It is this type
of cellular degeneration that can lead to long - term cognitive difficulties.
Not exact matches
In macular
degeneration, clumps
of yellowish
cellular debris — possibly
of retinal origin — gradually accumulate within and beneath the retinal pigment epithelium.
We investigate
cellular and molecular mechanisms
of retinal
degeneration and regeneration using rodents and human cells as model systems.
of aberrant amyloid and tau in the retina, quantification
of any neuronal
degeneration, delineation
of cellular stress responses
of neurons and particularly glial cells, and investigation
of oxidative stress.
Analytical endpoints included examination...
of aberrant amyloid and tau in the retina, quantification
of any neuronal
degeneration, delineation
of cellular stress responses
of neurons and particularly glial cells, and investigation
of oxidative stress.
In dry macular
degeneration, the most common form
of this eye disease, yellowish
cellular deposits called drusen (extracellular waste products from metabolism) form under the retina.
Researchers have suggested that both zinc and antioxidants delay the progression
of age - related macular
degeneration (AMD) and vision loss, possibly by preventing
cellular damage in the retina [71,72].
However, based on the available data, the presence
of autofluorescent material does not provide us with specific clues about the
cellular and molecular disease mechanisms resulting in photoreceptor loss and retinal
degeneration.