Predicting antibiotic resistances

GEAR succeeds in competition "Landmarks in the Land of Ideas"

Ares Genetics GmbH, a wholly-owned subsidiary of Curetis GmbH and a developer of pioneering solutions for the detection of genetic resistances in pathogens, announced that the project "GEAR - Predicting Antibiotic Resistances with Genetic Data" has been awarded in the competition "Landmarks in the Land of Ideas".

“We are delighted about the award for GEAR in the innovation contest...
“We are delighted about the award for GEAR in the innovation contest ‚Landmarks in the Land of Ideas’," said Dr. Achim Plum, CCO of Curetis and one of Ares Genetics' Managing Directors.
Source: © Curetis

The project is run by the Center for Bioinformatics at  Saarland University, an academic partner of Curetis and Ares Genetics. The innovation contest has been organized by the initiative “Germany – Land of Ideas” and Deutsche Bank for the past twelve years.

The GEAR (GEnetic Antibiotic Resistance and Susceptibility) database covers an unparalleled warehouse of genetic resistance data, among others the full DNA sequences of more than 11,000 bacterial strains, which have been collected at more than 200 sites worldwide in over 30 years. In addition, GEAR provides sensitivity data of these pathogens to 21 antibiotics. Ares Genetics has exclusive access to GEAR for commercial purposes. The database was originally developed by the Working Group for Clinical Bioinformatics run by Prof. Dr. Andreas Keller at Saarland University and the Institute for Clinical Molecular Biology (IKMB) at Kiel University in close collaboration with Siemens.

Ares Genetics uses GEAR as a biomarker generator for the fast identification of potential novel biomarkers, biomarker combinations and algorithms, which are able to predict antibiotic resistances. In addition, the Company leverages GEAR to identify potential novel targets for antimicrobial drugs. Further potential application areas include the generation of fully genetic antibiograms. Moreover, Ares Genetics pursues a comprehensive scientific publication strategy together with leading scientists of the Working Group for Clinical Bioinformatics at Saarland University in order to share novel findings based on GEAR with academia. "The number of resistant bacteria is on the rise worldwide, as antibiotics are increasingly used inappropriately or unnecessarily. In addition, new antibiotics have become a scarce commodity over the past decades," said Prof. Dr. Andreas Keller, Head of the Working Group for Clinical Bioinformatics at Saarland University. "Our big data-based approach offers new chances to solve this problem: By decoding the genetic data of pathogens, we can detect and treat resistant germs much more quickly."

“We are delighted about the award for GEAR in the innovation contest ‚Landmarks in the Land of Ideas’ as it underlines the value of the database for the research and diagnosis of antibiotic resistances in pathogens," said Dr. Achim Plum, CCO of Curetis and one of Ares Genetics' Managing Directors. "Our goal is to establish a broad and effective alliance against the further spread of antibiotic resistances." "To achieve this goal, we offer GEAR as a collaborative research platform for academic and translational research purposes and for partners in the public health sector and the biopharmaceutical industry. We are convinced that GEAR will play a key role in fighting antibiotic resistances," added Dr. Andreas Posch, also a Managing Director of Ares Genetics. 


Source: Ares Genetics GmbH


Read all latest stories

Related articles

Between man and molecule

The hunt for genetic risk factors

Professor Christoph M Friedrich researches the interface between man and molecule. Born in Westphalia, Germany, the professor for biomedical computer science at Dortmund University of Applied…

Beyond PSA monitoring

New prostate cancer risk model could better guide treatment

One of the biggest challenges in treating prostate cancer is distinguishing men who have aggressive and potentially lethal disease from men whose cancer is slow-growing and unlikely to metastasize.…

Share information, improve care

FDA launches new tool for improved antibiotic management

The U.S. Food and Drug Administration is announcing a new approach to get critical updates regarding antibiotics and antifungal drugs to health care professionals as part of an overall effort to…

Related products


Agena Bioscience - MassARRAY Colon Panel

Agena Bioscience GmbH


Agfa - DX-D 300

Agfa HealthCare


Agfa - DX-D 40 detector

Agfa HealthCare

Mobile RIS/PACS viewer

Agfa - Enterprise Imaging

Agfa HealthCare

Business Intelligence

Agfa - Enterprise Imaging Business Intelligence

Agfa HealthCare