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- Lactate_shuttle_hypothesis abstract "The lactate shuttle hypothesis was proposed by professor George Brooks of the University of California at Berkeley, describing the movement of lactate intracellularly (within a cell) and intercellularly (between cells). The hypothesis is based on the observation that lactate is formed and utilized continuously in diverse cells under both anaerobic and aerobic conditions. Further, lactate produced at sites with high rates of glycolysis and glycogenolysis can be shuttled to adjacent or remote sites including heart or other skeletal muscles where the lactate can be used as a gluconeogenic precursor or substrate for oxidation.In addition to its role as a fuel source predominantly in the muscles, heart, brain, and liver, the lactate shuttle hypothesis also relates the role of lactate in redox signalling, gene expression, and lipolytic control. These additional roles of lactate have given rise to the term ‘lactormone’, pertaining to the role of lactate as a signalling hormone.".
- Lactate_shuttle_hypothesis wikiPageID "39047203".
- Lactate_shuttle_hypothesis wikiPageLength "18389".
- Lactate_shuttle_hypothesis wikiPageOutDegree "28".
- Lactate_shuttle_hypothesis wikiPageRevisionID "677049771".
- Lactate_shuttle_hypothesis wikiPageWikiLink Aerobic_respiration.
- Lactate_shuttle_hypothesis wikiPageWikiLink Anaerobic_respiration.
- Lactate_shuttle_hypothesis wikiPageWikiLink Angiogenesis.
- Lactate_shuttle_hypothesis wikiPageWikiLink Astrocyte.
- Lactate_shuttle_hypothesis wikiPageWikiLink Astrocytes.
- Lactate_shuttle_hypothesis wikiPageWikiLink Beta_oxidation.
- Lactate_shuttle_hypothesis wikiPageWikiLink Category:Cancer_research.
- Lactate_shuttle_hypothesis wikiPageWikiLink Category:Gene_expression.
- Lactate_shuttle_hypothesis wikiPageWikiLink Category:Hormones.
- Lactate_shuttle_hypothesis wikiPageWikiLink Cellular_respiration.
- Lactate_shuttle_hypothesis wikiPageWikiLink Cori_cycle.
- Lactate_shuttle_hypothesis wikiPageWikiLink Cytochrome_c_oxidase.
- Lactate_shuttle_hypothesis wikiPageWikiLink Excess_post-exercise_oxygen_consumption.
- Lactate_shuttle_hypothesis wikiPageWikiLink Fermentation.
- Lactate_shuttle_hypothesis wikiPageWikiLink GPR81.
- Lactate_shuttle_hypothesis wikiPageWikiLink Gluconeogenesis.
- Lactate_shuttle_hypothesis wikiPageWikiLink Glycogenolysis.
- Lactate_shuttle_hypothesis wikiPageWikiLink Glycolysis.
- Lactate_shuttle_hypothesis wikiPageWikiLink HIF-1.
- Lactate_shuttle_hypothesis wikiPageWikiLink Hypoxia-inducible_factors.
- Lactate_shuttle_hypothesis wikiPageWikiLink Isoenzyme.
- Lactate_shuttle_hypothesis wikiPageWikiLink Isozyme.
- Lactate_shuttle_hypothesis wikiPageWikiLink Lactate_dehydrogenase.
- Lactate_shuttle_hypothesis wikiPageWikiLink Lactic_acid.
- Lactate_shuttle_hypothesis wikiPageWikiLink Monocarboxylate_transporter.
- Lactate_shuttle_hypothesis wikiPageWikiLink Oxygen_debt.
- Lactate_shuttle_hypothesis wikiPageWikiLink Peroxisome.
- Lactate_shuttle_hypothesis wikiPageWikiLink Peroxisome_proliferator-activated_receptor_gamma.
- Lactate_shuttle_hypothesis wikiPageWikiLink Pyruvate.
- Lactate_shuttle_hypothesis wikiPageWikiLink Pyruvic_acid.
- Lactate_shuttle_hypothesis wikiPageWikiLink Warburg_Effect.
- Lactate_shuttle_hypothesis wikiPageWikiLink Warburg_effect.
- Lactate_shuttle_hypothesis wikiPageWikiLink Β-oxidation.
- Lactate_shuttle_hypothesis wikiPageWikiLinkText "Lactate shuttle hypothesis".
- Lactate_shuttle_hypothesis hasPhotoCollection Lactate_shuttle_hypothesis.
- Lactate_shuttle_hypothesis wikiPageUsesTemplate Template:Reflist.
- Lactate_shuttle_hypothesis subject Category:Cancer_research.
- Lactate_shuttle_hypothesis subject Category:Gene_expression.
- Lactate_shuttle_hypothesis subject Category:Hormones.
- Lactate_shuttle_hypothesis comment "The lactate shuttle hypothesis was proposed by professor George Brooks of the University of California at Berkeley, describing the movement of lactate intracellularly (within a cell) and intercellularly (between cells). The hypothesis is based on the observation that lactate is formed and utilized continuously in diverse cells under both anaerobic and aerobic conditions.".
- Lactate_shuttle_hypothesis label "Lactate shuttle hypothesis".
- Lactate_shuttle_hypothesis sameAs m.0t52f4j.
- Lactate_shuttle_hypothesis sameAs Q17157037.
- Lactate_shuttle_hypothesis sameAs Q17157037.
- Lactate_shuttle_hypothesis wasDerivedFrom Lactate_shuttle_hypothesis?oldid=677049771.
- Lactate_shuttle_hypothesis isPrimaryTopicOf Lactate_shuttle_hypothesis.