Óscar Cámara

This study applies SPANGY to fetal MRI data to quantify cortical folding patterns, revealing the temporal sequence of low-to-high frequency fold emergence during prenatal development.

This study shows that lower-quality fetal MRI scans systematically bias normative centile estimates in brain development models, particularly affecting outer centiles.

This study uses in-silico simulations to analyze LAAO device configurations and identifies that covering the pulmonary ridge and using disk-based devices reduces device-related thrombus risk.

This paper infers the connectivity of alveolar capillary networks from blood flow dynamics using computational models and simulations.

This study uses in-silico fluid-structure interaction models to evaluate how scaffold deformation and fluid mechanical stimuli affect bone tissue differentiation.

This paper introduces a geometric harmonization method for multi-site functional connectivity data, showing it improves alignment with pathophysiological findings in ADHD studies.