Vitamin D and Cancer (eBook) von Donald L. Trump

1. Vitamin D: Synthesis and Catabolism Considerations for Cancer Causation and Therapy (Heide S Cross)2. Vitamin D Molecular Biology& Cancer (Moray J Campbell)3. Vitamin D: Anti-inflammatory activity of calcitriol in cancer (Aruna V Krishnan and David Feldman)4. Vitamin D& Cancer Epidemiology (Edward Giovannucci) 5. Vitamin D& Angiogenesis (Yingyu Ma, Donald L Trump and Candace S Johnson)6. Vitamin D: Cardiovascular Function and Disease (Robert Scragg) 7. Vitamin D& Differentiation in Cancer (Elzbieta Gocek and George P Studzinski) 8. Vitamin D& Cancer Chemoprevention (Sarah A Mazzilli, Mary E Reid and Barbara A Foster) 9. Molecular Biology of Vitamin D Metabolism and Skin Cancer (Florence SG Cheung and Juergen KV Reichardt) INTRODUCTION - Vitamin D: Development as an Anticancer Agent (Donald L Trump and Candace S Johnson)10. Vitamin D& Prostate Cancer (Tomasz M Beer) 11. Vitamin D& Hematologic Malignancies (H Phillip Koeffler) 12. The Vitamin D Signaling Pathway in Mammary Gland and Breast Cancer (Glendon M Zinser, Carmen J Narvaez and JoEllen Welsh) 13. Vitamin D& Colorectal Cancer (Marwan Fakih, Annette Sunga and Josephia Muindi) 14. Defining& Attaining Optimal Vitamin D Health (Reinhold Vieth) 15. Assessment of Vitamin D Health: Measurement of Vitamin D (Bruce W Hollis)

Substantial data indicate the broad importance of vitamin D-based signaling in normal human physiology and the broad effects of vitamin D deficiency. Vitamin D may play a role not only in the control of bone and mineral metabolism, but also appears to be involved in immune function, cardiovascular health, thrombosis and vasculogenesis and neuromuscular function. Considerable epidemiologic data demonstrate that low vitamin D serum levels occur very commonly in normal adult populations and that vitamin D deficiency is associated with an enhanced risk of cancer death from lung, prostate, head& neck, colorectal and other gastrointestinal cancers. In addition, preclinical data provide evidence that calcitriol and other active analogues of calcitriol have anti-proliferative, pro-differentiative, pro-apoptotic and anti-angiogenic activity in numerous in-vitro and in-vivo models. It is quite clear that, while it requires high exposure to calcitriol to induce these effects, such exposure can be readily achieved when high dose intermittent therapy is given.