Webinar by CBS-ASC: Diversify Your Career Options Outside of Academia
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by Neda Latifi
CBS-ASC would like to invite you to the first webinar of 2022 that will be held on Thursday, March 3rd, 2022, at 4 pm MST via ZOOM on the topic titled Diversify your career options outside of academia ...
We would like to obtain feedback from our members regarding possible new logo designs. Please vote for your preferred option through the CBS Logo Poll at this location https biomaterials...
The Ottawa Student Chapter is pleased to present The 2022 Biomaterials Challenge We challenge graduate and undergraduate students in Ontario to compete on explaining How to select a biomaterial? and What is biocompatibility? to 7th-grade students in a 3-minute recorded video or an infographic Deadline to submit March 10th, 2022
Adverse local tissue reactions to hip implants ALTRs are characterized by chronic inflammation, fibrosis and necrosis of the joints soft tissues, generating pain, swelling, increasing the risk of dislocation and failure of the reconstructive surgeries, thus reducing mobility with the subsequent detriment on the quality of life of patients 1 ...
Effect of cell seeding density on the mechanical and structural maturation of collagen gel-based tubular scaffolds for vascular tissue engineering
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Vascular tissue engineering usually relies on the cellularization of scaffold materials with vascular cells with the ultimate aim to produce artificial living artery equivalents overcoming the drawbacks of current vascular grafts, especially for small diameter vessels...
Previous studies have shown that CoCrMo and chromium oxide wear particles from CoCrMo implants can induce interleukin-1 IL 1 release by macrophages and thereby contribute to the overall periprosthetic inflammatory response 1, 2 ...
In recent years, adverse local tissue reactions ALTRs have been observed in total hip implants that use CoCrMo femoral head articulating against highly-crosslinking polyethylene HXLPE liner, raising an urgent concern to the biomedical community...
In the last two decades, hydrogels have been widely explored for tissue regeneration due to their tunable mechanics, cell compatibility, ease of functionalization, and similarity to soft tissues...
