Gene Details:

Functional Descriptions:

  • A glutathione-independent DJ-1/PfpI domain-containing tomato glyoxalaseIII2, SlGLYIII2, confers enhanced tolerance under salt and osmotic stresses.
  • Stress-inducible overexpression of both glutathione-dependent (SlGLYI4 + SlGLYII2) and independent (SlGLYIII2) pathways led to enhanced tolerance in both sets of transgenic plants under abiotic stresses.
  • Knockdown of SlGLYIII2 resulted in plants with exacerbated stress responses than those silenced for both SlGLYI4 and SlGLYII2.
  • The superior performance of SlGLYIII2 OE tomato plants for better growth and yield under salt and osmotic treatments could be attributed to better GSH/GSSG ratio, lower reactive oxygen species levels, and enhanced antioxidant potential, indicating a prominent role of GLYIII MG-detoxification pathway in abiotic stress mitigation in this species.

Literature:

Gene Resources:

  • NCBI ID:
  • UniProt accessions:

Orthologs:

Sequences:

cDNA Sequence
  • >Solyc02g081400.3.1
    TCTTCGTCTTCTTCTCTTATAATATATATCAATTCCTTAATCTCTTCCACACACAGAGAAAGAGAAAGATAGAGCTCAATTCCAGCTGATTGAAAAATGGCAAATCAGAAAAGGGTTCTCTTACTATGTGGAGATTACGTTGAAGACTATGAGGTGATGGTACCATTTCAAGCTCTACTAGCCTATGGACTAGCCGTTGATGCTGTTTGTCCTGGAAAGAAATCCGGTGACATTTGCCGCACTGCCGTCCATCAGCTTTATGGTCACCAGACATATTCAGAGTCCCGCGGACACAATTTTGCTGTTAATGCAACCTTCGATGAAATCGAGGCTACAAAGTATGATGGCTTGTTCATACCAGGAGGACGTGCTCCAGAATATCTGGCCATGAATGAAGCTGTGTTGGACTTGGTGAAAAGTTTTGCCAACACTAAAAAGCCAATTGTCTCTGTCTGTCATGGACAACTGATCCTGGCGGCTGCAGATGTGGTCAGAGGTCGAAAGTGCACAGCTTATCCTGCTGTCAAGCCGGTGCTTGTTGCGGCTGGTGCCCATTGGGAAGAGCCAGAAACCCTGGCCTCATGTACCATCGATGGTAATCTCATCACTGGATCTACTTACGAAGGAAACCCTGATTTCATTCGACTCTTTGTTAAGGCACTCGGTGGCAGCATAGTTGGTTCTGGTAAAAGAATCCTATTTCTATGTGGGGATTTCATGGAAGACTATGAAGTCAAGGTACCTTTTCAGTCCCTCCAAGCTCTTGAATGCCATGTTGATGCTGTTTGCCCCAAGAAGAAAGCCGGAGAGAAATGCCCCACGGCTGTGCACGACTTTGAAGGTGACCAGACTTATAGTGAGAAGCCAGGTCACGATTTTACCCTGAATGCCAATTTTGAAAGTGTGGATGTTTCAAGCTATGATGGACTTGTAATTCCCGGAGGCCGAGCTCCAGAATACCTTGCCCTGGATGATGATGTTATTAAGTTGGTCCAGGAATTTATGGAGTCCAAAAAACCAGTTGCATCAATCTGCCATGGGCAACAGATACTATCTGCTGCTGGTGTTCTCAAGGGTAAGAAGTGTACTGCGTACCCTGCTGTGAAACTTAACGTGATACTAGGAGGGGCGACATGGCTAGAACCAGAACCAATAGACCGTTGCTTCACGGACGGACATCTTGTGACGGGGGCAGCTTGGCCAGGTCATCCTGAGTTTATTTCTCAGTTCATGGCACTGCTTGGAGTGCATGTAAAATTTTAGGCTACTTGTTTGTTTGACATGTTTTGCCAGGTGATGAGAATAAATTTTTTTTAATTGTAACAGAATAATGAGTGTGTTTTTATAATGTTCGAAAATCACTAAAACTACTGATGTCCGCATAAATGTACTCCCTTGGGAATTCTAAATGTGACTTTTTTACCTATTTACT
CDS Sequence
  • >Solyc02g081400.3.1
    ATGGCAAATCAGAAAAGGGTTCTCTTACTATGTGGAGATTACGTTGAAGACTATGAGGTGATGGTACCATTTCAAGCTCTACTAGCCTATGGACTAGCCGTTGATGCTGTTTGTCCTGGAAAGAAATCCGGTGACATTTGCCGCACTGCCGTCCATCAGCTTTATGGTCACCAGACATATTCAGAGTCCCGCGGACACAATTTTGCTGTTAATGCAACCTTCGATGAAATCGAGGCTACAAAGTATGATGGCTTGTTCATACCAGGAGGACGTGCTCCAGAATATCTGGCCATGAATGAAGCTGTGTTGGACTTGGTGAAAAGTTTTGCCAACACTAAAAAGCCAATTGTCTCTGTCTGTCATGGACAACTGATCCTGGCGGCTGCAGATGTGGTCAGAGGTCGAAAGTGCACAGCTTATCCTGCTGTCAAGCCGGTGCTTGTTGCGGCTGGTGCCCATTGGGAAGAGCCAGAAACCCTGGCCTCATGTACCATCGATGGTAATCTCATCACTGGATCTACTTACGAAGGAAACCCTGATTTCATTCGACTCTTTGTTAAGGCACTCGGTGGCAGCATAGTTGGTTCTGGTAAAAGAATCCTATTTCTATGTGGGGATTTCATGGAAGACTATGAAGTCAAGGTACCTTTTCAGTCCCTCCAAGCTCTTGAATGCCATGTTGATGCTGTTTGCCCCAAGAAGAAAGCCGGAGAGAAATGCCCCACGGCTGTGCACGACTTTGAAGGTGACCAGACTTATAGTGAGAAGCCAGGTCACGATTTTACCCTGAATGCCAATTTTGAAAGTGTGGATGTTTCAAGCTATGATGGACTTGTAATTCCCGGAGGCCGAGCTCCAGAATACCTTGCCCTGGATGATGATGTTATTAAGTTGGTCCAGGAATTTATGGAGTCCAAAAAACCAGTTGCATCAATCTGCCATGGGCAACAGATACTATCTGCTGCTGGTGTTCTCAAGGGTAAGAAGTGTACTGCGTACCCTGCTGTGAAACTTAACGTGATACTAGGAGGGGCGACATGGCTAGAACCAGAACCAATAGACCGTTGCTTCACGGACGGACATCTTGTGACGGGGGCAGCTTGGCCAGGTCATCCTGAGTTTATTTCTCAGTTCATGGCACTGCTTGGAGTGCATGTAAAATTTTAG
Protein Sequence
  • >Solyc02g081400.3.1
    MANQKRVLLLCGDYVEDYEVMVPFQALLAYGLAVDAVCPGKKSGDICRTAVHQLYGHQTYSESRGHNFAVNATFDEIEATKYDGLFIPGGRAPEYLAMNEAVLDLVKSFANTKKPIVSVCHGQLILAAADVVRGRKCTAYPAVKPVLVAAGAHWEEPETLASCTIDGNLITGSTYEGNPDFIRLFVKALGGSIVGSGKRILFLCGDFMEDYEVKVPFQSLQALECHVDAVCPKKKAGEKCPTAVHDFEGDQTYSEKPGHDFTLNANFESVDVSSYDGLVIPGGRAPEYLALDDDVIKLVQEFMESKKPVASICHGQQILSAAGVLKGKKCTAYPAVKLNVILGGATWLEPEPIDRCFTDGHLVTGAAWPGHPEFISQFMALLGVHVKF*