Annette E. Allen

The paper identifies an expanded hypothalamic visual network in a diurnal mammal, showing distinct visual response classes beyond the SCN.

This study shows that circadian phase modulates visual information transmission in the mouse thalamus, enhancing coding efficiency under high-contrast conditions at night.

This study compares visual code restoration in retinal degenerate mice by targeting opsins to bipolar cells versus retinal ganglion cells, finding that bipolar cell targeting produces a richer visual code.

The paper compares retinal cell composition and visual coding between diurnal and nocturnal mice to show how evolutionary changes in cell types reconfigure visual information processing.

The paper develops a consensus checklist and guidelines for reporting non-visual light effects in human studies, resulting in a 25-item checklist after expert feedback.

The paper shows that surviving retinal circuits can generate a functional visual code similar to wildtype even after advanced photoreceptor degeneration using optogenetic stimulation.

This study shows that higher daytime light intensity increases circadian rhythm amplitude in the diurnal rodent Rhabdomys pumilio by affecting SCN electrophysiological activity.

This paper demonstrates that Lamplight, a bistable opsin, can be used for switchable and scalable optogenetic inhibition of neurons in mice.

This study investigates the relationship between infra-slow and fast beta/gamma oscillations in the mouse visual system, finding they co-occur in some neurons and that infra-slow rhythms modulate beta/gamma amplitude.

The paper investigates how different photoreceptors modulate pupil size during movie viewing and finds all photoreceptors regulate pupil size under photopic light conditions.