MEMBERS
Millennium Nucleus in Cardiovascular Magnetic Resonance
*Left atrium and ventricle
RESEARCH PARTNERS
SERGIO URIBE
DIRECTOR
Cardiovascular images, magnetic resonance images, quantitative radiology, biomedical engineering.
MARCELO ANDÍA
ALTERNATE DIRECTOR
DANIEL HURTADO
Biomechanics, computer cardiology, respiratory mechanics, mathematical modeling in biomedical engineering.
CECILIA BESA
Images by magnetic resonance, quantitative radiology, non-invasive biomarkers of images, focal and diffuse hepatic disease.
CARLOS SING LONG
Discreet inverse problems, mathematical optimization, applied harmonic analysis, applied statistics and statistical signal analysis.
SENIOR RESEARCHERS
PABLO IRARRÁZAVAL
Magnetic resonance, formation of medical images, image and signal processing.
ATTILIO RIGOTTI
Lipid and lipoprotein metabolism, dyslipidemias and atherosclerosis, nutrition and human health.
ASSISTANT RESEARCHERS
NICOLÁS CROSSLEY
Neuroimaging, Psychosis, Physical and Cardiovascular Health.
AXEL OSESS
Inverse problems, management and mathematical modeling.
CRISTIÁN TEJOS
Image processing, magnetic resonance, medical images, biomedical engineering.
LIDA TORO
Congenital heart disease, echocardiography, Cardiovascular Magnetic Resonance.
CLAUDIO GARCÍA
Cardiovascular biomechanics, computer mechanics, experimental characterization.
CARMEN LUZ LÓPEZ
Pediatric cardiology, congenital heart disease, echocardiography, cardiac magnetic resonance.
JULIÁN VEGA
Automated cardiac quantification & AI, 4D flow and hemodynamics in aortopathy and aortic valve disease, risk stratification by 4D flow in repaired tetralogy of Fallot, risk assessment of sudden death in hypertrophic cardiomyopathy by CMR, quantitative stress CMR, 3D printing.
STEREN CHABERT
Functional and diffusion resonance.
YOUNG RESEARCHERS
JULIO SOTELO
Image processing, cardiovascular magnetic resonance (4D Flow MRI), biomechanics, mechanics of fluids, finite elements.
CRISTÓBAL ARRIETA
Separation of water and fat using chemical displacement with MRI, quantification of fatty acids.
PAMELA FRANCO
Development of sequences and image processing of cardiovascular magnetic resonance, medical physics.
EDGARDO DÖRNER
Medical physics, Monte Carlo methods, radiotherapy, computer physics.
JESÚS URBINA
4D Flow, aortic phantoms, relative pressures, quantification of hemodynamic parameters.
GONZALO MARTÍNEZ
IInflammation and atherosclerosis, coronary physiology, clinical record in cardiovascular diseases.
GUILLERMO LARIOS
Myocardial deformation, functional echocardiography, congenital heart disease and cardiomyopathy.
CRISTIÁN MONTALBA
Images of magnetic resonance, 4D flow, multiple sclerosis.
LETICIA GONZÁLEZ
Atherosclerosis, inflammation, monocytes / macrophages. coronary heart disease.
FRANCISCO SAHLI
Computer cardiology, cardiac electrophysiology, machine learning.
CARLOS CASTILLO
Inverse Problems and Deep Learning for reconstruction of MRI, simulations and development of sequences for cardiac MRI in diffusion; hardware in MR and electronics of RF.
HERNÁN MELLA
Acquisition and processing of cardiovascular magnetic resonance images, finite elements, mechanics of continuum mechanics.
MARISLEYDIS GARCÍA
Pre-clinical and clinical trials.
MARCELA HENRÍQUEZ
Info
AGUSTÍN COX
Info
ALINE XAVIER
Spectroscopy by magnetic resonance. Pre-clinical trials. Quantification of fatty acids.
RONAL CORONADO
Magnetic resonance prints, medical images, simulation of magnetic resonance images.
WILLIAM RAMÍREZ
Computer cardiac electrophysiology, finite elements.
ESTEBAN DENECKEN
Image processing.
NÉSTOR MUÑOZ
Inverse problems in images, quantification of magnetic susceptibility maps in IRM.
MANUEL CHAPA
Development of new materials and methodologies for manufacturing magnetic resonance phantoms.
GABRIEL DELLA MAGGIORA
Machine learning, planning in artificial intelligence.
GABRIEL VARELA
Reconstruction of magnetic resonance images of diffusion and of magnetic susceptibility, compressed sensing, programming of sequences of magnetic resonance.
MATHIAS LAMBERT
Inverse problems in images, quantification of magnetic susceptibility maps in IRM.
CARLOS MILOVIC
Problemas inversos en imágenes, cuantificación de mapas de susceptibilidad magnética en MRI, relaxometría en MRI, reconstrucción de imágenes, Reducción de ruido.
AGUSTÍN COX
Biomechanics, mathematical modeling in biomedical engineering.
JOSÉ LARRAÍN
Aprendizaje profundo para la reconstrucción de mapas de susceptibilidad.
JAVIER SILVA
Inverse problems in images. Quantification of magnetic susceptibility maps on MRI. Fat and water image processing.
JAVIER BISBAL
Reformatting of cardiovascular magnetic resonance imaging (4D flow MRI).
JOSÉ GONZÁLEZ
Texture analysis in prostate MRI images, Biomechanics, Experimental arterial characterization.
RODRIGO COFRÉ
Mathematical optimization.
GABRIEL VARELA
Image reconstruction, programming of MRI, dMRI and QSM sequences.
JUAN OYARZÚN
Magnetic resonance images in preclinical models.
KATHERINE RIVERA
Pre-clinical studies. Metabolic diseases, dyslipidemias and inflammation.
RAÚL CUELLAR
Non-invasive neurovascular response. Machine Learning. Analysis of data.
IGNACIA VALDÉS
Development of magnetic resonance sequences, 4D Flow, image processing.
ANY SORZANO
Functional resonance, diffusion resonance and pseudo diffusion.
JAVIERA JILBERTO
Numerical methods in cardiac electrophysiology.
FELIPE OLIVARES
Determination of elastic parameters from 4D flow data.
PARTNER INSTITUTIONS
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