Our group of expertise mainly focused on:
Biomaterials for Tissue Engineering: Specializing in hard tissue repair, particularly bone and cartilage, through genetically modified cell therapy (including stem cells and primary cells). Expertise in in-vitro cell differentiation and in-vivo tissue replacement/regeneration, with a focus on innovative decellularization strategies for regenerative therapies. Proficient in animal model design and laboratory animal practices.
Bioinks: Development of bioinks from various sources, including ECM-based for 3D bioprinting applications, optimizing their properties for improved cell viability and functionality in tissue engineering.
Exosomes: Focus on the characterization and application of both plant- and animal-derived exosomes, emphasizing their roles in intercellular communication and therapeutic potential. Expertise in utilizing exosomes for regenerative medicine, alongside industrial applications in biopharmaceuticals, nutritional use, and personal care products.
Nano and Meso Particles: Synthesis of superparamagnetic magnetite nanoparticles and mesoparticles for applications in separation, transfection, gene therapy immobilization, and drug delivery. Experience with silicon nanowires and their biological applications. Production and characterization of polymers with diverse bulk and surface properties, employing various fabrication techniques.
Specialties:
- Biomaterial Design and Biological Interface Studies
- Nanoparticle-Based Systems
- Industial use of exosomes
- Bioink Development for 3D Bioprinting
