In most cases, a retinal break was demonstrated within the optic disc defect with three-dimensional OCT imaging. Glial tissue was sometimes observed within the anomalous defect. Vitrectomy and ...

In some species, such as fish and newts, glial cells can repair damaged retina and brain tissue by differentiating into a wide variety of neurons. Glial cells in birds also have a limited ability ...

Ingrowth of vessels, perhaps by raising tissue oxygen tension ... to degeneration and focal disruptions of the glial ensheathment surrounding retinal blood vessels 45. Neovascularization develops ...

They genetically engineered the flies to express human tau protein in the retina, which includes both neurons and glial cells. This model allowed the researchers to observe signs of ...

When the retina is damaged, Müller glial cells proliferate and differentiate ... during development and to the regulation of heart tissue regeneration in response to myocardial infarction.

the overlying glial tissue and vitreoretinal traction will not be present. Retinoblastoma results from malignant transformation of retinal cells during development. It is usually diagnosed in ...

In humans, PVR is the most common cause of failure of retinal reattachment surgery. It occurs in five to 10 percent of all cases. Essentially the glial cells form scar tissue in PVR. Scar tissue ...

The breakthrough could lead to the production of artificial tissue grafts made ... two types of cells from the retina of adult rats―ganglion cells and glial cells. This is the first time the ...

The retina is a delicate tissue in the back of the eye that detects ... Citrullination may have many effects on Muller glial cells which are only just being understood. For example, arginine ...

B. Optical coherence tomography thickness map showing the extensive glial tissue involving the entire optic nerve and adjacent retinal tissue. C. Three-dimensional representation of combined ...