Medical, Health-Care and Pharmaceuticals Applications
Martin Ferguson-Pell, principal investigator of the Rehabilitation Robotics Lab and a Faculty of Rehabilitation Medicine professor, took home the ASTech Award for Medical, Healthcare, and Pharmaceuticals – Application (Academic Collaboration). Ferguson-Pell was recognized for his work on innovative technologies in telerehabilitation medicine to increase accessibility.
Working with collaborators from Alberta Health Services, the Evergreens Foundation and the University of Calgary’s Health Everywhere and A-MEDICO programs, Ferguson-Pell’s team develops technologies that bridge the gap between specialist clinical services in urban centres and patients with access to limited care in rural health centres.
The Rehabilitation Robotics Lab seeks ways to reduce the cost and winter risks associated with travel from rural to urban specialist clinics, which also help to ensure that rural patients’ care is not delayed.
“A major practical challenge of the project is the installation of specialized equipment in remote areas. Once set up, this telerehabilitation equipment allows rural patients to connect with urban specialists, creating a clinic-to-clinic model that enhances the safety and effectiveness of clinical assessments.”
— Dr. Martin Ferguson-Pell
Outstanding Agri-Economy Innovation – Collaboration
iSMART member Dr. Patricia Dolez, alongside David Bressler and faculty service officer Jane Batcheller — were honoured for their work with Davey Textile Solutions, TechFibre Industries and Mark’s Work Wearhouse.
The team’s initiative — called Regenerated Cellulosic Fibre From Hemp and Post-Consumer Textiles — aims to establish a made-in-Canada supply of regenerated cellulose fibres using Canadian sources of cellulose such as farming residues, hemp and recycled textiles.
The fibres are produced using the more environmentally friendly Lyocell process, which has low water consumption and employs a non-toxic solvent that is more than 99 per cent recoverable. The lyocell fibres will find applications in a wide range of products, including personal protective equipment, workwear, dental floss and health-care products, nonwoven products, filtration media and consumer apparel textiles.
“Since the cellulosic fibres will be produced using local sources of cellulose and the environmentally friendly lyocell process, this innovation will help reduce the environmental impact of the textile industry in Canada.”
— Dr. Patricia Dolez