCCTTCTTCAACAATGGTTTTCACTCCCGAAATAACTAACTTCCGTCCCACTTCCCTTATGTCCCTGTGAATTGTCTTTCTTACCCCTCTTGTATGTATGATAGATGGGAGGCCTTCCAGTTAATAATCATCCTAAAATGGGAAATAAGAATGGAGGCGCGTGTCCTAAAAATATTAATATTTAAGTTTACAAACTAGCATTTGTGTTAAAAGTTGTTTCCTAATTCCTATCTTCGACTAATATGTATAAATGTTTACAGACCCATGTGTTCCAGAGACCTCCGGTTTTTTCACGTTCTTTGATCTTTGCAACTGCATTTATGAGTTTCTTCTCGATCGTTATAGCATTATTTAAGGTAAACATTGATTTAAATGAAAAGTGAATTTCAATAAGGTCTTGTTATTTTTTCATATTTAGTGTAATAATATTTTTTTAATATTCATGAGGCCAATTGCATTTCCTGCTACATTTGGTAAGATAACTTGTAGAATATTAAGTTCTAGGTAGGAAGCTACCATAGCTTGAACTCGTTCATAAGCCTTTTGTTATTTAAACGAACCATGTTAACCACTAGATCTACCTCTTGGTTCATATTTAGTATAATAATAATAACATTTACACTAACTCTTACTTGATTATACTTGTAACTTGTTAATTCTACTTGTGTTTCTAGGATATACCAGATATTGATGGAGATAAGATATTTGGCATCCGTTCCTTTACAGTACGTCTAGGGCAAGAGCGGGTGGGTATTGAGTAATTCAATTTTTACGCAAAGCGTCTTCCATGTTGGCATGGATGTATATAGTCATATATCCTAGTGTGAGGATTTCACTTCTGCAGGTGTTTTGGAGTTGTATTTCCTTGCTTGAAGTAGCATATACTTCTGCTGTTTTAATGGGAGTTGCCTCTTCTTCCCCGTGGAGTAAATGGCTAACGGTAAATCTCTGGCTCCTTGAAACCCGTACATAGACAACGTATTTTCCTTTCTAATCATAGACTCATAGTTCTATTAAAAGAAAAATAGATTTCAAATATTAAAAAAAGAAACAATTTCCTAGACCTAGACTGCAAGATAGAGATGGATTTGAAATGGCTAAATGCATGTTTAGGAGTGATTTTAACCCTTTCGAAAACACTTTATAGTATGCCCTTAACATTTATGTACTTTCTAAGTATGTTAATACCTTTGTACACTCTTTAGGTTTTGGGACACGTCACTTTGGGGTCAATTCTTTGGATTCGTGCCAAATCAGTTGATTTGAAAAGCAAAGCTGCAATAACATCCTTCTACATGTTTATATGGAAGGTATGCTGTAGGAGATTATGTTTGTGACTAAACAAGAAACAATTGATAGTTAATTAATGCCAGTCGCATGATCCTAAGCTACTCTATCCGGTGGTCTAACTTGCAGTATAGTAGATAAAATCAATGTTGATTGTGAATTTAAGGTCTCCTATAAAACATGTAACTAATGAATCACTCGTTTATGCTGTTGGATTATAGATTGATTCAGTTGACTTGATGGCTATAAATTCACTTCTGACACAAAAGCATGCTTCATCTTTAGAAAAAGCTAGTTCTCAGATACTAATGTATCTGTTGTTTTTTTAAAAATGCTTTTGGTTATATCTTTGTCTAGTCACGTCAATTTTTGGCTGCTGTCATTATCTTCCTTGTGTAGCATGTTTATATGTGAATAAAATGGTGGCGTCTTTTGTGATGAGAATATGCCTCAAAGCAGTTGGGTTTTTCTTATATCCTCTGTACGATTGATAATCTTACATTGGAAAAATCGATAGGACTCTCACTCTTCATAAATTAGATGATCTGTTTCTTTCACTGTGAGTTGGTTAATTTTGAGATGGAATCAAATATGATATTAGAGTCCATAAAACTCAAATAGGTATTCCGTTCAATAAAAAGAATTGATTCGATCAAGATTGAACCCAATCGAAGCACCATCTTGATGGAACATGTTGAGAATCCCGTGTTGAAAAAACCTAAAGGGAACTCATACTCTTTATAAGATAGATGAGCTACCCCTCACACACCCAATTGATTTTGAGGCAAAACTCCATACTATTAAATAGTGCGTATATATGTTAATTGTTTATGTTTTCATGTAGTCATATACTCAGATGTAGTCTCCTAGTCTTGTGTCGAAGAAATTCTGAATTTGTTTCTTCTTTTTCCAAACTCTGATAATTGGAGCTTTTTCTTTAGCTATTGTTACTTGTTTTGGATCCTGTTGATGTGAACTCATTTGGTCTTTGAAAGCTATTATTATTGTTGTTATTGAAAAAAAATCCCCTCTATCTGACTGTCTATACTAATGTTATGTTGTGCAGCTCTTTTATGCTGAGTATTTGCTGATACCCTTTGTTAGGTGAGGAGGTGGACAAGAATGTGATTAGGTAGTGTTTGTATTGTACAAATTTCTAGTTGAAGAGTTTTAATAAAGAGGTTTGTCTCCTAAAATAAAAAGAACTATAGTTAGAATCATTGTATTAGTTTTGATGAAGAATATGTCTCAGATTCCTTCTTTTTTTGTTTTTTTTTTCCCTTTTTTTTGTGTAATTGTAGCTTTTTTTAAACTCCATTTCTTTTGTACTATATAGATCATTAATGCAGGTACACAAATTGATAACAAAACAGTTGGAATAATATGAAATCCAAATTTAGTATTTCTCTTTCTC

