Gene Details:

  • Gene ID: AT5G25980
  • Gene Symbol: BGLU37, TGG2
  • Gene Name: BETA GLUCOSIDASE 37, glucoside glucohydrolase 2
  • Description: glucoside glucohydrolase 2;(source:Araport11)
  • TAIR Accession: locus:2180567
  • Genome: Araport11_genome_release
  • Species: Arabidopsis thaliana

Transcripts:

Plant Ontology Annotations:

  • PO:0005020  — vascular bundle — haz vascular (Spanish, exact), vein (exact), 維管束 (Japanese, exact)
  • PO:0005417  — phloem — floema (Spanish, exact), portion of phloem tissue (exact), 師部、師管 (Japanese, exact)
  • PO:0000293  — guard cell — célula guardiana (Spanish, exact), occlusive cell (exact), 孔辺細胞 (Japanese, exact)

Gene Ontology:

  • GO:0048046  — located in — apoplast
  • GO:0009507  — located in — chloroplast
  • GO:0000325  — located in — plant-type vacuole
  • GO:0002213  — involved in — defense response to insect
  • GO:0005576  — located in — extracellular region
  • GO:0009737  — involved in — response to abscisic acid
  • GO:0005777  — located in — peroxisome
  • GO:0019137  — enables — thioglucosidase activity
  • GO:0022626  — located in — cytosolic ribosome
  • GO:0008422  — enables — beta-glucosidase activity
  • GO:0099503  — located in — secretory vesicle
  • GO:0009506  — located in — plasmodesma
  • GO:0010119  — involved in — regulation of stomatal movement
  • GO:0019762  — acts upstream of or within — glucosinolate catabolic process
  • GO:0102799  — enables — glucosinolate glucohydrolase activity

Germplasm Phenotype:

  • CS6567  — Slight increase in myrosinase activity in above-ground tissue; no visible phenotype.
  • CS72341  — very low myrosinase activity in leaf tissue; reduced resistance to feeding by generalist insect herbivores
  • CS72545  — very low myrosinase activity in leaf tissue; reduced resistance to feeding by generalist insect herbivores
  • tgg1-3 tgg2-1  — contains only 1% of wild-type myrosinase activity. Among the above-ground tissues, the activity is only detected in flowers.

Literature:

Sequences:

