Commenting on his nomination, Frank Walsh stated: “I am impressed by the versatility of the Fynomer technology platform and I am genuinely looking forward to contribute to the further development of this exciting company.”
Mathias Locher brings with him more than 20 years experience in pharmaceutical development of drugs, with a focus on protein-based therapeutics. From 2007 - 2011, he served as Global Head of Drug Metabolism and Pharmacokinetics (DMPK) at MerckSerono (Geneva, Switzerland). Mathias Locher led a team of about 145 FTE across five sites globally. Prior to this he served for four years as Vice President of Preclinical Development at Micromet Inc. (Munich, Germany). There he was accountable for the entire preclinical development of the bispecific BiTE proteins as well as monoclonal antibodies. Mathias Locher holds a Ph.D. in biochemistry from the University of Tuebingen (Germany).
Mathias Locher said, “I am very excited to join Covagen and I look forward to contribute to the creation of a strong Fynomer portfolio of clinical product candidates.”
Julian Bertschinger, Covagen’s CEO added, “We are very pleased to have gained Frank as our new Executive Chairman and to have strengthened Covagen’s management team with Mathias Locher. Frank and Mathias bring with them extensive knowledge of business and pharmaceutical development which will be tremendously valuable to lead Covagen forward towards the next stage of its evolution.”
For further details, please contact:
Covagen AG Dr. Julian Bertschinger, CEO Tel: +41 (0) 44 732 46 60 julian.bertschinger@covagen.com
About Covagen:
Covagen commercializes next generation protein drugs for the treatment of inflammatory diseases and cancer by using its proprietary protein engineering technology, which has been developed at ETH Zurich (Switzerland). Covagen's innovative platform comprises a novel single domain protein scaffold, which - in analogy to antibodies - can be engineered to yield high affinity binding proteins called Fynomers that can be used for therapeutic applications. The possibility to create bispecific as well as multivalent Fynomers and their favorable biophysical properties allow for treatment modalities that are difficult or impossible to be exploited with antibodies.