Coding sequence (CDS)

CAAAATAAGCAATGGGCACAAAAAAGGGAAACGGAAATAATTATAATAATTTATAGAAACGGCTTCCAAAGCCGAACTTCAGTACGCTGGTCCCTCACATTACAGAGATTCGACTCTTCAGAGCTTCGGAGAAGAAGACGAGAGAGAGAGAGAGCTAAATTTTCTACTGCCATTCTTCAAACCTCCGAATCACCATCATTTTCATTCTCCTCAAAGAAGGAAGCCATTTTGGCAATGGATTCCGTGTTCGTTAGAGCCTACCGAAGTCATCTTACAATTACCGCAGTTGGTGGGATTGGAAACGGGTGGACGAATCGTGACGTCAACAACGTCCGGCTTCCAGGTCCAAGGCCTGGAGCATTGAAGATTTCTAAAAGGCACTGTTGTGTTGAATCTGAATATGAATCACATCATTGTGAATTTGTTTTTAGAAGACATCGGGAAAGGTACACCTTCTATCAGAAAAAAGATGATAGAATCCAAGTTAGAAAAGCAGCCTCTAATCAGCCTTTTGAAACTGAATCCGAAGCCTTGAGTTCCAAAAATTATGGTGATTCTGTAAGGAGTTTTTTAGATGCTTTTTACAGGTTTTCACGGCCGCACACAGTTATTGGTACAGTTACGTTTTTTCAAACTCATGTCCTTTTAGACCAATAA

Protein sequence

QNKQWAQKRETEIIIIIYRNGFQSRTSVRWSLTLQRFDSSELRRRRRERERAKFSTAILQTSESPSFSFSSKKEAILAMDSVFVRAYRSHLTITAVGGIGNGWTNRDVNNVRLPGPRPGALKISKRHCCVESEYESHHCEFVFRRHRERYTFYQKKDDRIQVRKAASNQPFETESEALSSKNYGDSVRSFLDAFYRFSRPHTVIGTVTFFQTHVLLDQ

Homology

[Close]

BLAST of Cucsat.G19977.T1 vs. ExPASy Swiss-Prot
Match: B7FA90 (Probable homogentisate phytyltransferase 1, chloroplastic OS=Oryza sativa subsp. japonica OX=39947 GN=HPT1 PE=2 SV=1)

