Study says shark-skin-inspired surface helps control MRSA

Coating surfaces with microscopic bumps could limit the transmission of bacterial infections


Research from Antimicrobial Resistance and Infection Control reports that coating hospital surfaces with microscopic bumps — similar to shark skin — could limit the transmission of bacterial infections like methicillin-resistant Staphylococcus aureus (MRSA), according to an article on the Becker's Hospital Review website.

The texture, called Sharklet, held 94 percent less MRSA bacteria than a smooth surface, the study said.

The material can be manufactured directly onto surfaces of plastic products in hospitals, the article said.

Read the article.

 

 



October 2, 2014


Topic Area: Safety


Recent Posts

Swatting Calls, Hoax Threats Have Real Consequences for Healthcare

A recent report of a shooting at a hospital in California turned out to be a possible swatting incident.


Next Level Announces Expansion of Conroe, Texas Clinic

The expanded facility will offer additional exam rooms, improved patient flow and an enhanced waiting area designed with patient comfort in mind.


Beacon's Memorial Hospital of South Bend Tower Reaches Construction Milestone

The first steel beams have begun to arrive for the project.


The HAI Challenge Goes On

The CDC estimates that about 23,000 people die each year from 17 types of antimicrobial-resistant infections acquired in healthcare facilities.


Report: Violence Costs Hospitals More than $18B Per Year

Building safety into the facilities’ designs is one approach to preventing violence and ensuring resilience.


 
 


FREE Newsletter Signup Form

News & Updates | Webcast Alerts
Building Technologies | & More!

 
 
 


All fields are required. This site is protected by reCAPTCHA and the Google Privacy Policy and Terms of Service apply.

 
 
 
 

Healthcare Facilities Today membership includes free email newsletters from our facility-industry brands.

Facebook   Twitter   LinkedIn   Posts

Copyright © 2023 TradePress. All rights reserved.