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Table of Contents
Intro
Foreword
Contents
Contributors
1: Introduction
1.1 Naming and Classification
1.1.1 Nomenclature of Platelet Concentrate
1.1.2 Classification of Platelet Concentrate
1.2 Major Fields of Enriched Platelet Therapy in Clinical Application
1.3 Rational Thinking of Enriched Platelet Therapy in Clinical Application
References
2: Overview of Platelet-Rich Plasma
2.1 History, Development, and Current Status of Platelet-Rich Plasma
2.2 Composition and Role of PRP
2.3 Current Preparation Methods and Principles
References
3: PRP and Skin Barrier
3.1 PRP and Skin Physical Barrier
3.1.1 PRP Promotes the Proliferation of Skin Fibroblasts and Collagen Synthesis
3.1.2 PRP Remodels the ECM
3.1.3 PRP Promotes the Synthesis of Hyaluronic Acid
3.1.4 PRP Increases G1 Cell Cycle Regulatory Factors to Regulate Cell Metabolism and Accelerate Tissue Renewal
3.1.5 PRP Enhances the Densification of Epidermal Structure
3.2 PRP and Skin Chemical Barrier
3.3 PRP and Skin Pigment Barrier
3.4 PRP and Skin Immune Barrier
3.5 PRP and Skin Nerve Barrier
3.6 PRP and Skin Microbial Barrier
3.7 PRP Influencing the Skin Structure, Barrier Cornified Envelope Development of Newborn Suckling Mouse
3.8 PRP and Its Clinical Application in Skin Barrier
References
4: Platelet-Rich Plasma and Wound Healing
4.1 The Mechanism of Platelet-Rich Plasma in Promoting Wound Healing
4.1.1 The Process and Mechanism of Wound Healing
4.1.2 Theoretical Basis of PRP Application in Wound Repair
4.2 Clinical Application of PRP in Wound Repair
4.2.1 The Treatment of PRP in Osteonecrosis and Soft Tissue Defect After Tibiofibular Fracture Combined with Diabetes Mellitus
4.2.2 The Treatment of PRP in Infected Soft Tissue Defect After Trauma Debridement
4.2.3 The Treatment of PRP in Soft Tissue Defect After Trauma Debridement
4.3 Basic Study of PRP in Wound Repair
4.3.1 PRP Is Involved in all Stages of Wound Healing
4.3.1.1 General Observation of Wound Healing
4.3.2 PRP Participates in Wound Re-epithelialization by Regulating the Function of Epidermal Stem Cells (ESCs)
References
5: Platelet-Rich Plasma and Scar
5.1 Application of PRP and Microneedle in Atrophic Scar
5.2 Application of PRP and Laser in Atrophic Scar
5.3 Hyperplastic Scar: Keloid
5.4 Promotes Healing and Prevents/Reduces Scarring
References
6: Platelet-Rich Plasma and Hair Regeneration
6.1 Physiological Structure of Hair Follicle
6.1.1 Hair Bulb
6.1.2 Superior Bulb Region
6.1.3 Isthmus
6.1.4 Infundibulum
6.2 The Growth Cycle of Hair Follicles
6.3 Hair Follicle Signaling Pathway
6.4 Basic Study on PRP and Hair Follicle Regeneration
6.5 Clinical Application of PRP in Treatment of Hair Regeneration
6.5.1 PRP Treatment for Androgenetic Alopecia
Foreword
Contents
Contributors
1: Introduction
1.1 Naming and Classification
1.1.1 Nomenclature of Platelet Concentrate
1.1.2 Classification of Platelet Concentrate
1.2 Major Fields of Enriched Platelet Therapy in Clinical Application
1.3 Rational Thinking of Enriched Platelet Therapy in Clinical Application
References
2: Overview of Platelet-Rich Plasma
2.1 History, Development, and Current Status of Platelet-Rich Plasma
2.2 Composition and Role of PRP
2.3 Current Preparation Methods and Principles
References
3: PRP and Skin Barrier
3.1 PRP and Skin Physical Barrier
3.1.1 PRP Promotes the Proliferation of Skin Fibroblasts and Collagen Synthesis
3.1.2 PRP Remodels the ECM
3.1.3 PRP Promotes the Synthesis of Hyaluronic Acid
3.1.4 PRP Increases G1 Cell Cycle Regulatory Factors to Regulate Cell Metabolism and Accelerate Tissue Renewal
3.1.5 PRP Enhances the Densification of Epidermal Structure
3.2 PRP and Skin Chemical Barrier
3.3 PRP and Skin Pigment Barrier
3.4 PRP and Skin Immune Barrier
3.5 PRP and Skin Nerve Barrier
3.6 PRP and Skin Microbial Barrier
3.7 PRP Influencing the Skin Structure, Barrier Cornified Envelope Development of Newborn Suckling Mouse
3.8 PRP and Its Clinical Application in Skin Barrier
References
4: Platelet-Rich Plasma and Wound Healing
4.1 The Mechanism of Platelet-Rich Plasma in Promoting Wound Healing
4.1.1 The Process and Mechanism of Wound Healing
4.1.2 Theoretical Basis of PRP Application in Wound Repair
4.2 Clinical Application of PRP in Wound Repair
4.2.1 The Treatment of PRP in Osteonecrosis and Soft Tissue Defect After Tibiofibular Fracture Combined with Diabetes Mellitus
4.2.2 The Treatment of PRP in Infected Soft Tissue Defect After Trauma Debridement
4.2.3 The Treatment of PRP in Soft Tissue Defect After Trauma Debridement
4.3 Basic Study of PRP in Wound Repair
4.3.1 PRP Is Involved in all Stages of Wound Healing
4.3.1.1 General Observation of Wound Healing
4.3.2 PRP Participates in Wound Re-epithelialization by Regulating the Function of Epidermal Stem Cells (ESCs)
References
5: Platelet-Rich Plasma and Scar
5.1 Application of PRP and Microneedle in Atrophic Scar
5.2 Application of PRP and Laser in Atrophic Scar
5.3 Hyperplastic Scar: Keloid
5.4 Promotes Healing and Prevents/Reduces Scarring
References
6: Platelet-Rich Plasma and Hair Regeneration
6.1 Physiological Structure of Hair Follicle
6.1.1 Hair Bulb
6.1.2 Superior Bulb Region
6.1.3 Isthmus
6.1.4 Infundibulum
6.2 The Growth Cycle of Hair Follicles
6.3 Hair Follicle Signaling Pathway
6.4 Basic Study on PRP and Hair Follicle Regeneration
6.5 Clinical Application of PRP in Treatment of Hair Regeneration
6.5.1 PRP Treatment for Androgenetic Alopecia