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This book discusses the bidirectional relationship between vitamin D and mineral ions, detailing how these interactions form a physiological feed-forward loop essential for maintaining health, which becomes dysregulated in various disease states.
This book compiles the roles and regulatory mechanisms of vitamin D and mineral ions in human health and disease. The chapters focus on the diverse physiological functions of vitamin D and the critical role of magnesium in maternal fetal development and the importance of calcium in the gut glucose axis. The overall content of the book reemphasizes the essential roles of vitamin D and mineral ions in maintaining normal physiological functions across multiple organ systems. Vitamin D is requisite for physiological functions of cells and organs. Vitamin D facilitates the absorption of essential minerals, including calcium, phosphorus, magnesium, copper, zinc, iron, and selenium. While certain minerals, including magnesium and zinc act as cofactors to activate vitamin D. Similarly, calcium and phosphorus are involved in vitamin D-mediated signaling events. Vitamin D also enables the uptake of toxic elements, including lead, arsenic, aluminum, cobalt, and strontium. Although, vitamin D and calcium interactions are well described in the literature, more generalized roles, and regulation of vitamin D on mineral ion metabolism is not well-defined.
This book will serve as a concise reference on vitamin D regulation and its diverse biological functions, including roles in mineral ion homeostasis, antimicrobial activity, immune modulation, and sleep regulation. It also addresses the clinical implications of vitamin D in brain health, fracture healing, and tumorigenesis. The content is accessible to readers with minimal prior knowledge of the field.
List of contents
Vitamin D activation and mineral ion regulation.- Decoding vitamin D intake: How much is too much?.- Vitamin D-induced antimicrobial peptides in combating bacterial infections.- Vitamin D and autoimmunity.- Vitamin D and brain health.- Vitamin D and mineral ions.- Vitamin D and fracture-healing.- Vitamin D and sleep disorders.- Vitamin D and oral cancer.- Gut-glucose axis: calcium and glucagon-like peptide-1.- Maternal-fetal axis: magnesium and pregnancy.- Vitamin D-induced antimicrobial peptides in combating viral infections.
About the author
Dr. Mohammed S. Razzaque is currently a Professor of Pathology at the University of Texas Rio Grande Valley (UTRGV) at Edinburg, Texas (U.S.A.). He obtained a Doctorate (Ph.D.) in pathology from Nagasaki University (Japan) and holds a degree in medicine (M.B.B.S.) from Chittagong University (Bangladesh). Dr. Razzaque is a Visiting Professor of Department of Oral Health Policy & Epidemiology at the Harvard School of Dental Medicine, Boston (U.S.A.), International Kazakh-Turkish University, Turkistan (Kazakhstan), University of Antwerp, Antwerp (Belgium), Al-Farabi Kazakh National University, Almaty (Kazakhstan), University Kuala Lumpur Royal College of Medicine Perak, Ipoh (Malaysia) and an Honorary Professor at the University of Rwanda College of Medicine & Health Sciences, Kigali (Rwanda). He also served as a Professor of Pathology at the Lake Erie College of Osteopathic Medicine (LECOM) at Erie, Pennsylvania (U.S.A.) and at Saba University School of Medicine (Dutch Caribbean), as well as an Assistant Professor of Oral Medicine at the Harvard School of Dental Medicine. His research has focused on understanding phosphate and vitamin D regulation in health and disease, and his clinical interest is renal pathology. Dr. Razzaque is a recipient of an R01 grant as a Principal Investigator from the National Institute of Health (U.S.A.).
Summary
This book discusses the bidirectional relationship between vitamin D and mineral ions, detailing how these interactions form a physiological feed-forward loop essential for maintaining health, which becomes dysregulated in various disease states.
This book compiles the roles and regulatory mechanisms of vitamin D and mineral ions in human health and disease. The chapters focus on the diverse physiological functions of vitamin D and the critical role of magnesium in maternal–fetal development and the importance of calcium in the gut–glucose axis. The overall content of the book reemphasizes the essential roles of vitamin D and mineral ions in maintaining normal physiological functions across multiple organ systems. Vitamin D is requisite for physiological functions of cells and organs. Vitamin D facilitates the absorption of essential minerals, including calcium, phosphorus, magnesium, copper, zinc, iron, and selenium. While certain minerals, including magnesium and zinc act as cofactors to activate vitamin D. Similarly, calcium and phosphorus are involved in vitamin D-mediated signaling events. Vitamin D also enables the uptake of toxic elements, including lead, arsenic, aluminum, cobalt, and strontium. Although, vitamin D and calcium interactions are well described in the literature, more generalized roles, and regulation of vitamin D on mineral ion metabolism is not well-defined.
This book will serve as a concise reference on vitamin D regulation and its diverse biological functions, including roles in mineral ion homeostasis, antimicrobial activity, immune modulation, and sleep regulation. It also addresses the clinical implications of vitamin D in brain health, fracture healing, and tumorigenesis. The content is accessible to readers with minimal prior knowledge of the field.
