What is the treatment of IGG deficiency?

lack of immunoglobulin G, called IgG deficit, can be treated with antibiotics in mild cases where infection explodes or intravenous substitution therapy in severe cases where antibiotics prove ineffective. Some patients with IGG deficiency use a broad -spectrum antibiotic every day to prevent the re -occurrence of infection. Doctors could rotate the type of drug to prevent antibiotics resistance to one particular drug.

IgG is one of the three classes of antibodies found in human blood, and IGG considered the most important thing to fight infection. If IgG deficiency occurs, the patient may suffer from repeated infections of the upper respiratory tract, neck, ears or chest. The antibiotic regime generally cleans the infection, but returns after the drug stop.

Treatment of IgG deficiency patients sometimes involves preventive doses of antibiotics every day. First, the infection is cleaned before preventive medicines. This therapy usually treats patients who often chYest work or school due to repeated respiratory infections.

If antibiotic treatment cannot discourage diseases, immunoglobulin can be administered intravenously. IgG antibodies are infused into blood during a procedure that normally lasts one to three hours. If the body begins to create the corresponding IgG level, therapy is interrupted, which is common in young children.

The human immune system consists of proteins and cells that fight against a foreign material that causes infection. When this system fails, repeated infection occurs. The child's immune system does not produce IgG until it is about six months old; The fetus receives antibodies from the mother in the womb. If the child's body does not start to produce a substance, this can lead to IgG deficiency, which would cause a repeated disease. He or she normally output conditions in the age of three.

The lack of

IgG is usually discovered by a blood test that measures immunoglobulin levels. Sometimes tests uThey spoil normal when there is a shortage because there are four subclass IgG. If one subclass registers higher than usual, it can distort the results. All four subtypes should be evaluated to obtain accurate measurements. Scientists do not know what causes a shortage, but it can be associated with a gene on a chromosome that disorders.

If genes that regulate the immune system are disrupted, there is no lack of shortage. A child born with this abnormality may require lifelong treatment. If the problem stems from an immature immune system, it may be resolved over time and IGG treatment can be interrupted.