Cancer prostate is the most common solid malignancy in males of developed countries. With increasing knowledge of the aetiology, pathogenesis and natural history of the disease, influences of dietary factors on prostate cancer development have become more evident. There is ample evidence in the literature of significance of dietary constituents for prostate cancer including vitamins A, D and E. Different vitamins have been found to effect the growth and proliferation of prostate cancer cells as evident in epidemiological, experimental and clinical studies. Various factors play the major role in determining the relationship between these vitamins and prostate cancer in terms of environmental, pharmacological, or genetic aspects. To explore these aspects, the present article reviews the literature on the present status of vitamin use for prevention and management of prostate cancer.
Keywords, Prostate cancer -vitamins A -vitamin D -vitamin E MINI-REVIEW
Prevention of Prostate Cancer with Vitamins -Current PerspectivesManish Garg*, Divakar Dalela, Apul Goel, Manoj Kumar, Satya Narayan Sankhwar
Literature SurveyA PubMed search was conducted with the key words 'prostate cancer'; prevention in prostate cancer; 'epidemiology factors'; 'vitamins and prostate cancer'. The specific role of vitamins was searched in prevention of prostate cancer as 'vitamins A'; 'vitamin D'; 'vitamin E. In addition, the 'related articles' search option on PubMed and references of relevant articles were also looked for with knowledge of epidemiological and other experimental study. At the end of literature research, the most relevant articles were selected for the discussion of role of vitamins in cancer prostate in this review.
Vitamin AVitamin A and Retinoids, the natural or synthetic derivatives of vitamin A, demonstrated the effects on proliferation and differentiation in different organs and deficiency of this vitamin resulted in multiple developmental defects (Clagett-Dame DeLuca, 2002;Duester, 2008). Important metabolites of vitamin A (retinol) are All trans-retinoic acid (ATRA) and 9-CisRetinoic Acid (9-CRA) and both of these have diverse physiological functions in the body (Duester, 2008). These retinoids, in carcinogen induced prostate cancer mouse models, have been shown to reverse hyperplasia (Chopra