Answer:
The correct answer is option A. False.
Explanation:
John Scott Haldane described a property of hemoglobin which is termed as the Haldane effect. Displacement of carbon dioxide from the hemoglobin of blood by oxygen in the lungs. It promotes the removal of CO₂ from the blood. This process is the Haldane effect.
Decrease in the affinity of the oxygen to binding with hemoglobin in response to a decrease in blood pH due to increased CO₂ concentration in the blood. It is the Bohr effect.
Thus, the correct answer is option A. false.
Answer:
It could loose its propeties and not work or in some cases hurt you or even poisen you
The nurse determines that the client experiencing Metabolic Alkalosis imbalance.
When digestive difficulties throw off the blood's acid-base equilibrium, metabolic alkalosis results. Additionally, it might be brought on by illnesses of the heart, liver, or kidneys. Typically, metabolic alkalosis poses a minimal danger to life. Once it has been treated, it has no aftereffects on your health.
The use of diuretics and external loss of gastric secretions are the two most frequent causes of metabolic alkalosis.
The pH may be high or close to normal in metabolic alkalosis, which is primarily characterized by an increase in bicarbonate (HCO3) with or without a compensatory increase in carbon dioxide partial pressure (Pco2). Prolonged vomiting, hypovolemia, the use of diuretics, and hypokalemia are common reasons.
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Answer:
Explanation:
Their course of action in altering metabolism is very similar because both of them interact with intracellular receptors (primarily the cytosolic receptors present in cytoplasm of the cell) and translocate into the nucleus for performing their desired goal (likely to synthesize a mRNA which can then be turned into a protein to get a desired action going)
Answer with Explanation:
Homeostasis<u> allows an organism to regulate its internal condition in order to adapt to a changing environment.</u> In order to maintain this, the positive and negative feedback mechanisms (loops) remain essential <em>when it comes to physiological processes that are deemed complicated.</em>
<em>Let's talk about the "Negative Feedback Loop."</em>
- The "baroreceptors" are sensors in the blood vessels.
- For example, when the body's temperature changes, the body's initial reaction is to return to its normal level. So, it goes the same way with blood pressure. When the baroreceptors sense an increase or a decrease in blood pressure, it communicates with the hypothalamus by sending a signal. Then, the hypothalamus sends a message to the organs that are responsible for returning the blood pressure to normal level. These organs are the heart, kidneys and blood vessels. So, if a person experiences a "dropping blood pressure," heart stimulation follows (causing an increase heart rate) due to hormonal vessel constriction. This also allows the kidney to retain more water, thereby increasing the blood pressure.
This is how all these elements work together to achieve homeostasis.
