Pattern one
Comprehensive care, no visual assessment
Neurology, physiotherapy and occupational therapy all in place, and visual function never formally measured by any of them.
Some visual deficits after a stroke can be genuinely improved. Others cannot, and the realistic aim is to compensate so well that the deficit stops causing harm. Both are worthwhile. Confusing the two produces either false hope or premature despair, and families are rarely told which one they are in. We are explicit about it from the first appointment.
Delhi and the NCR
Excellent acute stroke care and a dense rehabilitation sector, with the visual component still falling between the specialties.
Pattern one
Neurology, physiotherapy and occupational therapy all in place, and visual function never formally measured by any of them.
Pattern two
A patient with limited mobility and a specialist appointment on the other side of the city. Remote delivery is what makes a months-long programme possible.
Pattern three
A year or more post-event, told that recovery has finished. Compensation strategies in particular remain learnable well beyond that point.
Delhi and NCR families contact us from
Formal perimetry needs equipment. We name the exact test so one local appointment covers it and interpret the result with you.
The distinction determines what a programme should be aiming at, and it is the single most useful thing to establish early.
Restoration means the function itself improves: eye movements become more accurate, convergence sustains longer, vergence ranges widen. These respond well to training and the improvement is measurable in the same terms as the deficit.
Compensation means the underlying deficit persists and the person learns to work around it so effectively that it stops limiting them. Hemianopic field loss is the clearest example — the field does not come back, but a systematic scanning strategy into the blind side can stop someone bumping into things and restore reading. That is a genuine functional recovery, and calling it second-best is wrong.
It is a fair question and it has a clear answer for each deficit. A programme aiming at restoration where only compensation is available will disappoint and waste months. One aiming at compensation where restoration was possible sells the patient short. Knowing which changes what success looks like.
Prognosis varies enormously by deficit type, which is why a general statement about recovery is not useful.
The field is generally not restored. Compensation is highly effective: systematic scanning into the affected side restores reading and substantially reduces collisions. Field-expanding prism helps in selected cases.
Genuinely responsive to treatment. Scanning training and, in some presentations, prism adaptation produce real improvement, and early intervention matters more here than in most of the group.
Among the most restorable findings. Saccadic accuracy and pursuit smoothness improve well with training, which directly improves reading and tracking.
Frequently restorable, sometimes substantially. Where a deviation is fixed, prism gives comfortable single vision even without restoration of the underlying function.
A telehealth programme with family supervision, with formal field testing named for a single local appointment.
Establishing the numbers
A functional profile written so that the neurologist, the rehabilitation team and the family are reading the same document: field screening, neglect testing, eye movement accuracy, alignment and reading function.
Correcting the optics
Correction and any prism coordinated locally, with adaptation allowed for, since a patient adapting to prism during early rehabilitation will attribute the resulting difficulty to the programme.
The therapy itself
Fortnightly supervised sessions run from home with short daily practice, which for a fatigued patient removes a cross-city journey that would otherwise consume the day's usable energy.
Measuring the change
Review against the intake profile and the stated functional goals, with the written report shared onward to whoever else is treating the patient.
Usually not, and it is better that you hear that clearly now. Hemianopic field loss after a stroke reflects damage to the visual pathway, and while a small amount of spontaneous recovery can occur in the first weeks, restoration of the field is not a realistic goal of rehabilitation. What is realistic, and genuinely valuable, is compensation: a systematic scanning strategy into the affected side that restores reading, reduces collisions and rebuilds confidence in moving around. Many families find that outcome considerably better than they feared once they understand what it involves.
Most of it, with a family member assisting. Scanning training, oculomotor work, vergence therapy and reading retraining are all deliverable remotely, and the home practice — which is the bulk of the treatment — was always going to happen at home. The limits are real and we state them: formal perimetry needs equipment, and some balance and prism work is better assessed in person. For a patient with limited mobility, a remote programme is frequently the difference between rehabilitation and none.
For spontaneous neurological recovery, largely yes — most of that happens in the first six months. For learned compensation, no: scanning strategies, reading retraining and oculomotor control can be trained at almost any point, and patients years post-stroke frequently make useful gains because nothing has previously been aimed at the visual deficit. We would measure and give you a specific prognosis rather than a general one, and we will tell you if the expected gain does not justify the commitment.
With scanning training as the foundation, and reading-specific work where the defect crosses the reading field, since a right-sided defect disrupts reading far more than a left-sided one of equal size. Prism options exist for expanding apparent field and suit some patients well, though adaptation is demanding and not everyone persists with them. Which approach leads depends on the side, the size and what the patient most needs to be able to do.
Field loss is a sensory deficit: the information does not reach the brain. Neglect is an attentional one: the information arrives but is not attended to. The distinction is critical because the rehabilitation differs, and because a patient with neglect typically does not realise anything is missing, while a patient with field loss usually does. They can coexist. Separating them requires deliberate testing rather than inference from behaviour.
Telehealth Nationwide · Clinics in the South
Delivered to Delhi by secure telehealth — in-clinic rehabilitation in Chennai and Hyderabad.
Both are real outcomes and they look completely different. Knowing which applies to each of your relative’s deficits is the most useful thing a first assessment produces.