Gene Details:

Functional Descriptions:

  • Overexpression of OsDHHC30 in rice plants improved their salt and oxidative tolerance.

Literature:

Gene Resources:

  • NCBI ID:
  • UniProt accessions:

Sequences:

cDNA Sequence
  • >LOC_Os12g29560.1
    CCCGTCCCCACCAAACCGGACCGCTCCTCCCACCAGAAGCGTCGTCGTCTCCGCCTCTGGAGGCAGCGACGCCGGCCGGTTGCCGCCGCCGCCTACCCTTCCTCACTCCACCTCTCCGACTAATCGCCGCCGCCTTCGCCGCCGCCGGAGGCCTAGAATGGCGTCCACATCCGCCGCGGAGCCTGGCGTCCGGTTCTCCGACCGAGCGGCGAGGAGGTCGTCGCTGGGCCTGAGGTCGATGGTGCTCCTGATGCACGTGGTCTTCGTCGGCGCCGTCTTCCTGCTCGATCCGACCCTCGACAGGCGAATCCGCGAGGAGCCCTGGTACATAGGGGCATATGGAGCGCTTGTTTTGATCGCCTTAGTGCAGTATTTCTACACAGCTGGTTCATCTCCTGGGTATGTTCTCGATGCAATGAAAGCTGGTTCGACGATGCACGCAACCTACATCAATACTGCCACTCTTTCGAAACAATCAAGTCCAAACAATGGTAGCTTAAATTCCCCTTTGAGCCTCCCTCAACAGCAGAAACTTAATCCGACCACTTCTACATCAACATGGTTGCAGCGAGTTGCAGAATTATACCCCCCTGGGTCAAGTAGCAGGGATTGGACTTGCACTTACTGCAGGGTTATTCAGCCACCTCGTACTAGGCATTGCCATGACTGTGACAAATGTGTCCTTCAGTTTGATCATCACTGTGTTTGGCTTGGAACATGCATTGGGAAAAAGAACCACTGCAGATTCTGGTGGTACATATTTGAAGAAACAATCCTGAGTATCTGGACAGTTGCTCTCTACATTGACTCGATACGTTTAGATGTTGACAAGGCCTGGTGGAAGGATTTTATTGGCGTAATCCTGTTGGCTGTGTTGATCTTTATTCTCATATTCTTGCTACTATTGTTGATCTTTCATACTTACATCGCTCTTACAAATCAAACAACCTACGAAGTTGCCCGAAGGAAGCGGATATTCTACATGAGGGGTATACCCGACAAAGTTCATCCATTCAGTAAAGGCATCTGTAGGAACATCTACGTCTTCTGCTTCTCTAGACAGAAGGGATATGATCTAGAAGAGGTGCCCCCACTTGAAGAGTTGGAAGCCAGAGCTGCTCCCTACACATGCCGCGATATAATCTGCTGCCGGTGCTGTTGATCTTGTACATGTCAATATATGTTACTACCATAGCATTCTTTTTTTCACATGTGGAAGCATATGCTTAGCCTGTGTAGTGTAATTCCTCTGCCTTCTTTTTTTTTAGCCTGTGGAAGCATGCATGCCTTTTTCGTGAGCTGCACCTATGTGGTTGTTCATGTAAAGAGAGTCAGGCCTGGTTGTTCATGTAAAGTACATGACCGCATGTACATTTTCAAGCACAAGACGTGTGTCTGTGTGGGCTTAGATCCAATCGTTGTGGTAGATTAGTTCCACCATTTTTCTTTTTGAAATCAGGGATGGTTGATTACTGATAAGTTGGTTTTGAGCACACAAGCTTTAGTAGGAAACCGTTACTACTTGTGTCGAAAATTTGTATTCTGAGTTCGAGTTGTGGCAGTAAATGTTACACGTGGTATTTGTCGGACGTATTGTATTGTCAATGTCAGGCACGTACGCAATGCTGAAGACAAGTGCTGCGTGTTCTCGGTGGTTTTTTTGTATCAGATTTACCTCGTTGGCTTGCCATAATGTTGTTTGCTATTGCTGAGGCTGCGTTAA
CDS Sequence
  • >LOC_Os12g29560.1
    ATGGCGTCCACATCCGCCGCGGAGCCTGGCGTCCGGTTCTCCGACCGAGCGGCGAGGAGGTCGTCGCTGGGCCTGAGGTCGATGGTGCTCCTGATGCACGTGGTCTTCGTCGGCGCCGTCTTCCTGCTCGATCCGACCCTCGACAGGCGAATCCGCGAGGAGCCCTGGTACATAGGGGCATATGGAGCGCTTGTTTTGATCGCCTTAGTGCAGTATTTCTACACAGCTGGTTCATCTCCTGGGTATGTTCTCGATGCAATGAAAGCTGGTTCGACGATGCACGCAACCTACATCAATACTGCCACTCTTTCGAAACAATCAAGTCCAAACAATGGTAGCTTAAATTCCCCTTTGAGCCTCCCTCAACAGCAGAAACTTAATCCGACCACTTCTACATCAACATGGTTGCAGCGAGTTGCAGAATTATACCCCCCTGGGTCAAGTAGCAGGGATTGGACTTGCACTTACTGCAGGGTTATTCAGCCACCTCGTACTAGGCATTGCCATGACTGTGACAAATGTGTCCTTCAGTTTGATCATCACTGTGTTTGGCTTGGAACATGCATTGGGAAAAAGAACCACTGCAGATTCTGGTGGTACATATTTGAAGAAACAATCCTGAGTATCTGGACAGTTGCTCTCTACATTGACTCGATACGTTTAGATGTTGACAAGGCCTGGTGGAAGGATTTTATTGGCGTAATCCTGTTGGCTGTGTTGATCTTTATTCTCATATTCTTGCTACTATTGTTGATCTTTCATACTTACATCGCTCTTACAAATCAAACAACCTACGAAGTTGCCCGAAGGAAGCGGATATTCTACATGAGGGGTATACCCGACAAAGTTCATCCATTCAGTAAAGGCATCTGTAGGAACATCTACGTCTTCTGCTTCTCTAGACAGAAGGGATATGATCTAGAAGAGGTGCCCCCACTTGAAGAGTTGGAAGCCAGAGCTGCTCCCTACACATGCCGCGATATAATCTGCTGCCGGTGCTGTTGA
Protein Sequence
  • >LOC_Os12g29560.1
    MASTSAAEPGVRFSDRAARRSSLGLRSMVLLMHVVFVGAVFLLDPTLDRRIREEPWYIGAYGALVLIALVQYFYTAGSSPGYVLDAMKAGSTMHATYINTATLSKQSSPNNGSLNSPLSLPQQQKLNPTTSTSTWLQRVAELYPPGSSSRDWTCTYCRVIQPPRTRHCHDCDKCVLQFDHHCVWLGTCIGKKNHCRFWWYIFEETILSIWTVALYIDSIRLDVDKAWWKDFIGVILLAVLIFILIFLLLLLIFHTYIALTNQTTYEVARRKRIFYMRGIPDKVHPFSKGICRNIYVFCFSRQKGYDLEEVPPLEELEARAAPYTCRDIICCRCC*