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Virtual Exhibit Hall
Note:
There is an extra charge for Learning Labs.
Categories:
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Category
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Administrative/Practice Management
01a
01. Administrative/Practice Management
Chart Documentation/Coding/Scribing/Triage
01b
02. Chart Documentation/Coding/Scribing/Triage
History Taking
01c
03. History Taking
General Ophthalmic Knowledge
02a
04. General Ophthalmic Knowledge
Comprehensive Clinical Ophthalmology
02b
05. Comprehensive Clinical Ophthalmology
General Surgery
02c
06. General Surgery
Cornea
03
07. Cornea
Glaucoma
04
08. Glaucoma
Oculoplastics
05
09. Oculoplastics
Retina
06
10. Retina
Refractive and Cataract Surgery
07
11. Refractive and Cataract Surgery
Neuro-Ophthalmology
08
12. Neuro-Ophthalmology
Pediatrics
09
13. Pediatrics
Ocular/Systemic Diseases
10
14. Ocular/Systemic Diseases
Diagnostic Testing/Imaging
11a
15. Diagnostic Testing/Imaging
Visual Fields
11b
16. Visual Fields
Instruments and Specialized Tests
11c
17. Instruments and Specialized Tests
Contact Lenses/Spectacles/Optical Dispensing
12
18. Contact Lenses/Spectacles/Optical Dispensing
Visual Assessment and Therapy
13a
19. Visual Assessment and Therapy
Low Vision/Treatment
13b
20. Low Vision/Treatment
Masters Courses
15
21. Masters Courses
Sub-Specialty Sessions
16
22. Sub-Specialty Sessions
Learning Labs
14
23. Learning Labs
To register for any of the courses listed below, take note of their course code and click on the "REGISTER" button located at the top of the page.
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Course Times
Course Info
Course Code
Course
Instructor
Course Description
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VD214005
Adaptive Optics: The Future of Ophthalmic Imaging and More
Yu You Jiang, COMT
Description: This course will explore the use of adaptive optics (AO) in forms of adaptive optics scanning laser ophthalmoscopy (AO-SLO) and adaptive optics optical coherence tomography (AO-OCT) to acquire in-vivo images of the retina at the cellular level. It will show the audience the latest research in AO-SLO and AO-OCT, from the most recent advancement in capabilities to image the ganglion cells with AO-OCT, to application of AO-SLO in clinical trials of gene therapy targeting inherited retinal diseases.
257409
VD214007
Advanced Echographic Imaging that Guides Surgical or Clinical Intervention
Kelly Babic, COA
Description: This course will discuss the utilization of advanced ultrasound biomicroscopy (UBM) and B-scan imaging strategies and knowledge to aid in determination of clinical differentials and when surgical intervention is required. This course will focus on coupling intake clinical presentation with an optimized imaging approach to provide an advanced differential list and cautionary tales. Basic probe positions and instrumentation will not be reviewed.
79236
VD153008
Advanced Retinal Imaging Techniques
Craig Neil Simms, COMT
Description: Advanced retinal imaging techniques is a continuation of basic retinal photography. This course will cover advanced techniques including stereo retinal photography, standardized diabetic retinal field photography, peripheral wide field photography, fundus autofluorescence and indocyanine green angiography. The process of each technique and the photographic result will be described with examples.
73587
VD152013
Angiography
Mandi Conway
Description: This course will cover traditional fluorescein angiography including definitions and examples of hyper- and hypo-fluorescence. Indications, contraindications and potential side effects of the dye injection will be covered. Examples of retinal pathology imaged with fluorescein and optical coherence tomography (OCT) angiography will be presented.
37910
VD153004
B-Scan: A Review of Tips and Techniques for High-Quality Images
Ashley Jo-Anne Alexander, COMT
Description: In this course we will discuss the clinical uses for B-scan and review procedure standards. Examples of different pathologies will be used to demonstrate the importance of particular techniques that can be used to obtain high-quality diagnostic images.
