Kyle M. Gilbert

This paper introduces an open-source restraint system for awake rat fMRI that eliminates anesthesia, reducing stress and motion artifacts while enabling high-quality imaging and behavioral integration.

This study benchmarks four cervical spinal cord RF coils at 7 T MRI across multiple centers, identifying performance differences and proposing a standardized evaluation protocol.

The paper provides open-access CAD files and software for marmoset neuroscience apparatus, reducing the need for individual lab development.

This paper introduces a non-invasive restraint for awake mouse fMRI that is compatible with multi-modal techniques, showing comparable data quality to conventional methods.

The paper shows different marmoset vocalizations activate distinct neural networks in the brain, suggesting specific processing for each call type.

The paper identifies the marmoset default-mode network through task-based fMRI deactivation, revealing key brain regions and challenging previous definitions.

This study identifies a fronto-temporal vocalization-processing network in marmosets using fMRI, suggesting it is ancestral to the human language network.

This paper introduces a method to simultaneously measure whole-brain activation in two socially interacting marmoset monkeys using functional MRI and finds neuronal synchrony in brain regions involved in social processing.

The paper uses fMRI in awake marmosets to identify brain networks activated by looming and receding visual stimuli, finding distinct patterns associated with looming that may support protective behaviors.