The following article written by Prof. Dr. Frank G. Holz, published in The Ophthalmologist will take you on "a journey from pencil drawings of retinal pathology to fluorescence lifetime imaging ophthalmoscopy."
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Daniel Miller, MD, Matthew Dressler, and Darlene Casbar conducted the Cincinnati Eye Workflow Study over the course of six weeks.
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The European Glaucoma Society (EGS) Meeting in Prague is just around the corner, and Heidelberg Engineering will be part of that exciting meeting. We are pleased to invite you to join us for the Heidelberg Engineering Industry Meeting.
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The following article written by S.K. Steven Houston III, MD published in Retina Today provides a comprehensive review on the OCT features and functions.
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ARVO is just around the corner and many clinical experts from all over the world will participate in anticipation of learning the latest scientific results on clinical applications and technological advances.
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OCT angiography (OCT-A) is an emerging imaging modality with the potential to enhance the diagnostic understanding of various disease entities. It offers the possibility to visualize vascular networks in high-resolution and non-invasively as opposed to established imaging methods such as FA and ICGA angiography.
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SPECTRALIS MultiColor – Scanning Laser Imaging is an innovative technology for fundus imaging offering image detail and clarity not available from traditional fundus photography.
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The introduction of OCT technology puts powerful diagnostic capabilities in the hands of eye care professionals. In particular, for many diseases, general ophthalmologists and optometrists can now make diagnoses right in their own practice [...]
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Two decades since its introduction, OCT has become indispensable for research, screening, diagnosing, and monitoring diseases of the macula and optic nerve head.
In a high quality, high resolution OCT scan, at least 13 retinal layers can be identified, the names of which [...]
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The OCT2 Module brings the next generation of OCT technology to the SPECTRALIS® diagnostic imaging platform. It combines a high scan rate of 85,000 Hz with Heidelberg Engineering’s proprietary TruTrack Active Eye Tracking to provide excellent image quality and significantly improved acquisition speed.
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