Answer:
The type of ion channel opened will be the most important factor.
Explanation:
At certain occasions a given neurotransmitter can combine with a K+ chemically gated channel and at certain occasions the same neurotransmitter can combine with a Na+ chemically gated channel. Thus, the same neurotransmitter can produce depolarization if it opens the Na+ channel and a hyper-polarization if it opens the K+ channel.
In these situations, the structural make-up and sensitivity of the postsynaptic cell really determines if the neurotransmitter will inhibit (depolarize) or excite (depolarize) the postsynaptic cell. It is more essential to know the kind of channel, which opens than the particular identity of the neurotransmitter.
Answer:
The rate of dialysis will be higher than the normal.
Explanation:
As the kidney dialysis relies on diffusion of various dissolved waste molecules across a non-living semipermeable membrane, the rate of dialysis will be affected by the concentration gradient of the solute molecules. If the amount of solute in the blood is increasing that means the concentration of the solute is increasing in the blood. Now, as dialysis will be performed, there will be a high concentration gradient between the blood and the dialysis fluid and thus under the influence of concentration gradient the molecules in blood will diffuse faster towards the dialysis fluid across the semipermeable membrane.
(a) This is a case of iatrogenic cause of acute adrenal insufficiency and can present will signs and symptoms related to glucocorticoid insufficiency. Other clinical manifestations to be monitored are fatigue, weight loss, myalgia, fever, anemia, lymphocytosis, hypotension, and hyponatremia.
(b) The first step in managing a case of acute adrenal insufficiency is immediate rehydration therapy with PNSS. The doctor gave a stat dose of IV hydrocortisone for replacing the lack of glucocorticoids to achieve physiologic levels of glucocorticoids in the body.
The circulatory system moves the nutrients from the digestive system to all over the body.