To evaluate patients with uveitis, a tailored multimodal imaging approach can be very helpful both in the clinic and in clinical trials. With selective imaging, you can integrate and correlate the data from different images for a more conclusive diagnosis.
New imaging technologies, such as ultra-wide-field fluorescein angiography and optical coherence tomography angiography, are providing more details about retinal diseases than previous imaging technologies, leading to better understanding of disease processes.
A 16-year-old female was scheduled for her periodic ophthalmic evaluation to update her spectacle lens prescription. At the visit, she reported a history of migraines, but the remainder of her personal and family medical history was non-contributory. She took no medications and had a history of low hyperopic refractive correction.
Use of a handheld circular polarizing filter to intercept afferent and efferent light from a slit lamp or operating microscope highlights corneal structures that are otherwise invisible or barely seen.
Retina surgeons considered 2015 to be an exciting time in the subspecialty in all areas and pointed to the availability and increased use of 27-gauge instrumentation as one of the real highlights of surgical retina.
As 2015 progressed, researchers reported better ways to detect glaucoma, measure the damage it is causing, and understand how that damage is affecting their patients’ lives. No single innovation revolutionized the profession, but a wide range of technologies became more available to clinicians.
The topics of special interest to retina specialists during 2015 include optical coherence tomography angiography (OCTA) and screening for retinopathy of prematurity (ROP). Important research is taking place to determine the etiology of angiogenesis, possibly leading to targeting therapies in age-related macular degeneration (AMD), ROP, and diabetic retinopathy.