Yvette contracted AIDS from a tainted blood transfusion. She is most likely to be prescribed _____, which work by slowing down HIV's reproductive cycle.
Answer:
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Explanation:
Yvette contracted AIDS from a tainted blood transfusion. She is most likely to be prescribed a combination of antiretroviral drugs, which work by slowing down HIV's reproductive cycle.
What is AIDS?AIDS is an autoimmune deficiency syndrome and is a life-threatening disease which is caused by HIV. The disease attacks the immune system of the person, damaging and weakening it.
Antiretroviral drugs are the drugs for controlling and managing the infection of HIV. It contains a group of drugs.
Thus, option D, a combination of antiretroviral drugs is correct.
The options are attached in the image below:
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The Joint Commission may A) monitor the World Health Organization's work in African countries, B)supply medication to treat HIV symptoms. C)ensure that the Centers for Disease Control and Prevention (CDC) publishes an annual report about national epidemics. D)evaluate a patient's complaint about a particular health-care organization.
Answer:
D)evaluate a patient's complaint about a particular health-care organization.
Explanation:
Answer:
d edge 2021
Explanation:
A person eats a candy bar, and the sugar level in her blood gets very high. Her body releases insulin into her blood. The insulin causes extra sugar to be stored in the muscles, and the sugar level in the blood returns to normal. This is an example of
Answer:
Homeostasis
Explanation:
List for commonly used histology fixatives
Answer:
Phosphate buffered formalin
Formal calcium
Formal saline
Zinc formalin (unbuffered)
Zenker’s fixative
Helly’s fixative
B-5 fixative
Bouin’s solution
Hollande’s
Gendre’s solution
Clarke’s solution
Carnoy’s solution
Methacarn
Alcoholic formalin
Formol acetic alcohol
Explanation:s
9. Dr orders Glynase 50mg. On hand you have 100mg/0.5mL.
Answer:
The correct answer is - 0.25
Explanation:
Calculation of administration right of the dose is very important as higher or low dose can be harmful or lethal as well. If the dose is solution-based then it becomes more complex.
strength of solution: 100mg/0.5ml
So, available dose = 100 mg
Volume would be = 0.5 ml
The dose required 50 mg
Then from "nursing formula":
dose to administration = dose required * volume of solution/dose available
= 50*0.5/100
=0.25ml