Research to Prevent Blindness

New Findings on Blood Vessel Regulation

Gregory Schwartz, PhD, an RPB Career Development Award recipient, and his research collaborators at Northwestern University School of Medicine, recently published important discoveries related to blood vessel regulation in the journal Neuron. They identified nitric oxide-releasing amacrine cells as critical to blood vessel regulation in the retina and beyond.

The findings could impact diseases involving blood flow, such as diabetic retinopathy (DR). By detecting damage to nitric oxide-releasing amacrine cells, DR could potentially be diagnosed years earlier than is currently possible—before damage occurs. The knowledge gained through this research could even lead to new options for stroke treatment.

Read the full news story from Northwestern Medicine

top

November 27, 2018

Diabetic Retinopathy

Feature Story

Retina Disorders

stroke

Top Story

Related News: Diabetic Retinopathy, Feature Story, Retina Disorders , stroke, Top Story

Grant from Research to Prevent Blindness and Castle Biosciences Supports Medical Student Research in Ocular Cancer

Research to Prevent Blindness and Castle Biosciences are partnering to provide new opportunities for medical students to pursue ocular cancer research.

New Glaucoma Research Grant Available

Research to Prevent Blindness and Aerie Pharmaceuticals are partnering to provide grant opportunities to support novel research in glaucoma.

New Vision Science Research Grant for Students of Osteopathic Medicine

RPB and the AOCOO-HNS Foundation are launching a multi-year partnership to provide funding to increase research opportunities in vision science for students of osteopathic medicine.

RPB Funding Helps Researchers Revive Light-Sensing Cells in Organ Donor Eyes

This ground-breaking research accomplishment will open new doors for research on neurodegenerative diseases like AMD.

Research to Prevent Blindness Opens Applications for up to $4.7 Million in Vision Research Grants

The awards offered cover a wide variety of topics in vision science, including glaucoma, age-related macular degeneration, ocular cancer, amblyopia, low vision, and many more.