Folate deficiency impairs DNA synthesis, so the nuclei of immature red blood cells are unable to divide and the cells grow larger than normal. This condition is called macrocytic anemia.
<h3>What is folate deficiency anemia?</h3>
- The red blood cells in folate-deficiency anemia are excessively big. Macrocytes are this type of cell.
- When they are discovered in the bone marrow, they are also known as megaloblasts.
- This anemia is also known as megaloblastic anemia for this reason.
- When your body doesn't get enough folate, it develops a folate deficiency.
- Symptoms include fatigue, weakness, mouth sores, and neurological issues.
- A diet rich in folate-rich foods can help prevent folate insufficiency.
- Haemoglobin, a component of red blood cells, is used to transport oxygen throughout the body.
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The answer is positive bathmotropic hope this helps
The right answers are Genetic engineering and gene.
Genetic engineering is a process of changing the genetic make-up of an organism by removing or introducing DNA.
Genetic engineering, which leads to genetic transformations on DNA, is based on a set of cellular and molecular tools including the cloning of a gene.
It is often aimed at modifying genotypes, and therefore phenotypes.
<span>The answer to this question is no, everything that is ingested needs to be metabolised, unless it is a medicine specifically formulated for oral adsorption directly into the bloodstream, or in this instance the energy source is a ketonic monosaccharide. Because it is so small and a simple structure, it can enter the blood barrier directly and the body can then use this as energy.</span>
No salt does not contain carbon because it is an inorganic compound