Study says bacteria adhesion does not depend on contact area size

Despite their spherical shape, the bacteria cannot be described as hard spheres when they interact with a surface


A recent Saarland University study has found that Staphylococcus aureus bacteria adhesion does not depend on contact area size, according to an article on the Infection Control Today website.

This is key to infection control because in order to be able to influence biofilm growth, scientists need to understand how the bacteria adhere to surfaces.

The researchers were also able to demonstrate that despite their spherical shape, the bacteria cannot be described simply as hard spheres when they interact with a surface, the article said. 

They are actually balls covered with a soft, shaggy and uneven coating of cell wall proteins. This coat helps determine the adhesion between the cell and the surface.

Read the article.

 



July 18, 2017


Topic Area: Infection Control


Recent Posts

What Managers Miss in Small and Mid-Sized Cooling Units

The assumption is that small cooling units are fine. That assumption is costing facilities more than most owners and managers realize.


Preparing Healthcare Facilities for Cockroach Risks

Here’s what healthcare facilities managers should inspect and address after severe weather to prevent pest problems.


The Medical College of Wisconsin Breaks Ground on Student Housing Complex

The four-story apartment complex will include 266 units of various sizes.


A Shift in Healthcare Facilities Management

Healthcare facilities leaders who embrace a mindset change will be better prepared for the future.


Trauma-Informed Design Transforms Boston Homeless Shelter

Case study: A comprehensive renovation of St. Francis House makes use of trauma-informed design, infrastructure upgrades and operational improvements.


 
 


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.