Mathieu Landry

A PTBP1-CDC42 splicing axis regulates leukemia growth and venetoclax sensitivity in acute myeloid leukemia

This study identifies PTBP1-CDC42 splicing regulation as a critical factor in AML growth and venetoclax sensitivity, suggesting a therapeutic combination strategy.

From language to pain: brain-behavior representations of hypnotic verbal suggestions for pain modulation

This study investigates how hypnotic verbal suggestions for pain modulation are encoded in the brain and how individual suggestibility affects neural responses during pain processing.

Intrinsic Neural Oscillations Predict Verbal Learning Performance and Encoding Strategy Use

The paper investigates how intrinsic neural oscillations relate to verbal learning performance and encoding strategies using resting-state magnetoencephalography and the California Verbal Learning Test.

Analytical Choices Impact the Estimation of Rhythmic and Arrhythmic Components of Brain Activity

This study shows that detrending neural spectra conflates rhythmic and arrhythmic brain activity, while specparam provides accurate separation of these components.

Aperiodic activity as a central neural feature of hypnotic susceptibility outside of hypnosis

The paper uses EEG, machine learning, and multivariate statistics to identify neural features predicting hypnotic susceptibility, finding that aperiodic EEG activity at rest is the strongest predictor.

Class imbalance should not throw you off balance: Choosing the right classifiers and performance metrics for brain decoding with imbalanced data

This paper evaluates the impact of class imbalance on ML performance in neuroscience, showing that Accuracy is misleading and recommending Balanced Accuracy and Random Forest with stratified cross-validation.

Differential and overlapping effects between exogenous and endogenous attention shape perceptual facilitation during visual processing

This study investigates how exogenous and endogenous attention differentially and overlap in shaping perceptual facilitation during visual processing using EEG and machine learning.

Exogenous attention interferes with endogenous attention processing via lateralized alpha power

This study investigates how exogenous attention interferes with endogenous attention through alpha-band neural activity, using a moderated mediation model to show the mediating role of alpha power in attentional interference.

Shared neurophysiological resources between exogenous and endogenous visuospatial attentional processes

The paper investigates how endogenous attention affects exogenous attention processing and shows that alpha-band brain activity patterns change when both types of attention are engaged.