**Question:** The loss of dorsal column of the spinal cord result in loss of which of the following?

A. Sensory information related to vibration and proprioception
B. Sensory information related to touch and temperature
C. Motor control and coordination
D. Both B and C

**Core Concept:**
The dorsal column of the spinal cord is a region involved in the transmission of sensory information, specifically related to vibration and proprioception (our body's sense of position and movement in space). Vibration information is carried by the spinothalamic tract, while proprioception is carried by the spinoreticular tract. Both tracts are part of the dorsal column system.

**Why the Correct Answer is Right:**
The correct answer (A) is right because the loss of dorsal column would lead to the inability to perceive vibration and proprioception. The spinothalamic tract and spinoreticular tract are responsible for conveying these specific types of sensory information, thus leading to the loss of these sensations.

**Why Each Wrong Option is Incorrect:**
Option B is incorrect because the dorsal column primarily contributes to the perception of vibration and proprioception, not touch and temperature. Although touch and temperature sensation are also carried by other sensory pathways, the dorsal column specifically deals with proprioception and vibration.

Option C is incorrect because the dorsal column is primarily involved in the processing of proprioception and vibration, not motor control and coordination. While motor control and coordination are indirectly related to sensory input, they are primarily influenced by the cerebellum and descending motor pathways, not the dorsal column.

Option D is incorrect because while the loss of the dorsal column would lead to impairment in motor control and coordination, it is not solely responsible for these functions. The correct answer (A) addresses the core aspect of dorsal column function, which is the loss of vibration and proprioception perception.

**Clinical Pearl:**
The loss of dorsal column function can result from conditions like multiple sclerosis, trauma, or degenerative diseases like hereditary spastic paraplegia. Understanding the role of the dorsal column in sensation can help differentiate between various neurological disorders and guide clinical diagnosis and management strategies.