Jean‐Marc Edeline

Repeated head-exposures to a 5G-3.5 GHz signal do not alter behavior but modify intracerebral gene expression in adult male mice.

This study shows that repeated 5G-3.5 GHz head-exposures in mice do not affect behavior but cause minor gene expression changes in the cerebral cortex.

Effects of head-only exposure to 900 MHz GSM electromagnetic fields in rats : changes in neuronal activity as revealed by c-Fos imaging without concomitant cognitive impairments

Exposure to 1800 MHz LTE electromagnetic fields under proinflammatory conditions decreases the response strength and increases the acoustic threshold of auditory cortical neurons.

This study shows that LTE-EMF exposure under neuroinflammation reduces auditory cortical neuron response strength and increases acoustic thresholds in rats.

Subcortical and cortical tracking of communication sound envelopes in challenging listening conditions

The paper investigates how auditory neurons track sound envelopes in noisy conditions and finds that slow amplitude modulations are better tracked, affecting discrimination performance.

A distributed network of noise-resistant neuronsin the central auditory system

The paper identifies target-specific and masker-specific neurons in the auditory system that operate under noise conditions, showing a distributed network for auditory perception.

Cortical and subcortical neurons discriminate sounds in noise on the sole basis of acoustic amplitude modulations

The paper investigates how cortical and subcortical neurons discriminate sounds in noise, finding that subcortical structures perform better than cortical ones, primarily due to the distortion of slow amplitude modulation cues.