|
Article Title |
Lead Author |
1 |
Adaptive immune system and the eye: mucosal immunity |
Austin Mircheff |
2 |
Adaptive Immune System and the eye: T Cell-mediated immunity |
Kyle McKenna |
3 |
Innate Immune System and the eye |
Meredith
Gregory-Ksander |
4 |
Role of Complement in Ocular Immune Response |
Nalini Bora |
5 |
Dynamic Immunoregulatory Processes that Sustain Immune Privilege in the Eye |
Jerry Niederkorn |
6 |
Immunosuppressive and Anti-Inflammatory Molecules that maintain Immune privilege of the Eye |
Andy Taylor |
7 |
Antigen Presenting Cells in the Eye and Ocular Surface |
Pedram Hamrah |
8 |
Angiogenesis in the Eye |
Claus Cursiefen |
9 |
Dry Eye: An Immune-Based Inflammation |
Michael E. Stern |
10 |
Penetrating Keratoplasty |
D F P Larkin |
11 |
Immunopathogenesis of HSV Keratitis |
Robert Hendricks |
12 |
Immunopathogenesis of Onchocerciasis (River Blindness) |
Eric Pearlman |
13 |
Immunopathogenesis of Pseudomonas Keratitis |
Linda Hazlett |
14 |
Pathogenesis and Immunology of Bacterial Endophthalmitis |
Mike Gilmore |
15 |
Immunobiology of Acanthamoeba Keratitis |
Jerry Niederkorn |
16 |
Immunopathogenesis of Experimental Uveitic Diseases |
Rachel Caspi |
17 |
Pathogenesis of Uveitis in Humans |
John Forrester |
18 |
Immunobiology of Age-related Macular Degeneration |
Rafael Ufret-Vincenty |
19 |
Molecular and Cellular Mechanisms in Allergic Conjunctivitis |
Virginia Calder |
20 |
Immunobiology of Uveal Melanoma |
Martine Jager |
22 |
Pathogenesis of Fungal Keratitis |
Eric Pearlman |
23 |
Lens Structure |
David Beebe |
24 |
Lens determination and induction |
Richard Lang |
25 |
Lens fiber cell differentation |
Michael Robinson |
28 |
Normal age-related changes - crystallin modifications, lens hardening |
Kirsten Lampi |
30 |
Lens regeneration |
Panagiotis Tsonis |
31 |
Structure and evolution of the crystallins |
Graeme Wistow |
32 |
Ionic Permeability and Currents in the Lens |
Paul Donaldson |
33 |
Gap junctions |
Eric Beyer |
36 |
Accommodation |
Adrian Glasser |
37 |
Genetics of congenital cataract |
J. Fielding Hejtmancik |
38 |
Cortical cataracts |
Ralph Michael |
39 |
Nuclear cataracts |
Roger Truscott |
40 |
Posterior subcapsular and anterior polar cataracts |
Choun-ki Joo |
42 |
Genetics of age-related cataracts |
Alan Shiels |
43 |
Posterior Capsule Opacification |
I.M. Wormstone |
45 |
Presbyopia |
Adrian Glasser |
46 |
The Epidemiology of Cataract |
Sheila West |
47 |
Tear film overview |
Kazuo Tsubota |
48 |
Meibomian glands and lipid layer |
Thomas J. Millar |
49 |
Lacrimal gland overview |
Sarah Hamm-Alvarez |
50 |
Lacrima gland hormonal regulation |
Austin Mircheff |
51 |
Lacrimal gland signaling - neural |
Driss Zoukhri |
52 |
Overview of Electrolyte and Fluid Transport across the Conjunctiva |
Oscar Candia |
53 |
Conjunctival Goblet Cells |
Robin Hodges |
54 |
OCULAR MUCINS |
Monica Berry |
55 |
Conjunctiva Immune Surveillance |
Erich Knop |
56 |
Tear drainage |
Friedrich Paulsen |
57 |
Defense mechanisms of tears and ocular surface |
Alison McDermott |
58 |
Cornea Overview |
Penny Asbell |
59 |
The Corneal Epithelium: Cell Biology and Basic Science |
Mary Ann Stepp |
60 |
Corneal Epithelium: Wound Healing Junctions, Attachment to Stroma Receptors, Matrix Metalloproteinases, Intracellular Communications |
Elizabeth Fini |
61 |
Corneal epithelium: response to infection |
Linda Hazlett |
62 |
Corneal epithelium: transport and permeability |
Peter Reinach |
63 |
