1. | EXECUTIVE SUMMARY |
1.1. | Advanced Wounds |
1.2. | Need for Advanced Wound Care |
1.3. | Growing Wound Care Market |
1.4. | Wound Care Market Problem |
1.5. | Treatment of Advanced Wounds |
1.6. | Key Trends in Wound Management |
1.7. | Debridement |
1.8. | Pressure Management |
1.9. | Bacterial Burden Management |
1.10. | Therapeutic Devices |
1.11. | Biological Therapies |
1.12. | Wound Monitoring |
1.13. | Key Companies |
1.14. | Acquisitions 2018 - 2019 |
1.15. | Advanced Wound Care Market 2020-2030 |
1.16. | Advanced Wound Care Market 2020-2030: By Indication |
2. | INTRODUCTION |
2.1. | Report Scope |
2.2. | Function of Skin |
2.3. | Wound Care Problem |
2.4. | Wound Healing Process |
2.5. | Wound Healing Process: Advanced Wounds |
2.6. | Common Types of Advanced Wounds |
2.7. | Diabetic Foot Ulcers |
2.8. | The Diabetes Epidemic |
2.9. | Diabetic Amputations are on the Rise Again |
2.10. | Venous Leg Ulcers |
2.11. | Pressure Ulcers |
2.12. | Burns |
2.13. | Treatment of Advanced Wounds |
2.14. | Wound Bed Preparation |
2.15. | Traditional vs Advanced Wound Care Products |
3. | DEBRIDEMENT |
3.1. | The Importance of Debridement |
3.2. | Types of Debridement |
3.3. | Hydrosurgery |
3.4. | Enzymatic |
3.5. | Mechanical |
3.6. | Ultrasound |
3.7. | Ultrasound: Products |
3.8. | Water Jet |
3.9. | Oxygen Jet |
3.10. | Monofilament Pad |
3.11. | Biosurgical |
3.12. | Autolytic Debridement |
3.13. | Gelling Fibers |
3.14. | Hydrocolloids |
3.15. | Calcium Alginate |
3.16. | Hydrogel Dressings |
3.17. | Concentrated Surfactants |
3.18. | Honey |
3.19. | Trends in Debridement |
4. | PRESSURE RELIEF AND OFFLOADING |
4.1. | Pressure Relief and Offloading |
4.2. | Pressure Ulcers |
4.3. | Immersion |
4.4. | Inflation |
4.5. | Remote Patient Monitoring |
4.6. | Remote Patient Monitoring: Sensable Care |
4.7. | Remote Patient Monitoring: EarlySense |
4.8. | Remote Patient Monitoring: Sensing Tex |
4.9. | Remote Patient Monitoring: Leaf Healthcare |
4.10. | Polyurethane Foam for Pressure Ulcer Prevention |
4.11. | Total Contact Cast |
4.12. | Removable Offloading Shoes |
4.13. | Remote Patient Monitoring: Motus Smart |
4.14. | Connected Devices for DFU Prevention |
4.15. | Trends in Pressure Management |
5. | COMPRESSION |
5.1. | Compression |
5.2. | Types of Compression Fabrics |
5.3. | Multi-Component Compression Kits: Examples |
5.4. | Adjustable Compression Wraps |
5.5. | Pneumatic Compression |
5.6. | Pneumatic Compression: Tactile Medical |
5.7. | Compression Monitoring |
5.8. | Textile Sensors |
5.9. | Trends in Compression |
6. | BACTERIAL BURDEN MANAGEMENT |
6.1. | All Wounds Contain Bacteria |
6.2. | Biofilm |
6.3. | Silver |
6.4. | Silver: Microlyte Ag |
6.5. | Silver: UrgoClean Ag |
6.6. | Cationic Molecules as Biocides |
6.7. | PHMB |
6.8. | PolyDADMAC |
6.9. | Methylene Blue and Gentian Violet |
6.10. | Biofilm Degradation |
6.11. | DACC |
6.12. | Advanced Microcurrent Technology |
6.13. | Iodine |
6.14. | Nitric Oxide |
6.15. | Bacterial Detection: DNA-Based Tests |
6.16. | Bacterial Detection: Point-of-Care Visualization |
6.17. | Bacterial Detection: Rapid Diagnostics |
6.18. | Biofilm Monitoring: Fluorescence |
6.19. | Biofilm Monitoring: RFID |
6.20. | Trends in Antimicrobial Management |
7. | THERAPEUTIC DEVICES |
7.1. | Therapeutic Devices |
7.2. | Compression |
7.3. | Neuromuscular Electrical Stimulation |
7.4. | Transcutaneous Electrical Nerve Stimulation: Tennant Biomodulator |
7.5. | Transcutaneous Electrical Nerve Stimulation: Grapheal |
7.6. | Pulsed Electromagnetic Field |
7.7. | Noncontact Low Frequency Ultrasound |
7.8. | Acoustic Shockwave Therapy |
7.9. | Light Therapy: Lumiheal |
