University Centre forNursing and Midwifery

Pressure Ulcers


project duration: 01/01/2020 - 01/12/2022
Development, implementation and evaluation of a pressure ulcer treatment protocol for patients suffering from spinal cord injury in a specialised Danish Healthcare setting.

The first part of the study is a systematic review: Epidemiological and etiological knowledge about pressure ulcers among the spinal cord injured population will form a very good fundament for development of a targeted treatment protocol for this specific population and a systematic review will be performed.

Secondly, a pressure ulcer treatment protocol (including local wound treatment and secondary prevention) will be developed in collaboration with clinical experts and patients in a Delphi Panel. The treatment protocol will be based on current knowledge / evidence and international guidelines.

The third part of the project will be implementation and evaluation of the treatment protocol based on developed indicators.

The aim of this study is to optimise pressure ulcer treatment to patients suffering from spinal cord injury.

More info
project duration: 01/02/2020 - 01/12/2022
The development and validation of a digital clinical decision support system for wound care

By a systematic review and a Delphi procedure, key wound characteristics will be identified to be adopted in a digital clinical decision support system for wound care (CDS). These wound characteristics will be linked to concrete clinical guidelines in wound treatment, followed by a validation process for implementation in clinical practice. This research project is funded by EduWond and is in collaboration with the PWO-project (“digital wound care guide”) of Artevelde University of Applied Sciences.

More info
project duration: 31/01/2018 - 01/06/2019
A silicone adhesive multilayer foam dressing as adjuvant prophylactic therapy for pressure ulcer prevention: a multicentre randomised open label parallel group medical device trial (n=1662)
More info
project duration: 01/02/2018 - 30/09/2018
The dynamics of inflammation in deep tissue due to pressure and shearing forces associated with localised oedema at the skin
More info
page 1 of 3