Folic acid intake that is too high can increase the risk of colon cancer. so folic acid should be taken according to the doctor's advice.
Folic acid contributes to the formation of DNA and new body cells. Vitamin B9 also plays a role in supporting the formation of red blood cells so that it can prevent anemia.
Other benefits of folate play a role in increasing egg and sperm cells. In addition, folic acid can reduce the risk of heart disease and stroke. Folic acid is an essential vitamin that cannot be produced by the human body. Therefore, the need for vitamin B9 needs to be met with food or supplements.
Learn more about B vitamins are intricately involved in the breakdown and processing of proteins here :
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Answer:
the correct answer is option a, b, d, and f.
Explanation:
When the body is not able to make enough healthy RBCs due to B-12 deficiency this condition called pernicious anemia. It is a treatable condition with the help of the B-12 shots or pills. The major reason is the lack of a stomach protein known as Intrinsic factor which is essential for the absorption of the B-12.
Symptoms associated with this condition are -
Fatigue, shortness of breath, cold hands and feet, Paresthesias, feeling dizzy, chest pain, pale or yellow skin, depression, and trouble focusing and others.
Thus, the correct answer is option a, b, d, and f.
Answer:
- to protect the health of communities
- to conduct research to improve the treatment of diseases
- to prevent disease, illness, and injuries
- to detect outbreaks of disease and oversee a response to them
Serum lactate measurement may help to determine the severity of sepsis and is used to monitor therapeutic response.
Answer:
Both type 1 and type 2
Explanation:
Diabetes is a condition of the body in which an individual blood glucose levels remains high. The common form of diabetes is diabetes mellitus. Type I and Type II Diabetes are the types of diabetes mellitus.
Type I diabetes is more common in children and the individuals body does not produce insulin as the immune system attacks the beta cells of pancreas. Type II is most common diabetes in which body is not able to use insulin. Hence, the glucose levels remains high in both Type I and Type II diabetes.
Thus, the correct answer is option (B).
