HOCl Trust Introduction
HOCl is safe to devices and electronics when applied in a mist to control microbes in a clinical environment.
Abstract
...
Posted in
airborne pathogens ,
anti-microbial ,
Covid-19 ,
Disinfection ,
Fogging ,
HClO ,
HOCl ,
Hypochlorous acid ,
indoor sanitisation ,
infection control ,
Sanitizing ,
Spray ,
Spraying ,
virucidal
HOCl Trust Introduction
Evidence for the safety of HOCl when inhaled as a mist.
Abstract
This study looks at the possible benefits of breathing in ...
Posted in
airborne pathogens ,
anti-microbial ,
Covid-19 ,
Disinfection ,
Fogging ,
HOCl ,
Human health ,
Hygiene ,
indoor sanitisation ,
infection control ,
inhalation ,
Spray
HOCl Trust Introduction
Human pathogenic virus transmission via contaminated surfaces.
Source
Nicolas Castaño, Seth C. Cordts, Myra Kurosu Jalil, K...
A comprehensive review of the research on HOCl for infection prevention and control.
Posted in
Covid ,
COVID-19 pandemic ,
COVID‑19 ,
Disinfection ,
HOCl ,
HOCl Chemistry ,
Hypochlorous acid ,
in vivo ,
infection control ,
inhalation ,
innate immune response ,
tissue compatibility ,
wound care
Data obtained in this research article showed that HOCl at the dose of 300 ppm did not affect cellular and tissue viability, nor their morphology when tested in vitro . This study showed that nebulized HOCl can prevent virus and bacteria growth without affecting lung and skin tissues, making this compound a perfect candidate to sanitise indoor environments.
Use left/right arrows to navigate the slideshow or swipe left/right if using a mobile device
HOCl Trust Introduction HOCl is safe to devices and electronics when applied in a mist to control microbes in a clinical environment. Abstract ...
HOCl Trust Introduction Evidence for the safety of HOCl when inhaled as a mist. Abstract This study looks at the possible benefits of breathing in ...
HOCl Trust Introduction Human pathogenic virus transmission via contaminated surfaces. Source Nicolas Castaño, Seth C. Cordts, Myra Kurosu Jalil, K...
A comprehensive review of the research on HOCl for infection prevention and control.
Data obtained in this research article showed that HOCl at the dose of 300 ppm did not affect cellular and tissue viability, nor their morphology when tested in vitro. This study showed that nebulized HOCl can prevent virus and bacteria growth without affecting lung and skin tissues, making this compound a perfect candidate to sanitise indoor environments.
