#EyeImaging

Transmission interference microscopy of anterior human eye - Nature Communications By harnessing the eye’s own red-eye glow as back-lighting, researchers delivered sharp, 2 mm-wide views of live cornea and lens cells, unmasking Fuchs dystrophy and enabling low-cost, precise eye diag...

Researchers at Langevin Institute used the “red eye” effect to illuminate the living human eye from behind 👁️✨. This revealed corneal layers, cells, nerve fibers, lens sutures, and guttata in Fuchs’ dystrophy — all in vivo 💡📷.
Congrats to the authors 🎉!
www.nature.com/articles/s41...
#EyeImaging