A proposal to create a human retina using screen printing technology has received a $90,000 (£69,000) grant from the National Eye Institute in the US.
Professor Erin Lavik, of the University of Maryland, was the winner of the National Eye Institute’s 3D Retina Organoid Challenge.
The competition encouraged researchers to submit proposals to design human retinas from stem cells.
Professor Lavik’s project will involve using screen printing to assemble neural stem cells and retinal pigment epithelium cells in layers that mimic the structure of the retina.
“We can make a system that models the 3D retina and optic nerve structures in a scalable and reproducible manner that is exceptionally well-suited to high throughput screening approaches for understanding and treating diseases of the retina,” Professor Lavik explains in her proposal.
The National Eye Institute received 13 submissions involving more than 50 researchers for the 3D Retina Organoid Challenge.
The proposals were assessed for their feasibility and level of innovation by a review panel.
Earlier this year, a 24-year-old Oxford University student developed a soft tissue retina using hydrogels and biological cell membrane proteins.