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Fatty acids and glycerol.
In a resting muscle you have few muscle fibres, which contract in batches to give you muscle tone. You have got maximum ATP molecules, generated in resting muscle.
Glycerol (from fatty acids) can be entered into Glycolysis at its 3Carbon stage
Goes from aerobic respiration of carbohydrate to anaerobic respiration of carbohydrate. In the case of marathon runners aerobic respiration of fatty acids will follow depletion of carbohydrate reserves (glycogen).
Unsaturated fatty acids are fatty acids that have double bonds in their long carbon chains.
Aerobic respiration produces the greatest amount of ATP per molecule of glucose oxidized. When a cell uses fatty acid for aerobic respiration it first hydrolyzes fats to glycerol and fatty acids.
Fatty acids and glycerol.
Pancreatic Lipase
Aerobic Reaction. Respiration is an example of aerobic reaction, and is common to living organisms such as humans and plants. Anaerobic respiration can be found in certain types of bacteria.
Goes from aerobic respiration of carbohydrate to anaerobic respiration of carbohydrate. In the case of marathon runners aerobic respiration of fatty acids will follow depletion of carbohydrate reserves (glycogen).
Hydrolyzes triglycerides to provide fatty acids for other cells
Hydrolyzes triglycerides to provide fatty acids for other cells
Aerobic respiration of glucose -> Carbonic acid Anaerobic respiration of glucose -> Lactic acid Incomplete oxidation of fatty acids -> Acidic ketone bodies Oxidation of sulfur-containing amino acids -> Sulfuric acid Hydrolysis of phosphoproteins and nucleic acids -> Phosphoric acid
In a resting muscle you have few muscle fibres, which contract in batches to give you muscle tone. You have got maximum ATP molecules, generated in resting muscle.
Glycerol (from fatty acids) can be entered into Glycolysis at its 3Carbon stage
Goes from aerobic respiration of carbohydrate to anaerobic respiration of carbohydrate. In the case of marathon runners aerobic respiration of fatty acids will follow depletion of carbohydrate reserves (glycogen).
e.g -respirationAnother Perspective:Three examples would be the human body's metabolism (oxidative degradation) of: fatty acids, amino acids, and monosaccarides.