Patrick C. Kerstein

The paper identifies cell-type-specific diurnal gene expression patterns in the mouse retina using single-nucleus RNA sequencing.

This study shows Meis2 is essential for the survival of specific GABAergic amacrine cell subtypes in the developing mammalian retina, with loss of Meis2 leading to subtype-specific cell death after postnatal day 5.

This study shows Pb exposure reduces retinal ganglion cell density and oligodendrocyte precursor cell density in mouse optic nerve, with structural myelin changes.

This study shows that Gbx2 regulates dendritic stratification of amacrine cells via Robo1/2 receptors and Slit1/2 ligands in the mouse retina.

The paper identifies two distinct amacrine cell subtypes in the mouse retina using Gbx2, revealing their unique molecular, morphological, and physiological properties.