The Ocular Surface: The Surgical Treatment for Corneal Epithelial Stem Cell Deficiency, Corneal Epithelial Defect, and Peripheral Corneal Ulcer |
Noriko Koizumi |
64 |
Refractive surgery and inlays |
Rudy Nuijts |
65 |
Stem cells of ocular surface |
James Funderburgh |
66 |
Contact lenses |
Fiona Stapleton |
67 |
Imaging of the Cornea |
Stephen Kaufman |
68 |
Corneal nerves: anatomy |
Carl Marfurt |
69 |
Corneal nerves: function |
Carlos Belmonte |
70 |
Corneal stroma |
James Funderburgh |
71 |
Corneal dystrophies |
Natalie Afshari |
72 |
Corneal imaging - clinical |
Roger Steinert |
73 |
Corneal scars |
Daniel Dawson |
74 |
Corneal endothelium overview |
David Whikehart |
75 |
Corneal endothelium signaling mechanisms |
Joseph Bonnano |
76 |
Corneal endothelium regulation of proliferation |
Ula Jurkunas |
78 |
Artifical cornea |
May Griffith |
79 |
Blinking mechanism |
Charles McMonnies |
80 |
Drug delivery to cornea and conjunctiva–esterase and protease directed prodrug design |
Ashim Mitra |
81 |
Inflammation of conjunctiva |
Teruo Nishida |
82 |
Knock out mice models: cornea, conjunctiva, lacrimal gland |
Winston Kao |
83 |
Gene therapy |
Rajiv Mohan |
84 |
Lids: anatomy, pathophysiology and mucocutaneous junction |
Ted Wojno |
85 |
The role of the ciliary body in aqueous humor dynamics. Structural aspects |
Ernst Tamm |
86 |
Ion transport in the ciliary epithelium |
Olaf Strauss |
88 |
Neuroendocrine properties of the ciliary epithelium |
Miguel Coca-Prados |
89 |
Control of Aqueous Humor Flow |
Jay McLaren |
90 |
Ciliary blood flow and its role in aqueous humor formation |
Jeffrey Kiel |
91 |
Pharmacology of aqueous humor formation |
Carol Toris |
92 |
Functinal morphology of the trabecular meshwork |
Ernst Tamm |
93 |
Biomechanics of Aqueous Humor Outflow Resistance |
Mark Johnson |
94 |
The Biology of Schlemm’s Canal |
Dan Stamer |
95 |
The Fibrillar Extracellular Matrix of the Trabecular Meshwork |
Donna Peters |
96 |
The role of proteoglycans in the trabecular meshwork |
Ted Acott |
97 |
Regulation of Extracellular Matrix Turnover in the Aqueous Humor Outflow Pathways |
Rudolf Fuchshofer |
98 |
The Cytoskeletal Network Of The Trabecular Meshwork |
Paul Kaufman |
99 |
Steroid-Induced Ocular Hypertension and Effects of Glucocorticoids on the Trabecular Meshwork |
Abbot Clark |
100 |
Myocilin |
Mike Fautsch |
101 |
The role of oxidative stress in the trabecular meshwork |
Pedro Gonzalez |
102 |
Biological Properties of the Trabecular Meshwork Cells |
Paul Russell |
103 |
Uveoscleral outflow |
Albert Alm |
104 |
Pharmacology of the aqueous humour outflow |
Kathryn Cracknell |
106 |
The development of the aqueous humor outflow pathways |
Ernst Tamm |
108 |
Immunological Aspects of Aqueous Humor Turnover |
Claus Cursiefen |
110 |
Biomechanics of the optic nerve head |
J. Crawford Downs |
112 |
Structural Changes in the Trabecular Meshwork with POAG |
Elke Luetjen-Drecoll |
113 |
Primary Open Angle Glaucoma |
Detlev Spiegel |
114 |
Pseudoexfoliation syndrome and glaucoma |
Ursula Schlotzer-Schrehardt |
115 |
Pigment Dispersion Syndrome and Pigmentary Glaucoma |
Robert Ritch |
116 |
IOP and damage of ON axons |
Robert Nickells |
117 |
Retinal Ganglion Cell Apoptosis and Neuroprotection |
Francesca Cordeiro |
118 |
The Genetics of Primary Open-Angle Glaucoma |
Rand Allingham |
119 |
Molecular genetics of congenital and juvenile glaucoma |
Michael Walter |
120 |
Animal models of glaucoma |
Stanislav Tomarev |
121 |
Concept of angiogenic privilege |
Claus Cursiefen |
122 |
