Guyton, a renowned pediatric ophthalmologist, has been awarded the ARVO's Weisenfeld Award for his exceptional work on strabismus and amblyopia. He is also a respected educator and leader in the vision community, with numerous awards and honors to his name.
The US-India collaboration aims to address blindness and low vision, impacting every nation worldwide. The partnership identifies key areas for collaborative research and training, including the Human Ocular Phenome/Genome Evaluation project.
Researchers used gold beads to visualize slow phenomena in the eye, such as growth and fast eye movement. The study showed that three-quarters of the implanted beads remained stable over six months.
Researchers used a virtual 'forest' to test navigation skills, finding that good navigators rely on internal representations of the environment rather than just visual information. The study suggests that understanding how individuals use visual and non-visual cues can inform rehabilitation protocols for people with visual impairments.
The ARVO Foundation for Eye Research recognizes six clinicians with innovative vision research projects. Maria Cristina Malloci and others receive grants to support their work on AMD, ocular surface infections and corneal diseases.
The ARVO/Pfizer Ophthalmics conference aims to improve research and clinical care in areas of ophthalmology related to preventable vision loss and blindness. The meeting will explore topics such as angiogenesis, neovascularization, and vasoproliferation.
Researchers found that visual details are retained in working memory despite distractions, contradicting the idea of information loss. The study suggests a specialized system for processing real scenes, with implications for understanding development, aging, and attention disorders.
Miller's research on photodynamic therapy of neovascular age-related macular degeneration and Schuman's development of optical coherence tomography have led to significant advances in the diagnosis and management of glaucoma and retinal diseases.
A research team led by Professors Lamb and Pugh has been awarded the Proctor Medal for their comprehensive analysis of molecular events underlying photoreceptor response to light. Their work enables straightforward use of the electroretinogram in analyzing deficits in various basic and clinical situations.
Dr. Gragoudas is being recognized for his groundbreaking work on protein beam irradiation and photodynamic therapy for intraocular melanoma and neovascular age-related macular degeneration. He has made significant contributions to the clinical practice of ophthalmology, particularly in the study of retinal vascular diseases.
Researchers found that trained nurses and laypersons can accurately screen for vision disorders in preschool children, with some tests performing as well as optometrists. The study's results have significant implications for early detection and treatment of childhood eye disease.
A joint study by the University of Minnesota and German institutions found that participants' perceived shape of a face influences their verbal estimates and reach movements. The 'hollow-face illusion' showed similar effects on both verbal and reaching tasks, highlighting the importance of object recognition in motor actions.
The ARVO Foundation has received a $500,000 gift from Alcon Laboratories to launch a new clinician-scientist mentoring program. The program aims to foster interactions between basic scientists and clinicians, while also recognizing the importance of clinician-scientists in ophthalmic research.
Researchers found that infant vernier acuity is comparable to that of adults, with infants able to see small differences in contrast almost as well. This similarity suggests that vernier testing could be a sensitive test for visual disorders and a potential substitute for eye chart testing.
A study by neuroscientists suggests that faces and words are recognized differently, with faces identified by wholes and words by parts. In experiments, observers were asked to focus on a black dot accompanied by a letter or face, finding it easier to recognize the individual elements when they were isolated from context.
Researchers found dogs needed a greater difference in brightness than humans to discern differences, contrary to expectations given their arrhythmic nature. This suggests a compromise in their visual system to operate under varying light conditions, highlighting the unique perceptual world of dogs.