Question

Medications that can affect the male or female reproductive tract are prescribed for all of the following EXCEPT

Answer 1

Correct Answers:

Prevention of Ovarian/Uterine/Breast Cancers

Rationale :

💎Medications for the reproductive tract are primarily used for contraception, hormone replacement, or treatment of conditions like BPH and ED, but not for cancer prevention.

💎While hormones may play a role in cancer treatment (such as anti-estrogen therapy in breast cancer), they are not prescribed to prevent these cancers.

💎Cancer prevention relies on screening, genetic counseling, and risk reduction strategies rather than hormone manipulation.

💎Giving estrogen or progestin for “cancer prevention” could actually increase cancer risk in some cases (e.g., endometrial or breast cancer).

💎Therefore, reproductive medications target treatment and regulation, not cancer prevention.

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Answer 2

Correct Answers:

"I can still smoke while taking this medication"

Rationale :

💠Smoking while on estrogen therapy significantly increases the risk of thromboembolic events, myocardial infarction, and stroke.

💠Estrogen promotes coagulation changes, and nicotine causes vasoconstriction, compounding cardiovascular risks.

💠Patients should be counseled to stop smoking if prescribed estrogen, as the combination is highly dangerous.

💠Other statements acknowledge potential drug interactions, but smoking is a modifiable lifestyle risk that must be addressed.

💠Client education must emphasize safety measures, especially avoiding behaviors that increase clotting risk.

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Answer 3

Correct Answers:

Uterine rupture
Uterine tachysystole
Placental abruption
Water intoxication

Rationale :

Uterine rupture

🟣 Excessive uterine stimulation from oxytocin can overwhelm scarred or overstretched myometrium, predisposing to uterine rupture, especially with TOLAC/VBAC, grand multiparity, or uterine overdistension.

🟣 Clinical red flags include sudden, severe abdominal pain, loss of fetal station, abnormal fetal heart rate (FHR), and vaginal bleeding, sometimes with cessation or weakening of contractions.

🟣 Rupture compromises maternal hemodynamics and fetal oxygenation, making it a time-critical obstetric emergency.

🟣 Prevention centers on low-dose titration, strict adherence to institutional protocols, and continuous electronic fetal monitoring (EFM).

🟣 Immediate actions when suspected: stop oxytocin, call obstetrics/anesthesia, prepare for urgent laparotomy, and stabilize the mother with IV access and blood products as indicated.

Uterine tachysystole

🟣Oxytocin can cause uterine tachysystole, classically >5 contractions in 10 minutes averaged over 30 minutes, or prolonged contractions/hypertonus with inadequate relaxation.

🟣Tachysystole reduces uteroplacental perfusion, increasing risk of fetal hypoxemia and late decelerations, necessitating prompt intervention.

🟣Nursing priorities: stop or reduce oxytocin, reposition the patient (left lateral), IV fluid bolus, and apply oxygen if indicated to optimize fetal oxygen delivery.

🟣 If hyperstimulation persists, tocolysis (e.g., terbutaline per protocol) may be used to restore a safer contraction pattern.

🟣Close documentation of contraction frequency, duration, resting tone, and FHR responses is essential for maternal–fetal safety.

Placental abruption

🟣Oxytocin-induced hyperstimulation and increased intrauterine pressure can precipitate shearing forces at the uteroplacental interface, risking premature placental separation.

🟣Hallmarks include painful vaginal bleeding, uterine tenderness/rigidity (hypertonus), and nonreassuring FHR patterns, signaling compromised fetal oxygenation.

🟣Abruption threatens maternal hemorrhage and coagulopathy; rapid recognition and escalation of care are critical.

🟣Management focuses on discontinuing oxytocin, resuscitating the mother (fluids, blood products as needed), and expediting delivery when indicated.

🟣Prevention depends on careful dosing, avoiding tachysystole, and continuous EFM to identify fetal distress early.

Water intoxication (hyponatremia)

🟣Oxytocin has antidiuretic (vasopressin-like) properties; high doses or prolonged infusions with hypotonic fluids can cause water retention and dilutional hyponatremia.

🟣Early findings include headache, nausea, vomiting, lethargy, progressing to confusion, seizures, or coma with severe Na⁺ decline.

🟣Risk mitigation requires using isotonic carriers, limiting total free water, monitoring intake/output, and checking serum sodium during prolonged inductions.

🟣If suspected, stop oxytocin, assess electrolytes, implement fluid restriction, and treat significant hyponatremia per protocol (e.g., hypertonic saline under close monitoring).

🟣Education emphasizes that not “water loss” but water retention is the concern—hence vigilance for neurologic changes and strict fluid balance is vital.

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Answer 4

Correct Answers:

LFTs

Rationale :

🟡Megestrol acetate, a progestin derivative, can cause hepatotoxicity, requiring monitoring of liver function.

🟡Elevated AST, ALT, or bilirubin may indicate early hepatic stress or damage from therapy.

🟡Monitoring liver function helps prevent severe drug-induced complications.

🟡This drug is commonly used for appetite stimulation and cancer-related cachexia, making safety monitoring important.

🟡Nurses must ensure labs are routinely checked to support early detection of hepatic side effects.

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Answer 5

Correct Answers:

nitroglycerin

Rationale :

🖍 Sildenafil is a PDE-5 inhibitor that causes systemic vasodilation by enhancing nitric oxide effects.

🖍 Combining it with nitrates (nitroglycerin) can cause severe, life-threatening hypotension.

🖍 This interaction may lead to syncope, myocardial ischemia, or shock.

🖍 Other common drugs like aspirin or famotidine do not carry this dangerous interaction.

🖍 Patient education must reinforce that nitrates and sildenafil should never be taken together.

