Answer:
Increases consumption of glycogen, increased angiotensin secretion, increased breakdown of protein and increase gluconeogenesis is also acute stress.
Decreases testosterone or estrogen, deceased immunity and increased sodium retention are the examples of chronic stress.
Explanation:
Increases consumption of glycogen, increased angiotensin secretion, increased breakdown of protein and increase gluconeogenesis is also acute stress means the type of stress that occurs for a short period of time or have short term effect on the body and then vanished, while on the other hand, decreases testosterone or estrogen, deceased immunity and increased sodium retention are the examples of chronic stress means have long term stress on the body and its organs.
Answer:
Some dentists may choose to become dental surgeons or orthodontists. This requires more time in residency, however, more time in medical school is nto required.
Explanation:
Answer:
ADHD is not at all cureable, I would know for a fact since I am someone who has ADHD.
Explanation:
ADHD can't be prevented or cured. But spotting it early, plus having a good treatment and education plan, can help a child or adult with ADHD manage their symptoms. ADHD doesn't disappear just because symptoms become less obvious—its effect on the brain lingers.” Some adults who had milder symptom levels of ADHD as children may have developed coping skills that address their symptoms well enough to prevent ADHD from interfering with their daily lives.
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.
