Tiso gene 13582
From metabolic_network
Revision as of 16:17, 10 January 2018 by Dyliss (Talk | contribs) (Created page with "Category:Reaction == Reaction [http://metacyc.org/META/NEW-IMAGE?object=RXN-13603 RXN-13603] == * direction: ** LEFT-TO-RIGHT * common name: ** neolinustatin β-digluc...")
Contents
Reaction RXN-13603
- direction:
- LEFT-TO-RIGHT
- common name:
- neolinustatin β-diglucosidase
- beta-glucosidase-like_chloroplastic
- low_quality_protein:_beta-glucosidase-like_chloroplastic-like
- ORF
- beta_glucosidase
- ec number:
- Synonym(s):
Reaction Formula
- With identifiers:
- 1 CPD-14596[c] + 1 WATER[c] => 1 CPD-10277[c] + 1 Glucopyranose[c]
- With common name(s):
- 1 neolinustatin[c] + 1 H2O[c] => 1 lotaustralin[c] + 1 D-glucopyranose[c]
Genes associated with this reaction
Genes have been associated with this reaction based on different elements listed below.
- Tiso_gene_13306
- IN-SILICO_ANNOTATION
- EC-NUMBER
- IN-SILICO_ANNOTATION
- Tiso_gene_6497
- Tiso_gene_6007
- IN-SILICO_ANNOTATION
- EC-NUMBER
- EXPERIMENTAL_ANNOTATION
- EC-NUMBER
- IN-SILICO_ANNOTATION
- Tiso_gene_6188
- IN-SILICO_ANNOTATION
- EC-NUMBER
- IN-SILICO_ANNOTATION
- Tiso_gene_13305
- IN-SILICO_ANNOTATION
- EC-NUMBER
- EXPERIMENTAL_ANNOTATION
- EC-NUMBER
- IN-SILICO_ANNOTATION
- Tiso_gene_2843
- Tiso_gene_6187
- IN-SILICO_ANNOTATION
- EC-NUMBER
- EXPERIMENTAL_ANNOTATION
- EC-NUMBER
- IN-SILICO_ANNOTATION
- Tiso_gene_2344
- Tiso_gene_8669
- IN-SILICO_ANNOTATION
- EC-NUMBER
- EXPERIMENTAL_ANNOTATION
- EC-NUMBER
- IN-SILICO_ANNOTATION
- Tiso_gene_15067
- IN-SILICO_ANNOTATION
- EC-NUMBER
- IN-SILICO_ANNOTATION
- Tiso_gene_3467
- IN-SILICO_ANNOTATION
- EC-NUMBER
- EXPERIMENTAL_ANNOTATION
- EC-NUMBER
- IN-SILICO_ANNOTATION
- Tiso_gene_15066
- IN-SILICO_ANNOTATION
- EC-NUMBER
- EXPERIMENTAL_ANNOTATION
- EC-NUMBER
- IN-SILICO_ANNOTATION
- Tiso_gene_5836
- IN-SILICO_ANNOTATION
- EC-NUMBER
- EXPERIMENTAL_ANNOTATION
- EC-NUMBER
- IN-SILICO_ANNOTATION
- Tiso_gene_10001
Pathways
- PWY-7092, neolinustatin bioactivation: PWY-7092
- 2 reactions found over 3 reactions in the full pathway
