About
BASED ON SCIENCE, FOCUSED ON HEALING
Xinnate is a biopharmaceutical development company, co-founded by Helene Hartman and Artur Schmidtchen in 2019. The company is privately held and based in Lund, Sweden.
The company is built on more than 20 years of world class research by Professor Artur Schmidtchen and his team at Lund University. Working on understanding the natural healing process and why some wounds heal while others don’t, the team identified a group of multifunctional peptides derived from thrombin, known as TCPs, that play a critical role in regulating inflammation and promoting tissue repair, findings that have been published in leading scientific journals.
Xinnate operates in close cooperation with Professor Schmidtchen and his team with the aim to further develop and commercialize proprietary novel thrombin-derived peptides in the areas of wounds, inflammatory skin diseases, surgery and biomaterials.

Strategy
Xinnate executes an ambitious clinical development program for TCP-25 Gel with a clear focus on patients with Epidermolysis bullosa (EB). The safety, tolerability and preliminary efficacy have been demonstrated in a completed phase 1 program which included healthy volunteers with induced wounds, patients with large complex wounds (VLU) and patients with Epidermolysis bullosa (EB) wounds. The next step will be a randomized controlled phase 2 study in EB-patients to further address the safety and efficacy of TCP-25 Gel.

The overarching strategy involves leveraging the TCP-25 platform to expand and develop a diverse portfolio of applications. The aim is to advance each concept to a stage where commercial deals with larger pharmaceutical companies possessing global presence can be achieved. These transactions may involve out-licensing, partnering, licensing, strategic partnerships, joint ventures, or the sale of assets.
Team and Board
Our team unites world-class medical science expertise with proven business development and management acumen, backed by extensive experience in legal, regulatory, and intellectual property matters. We bring strong capabilities in quality management, CMC, and product development, as well as a track record in preparing and managing clinical studies. With this combined expertise, the company is exceptionally well positioned to advance clinical development and successfully commercialize the TCP-25 gel.
Team
Board
Lena Mårtensson
Chairman
Lena Mårtensson has extensive experience from the medical device and pharmaceutical industry at Gambro, Pfizer, AstraZeneca and LEO A/S and others. For the past 20 years she has worked mainly in business development focusing on licensing negotiations of major drug projects and purchasing of businesses.
Arthur Schmidtchen
Board member
Artur Schmidtchen is the co-founder of Xinnate. He is a professor, MD, Head of Dermatology at Lund University, a senior consultant at Skåne University hospital (an established wound care treatment center). He is also an affiliated professor at Copenhagen University. Artur has a deep understanding of the science and the clinical need and has a large network, both in the scientific and clinical communities.
Kristian Ford
Board member
Kristian Ford has extensive experience of M&A, private equity and general corporate matters from working with several domestic and global clients across a wide range of industries. Kristian assists businesses and their owners with legal advice within M&A, general business and contract law as well as corporate law. Kristian also sits on several company boards, gives speeches at conferences around the world and teaches at the University of Lund in Sweden.
Per Norlén
Board member
Dr Per Norlén brings over two decades of experience in clinical drug development and biotech leadership. He has held senior roles at AstraZeneca and several private and publicly listed companies, including Alligator Bioscience, Targinta, Evaxion Biotech, and WntResearch. He is currently CEO of Strike Pharma. His expertise supports Xinnate’s continued growth in developing advanced treatments for inflammatory skin diseases.