Root Eye Dictionary a "Layman's Explanation" of the Eye and Common Eye Problems
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2018 Department of Ophthalmology Chair Report
SAVE THE▼ DATE Department of 200 Ophthalmology Years www.NYEE.edu Anniversary SPECIALTY REPORT | FALL 2018 www.NYEE.edu Celebration Join us for 200 Years and Counting: Bicentennial Cocktail Celebration October 15, 2020 Research Breakthrough: The Plaza 768 5th Avenue Gene Transfer New York, NY Therapy Restores 200 Years and Counting: Ophthalmology Vision in Mice Symposium October 16, 2020 Stay tuned for details on tickets and registration information. Cover image: Slice of a central retina section showing all layers (ONL, INL, GCL). Red indicates rod photoreceptors, located in outer nuclear layer (ONL). Green indicates Müller glial cells, whose cell bodies are located in inner nuclear layer (INL), and their branches across all three layers. Dark blue indicates the nucleus of all cells in three layers (GCL). Icahn School of Medicine at Medical Directors Neuro-Ophthalmology Uveitis and Ocular Immunology Mount Sinai Departmental Mark Kupersmith, MD Douglas Jabs, MD, MBA Avnish Deobhakta, MD Leadership System Chief, System Chief, Uveitis and Ocular Medical Director, NYEE - Neuro-Ophthalmology, Immunology, MSHS James C. Tsai, MD, MBA East 85th Street MSHS President, NYEE Stephanie Llop, MD System Chair, Department of Robin N. Ginsburg, MD 3 Message From the System Chair of the DepartmentValerie Elmalem, of Ophthalmology MD Sophia Saleem, MD Ophthalmology, MSHS Medical Director, NYEE- Joel Mindel, MD East 102nd Street Louis4 R. Pasquale,Breaking MD New Ground in Gene Transfer Therapy to Restore Vision Affiliated Leadership Ocular Oncology Site Chair, Department of Gennady Landa, MD Paul Finger, MD Ebby Elahi, MD, MBA Ophthalmology, MSH and MSQ Medical Director, NYEE- 6 This i-Doctor Is Transforming the Field of Ophthalmology President, NYEE/MSH System Vice Chair, Translational Williamsburg and Tribeca Ophthalmic Pathology Ophthalmology Alumni Ophthalmology Research, MSHS Jodi Sassoon, MD Society Kira Manusis, MD Inside Feature Site Chair, Pathology, NYEE Medical Director, NYEE- Paul A. -
Anesthesia for Eye Surgery
Anesthesia for Eye Surgery Having a surgery can be stressful. We would like to provide you the following information to help you prepare for your eye surgery. Eye surgeries are typically done under topical or local anesthesia with or without mild sedation. Topical Anesthesia This is administered via special eye drops by a preoperative nurse. Local Anesthesia This is administered via injection by an ophthalmologist. Your ophthalmologist will inject local anesthesia to the eye that is to undergo the operation. During the injection, you will be lightly sedated. In the operating room During the procedure it is very important that you remain still. This is a very delicate surgery; any abrupt movement can hinder a surgeon’s performance. If you have any concerns during the surgery, such as pain, urge to cough or itching, please let us know immediately. Typically, patients are not heavily sedated for this type of procedure. Therefore, it is normal for patients to feel pressure around their eyes, but not pain. In order to maintain surgical sterility, your face and body will be covered with a sterile drape. You will be given supplemental oxygen to breathe. An anesthesia clinician will continue to monitor your vital signs for the duration of the procedure. The length of the procedure usually ranges from 10 minutes to 30 minutes. In the recovery room After surgery, you will be brought to the recovery room. A recovery room nurse will continue to monitor your vital signs for the next 20 to 30 minutes. It is important that you do not drive or operate any machinery for the next 24 hours. -
Table of Contents
