Matthias Austen, PhD
SVP Cell Therapy
Latest update: October 2023
Biography
Matthias Austen, the Senior Vice President of Cell Therapy at Evotec, leads the iPSC Cell Therapy department at the Goettingen site. In 2015, he spearheaded Evotec's pioneering iPSC-based cell therapy program for diabetes and has since expanded the portfolio to encompass diverse cell types and product candidates, such as immune-oncology, heart repair, and anti-inflammatory strategies.
Matthias focuses on developing GMP-compatible and scalable manufacturing processes from iPSCs, alongside implementing GMP-compatible gene editing strategies to enhance functionality and confer "immune-invisibility" to their off-the-shelf products.
His expertise extends to supporting and supervising diabetes programs in their journey to early clinical trials, collaborating with expert teams on upscaling, process optimization, and cryopreservation. Additionally, Matthias plays advisory roles in immune-oncology and cardiac cell therapy initiatives, as well as Evotec's efforts in developing immune-invisible iPSC lines and cell products.
Within the Cell Therapy team, Matthias and his colleagues strive to develop novel therapies for patients in need of urgent treatment options, leveraging the unique advantages iPSC-based cell therapy offers compared to other modalities.
Working at Evotec brings him a rewarding blend of a large, stable organization with cutting-edge technologies and a culture of exciting scientific advancements and biotech-like flexibility. Matthias enjoys collaborating with a highly competent, international team of experts, making every day an engaging and fulfilling experience for him and his colleagues. Customers working with Evotec on iPSC-based allogenic cell therapy benefit from access to a seasoned team proficient in the entire spectrum of process development and GMP manufacturing. This includes gene editing for functional enhancement, targeting, and immune invisibility, complemented by deep disease expertise across various fields like oncology, metabolic, and inflammatory diseases. The collaboration ensures the development, validation, and manufacturing of highly relevant cell-based treatments, offering new hope and transformative solutions to patients in need.
Interest and Experience
Privately, Matthias finds joy in his family and indulges in various interests, including gardening, sports, arts, music, reading, sustainability, and environmental protection. In terms of creativity, he thrives in moments of contemplation, be it on a train, in the garden, at conferences, or in his office. Equally, he enjoys scientific discussions and collaboratively devising solutions with his team, fostering a vibrant environment for innovation and advancement