For law firms
Objective documentation for your client’s concussion
Why the timing of testing decides the strength of the evidence, what our report does and does not establish, and how the record is authenticated if it is challenged.
The problem
Not just another diagnostic report
NeuroGlympse provides comprehensive diagnostics and treatment for mild traumatic brain injuries. We collaborate with specialists so your clients receive seamless, effective care instead of falling through referral gaps.
Cleared recording devices, a neurologist-centered read, and well-studied ocular motor dysfunction testing together produce an objective, quantified measurement that documents and supports the clinical diagnosis of mTBI. Our teleneurology solution adds same-day testing across multiple locations, filling the availability gap that leaves injured clients waiting months for a specialist.
The anatomy
Why cranial nerves make eye movement the tell
Your client's cranial nerves control eye movement. When they are injured, that movement is measurably impaired — and three anatomical features make them unusually vulnerable.
A long, exposed path
Confined passages
Fragile blood supply
Beyond the diagnosis
Objective reporting, then personalized monitoring
Objective diagnostic reporting
Unlike a traditional MRI report that merely shows images, NeuroGlympse delivers a comprehensive neurological assessment with actionable insights. Ocular motor recording produces quantified measurements of pursuits, saccades and fixations, which a board-certified neurologist reads alongside the clinical findings. It measures function, which imaging does not.
Personalized recovery monitoring
Remote patient monitoring turns a diagnosis into targeted recovery. With real-time tracking of key neurological indicators, your client receives a care plan that adapts as they heal — and a documented record of that trajectory.
Case documentation
Post-mTBI symptom prevalence
Each mTBI is unique. Monitoring lets our clinicians document the full scope of the injury rather than a single moment of it.
60%
Headache — reported acute post-traumatic headache at 2 weeks (963 of 1594 mild TBI patients)5
33–42%
Depression — period prevalence of major depressive disorder within the first year after TBI6
13.5%
PTSD — pooled prevalence after mild TBI (95% CI 11.7–15.3)7
8–10%
Anxiety — generalised anxiety disorder at 3–12 months after TBI8
Autonomic evidence
Chronic stress and suppressed HRV after mTBI
Heart rate variability — the variation in time between heartbeats — is a window into autonomic nervous system function. A systematic review of 89 studies found that traumatic brain injury of any severity is associated with decreased HRV, and that the disturbance can persist beyond return-to-play and beyond symptom resolution.9 Population-based data show adults with mild TBI have significantly reduced HRV indices compared with unexposed controls, consistent with parasympathetic dysfunction.10
Because that disturbance can outlast how the patient reports feeling, it is measurable evidence of ongoing autonomic dysfunction at points when a symptom questionnaire alone would look reassuring.4
Continuous monitoring makes that cycle visible and documentable. Thresholds generate alerts, cases are escalated for specialist review, and the resulting record shows how the injury actually progressed rather than how the client remembers it.
Persistent post-concussive syndrome
When symptoms outlast the expected window
Typical concussion symptoms resolve within weeks. PCS symptoms can persist for months or years, and they compound across every part of a client's life.
Cognitive
Psychological
Physical
Socioeconomic
Questions
What firms ask before referring
How is your report different from an MRI report?
An MRI report presents images. Ours presents a functional neurological assessment: quantified ocular motor measurement, recorded on cleared medical devices and interpreted by a board-certified neurologist alongside the clinical findings. Most mild traumatic brain injuries do not appear on structural imaging at all, which is why a functional measurement adds something imaging cannot.
Who performs the test, and who interprets it?
A trained clinical operator conducts the session, screens for the conditions that can invalidate a trace, and monitors signal quality. A board-certified neurologist personally reviews the recorded traces and interprets them against the clinical findings — interpretation is never left to an automated score, and the interpreting clinician is named and dated on the report. Health coaches and scribes support engagement and documentation; they do not interpret findings.
How quickly can a client be seen?
Our teleneurology service provides same-day testing across a nationwide partner clinic network. Speed matters clinically as well as evidentially — the oculomotor findings that make the diagnosis objective fade over the weeks after injury.
How is testing paid for?
We accept Letters of Protection or limited up-front deposits for services. Contact our intake team to set the arrangement up before your client's first appointment.
Does this replace my client's treating physician?
No. Our reports inform and guide care with the scientific literature behind the methodology. They advocate for recovery by supplying real-time physiologic data and interpretation — alongside, not instead of, the treating physician.
References
Every figure on this page traces to a source below, so the claims can be checked rather than taken on trust.
- 1.Powell JM, Ferraro JV, Dikmen SS, Temkin NR, Bell KR. Accuracy of mild traumatic brain injury diagnosis. Archives of Physical Medicine and Rehabilitation. 2008;89(8):1550–1555.
- 2.Déry J, Ouellet B, de Guise É, Bussières ÈL, Lamontagne ME. Prognostic factors for persistent symptoms in adults with mild traumatic brain injury: an overview of systematic reviews. Systematic Reviews. 2023;12(1):127.
- 3.Comparative study. Oculomotor, vestibular, and reaction time effects of sports-related concussion: video-oculography in assessing sports-related concussion. Journal of Head Trauma Rehabilitation.
- 4.Prospective study. Oculomotor dysfunction may not subside upon clinical resolution of sport-related concussion. Journal of Science and Medicine in Sport.
- 5.TRACK-TBI investigators. Prevalence of and risk factors for post-traumatic headache in civilian patients after mild traumatic brain injury. Mayo Clinic Proceedings.
- 6.Systematic review and meta-analysis. Predictors of major depression and post-traumatic stress disorder following traumatic brain injury. Journal of Neuropsychiatry and Clinical Neurosciences.
- 7.Systematic review and meta-analysis. Post-traumatic stress disorder after civilian traumatic brain injury: prevalence rates. Journal of Neurotrauma.
- 8.Longitudinal cohort study. Psychometric evaluation of anxiety, depression, and sleep quality after a mild traumatic brain injury. Behavioural Neurology.
- 9.Systematic review of 89 studies. The relationship between traumatic brain injury and disruptions in heart rate variability. Applied Psychophysiology and Biofeedback. 2024.
- 10.Population-based cross-sectional study. Heart rate variability in adults with mild traumatic brain injury. Journal of the Neurological Sciences.
This page is educational and is not medical advice. Prevalence figures are presented as the source reports them, including confidence intervals and ranges; a single number would imply more precision than the evidence supports.
Ready to get your client assessed?
Reach out to arrange a referral. Reports are released to you under your client’s signed authorization. We accept Letters of Protection or limited up-front deposits for services.