Healthy nerves are wrapped in an outer coating known as myelin, which is similar to the plastic insulation wrapped around a wire. In cases of GBS, the myelin is damaged. Without this coating, the nerves may not be able to send messages or they send weaker messages that may result in muscle weakness, tingling, numbness, or paralysis. People with this condition may experience significant weakness and have difficulty performing everyday tasks, including walking.

Infections by certain bacteria or viruses seem to trigger GBS. In particular, infections of the gastrointestinal (GI) tract or respiratory system are most commonly associated with the condition.

Vaccination against the flu may trigger the disease in a very small number of people. A person's risk of developing GBS after a flu shot is about one in one million. Keep in mind that receiving the flu shot helps protect your own health and that of those around you and is recommended despite the extremely small increased risk of GBS.

People with lymphoma, HIV, or lupus seem to be more at risk for GBS.

Symptoms of GBS often start with tingling or numbness in the extremities of the body. The hands, feet, and face are often affected first.

People with GBS suffer from a wide range of symptoms that may include:

• weakness in leg, arm, and facial muscles
• problems with speech and swallowing
• pain in the muscles of the back
• shortness of breath
• decreased ability to move the eyes

Symptoms typically progress over a period of a few days and are usually at their worst 2 weeks after onset. A person experiencing a mild case of GBS may only have slight weakness or numbness and may not require hospitalization or treatment. In more severe cases, profound weakness, respiratory difficulties, or unstable blood pressure may develop, requiring admission to a hospital or an intensive care unit and possibly assistance from a breathing machine called a ventilator.

The majority of people with GBS recover completely, but some people may experience residual symptoms. Sometimes GBS can recur.

In addition to the classical form of GBS, there are variations such as a form that attacks the nerve endings and Miller-Fisher syndrome which starts with paralysis of the facial muscles and progresses down (descending paraplegia).

To diagnose GBS, your doctor will take your medical history and ask you about your symptoms to help rule out any other conditions that may affect the nervous system, such as a stroke. A stroke usually causes muscle weakness or paralysis on one side of the body, whereas GBS usually occurs on both sides.

After discussing your symptoms, your doctor may ask you about any recent infections or illnesses. Recent infections are closely related to the appearance of GBS and are reported by about two-thirds of people with this condition.

The doctor will perform a neurological examination and may also order special tests to examine the nerves.

Two main tests help doctors diagnose a patient with GBS:

• To test how well your nerves transmit signals to muscles, doctors use a test called electromyography (EMG) and nerve conduction studies. Using small electrodes placed in and on the skin, the technician can measure the speed and strength of electrical messages being sent along the nerve. Nerves damaged by GBS conduct signals at a slower speed.
• To examine the cerebrospinal fluid(CSF), doctors may perform a spinal tap (also called a lumbar puncture). This fluid surrounds the brain and spinal cord. Examining your CSF is critical for the diagnosis.

Available treatments for GBS help speed up recovery. As with many conditions, the earlier the condition is recognized and treated, the greater the chance of a fast recovery. Recovery may take longer for more severe cases of the condition. Treatment with either plasmapheresis or intravenous immunoglobulin (IVIg) therapy is often very successful in helping people recover faster.

Plasmapheresis helps remove antibodies from the blood. Antibodies are a part of the immune system and normally help your body fight inflammation and infection. With conditions like GBS, certain antibodies damage nerves and cause a loss of transmission of electrical signals to the muscles. Plasmapheresis works by separating a person's blood into its two main components: cells and plasma. The cells are returned to the body. The plasma is discarded and replaced with artificial plasma. Plasmapheresis works best for people with GBS when started within the first 2 weeks of symptom onset.

Intravenous immunoglobulin (IVIg) contains antibodies collected from donated blood. This therapy has also been shown to speed recovery from GBS when given in the first 2 weeks. The exact way IVIg works is unknown.

On the road to recovery, a person with GBS may need to consider pain relief and how to maintain muscle strength. Physiotherapy is helpful in assisting recovery. Pain medications may also be required to help alleviate nerve pain.

There is currently no known prevention for GBS. However, the best way to stay healthy is to make regular physical activity a part of your daily routine and to eat a well-balanced, healthy diet.

All material copyright MediResource Inc. 1996 – 2019. Terms and conditions of use. The contents herein are for informational purposes only. Always seek the advice of your physician or other qualified health provider with any questions you may have regarding a medical condition. Source: www.medbroadcast.com/condition/getcondition/Guillain-Barre-Syndrome