USZ/Neonatology/BORL, ETHZ/NCZ
Expert in miniaturised systems for the life sciences, clinical trial in NIRS Spectrophotometry
Martin Wolf
USZ
ParaTex
Novel smart textile to non-invasively monitor pressure, oxygenation and perfusion of tissue to prevent pressure ulcers in paraplegics
Go to related Gateway project

CSEM
Expert in body monitoring
Damien Ferrario
CSEM
EMPA St Gall/Schutz
Expert in Textile Materials and Fabrics
René Rossi
EMPA St Gall
Swiss
Expert in physical medicine and rehabilitation
Anke Scheel
Swiss

Project Description

Pressure ulcers (PU) continue to be disturbingly prevalent in paraplegics with a high prevalence of 85% 1. PU are open lesions in the tissue, which can be quite large. They heal slowly, are always a risk for serious infection and surgery have to be done to close PU. Hence treatment is strenuous and expensive.  

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Posters from 2016


Near infrared spectroscopy for paraplegics
Nassim Nasseri, Anke Scheel-Sailer, Damien Ferrario, Fabian Braun, Martin Wolf

Textile polymer optical fiber sensors for long-term measurements
Brit M. Quandt, Damien Ferrario, René M. Rossi, Anke Scheel-Sailer, Martin Wolf, Gian-Luca Bona, Rudolf Hufenus, Luciano F. Boesel

Posters from 2015


Novel Design of Near Infrared Spectroscopy Sensors for Paraplegics
Nassim Nasseri, Fabian Braun, Damien Ferrario, Stefan Kleiser, Daniel Ostojic, Martin Wolf

Flexible POFF sensors for decubitus prevention
Brit M. Quandt, Rudolf Hufenus, Gian-Luca Bona, René M. Rossi, Luciano F. Boesel

Posters from 2014


Photonic textile to detect the risk of pressure ulcer development
N. Nasseri, M. Quandt, A. Scheel, D. Ferrario, L. Boesel, Martin Wolf