HSP 1 Score: 49.7 bits (117), Expect = 4.9e-05
Identity = 24/41 (58.54%), Postives = 29/41 (70.73%), Query Frame = 0


Query: 166 ASNQPFETESEALSSKNYGDSVRSFLDAFYRFSRPHTVIGT 207
           AS QP ++ +EA  S +    + S LDAFYRFSRPHTVIGT
Sbjct: 83  ASGQPLQSSAEAHDSSSIWKPISSSLDAFYRFSRPHTVIGT 123

[Close]

BLAST of Cucsat.G19977.T1 vs. ExPASy Swiss-Prot
Match: Q8VWJ1 (Homogentisate phytyltransferase 1, chloroplastic OS=Arabidopsis thaliana OX=3702 GN=HPT1 PE=1 SV=1)

HSP 1 Score: 46.2 bits (108), Expect = 5.5e-04
Identity = 29/55 (52.73%), Postives = 32/55 (58.18%), Query Frame = 0


Query: 153 YQKKDDRIQVRKAASNQPFETESEALSSKNYGDSVRSFLDAFYRFSRPHTVIGTV 208
           Y K   R +V  A + QP     EA  S +   S R  LDAFYRFSRPHTVIGTV
Sbjct: 65  YPKHKSRFRV-NATAGQP-----EAFDSNSKQKSFRDSLDAFYRFSRPHTVIGTV 113

[Close]

BLAST of Cucsat.G19977.T1 vs. NCBI nr
Match: XP_004148327.1 (homogentisate phytyltransferase 1, chloroplastic isoform X1 [Cucumis sativus] >KGN61152.1 hypothetical protein Csa_021364 [Cucumis sativus])

HSP 1 Score: 262 bits (670), Expect = 6.76e-83
Identity = 128/128 (100.00%), Postives = 128/128 (100.00%), Query Frame = 0


Query: 79  MDSVFVRAYRSHLTITAVGGIGNGWTNRDVNNVRLPGPRPGALKISKRHCCVESEYESHH 138
           MDSVFVRAYRSHLTITAVGGIGNGWTNRDVNNVRLPGPRPGALKISKRHCCVESEYESHH
Sbjct: 1   MDSVFVRAYRSHLTITAVGGIGNGWTNRDVNNVRLPGPRPGALKISKRHCCVESEYESHH 60

Query: 139 CEFVFRRHRERYTFYQKKDDRIQVRKAASNQPFETESEALSSKNYGDSVRSFLDAFYRFS 198
           CEFVFRRHRERYTFYQKKDDRIQVRKAASNQPFETESEALSSKNYGDSVRSFLDAFYRFS
Sbjct: 61  CEFVFRRHRERYTFYQKKDDRIQVRKAASNQPFETESEALSSKNYGDSVRSFLDAFYRFS 120

Query: 199 RPHTVIGT 206
           RPHTVIGT
Sbjct: 121 RPHTVIGT 128

[Close]

BLAST of Cucsat.G19977.T1 vs. NCBI nr
Match: XP_016901965.1 (PREDICTED: homogentisate phytyltransferase 1, chloroplastic isoform X2 [Cucumis melo])

HSP 1 Score: 231 bits (589), Expect = 4.08e-71
Identity = 112/128 (87.50%), Postives = 119/128 (92.97%), Query Frame = 0


Query: 79  MDSVFVRAYRSHLTITAVGGIGNGWTNRDVNNVRLPGPRPGALKISKRHCCVESEYESHH 138
           MDSVFVRAYRSH T+ AVGGIGNGWT+ DVNNVRLP PRPGALKISK+HCCVESEY SHH
Sbjct: 1   MDSVFVRAYRSHFTLAAVGGIGNGWTSSDVNNVRLPSPRPGALKISKKHCCVESEYGSHH 60

Query: 139 CEFVFRRHRERYTFYQKKDDRIQVRKAASNQPFETESEALSSKNYGDSVRSFLDAFYRFS 198
            E VF RHRERYTFY+KKDDR+QVRKAASNQPFETES ALSSKNYGD++RSFLDAFYRFS
Sbjct: 61  FECVFGRHRERYTFYEKKDDRVQVRKAASNQPFETESGALSSKNYGDALRSFLDAFYRFS 120

