List of Regenerative Medicine Companies in Sweden - 6

BioLamina is a Swedish biotechnology company with a global presence, offering cell culture matrices for primary cells. We offer an expansive portfolio of recombinant laminin proteins for a variety of applications, including the reliable expansion of pluripotent cell and differentiation and maintenance of specialized cell types. Our chemically defined and xeno-free laminin cell culture matrices allow you to imitate the natural cell-matrix interaction in vitro. Laminins are key components of the extracellular matrix. Through their interactions with specific receptors, laminins trigger the authentic cellular responses, pivotal for cell anchorage, survival, proliferation, migration, organization, and specialization, leading to improved cell functionality. BioLamina's laminins are the only original full length, human, recombinant laminins on the market. Our high technology products contribute to our customer's efficiency and scientific breakthroughs and enable them to start a new era in medical research. We are known and recognized for our premium products, competence, dedication, and service and position ourselves as being in the forefront of cell culturing. Our vision is to make BioLamina a leading brand within the field of cell culture and to help make cell therapy a reality. BioLamina is built on a scientific foundation with a legacy in matrix biology and solid experience in cell culture-based research. The company was started in 2009 and was co-founded by Dr. Karl Tryggvason and his son Dr. Kristian Tryggvason. Today the company has about 35 employees spanning from production, R&D, logistics, sales, and marketing. Our quality system complies with ISO 9001:2015 and both management and employees follow well-defined standard processes and agreements.

Medical Device Coatings and Drug development to improve outcome of kidney transplantation.

Fluicell is transforming how we treat disease with one-of-a-kind tissue solutions for regenerative medicine and drug screening. With the groundbreaking Nexocyte platform, based on twenty years of disruptive and patent-protected R&D, we are creating new ways to target serious diseases using precision-engineered biological tissues. Our transplantable tissues have the potential to help patients living with uncurable tissue damage related to cardiac, pulmonary, metabolic, kidney and other diseases. Fluicell's first ambitious goal is to develop transplantable tissues to cure type 1 diabetes, impacting the lives of millions of patients. Nexocyte-generated tissues also enable our world-leading partners to advance their drug-screening capabilities for the development of game-changing medicines.

Omnio AB is a biopharmaceutical company dedicated to revolutionizing the treatment of diabetic foot ulcers (DFUs) through the development of recombinant plasminogen therapeutics.

VERIGRAFT generates personalized tissue-engineered transplants for use in regenerative medicine. The company's unique technology platform turns donated allogeneic ("foreign") tissue into an autologous-like ("personalized") tissue and thus avoids transplant rejection and the need for life-long immunosuppression. Donated, allogenic tissue is patient-individualized by a combination of DC (Decellularization) and RC (Reconditioning/Recellularization) processes. VERIGRAFT's development pipeline comprises products in the areas of vascular regeneration as well as peripheral nerve repair.

Xintela develops medical products in stem cell therapy and targeted cancer therapy based on the Company's cell surface marker integrin α10β1 which is found on mesenchymal stem cells and on certain aggressive cancer cells. The stem cell marker is used to select and quality-assure the patent-protected stem cell product XSTEM®, which is in clinical development for treatment of knee osteoarthritis and difficult-to-heal leg ulcers. The company produces XSTEM for the clinical studies in its GMP-approved manufacturing facility. In cancer therapy, which is run by the wholly owned subsidiary Targinta AB, therapeutic antibodies, targeting integrin α10β1 (First-in-Class) are being developed for the treatment of triple-negative breast cancer and the brain tumor glioblastoma.