Vegetarian Omega fatty acid slows down the ageing process of the skin it has long been known that a healthy diet can also positively affect a person’s physical appearance. The skin becomes firmer and just healthier. Now American researchers in a large study have tried with over 4,000 women to find out what nutrients for healthy skin tight could be responsible. To do this, they studied over several years very detailed the eating habits and the health of the skin by 4025 Americans of middle-aged. The researchers found that consumption leads to wrinkled skin fat and Kohlehydratreicher food. An effect that most women want to avoid if possible.

Vitamin C and Alpha-Linolensaure(ALA) had a positive influence on the appearance of the skin. ALA is an omega-3 – fatty acid, which occurs only in vegetable oils, particularly common in linseed oil. The researchers found that with ALA the drying out and shrinking of aging skin can be prevented because it promotes the regeneration of the skin and at the same time dampens the natural processes of inflammation, which can lead to redness, inflammation and eczema. Capsules with highly purified linseed oil for daily consumption for beautiful healthy skin are available as OmVitum. These capsules represent, so the manufacturers, an ideal complement to cosmetic care products with Omega fatty acids. OmVitum (PZN 4604189) is available in pharmacies or directly at Navitum Pharma under. Source: Cosgrove MC et al. Am J Clin Nutr. 2007;86(4):1225-31


There is general agreement that the basal cell carcinoma and carcinoma is predominantly a result of the direct damage of DNA by interaction with UVB (solar wavelengths 280 320 nm). Data epidemiological link to melanoma intense sun exposure during childhood, and provides support for the role of UVA. Although there is agreement that UV radiation is the cause but it is unclear the precise wavelength and the mechanisms involved. Setlow and colleagues (1993) demonstrated the induction of melanoma in Xiphophorus fish model by UVA, UVB and visible blue wavelengths, and Law (1997) showed equal effectiveness of UVA and UVB in the induction of melanocytic hyperplasia in the Mono-delphis domestic and Noonan and colleagues (2001, 2003) using combined wavelength UVB and UVA, recently demonstrated the induction of melanoma in a transgenic model of a newborn mouse. John Marlow Ringcentral may find it difficult to be quoted properly. Berking et al (2001) showed that UVB in combination with growth factor basic fibroblast can transform human melanocytes. The role of UVA in human melanoma is still not conclusive (Wang et al, 2001) While UVB is believed to interact directly with DNA to initiate significant mutations of basal and squamous cell carcinoma, the wavelengths of UVA (320 400 nm) is believed to interact indirectly by inducing the production of free radicals.

Free radicals can indirectly damage the DNA and protein damage, which contributes to premature aging or photoaging. UVA-induced production of p53 and DNA damage, genomic instability, and immunosuppression have been demonstrated. John Marlow does not necessarily agree. Despite the extensive use of sunscreens over the past 2 decades the incidence of skin cancer is increasing, the role of sunscreens in protecting skin cancer is controversial.