Podcast Opportunity: University of Ottawa Faculty of Medicine 0 comments
Dear CBS Members On behalf of TMM4950 Coordinators, Drs. Lisa D Ambrioso, Keith Wheaton, and Emilio I...
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Biomaterials & Regeneration Webinar: July 28th, 2022 0 comments
Dear CBS Members, Dr. Malcolm Xing is pleased to inform you that a Webinar themed with Biomaterials Regeneration held by Burns Trauma IF 5...
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CBS Election Results 2022 0 comments
Dear CBS members, Thank you for participating in the voting for the CBS Board of Directors. I also want to thank all the nominees who ran this year in a very tight and competitive election...
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CBS Board of Directors Elections 2022 0 comments
Dear CBS Members, The voting is now open for positions on the CBS Board of Directors. Please follow this link and cast your vote per the instructions for each position https biomaterials...
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Towards layer-by-layer manufacturing of engineered tissues comments
Fibrin is a natural biodegradable, non-toxic and non-immunogenic polymer 1 . It has been widely used in tissue engineering and cell culture to test different cell types attachments...
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Injectable Composite Chitosan Sponge for Cellular Encapsulation in Bone Repair Applications comments
Many bone defects result from injuries do not repair without medical intervention. Autologous bone graft, the gold standard for treating bone defects, is challenging due to a donor scarcity and b donor site morbidity that follows the procedure...
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Injectable and Degradable Poly(Oligoethylene glycol methacrylate) Hydrogels With Tunable Charge Densities: Adhesive Peptide-Free Cell Scaffolds for Ophthalmic Applications comments
Poly ethylene glycol PEG hydrogels have been widely studied as biomaterials based on their hydrophilic, non-immunogenic, and non-cytotoxic properties...
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FRESH Bioprinting Drastically Enhances the Printability of Chitosan Thermosensitive Hydrogels comments
Thermosensitive chitosan CH -based hydrogels that rapidly pass from a liquid at room temperature to a mechanically stable solid at body temperature without any crosslinker show excellent potential for tissue engineering applications and could be interesting candidates for bioprinting ADDIN EN...
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In Vitro Cytotoxicity and Cytokine Production by Lipid-Substituted Low Molecular Weight PEIs Used for Gene Delivery comments
Lipid-modified low molecular weight polyethyleneimines LMW PEIs are promising non-viral gene delivery systems that have been successfully explored for the treatment of various diseases through the delivery of plasmid DNA pDNA or mRNA to expression therapeutic proteins thereby restoring the defective protein, for the knockdown of aberrant proteins using RNA interference RNAi with short interfering RNA siRNA or for the complete knockout of the gene using CRISPR technology 1, 2 ...
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Recent Member Projects
- Ze Zhang: Biomaterials in biomedical engineering
more - Vanessa Xu: A Modular Microfluidic Device for Tandem Vascular-Extravascular Network Integration
more - Alaa Al-Shaer: Enabling Clinically Viable Engineered Tissues with a Bioactive, Animal-Free Biomaterial
more - Doris Liang: Mineralization in fractured femurs
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Recent Member Publications
- Robyn Birch: Denosumab treatment of giant cell tumors in the spine induces woven bone formation
more - Daniel Nguyen: Mechanically Stable and Tunable Photoactivated Peptide-Based Hydrogels for Soft Tissue Adhesion
more - German Andres Mercado: Mechanically Stable and Tunable Photoactivated Peptide-Based Hydrogels for Soft Tissue Adhesion
more - German Andres Mercado: Multipurpose On-the-Spot Peptide-Based Hydrogels for Skin, Cornea and Heart Repair
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