Do not use on patients with a known sensitivity to silver. Do not use on patients during MRI Magnetic Resonance Imaging examination. Prior to commencing radiation therapy, remove TheraBond®3D. Apply a new TheraBond®3D Antimicrobial Barrier System following treatment.

For external use only. TheraBond®3D is not compatible with oil-based products such as petrolatum. TheraBond®3D may not be compatible with topical antimicrobials. Do not use TheraBond®3D with saline solutions or povidone iodine. Avoid contact with electrodes or conductive gels during electronic measurements e.

EEG and ECG. TheraBond®3D is not intended to provide treatment for infected wounds. TheraBond®3D may be used on infected wounds which are being managed in accordance with institutional clinical protocols for infection abatement as an adjunct to the standard treatment regimen to provide a barrier to bacterial infection.

If reddening or sensitization of the skin occurs, discontinue use. TheraBond®3D should only be used in premature infants less than or equal to 37 weeks gestation when clinical benefit outweighs any potential patient risks.

Island Systems: Cleanse wound with sterile water. Choose a system where the pad completely covers the wound. Remove system from sterile pouch, using aseptic technique. To apply: remove half of the release paper and place silver pad in contact with the wound. Remove second half of the release paper and smooth system down.

To remove: lift one corner and slowly remove in a motion parallel to the skin. Dressing should be changed based on the amount of exudate or the condition of the wound.

Note: The system may adhere on wounds that are dry or have very light exudate. If the system is not easily removed, then moisten or soak to assist removal. Wraps and Contact Systems: Cleanse wound with sterile water.

Choose a system that completely covers the wound. To apply: moisten the system with sterile water and place the textured side in contact with the wound. Cover and secure the system periwound care protocol.

Tweets by WoundSource. Be included in the most comprehensive wound care products directory and online database.

Learn More. email Contact. These would have important implications in clinical practice and could change how people sanitize their hands. If our newly developed formulation is habitually applied after hand washing, it could complement conventional hand hygiene and reduce the risk of contact infections.

In this regard, Dr. Delivering more effective hand hygiene practices to such people in a way that is less burdensome to their lives can reduce the risk of infection while also delivering psychological relief.

Kao creates high-value-added products and services that provide care and enrichment for the life of all people and the planet.

Through its portfolio of over 20 leading brands such as Attack , Bioré , Goldwell , Jergens , John Frieda , Kanebo , Laurier , Merries, and Molton Brown , Kao is part of the everyday lives of people in Asia, Oceania, North America, and Europe.

Combined with its chemical business, which contributes to a wide range of industries, Kao generates about 1, billion yen in annual sales.

Kao employs about 35, people worldwide and has years of history in innovation. Please visit the Kao Group website for updated information.

Kyoto Prefectural University of Medicine was established in 5th year of the Meiji Era and is one of the oldest medical universities in Japan. In , it celebrated the th anniversary of its founding.

In addition to practical training at affiliated hospitals, students receive medical training in the form of community stays to learn about the structure of local medical care and the actual conditions in each region. To view this website correctly, please ensure you have JavaScript enabled.

Some of the website layout and links may not function properly with JavaScript disabled. Japanese Version. Chinese Version. About Kao. Application of the coating agent on the forearm of the subjects, in quantities similar to what one would normally use when using a commercial hand sanitizer, showed that the coating agent retained high antimicrobial activity even two hours after the application.

Finally, using a model skin evaluation system developed at the Kyoto Prefectural University of Medicine, the researchers quantitatively analyzed the survival time of various bacteria and viruses on human skin tissue samples after applying the coating. The prototype formulation reduced the survival time of coronaviruses and influenza viruses from several hours to under half an hour.

Additionally, the survival time of Serratia marcescens dropped from hours to only nine hours. Because the prototype skin coating agent is mild on the skin and has a long-lasting effect, it could be used daily.

If habitually applied after handwashing, the coating could complement conventional hand hygiene and reduce the risk of cross-contamination.

