Linked from

The 50 pages that link to Glycolysis, each with the reason it gives.

• GlucoseRelated: It begins glucose breakdown in the cytosol and can proceed without oxygen.

• Cellular respirationBroader topic: It begins glucose breakdown and yields a small amount of ATP before oxygen-dependent stages.

• Adenosine triphosphateRelated: It supplies ATP quickly without requiring oxygen-dependent mitochondrial respiration.

• ATPRelated: It can produce ATP rapidly, including when oxygen-dependent metabolism is limited.

• Lactic acid fermentationNarrower topic: It supplies the pyruvate and NADH that lactic acid fermentation uses.

• Saccharomyces cerevisiaeBroader topic: It supplies the pyruvate that yeast can convert into ethanol and carbon dioxide.

• YeastBroader topic: It supplies pyruvate and energy for yeast fermentation.

• Nicotinamide adenine dinucleotideRelated: Glycolysis reduces NAD⁺ during the oxidation of glyceraldehyde 3-phosphate.

• Alcoholic fermentationNarrower topic: It supplies pyruvate and the energy that fermentation helps cells obtain without oxygen.

• CarbohydrateRelated: It is a central route for extracting energy from glucose.

• GluconeogenesisCompared with: Its irreversible steps require distinct bypass reactions during glucose synthesis.

• BiochemistryBroader topic: It is a well-studied pathway for extracting energy from glucose.

• Beta oxidationCompared with: It is a major alternative route for extracting energy from carbohydrate rather than fatty acids.

• Lactic acidNarrower topic: Glycolysis supplies the pyruvate that fermentation can convert into lactate.

• Lactate dehydrogenaseRelated: It supplies pyruvate and NADH for lactate production.

• PhosphateRelated: Phosphate groups trap and transform intermediates throughout this pathway.

• Fatty acid synthesisRelated: Its products can supply mitochondrial acetyl-CoA for export to cytosolic lipid synthesis.

• PhosphorylationRelated: Phosphorylation traps glucose and helps drive several glycolytic reactions.

• Aerobic respirationRelated: It begins glucose breakdown and supplies pyruvate and electron carriers for respiration.

• GlycogenolysisRelated: Glucose-6-phosphate from glycogen can enter this energy-producing pathway.

• MacronutrientBroader topic: It is an early route for extracting energy from dietary carbohydrate.

• Adenosine diphosphateRelated: Several glycolytic reactions transfer phosphate to ADP to produce ATP.

• LactateNarrower topic: Lactate production branches from the pyruvate made by this pathway.

• Mitochondrial dysfunctionCompared with: Cells can rely more heavily on glycolysis when mitochondrial ATP production is limited.

• NADHRelated: Glycolysis generates NADH when glyceraldehyde 3-phosphate is oxidized.

• Substrate-level phosphorylationNarrower topic: Two of its reactions produce ATP through direct phosphate transfer.

• AMP-activated protein kinaseRelated: This ATP-generating pathway can be promoted by AMPK signaling.

• Pentose phosphate pathwayNarrower topic: The pathway exchanges sugar phosphates with glycolysis, linking carbon and energy metabolism.

• AldoseRelated: Glucose, an aldose, enters this central pathway for energy extraction.

• CoenzymeRelated: NAD⁺ accepts electrons during a key oxidation step in the pathway.

• Food energyBroader topic: It is an early route for extracting energy from glucose.

• GlycogenesisCompared with: It consumes glucose for immediate energy rather than storing it as glycogen.

• KetoseRelated: Ketose intermediates, including fructose 1,6-bisphosphate, are central to glycolysis.

• Pyruvate dehydrogenase complexNarrower topic: It supplies the pyruvate that enters the complex.

• CytosolBroader topic: It is a canonical metabolic pathway carried out in the cytosol.

• GlyceraldehydeRelated: Its intermediate glyceraldehyde 3-phosphate is derived from glyceraldehyde.

• Pyruvate carboxylaseRelated: It generates the pyruvate that can be diverted into oxaloacetate.

• ErythroseCompared with: Unlike glycolysis, erythrose is not a central glycolytic intermediate.

• Gerty CoriRelated: It provides the pathway context for the Coris' work on sugar breakdown.

• SugarRelated: Cells can extract energy from glucose through this pathway.

• CatabolismBroader topic: It begins glucose breakdown and captures some of its chemical energy.

• Hans von Euler-ChelpinBroader topic: It supplies the sugar breakdown reactions that precede alcoholic fermentation.

• Glycogen storage disease type VRelated: Blocked access to glycogen limits one fuel source for glycolysis during exercise.

• Pyruvic acidNarrower topic: Glycolysis produces pyruvate as its final carbon-containing product.

• AlluloseCompared with: Unlike glucose, allulose largely avoids the energy-producing pathways that make ordinary sugars caloric.

• AnaerobicRelated: It supplies ATP directly and feeds fermentation when oxygen is unavailable.

• MitochondriaCompared with: It generates ATP outside mitochondria and can continue when oxygen is unavailable.

• Otto Fritz MeyerhofNarrower topic: Meyerhof traced how muscle carbohydrate breakdown produces lactic acid through glycolytic reactions.

• Otto Heinrich WarburgRelated: Its role in cancer metabolism is often discussed alongside, but should not be conflated with, Warburg’s hypothesis.

• Plant metabolismBroader topic: It begins sugar breakdown and feeds both respiration and fermentation.