During a client assessment, you noted edema of the left arm. Which of the following subjective data should you collect from the client?
Are you currently or have you recently quit smoking?
Did you have any surgery on your left breast?
Have you gained weight recently?
Do you have any extra nipples?
The Correct Answer is D
Choice A reason: Smoking history is relevant for vascular or lung issues but not directly for unilateral arm edema, which suggests localized causes like lymphedema. Breast surgery history is more pertinent. Assuming smoking is key risks missing lymphatic causes, delaying diagnosis and management of edema in affected patients.
Choice B reason: Left arm edema may indicate lymphedema from breast surgery, like mastectomy, which disrupts lymphatic drainage. Asking about surgery history is critical to identify causes, guiding interventions like compression therapy. This targeted question ensures accurate diagnosis, preventing complications like chronic swelling or infection in patients with post-surgical edema.
Choice C reason: Recent weight gain may cause generalized edema but is less likely for unilateral arm edema, which points to localized issues like post-surgical lymphedema. Assuming weight gain is key risks overlooking specific causes, delaying targeted treatments critical for managing localized edema and improving patient comfort and function.
Choice D reason: Extra nipples (supernumerary nipples) are anatomical variants, unrelated to arm edema, which likely stems from lymphatic or vascular issues. Assuming this is relevant misdirects assessment, risking neglect of surgical history, critical for diagnosing lymphedema and implementing appropriate interventions like lymphatic drainage or compression.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is D
Explanation
Choice A reason: Urinary retention involves inability to empty the bladder, causing overflow, not involuntary leakage during laughing or sneezing, which indicates stress incontinence. Misdiagnosing retention risks inappropriate treatments like catheterization, delaying pelvic exercises or medications, critical for managing stress incontinence and improving quality of life in affected patients.
Choice B reason: Constipation affects bowel function, not urinary control, unlike stress incontinence, where leakage occurs during physical stress like sneezing. Assuming constipation misguides diagnosis, risking neglect of urinary interventions like Kegel exercises, essential for strengthening pelvic muscles and preventing incontinence-related limitations in daily activities.
Choice C reason: Hiatal hernia causes gastrointestinal symptoms like reflux, not urinary leakage during activities, which defines stress incontinence. Misdiagnosing hernia risks overlooking pelvic floor issues, delaying treatments like biofeedback, critical for managing incontinence, reducing activity limitations, and improving comfort in patients with stress-related urine loss.
Choice D reason: Stress incontinence involves involuntary urine leakage during activities like laughing or sneezing due to weakened pelvic floor muscles, common in women. Recognizing this guides interventions like pelvic exercises or surgery, critical for reducing activity limitations, improving quality of life, and addressing physical and emotional impacts in affected patients.
Correct Answer is C
Explanation
Choice A reason: The trigeminal nerve (V) controls facial sensation and chewing, not smell, which is governed by the olfactory nerve (I). Misidentifying this risks incorrect neurological assessment, potentially missing olfactory deficits indicating brain injury or tumors, critical for accurate diagnosis and management in patients with sensory complaints.
Choice B reason: The optic nerve (II) governs vision, not smell, which is the olfactory nerve’s function (I). Assuming optic involvement misguides cranial nerve assessment, risking oversight of olfactory dysfunction, which may signal neurological conditions like Parkinson’s or trauma, requiring targeted evaluation and intervention in clinical practice.
Choice C reason: The olfactory nerve (I) is responsible for the sense of smell, transmitting sensory input from the nasal mucosa to the brain. Accurate identification ensures proper neurological assessment, detecting deficits that may indicate trauma, tumors, or neurodegenerative diseases, guiding diagnosis and treatment in patients with smell-related complaints.
Choice D reason: The vestibulocochlear nerve (VIII) controls hearing and balance, not smell, which is the olfactory nerve’s role (I). Misidentifying this risks incorrect assessment, potentially overlooking olfactory issues signaling neurological pathology, delaying diagnosis and management critical for addressing sensory deficits in clinical neurological evaluations.
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