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University of Calgary research team has discovered a groundbreaking method for transforming limestone into a bacteria-killing nanoparticle
Validated University of Calgary research demonstrates broad-spectrum efficacy of core-shell calcium hydroxide-calcium carbonate (CSCC(TM)) particles. Biosenta Inc. announced that two independent, peer-reviewed studies confirmed that its proprietary Tri-Fillerâ„¢ nanoparticles achieved complete (100%) bactericidal activity against multiple World Health Organization (WHO) priority pathogens and keep working far longer than conventional biocides.
6 days ago1 min read
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Biosenta’s Tri‑Filler™ Nanoparticles Achieve 100% killing of Pathogens at Industry‑Low Dose in Peer‑Reviewed Studies
Validated University of Calgary research demonstrates broad-spectrum efficacy of core-shell calcium hydroxide-calcium carbonate (CSCC(TM)) particles. Biosenta Inc. announced that two independent, peer-reviewed studies confirmed that its proprietary Tri-Fillerâ„¢ nanoparticles achieved complete (100%) bactericidal activity against multiple World Health Organization (WHO) priority pathogens and keep working far longer than conventional biocides.
7 days ago4 min read
7 views
UCalgary research team discovers novel method for transforming limestone into a bacteria-killing nanoparticle
A University of Calgary research team, partnered with Biosenta Inc., has developed a method to transform limestone into a long-lasting antimicrobial nanoparticle. This new "shell and core" technology has a durable active ingredient, calcium hydroxide, and has been proven effective against various harmful pathogens. Potential applications include enhancing concrete, paint for healthcare settings, and coatings for food packaging and high-touch surfaces.
Jun 101 min read
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