Angiogenesis in response to hypoxia |
H Okano |
123 |
Angiogenesis in inflammation |
Zoltan Szekanecz |
124 |
Angiogenesis in wound healing |
Omaida Velazquez |
125 |
Hemangiogenesis vs lymphangiogenesis |
Diane Bielenberg |
126 |
Innate immunity and angiogenesis |
Ralph Kelly |
128 |
Molecular mechanisms of angiostasis |
Raghu Kalluri |
129 |
Stability and functional integrity of new blood vessels |
Akiyoshi Uemura |
130 |
Vessel Regression |
Hans-Peter Hammes |
131 |
Blood:retinal barrier |
Jose G. Cunha-Vaz |
132 |
RPE barrier |
Lawrence J Rizzolo |
133 |
Properties and Functions of the vessels of the Ciliary Body |
Susan Kidson |
136 |
Anatomy and Regulation of the Optic Nerve Blood Flow |
Alon Harris |
137 |
BREAKDOWN OF THE BLOOD-RETINAL BARRIER |
Stanley Vinores |
138 |
Breakdown of the RPE blood-retinal barrier |
Mary Elizabeth Hartnett |
139 |
Macular edema |
Robert Frank |
140 |
Central retinal vein occlusion |
Sohan Hayreh |
141 |
Pathological retinal angiogenesis |
Anthony Adamis |
142 |
Development of the Retinal Vasculaure |
Tailoi Chan-Ling |
143 |
Choroidal Neovascularization |
Scott Cousins |
144 |
The Vascular Stem Cell |
Maria Grant |
145 |
CORNEAL ANGIOGENESIS |
Dimitri Azar |
146 |
Avascularity of the cornea |
Jayakrishina Ambati |
147 |
Retinal Pigment Epithelial - Choroid Interactions |
Knatokie Ford |
149 |
Pericytes and Microvascular Remodeling: Regulation of Retinal Angiogenesis |
Ira Herman |
150 |
Evolution of opsins |
Todd Oakley |
151 |
Genetic dissection of invertebrate phototransduction |
Baruch Minke |
152 |
Phototransduction in Limulus photoreceptors |
Richard Payne |
153 |
MICROVILLAR AND CILIARY PHOTORECEPTORS IN MOLLUSCAN EYES |
Enrico Nasi |
154 |
The Photoresponse in Squid |
Jane Mitchell |
155 |
The physiology of photoreceptor synapses and other ribbon synapses |
Wallace B. Thoreson |
157 |
Limulus eyes and their circadian regulation |
Barbara Battelle |
158 |
Circadian rhythms in the fly's visual system |
Elzbieta Pyza |
159 |
Fish retinomotor movements |
Beth Burnside |
160 |
The circadian clock in the retina regulates rod and cone pathways |
Stuart Mangel |
161 |
Circadian Regulation of Ion Channels in Photoreceptors |
Gladys Ko |
162 |
Circadian Metabolism in the Chick Retina |
P. Michael Iuvone |
163 |
The Colorful Visual World of Butterflies |
Francesca Frentiu |
164 |
Polarized-Light Vision in Land and Aquatic Animals |
Tom Cronin |
165 |
Zebra fish as a model for understanding retinal diseases |
Susan Brockerhoff |
166 |
Zebra fish - Retinal Development and Regeneration |
David R. Hyde |
167 |
Xenopus laevis as a model for understanding retinal diseases |
Orson Moritz |
168 |
Retinal Degeneration Through the Eye of the Fly |
Nansi Colley |
169 |
Developmental Anatomy of the Retinal and Choroidal Vasculature |
Joe G Hollyfield |
170 |
Post-Golgi trafficking and ciliary targeting of rhodopsin |
Dusanka Deretic |
171 |
PHYSIOLOGICAL ANATOMY OF THE RETINAL VASCULATURE |
Sohan Hayreh |
172 |
Physiological Anatomy of the Choroidal Vasculature |
Sohan Hayreh |
173 |
Rod and cone photoreceptor cells: inner and outer |
David S Williams |
175 |
Rod and cone photoreceptor cells: outer segment membrane renewal |
David S Williams |
176 |
Light-driven translocation of signaling proteins in vertebrate photoreceptors |
Vadim Arshavsky; Peter Calvert |
177 |
Rod photoreceptor cells: soma and synapse |
Robert Smith |
178 |
Cone photoreceptor cells: soma and synapse |
Robert Smith |
179 |
