I’ve heard that folate provides protection against neural tube birth defects, yet I’ve also heard that folate is critical for maintaining neural tube health. If you don’t take folates, you will run the risk of neural tube defects during the first few weeks of pregnancy.
Many of the folate-deficient women with neural tube defects have no other problem, but many don’t. It makes sense that folate is critically important to the health of a newly-conceived embryo, but we don’t know why it is. If you take folates, you will also be a risk of neural tube defects.
Folates are a small group of substances found in the blood that are important for cell growth and development. They are also critical for the maintenance of the neural tube. Although it was once thought that folates were only present during pregnancy, a recent study showed folate is present in the blood during the first three months of pregnancy and after delivery.
folate is also important for the health of the developing fetus. An embryo that is folate deficient may display abnormal development. Folate deficiencies are also strongly associated with neural tube defects. It was once thought that folate was only present in the placenta, but recent research shows that folate is also present in the blood, brain, liver, and kidneys of a developing fetus.
It was once thought that folate was only present in the placenta, but recent research shows that folate is also present in the blood, brain, liver, and kidneys of a developing fetus.
But, as it turns out, folate is also present in the blood, brain, liver, and kidneys of a developing fetus. It’s found in every cell of the body, and can be found in every tissue of the body. The body uses it as a co-factor in a number of important metabolic pathways. It also helps to produce certain hormones and neurotransmitters.
This is really good news for women who are expecting. It means that women who are carrying a baby without folate can start taking prenatal supplements. And it means that women who are pregnant don’t have to worry about folic acid deficiency.
folate is one of the most common genetic defects that can cause neural tube defects, and is the most common cause of anencephaly. In fact, folate could be the only factor that’s known to contribute to neural tube defects, and is the strongest genetic risk factor for neural tube defects. In contrast, B12 deficiency is the second most common genetic risk factor, and leads to spina bifida.
In fact, folate is the strongest genetic risk factor for neural tube defects, and is the only known factor that carries the highest risk of neural tube defects. Women with neural tube defects have neural tube defects themselves. And I’m not saying folate deficiency is the only reason we have neural tube defects, I’m just saying that folate deficiency is the most common genetic risk factor. And folate deficiency is also the strongest genetic risk factor for neural tube defects.
folate is part of the “BRCA1-2” gene, which is responsible for the formation of some of the cells in the brain and spinal cord. BRCA1-2 is responsible for a wide range of diseases and conditions, including breast cancer, ovarian cancer, ovarian failure, breast tumors, and colorectal cancer.
