Answer:
Explanation:
Can you wright that down that way I can copy and past it to get the answer you are looking for please and thank you
Answer:
R group
Explanation:
All amino acids have both an amino group and a carboxyl group. The R-group (sometimes called the variable group) is what differentiates amino acids from one another. These R-groups have various structural properties that dictate the function of the resulting amino acid chain.
The cells would become energy starved leading to ischemia and then infarction. This is if one was unable to do anything else to maintain the homeostasis.
You body however is able to utilize several mechabisms, primarily the use of fats and in extreme cases muscle tissue for the use of energy and ATP production through anaerobic metabolisis.
A patient has severe pneumonia, which has thickened the respiratory membrane. Despite oxygen therapy, he still has rapid breathing and feels he is not getting enough air. This is because your blood pH has increased and stimulated an increase in your respiratory rate.
- c. his blood pH increased and stimulated an increase in his respiratory rate.
<h3>How does respiratory rate affect pH?</h3>
When it is respiratory, it occurs due to an increase in the amount of volatile acids in the body, which lead to an increase in pCO2. When it is metabolic, it occurs due to the accumulation of non-volatile acids, which lead to the loss (excessive consumption) of bases, mainly bicarbonate, causing a drop in pH.
With this information, we can conclude that The respiratory system is the main controller of blood pH levels. The increase in the concentration of carbon dioxide in the blood causes an increase in H+ ions and, consequently, in acidity. Likewise, the decrease in carbon dioxide levels leads to an increase in blood alkalinity.
Learn more about blood pH in brainly.com/question/7269362
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