CBS Update: Call for Nominations for BoD+ Roles
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by Patricia Comeau
Dear CBS Members and Friends. As our annual general meeting AGM approaches we are actively seeking nominations for available spots on the Board of Directors for the CBS, the student representative, and both secretary and treasurer roles...
Reminder: Book Accommodation for CBS/CSPS/cc-CRS Meeting this June!
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by Patricia Comeau
Dear CBS Members and Friends, We have been asked to share the following message on behalf of the organizing committee for our upcoming CBS CSPS cc-CRS meeting in Vancouver, BC...
CBS/CSPS/cc-CRS 2026 Mtg - Late Breaking Abstracts
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by Patricia Comeau
Dear Canadian Biomaterials Society Members Friends, A call for late-breaking abstracts has now been released for our upcoming CBS CSPS cc-CRS 2026 meeting this June in sunny Vancouver, BC...
Naturally-bioactive hydrogels, such as gelatin methacrylate GelMA , provide favorable properties for tissue-engineering applications, but lack strength and require complex fabrication or multi-component additives, to improve material strength, which can compromise other properties...
Injectable hydrogels have received much attention to be used as scaffolds for therapeutic cell delivery because of their interesting properties such as biocompatibility, ability to retain water, insignificant mechanical and frictional irritation with the native tissue and having the possibility to be located in the body through minimally invasive operations...
Differentiation of Mononuclear Cells From Cord Blood in Endothelial Cells Forming Colony Onto Bioactive Poly(ethylene terephthalate) Film for In Situ Endothelialization
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Cardiovascular diseases are one of the leading causes of mortality worldwide. When the replacement of diseased arteries is needed, vascular surgeons often have no choice but to use synthetic arterial prostheses made either of poly ethylene terephthalate PET or Dacron or expanded tetrafluoroethylene ePTFE or Teflon ...
Bone defects, especially large ones, still present a significant challenge in orthopedic tissue engineering, due to the limited self-repair capacity of bone tissues...
