Pathway
Glycolysis in senescence
Glycolysis appears to be upregulated in most senescent phenotypes. This is hypothesized to match with the increased need for proteins and lipids needed for senescence-associated events such as extr...
WP:5049
What the reference databases state
Statements
11 statements
11 statements · 1 reference database · Subject: Glycolysis in senescence · Sources: WikiPathways
- ALDOC participates in Glycolysis in senescenceProteinWikiPathways WP5049Inferred only
- ENO1 participates in Glycolysis in senescenceProteinWikiPathways WP5049Inferred only
- G6PD participates in Glycolysis in senescenceProteinWikiPathways WP5049Inferred only
- GAPDH participates in Glycolysis in senescenceProteinWikiPathways WP5049Inferred only
- HK1 participates in Glycolysis in senescenceProteinWikiPathways WP5049Inferred only
- LDHA participates in Glycolysis in senescenceProteinWikiPathways WP5049Inferred only
- PGK1 participates in Glycolysis in senescenceProteinWikiPathways WP5049Inferred only
- PKM participates in Glycolysis in senescenceProteinWikiPathways WP5049Inferred only
- PRKAA1 participates in Glycolysis in senescenceProteinWikiPathways WP5049Inferred only
- RB1 participates in Glycolysis in senescenceProteinWikiPathways WP5049Inferred only
- TP53 participates in Glycolysis in senescenceProteinWikiPathways WP5049Inferred only