205449
VD151006
Basic Fundus Photography
Craig Neil Simms, COMT
Description: Basic fundus photography will serve as a beginning point for the ophthalmic technician who is venturing into the field of ophthalmic photography. Starting from the basics, this course will review basic anatomy of the eye, define a fundus camera and discuss the fundamental differences between mydriatic and non-mydriatic cameras. This course will review how to perform fundus photography, from patient preparation through taking photos and managing the photographs.
73587
VD153003
Clinical Correlation of Fluorescein Angiography, OCT and OCT-A
FRANK LAFRANCO
Description: The clinical correlation of fluorescein angiogram findings, optical coherence tomography (OCT) and optical coherence tomography angiography (OCT-A) results in common retinal disorders will be discussed. Attendees will be able to understand and recognize common disorders of the retina and interpret fluorescein results in retinal disease.
189900
VD152026
Electrophysiology for Technicians: What is ERG, VEP and EOG?
Xiaosong Zhu, COMT
Description: This course will review the layers of the retina and visual pathway, including an overview of the basic electroretinography (ERG), visual evoked potential (VEP) and electrooculogram (EOG) procedures. The course will outline these tests, why they are needed and how they are performed. Practical applications of electrophysiology will be reviewed through several case studies.
83379
Fluorescein Angiography
Craig Neil Simms, COMT
Description: This course will provide an overview of the basics of fluorescein angiography starting with luminescence and fluorescence and how it can be used in the eye. The process of fluorescein angiography will be covered including the dosage, injection, possible adverse reactions from the injection, sequencing and completion of photography. The course will finish with the phases of the angiogram and descriptive terminology used to describe fluorescein angiography photographs.
73587
VD152001
For the Love of Lensometry
Faith Moscato Race, COT
Description: This course will discuss and demonstrate the use of a manual lensometer. Topics include: focusing the eyepiece, proper spectacle placement, establishing an optical center, neutralizing in plus and minus cylinder, reading multifocal lenses and measuring prism.
141980
VD153009
Imaging in Retinal Vascular Disease
Craig Neil Simms, COMT
Description: This course will cover imaging techniques specific to retinal vascular disease. The imaging techniques discussed include fundus biomicroscopy, fundus photography, fluorescein angiography, optical coherence tomography and indocyanine green. The discussion will be focused on how these techniques are used in the imaging of retinal vascular disease. Examples of features of retinal vascular disease as imaged by the described imaging techniques will be shown.
73587
VD152005
Interesting Cases in Ultrasound
Ellen Fiona Forsyth Farrell
Description: This course will present interesting case studies with the use of UBM and B-scan.
31476
VD113002
IOL Calculations
Jack T. Holladay
Description: This course will discuss methods to select the proper intraocular lens (IOL) to ensure patient satisfaction after cataract surgery. Accuracy requires minimizing measurement errors, using the correct IOL formulas and measuring patients postoperatively. Unusual cases such as post-refractive, silicone in the vitreous and retinal detachment will be discussed.
89614
VB153012
New Advances in Imaging of the Posterior Segment
Srinivas Sadda
Description: Retinal imaging is advancing at a rapid pace with many new technologies such as optical coherence tomography angiography (OCT-A), color autofluorescence adaptive optics and fluorescence lifetime imaging now becoming available. This course will review these advances.
168598
VD152010
OCT Angiography with Cirrus HD-OCT
Connie LeAnn McKeehen, CCOA
Description: This course will discuss the new AngioPlex technology and examine applications of Cirrus OCT AngioPlex software. It will review how to perform AngioPlex scans and explain analysis options available with this new technology. Disclaimer: This is proprietary information presented to allow students to master a specific task or process. Alternatives to this technology may exist and a well-informed technician should have knowledge of those alternatives.
69057
VD152011
You Want Me to Do What Now?! The Ins and Outs of Specialty Testing
Savory A. Turman, COMT
Description: This course will discuss the necessity of adjunctive testing throughout clinical setting. The common diagnoses for specialty testing will be discussed, including Goldmann visual field, color testing, optical coherence tomography (OCT), keratometry, photography and exophthalmometry. This course will provide explanation of how testing is done and how to communicate instructions to patients.
155179
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