Molecular basis of age-related macular degeneration (AMD)
Study of the contribution of chronic inflammation and in particular, C-reactive protein and complement Factor H to the progression of AMD.
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Study of the contribution of chronic inflammation and in particular, C-reactive protein and complement Factor H to the progression of AMD.
Molecular genetics of glaucoma, proteomics of glaucoma secondary to uveitis, and applications of the structural analysis by OCT in glaucoma.
To create models to merge 3D images in the operating room in real time to detect lesions and improve diagnostic accuracy.
Radioligand therapy has proven to be useful in prostate cancer. Emerging indications for other prevalent tumors have opened a new path for oncologi...
Mechanical thrombectomy is a groundbreaking treatment for acute ischaemic stroke caused by a large vessel occlusion. Since the beginning of the fir...
Radiomics is a high-throughput approach to transforming imaging data into a large number of quantitative features and has been utilized in oncology...
Thrombus pathological characteristics potentially impact the efficacy and impact of endovascular treatment and the clinical outcomes of patients wi...
Directed by Raquel Sánchez-Valle Dr. Sánchez-Valle’s research centres on the characterization of the earliest stages of autosomal dominant deme...
Directed by Dr Albert Lladó Dr Lladó’s research explores the epidemiology, biomarkers, therapies, and social factors in sporadic Alzheimer’s dise...
Directed by Dr Mircea Balasa Dr Balasa’s research focuses on validating fluid and imaging biomarkers for earlier and more accurate diagnosis of D...
Directed by Dr Anna Martinez-Muriana Dr Martinez-Muriana investigates how microglia and neuroinflammation drive neurodegeneration, with a particu...
Directed by Dr Lorena Rami Dr Rami’s research aims to define the neuropsychological features of main neurodegenerative dementias. Their team cre...
Our aim is to find out which moieties and signaling pathways are impaired in redox physiology and stress in aortic vascular cells. We are also assa...
We use TGF-β receptor peptide sequences to sequester soluble active TGF-β in excess to prevent the aortic aneurysm.
We aim to characterize the myocardial and electrical substrate in patients with atrial fibrillation and ventricular tachycardia in order to improve...
We aim to quantify and precisely describe underlying abnormalities in cardiac mechanics that could be corrected to improve the outcomes of patients...
We aim to establish non invasive risk biomarkers based on imaging and blood tests to identify subjects that will develop atrial fibrillation in ord...
We aim to characterize myocardial scar and cardiac remodelling to improve our identification of patients who will develop malignat ventricular arrh...
We aim to characterize cardiac remodelling in response to exercise training and to identify those atletes at risk of presenting sudden death. Also,...
We aim to perform a in-depth myocardial characterization of hypertrophic cardiomyopathy: comprehensive multimodality imaging, tissue characterizati...