The Eye Test Was Normal.
But Something Changed After the Injury.
After a head injury, stroke, or neurological event, the standard eye chart is measuring the wrong thing. Neuro-visual rehabilitation addresses what changed in the brain-eye connection - visual midline shift, saccadic dysfunction, double vision, light sensitivity, and spatial disorientation - that conventional optometry does not assess. Also available in-clinic at our Chennai and Hyderabad clinics.
What a Neuro-Optometrist Assesses That a Standard Eye Test Does Not
A routine optometry appointment measures whether your eyes can see a 6/6 chart clearly. It does not measure how the brain processes and integrates the visual information that the eyes send. After a neurological event - traumatic brain injury, stroke, concussion, or neurological disease - it is this processing layer that is most often disrupted.
The gap that causes Pune patients to go undiagnosed: A person comes home from hospital in Pune after a road accident or stroke. Their neurology clearance says no significant intracranial pathology. Their ophthalmology review says vision is 6/6 in both eyes. But they feel like the floor is tilting, they drift to one side when walking, they cannot read for more than five minutes without nausea, and oncoming headlights are unbearable. Standard medicine has cleared them. The problem is in the visual system's integration with posture and spatial orientation - a neuro-optometric problem.
Neuro-optometry specifically assesses: visual midline shift (perception of where the body's midline is relative to the visual world), binocular alignment after neurological damage, saccadic accuracy, reading vision after brain injury, photosensitivity management, and prism-based rehabilitation for spatial disorientation. These are distinct from standard vision correction and require specific training to assess and treat.
Who in Pune Needs Neuro-Optometric Rehabilitation
Road Accident Survivors
Pune's road accident rates - particularly involving two-wheelers on the Pune-Mumbai Expressway, Hinjewadi corridor, and inner city roads - produce a significant population of mild-to-moderate TBI survivors every year. Mild TBI (concussion) in particular is often missed or under-managed from a neuro-visual standpoint. Dizziness, light sensitivity, and difficulty reading after a road accident are common presentations that often have a neuro-visual component.
Software Professionals With Post-Concussion Symptoms
A Hinjewadi IT professional who had a sports injury, two-wheeler accident, or even a fall at home may return to work and struggle with screen tolerance, headaches, and concentration deficits that are attributed to "digital eye strain" or stress. If the event involved any head impact, a neuro-visual assessment should be considered - especially if standard optometry review came back normal.
Stroke Survivors in Pune's Ageing Population
Pune's western suburbs (Aundh, Pimple Saudagar, Baner) have a significant population of retired and semi-retired professionals who may experience post-stroke visual changes - homonymous hemianopia, diplopia, or visual neglect - that are under-rehabilitated. Physical and occupational therapy is often the focus; visual rehabilitation is less often part of the discharge plan from Pune hospitals.
Children With Neurological Conditions
Children in Pune with cerebral palsy, hydrocephalus, epilepsy, or history of premature birth may have visual processing deficits that affect reading and learning. These are often managed by paediatric neurologists without neuro-optometric input. A neuro-visual assessment can identify functional visual deficits that are addressable with targeted therapy.
Post-COVID Visual Symptoms
Long COVID has produced a cohort of patients with persistent visual symptoms - photosensitivity, reading difficulty, visual snow, and binocular instability - that persist after the acute infection has cleared. These symptoms often have a neuro-visual basis and respond to structured rehabilitation.
Vestibular-Visual Mismatch
Patients with Ménière's disease, BPPV, or chronic vestibular dysfunction often have a secondary neuro-visual component - the visual and vestibular systems are deeply integrated, and chronic vestibular disruption creates compensatory visual strategies that become maladaptive. Neuro-optometric rehabilitation can be a component of vestibular rehabilitation.
Symptoms That Suggest a Neuro-Visual Assessment Is Needed
These symptoms are particularly significant when they follow a head injury, stroke, or neurological event - even one that was declared "mild" or that occurred months earlier.
Double Vision (Diplopia)
Seeing two images - constantly or intermittently. Often dismissively attributed to tiredness, but persistent diplopia after a head injury requires a neuro-optometric evaluation.
