Biological Calcification: Normal and Pathological Processes in the Early Stages 1st ed

Biological Calcification: Normal and Pathological Processes in the Early Stages 1st ed

• Comprehensive Study of Biological Calcification: Provides an in-depth exploration of the mechanisms involved in normal and pathological calcification across biological tissues and organ systems.
• Focus on Mineralized Tissues: Explains the structure, composition, and formation of bones, teeth, cartilage, and other mineralized tissues, emphasizing the earliest stages of biomineralization.
• Normal and Disease-Related Calcification: Examines physiological calcification alongside pathological conditions such as ectopic calcification, urinary stones, and vascular calcification, highlighting their underlying mechanisms.
• Advanced Research Methodologies: Covers experimental techniques and analytical methods used to investigate mineral deposition, tissue ultrastructure, and calcification processes in biomedical research.
• Expert Scientific Perspective: Integrates decades of research with current scientific evidence, offering valuable insights into the organic and inorganic interactions involved in tissue mineralization.
• Essential Reference for Researchers and Clinicians: An invaluable resource for researchers, pathologists, orthopedists, dental scientists, biomaterials specialists, graduate students, and professionals interested in bone biology, mineralized tissues, and calcification research.

Why Buy Biological Calcification?

• Provides a comprehensive overview of the biological mechanisms of calcification, covering normal mineralization and pathological calcification in tissues.
• Explains key concepts including calcium metabolism, biomineralization, bone formation, dental mineralization, extracellular matrix biology, and crystal formation.
• Examines the role of calcification in bone health, cardiovascular disease, kidney disorders, dental tissues, and other clinical conditions.
• Ideal for medical students, dental students, biomedical researchers, pathologists, orthopedists, biochemists, and life science professionals.
• Includes scientific research, experimental findings, and detailed discussions to support advanced study in biomaterials, tissue engineering, and biomedical sciences.
• An essential reference for understanding bone biology, mineral metabolism, pathological calcification, and translational biomedical research.