Query: 199 RPHTVIGT 206
           RPHTVIGT
Sbjct: 121 RPHTVIGT 128

[Close]

BLAST of Cucsat.G19977.T1 vs. NCBI nr
Match: XP_008451585.1 (PREDICTED: homogentisate phytyltransferase 1, chloroplastic isoform X1 [Cucumis melo])

HSP 1 Score: 231 bits (589), Expect = 1.05e-70
Identity = 112/128 (87.50%), Postives = 119/128 (92.97%), Query Frame = 0


Query: 79  MDSVFVRAYRSHLTITAVGGIGNGWTNRDVNNVRLPGPRPGALKISKRHCCVESEYESHH 138
           MDSVFVRAYRSH T+ AVGGIGNGWT+ DVNNVRLP PRPGALKISK+HCCVESEY SHH
Sbjct: 1   MDSVFVRAYRSHFTLAAVGGIGNGWTSSDVNNVRLPSPRPGALKISKKHCCVESEYGSHH 60

Query: 139 CEFVFRRHRERYTFYQKKDDRIQVRKAASNQPFETESEALSSKNYGDSVRSFLDAFYRFS 198
            E VF RHRERYTFY+KKDDR+QVRKAASNQPFETES ALSSKNYGD++RSFLDAFYRFS
Sbjct: 61  FECVFGRHRERYTFYEKKDDRVQVRKAASNQPFETESGALSSKNYGDALRSFLDAFYRFS 120

Query: 199 RPHTVIGT 206
           RPHTVIGT
Sbjct: 121 RPHTVIGT 128

[Close]

BLAST of Cucsat.G19977.T1 vs. NCBI nr
Match: XP_038889435.1 (homogentisate phytyltransferase 1, chloroplastic isoform X1 [Benincasa hispida])

HSP 1 Score: 231 bits (588), Expect = 1.48e-70
Identity = 113/128 (88.28%), Postives = 119/128 (92.97%), Query Frame = 0


Query: 79  MDSVFVRAYRSHLTITAVGGIGNGWTNRDVNNVRLPGPRPGALKISKRHCCVESEYESHH 138
           MDSVFVRAYRSH T+ AVGG+GNGWTNR VNNV LP PRPGALKISKRHCCVESEYESHH
Sbjct: 1   MDSVFVRAYRSHFTLAAVGGVGNGWTNRGVNNVWLPSPRPGALKISKRHCCVESEYESHH 60

Query: 139 CEFVFRRHRERYTFYQKKDDRIQVRKAASNQPFETESEALSSKNYGDSVRSFLDAFYRFS 198
            E VFRRH+ER+T YQKKD+RIQVRKAASNQPFETES ALSSKNYGDS+RSFLDAFYRFS
Sbjct: 61  FECVFRRHQERHTSYQKKDNRIQVRKAASNQPFETESGALSSKNYGDSIRSFLDAFYRFS 120

Query: 199 RPHTVIGT 206
           RPHTVIGT
Sbjct: 121 RPHTVIGT 128

[Close]

BLAST of Cucsat.G19977.T1 vs. NCBI nr
Match: XP_038889438.1 (homogentisate phytyltransferase 1, chloroplastic isoform X3 [Benincasa hispida])

HSP 1 Score: 224 bits (572), Expect = 3.63e-68
Identity = 112/128 (87.50%), Postives = 118/128 (92.19%), Query Frame = 0


Query: 79  MDSVFVRAYRSHLTITAVGGIGNGWTNRDVNNVRLPGPRPGALKISKRHCCVESEYESHH 138
           MDSVFVRAYRSH T+ A GG+GNGWTNR VNNV LP PRPGALKISKRHCCVESEYESHH
Sbjct: 1   MDSVFVRAYRSHFTLAA-GGVGNGWTNRGVNNVWLPSPRPGALKISKRHCCVESEYESHH 60

