Veterinary Stem Cell Research Unit
About us
The Veterinary Stem Cell Research Unit studies how mesenchymal stem cells can be applied in innovative therapies that are relevant to both animal and human health. Led by Prof. dr Catharina De Schauwer, the group develops representative in vitro models and generates proof-of-concept for stem cell applications with a strong translational focus.
Our team translates fundamental insights into clinically relevant solutions. Research targets include the treatment of tendon injuries, bone disorders and osteoarthritis in horses, as well as unravelling antibacterial properties and novel biomedical applications, such as their potential role in cultured meat production. Through close interdisciplinary collaborations, the group also develops biomaterials designed to enhance stem cell-based therapies.
Meet the team
Prof. dr. Catharina De Schauwer
Head research group
Dr. Ianina Pokholenko
Post-doctoral researcher
Marguerite Meeremans
PhD student
Anna Mokry
PhD student
Tisa Tüshaus
PhD student
Emma de Meij
PhD student
Charlotte Helsmoortel
Research associate
Former members
Services
Storage of cells & tissues
We have ample experience within different species in the isolation, culture and cryopreservation of various cell and tissue types:
- fibroblasts isolated from skin biopsies
- mesenchymal stem cells isolated from different sources
We are able to support you when you want to preserve the DNA of your animal, for example for cloning.
Tendinopathy model
Over the years, we designed an in vitro tendinopathy model by combining equine cells (tendon cells, endothelial cells, and macrophages), biomaterials (chemically modified gelatin and fibrin), and mechanical stimulation. By developing this biomimetic tendon model, we established a controlled and physiologically representative in vitro platform to study the underlying mechanisms of tendon pathology.
Furthermore, novel therapies, such as mesenchymal stem cells, can be studied in a controlled and representative environment, while reducing reliance on experimental animals. As the horse is a well-established translational model for orthopaedic research, this platform enables clinically relevant insights that benefit both equine and human tendon research.