The book sheds new light on the complex process of bone healing by examining both traditional methods and cutting-edge technologies. It offers an in-depth exploration of how various modulators influence bone regeneration. With contributions from renowned experts worldwide, this volume covers everything from the underlying biology to clinical applications.
The chapters cover topics such as the historical development of bone graft substitutes, calcium-based substitutes like hydroxyapatite, bioactive glass, and ceramics, synthetic bone graft materials like chronos granules and stimulan, autografts and allografts, growth factors like BMPs and platelet-rich plasma, stem cells in modern bone healing, osteoconduction concepts, demineralized bone matrix (DBM), advances in nanotechnology for bone healing, 3D-printed scaffolds, biodegradable implants, biochemical properties of bone graft substitutes, the pharmacokinetics of bone healing agents, regulatory frameworks for new bone graft substitutes launch processes.
The book is an essential reference for undergraduate and postgraduate students (MBBS, BSc, MS/DNB), as well as practicing surgeons who seek to deepen their theoretical knowledge and enhance their clinical practice in bone healing, making it valuable for academic exams, viva-voce, and day-to-day patient care.
The book sheds new light on the complex process of bone healing by examining both traditional methods and cutting-edge technologies. It offers an in-depth exploration of how various modulators influence bone regeneration. With contributions from renowned experts worldwide, this volume covers everything from the underlying biology to clinical applications.
The chapters cover topics such as the historical development of bone graft substitutes, calcium-based substitutes like hydroxyapatite, bioactive glass, and ceramics, synthetic bone graft materials like chronos granules and stimulan, autografts and allografts, growth factors like BMPs and platelet-rich plasma, stem cells in modern bone healing, osteoconduction concepts, demineralized bone matrix (DBM), advances in nanotechnology for bone healing, 3D-printed scaffolds, biodegradable implants, biochemical properties of bone graft substitutes, the pharmacokinetics of bone healing agents, regulatory frameworks for new bone graft substitutes launch processes.
The book is an essential reference for undergraduate and postgraduate students (MBBS, BSc, MS/DNB), as well as practicing surgeons who seek to deepen their theoretical knowledge and enhance their clinical practice in bone healing, making it valuable for academic exams, viva-voce, and day-to-day patient care.
Prasoon Kumar
Bone Regeneration Orthopedic Biomaterials Fracture Healing Bone Graft Substitutes Stem Cell Therapy in Orthopedics