Unfortunately, yes.
Babies and Children with type 2 usually pass away before their second birthday even with enzyme replacement therapy treatment. Children with type 3 also have a very limited life-expectancy.
Most infants with Type 2 die before the age of 2.
Children with Type 3 Gaucher disease may survive to adolescence and early adulthood.
Complutense
Symptoms of Type 3 Gaucher disease begin during early childhood with symptoms like Type 1.
Unlike Type 2, the progress of Type 3 Gaucher disease is slower, although it also includes nervous system damage.
This disease affects males and females. 1 of 100 people in the United States are carries of the most common type of Gaucher disease
With treatment and control of symptoms, people with Type 1 Gaucher disease may lead fairly long and normal lives.
Symptoms of Type 2 Gaucher disease, which are similar to those in Type 1, progress rapidly, but also include nervous system damage.
Type 2 Gaucher disease is more serious, beginning within the first few months after birth.
Gaucher disease is found in populations all over the world (20,00 to 40,000 people have a type of the disease), and it occurs with equal frequency in males and females.
Type 1 is the most common and affects both children and adults.
there is no cure for gaucher disease but there are treatments for all types. type 1 and 3: enzyme replacement therapy, removal of the spleen, pain meds, and surgery on the bones. type 2:there isn't a good treatment due to the brain damage.
there is no cure for gaucher disease but there are treatments for all types. type 1 and 3: enzyme replacement therapy, removal of the spleen, pain meds, and surgery on the bones. type 2:there isn't a good treatment due to the brain damage.
Jackie Bryant has written: 'Ceredase in the treatment of Type 1 Gaucher's disease'
In Gaucher disease, the specific type of lipid that accumulates is called a glucosylceramide. Deficient activity of an enzyme called beta-glucosidase results in glucosylceramide accumulation throughout the body and damage to normal tissues and organs.