This biocompatible solution serves as a vehicle for some of our cell products under development. It enables fresh cells storage for up to 72 hours with no decrease in cell viability and phenotype without the need of cryopreservation. Such storage provides sufficient time period for completing all necessary test defined by the product specification before the ATMP release for the clinical application. Moreover, sufficient time for the ATMP transport to the location of clinical application is also provided.

Partly based on our solution, we are developing a GMP-level cryopreservation method for stem cells. This method will enable long-term storage of cells that can be thawed and used for patients immediately when needed, without the necessity of cell washing or re-cultivation.

We develop cell therapy products for autologous applications in specific clinical indications. Within this effort, we focus on orthopedic, ophthalmologic, neurologic and autoimmune diagnoses and wound healing (e.g. burns). Depending on the particular project, we combine the cell component with biocompatible materials based on gels or solid 3D scaffolds. Depending on the target tissues, we develop specific culturing procedures for the stem cells. Our medicinal products are tested in preclinical studies. Meanwhile, we are preparing several clinical trials.

Allogeneic transplantation of stem cells from donors is in some cases (e.g. in certain acute indications) desirable due to time limitations for the medicinal product preparation or in cases when the patient`s condictions does not allow tissue collection for autologous use. Last but not least, allogeneic cells are in some indications more suitable and potentially more efficient due to their characteristics (e.g. source-dependent). Therefore, we dedicate a substantial part of our research toward such medicinal products including evaluation of different source  tissues as well as certain subpopulations of stem cells in adults.

We develop non-cellular pharmaceuticals based on endogenously produced molecules. These products are suitable for augmentation of stem cells effects as well as different biocompatible materials.