Visual Midline Shift
A persistent sense that the floor is tilted, the body leans to one side, or the visual world is not centred - often leading to difficulty with balance, walking straight, or navigating doorways accurately.
Extreme Light Sensitivity
Headlights, fluorescent lighting (in offices, malls), or bright sunlight are intolerable and may trigger nausea, headache, or visual distortion - beyond normal squinting discomfort.
Inability to Read for More Than a Few Minutes
Words move, double, or swim on the page. Loss of place constant. Nausea or headache appears rapidly after starting to read, even if pre-injury reading was effortless.
Motion Sensitivity
Scrolling screens, traffic, crowded visual environments (malls, busy corridors) cause dizziness, nausea, or severe disorientation. Often post-concussion.
Peripheral Vision Loss or Neglect
Missing objects or people on one side - bumping into doorframes, missing items on one side of the plate, not seeing approaching people on one side. Common post-stroke.
Reduced Screen Tolerance
A Hinjewadi developer who pre-injury worked 8–10 hours on a monitor but post-TBI cannot manage 90 minutes without severe visual fatigue - beyond what ergonomics changes can explain.
Spatial Disorientation
Difficulty judging distances, misjudging the height of steps, difficulty with spatial tasks like parking or navigating familiar spaces - related to depth perception disruption.
Conditions We Address
Each requires a different neuro-optometric approach. The common thread is that standard optometry review will not identify or address these conditions.
Post-Concussion / Mild TBI Visual Syndrome
Visual symptoms that persist after a head injury where CT or MRI showed no significant pathology. Symptoms include photosensitivity, reading difficulty, motion sensitivity, and convergence insufficiency acquired at the time of injury. The NORA guidelines provide the evidence base for assessment and management. Recovery is achievable - post-concussion visual symptoms are not permanent if properly addressed.
Post-Stroke Visual Rehabilitation
Stroke can cause homonymous hemianopia (loss of the same side of vision in both eyes), ocular motor nerve palsy (diplopia), visual neglect (ignoring stimuli on the affected side), or visual processing deficits. Prismatic lens rehabilitation, saccadic training, and compensatory scanning programmes are the primary tools. Timing matters - earlier intervention after stroke yields better outcomes.
Visual Midline Shift Syndrome
After TBI, stroke, or vestibular disruption, the brain's internal representation of the body's midline shifts, creating postural instability, visual tilt, and difficulty with balance tasks. Yoked prisms can create immediate improvement in posture and balance by recalibrating the brain's spatial frame of reference. This is an under-recognised condition that has significant impact on quality of life and daily function.
Acquired Strabismus (Post-Neurological)
Eye misalignment acquired after a neurological event (cranial nerve palsy, orbital trauma, brain tumour or surgery) behaves differently from childhood strabismus. Prism therapy and visual rehabilitation can manage diplopia, reduce the surgical need in some cases, and improve functional vision. Coordination with the neurology team at the treating hospital is part of our approach.
Visual Processing Deficits in Neurological Conditions
Children and adults with cerebral palsy, hydrocephalus, multiple sclerosis, Parkinson's, or ABI (acquired brain injury) may have persistent visual processing impairments - affecting reading speed, visual attention, spatial perception, and figure-ground discrimination. Targeted rehabilitation programmes can improve functional capacity even where the underlying neurological condition is not reversible.
How Neuro-Visual Rehabilitation Works via Telehealth
Intake and History Review
We take a detailed history of the neurological event, prior assessments, current symptoms, what has been tried, and what functional activities are most affected. For post-TBI cases, we review any available imaging reports and prior neurology or rehabilitation notes. This context is essential - neuro-visual rehabilitation cannot be standardised without understanding the individual's full picture.
Neuro-Visual Function Assessment
Via telehealth, we assess: ocular motor function (saccade accuracy, pursuit tracking), binocular alignment and diplopia characterisation, convergence and accommodative function, photosensitivity level, and functional visual field (behavioural field testing). For visual midline shift, we use specific postural observation protocols. Where in-person testing is needed (e.g., Goldmann perimetry, cycloplegic refraction), we advise on appropriate practitioners in Pune.
