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Authored by Mohammad Albanna and James H. Holmes IV, this comprehensive volume bridges basic science and clinical practice in the rapidly evolving field of skin tissue engineering and regenerative medicine. It provides a translational framework that connects cellular biology, biomaterials, and surgical innovation, highlighting how advances in regenerative strategies are reshaping the management of skin loss due to burns, trauma, surgery, and chronic disease.
Key Features
In-depth exploration of the cellular and molecular mechanisms underlying wound healing, scar formation, and dermal regeneration
Integration of preclinical animal models with clinical applications to support translational research
Comprehensive review of extracellular matrices, natural and synthetic biomaterials, and biologic skin substitutes
Detailed discussion of adult and fetal stem cells and their role in skin regeneration and wound management
Coverage of cutting-data:text/mce-internal,rte__editor,Elsevieredge innovations, including skin bioprinting and targeted cellular therapies
Valuable resource for biomedical researchers, surgeons, and clinicians seeking to translate regenerative science into effective skin repair therapies.