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Prostate Cancer Metabolism: From Biochemistry to Therapeutics shows the peculiarities of prostate cancer metabolism, emphasizing the targetable aspects – that have not been cons… Read more
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Immediately download your ebook while waiting for your print delivery. No promo code needed.
Prostate Cancer Metabolism: From Biochemistry to Therapeutics shows the peculiarities of prostate cancer metabolism, emphasizing the targetable aspects – that have not been considered in conventional treatment protocols. The book specifically addresses treatment of the castration-resistant stage of prostate cancer proposing many repurposed drugs and nutraceuticals to complement, not replace, standard therapies. The large body of evidence supporting these concepts makes them deserving of further research and well-designed clinical trials. It discusses lipid, cholesterol, glutamine, and glucose metabolisms and their impact on prostate cancer. Additionally, it explains how current established drugs can be repurposed to improve treatment outcomes.
The concepts set out in the book, that deal with cancer at the cellular/molecular level, help identify new avenues of research and treatments to pursue that do not affect well-being whilst offer consistent benefits. Since most practicing physicians have not studied basic biochemistry since medical school, each chapter begins with a brief review of the topic to facilitate an understanding of the metabolically-oriented approach to targeting prostate cancer. Conventional treatments are not discussed here since they are covered in textbooks and specialized updates that abound in the medical literature.
It is a valuable resource for cancer researchers, oncologists, clinicians and members of biomedical field who want to learn more about prostate cancer metabolism and how to apply recent findings in the field to bedside.
Oncologists, cancer researchers, clinicians. Urologists
1. Introductory words: cell metabolism and systems biology2. Introduction to prostate cancer metabolism and treatment with nonconventional drugs3A. The conductors of the metabolic orchestra: part I3B. Phosphatase and tensin homolog deleted in chromosome 10: another metabolic regulator in prostate cancer?4. Lipid metabolism part I: an overview5. Lipid metabolism part II: sphingolipids and ceramides6. Fatty acid synthesis and prostate cancer7. Cholesterol metabolism in prostate cancer8. Glutamine metabolism in prostate cancer9. Carbohydrate metabolism in prostate cancer10. pH and electrolytes metabolism in prostate cancer11. Iron metabolism in prostate cancer12. Androgen metabolism in castration-resistant prostate cancer13. Summary, discussion, and conclusions
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