Keiramarie Robertson

This study identifies Gpr37 as a gene expressed in enteric glia cells of the myenteric plexus and shows its role in LPS-induced reactive gliosis and GI dysmotility.

The paper introduces HiPR-Map, a spectral imaging technology for high-phylogenetic-resolution spatial mapping of microbial communities, and applies it to analyze an LBP in the murine gut.

This study identifies glutamatergic neurons as key regulators of intestinal motility by showing their synaptic connections and functional roles in gut transit.

This study investigates the role of Cntnap2 in GI motility using Cntnap2 mutant mice, finding altered colonic motility without affecting ENS organization.

This study shows thyroid hormone remodels cortical circuits in adult mice, linking metabolic state to exploratory behavior through transcriptional changes in neurons and glia.

The paper uses single-cell multiome sequencing to study enteric glial cells (EGCs) and identifies a subset with neurogenic potential.

The paper identifies that cortical ChAT+ neurons co-transmit acetylcholine and GABA in a target- and brain-region specific manner, revealing heterogeneity in their function and connectivity.

The paper identifies distinct cortical-thalamic-striatal circuits within the parafascicular nucleus in mice, revealing heterogeneous neurons organized into parallel functional subcircuits.

The paper identifies VIP/ChAT interneurons as a local source of cortical ACh and shows they co-transmit ACh and GABA to specific post-synaptic targets.