Morphology of interneurons: horizontal cells |
Leo Peichl |
180 |
Morphology of interneurons: bipolar cells |
Silke Haverkamp |
181 |
Morphology of interneurons: amacrine cells |
Enrica Strettoi |
182 |
Morphology of interneurons: interplexiform cells |
Doug Mcmahon |
183 |
Phototransduction: rhodopsin |
Kris Palczewski |
184 |
RETINAL PIGMENT EPITHELIUM: CYTOKINE MODULATION OF EPITHELIAL PHYSIOLOGY |
Sheldon Miller |
185 |
Phototransduction: the visual cycle |
Gabriel Travis |
186 |
Phototransduction: Phototransduction in Rods |
Yingbin Fu |
187 |
Phototransduction: inactivation in rods |
Vsevolod Gurevich |
188 |
Phototransduction: adaptation in rods |
Trevor Lamb |
189 |
Phototransduction: phototransduction in cones |
Vladimir Kefalov |
190 |
Phototransduction: inactivation in cones |
Vsevolod Gurevich |
191 |
Phototransduction: adaptation in cones |
Trevor Lamb |
192 |
Circadian Photoreception |
Ignacio Provencio |
193 |
Retinal Cannabinoids |
Stephen Yazulla |
194 |
Information Processing in the Retina |
Frank Werblin |
195 |
Information processing: horizontal cells |
Arlene A. Hirano |
196 |
Information processing: bipolar cells |
Samuel Wu |
197 |
Information processing: amacrine cells |
Robert Marc |
198 |
Information processing: ganglion cells |
Thomas Muench |
199 |
Information processing: contrast sensitivity |
Jonathan, B. Demb |
200 |
Information processing: direction sensitivity |
Z. Jimmy Zhou |
201 |
Information processing: retinal adaptation |
Kenneth Alexander |
202 |
Glutamate Receptors in Retina |
Malcolm Slaughter |
203 |
GABA Receptors in the Retina |
Stephen Yazulla |
204 |
THE ROLE OF ACETYLCHOLINE AND ITS RECEPTORS IN RETINAL PROCESSING |
Kent T Keyser |
205 |
Neurotransmitters and receptors: dopamine receptors |
P. Michael Iuvone |
206 |
Neurotransmitters and receptors: melatonin receptors |
Allan Wiechmann |
207 |
Neuropeptides: localization |
Nicholas Brecha |
208 |
Neuropeptides: function |
Nicholas Brecha |
209 |
Primary photoreceptor degenerations: terminology |
Richard G Weleber |
210 |
Primary photoreceptor degenerations: retinitis pigmentosa |
Richard G Weleber |
211 |
Secondary photoreceptor degenerations: age-related macular degeneration |
L Johnson |
212 |
Secondary photoreceptor degenerations |
Michael Gorin |
213 |
Retinal Vasculopathies: Diabetic Retinopathy |
Jayakrishina Ambati |
214 |
Retinopathy of Prematurity |
Mary Elizabeth Hartnett |
215 |
Color blindness: inherited |
Joseph Carroll |
216 |
Color blindness: acquired |
Joseph Carroll |
217 |
Injury and repair: light damage |
Robert Anderson |
218 |
Injury and repair: neovascularization |
Jayakrishina Ambati |
219 |
Injury and repair responses: retinal detachment |
Steven Fisher; Geoffrey Lewis |
220 |
Injury and Repair: Retinal Remodeling |
Robert Marc |
221 |
Injury and repair: stem cells and transplantation |
Michael Young |
222 |
Injury and Repair: Prostheses |
Gerald Chader |
223 |
Anatomically Separate Rod and Cone Signalling Pathways |
Steven Nusinowitz |
224 |
Unique specializations - functional: dynamic range of vision systems |
Aapakkam Sampath |
225 |
The Photoreceptor Outer Segment as a Sensory Cilium |
Joseph Besharse |
226 |
Non-Invasive Testing Methods: Multifocal Electrophysiology |
Erich Sutter |
227 |
Phototransduction: Retina: Alternative Visual Cycle in Muller Cells |
Gabriel Travis |
229 |
EVALUATION OF THE TEAR FILM |
Alan Tomlinson |
230 |
Ocular Media Clarity and Straylight |
Thomas JTP van den Berg |
231 |
Pupil |
Paul Gamlin |
232 |