KEYWORDS: handwashing Kao Corporation study. Share This Story. Restricted Content You must have JavaScript enabled to enjoy a limited number of articles over the next 30 days.

To develop the coating, the researchers first designed a prototype consisting of lactic acid and a surfactant called polyoxyethylene alkyl ether POEAE. Through membrane permeability studies using Serratia marcescens bacteria, the scientists found that lower numbers of oxyethylene groups in the POEAE molecule made it easier for lactic acid to pass through the cell membrane, resulting in higher antimicrobial activity.

To demonstrate the longevity of the prototype formula, the research team conducted clinical trials on four adult subjects. Application of the coating agent on the forearm of the subjects, in quantities similar to what one would normally use when using a commercial hand sanitizer, showed that the coating agent retained high antimicrobial activity even two hours after the application.

Finally, using a model skin evaluation system developed at the Kyoto Prefectural University of Medicine, the researchers quantitatively analyzed the survival time of various bacteria and viruses on human skin tissue samples after applying the coating.

The prototype formulation reduced the survival time of coronaviruses and influenza viruses from several hours to under half an hour. Additionally, the survival time of Serratia marcescens dropped from hours to only nine hours. Because the prototype skin coating agent is mild on the skin and has a long-lasting effect, it could be used daily.

If habitually applied after handwashing, the coating could complement conventional hand hygiene and reduce the risk of cross-contamination. Kao employs about 35, people worldwide and has years of history in innovation.

Please visit the Kao Group website for updated information. Kyoto Prefectural University of Medicine was established in 5th year of the Meiji Era and is one of the oldest medical universities in Japan.

In , it celebrated the th anniversary of its founding. In addition to practical training at affiliated hospitals, students receive medical training in the form of community stays to learn about the structure of local medical care and the actual conditions in each region.

To view this website correctly, please ensure you have JavaScript enabled. Some of the website layout and links may not function properly with JavaScript disabled.

Japanese Version. Chinese Version. About Kao. Kyoto Prefectural University of Medicine. Download News Release PDF file. Search News Release Search. Advanced Search. News Release Information. Clear all type and tags Choose all type and tags.

Filter Results. Why is antimicrobial technology needed? How does it work? Nitropep and Covid Independently assessed laboratory data has demonstrated that Nitropep antimicrobial coating kills SARS-CoV-2, the virus that causes Covid This has huge implications for the fight against the virus, particularly in public places.

When applied to air filters it reduces airborne transmission of the SARS-CoV 2 virus. We use cookies on our website to give you the most relevant experience by remembering your preferences and repeat visits.

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Need help? When bacteria comes into contact with these agents, a process called cell lysis occurs. The bacterial cell walls are ruptured — imagine needles popping balloons — and it is destroyed. Fomite- and therefore onward — transmission is prevented and the pathogen is effectively killed.

The surface essentially becomes a permanent barrier to a virus, stopping its spread. Independently assessed laboratory data has demonstrated that Nitropep antimicrobial coating kills SARS-CoV-2, the virus that causes Covid It has a kill rate higher than Whilst current evidence suggests that Covid spreads mainly between people in close contact with one another, fomite transmission does present a risk of being infected.

Indeed, recent studies have discovered that the Covid Omicron variant survives on plastic surfaces for significantly longer than previous variants — for up to eight days. To find out how your business could benefit from Nitropep antimicrobial technology, get in touch: info nitropep.

Why is antimicrobial technology needed? How does it work? Nitropep and Covid Independently assessed laboratory data has demonstrated that Nitropep antimicrobial coating kills SARS-CoV-2, the virus that causes Covid This has huge implications for the fight against the virus, particularly in public places.

When applied to air filters it reduces airborne transmission of the SARS-CoV 2 virus. We use cookies on our website to give you the most relevant experience by remembering your preferences and repeat visits.

Do not sell my personal information. Cookie Settings Accept. Manage consent. Close Privacy Overview This website uses cookies to improve your experience while you navigate through the website.

Out of these, the cookies that are categorized as necessary are stored on your browser as they are essential for the working of basic functionalities of the website.