Query: 139 CEFVFRRHRERYTFYQKKDDRIQVRKAASNQPFETESEALSSKNYGDSVRSFLDAFYRFS 198
            E VFRRH+ER+T YQKKD+RIQVRKAASNQPFETES ALSSKNYGDS+RSFLDAFYRFS
Sbjct: 61  FECVFRRHQERHTSYQKKDNRIQVRKAASNQPFETESGALSSKNYGDSIRSFLDAFYRFS 120

Query: 199 RPHTVIGT 206
           RPHTVIGT
Sbjct: 121 RPHTVIGT 127

[Close]

BLAST of Cucsat.G19977.T1 vs. ExPASy TrEMBL
Match: A0A0A0LKA3 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_2G059830 PE=3 SV=1)

HSP 1 Score: 262 bits (670), Expect = 3.27e-83
Identity = 128/128 (100.00%), Postives = 128/128 (100.00%), Query Frame = 0


Query: 79  MDSVFVRAYRSHLTITAVGGIGNGWTNRDVNNVRLPGPRPGALKISKRHCCVESEYESHH 138
           MDSVFVRAYRSHLTITAVGGIGNGWTNRDVNNVRLPGPRPGALKISKRHCCVESEYESHH
Sbjct: 1   MDSVFVRAYRSHLTITAVGGIGNGWTNRDVNNVRLPGPRPGALKISKRHCCVESEYESHH 60

Query: 139 CEFVFRRHRERYTFYQKKDDRIQVRKAASNQPFETESEALSSKNYGDSVRSFLDAFYRFS 198
           CEFVFRRHRERYTFYQKKDDRIQVRKAASNQPFETESEALSSKNYGDSVRSFLDAFYRFS
Sbjct: 61  CEFVFRRHRERYTFYQKKDDRIQVRKAASNQPFETESEALSSKNYGDSVRSFLDAFYRFS 120

Query: 199 RPHTVIGT 206
           RPHTVIGT
Sbjct: 121 RPHTVIGT 128

[Close]

BLAST of Cucsat.G19977.T1 vs. ExPASy TrEMBL
Match: A0A1S4E1V5 (homogentisate phytyltransferase 1, chloroplastic isoform X2 OS=Cucumis melo OX=3656 GN=LOC103492819 PE=3 SV=1)

HSP 1 Score: 231 bits (589), Expect = 1.97e-71
Identity = 112/128 (87.50%), Postives = 119/128 (92.97%), Query Frame = 0


Query: 79  MDSVFVRAYRSHLTITAVGGIGNGWTNRDVNNVRLPGPRPGALKISKRHCCVESEYESHH 138
           MDSVFVRAYRSH T+ AVGGIGNGWT+ DVNNVRLP PRPGALKISK+HCCVESEY SHH
Sbjct: 1   MDSVFVRAYRSHFTLAAVGGIGNGWTSSDVNNVRLPSPRPGALKISKKHCCVESEYGSHH 60

Query: 139 CEFVFRRHRERYTFYQKKDDRIQVRKAASNQPFETESEALSSKNYGDSVRSFLDAFYRFS 198
            E VF RHRERYTFY+KKDDR+QVRKAASNQPFETES ALSSKNYGD++RSFLDAFYRFS
Sbjct: 61  FECVFGRHRERYTFYEKKDDRVQVRKAASNQPFETESGALSSKNYGDALRSFLDAFYRFS 120

Query: 199 RPHTVIGT 206
           RPHTVIGT
Sbjct: 121 RPHTVIGT 128

[Close]

BLAST of Cucsat.G19977.T1 vs. ExPASy TrEMBL
Match: A0A1S3BRS9 (homogentisate phytyltransferase 1, chloroplastic isoform X1 OS=Cucumis melo OX=3656 GN=LOC103492819 PE=3 SV=1)

HSP 1 Score: 231 bits (589), Expect = 5.07e-71
Identity = 112/128 (87.50%), Postives = 119/128 (92.97%), Query Frame = 0


Query: 79  MDSVFVRAYRSHLTITAVGGIGNGWTNRDVNNVRLPGPRPGALKISKRHCCVESEYESHH 138
           MDSVFVRAYRSH T+ AVGGIGNGWT+ DVNNVRLP PRPGALKISK+HCCVESEY SHH
Sbjct: 1   MDSVFVRAYRSHFTLAAVGGIGNGWTSSDVNNVRLPSPRPGALKISKKHCCVESEYGSHH 60

