Michael Tri H. Do

The paper shows that melanopsin's downstream effects can diverge from its intrinsic wavelength sensitivity due to persistent activity and adaptation.

The paper identifies feature selectivity in M1 melanopsin photoreceptors for circadian regulation, showing their role in encoding light features that synchronize with the day-night cycle.

The paper investigates backpropagation in primate foveal cones and finds it effective despite cell structure, but unlikely to influence phototransduction.

The paper shows that two wavelengths of artificial light can closely mimic natural skylight's effects on mammals, with a third wavelength improving accuracy.

The paper maps the spatial distribution of retinal ganglion cell types and identifies perivascular RGCs that show neuroprotection after optic nerve injury.

This study identifies SARM1 as a key driver of retinal ganglion cell degeneration in ADOA and shows its suppression prevents degeneration phenotypes.

The paper classifies and compares cell types in primate fovea and peripheral retina using single-cell RNA-seq, finding conserved and divergent features across species and regions.