Biology, 09.01.2021 21:20 gagem1278

This is for my biology class but I think Health experts can help too :D 9. When your muscles do not get enough oxygen during a strenuous workout, glucose cannot be broken down properly.
a. What chemical builds up in the muscles and causes pain?
Do some research about this build-up.
b. What can you do to prevent it?
c. How can deep breathing help reduce it?
d. How can water help reduce it?

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Answer from: isabellecannuli

during exercise, lactate builds up in muscles and causes a burning pain in the affected muscle

Explanation: Exercise increases the energy needs of the muscles used. Increased energy generation requires increased oxygen. If energy demands exceed the body’s ability to supply oxygen, muscle tissues switch from aerobic to anaerobic respiration.

In anaerobic respiration pyruvate is reduced to lactate. Energy production is <10% as efficient as aerobic respiration, so it must be at a high rate.

C3H4O3 + 2NADH + 2ADP + Pi —> C3H6O3 + 2NAD+ + 2ATP

Reducing intensity of exercise or taking breaks can give the body a chance for recovery. Aerobic fitness will increase ability to supply oxygen.

After exercise, lactate is converted back to pyruvate and to replenishing glucose via gluconeogenesis. The enzyme lactate dehydrogense catalyses the pyruvate/lactate reaction in both directions.

The cumulative effect of exercise and converting lactate back to pyruvate creates an ‘oxygen debt’ which is why we breathe heavily after exercise.

Exercise can lead to dehydration (e.g. sweating) which decreases metabolic efficiency. Additional water intake before during and after exercise prevents dehydration.

It has also been shown that light exercise in the recovery phase after strenuous exercise improves the rate of lactate removal

Menzies et al. Blood lactose clearance during active recovery after an intense running bout depends on the intensity of the active recovery. J. Sports Sci 2010; doi 10.1080/02640414.2010.481721

Answer from: Quest

a. decomposes use carbon from dead organisms as fuel for cellular respiration, returning carbon dioxide back into the atmosphere.

Answer from: Quest

The answer to this will be from your lab notes/procedure. it would be best to ask another student who participated in the lab as we do not know what was done, what enzyme or if the temperature is celsius or fahrenheit. if i were to guess though i'd say the rate stopped due to enzyme denturing at high temperature

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This is for my biology class but I think Health experts can help too :D 9. When your muscles do not...

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