Latest Articles for Vision Science

Research examines the role of calcium channels in visual function using specific mouse models.

Researchers reveal how eye movements improve retinal signal quality and visual processing.

NEST uses neural networks to improve psychometric testing in vision studies.

This study examines how eye fixations change during visual tracking tasks.

Study reveals jumping spiders do not perceive visual illusions as expected.

Research shows potential for eye exams in diagnosing Alzheimer's disease.

New insights reveal NRL's impact on retinal cell gene regulation.

Researchers reveal key differences in canine rod and cone photoreceptors.

Study reveals the critical role of Vsx2 in eye formation and retinal health.

Exploring how deep learning models mimic human contour integration skills.

Study reveals how zebrafish Rh2-1 and Rh2-4 opsins absorb light differently.

A novel approach to understanding how retinal neurons respond to changing visuals.

A new method uses retinal imaging to identify early signs of dementia.

Study shows how eye movements influence brain response to visual information.

Explore the complex journey of how we see colors.

Discover the steps our brains take to interpret what we see.

This research highlights the critical role of early visual experiences for brain function.

Ezrin and endosomes are crucial for cell signal management and health, especially in the retina.

Study reveals shared patterns in how we perceive images.

Understanding macular pigment's impact on vision and eye diseases.

Research on reserpine shows promise in treating inherited retinal diseases.

Learn how cats see and interpret movement around them.

A look at how specific cells build the retina in zebrafish embryos.

Research aims to improve models of retinal behavior in vision.

Explore how visual illusions trick our perception of reality.

Zebrafish use whiteness to judge distance and see movement distinctly.

Study reveals how brain areas process faces differently based on orientation.

Study reveals lasting improvements in vision for stroke survivors through targeted training.

New findings reveal how attention suppression is linked to eye movement.

Discover how your eyes react to visual stimuli.

Study explores RPE thickness and its link to pigmentation and genetics.

Discover the crucial role of AII amacrine cells in our visual system.

A look at rod photoreceptors and their importance in low-light vision.

Discover how our brain perceives color stability in changing light.

An in-depth look at how our brain processes visual information.

This study examines how sensory strength and attention affect visual perception.

Microsaccades play a key role in how we see and react to our world.

Discover how flickering light influences eye health and blood flow.