Query: 139 CEFVFRRHRERYTFYQKKDDRIQVRKAASNQPFETESEALSSKNYGDSVRSFLDAFYRFS 198
            E VF RHRERYTFY+KKDDR+QVRKAASNQPFETES ALSSKNYGD++RSFLDAFYRFS
Sbjct: 61  FECVFGRHRERYTFYEKKDDRVQVRKAASNQPFETESGALSSKNYGDALRSFLDAFYRFS 120

Query: 199 RPHTVIGT 206
           RPHTVIGT
Sbjct: 121 RPHTVIGT 128

[Close]

BLAST of Cucsat.G19977.T1 vs. ExPASy TrEMBL
Match: A0A6J1K9K8 (homogentisate phytyltransferase 1, chloroplastic-like isoform X1 OS=Cucurbita maxima OX=3661 GN=LOC111492342 PE=3 SV=1)

HSP 1 Score: 201 bits (510), Expect = 3.13e-59
Identity = 104/128 (81.25%), Postives = 111/128 (86.72%), Query Frame = 0


Query: 79  MDSVFVRAYRSHLTITAVGGIGNGWTNRDVNNVRLPGPRPGALKISKRHCCVESEYESHH 138
           MDSVFVRAYRSH+    VGGIG+GWTNRDVNNV LP PRPGALKISKR   VESE +SHH
Sbjct: 1   MDSVFVRAYRSHV----VGGIGSGWTNRDVNNVWLPSPRPGALKISKRPSWVESESKSHH 60

Query: 139 CEFVFRRHRERYTFYQKKDDRIQVRKAASNQPFETESEALSSKNYGDSVRSFLDAFYRFS 198
            E VFRRHRE YTF QKKD+RIQ+R AASNQPFE+ESE L SKNYGDSV+SFLDAFYRFS
Sbjct: 61  VECVFRRHREGYTFCQKKDNRIQIRNAASNQPFESESEVLHSKNYGDSVKSFLDAFYRFS 120

Query: 199 RPHTVIGT 206
           RPHTVIGT
Sbjct: 121 RPHTVIGT 124

[Close]

BLAST of Cucsat.G19977.T1 vs. ExPASy TrEMBL
Match: A0A6J1K7F2 (homogentisate phytyltransferase 1, chloroplastic-like isoform X2 OS=Cucurbita maxima OX=3661 GN=LOC111492342 PE=3 SV=1)

HSP 1 Score: 200 bits (508), Expect = 6.07e-59
Identity = 104/128 (81.25%), Postives = 110/128 (85.94%), Query Frame = 0


Query: 79  MDSVFVRAYRSHLTITAVGGIGNGWTNRDVNNVRLPGPRPGALKISKRHCCVESEYESHH 138
           MDSVFVRAYRSH     VGGIG+GWTNRDVNNV LP PRPGALKISKR   VESE +SHH
Sbjct: 1   MDSVFVRAYRSH-----VGGIGSGWTNRDVNNVWLPSPRPGALKISKRPSWVESESKSHH 60

Query: 139 CEFVFRRHRERYTFYQKKDDRIQVRKAASNQPFETESEALSSKNYGDSVRSFLDAFYRFS 198
            E VFRRHRE YTF QKKD+RIQ+R AASNQPFE+ESE L SKNYGDSV+SFLDAFYRFS
Sbjct: 61  VECVFRRHREGYTFCQKKDNRIQIRNAASNQPFESESEVLHSKNYGDSVKSFLDAFYRFS 120

Query: 199 RPHTVIGT 206
           RPHTVIGT
Sbjct: 121 RPHTVIGT 123

The following BLAST results are available for this feature:

BLAST of Cucsat.G19977.T1 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
B7FA90	4.9e-05	58.54	Probable homogentisate phytyltransferase 1, chloroplastic OS=Oryza sativa subsp....	[more]
Q8VWJ1	5.5e-04	52.73	Homogentisate phytyltransferase 1, chloroplastic OS=Arabidopsis thaliana OX=3702...	[more]

