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August 2, 2018updated 25 Mar 2022 7:20am

New device can turn potent disinfectants into breathable mist

Researchers at the University of California, San Diego (UC San Diego) have developed a new device that can convert powerful disinfectants into a breathable mist, which can in turn help in preventing hospital-acquired infections.

Researchers at the University of California, San Diego (UC San Diego) have developed a new device that can convert powerful disinfectants into a breathable mist, which can in turn help in preventing hospital-acquired infections.

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The device is said to work with various disinfectants that were not atomised before, including triethylene glycol (TEG).

It could atomise disinfectants onto environmental surfaces that are contaminated with bacteria.

The device was observed to have effectively removed 100% of bacteria associated with common hospital-acquired infections.

“The researchers believe that the new technology may have additional applications, including the delivery of a new class of drugs through inhalers. They aim to make injectable therapies inhalable.”

Furthermore, atomised bleach solution of ethanol and TEG was found to eliminate highly multi-drug resistant bacteria strains such as K. pneumoniae. However, it failed to destroy methicillin-resistant Staphylococcus aureus (MRSA).

UC San Diego physician-scientist Monika Kumaraswamy said: “Cleaning and disinfecting environmental surfaces in healthcare facilities is a critical infection prevention and control practice. This device will make it much easier to keep hospital rooms clean.”

The researchers believe that the new technology may have additional applications, including the delivery of a new class of drugs through inhalers. They aim to make injectable therapies inhalable.

Off-the-shelf smartphone components that generate acoustic waves were used to create the device. The team generated sound waves at high frequencies to develop fluid capillary waves that emit droplets and generate mist.

Existing mechanical approaches to atomise fluids are said to pose certain challenges such as the breakdown of active ingredients, and the new device is said to address such drawbacks.

The team is currently working on the development of an updated prototype for hospital use, with potential for application in airports, aeroplanes and other public transportation in flu season.

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Medical Device Industry Landscape In Asia-Pacific

GlobalData's APAC Medical Devices Industry Landscape – 2022 free study breaks down the APAC medical devices market by segment and region and includes insights on local and global competitors, pipeline product developments, clinical trials studies, and significant deals in the industry. The APAC medical device industry witnessed significant developments, launches, implementations, and adoption of new medical device technologies in the past decade, however the high cost of devices, regulatory hurdles, reimbursement pressure, and healthcare budget constraints have challenged market expansion across various territories and segments. APAC is the fastest growing regional market for medical device clinical trials, with China and Japan emerging as major clinical trial hotspots. The growth in medical device clinical trials in the APAC region is attributed to an increase in research partnerships between biopharma companies and clinical research organizations (CROs). This report also provides an in-depth analysis of the medical device market's opportunities and challenges, the influence of COVID-19 on the market, and government activities aimed to develop the APAC medical device market.
by GlobalData
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