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Clinical Case Studies: Hydrosorb

Case Study 1: Hydrosorb Fluid Handling Capacity

Case Study 1: Hydrosorb Fluid Handling Capacity

  • Data file: PDF
  • Data file size: 0.03 MB
Case Study 2: Ambulatory provision of phase-specific wound care

Case Study 2: Ambulatory provision of phase-specific wound care

  • Data file: PDF
  • Data file size: 2.95 MB
Case Study 3: Hydrosorb Dressings - Results of In Vivo and In Vitro Testing

Case Study 3: Hydrosorb Dressings - Results of In Vivo and In Vitro Testing

  • Data file: PDF
  • Data file size: 0.05 MB
Case Study 4: Tendon-saving wound management with Hydrosorb plus

Case Study 4: Tendon-saving wound management with Hydrosorb plus

  • Data file: PDF
  • Data file size: 0.99 MB
Case Study 5: Pressure sore at the heel

Case Study 5: Pressure sore at the heel

86-year-old patient

  • Data file: PDF
  • Data file size: 0.46 MB
Case Study 6: Arterial ulcer

Case Study 6: Arterial ulcer

68-year-old patient

  • Data file: PDF
  • Data file size: 0.53 MB
Case Study 7: The treatment of a painful chemical burn using a hydrogel sheet

Case Study 7: The treatment of a painful chemical burn using a hydrogel sheet

  • Data file: PDF
  • Data file size: 0.50 MB
Case Study 8: Hydrosorb in the treatment of lower leg injury

Case Study 8: Hydrosorb in the treatment of lower leg injury

  • Data file: PDF
  • Data file size: 0.46 MB
Case Study 9: The use of hydrogel dressings in the treatment of split-skin graft donor sites

Case Study 9: The use of hydrogel dressings in the treatment of split-skin graft donor sites

  • Data file: PDF
  • Data file size: 1.02 MB
Case study 10: Clinical performance of a hydrogel dressing in chronic wounds: a prospective observational study

Case study 10: Clinical performance of a hydrogel dressing in chronic wounds: a prospective observational study

  • Data file: PDF
  • Data file size: 0.28 MB

Product Focus: Hydrogels and their potential uses in burn wound management.

Hydrogels are recognized as the standard treatment for necrotic or sloughy wounds. Autolytic debridement of devitalized tissue is essential to promote wound healing; this depends on the whole area being kept moist so that natural enzymatic reactions can take place. Hydrogels are considered to be gentle debriders, promoting rehydration of non-viable tissues. Hydrosorb® and Hydrosorb® Comfort are hydrocellular gel dressings that are made from 60% water and are therefore suitable for keeping granulation tissue and young epithelium moist. Additionally, Hydrosorb provides a cushioning effect for wound protection, and has a soothing and cooling effect on superficial burns. For some patients with burns, such as the elderly, Hydrosorb can be applied to speed up the process of debridement where surgery is not an option; a case study is given to show the effective healing process.


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