Gene Details:

Functional Descriptions:

  • UGT89AC1-mediated quercetin glucosylation is induced upon herbivore damage and enhances Camellia sinensis resistance to insect feeding.
  • Suppression of UGT89AC1 reduces the accumulation of quercetin glucosides and herbivore resistance in tea plants.
  • UGT89AC1 plays a key role in quercetin glucoside formation and herbivore resistance in tea plants.

Literature:

Gene Resources:

  • NCBI ID:
  • UniProt accessions:

Orthologs:

Sequences:

cDNA Sequence
  • >CSS0040530.1
    ATGTGTACTATACCTAGAAATACCGGCGCACATATCCTCGTCTACCCATTTCCTGCGCCGGGACACATTATACCTCTCCTCGATCTCACCCACCTGTTACTCACCCGCGGCCTCACCATCACCGTACTGGTCTCCCCATCTCACCTCCCTCTTCTCCAACCAATCCTCTCTAGCCACCTGTCCTCCTCCATCCAACCCCTGGTTCTCCCTCTTCCACACTCCTTCACTTCCTCACAATCAGGCCTTCTCGGTAAAATACGCGCCACGGGTGAACTTTACGATCCTATCCTCCGATGGTTTCGATCCCACCCTTCGCCCCCTGTGGCCATCGTATCTGATTTCTTCCTGGGGTGGACCCACCGCCTCGCAACCCATCTCGGCGTGCCACGACTTGCCTTTTGGCCATCTGGCGCTTTTACCGCGTCGATTTTGGATTCCCTGTGGCGCAACCTACCGAAGAACAATGATCTGGGCAACGAAAATTTTTTGATTTCATTTTCGGAAATTCCTAATTCTCCGATTTACCCTTGGTGGCAAATAACACCTTATTATTGTGATTTCAAGGAAGGAGACCCAGAACATGAGTTCTTCAGAAATGGGATGTTGGCTAATAAAGAGAGTTGGGGTGTCGTGTTCAACTCGTTCACTGAGTTAGAACGAGTTTACATTGAGCATATCAAGAAGGAAATGGGGCACGATCGGGTTTGGGCTGTCGGACCCTTATTGCCTCCGGAAGATAATGATCTAGTGGGACTCACTAACCGCGGTGGATCGAGTGCGGTGGCAGCTCATGAGGTCATGACGTGGCTCGACGGGAAGGCTGATGATTCTGTTGTCTACGTGTGCTTCGGGAGCCGTGTGGCACTGACAAGTAAGCAAAGGGAAGCGTTGGCGGCTGCGCTCGAGTGCAGTCGGGTGCATTTTATTTGGTGTGTGAAGGCATCCGATCAAGGACATGCGGCAGGTAATGATGGAGCGATCCCAAATGGATTTGATGATCGTGTGGGAGATAGGAGTTTCATAATTAAGGGGTGGGCTCCCCAAGTGGAAATATTGAGACATCGAGCTGTGGGTGTCTTCGTGACTCATTGCGGTTGGAACTCAGTGCTAGAGGGTATATCAGCTGGGGTACTTATGCTGACGTGGCCAATGAATGCGGACCAGTTCACCGACGCTAAGTTGTTGGTGGACCAACTAGGCGTGGCAATTCGAGCTTGTGAAGGAGGATCACAGAATGTTCCAGATGTAGACGAGTTGACTCGGGTGTTGGGTGAGTCGGTAATTGGTTCTCGGACTGAGAGAGCTAGAGTTATGCAGCTGCGTAACATGGCCAGGAATGCTCCTGTGAAAGGAGGAAGCTCAACCAGAGATTTGGAGAAATTCGTGAAGCATTTAGGTGAGCTCAATAAAAGATATGTCGTGTGA
CDS Sequence
