Concussion Archives - RightEye, LLC








October 2021

Carrick, Azzolino, Hunfalvay, Pagnacco, Oggero, Arcy, Adbulrahman, Sugaya


A retrospective clinical review of pupillary light reflex. Results show differences in age, gender and concussion status.

August 2021

Carrick, Pagnacco, Azzolino, Hunfalvay, Oggero, Frizzell, Smith, Pawlowski, Campbell, Fickling, Lakhani, Arcy

Frontiers in Neuroscience

Provides practical clinical implementations that overcome inherent challenges related to dependence on a baseline. This article establishes normative reference data sets.

July 2021

Breitbach, Lawton, Warlick, Hunfalvay, Murray

Biomedical Engineering Society. National Science Foundation.

Combination of circular smooth pursuit assessment and neuronal activity in the alpha frequency have the potential to be a successful diagnostic tool for TBIs.

March 2021

Feller, Goldenberg, Asselin, Merchant-Borna, Abar, Jones, Mannix, Kawata, Bazarian

Journal of the American Medical Association: Neurology

Compares persons with and without concussion after the acute injury period. Classification accuracy of clinically important discriminator eye-tracking (ET) metrics. 6 eye-tracking measures that reflect slowed visual reaction time had a combined sensitivity of 77.8% and specificity of 92.6% for discriminating between the groups

December 2020

Hunfalvay, Murray, Carrick

Brain Injury

Examines fixation stability in pediatric patients with mTBI versus age-matched controls.

December 2020

Carrick, Pagnacco, Hunfalvay, Azzolino, Oggero

Brain Sciences

Head and neck position induced by statically maintained head turns is associated with lower stability scores than the standardized head neutral position of the mCTSIB in Post-Concussion Syndrome (PCS) subjects but not in healthy controls. Head positions of the neutral plane provide biomarkers that differentiate subjects suffering from PCS from healthy normal subjects.

November 2020

Hunfalvay, Murray, Roberts, Tyagi, Barclay, Carrick

Frontiers in Behavioral Neuroscience

Explains how the combined measurement of saccades, smooth pursuit, fixations, and reaction time represent a biomarker for differentiating pediatric patients with mild traumatic brain injury compared to age-matched controls.

January 2020

Hunfalvay, Barclay, Kelly, Roberts, Murray, Tyagi, Carrick


Examines vertical smooth pursuit test to screen patients with mTBI compared with age-matched controls.

September 2019

Hunfalvay, Murray, Tyagi, Denham, Biberdorf, Wegge

Neuro Optometric Rehabilitation Association (NORA)

[Conference Presentation] New eye-tracking technology, such as RightEye, offers an objective, reliable and quantifiable way of differentiating between individuals with different severities of TBI, and those without a TBI.

July 2019

Hunfalvay, Roberts, Murray, Tyagi, Kelly, Bolte


Examines using eye-tracking tests to measure horizontal and vertical saccades as a marker of damage to neural circuits associated with TBI.

July 2018

Lange, Hunfalvay, Murray, Roberts, Bolte

Optometry and Visual Performance

Examination of visual and motor reaction time in athletes, non-athletes, and those with concussion.

March 2018

Byrom, McCarthy, Scheueler, Muehlhausen

Clinical Pharmacology & Therapeutics

RightEye technology cited in providing reliable estimates of eye-tracking parameters.

June 2017


Translational Biomedicine

This case study examines clinical assessments and eye tracking to monitor patient change over time after extensive vision therapy from a suspected concussion.