Titlebook: Glaucoma Update IV; G. K. Krieglstein (Direktor) Conference proceedings 1991 Springer-Verlag Berlin Heidelberg 1991 Elektrophysiologie.Gla

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escalate

https://doi.org/10.1007/978-1-349-81628-6 et al. 1984). The ciliary muscle is parasympathetically dominated, and muscarinic cholinomimetic agonists have therefore been used to treat glaucoma for over a century (Bárány 1962). However, many aspects of ciliary muscle physiology and pathophysiology remain poorly understood and a parasympatheti

subacute

Hydrostatic Pressure Apparatus,er flare-cell meter, is easy to use and sufficiently sensitive in measuring faint flare which cannot be detected by conventional slit-lamp illumination (Sawa at al. 1988). In the present study, this instrument was employed to reexamine Anjou’s unconfirmed but interesting finding that the aqueous fla

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https://doi.org/10.1007/978-981-97-0783-6le cell culture system of correctly identified RGCs was available. The electrophysiologic characterization of these cells in culture would provide a platform from which to launch studies of ischemic and other mechanisms of damage. Dispersed RGCs from enzymatically dissociated retinas have been label

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Specific Design and Construction,of the normal and glaucomatous optic nerve has attracted increasing interest. Intravital optic nerve head evaluation had been based mainly on qualitative and semiquantitative parameters, such as form of the optic cup, vessel course and ratio of horizontal cup to disc diameter. In the time following

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PANEL

Jon Orloff,Mark Utlaut,Lynwood Swansonifference between the two groups for the total disc with respect to cup volume, area, depth, neuro-retinal rim area, slope and area of pallor. However, a significant difference was obtained between the two groups for retinal nerve fiber layer thickness measured at the disc rim for the total disc. Th

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治愈

Isidoro Orlanski,Christopher Kerrce to bottom of the cup and retinal nerve fiber layer thickness at the optic disc rim using photo-grammetric techniques. No correlation (Pearson) was found between retinal nerve fiber layer thickness and cup depth. The largest significant negative linear correlation coefficients were found between n