To transform the lives of millions of patients—children and adults—who suffer from lingering symptoms caused by brain injury, autism, learning disorders and neurodegenerative diseases by applying 21st century discoveries in neuroscience and neurophotonics to classic optometric eye care. This goal will be achieved through expansion of innovative clinical work using advanced technology and ongoing collaborative research and study. By synchronizing auditory and visual localization, a person’s reactions and responses to light and other environmental changes can be measured and modified to positively impact brain function and body chemistry.
To establish The Mind•Eye Institute as a recognized global leader in the:
- Studies of retinal-electrical-biochemical connections and the effects of these connections on physical, physiological and psychological systems, including heart, endocrine and neurological function.
- Use of prescription & therapeutic eyeglasses, contact lenses or other optometric interventions to selectively stimulate light dispersed on the retina, thereby maximizing patients’ visual performance.
- Improvement of patient perception of their surrounding environment and mitigating neurological symptoms related to brain injury and auditory/visual imbalances, as well as peripheral retinal processing dysfunctions.
- Development of new technologies and products in the emerging field of neurophotonics.
- Training of a worldwide network of optometrists to apply the latest techniques and discoveries of the Mind-Eye Institute and other neurophotonic experts in the care of patients.
- Education of other practitioners, such as endocrinologists, cardiologists, neurologists, chiropractors, and others.
Clinic Business Hours:
Monday - Saturday
8:00 AM - 6:45 PM
Sunday - Closed
Mind-Eye RESEARCH: Using the Z-bell℠ Test to Remediate Spatial Deficiencies in Non-Image-Forming Retinal Processing By Clark Elliott , Cynthia Putnam , Deborah Zelinsky , Daniel Spinner , Silpa Vipparti  and Abhinit Parelkar   DePaul University,...
Mind-Eye RESEARCH: Retinal Neuromodulation as a Non-Invasive Assessment and Treatment of Autonomic Function by Deborah G Zelinsky, ODRetinal circuitry’s effect on body functions suggests that retinal stress tolerance might be a clinical indicator of stability of the...
Mind-Eye RESEARCH: Effects on Deep Brain Circuitry by Modulation of Retinal Signals by Deborah G Zelinsky, ODThis presentation carries current research further by describing probable effects of external retinal stimulation as a means to alter internal chemical...
Quantitative Electroencephalograms and Neuro-Optometry: A Case Study That Explores Changes in Electrophysiology While Wearing Therapeutic Eyeglasses
Mind-Eye RESEARCH: Quantitative Electroencephalograms and Neuro-Optometry by Deborah G Zelinsky, OD & Corey FeinbergA Case Study That Explores Changes in Electrophysiology While Wearing Therapeutic Eyeglasses Abstract. The brain is equipped with a complex system...
Mind-Eye RESEARCH: Impact of Retinal Stimulation on Neuromodulation by Deborah G Zelinsky, ODSince retinal signals are processed by many regions of the brain—not just the visual cortex—the implication is that retinal stimulation can affect other physical,...
Mind-Eye RESEARCH: The Emerging Field of Neuro-Optometry Provides a Synergistic Effect with Optometry by Deborah G Zelinsky, ODEye glasses prescribed for central eyesight do not necessarily address peripheral processing and are not sufficient in some patients – such...
Mind-Eye RESEARCH: Auditory/Visual Integration Assessment and Treatment in Brain Injury Rehabilitation by Deborah G Zelinsky, ODRecent research has demonstrated that activating the retina – in particular, the peripheral retina – can influence inputs to the brain in...
Mind-Eye RESEARCH: Non-Invasive Assessment and Treatment of Autonomic Function Using Retinal Circuitry by Deborah G Zelinsky, ODTwo patients with positional orthostatic tachycardia syndrome (POTS) had frequent symptoms of fainting spells due to autonomic...
Mind-Eye RESEARCH: fMRI Analysis of Three Concurrent Processing Pathways by Deborah G Zelinsky, ODThis chapter proposes a use of functional magnetic resonance imaging (fMRI) to obtain a visual stress biomarker. Introduction: Biomarkers are useful measurements to...
Mind-Eye RESEARCH: Overlooked Effects of Ambient Lighting on Metabolism and Cardiovascular Disease by Deborah G Zelinsky, OD2011 International Conference on: Clinical Research: Dermatology, Ophthalmology and Cardiology Abstract Research has demonstrated that...
Remarkable Possibilities: Clinical Applications of Interactions Among the Cornea, Extraocular Muscles and Retina
Mind-Eye RESEARCH: Remarkable Possibilities: Clinical Applications of Interactions Among the Cornea, Extraocular Muscles and Retina by Deborah G Zelinsky, OD2011 International Conference on: Clinical Research: Dermatology, Ophthalmology and Cardiology Abstract The...
Mind-Eye RESEARCH: Brain Injury Rehabilitation: Cortical and Subcortical Interfacing via Retinal Pathways by Deborah G Zelinsky, ODMost patients with traumatic brain injury (TBI) have visual and nonvisual retinal signal processing problems with concomitant...
During Business Hours:
Northbrook Clinic Address
1414 Techny Rd,
Northbrook, IL 60062, USA
St Charles Visual Rehabilitation Center Address
2435 Dean Suite C
St Charles, IL 60175, USA