The groups participating in the project in Castilla-La Mancha have the following infrastructure that is open to be used by research groups from other Autonomous Communities belonging to the project:
Equipment
Cell culture units.
Set-ups for fluorescence recording in isolated cells
Fluorescence plate readers
IVIS® Spectrum to study biodistribution of fluorescent probes in small animals.
Micro scan Quantum GX to obtain precise anatomical images of animals.
Agilent 7800 ICP-MS
Laser spectroscopy
High time-resolution spectroscopy (femtoseconds).
Fluorescence spectroscopy with high temporal resolution (picoseconds).
Equipment to perform measurements using FLIM in nanomaterials.
Analyzers for analytical determinations of biochemistry in their areas of knowledge.
Analyzers for monitoring drug levels.
tools for the analysis of circadian rhythms.
Molecular biology: real-time PCR for studies of SNP polymorphisms. Currently developed in the area of pharmacogenetics.
Molecular genetics: Sanger sequencing. Real time PCR. NGS.
AVAILABLE TECHNOLOGY
Biodistribution of fluorescent nanoparticles.
High resolution anatomical image with particles.
Pharmacokinetic studies of nanoparticles.
Nanoparticle-mediated transfection studies.
Half-life measurements of fluorescent compounds in the femtosecond range.
Measurements of ultra-fast processes both in solution and in the solid state.
Measurements of slow processes using flash spectroscopy.
FLIM measurements applied to nanomaterials.
Development of e-health applications (physical and cognitive tele-rehabilitation; mental health; social cognition; etc.)
Development of web applications that include elements of adaptation, collaboration and usability.
Design of applications that include video image analysis and pattern recognition.
Design of virtual reality systems, augmented reality, 3D environments, etc.
Quality studies of web applications.
Semi-automatic video surveillance systems, control through artificial vision.
