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Glycolysis

Glycolysis. Step 1. Where: What: Products: Require O 2 ? ATP:. Oxygen required: Aerobic respiration. NO Oxygen available: An aerobic respiration. Kreb’s cycle. Step 2. Where: What: Products: Require O 2 ? ATP:. Fermentation

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Glycolysis

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  1. Glycolysis Step 1 Where: What: Products: Require O2? ATP: Oxygen required: Aerobic respiration NO Oxygen available: Anaerobic respiration Kreb’s cycle Step 2 Where: What: Products: Require O2? ATP: Fermentation What: Pyruvate +NADHATP 2 types are: Alcoholic Fermentation Lactic Acid Fermentation Electron Transport Chain (ETC) Where: What: Products: Require O2? ATP: Where: What: Products: Require O2? ATP: Step 3 Where: What: Products: Require O2? ATP: Cellular Respiration: glucose ATP Break down food to form energy

  2. Glycolysis Step 1 Where: cytoplasm What: Break down glucose into pyruvate and ATP Products: Pyruvate, NADH Require O2? NO ATP: 2 Oxygen required: Aerobic respiration NO Oxygen available: Anaerobic respiration Kreb’s cycle Step 2 Where: Matrix of mitochondria What: Breakdown of pyruvate Products: CO2, NADH, FADH2 Require O2? Sort of ATP: 2 Fermentation What: Pyruvate +NADHATP 2 types are: Alcoholic Fermentation Lactic Acid Fermentation Electron Transport Chain (ETC) Where: Yeast (fungi) What:PyruvateATP Products: CO2, ethanol, NAD+ Require O2? NO ATP: 2 Where: muscle cells (animals) What: PyruvateATP Products: Lactic Acid, NAD+ Require O2? NO ATP: 2 Step 3 Where: inner membrane of mitochondria What: NADH, FADH2  ATP Products: H20, NAD+ Require O2? YES! ATP: 32 Cellular Respiration: glucose ATP Break down food to form energy

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