Nadège Corbin

This paper uses magnetic resonance spectroscopy to non-invasively map thigh temperatures during cold water immersion and exercise, showing significant temperature changes across different thigh regions.

The paper introduces ISME, a sampling strategy that reduces cardiac-induced noise in brain maps of R2* and magnetic susceptibility, improving reproducibility.

The paper investigates how perceptual expectations and false percepts generate distinct activity patterns in layers of the early visual cortex using fMRI.

This paper introduces QUIQI, a method to restore homoscedasticity in MRI relaxometry data by using weighted least squares, improving statistical analysis robustness.

The paper introduces a data-driven method to restore statistical validity in MRI group analyses by assigning image weights based on quality indices, improving performance across brain regions despite motion effects.

This study shows that prior expectations create stimulus templates in deep layers of V1 using fMRI.

This paper introduces a GLM-based method to correct B1+ mapping errors in MRI by accounting for tissue properties and pulse sequence parameters, improving accuracy and robustness.