7.10. | Light Therapy: MILTA |
7.11. | Oxygen Therapy |
7.12. | Hyperbaric Oxygen Therapy |
7.13. | Topical Oxygen |
7.14. | Portable Topical Oxygen Therapy: Electrolysis |
7.15. | Portable Topical Oxygen Therapy: H2O2 Decomposition |
7.16. | Portable Topical Oxygen Therapy: Oxygen Reservoir |
7.17. | Hemoglobin Spray |
8. | NEGATIVE PRESSURE WOUND THERAPY |
8.1. | Negative Pressure Wound Therapy |
8.2. | Portable NPWT Devices: Examples |
8.3. | Ultraportable NPWT |
8.4. | Single-Use Canister-Free NPWT: PICO |
8.5. | Single-Use Canister-Free NPWT: Avelle |
8.6. | Single-Use NPWT: Prevena |
8.7. | Mechanical NPWT |
8.8. | Mechanical NPWT: SNAP |
8.9. | Mechanical NPWT: NANOVA |
8.10. | Mechanical NPWT: SIMO |
8.11. | NPWT with Instillation |
8.12. | NPWTi: Cleanse Choice |
8.13. | Multi-site NPWT |
8.14. | Trends in Therapeutic Devices |
9. | BIOLOGICAL THERAPIES |
9.1. | Biological Therapies |
9.2. | Bilayered Living Cell Construct |
9.3. | Cultured Autografts |
9.4. | 3D Bioprinting In Situ |
9.5. | Stem Cells |
9.6. | Stem Cell Paste |
9.7. | Living Cell Sprays |
9.8. | Extracellular Matrices |
9.9. | Human Dermal Allografts |
9.10. | Xenogeneic Collagen |
9.11. | Xenografts: Examples of Products |
9.12. | Xenografts: Recombinant Human Collagen |
9.13. | Xenografts: Porcine Urinary Bladder Matrix |
9.14. | Xenografts: Piscine Skin |
9.15. | Bioengineered Scaffolds: Dermagraft |
9.16. | Synthetic: Glass Fibers |
9.17. | Synthetic: Electrospun Mats |
9.18. | Amniotic Therapies |
9.19. | Amniotic Sac and Placenta |
9.20. | Harvesting and Preparation Process |
9.21. | Amniotic Tissue Preservation |
9.22. | Lack of Clarity and Differentiation |
9.23. | Key Products |
9.24. | Amniotic Mesenchymal Stem Cell Media |
9.25. | Trends in Biological Therapies |
10. | WOUND TRACKING AND MONITORING |
10.1. | Trends in Wound Monitoring |
10.2. | Hyperspectral Technology: HyperMed |
10.3. | Near-Infrared: Kent Imaging |
10.4. | Thermography: WoundVision |
10.5. | Bioimpedance: Bruin Biometrics |
10.6. | 3D Imaging: Infrared from Tablets |
10.7. | 3D Imaging: Imaging in Stereo |
10.8. | 3D Imaging: Point Tracking |
10.9. | 3D Imaging: Laser Lines |
10.10. | Connected Foot Scanner and Scale |
10.11. | Smartphone Apps |
10.12. | Smartphone Apps: Swift Medical |
10.13. | Remote Patient Monitoring |
10.14. | Trends in Wound Monitoring |
11. | ELECTRONIC SKIN PATCHES |
11.1. | Electronic Skin Patches |
11.2. | Electronic Skin Patches: Examples |
11.3. | Electronic Skin Patches: History |
11.4. | Temperature Monitoring |
11.5. | Heart Rate Monitoring |
11.6. | Stretchable Chemical Sensors |
11.7. | Non-Invasive Glucose Monitoring |
11.8. | Smart Insulin Patch |
11.9. | Cosmetic Skin Patches |
11.10. | Wound Monitoring |
11.11. | Wound Monitoring: KAUST |
11.12. | Wound Monitoring: Purdue University |
11.13. | Wound Monitoring: Tufts University |
11.14. | Wound Monitoring: Tyndall National Institute |
11.15. | Wound Monitoring: UC Berkeley |
11.16. | Wound Monitoring: UCSD |
11.17. | Wound Monitoring: University of Illinois |
11.18. | Wound Monitoring: University of Nottingham |
11.19. | Wound Monitoring: VTT |
11.20. | Wound Treatment |
12. | MARKETS AND FORECASTS |
12.1. | Growing Wound Care Market |
12.2. | Costs of Advanced Wound Care |
12.3. | Product and Cost Effectiveness |
12.4. | Cost Effectiveness: Amniotic Tissue |
12.5. | Prevention and Compliance |
12.6. | Medical Practice by Geography |
12.7. | Cost Reduction in the US |
12.8. | Key Companies |
12.9. | Acquisitions 2018-2019 |
12.10. | Market Forecast |
12.11. | Advanced Wound Care Market 2020-2030 |
12.12. | Advanced Wound Care Market 2020-2030: By Indication |
12.13. | List of Abbreviations |