  • >CSS0040530.1
    ATGTGTACTATACCTAGAAATACCGGCGCACATATCCTCGTCTACCCATTTCCTGCGCCGGGACACATTATACCTCTCCTCGATCTCACCCACCTGTTACTCACCCGCGGCCTCACCATCACCGTACTGGTCTCCCCATCTCACCTCCCTCTTCTCCAACCAATCCTCTCTAGCCACCTGTCCTCCTCCATCCAACCCCTGGTTCTCCCTCTTCCACACTCCTTCACTTCCTCACAATCAGGCCTTCTCGGTAAAATACGCGCCACGGGTGAACTTTACGATCCTATCCTCCGATGGTTTCGATCCCACCCTTCGCCCCCTGTGGCCATCGTATCTGATTTCTTCCTGGGGTGGACCCACCGCCTCGCAACCCATCTCGGCGTGCCACGACTTGCCTTTTGGCCATCTGGCGCTTTTACCGCGTCGATTTTGGATTCCCTGTGGCGCAACCTACCGAAGAACAATGATCTGGGCAACGAAAATTTTTTGATTTCATTTTCGGAAATTCCTAATTCTCCGATTTACCCTTGGTGGCAAATAACACCTTATTATTGTGATTTCAAGGAAGGAGACCCAGAACATGAGTTCTTCAGAAATGGGATGTTGGCTAATAAAGAGAGTTGGGGTGTCGTGTTCAACTCGTTCACTGAGTTAGAACGAGTTTACATTGAGCATATCAAGAAGGAAATGGGGCACGATCGGGTTTGGGCTGTCGGACCCTTATTGCCTCCGGAAGATAATGATCTAGTGGGACTCACTAACCGCGGTGGATCGAGTGCGGTGGCAGCTCATGAGGTCATGACGTGGCTCGACGGGAAGGCTGATGATTCTGTTGTCTACGTGTGCTTCGGGAGCCGTGTGGCACTGACAAGTAAGCAAAGGGAAGCGTTGGCGGCTGCGCTCGAGTGCAGTCGGGTGCATTTTATTTGGTGTGTGAAGGCATCCGATCAAGGACATGCGGCAGGTAATGATGGAGCGATCCCAAATGGATTTGATGATCGTGTGGGAGATAGGAGTTTCATAATTAAGGGGTGGGCTCCCCAAGTGGAAATATTGAGACATCGAGCTGTGGGTGTCTTCGTGACTCATTGCGGTTGGAACTCAGTGCTAGAGGGTATATCAGCTGGGGTACTTATGCTGACGTGGCCAATGAATGCGGACCAGTTCACCGACGCTAAGTTGTTGGTGGACCAACTAGGCGTGGCAATTCGAGCTTGTGAAGGAGGATCACAGAATGTTCCAGATGTAGACGAGTTGACTCGGGTGTTGGGTGAGTCGGTAATTGGTTCTCGGACTGAGAGAGCTAGAGTTATGCAGCTGCGTAACATGGCCAGGAATGCTCCTGTGAAAGGAGGAAGCTCAACCAGAGATTTGGAGAAATTCGTGAAGCATTTAGGTGAGCTCAATAAAAGATATGTCGTGTGA
Protein Sequence
  • >CSS0040530.1
    MCTIPRNTGAHILVYPFPAPGHIIPLLDLTHLLLTRGLTITVLVSPSHLPLLQPILSSHLSSSIQPLVLPLPHSFTSSQSGLLGKIRATGELYDPILRWFRSHPSPPVAIVSDFFLGWTHRLATHLGVPRLAFWPSGAFTASILDSLWRNLPKNNDLGNENFLISFSEIPNSPIYPWWQITPYYCDFKEGDPEHEFFRNGMLANKESWGVVFNSFTELERVYIEHIKKEMGHDRVWAVGPLLPPEDNDLVGLTNRGGSSAVAAHEVMTWLDGKADDSVVYVCFGSRVALTSKQREALAAALECSRVHFIWCVKASDQGHAAGNDGAIPNGFDDRVGDRSFIIKGWAPQVEILRHRAVGVFVTHCGWNSVLEGISAGVLMLTWPMNADQFTDAKLLVDQLGVAIRACEGGSQNVPDVDELTRVLGESVIGSRTERARVMQLRNMARNAPVKGGSSTRDLEKFVKHLGELNKRYVV