Programas de Investigación

A.1. Multimodal Diagnosis
- A.1.1 Medical images
- A.1.2 Biomedical signals
- A.1.3 Morphological and functional modelling of tissues and organs.
- A.1.4 Pre-operative and intra-operative planning as, well as creation of virtual surgery programs.
A.2. Intelligent Devices and Biomedical Systems
- A.2.1 Creation of systems to monitor and control patients (sensoring, controlling and robotic systems)
- A.2.2 Software applications to improve systems for patient diagnosis, monitoring or treatment
- A.2.3 E-health and M-health Systems.
- A.2.4 Artificial Intelligence applied to biomedical systems

B.1 Biomaterials
- B.1.1 Biomaterials for scaffolds
- B.1.2 Controlled release
- B.1.3 Bioactive nanoparticles
- B.1.4 Cell-biomaterial interactions
- B.1.5 Advanced manufacturing techniques (electrospinning, 3D/4D bioprinting,...)
B.2 Advanced Therapies
- B.2.1 Cell therapy
- B.2.2 Gene therapy
- B.2.3 Tissue engineering
- B.2.4 Stem cell differentiation and organoid culture
- B.2.5 Directed genome edition
B.3. Nanobiotechnology
- B.3.1 Biological processes research (physiology, cell adhesion or communication, cell biophysics and epigenetic) and development of techniques for their study.

C.1. Nanodiagnosis
- C.1.1 Biosensor devices based on micro/nanotechnologies to detect specific biomarkers of disease.
- C.1.2 Imaging contrast agents
- C.1.3 Precision personalized medicine
C.2. Therapeutic nanosystems
- C.2.1 Biomolecules (enzymes, proteins, nucleic acids, antibodies, etc) and biomolecule-based conjugates as therapeutic agents and in applications for diagnosis.
- C.2.2 Advanced nanoparticles for the delivery of drugs and biomolecules.
- C.2.3 Pharmacokinetics and pharmacodynamic studies of therapeutic agents.
- C.2.4. Theranostic systems.
C.3. Nanobiotechnology
- C.3.1 Biocompatibility and toxicity studies of therapeutic agents.
- C.3.2 Biological processes research (physiology, cell adhesion or communication, cell biophysics and epigenetic) and development of techniques for their study.