Chromatic function of the cones |
David H Foster |
233 |
Photopic, mesopic and scotopic vision and changes in visual performance |
John Barbur |
234 |
Acuity |
Michael Crossland |
235 |
Contrast sensitivity |
Peter Bex |
236 |
Binocular Vergence Eye Movements and the Near Response |
Cliff Schor |
237 |
Fundamentals of Stereopsis |
Laurie M. Wilcox |
239 |
Astigmatism |
Michael Cox |
241 |
Myopia |
Fuensanta, A. Vera-Diaz |
242 |
Refractive surgery |
Susana Marcos |
243 |
Amblyopia |
Dennis Levi |
244 |
Hyperopia |
Elise Harb |
245 |
Perimetry |
David Henson |
246 |
Adaptive optics |
David Williams |
247 |
Optical Coherence Tomography |
Wolfgang Drexler |
248 |
Eye field transcription factors |
Michael Zuber |
249 |
Embryology and early patterning |
Paola Bovolenta |
250 |
Coordinating Division and Differentiation in Retinal Development |
Rod Bremner |
251 |
Retinal Histogenesis |
Thomas Reh |
252 |
Histogenesis: cell fate: signaling factors |
Valerie Wallace |
253 |
Photoreceptor development: early steps/fate |
Anand Swaroop |
254 |
Ganglion cell development: early steps/fate |
Nadean Brown |
255 |
Intraretinal circuit formation |
Rachel Wong |
256 |
Anatomy, aging, and anomalous posterior vitreous detachment |
Jerry Sebag |
257 |
The molecular composition of the vitreous and aging changes |
Paul Bishop |
258 |
Vitreous: Cellular origin, formation and turnover of the vitreous |
Willi Halfter |
259 |
Formation and regression of the primary vitreous and hyaloid vascular system |
Richard Lang |
260 |
Hyalocytes |
Tatsuro Ishibashi |
261 |
Anti-angiogenic properties of vitreous |
Gerard Lutty |
262 |
Regulation of Intraocular Oxygen by the Vitreous Gel |
Nancy Holekamp |
264 |
Pharmacological vitreolysis |
Arnd Gandorfer |
265 |
Rhegmatogenous retinal detachment |
David Charteris |
266 |
Proliferative vitreoretinopathy |
Paul Hiscott |
267 |
The Role of the Vitreous in Macular Hole Formation |
William Smiddy |
268 |
Hereditary Vitreoretinopathies |
Martin Snead |
269 |
The physiologic consequences of vitreous composition |
Mike Trese |
270 |
The Bony Orbit: Bony Anatomy and Orbital Fracture |
Andrew R. Harrison |
271 |
The Bony Orbit: Orbital Imaging |
Andrew R. Harrison |
272 |
Eyelid Anatomy and the Pathophysiology of Blinking |
Craig Evinger |
273 |
Differentiation and Morphogenesis of Extraocular Muscles |
Drew M. Noden |
274 |
Extraocular Muscles: Extraocular Muscle Anatomy |
Linda K. McLoon |
275 |
Extraocular Muscles: Extraocular Muscle Metabolism |
Francisco Andrade |
276 |
Extraocular Muscles: Proprioception and Muscle Spindles |
Roland Blumer |
277 |
Extraocular Muscles: Strabismus and Nystagmus at the Muscle/Eye Movement Level |
R. John Leigh; Alessandro Serra |
278 |
Congenital Cranial Dysinnervation Disorders |
Thomas Bosley |
279 |
Extraocular Muscles: Extraocular Muscle Involvement in Disease |
Fatima Pedrosa-Domellöf |
280 |
Extraocular Muscles: Thyroid Eye Disease |
Rebecca Bahn; Marius N. Stan |
281 |
The Active Pulley Hypothesis |
Joseph Demer |
282 |
Orbital Soft Tissue Biomechanics |
Sander Schutte |
283 |
Orbital Masses and Tumors |
Ioannis Mavrikakis |
284 |
Vascular Anatomy |
Michael S Lee |
285 |
Cranial Nerves and Autonomic Innervation |
Linda K. McLoon |
286 |
Optic Nerve: Optic Neuritis |
Mathias Bähr; Katharina Hein |
287 |
Ischemic optic neuropathy |
Sohan Hayreh |
288 |
Optic Nerve: Inherited Optic Neuropathies |
Alfredo Sadun |
289 |
Extraocular Muscles: Functional Assessment in the Clinic |
Stephen Christiansen |