The BDC collaborates with clinical and scientific institutions to identify candidate molecular biomarkers using the latest technologies and investigates their potential role in various diseases including cancers and cardiovascular conditions as well as veterinary indications.

Peer Stähler, CSO of febit, the provider of the technology used for the analysis of novel biomarkers at the BDC, inaugurated the Second BDC Workshop.
“More than 200 candidate biomarkers for 14 different diseases were identified in pilot studies at the BDC during its first year,” said Peer Staehler in his introductory presentation. “This demonstrates the tremendous progress made by the research conducted there. Some studies have been published, and others have been submitted for publication in high-ranking journals.”

In his keynote lecture, Prof. Dr. med. Hugo A. Katus, medical director at the Heidelberg University Hospital, gave an overview of the two-decade history of troponin diagnostics in myocardial infarction.
“It is an arduous path to the establishment of a novel biomarker for routine diagnostics,” said Dr. Katus. “But with tenacity and cutting-edge scientific research, medicine may benefit from considerably improved diagnostics and thus provide the patients with more targeted therapies.”

Dr. Armin Pscherer from the Biotech Cluster Rhine-Neckar explained, “The BioRN Cluster Management appreciates the joint development of febit and the BDC. febit is a pioneer for biomarker discovery and the BDC is an essential component of the BioRN excellence cluster focussing on personalized medicine.”

Subsequently, the latest research results obtained in BMBF-supported projects at the BDC were presented and discussed. The first session dealt with DNA-based markers that were identified using latest-generation sequencing technologies and febit´s dedicated HybSelect technology for selective enrichment of target DNA fragments. RNA-based markers were presented in the second session, focussing on microRNAs with regulatory functions that may be impaired in various diseases. MicroRNAs were identified as highly specific markers in the recent past – using febit´s microRNA profiling technology, specific microRNA signatures were found to be clearly associated with a number of different malignancies.