This interview with Dr. Kester Nahen originally published in German in the journal Concept Ophthalmologie (issue 09/2016) addresses the characteristics of the non-invasive OCT angiography and the specifics of the recently launched SPECTRALIS OCT Angiography Module (currently available only outside the USA).
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The difficult task of detecting subtle change in retinal nerve fiber layer (RNFL) thickness over time demands accuracy and repeatability.
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We are pleased to announce our participation at the 32nd Asia-Pacific Academy of Ophthalmology Congress (APAO) from March 1-5, 2017 in Singapore’s Suntec Convention and Exhibition Centre.
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If you had to choose the most significant achievements in eye care, what would you pick? As Heidelberg Engineering celebrated its 25th anniversary and reflected on the contribution of its own technologies to the advancement of eye care, this larger question emerged.
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Christopher Mody, Director of Clinical Services at Heidelberg Engineering Ltd. discusses the interpretation of OCT angiography images of the retinal vasculature.
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Our new handout “Retinal Layers” is designed to give you and your staff members a clear guide to support your everyday work.
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A total of 350 participants from 44 countries attended the 14th International SPECTRALIS® Symposium (ISS) on November 25th and 26th at the Garden Palace Liechtenstein in Vienna, Austria.
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You can benefit anytime and anywhere from premium ophthalmology information and services in the Heidelberg Engineering Business Lounge.
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During a symposium hosted by Heidelberg Engineering at the 16th European Glaucoma Congress in Prague, Prof. Balwantray Chauhan, Prof. Christian Mardin and Dr. Claude Francis Burgoyne discussed the structures relevant for glaucoma that can be identified by optical coherence tomography (OCT) and how the new techniques and parameters of the SPECTRALIS Glaucoma Module Premium Edition perform in clinical practice.
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This article explores the history of peripheral imaging and highlights how the latest widefield imaging technologies are providing clinicians with the opportunity to visualize more peripheral retinal structure than ever before.
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