The lateral aspect of the upper arms involve C5 and the medial aspect of the lower arms involve T1.
Parasympathetic nerves from the S2, S3 and S4 levels of your spinal cord cause the upper part of your bladder to contract and your bladder neck to relax, assisting in the process of micturition (urination). If these are damaged you will have bladder control problems.
Prostaglandins are released by damaged tissues and stimulate nerve endings to produce the sensation of pain. They also cause inflammation and fever as part of the body's immune response to injury.
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Damage to the central sulcus can result in sensory and motor deficits. It can cause loss of sensation, weakness, or paralysis in body parts controlled by the affected area of the brain. Additionally, it may lead to difficulties with fine motor skills and coordination.
When sensory nerves are damaged, the body can experience a range of symptoms, including numbness, tingling, or a loss of sensation in the affected area. This damage can lead to impaired ability to perceive touch, temperature, or pain, increasing the risk of injuries since the body may not react appropriately to harmful stimuli. In some cases, damaged sensory nerves can also cause abnormal sensations, such as neuropathic pain. Recovery may vary depending on the extent of the damage and the underlying cause.
Because the nerves that keep the brain in touch with the body are in the spine there fore if these are sufficiently damaged or severed the result is that there is no contact with the brain and if the brain does not get the message you don't feel any thing.
Parasympathetic nerves from the S2, S3 and S4 levels of your spinal cord cause the upper part of your bladder to contract and your bladder neck to relax, assisting in the process of micturition (urination). If these are damaged you will have bladder control problems.
Prostaglandins are released by damaged tissues and stimulate nerve endings to produce the sensation of pain. They also cause inflammation and fever as part of the body's immune response to injury.
Usually due to a traumatic spinal injury. Spinal injuries can damage the spinal cord (the bit that is usually protected by being encased in the vertebrae of the spine), which means that nerve impulses become unable to flow. This can result in loss of sensation, and paralysis. However muscle wasting diseases can also cause paralysis (but not usually loss of sensation).
Neck fracture can easily cause damage to the spinal cord, but this does not always happen, especially if the neck has been supported and immobilised quickly and properly.
Your backbone protects your spinal chord, which allows for most of the exchange of information from the nervous system to the brain or vice versa. If you did not have a backbone, your spinal chord would be easily damaged which, if damaged in the right spot, could cause full-body paralysis.
There are many, many, many different factors that can cause disabilities. For instance, if your spinal cord was damaged, you may be paralyzed from the waist down or head down, depending on where you were hit on the spinal cord. Your spinal cord sends messages to your nerves in your body, and thus cannot if broken.
No, antibiotics do not cause a sensation of feeling high.
A spinal fracture will only cause paralysis if the spinal cord is also damaged. A C5 injury will affect finger flexion and extension, wrist flexion, tricepts, and all muscle groups from the chest downwards throughout the body. Breathing will be compromised, as will bowel, bladder and sexual function.
When the body is healing, it releases histamines and other chemicals that can cause itching as part of the inflammatory response. This itching sensation is a normal part of the healing process as the body works to repair and regenerate damaged tissues.
Why will a c7 spinal cord injury cause hypoventalation
Frostbite can cause a loss of sensation in the affected part of the body.