Search results for dna damage

“However, taken in context with the literature as a whole, the in vitro results are not physiologically relevant. In this clip, Dr. Rhonda Patrick discusses the current sulforaphane research as it pertains to DNA damage, and highlights the importance of considering the different forms of studies.”

“These findings have powerful implications for humans in terms of the timing of cancer surgeries and treatments so as to capitalize on the body's circadian-regulated protective mechanisms. In this clip, Dr. Satchin Panda describes how circadian rhythms influence DNA damage and repair, especially in the setting of time-restricted eating.”

“In this clip, Bruce Ames describes how folate is critical for the transferring of single-carbon groups between molecules. A deficiency in folate leads to errors in production of nucleic acids and can lead to double-stranded breaks in DNA.”

“Whole-food studies provide another line of evidence. In an eight-week randomized crossover trial, 85 grams of watercress per day reduced basal DNA damage in lymphocytes by 17 percent and oxidative purine damage by 23.9 percent.”

“"Supplementing with selenium mitigated the increased risk of prostate cancer seen with high doses of vitamin E". Dr. Rhonda Patrick explains what antioxidants are, why they are important, and how they prevent DNA damage, a well-known cancer initiator.”

“Randomized controlled trials have demonstrated a reduction in such DNA damage following daily consumption of dark roast coffee. Coffee also enhances genomic stability by preserving telomere length and activating cellular antioxidant pathways, particularly the Nrf2 pathway.”

“The authors posited that the DNA-protective effects of EPA and DHA may be related to their capacity to resolve inflammation, a consequence of DNA damage. These findings suggest that omega-3s reduce DNA damage in children. Learn more about omega-3s in our overview article.”

“If not repaired, DNA damage can be detrimental and is associated with diseases such as cardiovascular disease and cancer. A new study suggests that higher levels of omega-3 fatty acids are associated with lower DNA damage in children and adolescents.”

“Despite these differences, the general pattern remained, with lower magnesium and higher homocysteine linked to increased DNA damage. These findings indicate that maintaining higher magnesium levels might protect against DNA damage, particularly for people with high homocysteine.”