What is spinal cord injury?
There are an estimated 50,000 people in the UK living with a spinal cord injury and each year approximately 2,500 people are newly injured.
Your spinal cord
The spinal cord is a bundle of nerves and other tissue which extends from the brain’s base at the top of your neck down the length of your back. It’s protected by the bones (or vertebrae) that make up the spine, and by spinal fluid.
Your brain and spinal cord are vital for controlling your bodily functions. The spinal cord is responsible for communicating two-way messages to and from the brain to all parts of the body – your muscles, organs and your skin. We are able to feel pain and move our arms or legs because of these messages or impulses.
If the spinal cord is damaged or injured, some of the messages or impulses may be ‘interrupted’. This can lead to partial or total loss of feeling or movement in parts of your body – including your limbs and your internal organs.
Most injuries cause loss of movement and feeling in the parts of the body below the level of the injury. If you damage or break your spinal cord close to your neck, this will cause paralysis in a larger part of the body than damage to your spinal cord lower down your back. As well as the physical impact of a spinal cord injury, there are also emotional and psychological effects on the person concerned – and their family. Back Up can help you and your loved ones adjust to life with spinal cord injury.
For more information about the physical and emotional effects of spinal cord injury, visit our other pages in this section.
- C1-3 Limited head control
- C4 Breathing and shoulders shrug
- C5 Lift arm with shoulder, elbow flex
- C6 Elbow flex and wrist extension
- C8 Finger flexion
- T1 Finger movement
- T2-T12 Deep breaths, deep breathing
- T6-L1 Deep exhale of breath, stability while sitting
- L1-L2 Hip flexion
- L2-L3 Hip movement toward middle of body
- L3-L4 Knee extension
- L4-L5 Ankle extension
- L5 Extension of big toe
- S1 Movement of foot and ankle
- S1-S2 Toe movement
- S2-S4 Function of bladder and bowel