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Table of Contents
Part I: Cellular and physiological aspects of wound-healing
Chapter 1: Classification of wounds and the physiology of wound healing
Chapter 2: Mechanisms of collective cell migration in wound healing: physiology and disease
Part II: Natural products in the management of infected wounds
Chapter 3: Natural products as Wound healing agents
Chapter 4: Wound healing agents from natural sources
Chapter 5: Wound healing: Understanding honey as an agent
Chapter 6: Role of medicinal plants in wound healing: An ethnopharmacological approach
Chapter 7: Mainstreaming Traditional Practices for Wound-Management
Chapter 8: Traditional Probiotics, Next-Generation Probiotics and Engineered Live Bio-Therapeutic Products in Chronic Wound Healing
Chapter 9: Role of probiotics in wound healing
Chapter 10: Use of probiotic bacteria and their bioactive compounds for wound-care
Chapter 11: Development of novel anti-infective formulations for wound disinfection
Part III: Interdisciplinary approach to wound-care
Chapter 12: Silversol a nano silver preparation: a multidimensional approach to advanced wound healing
Chapter 13: Preclinical models for wound-healing and repair studies
Chapter 14: Chronic wounds: an overview of wound healing and experimental models for wound studies
Chapter 15: Experimental wound-care models: in vitro/in vivo models and recent advances based on skin-on-a-chip models
Chapter 16: Potential Biomedical Applications of Marine Sponge Derived Chitosan: Current breakthroughs in Drug Delivery for the Wound Care
Chapter 17: Biomedical applications of biodegradable polymers in wound-care
Chapter 18: Role of biodegradable polymer-based biomaterials in advanced wound care
Chapter 19: Atmospheric Pressure Plasma therapy for wound healing and disinfection- A Review
Chapter 20: Quorum sensing as a therapeutic target in the treatment of chronic wound infections
Chapter 21: Biofilm: A Challenge to Overcome in Wound Healing
Chaper 22: The potential of essential oils as topical antimicrobial agents in the age of artificial intelligence.
Chapter 1: Classification of wounds and the physiology of wound healing
Chapter 2: Mechanisms of collective cell migration in wound healing: physiology and disease
Part II: Natural products in the management of infected wounds
Chapter 3: Natural products as Wound healing agents
Chapter 4: Wound healing agents from natural sources
Chapter 5: Wound healing: Understanding honey as an agent
Chapter 6: Role of medicinal plants in wound healing: An ethnopharmacological approach
Chapter 7: Mainstreaming Traditional Practices for Wound-Management
Chapter 8: Traditional Probiotics, Next-Generation Probiotics and Engineered Live Bio-Therapeutic Products in Chronic Wound Healing
Chapter 9: Role of probiotics in wound healing
Chapter 10: Use of probiotic bacteria and their bioactive compounds for wound-care
Chapter 11: Development of novel anti-infective formulations for wound disinfection
Part III: Interdisciplinary approach to wound-care
Chapter 12: Silversol a nano silver preparation: a multidimensional approach to advanced wound healing
Chapter 13: Preclinical models for wound-healing and repair studies
Chapter 14: Chronic wounds: an overview of wound healing and experimental models for wound studies
Chapter 15: Experimental wound-care models: in vitro/in vivo models and recent advances based on skin-on-a-chip models
Chapter 16: Potential Biomedical Applications of Marine Sponge Derived Chitosan: Current breakthroughs in Drug Delivery for the Wound Care
Chapter 17: Biomedical applications of biodegradable polymers in wound-care
Chapter 18: Role of biodegradable polymer-based biomaterials in advanced wound care
Chapter 19: Atmospheric Pressure Plasma therapy for wound healing and disinfection- A Review
Chapter 20: Quorum sensing as a therapeutic target in the treatment of chronic wound infections
Chapter 21: Biofilm: A Challenge to Overcome in Wound Healing
Chaper 22: The potential of essential oils as topical antimicrobial agents in the age of artificial intelligence.