News
Vitamin D may decrease colon cancer risk
9 February 2011
High blood levels of vitamin D are associated with a reduced risk of colorectal cancer, according to a new French analysis.
09 September 2013
A new US study shows that higher blood vitamin D concentrations may decrease the risk of developing new lesions in the brains of patients with relapsing multiple sclerosis.
In the observational study, the blood vitamin D concentrations, brain lesions and number of relapses of 469 multiple sclerosis (MS) patients taking vitamin D supplements were measured (1). The study results showed that each 10ng/ml increase in 25hydroxyvitamin D concentration was associated with a 15% lower risk of a new brain lesion and lower levels of disability. In addition, higher vitamin D levels were associated with lower, but not statistically significant, relapse risk.
The researchers commented that these findings seem to provide further support for the role of vitamin D in inflammatory activity related to MS. However, the results did not provide evidence that vitamin D supple-mentation is beneficial to individuals with MS, which needs to be investigated in randomized controlled trials.
MS is an autoimmune disorder occurring in those who possess or are exposed to a combination of genetic and environmental risk factors. A few environmental MS risk factors have been identified: cigarette smoking, infection with EpsteinBarr virus, and lower vitamin D levels. Lower vitamin D levels have recently been asso-ciated with increased relapse risk among patients with relapsing/remitting MS or those who have suffered a clinically isolated syndrome (2,3).
9 February 2011
High blood levels of vitamin D are associated with a reduced risk of colorectal cancer, according to a new French analysis.
14 March 2016
Professor Oleg Shadyro of the Department of Chemistry at the University of Belarus has shown that coenzyme Q10 and vitamins are able to down-regulate the cellular production of phosphatidic acid (PA) in low cellular oxygen conditions which would otherwise inhibit normal cell apoptosis. Hence supplementation with these substances could improve the efficacy of radiotherapy or chemotherapy.
1 February 2011
Evolution has equipped us with a triage mechanism (from the French verb ‘trier’ meaning to sort out): When there is a deficiency of micronutrients in our bodies, they are reserved for short-term survival and reproduction at the expense of disabling DNA repair, which increases the risk of developing chronic disease in the long-term.