Research projects

PRE-CO-CE

Resolving the genetic basis of complex diagnostic hereditary bleeding disorders through the application of advanced molecular tools

Development of SoHo bioinks for 3D bioprinting of an osteochondral graft prototype

Development of a functional model of the stock flow of the Blood and Tissue Bank based on artificial intelligence to optimize the planning of donation campaigns and the distribution of blood components

Advancing the implementation of Third Generation Sequencing technology within the field of Immunogenetics and deployment in other areas of BST

Study of the life cycle of blood and plasma donors: segmentation into stages, transitions and design of targeted communication actions

Lab-grown red cells from immortalized erythroid precursor cell lines as an alternative source of red cells with infrequent or rare phenotypes

Application of T-cell receptor sequencing in the development, optimization and characterization of antiviral cellular products

Development of a large-caliber decellularized nerve production protocol for clinical use in peripheral nerve regeneration

Design and validation of a production platform for mesenchymal cells derived from pluripotent cells with genetic characteristics of therapeutic interest and its scaling in a bioreactor for clinical use

Translation of an allogeneic tissue-engineered product for the treatment of focal lesions of articular cartilage

To evaluate the safety and regenerative capacity of a tissue-engineered product consisting of a type I/III collagen construct with allogeneic stromal stem cells from Wharton's jelly in an ovine experimental model and to transfer the knowledge obtained from the animal study to humans

Clinical evaluation of red blood cells from cord blood for transfusion in extremely premature infants