Eccles Health Sciences Library
 
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TitleDateTypeSetname
76 Distinguishing Retinal Nerve Fiber Layer Injury by Optical Imaging in Acute Optic Nerve Head Swelling2012-02-14Textehsl_novel_nam
77 Evidence for Axon Loss in the Retinal Nerve Fiber Layer after an Acute Event of Optic Neuritis2003-02-12Textehsl_novel_nam
78 Macular Optical Coherence Tomography (OCT) Can Be Used to Detect and Monitor Reduction in Total Retinal Thickness Caused by Hydroxychloroquine (Plaquenil) Associated Vision Loss2009-02-24Textehsl_novel_nam
79 Macular Optical Coherence Tomography (OCT) in Serologically Proven Infectious Neuroretinitis can Detect Serous Fluid Under the Retina Prior to the Development of a Macular Star Figure2009-02-24Textehsl_novel_nam
80 Pupil Disorders, Is Pharmacological Testing Necessary?2010-03-08Textehsl_novel_nam
81 The Pupil Response to Large Regional Stimuli in Normal Subjects and Patients with Focal Visual Field Loss2003-02-12Textehsl_novel_nam
82 Serum Positivity of NMO IgG May Predict Eventual Conversion to Neuromyelitis Oprica in Patients Presenting with Isolated Atypical Optic Neuritis2008-03-11Textehsl_novel_nam
83 Visual Loss and Recovery in a Patient with Frederich Ataxiaehsl_novel_jno
84 When is Pupillary "Dilation Lag" a Clinically Useful Sign of Horner's Syndrome?1998-03-24Textehsl_novel_nam
85 A New Automated 20 Second Pupillographic Test to Quantify the Log Unit Relative Afferent Pupillary Defect and its Relationship to Retinal Ganglion Cell Thickness2014-03-04Textehsl_novel_nam
86 Acute Painful Third Nerve Palsy in a 45 Year Old2000Textehsl_novel_fbw
87 Does the Relative Afferent Pupillary Defect Change Over Time in Normal Subjects?1995-02-21Textehsl_novel_nam
88 The Effect of Pupil Size on Retinal Illumination and the Pupil Light Reflex: Role of Ocular Pigmentation1999-03-16Textehsl_novel_nam
89 Efferent Pupillographic Asymmetries in Patients with Midbrain Relative Afferent Pupillary Defects: The Tectal "Relative Efferent Pupillary Defect" (REPD)2013-02-12Textehsl_novel_nam
90 Features of Eye, Eyelid and Pupil Movements Critical to the Recognition of Aberrant Regeneration of the Oculomotor Nerve Revealed by Infrared and Color Videography2013-02-12Textehsl_novel_nam
91 Inhibition of the Pupillary Light Reflex by Transcranial Magnetic Stimulation1996-02-13Textehsl_novel_nam
92 Light Evoked Retinal Activation is Metabolically Coupled to Increases in Human Retinal, Choroidal and Optic Nerve Head Blood Flow Measured Simultaneously by Laser Speckle Flowgraphy (.pdf)2016-03-01Textehsl_novel_nam
93 Quantification and Visualization of Edema Patterns Seen in Papilledema Using a Deep-Learning Variational Auto-Encoder2022-02Textehsl_novel_nam
94 Reduced Blood Flow in the Choroidal Watershed Zone and Relation to Optic Disc Blood Flow2020-03Textehsl_novel_nam
95 Time Course of Atrophy and Rethickening of the Retinal Nerve Fiber Layer (RNFL) Following Acute Damage2003-02-11Textehsl_novel_nam
96 An Automated Machine-Learning Approach to Quantify the Relative Afferent Pupil Defect2024-03Textehsl_novel_nam
97 Clinical Use of the Multifocal Electroretinogram (MERG) in Neuro-Ophthalmology: Distinguishing Optic Nerve Disease from Retinal Disfunction1999-03-14Textehsl_novel_nam
98 Detection of Change in Papilledema Over Time: Comparison of Optical Coherence Tomography (OCT) with Digital Optic Nerve Photographs2011-02-08Textehsl_novel_nam
99 Development of a Portable, Automated Evaluation of Ocular Misalignment2023-03-14Textehsl_novel_nam
100 Diagnosis and Grading of Papilledema in Patients with Raised Intracranial Pressure Using Optical Coherece Tomography (OCT_ Compared to Clincical Expert Assessment2008-03-11Textehsl_novel_nam
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