Caused by defects in both copies of the gene that codes for an enzyme called galactose-1-phosphate uridyl transferase (GALT). There are 30 known different mutations in this gene that cause GALT to malfunction.
Galactosemia... the word "lactose" in this word should have given you a thoughtless answer.
Galactosemia is a very rare disease that is received through a recessive trait. It is hardly diagnosed but can also be very easily confused with lactose intolerance. Though the two can be very similar but they are very different. Galactosemia is when your body cannot process galactose and lactose intolerance is when your body cannot process lactose. Lactose and galactose can be found in generally the same food group, dairy. The very important difference between the two is that lactose intolerance causes the symptoms of gas, cramps and diarrhea and galactosemia causes excess fat to build up in the brain, cause mental retardation and finally death.
No, galactosemia is not a type of chromosomal mutation. It is a genetic disorder caused by mutations in specific genes that are involved in the metabolism of galactose, primarily the GALT gene. These mutations lead to an inability to properly process galactose, resulting in toxic accumulation. Chromosomal mutations involve changes in the structure or number of chromosomes, which is different from the single-gene mutations seen in galactosemia.
The probability that a child is affected with galactosemia is 1/40,000. The probability that both children are affected would be (1/40,000) * (1/40,000) = 1/1,600,000,000.
No, if one parent is a carrier of galactosemia and the other parent is not, the child has a 50% chance of being a carrier as well. It only requires one parent to pass on the gene for the child to be a carrier.
The health condition galactosemia occurs when the body has a deficiency in processing glucose. The condition mostly affects infants and can be life threatening if not treated.
If galactosemia is untreated, high levels of galactose cause vomiting, diarrhea, lethargy, low blood sugar, brain damage, jaundice, liver enlargement, cataracts, susceptibility to infection, and death.
Galactosemia... the word "lactose" in this word should have given you a thoughtless answer.
Galactosemia II is caused by defects in both copies of the gene that codes for an enzyme called galactokinase (GALK). The frequency of occurrence of galactosemia II is about one in 100,000-155,000 births.
Galactosemia is a very rare disease that is received through a recessive trait. It is hardly diagnosed but can also be very easily confused with lactose intolerance. Though the two can be very similar but they are very different. Galactosemia is when your body cannot process galactose and lactose intolerance is when your body cannot process lactose. Lactose and galactose can be found in generally the same food group, dairy. The very important difference between the two is that lactose intolerance causes the symptoms of gas, cramps and diarrhea and galactosemia causes excess fat to build up in the brain, cause mental retardation and finally death.
yes
No, Mel Gibson does not have galactosemia. Galactosemia is a rare genetic disorder that affects the body's ability to process galactose, a sugar found in milk and dairy products. There is no public information or credible sources indicating that Gibson has been diagnosed with this condition.
Anaphylactic reactions are life-threatening and can occur with food allergies, while lactose intolerance and galactosemia are not classified as allergies. Lactose intolerance leads to digestive discomfort but is not life-threatening. In contrast, galactosemia is a serious genetic disorder that can cause severe health issues if untreated, making it more critical to manage. Overall, galactosemia poses a greater health risk than lactose intolerance.
Galactosemia is a condition where infants have trouble digesting lactose to the point where it could harm their organs. People's systems get stronger as people age so older children are no longer affected by the condition.
the city
it was found in 1908 by Von Ruess
sever type1 classic is the most sever type,....... sever type1 (classic): galactosemia is the most sever galactosemic disorder