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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-Filler™ nanoparticles achieved complete (100%) bactericidal activity against multiple World Health Organization (WHO) priority pathogens and keep working far longer than conventional biocides.
Jun 11, 20254 min read
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 10, 20251 min read
Revolutionizing the material world: Tackling the antimicrobial health crisis
Kris Hans shares how Biosenta is tackling the antimicrobial health crisis at the source, and why this work matters now more than ever.
Apr 7, 20251 min read
Biosenta Inc. Achieves Major Breakthroughs in Bench Scale Production and Innovative Input Viability
Biosenta Inc. Achieves Major Breakthroughs in Bench Scale Production and Innovative Input Viability.
Jun 13, 20241 min read
Biosenta Inc. Achieves Major Breakthroughs in Bench Scale Production and Innovative Input Viability
Biosenta announces significant advancements at its state-of-the-art bench scale production facility.
Jun 10, 20243 min read
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