Sage-N Research signs microbial identification agreement

Monday, 06 June, 2011

Sage-N Research has signed an exclusive agreement with the US Army Edgewood Chemical Biological Center (ECBC) to license technology for microbial identification.

This licence allows the integration of ECBC’s Agents of Biological Organs Identification (ABOID) system into the company’s existing Sorcerer proteomics platform, enabling rapid and sensitive detection and identification of pathogenic microorganisms in fluid media. Currently, the ABOID system can identify 4500 different bacteria, viruses and fungi.

“This cutting-edge technology enables identification of microorganisms down to strain level in minutes, rather than hours,” said ECBC Senior Scientist Charles Wick, PhD. “This proves very successful for infectious disease identification and a range of other potential applications in military, medical, pharmaceutical, food and public safety areas.”

The new platform will use the computational power of Sage-N Research’s Sorcerer and mass spectrometry-based proteomics to identify bacteria, viruses, fungi and other cellular material without the need for growing cultures, or any prior knowledge about them.

In addition, Ali Pervez, Vice President of Sales and Marketing at Sage-N Research, comments: “Proteomics is a rapidly emerging field, and proteomics will play a key role in life science and medical research over the next five years. We are excited to use our core expertise to bring the power of this cutting-edge technology and our Sorcerer platform to a wider audience including infectious diseases, clinical, environmental and food testing markets.”

Related News

CDU launches native bushfoods and botanicals hub

Charles Darwin University is establishing a hub for the study of native bushfoods and botanicals,...

Aussie chef to promote methane-reducing supplement

Sea Forest has partnered with Matt Moran to drive awareness in the agricultural sector...

High-protein jelly pudding wins medal

Chulalongkorn University's jelly pudding innovation won a bronze medal at the 50th...


  • All content Copyright © 2025 Westwick-Farrow Pty Ltd