Leadership Development Program Project Abstracts Table of Contents LDP XXII, CLASS OF 2020 GRADUATES Name/Society/Project Page John J. Chen, MD, PhD 1 North American Neuro-Ophthalmology Society Project: The Neuro-Ophthalmology career path: misconceptions and barriers to recruitment Jeremy D. Clark, MD 2 Kentucky Academy of Eye Physicians and Surgeons Project: The Web of Innovation: Silent Auction Benefitting Political Action funds in Kentucky Gennifer J. Greebel, MD 3 New York State Ophthalmological Society Project: Inspiring Professional Aspirations in Adolescents with Low Vision Mark A. Greiner, MD 4 Eye Bank Association of America Project: Revisiting Eye Banking Medical Standards To Accommodate Emerging Technologies Jennifer F. Jordan, MD 5 North Carolina Society of Eye Physicians and Surgeons Project: Advocacy Exposure for North Carolina Ophthalmologists in Training Kapil G. Kapoor, MD 6 Virginia Society of Eye Physicians and Surgeons Project: Unwrapping Virginia Bill 506B Erin Lichtenstein, MD 7 Maine Society of Eye Physicians and Surgeons Project: Bringing Ophthalmology Residents to Maine Jennifer L. Lindsey, MD 8 Association of Veterans Affairs Ophthalmologists Project: Illuminating the Path to Advocacy for Veterans Affairs Ophthalmologists Donald A. Morris, DO 9 American Osteopathic College of Ophthalmology Project: Single Accreditation of Ophthalmology residencies is here. What is the next step? Lisa Nijm, MD, JD 10 Women in Ophthalmology Project: Implementing a Clinical Trials Training Program to Increase Diversity of Primary Investigators Involved in Ophthalmic Research LDP XXII, CLASS OF 2020 GRADUATES (cont’d) Name/Society/Project Page Roma P. Patel, MD, MBA 11 California Academy of Eye Physicians and Surgeons Project: Increasing Membership Value to our CAEPS Members Jelena Potic, MD, PhD 12 European Society of Ophthalmology Project: Harmonization of Surgical Skills Standards for Young Ophthalmologists across Europe Pradeep Y. -
Laser Vision Correction Surgery
Patient Information Laser Vision Correction 1 Contents What is Laser Vision Correction? 3 What are the benefits? 3 Who is suitable for laser vision correction? 4 What are the alternatives? 5 Vision correction surgery alternatives 5 Alternative laser procedures 5 Continuing in glasses or contact lenses 5 How is Laser Vision Correction performed? 6 LASIK 6 Surface laser treatments 6 SMILE 6 What are the risks? 7 Loss of vision 7 Additional surgery 7 Risks of contact lens wear 7 What are the side effects? 8 Vision 8 Eye comfort 8 Eye Appearance 8 Will laser vision correction affect my future eye health care? 8 How can I reduce the risk of problems? 9 How much does laser vision correction cost? 9 2 What is Laser Vision Correction? Modern surgical lasers are able to alter the curvature and focusing power of the front surface of the eye (the cornea) very accurately to correct short sight (myopia), long sight (hyperopia), and astigmatism. Three types of procedure are commonly used in If you are suitable for laser vision correction, your the UK: LASIK, surface laser treatments (PRK, surgeon will discuss which type of procedure is the LASEK, TransPRK) and SMILE. Risks and benefits are best option for you. similar, and all these procedures normally produce very good results in the right patients. Differences between these laser vision correction procedures are explained below. What are the benefits? For most patients, vision after laser correction is similar to vision in contact lenses before surgery, without the potential discomfort and limitations on activity. Glasses may still be required for some activities after Short sight and astigmatism normally stabilize in treatment, particularly for reading in older patients. -
Action and Perception Are Temporally Coupled by a Common Mechanism That Leads to a Timing Misperception
The Journal of Neuroscience, January 28, 2015 • 35(4):1493–1504 • 1493 Behavioral/Cognitive Action and Perception Are Temporally Coupled by a Common Mechanism That Leads to a Timing Misperception Elena Pretegiani,1,2 Corina Astefanoaei,3 XPierre M. Daye,1,4 Edmond J. FitzGibbon,1 Dorina-Emilia Creanga,3 Alessandra Rufa,2 and XLance M. Optican1 1Laboratory of Sensorimotor Research, NEI, NIH, DHHS, Bethesda, Maryland, 20892-4435, 2EVA-Laboratory, University of Siena, 53100 Siena, Italy, 3Alexandru Ioan Cuza University, Physics Faculty, 700506 Iasi, Romania, and 4Institut du cerveau et de la moelle´pinie e `re (ICM), INSERM UMRS 975, 75013 Paris, France We move our eyes to explore the world, but visual areas determining where to look next (action) are different from those determining what we are seeing (perception). Whether, or how, action and perception are temporally coordinated is not known. The preparation time course of an action (e.g., a saccade) has been widely studied with the gap/overlap paradigm with temporal asynchronies (TA) between peripheral target onset and fixation point offset (gap, synchronous, or overlap). However, whether the subjects perceive the gap or overlap, and when they perceive it, has not been studied. We adapted the gap/overlap paradigm to study the temporal coupling of action and perception. Human subjects made saccades to targets with different TAs with respect to fixation point offset and reported whether they perceived the stimuli as separated by a gap or overlapped in time. Both saccadic and perceptual report reaction times changed in the same way as a function of TA. The TA dependencies of the time change for action and perception were very similar, suggesting a common neural substrate. -
