Sanofi announced today it entered into an agreement to acquire Origimm Biotechnology GmbH, an Austrian privately owned biotechnology company specializing in the discovery of virulent skin microbiome components and antigens from bacteria causing skin disease, such as acne. With this acquisition, Sanofi continues executing its global Play to Win strategy, pursuing growth opportunities and building an industry-leading vaccines pipeline.
The transaction will add ORI-001 to Sanofi’s early-stage pipeline. ORI-001 is a therapeutic vaccine candidate for acne vulgaris based on recombinant proteins, which entered preliminary clinical studies in Q3 2021. In parallel, Sanofi is working to develop additional antigen versions and expects to leverage its next-generation mRNA platform in a comprehensive Ph1/2 trial to start in 2023.
“The acquisition of Origimm further broadens our vaccines R&D pipeline with a first vaccine candidate against acne, a high medical need for millions of teenagers and adults,” says Thomas Triomphe, Executive Vice President, Global Head of Sanofi Pasteur. “Welcoming Origimm within Sanofi expands our area of expertise by bringing extensive know-how in the field of skin microbiome and skin immunology. We look forward to unlocking the full potential of this candidate”.
Acne is a widespread and stigmatizing condition for millions of people globally, causing substantial psychological burden for teenagers but also adults – over 10% of them still experiencing acne after age 501. The Cutibacterium acnes bacterium plays a central role in the development of moderate to severe acne. There is today no satisfactory treatment against acne combining high efficacy and acceptable safety.
“We are looking forward to combining our expertise and strengths to continue developing innovative solutions for prevention and treatment of the skin microbiome-associated diseases, such as common acne” says Sanya Selak, PhD, Founder & CEO/CSO of Origimm. “Together with such a strong partner like Sanofi, we will strive to creating a paradigm shift in treatment of skin diseases and many other microbiome-associated disorders and infections, for which current medical solutions are inadequate.”
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