What does this prize mean to you?
“It means a lot to me! I am very honored and pleased to receive it. I see the prize as an acknowledgement that my work is important and that it is well received. Also, I want to say that I feel very humble, because when I started doing my research, I became a part of already existing multidisciplinary collaborations, and my prerequisites to continue collaborating have been most favorable. To receive a prize in Henry Wallman’s spirit is a great honor, and I am very glad that my group’s research is being recognized in this positive way.”
You receive the prize also for your great ability to build bridges between disciplines. Why is cooperation a success factor in research, and what is the key to build well-functioning multidisciplinary teams?
“We need to realize that within one discipline, we would never be able to solve the challenges in society, for example in healthcare. We need to cooperate over disciplines to complement each other with our different backgrounds. It is essential to listen to each other’s experiences and knowledge, and to be open minded for new solutions. To develop medical devices that are safe and effective for the patients would never be possible without multidisciplinary collaboration.”
“In my opinion, the key to build well-functioning multidisciplinary teams is to include highly motivated people who all have a passion for solving the same problem. Commitment is one key, and that the team members listen to the others. It is necessary to respect the other disciplines and the fact that they have knowledge that complement your own.”
Which is the next step in your research?
“In our multicenter clinical study of the Bone Conduction Implant (BCI)
, we have 16 patients with hearing impairment, who have had the implant between nearly two and six years now. In extensive measurements, we are following up their performance in for example audiometric and electrical transmission tests, and we are now in the middle of several three-year and five-year visits. There are still areas involving these patients to be investigated, for example in directional hearing. Are there differences between different types of bone conduction devices? Also, could the attachment and size of the implant affect the outcome?”
“In an adjacent field, which we are now moving into, bone conduction can be used to diagnose dizziness
. Bone conduction has been used before, but not in clinical practice, since today’s bone conduction transducers cannot produce the level needed at the frequency of interest. With a new transducer, which is still a prototype, our preliminary tests show that more patient groups can be diagnosed, and the new method would be more comfortable for the patients. I see several research areas within balance, dizziness and hearing diagnostics where we can contribute with our competence.”
Read an interview with Sabine Reinfeldt, from April 2018:
The prize winner Sabine Reinfeldt accompanied by Bo Håkansson, Bengt-Arne Sjöqvist and Kaj Lindecrantz.
About the prize
The Henry Wallman prize is an innovation prize in medical technology, which from 2018 will be awarded annually, to young researchers or graduate students who, in close collaboration between expertise in technology and health care, successfully have transferred new knowledge from academia to practical medical care. The Foundation for Biomedical Engineering (Stiftelsen Medicin & Teknik) at Chalmers is hosting the prize. The scholarship amounts to SEK 50,000.
Henry Wallman came to Chalmers in 1948 and was a pioneer in biomedical engineering research and development.
, Associate Professor, Department of Electrical Engineering, Chalmers
Photo: Helene Lindström, MedTech West