cDNA Sequence
  • >AT5G25980.1
    TCCATGCAACACAACACATACATCTACATATTAACCATGAAGCTTCTTGGGTTCGCCTTAGCTATTCTATTAGTTGTGGCGACTTGCAAACCTGAAGAAGAGATTACTTGCGAAGAGAACGTTCCATTCACATGTAGCCAAACAGATCGTTTCAACAAACAAGATTTCGAAAGCGACTTCATCTTCGGTGTTGCATCTTCTGCTTACCAGATCGAAGGCGGCAGAGGTCGTGGACTTAACGTTTGGGATGGCTTCACTCACCGATACCCAGAGAAAGGTGGAGCCGATTTGGGCAATGGAGACACTACTTGTGACTCATACCGGACTTGGCAGAAAGATCTAGACGTGATGGAAGAGCTTGGAGTTAAAGGCTACAGATTCTCCTTTGCGTGGTCAAGAATCCTTCCAAAAGGAAAGAGGAGTAGGGGAATCAACGAAGATGGTATTAACTACTACAGCGGTCTCATAGATGGCCTGATCGCAAGGAACATAACGCCTTTCGTTACACTCTTTCACTGGGACCTTCCTCAATCATTGCAAGATGAATATGAAGGTTTCTTGGACAGAACGATCATAGACGATTTCAAAGATTACGCGGATCTATGTTTCGAGAGATTTGGTGATAGAGTAAAGCACTGGATCACCATCAACCAGCTTTTCACAGTGCCTACGAGAGGCTATGCATTGGGAACAGATGCACCCGGTCGATGTTCCCAATGGGTGGATAAAAGATGTTACGGTGGAGATTCTTCCACCGAACCCTATATCGTTGCGCATAACCAGCTTCTTGCTCATGCCACGGTCGTTGATCTATACAGGACGAGATATAAGTACCAAGGAGGGAAGATTGGACCTGTGATGATAACTAGATGGTTTCTACCATATGATGACACTCTAGAGAGCAAACAAGCAACTTGGAGGGCCAAAGAATTCTTCTTGGGATGGTTCATGGAGCCGCTAACAAAGGGTAAATACCCATACATCATGAGGAAACTTGTTGGTAATCGGCTTCCAAAGTTCAACAGCACAGAAGCTCGCCTTTTAAAGGGTTCATATGATTTTCTTGGTCTCAACTATTACGTCACTCAATACGCCCACGCCCTTGACCCAAGTCCTCCGGAAAAACTCACTGCCATGACGGACTCACTCGCAAACCTTACATCTCTTGATGCAAATGGTCAACCCCCTGGTCCACCGTTCTCTAAAGGCAGTTATTACCACCCAAGAGGGATGTTAAACGTAATGGAGCACTTCAAAACCAAATACGGTGACCCTTTAATCTATGTCACCGAGAACGGATTCAGTACCTCCGGTGGCCCCATACCCTTCACCGAAGCATTTCACGATTACAACCGGATTGATTATCTCTGCAGTCATCTATGTTTTCTCCGCAAGGCCATCAAGTGAAAGCGTGTCAACGTGAAAGGATACTTTGTTTGGTCTCTTGGGGATAATTACGAATTCTGCAACGGCTACACCGTCAGATTCGGACTTAGTTACGTTGATTTCAATAATGTCACTGCTGATAGAGACCTCAAAGCTTCTGGCTTATGGTACCAGTCGTTCTTGAGAGATACCACCAAGAACCAAGATATCCTCCGCTCAAGTCTGCCCTTTAAGAACGGGGATAGGAAGAGCCTCACATGAAAGACCAAAACCACTTTATGCCCATCGAGATCATCTTCATGTCTCTTCTTTCTACTTGCTCCATAGATAAAAGGAGCTTCTACCTACTGTATTAAATAAAAGATGATCAAACTTAATAAATATTTTGTATACTACATTATGCCATGGGATGGGGAAAAATCCGATGAAACCAAAATTGAACTAAACTCGAAATGCTTAGTTGTTTATCATTTT
  • >AT5G25980.2
    TCCATGCAACACAACACATACATCTACATATTAACCATGAAGCTTCTTGGGTTCGCCTTAGCTATTCTATTAGTTGTGGCGACTTGCAAACCTGAAGAAGAGATTACTTGCGAAGAGAACGTTCCATTCACATGTAGCCAAACAGATCGTTTCAACAAACAAGATTTCGAAAGCGACTTCATCTTCGGTGTTGCATCTTCTGCTTACCAGATCGAAGGCGGCAGAGGTCGTGGACTTAACGTTTGGGATGGCTTCACTCACCGATACCCAGAGAAAGGTGGAGCCGATTTGGGCAATGGAGACACTACTTGTGACTCATACCGGACTTGGCAGAAAGATCTAGACGTGATGGAAGAGCTTGGAGTTAAAGGCTACAGATTCTCCTTTGCGTGGTCAAGAATCCTTCCAAAAGGAAAGAGGAGTAGGGGAATCAACGAAGATGGTATTAACTACTACAGCGGTCTCATAGATGGCCTGATCGCAAGGAACATAACGCCTTTCGTTACACTCTTTCACTGGGACCTTCCTCAATCATTGCAAGATGAATATGAAGGTTTCTTGGACAGAACGATCATAGACGATTTCAAAGATTACGCGGATCTATGTTTCGAGAGATTTGGTGATAGAGTAAAGCACTGGATCACCATCAACCAGCTTTTCACAGTGCCTACGAGAGGCTATGCATTGGGAACAGATGCACCCGGTCGATGTTCCCAATGGGTGGATAAAAGATGTTACGGTGGAGATTCTTCCACCGAACCCTATATCGTTGCGCATAACCAGCTTCTTGCTCATGCCACGGTCGTTGATCTATACAGGACGAGATATAAGTACCAAGGAGGGAAGATTGGACCTGTGATGATAACTAGATGGTTTCTACCATATGATGACACTCTAGAGAGCAAACAAGCAACTTGGAGGGCCAAAGAATTCTTCTTGGGATGGTTCATGGAGCCGCTAACAAAGGGTAAATACCCATACATCATGAGGAAACTTGTTGGTAATCGGCTTCCAAAGTTCAACAGCACAGAAGCTCGCCTTTTAAAGGGTTCATATGATTTTCTTGGTCTCAACTATTACGTCACTCAATACGCCCACGCCCTTGACCCAAGTCCTCCGGAAAAACTCACTGCCATGACGGACTCACTCGCAAACCTTACATCTCTTGATGCAAATGGTCAACCCCCTGGTCCACCGTTCTCTAAAGGCAGTTATTACCACCCAAGAGGGATGTTAAACGTAATGGAGCACTTCAAAACCAAATACGGTGACCCTTTAATCTATGTCACCGAGAACGGATTCAGTACCTCCGGTGGCCCCATACCCTTCACCGAAGCATTTCACGATTACAACCGGATTGATTATCTCTGCAGTCATCTATGTTTTCTCCGCAAGGCCATCAAGTGAAAGCGTGTCAACGTGAAAGGATACTTTGTTTGGTCTCTTGGGGATAATTACGAATTCTGCAACGGCTACACCGTCAGATTCGGACTTAGTTACGTTGATTTCAATAATGTCACTGCTGATAGAGACCTCAAAGCTTCTGGCTTATGGTACCAGTCGTTCTTGAGAGATACCACCAAGAACCAAGATATCCTCCGCTCAAGTCTGCCCTTTAAGAACGGGGATAGGAAGAGCCTCACATGAAAGACCAAAACCACTTTATGCCCATCGAGATCATCTTCATGTCTCTTCTTTCTACTTGCTCCATAGATAAAAGGAGCTTCTACCTACTGTATTAAATAAAAGATGATCAAACTTAATAAATATTTTGTATACTACATTATGCCATGGGATGGGGAAAAATCCGATGAAACCAAAATTGAACTAAACTCGAAATGCTTAGTTGTTTATCATTTT
  • >AT5G25980.3
    TCCATGCAACACAACACATACATCTACATATTAACCATGAAGCTTCTTGGGTTCGCCTTAGCTATTCTATTAGTTGTGGCGACTTGCAAACCTGAAGAAGAGATTACTTGCGAAGAGAACGTTCCATTCACATGTAGCCAAACAGATCGTTTCAACAAACAAGATTTCGAAAGCGACTTCATCTTCGGTGTTGCATCTTCTGCTTACCAGATCGAAGGCGGCAGAGGTCGTGGACTTAACGTTTGGGATGGCTTCACTCACCGATACCCAGAGAAAGGTGGAGCCGATTTGGGCAATGGAGACACTACTTGTGACTCATACCGGACTTGGCAGAAAGATCTAGACGTGATGGAAGAGCTTGGAGTTAAAGGCTACAGATTCTCCTTTGCGTGGTCAAGAATCCTTCCAAAAGGAAAGAGGAGTAGGGGAATCAACGAAGATGGTATTAACTACTACAGCGGTCTCATAGATGGCCTGATCGCAAGGAACATAACGCCTTTCGTTACACTCTTTCACTGGGACCTTCCTCAATCATTGCAAGATGAATATGAAGGTTTCTTGGACAGAACGATCATAGACGATTTCAAAGATTACGCGGATCTATGTTTCGAGAGATTTGGTGATAGAGTAAAGCACTGGATCACCATCAACCAGCTTTTCACAGTGCCTACGAGAGGCTATGCATTGGGAACAGATGCACCCGGTCGATGTTCCCAATGGGTGGATAAAAGATGTTACGGTGGAGATTCTTCCACCGAACCCTATATCGTTGCGCATAACCAGCTTCTTGCTCATGCCACGGTCGTTGATCTATACAGGACGAGATATAAGTACCAAGGAGGGAAGATTGGACCTGTGATGATAACTAGATGGTTTCTACCATATGATGACACTCTAGAGAGCAAACAAGCAACTTGGAGGGCCAAAGAATTCTTCTTGGGATGGTTCATGGAGCCGCTAACAAAGGGTAAATACCCATACATCATGAGGAAACTTGTTGGTAATCGGCTTCCAAAGTTCAACAGCACAGAAGCTCGCCTTTTAAAGGGTTCATATGATTTTCTTGGTCTCAACTATTACGTCACTCAATACGCCCACGCCCTTGACCCAAGTCCTCCGGAAAAACTCACTGCCATGACGGACTCACTCGCAAACCTTACATCTCTTGATGCAAATGGTCAACCCCCTGGTCCACCGTTCTCTAAAGGCAGTTATTACCACCCAAGAGGGATGTTAAACGTAATGGAGCACTTCAAAACCAAATACGGTGACCCTTTAATCTATGTCACCGAGAACGGATTCAGTACCTCCGGTGGCCCCATACCCTTCACCGAAGCATTTCACGATTACAACCGGATTGATTATCTCTGCAGTCATCTATGTTTTCTCCGCAAGGCCATCAAGTGAAAGCGTGTCAACGTGAAAGGATACTTTGTTTGGTCTCTTGGGGATAATTACGAATTCTGCAACGGCTACACCGTCAGATTCGGACTTAGTTACGTTGATTTCAATAATGTCACTGCTGATAGAGACCTCAAAGCTTCTGGCTTATGGTACCAGTCGTTCTTGAGAGATACCACCAAGAACCAAGATATCCTCCGCTCAAGTCTGCCCTTTAAGAACGGGGATAGGAAGAGCCTCACATGAAAGACCAAAACCACTTTATGCCCATCGAGATCATCTTCATGTCTCTTCTTTCTACTTGCTCCATAGATAAAAGGAGCTTCTACCTACTGTATTAAATAAAAGATGATCAAACTTAATAAATATTTTGTATACTACATTATGCCATGGGATGGGGAAAAATCCGATGAAACCAAAATTGAACTAAACTCGAAATGCTTAGTTGTTTATCATTTT
CDS Sequence
Protein Sequence