Imaging

The GMOPC was established in February 2020 at an inaugural meeting in Los Angeles, California, as an investigator-initiated clinical research study, with Heidelberg Engineering as an industry partner.

Investigators are searching for a link between TIAs and changes in the back of the eye.

Work by a team of investigators is shedding light on the severity for gene variants and establishing outcome measures for therapeutic trials.

This Bascom Palmer Eye Institute 2-day virtual scientific program promises a distinguished international faculty who will share the latest developments in imaging, translational research, and clinical trials as well as the impact these advances will have on clinical ophthalmology.

A partnership that includes BALANCED Media|Technology, the Retina Foundation of the Southwest and Southern Methodist University is seeking a patent for machine learning software for OCT images aids in identity progression and treatment options

According to the company, the iScan80 is a high-speed OCT system ideal for practices seeking an affordable and versatile OCT system.

Ted Leng, MD, discusses his IRIS Registry analysis presentation regarding variations in vitreoretinal physician utilization of ancillary testing.

A team of scientists have developed a two-photon excited fluorescence scanning laser ophthalmoscope, an instrument that allows viewing the biochemistry of vision in the living eye in real time.

Approach shows potential as a promising second-line screening tool for patients with diabetes.

SD-OCT is providing reproducible, high-quality, registered images to assess the treatment response in macular disease.

Widefield fundus autofluorescence detects subtle findings, which can result in better outcomes.

A pilot study tests the technology to obtain remote fundus imaging of patients.

Investigators hoping to develop a novel artificial intelligence model.

Proposal hints at the use of generative adversarial network (GAN) for applications in macular surgery

Diagnostics, imaging, and therapeutics pave the way for better outcomes.

Retinal and choroidal changes were observed in study.

Pilot study tests the technology to obtain remote fundus imaging of patients.

Patients can get real-time disease monitoring with self-operated device.

Adolf Fercher's 2D image of fundus paved way for today’s imaging technique.

Investigators examine usefulness in refractive surgery evaluations.

Anat Loewenstein, MD, MHA, discusses how artificial intelligence can optimize optical coherence tomography.

Scanning laser ophthalmoscopy offers improved view of posterior segment.

Philip Rosenfeld, MD, PhD, presents results from a natural history study of patients that results in recognition of hypertransmission defects on en face OCT.

Tool for quantifying measures may predict outcomes for patients.