All articles tagged with #folate
A study of nearly 600 healthy Japanese adults links low vitamin B12 and folate to higher homocysteine levels and fatigue in men, and to lower motivation in women, suggesting nutrition may influence fatigue even in healthy individuals; the findings, published in Nutrients, underscore the importance of maintaining adequate B12 and folate through a balanced diet.
A Japanese cross‑sectional study found higher homocysteine, a marker of B12 and folate deficiency, is associated with greater fatigue and lower motivation, though causation cannot be established. The findings suggest maintaining adequate B12 and folate through diet or fortified foods and supplements may help, but researchers caution about selection bias and the need for further research to confirm any causal link.
A cross‑sectional study of about 600 healthy adults finds higher homocysteine levels—reflecting folate and B12 deficiency—associate with fatigue: in men, more physical fatigue; in women, reduced motivation. The work suggests daily energy and mental drive depend on adequate B9/B12, not just sleep, and may expand the use of homocysteine screening beyond cardiovascular risk.
A US study using NHANES 2017–2018 (n=5,068) found that higher intakes of dietary fiber, folate, magnesium, and selenium were associated with lower odds of depressive symptoms (PHQ-9 ≥10). Folate showed the strongest inverse link, with the highest intake tied to about 45% lower depression risk; fiber also showed robust associations, while magnesium and selenium were less robust after broader adjustments. The results are cross-sectional and modest in size (OR roughly 0.72–0.81 per 1-SD increase; Cohen’s d ~0.16–0.25), so they do not prove causality or support supplements. The authors advocate focusing on diverse, whole-food dietary patterns rather than pills, note average fiber intake was only about 16.6 g/day (below 25–38 g/day), and stress the need for longitudinal studies to confirm temporality and explore subgroup differences.
The article explains the differences between folate, folic acid, and folinic acid, emphasizing their roles in pregnancy and potential use in autism treatment. It warns against self-medicating with supplements like leucovorin for autism, highlighting that current evidence is limited and more research is needed. Medical experts advise caution due to regulatory differences and the complexity of autism, recommending consulting healthcare providers before use.
The F.D.A. announced it will relabel leucovorin, a form of folate, to reflect its potential benefits in reducing autism symptoms in children, highlighting ongoing research into folate's role in various health conditions.
President Trump announced an upcoming statement suggesting a potential link between autism and factors like Tylenol use during pregnancy and vitamin deficiencies, specifically folate, with plans to discuss possible interventions such as folinic acid. Experts, however, emphasize that current scientific evidence does not conclusively link acetaminophen to autism and warn against jumping to conclusions based on preliminary findings.
Health and Human Services Secretary Robert F. Kennedy Jr. plans to release a report linking autism to over-the-counter pain medication acetaminophen and suggesting folate-based treatments, amid ongoing controversy over vaccine and environmental factors in autism research, with some skepticism about the findings and funding priorities.
A CDC study reveals that 66% of women aged 12-49 in the US have at least one risk factor for birth defects, such as obesity, diabetes, smoking, food insecurity, or low folate levels, which can be mitigated through lifestyle changes and proper nutrition, emphasizing the importance of awareness and preventive measures before pregnancy.
Prenatal care is crucial for the health of expectant mothers and babies, with folate being one of the most important nutrients recommended during pregnancy. Folate, also known as vitamin B9, plays a vital role in the formation of DNA and RNA, making it essential for rapid cell growth, particularly during pregnancy. It helps prevent birth defects and is beneficial for the functioning of the digestive system, prevention of common cancers, cardiovascular disease, infertility, stroke, dementia, and Alzheimer's disease. Folic acid, the synthetic supplement form of folate, is better absorbed and commonly recommended for pregnant women. Folate-rich foods include dark green vegetables, asparagus, avocado, black-eyed peas, kidney beans, and broccoli. It is also recommended for all women of reproductive age to take 400 micrograms of folic acid daily, which can be obtained through fortified foods or supplements.
Folic acid, a B vitamin, is crucial for pregnancy as it aids in the development and maintenance of cells, particularly during the early stages when the baby's brain and nervous system are forming. It helps prevent neural tube defects and supports overall fetal development, including the growth of the brain, organs, and tissues. Adequate folic acid intake also benefits the mother by reducing the risk of anemia and preeclampsia. Pregnant women are recommended to consume 600 mcg of folic acid daily, while all women of childbearing age should supplement their diets with 400 mcg daily. Food sources rich in folic acid include beef liver, dark leafy greens, oranges, avocados, and fortified products like bread and cereals. It is important to consult with a healthcare provider before starting any supplementation.
Certain foods can contribute to or enhance anxiety, including those high in sodium, refined sugars, and processed carbs. Instead, foods like salmon, mandarin oranges, bone broth, and vegetables high in folate can help reduce stress and anxiety. Omega-3 fatty acid-rich fish like tuna, sardines, and mackerel are also recommended. Green tea can provide antioxidants and theanine, which promotes relaxation and improves sleep, but be mindful of caffeine intake.