BLAST of Cucsat.G19977.T1 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_004148327.1	6.76e-83	100.00	homogentisate phytyltransferase 1, chloroplastic isoform X1 [Cucumis sativus] >K...	[more]
XP_016901965.1	4.08e-71	87.50	PREDICTED: homogentisate phytyltransferase 1, chloroplastic isoform X2 [Cucumis ...	[more]
XP_008451585.1	1.05e-70	87.50	PREDICTED: homogentisate phytyltransferase 1, chloroplastic isoform X1 [Cucumis ...	[more]
XP_038889435.1	1.48e-70	88.28	homogentisate phytyltransferase 1, chloroplastic isoform X1 [Benincasa hispida]	[more]
XP_038889438.1	3.63e-68	87.50	homogentisate phytyltransferase 1, chloroplastic isoform X3 [Benincasa hispida]	[more]

BLAST of Cucsat.G19977.T1 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A0A0LKA3	3.27e-83	100.00	Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_2G059830 PE=3 SV=1	[more]
A0A1S4E1V5	1.97e-71	87.50	homogentisate phytyltransferase 1, chloroplastic isoform X2 OS=Cucumis melo OX=3...	[more]
A0A1S3BRS9	5.07e-71	87.50	homogentisate phytyltransferase 1, chloroplastic isoform X1 OS=Cucumis melo OX=3...	[more]
A0A6J1K9K8	3.13e-59	81.25	homogentisate phytyltransferase 1, chloroplastic-like isoform X1 OS=Cucurbita ma...	[more]
A0A6J1K7F2	6.07e-59	81.25	homogentisate phytyltransferase 1, chloroplastic-like isoform X2 OS=Cucurbita ma...	[more]

InterPro

Analysis Name: InterPro Annotations of Cucumber (B10) v3
Date Performed: 2021-10-25


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	PANTHER	PTHR43009	HOMOGENTISATE SOLANESYLTRANSFERASE, CHLOROPLASTIC	coord: 124..207
None	No IPR available	PANTHER	PTHR43009:SF6	HOMOGENTISATE PHYTYLTRANSFERASE 1, CHLOROPLASTIC	coord: 124..207

Relationships

This mRNA is a part of the following gene feature(s):


Feature Name	Unique Name	Type
Cucsat.G19977	Cucsat.G19977	gene

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


Feature Name	Unique Name	Type
Cucsat.G19977.T1.E1	Cucsat.G19977.T1.E1	exon
Cucsat.G19977.T1.E2	Cucsat.G19977.T1.E2	exon
Cucsat.G19977.T1.E3	Cucsat.G19977.T1.E3	exon
Cucsat.G19977.T1.E4	Cucsat.G19977.T1.E4	exon
Cucsat.G19977.T1.E5	Cucsat.G19977.T1.E5	exon
Cucsat.G19977.T1.E6	Cucsat.G19977.T1.E6	exon
Cucsat.G19977.T1.E7	Cucsat.G19977.T1.E7	exon
Cucsat.G19977.T1.E8	Cucsat.G19977.T1.E8	exon
Cucsat.G19977.T1.E9	Cucsat.G19977.T1.E9	exon
Cucsat.G19977.T1.E10	Cucsat.G19977.T1.E10	exon
Cucsat.G19977.T1.E11	Cucsat.G19977.T1.E11	exon

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


Feature Name	Unique Name	Type
Cucsat.G19977.T1.C1	Cucsat.G19977.T1.C1	CDS
Cucsat.G19977.T1.C2	Cucsat.G19977.T1.C2	CDS
Cucsat.G19977.T1.C3	Cucsat.G19977.T1.C3	CDS

The following polypeptide feature(s) derives from this mRNA:


Feature Name	Unique Name	Type
Cucsat.G19977.T1	Cucsat.G19977.T1-protein	polypeptide

GO Annotation

GO Assignments

This mRNA is annotated with the following GO terms.

Category	Term Accession	Term Name
cellular_component	GO:0016021	integral component of membrane
molecular_function	GO:0004659	prenyltransferase activity