Gregory Steinberg, co-director, Centre for Metabolism, Obesity and Diabetes Research, McMaster University, Hamilton, Ont. (Gregory Steinberg received Diabetes Canada’s 2017 Young Scientist of the Year award at the annual professional conference.)
• Identifying how chronic inflammation in people with type 2 diabetes contributes to heart attacks and strokes.
• Discovering how exercise and metformin—a commonly used medicine for treating type 2 diabetes—work to lower blood sugar.
• Discovering how a hormone that is raised with diabetes and obesity, may be harnessed to increase fat burning to promote weight loss.
Gregory Steinberg at a glance:
● Received Diabetes Canada Young Scientist Award (2017)
● Received American Diabetes Association Outstanding Scientific Achievement Award (2017)
● Appointed inaugural co-director of the Metabolism and Childhood Obesity Research Program, McMaster University (2012)
● Received his Ph.D. from the University of Guelph (2002)
What is metabolism?
It's the name for the process our bodies go through to convert what we eat and drink into energy.
How did you get interested in diabetes research?
I was always very interested in biology from a young age. As a competitive swimmer and triathlete, I then started becoming more interested in how nutrition and exercise training could improve my own performance. During that time,
my grandmother was diagnosed with type 2 diabetes and had a debilitating stroke, so I wanted to apply my knowledge of metabolism to help people with diabetes.
How exactly are metabolism and diabetes connected?
Through my research, I’ve discovered how our bodies respond to different amounts and kinds of food. We are now looking at ways we can use this information to speed up metabolism so people can lower their blood sugar and maintain a healthy weight.
How would that work?
One of the things we are trying to do is ramp up the metabolism of a tissue called brown fat. Unlike white fat, which is used to store energy, brown fat is like our body’s furnace and burns a lot of calories. We think if we can turn it on all the time, we can burn fats and sugars [from the foods we eat, and that will] help people with diabetes.
Why not just encourage more exercise?
Lifestyle changes are always the first option in preventing the development of type 2 diabetes, but we know that maintaining weight loss over the long term is extremely challenging for most people, because people’s metabolism slows down after weight loss. We want to stop this from happening by ramping up brown fat metabolism.
What are you most proud of in your career?
The opportunity to establish a new research program in metabolism and diabetes at McMaster University has been very exciting and rewarding. We currently have several studies happening here that are supported by Diabetes Canada, and I’m confident that some of these may lead to new therapies for diabetes.
What are your next goals?
Childhood obesity rates have risen across Canada and the rest of the world and, as a result, many of these children are at increased risk of developing type 2 diabetes. We really want to find new ways to help prevent this from happening.
You participated in Diabetes Canada’s fitness fundraiser, Lace Up for Diabetes, presented by GMS Health & Travel Insurance. Tell us more.
Growing up in the Brantford, Ont., in the ‘70s, one of my earliest and fondest memories was biking around my neighbourhood with my parents. With the cancellation of so many organized sporting events [due to the COVID-19 pandemic], it is a great time to go back to making physical activity with the family part of a daily routine. In addition to being great fun, physical activity can help prevent type 2 diabetes.
To help celebrate the 100th anniversary of the discovery of insulin in 2021, I rode 8,000 km (the equivalent of crossing Canada) for 80 days, completing on average 100 km per day. My family assisted by riding or running with me. I raised almost $15,000 to fund the next breakthrough discovery in diabetes [so it can happen in Canada] like it did 100 years ago. We have tremendous talent in Canada, but researchers need more funding to fuel the discovery of new treatments that will revolutionize the way we treat diabetes.
Did you know?
2021 marks the 100th anniversary of the discovery of insulin. Today, more Canadians have diabetes than ever before. Diabetes or prediabetes affects one in three Canadians. One in two young adults will develop diabetes in their remaining lifetime. We cannot wait another 100 years to End Diabetes. Visit 100 Years of Insulin to learn more, including how you can support those living with or at risk for the disease.
This article originally appeared in Diabetes Dialogue, Autumn 2018.
Author: Rosalind Stefanac
Category Tags: Research;
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