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Answer 6

Correct Answers:

7.5

Rationale :

📌 Step 1:

☑️Convert oz to mL → 1 oz = 30 mL, so 500 mg/30 mL.

📌 Step 2:

☑️Set proportion → 500 mg/30 mL = 125 mg/X mL.

📌 Step 3:

☑️Cross-multiply → 500X = 125 × 30.

📌 Step 4:

☑️Solve → X = 3750 ÷ 500

= 7.5 mL.

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Answer 7

Correct Answers:

1.7

Rationale :

✍️ Step 1:

✔ 15 mg/10 mL → set proportion: 15 mg/10 mL = 12.5 mg/X mL.

✍️ Step 2:

✔ Cross-multiply → 15X = 125, X = 8.3 mL.

✍️Step 3:

✔Convert mL to tsp (1 tsp = 5 mL).

✍️Step 4:

✔8.3 ÷ 5

= 1.7 tsp.

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Answer 8

Correct Answers:

1.7

Rationale :

✍️ Step 1:

✔ 15 mg/10 mL → set proportion: 15 mg/10 mL = 12.5 mg/X mL.

✍️ Step 2:

✔ Cross-multiply → 15X = 125, X = 8.3 mL.

✍️Step 3:

✔Convert mL to tsp (1 tsp = 5 mL).

✍️Step 4:

✔8.3 ÷ 5

= 1.7 tsp.

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Answer 9

Correct Answers:

1.7

Rationale :

✍️ Step 1:

✔ 15 mg/10 mL → set proportion: 15 mg/10 mL = 12.5 mg/X mL.

✍️ Step 2:

✔ Cross-multiply → 15X = 125, X = 8.3 mL.

✍️Step 3:

✔Convert mL to tsp (1 tsp = 5 mL).

✍️Step 4:

✔8.3 ÷ 5

= 1.7 tsp.

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Answer 10

Correct Answers:

2840

Rationale :

🔴 Breakfast:

➡️9 oz juice (270 mL) + ½ cup coffee (120 mL) + 1 pint supplement (480 mL)

= 870 mL.

🔴 Lunch:

➡️6 oz water (180 mL) + 8 oz cola (240 mL) + 2 cups broth (480 mL)

= 900 mL.

🔴Dinner:

➡️1½ cups coffee (360 mL) + 14 oz water (420 mL)

= 780 mL.

🔴 IV fluids:

650 mL.

🔴Total = 870 + 900 + 780 + 650

= 2,840 mL.

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QLexNursing

1 :
Medications that can affect the male or female reproductive tract are prescribed for all of the following EXCEPT

2 :
A client is newly prescribed estrogen therapy. Which of the following statements made by the client would indicate a need for further teaching?

3 :
Complications of oxytoxin include? SATA

4 :
A client who is prescribed megestrol acetate should have what lab values monitored?

5 :
A male client is prescribed sildenafil for treatment of erectile dysfunction. Which of the following medications would be contraindicated to administer to the client?

6 :
You are to administer of Drug B 125 mg. Drug B is supplied 500 mg/oz. How many milliliters will you administer using a medicine cup?

7 :
The patient is to take 12.5 mg of a drug twice a day. The medication is supplied in 15 mg/10 ml. How many teaspoons will you administer for a single dose?

8 :
The patient is to take 12.5 mg of a drug twice a day. The medication is supplied in 15 mg/10 ml. How many teaspoons will you administer for a single dose?

9 :
The patient is to take 12.5 mg of a drug twice a day. The medication is supplied in 15 mg/10 ml. How many teaspoons will you administer for a single dose?

QLexNursing

1 : Medications that can affect the male or female reproductive tract are prescribed for all of the following EXCEPT

2 : A client is newly prescribed estrogen therapy. Which of the following statements made by the client would indicate a need for further teaching?

3 : Complications of oxytoxin include? SATA

4 : A client who is prescribed megestrol acetate should have what lab values monitored?

5 : A male client is prescribed sildenafil for treatment of erectile dysfunction. Which of the following medications would be contraindicated to administer to the client?

6 : You are to administer of Drug B 125 mg. Drug B is supplied 500 mg/oz. How many milliliters will you administer using a medicine cup?

7 : The patient is to take 12.5 mg of a drug twice a day. The medication is supplied in 15 mg/10 ml. How many teaspoons will you administer for a single dose?

8 : The patient is to take 12.5 mg of a drug twice a day. The medication is supplied in 15 mg/10 ml. How many teaspoons will you administer for a single dose?

9 : The patient is to take 12.5 mg of a drug twice a day. The medication is supplied in 15 mg/10 ml. How many teaspoons will you administer for a single dose?

1 :
Medications that can affect the male or female reproductive tract are prescribed for all of the following EXCEPT

2 :
A client is newly prescribed estrogen therapy. Which of the following statements made by the client would indicate a need for further teaching?

3 :
Complications of oxytoxin include? SATA

4 :
A client who is prescribed megestrol acetate should have what lab values monitored?

5 :
A male client is prescribed sildenafil for treatment of erectile dysfunction. Which of the following medications would be contraindicated to administer to the client?

6 :
You are to administer of Drug B 125 mg. Drug B is supplied 500 mg/oz. How many milliliters will you administer using a medicine cup?

7 :
The patient is to take 12.5 mg of a drug twice a day. The medication is supplied in 15 mg/10 ml. How many teaspoons will you administer for a single dose?

8 :
The patient is to take 12.5 mg of a drug twice a day. The medication is supplied in 15 mg/10 ml. How many teaspoons will you administer for a single dose?

9 :
The patient is to take 12.5 mg of a drug twice a day. The medication is supplied in 15 mg/10 ml. How many teaspoons will you administer for a single dose?