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TitleDateTypeSetname
1Autosomal Dominant Optic Atrophy Shows A Significantly Thinner Macula OCT Compared To Other Optic Neuropathies2010-03-09Textehsl_novel_nam
2Development of Pupillary Adrenergic Supersensitivity after Pharmacologic Induction of Oculosympathetic Defect2012-02-14Textehsl_novel_nam
3Diagnosis of Horner Syndrome Using the Topical Effects of Apraclonidine on the Eyelids, Conjunctivae, and Pupils2006-03-01Textehsl_novel_nam
4The Effect of Entrance Pupil Size and Iris Pigmentation on the Melanopsin Mediated Post-Illumination Pupil Response (.pdf)2016-03-01Textehsl_novel_nam
5Irregular PupilTextehsl_novel_rk
6The Light Induced Electromyogram (EMG): A Reflex Pathway Integrating the Melanopsin Retinal Ganglion Cell, Trigeminal Sensory Nucleus and Facial Nerve2011-02-08Textehsl_novel_nam
7Ocular Imaging, EDI, OCTA and Beyond: Where Are We, What Good Is It?2023-03Textehsl_novel_nam
8Use of Macular Optical Coherence Tomography (OCT) to Detect Homonymous Hemianopia2011-02-08Textehsl_novel_nam
9Aberrant Regeneration of the Pupil1999-03-18Textehsl_novel_nam
10Afferent Pupillographic Findings in Patients with Tectal Midbrain Relative Afferent Pupillary Defects: Similarity to Optic Tract Lesions2013-02-12Textehsl_novel_nam
11Automated Pupillographic Determination of the Relative Afferent Pupil Defect1991-02-25Textehsl_novel_nam
12Bringing Technology to the Sideline: New Data from the Pupil and OCT (.pdf)2016-03-03Textehsl_novel_nam
13Bringing Technology to the Sideline: New Data from the Pupil and OCT (slideshow)2016-03-03Textehsl_novel_nam
14Frequency Distribution of the Relative Afferent Pupillary Defect in 50 Normal Subjects1993-02-08Textehsl_novel_nam
15Horner's Syndrome Without Anisocoria: How It Can Happen2006-02-28Textehsl_novel_nam
16Linking Axons and Neurons: Unveiling Mysteries of the Macula and 369 Modeling Neuroprotection2010-03-11Textehsl_novel_nam
17Linking Axons and Neurons: Unveiling Mysteries of the Macula and 369 Modeling Neuroprotection2010-03-11Textehsl_novel_nam
18Melanopsin Retinal Ganglion Cells and Pupil Function in Retinal and Optic Nerve Disorders2010-03-08Textehsl_novel_nam
19mfERG in Clinical Practice2006-03-02Textehsl_novel_nam
20OCT in Papilledema: What Am I Missing?2014-03-05Textehsl_novel_nam
21OCT in Papilledema: What Am I Missing? - Case Study2014-03-05Textehsl_novel_nam
22OCT-Derived Retinal Capillary Density is Decreased in Corresponding Areas of Retinal Neuron Loss in Optic Neuropathy2015-02-24Textehsl_novel_nam
23OCT-Derived Retinal Capillary Density is Decreased in Corresponding Areas of Retinal Neuron Loss in Optic Neuropathy2015-02-22Textehsl_novel_nam
24Ocular Imaging, EDI, OCTA and Beyond: Where Are We, What Good Is It?2023-03Textehsl_novel_nam
25The Pathogenesis of Visual Field Loss in Idiopathic Intracranial Hypertension1992-02-25Textehsl_novel_nam
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