UCSF Ophthalmology Advice Guide Authors: Seanna Grob, MD, MAS
UCSF Ophthalmology Advice Guide Authors: Seanna Grob, MD, MAS and Neeti Parikh, MD Hello! We are excited that you are interested in ophthalmology! It is truly a special field in medicine. From saving someone’s vision after severe eye trauma, to restoring vision with cataract, retina, or cornea surgery, to preserving someone’s vision with glaucoma management and surgery, to reconstructing someone’s periocular area after trauma, burns, or tumor removal, amazing things can happen in ophthalmology. Ophthalmologists love their job and the majority say they would pick this specialty again if they had the choice. An incredible amount of job satisfaction comes from saving someone’s vision! We are here for you in the UCSF Department of Ophthalmology! We have put together this guide to help you through the process. This guide is meant to be very comprehensive. We want to make sure you are aware of all the opportunities and resources you have so that you can plan accordingly. You do not have to do everything we mention! Please feel free to reach out with questions about the specialty, how to get involved, and how to become a great ophthalmology applicant! 1 Medical School A well-rounded application is important for a successful match and any way you can prove to ophthalmology programs that you are dedicated to the field will be helpful to you. As more objective data (such as grades and board scores become less prevalent) other parts of your application will become more important. Various experiences you seek out are not only fun and educational, but will offer exposure to this wonderful field. -
The Complexity and Origins of the Human Eye: a Brief Study on the Anatomy, Physiology, and Origin of the Eye
Running Head: THE COMPLEX HUMAN EYE 1 The Complexity and Origins of the Human Eye: A Brief Study on the Anatomy, Physiology, and Origin of the Eye Evan Sebastian A Senior Thesis submitted in partial fulfillment of the requirements for graduation in the Honors Program Liberty University Spring 2010 THE COMPLEX HUMAN EYE 2 Acceptance of Senior Honors Thesis This Senior Honors Thesis is accepted in partial fulfillment of the requirements for graduation from the Honors Program of Liberty University. ______________________________ David A. Titcomb, PT, DPT Thesis Chair ______________________________ David DeWitt, Ph.D. Committee Member ______________________________ Garth McGibbon, M.S. Committee Member ______________________________ Marilyn Gadomski, Ph.D. Assistant Honors Director ______________________________ Date THE COMPLEX HUMAN EYE 3 Abstract The human eye has been the cause of much controversy in regards to its complexity and how the human eye came to be. Through following and discussing the anatomical and physiological functions of the eye, a better understanding of the argument of origins can be seen. The anatomy of the human eye and its many functions are clearly seen, through its complexity. When observing the intricacy of vision and all of the different aspects and connections, it does seem that the human eye is a miracle, no matter its origins. Major biological functions and processes occurring in the retina show the intensity of the eye’s intricacy. After viewing the eye and reviewing its anatomical and physiological domain, arguments regarding its origins are more clearly seen and understood. Evolutionary theory, in terms of Darwin’s thoughts, theorized fossilization of animals, computer simulations of eye evolution, and new research on supposed prior genes occurring in lower life forms leading to human life. -
New Horizons Forum
