This is about the pathophysiology of spinal cord injuries. Drag and drop the correct answers. Good luck!
Most damage to the spinal cord occurs due to a ❌ that distorts the normal structure of the ❌ Bruising or tearing of the nerves occur when displaced bone fragments, disc material, or ligaments connecting the vertebrae come into contact with the ❌. The force may also cause damage to the blood vessels in the ❌, causing bleeding that can spread to the ❌ and nearby segments of the spinal cord.
The initial trauma produces a series of events that kills neurons, demyelinates axons, and triggers inflammation, Reduction in ❌ related to damage, swelling, and edema decreases oxygen to the nutrient supply, causing
neurons to die. The gray matter is particularly susceptible.❌ can also directly compress the nerves.
❌ that are normally trapped in blood vessels leak into the spinal cord, where they cause an inflammatory response, scavenge debris, and fight infection. They may also secrete cytokines that damage the nerve cells and stimulate ❌ production, forming scars.
Release of neurotransmitters, especially ❌, from damaged neurons causes excitotoxicity, which kills surrounding neurons and oligodendrocytes.
These processes, combined with other responses, result in the destruction of nerves. When nerves are destroyed, the individual experiences a loss of motor and sensory function..
Drag and drop to complete the text.
sudden, traumatic force
sudden, traumatic force
slow, traumatic force
slow, traumatic force
slow process
slow process
vertebral column
vertebral column
vertebral cartilage
vertebral cartilage
white matter
white matter
nerve transmission
nerve transmission
Swelling and edema
Swelling and edema
Immune cells
Immune cells
norepinephrine
norepinephrine