A.
Provide only basal insulin coverage.
✓
B.
Mimic physiological insulin secretion.
✓
C.
Prevent all instances of hypoglycemia.
✓
D.
Reduce the number of injections needed.
✓
A.
Hunger and blurred vision
✓
B.
Sweating and tremors
✓
C.
Headache and dizziness
✓
D.
Palpitations and anxiety
✓
C.
Several weeks to a few months
✓
C.
Foods rich in potassium
✓
D.
Foods high in sodium
✓
A.
Reduce the cost of treatment.
✓
B.
Prevent antibiotic resistance.
✓
C.
Shorten the duration of therapy.
✓
D.
Minimize side effects.
✓
A.
Liver function tests
✓
B.
Renal function tests
✓
C.
Complete blood count (CBC)
✓
A.
Increase systemic vascular resistance.
✓
B.
Improve myocardial oxygen supply by vasodilation.
✓
C.
Increase heart rate.
✓
D.
Promote fluid excretion.
✓
A.
Administer a dose of long-acting insulin.
✓
B.
Check the patient's blood glucose level.
✓
C.
Administer a stimulant.
✓
D.
Encourage the patient to rest.
✓
B.
Iron or calcium supplements
✓
C.
Increased risk of infection
✓
C.
Numbness in extremities
✓
C.
Pseudomembranous colitis (severe diarrhea)
✓
B.
Peripheral neuropathy
✓
A.
Gastrointestinal upset
✓
B.
Nephrotoxicity and infusion-related reactions
✓
C.
Skin rash and itching
✓
D.
Headache and dizziness
✓
A.
Blocking dopamine receptors
✓
B.
Blocking serotonin receptors
✓
C.
Increasing gastric motility
✓
D.
Neutralizing stomach acid
✓
A.
A normal immune response
✓
B.
Neutropenia, increasing infection risk
✓
C.
Thrombocytopenia, increasing bleeding risk
✓
D.
Anemia, causing fatigue
✓