Assessment Report and Recommendations
You receive a written report explaining what was found and - critically - what it means in practical terms for your specific goals (returning to work, reading, driving, walking independently). We explain what is likely to improve with rehabilitation, what timeline is realistic, and what we cannot address via telehealth and requires in-person care.
Rehabilitation Programme
Weekly telehealth sessions plus structured home activities, progressed systematically. For post-concussion cases, intensity is calibrated carefully to avoid symptom provocation - too aggressive an exercise programme can worsen photosensitivity and fatigue. We work within the patient's current tolerance and expand it gradually.
Coordination With Your Pune Medical Team
We communicate findings and progress with your neurologist, physio, or occupational therapist (with your consent). Neuro-visual rehabilitation is most effective when it is one component of a coordinated multidisciplinary plan - not an isolated intervention. If prism spectacles are indicated, we specify the prescription and coordinate with a Pune optometrist for dispensing.
Questions About Neuro-Optometry in Pune
I had a two-wheeler accident on the Pune-Mumbai Expressway eight months ago. My CT was clear, my ophthalmologist said my eyes are fine, but I still can't work at a screen for more than an hour. Is this a vision problem?
It may be. A clear CT means there was no bleed, fracture, or obvious structural damage - but it does not rule out the functional disruption that follows even a mild TBI. Post-concussion syndrome can include convergence insufficiency, accommodative dysfunction, saccadic disruption, and photosensitivity - none of which show on imaging and none of which a standard eye test detects. The profile you describe - normal ophthalmology review but inability to sustain screen work - is a classic post-concussion visual presentation. A neuro-visual assessment would determine whether this is a treatable visual component of your recovery.
My father had a stroke three months ago and was discharged from hospital. He bumps into objects on his left side and says things seem to come at him from the right. What is this?
This sounds consistent with left homonymous hemianopia - loss of the left visual field in both eyes, which is a common consequence of right hemisphere stroke. The description of objects seeming to "come at him" from one side is also characteristic. This is not an eye problem - the eyes themselves are usually intact - it is a visual pathway problem in the brain. Compensatory saccadic training can help patients scan into their blind field, reducing the functional disability. This is standard NORA-protocol neuro-visual rehabilitation. A formal visual field assessment (Goldmann or automated perimetry) from a Pune ophthalmologist would be the first step to characterise the defect precisely.
I am a software developer in Hinjewadi. I had a concussion playing cricket six months ago and my screen tolerance has never recovered. My employer thinks I'm making excuses. How do I get a clinical document that explains what's happening?
Post-concussion visual syndrome is a recognised clinical entity. Our assessment produces a written report that describes the specific functional visual deficits found, explains the clinical basis of the symptoms, and states the recommended management. This is a medical document that can be shared with your employer, HR, or occupational health team. It is not a note saying "screen use is fine" - it is a specific functional assessment. Many employers in Pune's IT sector are unfamiliar with post-concussion visual syndrome; the clinical documentation allows a factual, medical-basis conversation rather than a subjective one.
Is there an in-person neuro-optometrist in Pune I can see instead?
Neuro-optometry as a formal speciality is not widely available in Pune's current clinical landscape - most general optometry practices do not offer neuro-visual rehabilitation, and the subset that do typically offer limited protocols. Caring Vision Therapy provides this specialisation entirely via telehealth for Pune patients. Where specific tests require in-person equipment - visual field testing, corneal topography for orthokeratology, or prismatic lens fitting - we coordinate with appropriate Pune practitioners and remain the primary clinical coordinator for the rehabilitation programme.
My 9-year-old has cerebral palsy and struggles significantly with reading. Could there be a visual component?
Very likely yes. Cerebral visual impairment (CVI) - visual processing dysfunction originating in the brain rather than the eyes - is present in a significant proportion of children with CP and is often under-assessed. Symptoms include difficulty with visually crowded environments, better performance with single objects than with text, and visual fatigue disproportionate to near work. A neuro-visual assessment would assess whether CVI features are present, which specific visual functions are most affected, and what adaptations and rehabilitation approaches are most appropriate. This is separate from - and complementary to - any occupational or physical therapy the child is receiving.
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