1
Our work describes a previously unknown requirement for Sfxn3 in retinal function.
2
Purpose: To evaluate the short-term toxic effects of pegaptanib sodium on retinal function.
3
The effects of this application on bovine retinal function were investigated.
4
The purpose of this study was to assess retinal function after MT surgery.
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Family members were examined clinically and with retinal function tests.
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Conclusions: XN treatment partially preserved visual acuity and retinal function in the LIRD mouse.
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The retinal function of the mutant mice was investigated using analysis of full-field ERGs.
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Results: Significant improvement of retinal function was observed through ERGs approximately 4 weeks following surgery.
9
Finally, electroretinographic analyses were performed to assess the retinal function in adult Norrin deficient animals.
10
Early retinal function deficits correlated with behavioral deficits.
11
Abnormal choroidal blood flow can disrupt normal retinal function and lead to alterations in visual function.
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In addition, at least one physiologic marker of disease, retinal function, was normalized following transplantation of MSCs-GUSB.
13
ERG showed no deterioration of retinal function.
14
TUDCA treatments did not alter retinal function or morphology of wild-type mice when administered to age-matched mice.
15
Rhodopsin metabolism and photoreceptor morphology were disturbed, leading to a progressive loss of photoreceptor cells and retinal function.
16
Following light damage, we observed less apoptotic death of photoreceptors and a better retinal function than in controls.
