Newsroom
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Evaluating Traumatic Brain Injury with the Photopic Negative Response in Electroretinography
The CDC estimates there were nearly 69,000 deaths related to traumatic brain injury (TBI) in 2021 in the U.S. In response, there are, as of August 2024, over 200 clinical trials listed on clinicaltrials.gov that…
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Choosing Between Sweep VEP Methods
Sweep Visual Evoked Potentials (sweep VEP) is a method for objectively assessing visual acuity using electrophysiology. Unlike traditional behavioral acuity tests such as Teller cards or the Snellen chart, which rely on subjective responses, the…
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Visual Electrophysiology Supports Clinical Trials of Remyelinating Drugs for Multiple Sclerosis
Multiple sclerosis (MS) is a disease where the body’s immune system impairs myelin, the protective sheath that covers nerve fibers running through the central nervous system. Damaged myelin affects communication between the brain and the…
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New Visual Diagnostic Systems Combine Benefits of Visual Electrophysiology and Perimetry
ISCEV and IPS jointly published the FST guideline The International Society for Clinical Electrophysiology (ISCEV, iscev.org) and the Imaging and Perimetry Society (IPS, perimetry.org) jointly published in January 2024 a guideline for the full-field stimulus…
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Collecting Visual Electrophysiology Normative Data in West Africa
We are pleased to announce the installation of our visual electrophysiology system at the Diagnostic Visual Function Research Laboratory of the Department of Optometry and Vision Science, University of Cape Coast, Ghana. This hospital, situated…
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Retinal Gene Therapy Once Again Utilizes FST Testing
DiagnosysFST continues to be an important diagnostic tool to quantitatively evaluate the efficacy of breakthrough gene therapies for inherited retinal degeneration. We recently witnessed a new breakthrough in gene editing. This time it’s for CEP290-associated…
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ERG for Children
Discover the abridged ERG for children. Full-field ERG is a pivotal diagnostic tool for detecting generalized retinal dysfunction and identifying functional abnormalities within the retina. The International Society for Clinical Electrophysiology of Vision (ISCEV) ERG…
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E3 System on the International Space Station
Diagnosys E3 Ophthalmic Electrophysiology System begins its use on the International Space Station. Research on changes to the eye and brain during long-duration spaceflight now uses the Diagnosys E3 system to measure retinal function. Lowell,…
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The Full-field Sensitivity Threshold (FST) for Ophthalmic Diagnosis
What is the FST? The FST is a psychophysical test with distinct advantages over other tests for quantifying vision in individuals with advanced retinal degeneration. At its core, the FST assesses visual field sensitivity by…
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Introducing DiagnosysFST Protocols
Introducing DiagnosysFST® as a unique method to determine visual threshold of rod and cone performance using either Diagnosys ColorDome or ColorFlash stimulators. With more than 15 years experience in clinical trials and over 45 peer-reviewed…
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Celeris Patent
Four years ago, Diagnosys released our Celeris Rodent Electrophysiology system. We are pleased to announce the U.S. Patent Office has issued a patent for the Celeris Electrode-Stimulator. The need for an improved approach to more quickly and…