2022 CBS Conference Update March 31, 2022
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by Larry D. Unsworth
Dear friends, CBS2022 is in full swing now, and we are looking forward to welcoming in-person and on-line attendees Here are some brief highlights 1...
Online Biomaterials Symposium by CBS-TSC
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by Neda Latifi
Canadian Biomaterials Society s Toronto Student Chapter is proud to present our Inaugural Biomaterials Symposium, a one-day event taking place on Tuesday, March 29th Join us online to learn and network with speakers across three universities in the GTA, as well as representatives from biomedical start-ups in the city...
Online Conference by CBS-OSC: BIOMATERIALS AND REGENERATIVE MEDICINE (BRMC 2022)
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by Neda Latifi
SAVE THE DATE BIOMATERIALS AND REGENERATIVE MEDICINE BRMC 2022 Date March 21st and 22nd, 2022 Time 10 am to 4 pm Place Virtual through Zoom Register here https www...
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 ...
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 ...
An ideal wound dressing should possesses good biocompatibility and proper porosity, as well as effective antibacterial property to accelerate wound healing...
The monocyte-derived macrophage is one of the first cell types found on newly implanted devices and is known to play a role in inflammation, immunoregulation and wound healing depending on its functional phenotype...
Mitigating the Non-specific Uptake of Immunomagnetic Microparticles Enables the Reproducible Isolation of Microvascular Endothelial Cells from Human Adipose Tissue in Large Quantities with High Purity
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