Abnormalities in the shape of the sclera, the white of the eye, can cause various complications and lead to blindness. However, techniques to observe the sclera in detail, such as its fibrous structure, are lacking. Now, researchers have used polarization-sensitive optical computed tomography to accurately visualize the density and orientation of scleral fibers in the eyes of living patients, opening doors to understanding ocular pathologies better and developing effective diagnostic and therapeutic strategies.
Abnormalities in the shape of the sclera, the white of the eye, can cause various complications and lead to blindness. However, techniques to observe the sclera in detail, such as its fibrous structure, are lacking. Now, researchers have used polarization-sensitive optical computed tomography to accurately visualize the density and orientation of scleral fibers in the eyes of living patients, opening doors to understanding ocular pathologies better and developing effective diagnostic and therapeutic strategies. Abnormalities in the shape of the sclera, the white of the eye, can cause various complications and lead to blindness. However, techniques to observe the sclera in detail, such as its fibrous structure, are lacking. Now, researchers have used polarization-sensitive optical computed tomography to accurately visualize the density and orientation of scleral fibers in the eyes of living patients, opening doors to understanding ocular pathologies better and developing effective diagnostic and therapeutic strategies.