Peng Zhang

This study identifies a selective deficit in achromatic motion processing in the colliculus-pulvinar pathway in children with dyslexia, which correlates with reading difficulties.

This study identifies distinct subcortical pathways for collision detection with and without attention and consciousness using fMRI in healthy participants and hemianopic patients.

This paper investigates the neural mechanisms of binocular rivalry using fMRI, finding that eye-specific response modulation occurs in V1 ocular dominance columns and that IPS and ventral pulvinar enhance connectivity to resolve visual competition.

The paper identifies V1 superficial layers as the source of visual saliency signals that feed forward to the parietal cortex for attentional guidance.

This study investigates the columnar and laminar organization of color, disparity, and naturalistic texture in human V2 and their connectivity with V1 and V4, finding distinct layer-specific selectivity and feedback mechanisms.

This study uses laminar fMRI to show that deep layers of human primary motor cortex are activated during proprioceptive stimulation, suggesting their role in proprioceptive circuits.

This study investigates how color-based attention affects subcortical nuclei, showing it modulates parvocellular activity in the LGN and enhances connectivity between LGN and V1.

This study uses laminar fMRI to show preserved activity in layer Vb of primary motor cortex in a locked-in ALS patient during attempted and passive movements.

This study identifies a developmental change in neonatal emotional perception at 37 weeks gestational age, showing heightened discrimination of emotional vocal prosody.

This study uses 7T fMRI and EEG frequency tagging to identify neural deficits in monocular processing and binocular interactions in adults with amblyopia, revealing cortical depth-dependent activity changes and impaired binocular integration.

The paper shows human subcortical pathways detect collision trajectories without attention and awareness, supporting blindsight in healthy individuals and hemianopic patients.

This study demonstrates the feasibility of layer-dependent fMRI at 3T using NORDIC denoising and phase regression, achieving reliable layer profiles in the primary motor cortex.

This study shows endogenous factors significantly influence baseline contrast sensitivity and neuroplastic change in adult visual systems through neural oscillation modulation.

GESIAP is a MATLAB-based image analysis program that processes genetically encoded sensor data to analyze neuromodulator transmission properties across cell types and species.

The paper uses high-field fMRI to show systematic spatial organization of face part representations within face-selective brain regions.

This paper introduces a 3D zoomed arterial spin labeling technique at 7T to quantitatively measure laminar cerebral blood flow in human brain regions during rest and task activation.

The paper uses ultra-high resolution fMRI to study feedforward and feedback activity in human V1 ocular dominance columns across cortical depths.

This study investigates how spatial attention affects contrast responses across different cortical layers in human early visual cortex using high-resolution fMRI.

This study investigates layer-specific response deficits in the parvocellular pathways of amblyopic patients using fMRI, finding reduced responses in the LGN and SC for the amblyopic eye and increased responses in the fellow eye.

The paper reevaluates the magnetic properties of Magneto, MagR, and αGFP-TRPV1/GFP-ferritin, finding no membrane depolarization in response to magnetic stimuli despite reported action potentials.