Canadian Biomaterials Society
La Société Canadienne des Biomatériaux

Dear CBS Members, The World Biomaterials Congress 2024 WBC2024 is soliciting recommendations for plenary speakers...

Through the BioInnovation Institute Science Prize for Innovation, the editors of Science seek to recognize bold researchers who are asking fundamental questions at the intersection of the life sciences and entrepreneurship...

We are pleased to open the call for applications for the CBS Mentorship and Professional Development, a program specifically designed to connect professionals outside of academia with graduate students and postdoctoral fellows coming from the Canadian biomaterial s community...

14th Intl Symposium on Biodegradable Metals for Applications on behalf of Professor Mantovani and the Quebec City Student Chapter Want to discover the next generation of bioresorbable metals aiming to bridge the gap between biomaterials and tissue engineering for pediatric, dental, orthopedic, vascular, cardiac, neurological applications, and more? The final program of the upcoming 14th Intl Symposium on Biodegradable Metals for Biomedical Applications is now online...

Increasing the overall sensitivity of sensing materials is a key feature in their application. As technology advances, not only is customizing the electrical conductivity of the material of importance, but many applications also require biocompatibility...

Treatment for diseases in the central nervous system are challenging because of the physical and biochemical barriers that comprise the blood brain barrier and the blood-spinal cord barrier BSCB 1 ...

Hydrogels consisting of controlled fractions of alginate, gelatin, and Matrigel enable the development of patient-derived bioprinted tissue models that support cancer spheroid growth and expansion...

The transcription factor Ascl1 plays a key role in neural development. Recently Ascl1 was identified as a pioneer factor capable of reprogramming other cell types of the central nervous system into neurons using viral mediated overexpression1...

Magnesium and its alloys represent promising bone substitutes capable of withstanding the mechanical loads generally associated with orthopedic and dental implants while gradually degrading to support the growth of new tissue 1 ...