Speeding the development of new therapies and diagnostics for glaucoma patients New Horizons Forum Friday, February 9, 2018 Palace Hotel, San Francisco, CA © Aerie Pharmaceuticals, Inc. Irvine, CA 92614 Follow the meeting on Twitter: #Glaucoma360 MLR-0002 Glaucoma Research Foundation thanks the following sponsors WELCOME for their generous support of Glaucoma 360 PLATINUM It is our sincere pleasure to welcome you to the 7th Annual Glaucoma 360: New Horizons Forum, hosted by Glaucoma Research Foundation. This important meeting provides a unique opportunity to bring together leaders in medicine, science, industry, venture capital, and the FDA to discuss emerging ideas in glaucoma and encourage collaboration to accelerate their development for clinical use. Since its establishment in 2012, this annual forum continues to grow and provide the ultimate opportunity to highlight important advances and facilitate networking between these essential groups. As a result, there are now more effective therapies and diagnostic tools in clinical practice today to help doctors manage the disease more effectively. But, unmet medical needs remain in glaucoma. Glaucoma Research Foundation is resolute in its mission to preserve vision and continue its role as a catalyst in the advancement of research towards new treatments and a cure. SILVER Glaucoma 360 would not be possible without the generous and selfless contributions of so many including: members of our Advisory Board, Program and Steering Committees who have volunteered their time to build an outstanding agenda; our dedicated sponsors who have helped to underwrite this event; our speakers, presenters, and panelists who are ready to share their expertise and unique perspectives; our attendees; the support of our Board of Directors and staff at Glaucoma Research Foundation; and the hard working team at The Palace Hotel. -
Cut-And-Assemble Paper Eye Model
CUT-AND-ASSEMBLE PAPER EYE MODEL Background information: This activity assumes that you have study materials available for your students. However, if you need a quick review of how the eye works, try one of these videos on YouTube. (Just use YouTube’s search feature with these key words.) “Anatomy and Function of the Eye: posted by Raphael Fernandez (2 minutes) “Human Eye” posted by Smart Learning for All (cartoon, 10 minutes) “A Journey Through the Human Eye” posted by Bausch and Lomb (2.5 minutes) “How the Eye Works” posted by AniMed (2.5 minutes) You will need: • copies of the pattern pages printed onto lightweight card stock (vellum bristol is fine, or 65 or 90 pound card stock) • scissors • white glue or good quality glue stick (I always advise against “school glue.”) • clear tape (I use the shiny kind, not the “invisible” kind, as I find the shiny kind more sticky.) • a piece of thin, clear plastic (a transparency [used in copiers] is fine, or a piece of recycled clear packaging as long as it is not too thick-- it should be fairly flimsy and bend very easily) • colored pencils: red for blood vessels and muscle, and brown/blue/green for coloring iris (your choice) (Also, you can use a few other colors for lacrimal gland, optic nerve, if you want to.) • thin permanent marker for a number labels on plastic parts (such as a very thin point Sharpie) Assembly: 1) After copying pattern pages onto card stock, cut out all parts. On the background page that says THE HUMAN EYE, cut away the black rectangles and trim the triangles at the bottom, as shown in picture above. -
Approved and Unapproved Abbreviations and Symbols For
Facility: Illinois College of Optometry and Illinois Eye Institute Policy: Approved And Unapproved Abbreviations and Symbols for Medical Records Manual: Information Management Effective: January 1999 Revised: March 2009 (M.Butz) Review Dates: March 2003 (V.Conrad) March 2008 (M.Butz) APPROVED AND UNAPPROVED ABBREVIATIONS AND SYMBOLS FOR MEDICAL RECORDS PURPOSE: To establish a database of acceptable ocular and medical abbreviations for patient medical records. To list the abbreviations that are NOT approved for use in patient medical records. POLICY: Following is the list of abbreviations that are NOT approved – never to be used – for use in patient medical records, all orders, and all medication-related documentation that is either hand-written (including free-text computer entry) or pre-printed: DO NOT USE POTENTIAL PROBLEM USE INSTEAD U (unit) Mistaken for “0” (zero), the Write “unit” number “4”, or “cc” IU (international unit) Mistaken for “IV” (intravenous) Write “international unit” or the number 10 (ten). Q.D., QD, q.d., qd (daily) Mistaken for each