Samuel R. Cramer

This study examines consciousness transitions in rats using multiple modalities, finding scale-dependent reversibility in local dynamics but distinct global patterns during loss and recovery of consciousness.

The paper demonstrates non-anesthetized rat neuroimaging during gastric distension using BOLD fMRI, revealing brain regions activated by visceral manipulation.

This study identifies a cascade of neural events in the thalamus-hippocampus-mPFC pathway during loss of consciousness in rats under propofol.

The paper identifies immune signatures predicting changes in neural circuit activity in a mouse Alzheimer's model.

This study suppresses dorsal hippocampus activity in rats to identify a brain network involved in spatial memory, showing memory relies on coordinated large-scale neural activity.

StandardRat improves functional connectivity specificity in rat brains through a standardized MRI protocol tested across 20 centers.

The paper introduces an open rsfMRI database of 90 awake rats, providing raw and preprocessed data along with functional connectivity analysis.