In aerobic respiration 38 ATPs are produced. In anerobic respiration only 2 are produced
36 ATPs are produced.CO2 and H2O also given out.
It takes place in the cytoplasm.It yields two ATPS,two NADH and two pyruvates
Glycolysis is a 10 step enzymatically catalyzed reaction which splits up a glucose molecule into two molecules of pyruvate. The process of glycolysis can occur in absence of oxygen. A net yield of 2 ATP is obtained at the end of gylcolysis for every molecule of glucose oxidized.
It gets produced form glucose aerobic metabolism that consists of 4 steps: 1.glycolisis = 2 ATPs +2 NADH 2.pyruvate oxidative decarboxilation = 1 NADH *2 (because we have 2 pyruvates from the glycolisis) 3. Krebs cycle = (3NADH + 1FADH + 1ATP) * 2 4.Cellular respiration cycle - process where all the NADH and FADH are converted to ATPs. Each NADH = 3ATP, but FADH=2ATP. Thus we get: 1. 8 ATPs 2. 6 ATPs (3*2) 3. 24 ATPs (12*2) --------------------- 38 ATPs
36
In aerobic respiration 38 ATPs are produced. In anerobic respiration only 2 are produced
36 to 38 ATPs
36 ATPs are produced.CO2 and H2O also given out.
It takes place in the cytoplasm.It yields two ATPS,two NADH and two pyruvates
Glycolysis is a 10 step enzymatically catalyzed reaction which splits up a glucose molecule into two molecules of pyruvate. The process of glycolysis can occur in absence of oxygen. A net yield of 2 ATP is obtained at the end of gylcolysis for every molecule of glucose oxidized.
Your question is not clear enough to answer. However, I can answer that ATP Synthesis produce most of the ATPs in the electric transport chain of the inner mitochondria (or aka. matrix). There are other ways to produce ATPs (your cells, of course) but the mitochondria, or the "power house," produces the most of the ATPs from ADP. Overall, the process is called the cellular respiration.
It gets produced form glucose aerobic metabolism that consists of 4 steps: 1.glycolisis = 2 ATPs +2 NADH 2.pyruvate oxidative decarboxilation = 1 NADH *2 (because we have 2 pyruvates from the glycolisis) 3. Krebs cycle = (3NADH + 1FADH + 1ATP) * 2 4.Cellular respiration cycle - process where all the NADH and FADH are converted to ATPs. Each NADH = 3ATP, but FADH=2ATP. Thus we get: 1. 8 ATPs 2. 6 ATPs (3*2) 3. 24 ATPs (12*2) --------------------- 38 ATPs
Aerobic means respiration that occurs with oxygen and anaerobic means without oxygen. They are both used by different muscles in our bodies. Aerobic is used by Fast Twitch Type B, and anaerobic by Fast Twitch Type A and Slow Twitch muscles.
A net gain of 2ATP occurs during glycolysis.
The electron transport generates the most ATP in the aerobic respiration. Higher organisms, such as reptiles, mammals, and birds, require a tremendous amount of ATP to function; therefore, the cells of higher organisms most frequently use aerobic respiration.
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