other Write “daily” Q.O.D., QOD, q.o.d., qod Period after the Q mistaken for Write (“every other day”) (every other day) “I” and the “O” mistaken for “I” Trailing zero (X.0 mg) ** Decimal point is missed. Write X mg Lack of leading zero (.X mg) Decimal point is missed. Write 0.X mg MS Can mean morphine sulfate or Write “morphine sulfate” or magnesium sulfate “magnesium sulfate” MSO4 and MgSO4 Confused for one another Write “morphine sulfate” or “magnesium sulfate” ** Exception: A trailing zero may be used only where required to demonstrate the level of precision of the value being reported, such as for laboratory results, imaging studies that report size of lesions, or catheter/tube sizes. -
Ophthalmology Abbreviations Alphabetical
COMMON OPHTHALMOLOGY ABBREVIATIONS Listed as one of America’s Illinois Eye and Ear Infi rmary Best Hospitals for Ophthalmology UIC Department of Ophthalmology & Visual Sciences by U.S.News & World Report Commonly Used Ophthalmology Abbreviations Alphabetical A POCKET GUIDE FOR RESIDENTS Compiled by: Bryan Kim, MD COMMON OPHTHALMOLOGY ABBREVIATIONS A/C or AC anterior chamber Anterior chamber Dilators (red top); A1% atropine 1% education The Department of Ophthalmology accepts six residents Drops/Meds to its program each year, making it one of nation’s largest programs. We are anterior cortical changes/ ACC Lens: Diagnoses/findings also one of the most competitive with well over 600 applicants annually, of cataract whom 84 are granted interviews. Our selection standards are among the Glaucoma: Diagnoses/ highest. Our incoming residents graduated from prestigious medical schools ACG angle closure glaucoma including Brown, Northwestern, MIT, Cornell, University of Michigan, and findings University of Southern California. GPA’s are typically 4.0 and board scores anterior chamber intraocular ACIOL Lens are rarely lower than the 95th percentile. Most applicants have research lens experience. In recent years our residents have gone on to prestigious fellowships at UC Davis, University of Chicago, Northwestern, University amount of plus reading of Iowa, Oregon Health Sciences University, Bascom Palmer, Duke, UCSF, Add power (for bifocal/progres- Refraction Emory, Wilmer Eye Institute, and UCLA. Our tradition of excellence in sives) ophthalmologic education is reflected in the leadership positions held by anterior ischemic optic Nerve/Neuro: Diagno- AION our alumni, who serve as chairs of ophthalmology departments, the dean neuropathy ses/findings of a leading medical school, and the director of the National Eye Institute. -
The Evolution of Human Intelligence and the Coefficient of Additive Genetic Variance in Human Brain Size ⁎ Geoffrey F
Intelligence 35 (2007) 97–114 The evolution of human intelligence and the coefficient of additive genetic variance in human brain size ⁎ Geoffrey F. Miller a, , Lars Penke b a University of New Mexico, USA b Institut für Psychologie, Humboldt-Universität zu Berlin, Germany Received 3 November 2005; received in revised form 17 August 2006; accepted 18 August 2006 Available online 12 October 2006 Abstract Most theories of human mental evolution assume that selection favored higher intelligence and larger brains, which should have reduced genetic variance in both. However, adult human intelligence remains highly heritable, and is genetically correlated with brain size. This conflict might be resolved by estimating the coefficient of additive genetic variance (CVA) in human brain size, since CVAs are widely used in evolutionary genetics as indexes of recent selection. Here we calculate for the first time that this CVA is about 7.8, based on data from 19 recent MRI studies of adult human brain size in vivo: 11 studies on brain size means and standard deviations, and 8 studies on brain size heritabilities. This CVA appears lower than that for any other human organ volume or life-history trait, suggesting that the brain has been under strong stabilizing (average-is-better) selection. This result is hard to reconcile with most current theories of human mental evolution, which emphasize directional (more-is-better) selection for higher intelligence and larger brains. Either these theories are all wrong, or CVAs are not as evolutionarily informative as most evolutionary geneticists believe, or, as we suggest, brain size is not a very good index for understanding the evolutionary genetics of human intelligence.