Archives: Webinars

Why (and How) I Adopted Handheld ERG Testing with RETeval

Objective functional testing for glaucoma? Yes!

Dr. Justin Schweitzer shares how he uses the handheld RETeval device to enhance his diagnostic precision and improve patient management for glaucoma and diabetic retinopathy. He walks through the value of ERG in detecting retinal dysfunction early, guiding risk assessment, and optimizing clinical workflows.

Detecting Retinal Damage Before It Occurs

Dr. Ernesto Collazo discusses how the RETeval is an innovative tool that enables early detection of retinal damage through quick, non-invasive testing. It allows for proactive diagnosis of conditions like diabetic retinopathy and glaucoma, improving patient outcomes by detecting dysfunction before permanent damage occurs.

Cómo Detectar daños de Retina Antes que Ocurran con el Sistema RETeval, con el Dr. Ernesto Collazo

En este seminario web, el Dr. Collazo explora cómo optimiza los resultados de los pacientes con el dispositivo RETeval. Las pruebas de ERG son uno de los primeros indicadores de enfermedades oculares, como glaucoma y retinopatía diabética, antes de que aparezca el daño en las imágenes estructurales. Con el RETeval, las pruebas son rápidas, eficaces y fáciles de interpretar, sin necesidad de electrodos corneales.

Optimizing Patient Outcomes with the RETeval

In this webinar, Dr. Mike Cymbor highlighted the RETeval’s role in early detection and management of glaucoma and diabetic retinopathy. He emphasized the need for advanced diagnostic tools to address the growing demand for eye care professionals and how ERG assessments can enhance disease monitoring and treatment decisions.

Effect of Maternal Opioid During pregnancy on Child Vision

Effect of maternal opioid

Webinar Four Recording Aired: May 31, 2021 6:00 pm BST/ 1:00 PM ET Women in visual electrophysiology Effect of maternal opioid use during pregnancy on children’s vision PRESENTED BY: In this fourth installment, Dr. Ruth Hamilton presents on her fascinating research using ERG to research the effects of prenatal opioid use on children’s vision. Hamilton […]

Non-Invasive ERG In Pediatric Patients

A Non-invasive ERG

Webinar Three Recording Aired: May 12th, 2021 5:00 pm CST (China Standard Time) / 11:00 am CEST / 5:00 am ET Women in visual electrophysiology A Non-Invasive ERG In Pediatric Patients With Suspected Inherited Retinal Diseases PRESENTED BY: In this third installment, Dr. Ding Xiaoian presents on non-invasive ERG in pediatric patients with suspected inherited […]

Objective Measurement of Optic Nerve

Objective Measurement of Optic Nerve

Webinar Two Recording Aired: April 28th, 2020 7:00 pm ET Women in visual electrophysiology Objective measurement of optic nerve Dysfunction in Optic Neuropathies PRESENTED BY: The Q&A will be available as soon as possible. Please check back soon. Dr. Heather Moss presented on objective measurements of optic nerve dysfunction. She especially focused on her fascinating […]

Seeing The Brain Through The Eyes

Seeing The Brain Through The Eyes

Webinar One Recording Aired: April 14th, 2020 7:00 pm ET Women in visual electrophysiology Seeing the brain through the eyes: Biomarkers for Alzheimer’s and dementia PRESENTED BY: In this first installment, Dr. Delia Cabrera DeBuc presents her research at the intersection of electroretinography and dementia. Cabrera DeBuc, D. et al ‘Investigating Multimodal Diagnostic Eye Biomarkers […]

Women in Visual Electrophysiology

This electrifying webinar series celebrates groundbreaking advances in visual electrophysiology by four exceptional women researchers from around the globe. From Alzheimer’s and dementia to optic neuropathies and inherited retinal diseases, this series offers a unique opportunity to learn from the leading experts shaping the future of eye health.

ERG pediátrico sin sedación usando RETeval

En este seminario web, el Dr. Mariano Zanolin presenta la electroretinografía sin sedación en niños, utilizando el dispositivo portátil RETeval con electrodos en la piel. Explica cómo esta tecnología mejora los diagnósticos de trastornos retinianos y facilita la integración en la práctica clínica, reduciendo el estrés y mejorando la experiencia del paciente.