- rqmicro is among 5 Next Big Water Startups in 2018 22. December 2017
- The rqmicro lab moves to Schlieren 19. December 2017
- rqmicro at IPIEC Global 8. December 2017
- rqmicro in “Best of 2017” by Laborpraxis 6. December 2017
- rqmicro Conferences October 2017 3. November 2017
- Factsheet: Viable but non-culturable bacteria 21. September 2017
- Increase of Legionellosis cases in Europe – Infographics July 2017 2. August 2017
- Award at the Swiss Diagnostics Start Up Day 2017 14. July 2017
- CellStream & Legionella pneumophila SG1 Test Kit Video 24. May 2017
- New article about rqmicro’s technology by Laborpraxis.de 10. April 2017
- rqmicro featured in Laborpraxis.de 3. March 2017
- Investor Summit 2017 24. January 2017
- Happy Holiday (Newsletter December 2016) 22. December 2016
- rqmicro among the Top 50 Startups in Switzerland 16. September 2016
- rqmicro at Lab-Supply Trade Fair in Ludwigshafen 12. September 2016
- Exclusive news coverage in Unternehmerzeitung 25. July 2016
- rqmicro AG closes Series A financing round 9. June 2016
- rqmicro selected for MassChallenge Switzerland 23. May 2016
- rqmicro awarded with the CTI Label 14. April 2016
- rqmicro on business development tour with #GoGermany 24. February 2016
Factsheet: Viable but non-culturable bacteria21. September 2017
What are VBNC bacteria?
The viable but non-culturable (VBNC) state is a unique strategy with which bacteria respond to unfavorable environmental conditions. In the VBNC state bacteria have a low metabolic activity and often do not grow or divide. Nevertheless, they are viable and in some cases, they can still be infectious.
Why are VBNC bacteria a problem?
As some of the VBNC bacteria can still be infectious and cause disease, they are considered a threat to humans and animals. Importantly, the standard method for detection of many bacteria in food and drinks, is based on cultivating bacteria in culture media. Because VBNC bacteria usually do not show growth on agar plates or in liquid culture media, they are not detected by the standard method.
Examples of pathogens that can enter the VBNC state
• Legionella pneumophila
• Listeria monocytogenes
• Pseudomonas aeruginosa
• Salmonella typhi
• Salmonella typhimurium
• Streptococcus faecalis
How can VBNC bacteria be detected?
The combination of immunomagnetic separation of target cells and detection by flow cytometry via fluorescent antibodies is fast and reliable.
rqmicro successfully adapts this technology, and is thereby able to provide solid results for VBNC while keeping the cell integrity intact.
Check out this page to find out more about rqmicro’s solution on VBNC detection.