A 65-year-old patient remarks that she just can't believe that her breasts "sag so much.”. She states it must be from a lack of exercise.
What explanation would the nurse offer her?
After menopause, the glandular and fat tissue atrophies, causing breast size and elasticity to diminish, resulting in breasts that sag.
After menopause, a diet that is high in protein will help maintain muscle mass, which keeps the breasts from sagging.
After menopause, sagging is usually due to decreased muscle mass within the breast.
After menopause, only women with large breasts experience sagging.
The Correct Answer is A
Choice A rationale
After menopause, the ovaries significantly reduce estrogen and progesterone production. These hormones play a crucial role in maintaining the size and elasticity of breast tissue, including the glandular and fat components. With decreased hormonal support, these tissues atrophy, leading to a reduction in breast volume and a loss of skin elasticity, consequently causing the breasts to sag.
Choice B rationale
While adequate protein intake is essential for overall muscle health, including the pectoral muscles that lie beneath the breasts, it does not directly prevent the atrophy of glandular and fat tissue within the breasts that occurs due to hormonal changes after menopause. Therefore, a high-protein diet alone will not counteract breast sagging caused by these physiological changes.
Choice C rationale
The breasts themselves do not contain significant amounts of muscle tissue. The support for the breasts comes primarily from Cooper's ligaments, which are connective tissues, and the skin's elasticity. Sagging is mainly attributed to the weakening of these supportive structures and the atrophy of glandular and fat tissue after menopause, not a decrease in muscle mass within the breast.
Choice D rationale
Breast sagging after menopause is a common physiological change experienced by many women, regardless of their breast size. While larger breasts may appear to sag more noticeably due to their weight, the underlying cause is hormonal changes affecting tissue elasticity and volume, which occurs in women with all breast sizes.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is ["A","D"]
Explanation
Choice A rationale
Vanilla pudding is often restricted in dysphagia diets due to its smooth, slippery texture, which can be difficult to control in the oral cavity and increases the risk of aspiration into the airway. Individuals with dysphagia may have impaired swallowing mechanisms, making thin, liquid-like consistencies particularly hazardous.
Choice B rationale
Cranberry juice is a thin liquid and poses a significant aspiration risk for a patient with dysphagia. Thin liquids are difficult to manage in the mouth and throat, increasing the likelihood of the liquid entering the trachea instead of the esophagus. Patients with swallowing difficulties often require thickened liquids to improve bolus control.
Choice C rationale
Beef broth is a clear liquid and, similar to cranberry juice, presents a high risk of aspiration for a patient with dysphagia. Its thin consistency makes it challenging for individuals with impaired swallowing to control its movement, potentially leading to it entering the airway and causing respiratory complications.
Choice D rationale
Orange gelatin, while seemingly semi-solid, often melts into a thin liquid in the mouth due to body temperature. This change in consistency makes it difficult to control and increases the risk of aspiration in patients with dysphagia. Gelatin's slippery texture further compounds this risk.
Correct Answer is ["1"]
Explanation
The correct answer is 1 mL.
Step 1 is: Examine the medication label to determine the concentration of epoetin. The label indicates a concentration of 30,000 units per 1 mL.
Step 2 is: Set up the calculation to find the volume needed by dividing the ordered dose by the concentration: 30,000 units ÷ (30,000 units/mL).
Step 3 is: Perform the division: 30,000 ÷ 30,000 = 1.
Step 4 is: The units cancel out, leaving the volume in milliliters: 1 mL. Final answer is 1 mL.
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