News
Omega-3 fatty acids may decrease psychotic disorder risk
2 February 2010
Supplements of omega-3 fatty acids-rich fish oil may reduce the likelihood of developing psychotic disorders in high-risk people, says a new clinical trial.
30 March 2016
In Germany, around 340,000 people a year are diagnosed with cancer. Around 210,000 die as a consequence of the disease. Thus cancer is the second greatest killer, after heart and circulatory diseases. About a third of all cancer cases, experts believe, are due to poor eating habits (1).
In their 2008 report the German Nutrition Society (Deutsche Gesellschaft für Ernährung, DGE) investigated the risk relationship between dietary factors and malignant tumors in various organs (2). The report is based on a systematic analysis of the available scientific literature, taking into account the design and quality of the studies. The level of reliability of the evidence for increased risk, reduced risk or no effect is designated as "convincing", “probable”, “possible” or “insufficient.”
Results
The results of the 2008 Nutrition Report confirm the recommendations of the DGE for a balanced diet in respect of cancer prevention. It should be rich in vegetables and fruit (for adults 400 g of vegetables and 250 g of fruit per day), and many fiber-rich cereal products, combined with a moderate consumption of meat and meat products (approximately 300 to 600 g/week). In particular, consumption of red meat should be reduced and alcohol avoided.
2 February 2010
Supplements of omega-3 fatty acids-rich fish oil may reduce the likelihood of developing psychotic disorders in high-risk people, says a new clinical trial.
1 March 2014
New data analysis suggests that the improved folate status in the US due to folic acid fortification could most likely explain the decline in incidence rates of colorectal cancer.
1 January 2014
Cell aging is a complex process in which numerous factors can be involved. Telomeres located at the ends of chromosomes play an important role here – they consist of repetitive DNA sequences and associated proteins (histones) that stabilize the DNA by forming a kind of protective cap. When DNA is copied during cell division, some of the DNA building blocks (nucleotides) at the ends of the chromosomes are not copied, with the result that the telomeres on the newly formed DNA strands get shorter with each cell division. With increasing telomere shortening the cell changes its pattern of gene activation, slows its rate of division, then halts division completely (senescence), and eventually dies (apoptosis). Telomerase, an enz- yme that forms telomeres, counteracts this cell aging process by adding nucleotides that would otherwise be lost to the ends of the new DNA strand. Cell aging and death are thus delayed. Both telomere length and the amount and activity of telomerase, along with other factors, determine how many times cells can divide. Studies have shown that these factors can be positively influenced by micronutrients.