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Stem cells offer promising new perspectives in regenerative medicine and the treatment of a wide range of medical conditions. But what types of stem cells exist, how do they differ, and which therapeutic applications are already supported by scientific and clinical evidence?
This course provides a comprehensive introduction to stem cell biology, from the history and discovery of stem cells to their classification, origin, harvesting techniques, biological functions, and potential clinical applications.
Particular attention is given to hematopoietic and mesenchymal stem and stromal cells, autologous and allogeneic approaches, and emerging developments involving exosomes, extracellular vesicles, and MUSE cells. Potential indications across different medical specialties are explored, alongside current scientific evidence, therapeutic opportunities, and limitations.
A central focus is placed on appropriate patient selection, evidence-based clinical indications, the distinction between established and experimental therapies, and the ethical and regulatory frameworks governing stem cell applications.
The course concludes with an outlook on future developments, including stem cell banking, cell expansion and cultivation, and next-generation cell-based therapeutic strategies.
Learning Objectives: Participants will develop a solid understanding of different stem cell types and their biological properties, learn to critically evaluate potential therapeutic indications, and gain the knowledge needed to assess clinical applications based on scientific evidence, safety considerations, and regulatory requirements.
Unsere Inhalte entstehen gemeinsam mit führenden Experten aus Medizin, Wissenschaft und Praxis.