Without oxygen the kreb's cycle would be replaced by fermentation after glycolysis. Fermentation does not create nearly as much energy as kreb's
mitochondrion
The energy is produced through an aerobic process called oxidative phosphorylation. About 60% of energy comes from fatty acids and triglycerides and 35% from carbohydrates. The remaining 5% is from amino acids and ketone bodies. The oxidation is supported by myoglobins that store oxygen in the muscle.
The process of converting glucose (C6H1206) to energy in the form of ATP is known as anaerobic respiration in humans. The pathway involves glucose as a reactant yielding 2 lactic acids and 2 ATPs.
Excreted as urea. this was the answer for my test
Depends on how big it is (button cell, car battery?) and on its chemical type.
Proteins are broken down into amino acids in digestive tract and then synthesis of new proteins.
Aerobic breakdown of glucose.
aerobic breakdown of glucose
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).
Fatty acids and glycerol.
fatty acids provide energy catabolic or anabolic
The energy is produced through an aerobic process called oxidative phosphorylation. About 60% of energy comes from fatty acids and triglycerides and 35% from carbohydrates. The remaining 5% is from amino acids and ketone bodies. The oxidation is supported by myoglobins that store oxygen in the muscle.
e.g -respirationAnother Perspective:Three examples would be the human body's metabolism (oxidative degradation) of: fatty acids, amino acids, and monosaccarides.
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.
In aerobic respiration they are ATP and CO2 mainly. In anaerobic, Lactic acids,ethanol also produced
The preferred source of energy for the heart muscle is fatty acids. Fatty acids are "good fats" that are main sources of energy for cells.
acids are released
Acids. Internal acids are used to digest the food into energy