Morphine
As an animal model of exercise addiction, ABA is frequently explored. Endorphins are released when you exercise. Exercise addiction is thought to be influenced by the rise in endorphins.
According to the theory, the fact that exercise raises endorphin levels causes exercise addiction. A medication that stimulates this neurotransmitter would make ABA-induced rats less prone to run in their wheels (because their endorphin levels would be elevated by an alternative method).
The only medication that is an endorphin agonist is D, or morphine, thus it is clear that this is the right response.
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Answer:
The heart is a muscle and therefore it can be stimulated by electrical impulses.
Explanation:
In the heart, the electrical activity is generated in the SA node and conducted from the right atrium to the left atrium in order to contract myocardial cells
Answer:
To allow for the passage of light in a microscope.
Answer:
The correct answer would be - giving oral antihistamines or stop taking penicillin.
Explanation:
As there is no shortness of breathing, breath sound is clear which means there is no obstruction. Blood pressure of the patient is also almost normal and there is no sign of less body oxygen as the oxygen saturation is 96%.
She only experiencing rashes and itching that is start after taking penicillin which is mot likely due to allergy to the penicillin which takes place in 1 out of 15 people that take ampicillin or penicillin. This type of allergy can be treated by the antihistamines such as cetirizine or by stop taking the medication causing it.
Based on the dosage available, the amount in mL of the drug required is 22.5 mL.
<h3>What is drug dosage?</h3>
Drug dosage refers to the amount of drug that should be taken by a patient in order to produce effective pharmacodynamic results.
The dosage of the drug to be given is 45 mEq.
The dosage available is 30 mEq in 15 mL.
In order to give this required dosage the amount in mL required is calculated as follows:
30 mEq is in 15 mL
45 mEq will be in x mL
x = 45 * 15/30
x = 22.5 mL
In conclusion, drug dosage refers to the amount of drug required to produce good results in the patient.
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