Dear CBS Members, As you are aware, the COVID-19 pandemic has caused numerous disruptions around the world, and scheduled conferences are being either postponed or canceled...
Winner of CBS Lifetime Achievement Award
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by Nima Khadem Mohtaram
We are very pleased to inform you that Dr. Paul Santerre has been selected by the Board of Directors of the Canadian Biomaterials Society CBS as the next recipient of the CBS Lifetime Achievement Award , acknowledging his outstanding contributions to our Society...
CBS is pleased to offer travel awards to assist students and post-doctoral fellows who are CBS members to present their accepted oral or poster abstracts at the 11th World Biomaterials Congress this May in Glasgow, Scotland...
The Fall 2019 edition of the CBS Newsletter is now available. Read about the latest initiatives from CBS, look back at the Quebec City CBS Annual Meeting and look ahead to WBC 2020 coming up this May in Glasgow, find out more about our very active student chapters across the country, meet the new CBS Senior Board Members and President-Elect, and learn more about the many award opportunities provided by CBS...
Hydrogels have attracted significant interest as matrices for tissue engineering due to their many advantages such as low protein adsorption, high water content, tunable chemical properties and high cell compatibility...
Coating of nanoparticles with multilayers of polyelectrolytes has proved to be very attractive to many scientists due to its potential in enhancing the field of controlled drug release...
Inflammation is primarily mediated by the innate immune system, and is a necessary stage in healthy wound healing that removes wound debris, prevents infection, and prepares the wound bed for tissue formation...
Atherosclerotic vascular disease, including peripheral arterial disease PAD , is the leading cause of mortality in North America and Europe, with PAD accounting for 1 5 of all vascular disease...
Intravital longitudinal imaging of peri-implant endosseous wound healing reveals the role of nanosurfaces in regulating neovascular morphogenesis in vivo
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