Stocking-glove distribution describes sensory loss in which condition?

Study for the Parkinson’s Disease Exam. Engage with detailed flashcards and multiple-choice questions, each offering hints and explanations. Prepare effectively for your exam!

Multiple Choice

Stocking-glove distribution describes sensory loss in which condition?

Explanation:
Stocking-glove distribution is the hallmark of a length-dependent polyneuropathy. The longest nerves in the body—the ones that reach the toes and fingertips—are affected first, so sensory loss starts distally in a symmetric pattern that resembles stockings and gloves. This pattern is typical in diabetic neuropathy, alcohol-related neuropathies, vitamin deficiencies, and other systemic polyneuropathies. Dermatomal loss follows a single nerve root or spinal segment, producing a band-like or patchy distribution that does not spare the entire distal extremities in a symmetric fashion. A central nervous system lesion or spinal cord compression tends to produce deficits that do not map to distal symmetric patterns and often involve additional signs such as motor weakness, reflex changes, or signs of upper motor neuron involvement, rather than pure distal sensory loss.

Stocking-glove distribution is the hallmark of a length-dependent polyneuropathy. The longest nerves in the body—the ones that reach the toes and fingertips—are affected first, so sensory loss starts distally in a symmetric pattern that resembles stockings and gloves. This pattern is typical in diabetic neuropathy, alcohol-related neuropathies, vitamin deficiencies, and other systemic polyneuropathies.

Dermatomal loss follows a single nerve root or spinal segment, producing a band-like or patchy distribution that does not spare the entire distal extremities in a symmetric fashion. A central nervous system lesion or spinal cord compression tends to produce deficits that do not map to distal symmetric patterns and often involve additional signs such as motor weakness, reflex changes, or signs of upper motor neuron involvement, rather than pure distal sensory loss.

Subscribe

Get the latest from Passetra

You can unsubscribe at any time. Read our privacy policy