Answer:
(A) - The volume of the blood plasma increases on overhydration and decreaes on dehydration.
(B) - Osmolality of blood increases with the dehydration and decreases with the overhydration.
Explanation:
If the levels of drinking water is increased, then the plasma becomes more dilute and the plasma volume increases because <u>the water will be reabsorbed more and which as a result reduces plasma concentration of the solutes and increases volume of plasma.</u>
Plasma osmolality measures electrolyte-water balance of the body. <u>As mentioned, above on overhydration, the plasma concentration of the solutes decraeses which also decreases osmolality. So, Osmolality of blood increases with the dehydration and decreases with the overhydration. </u>Increased osmolality in blood stimulate the secretion of antidiuretic hormone which results in the increased water reabsorption and therefore, more concentrated urine and hence blood plasma with less concentration.
The elderly as they may suffer from disabilities or dementia which puts them at more risk
There isn’t one right answer because someone could always make miscalculations
Splenomegaly secondary to portal hypertension
Multiple causes contribute to the occurrence of hematological abnormalities. Recent studies suggest that the presence of hematological cytopenias is associated with a poor prognosis in cirrhosis.Presence of hematological cytopenias is associated with a poor prognosis in cirrhosis.
<h3>What is cirrhosis ?</h3>
A late-stage liver condition called cirrhosis causes the liver to become irreversibly damaged when good liver tissue is replaced with scar tissue. Your liver cannot function correctly because of scar tissue. Numerous disorders and diseases of the liver harm healthy liver cells, leading to cell death and inflammation.
- Hepatitis and other infections, as well as alcohol addiction, are the main reasons. It can also be brought on by other medical issues. Usually, liver damage cannot be repaired.
Learn more about Cirrhosis here:
brainly.com/question/20340101
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Answer:
Vitamin A. Vitamin A plays a crucial role in vision by maintaining a clear cornea, which is the outside covering of your eye. This vitamin is also a component of rhodopsin, a protein in your eyes that allows you to see in low light conditions ( 1 ).
Explanation:
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