Advanced Neurorehabilitation Programme

The current evidence strongly supports starting rehabilitation as early as possible after stroke — within 24 to 48 hours of the event, once the patient is medically stable. The AVERT trial demonstrated that very early mobilisation (beginning within 24 hours) was safe and associated with better outcomes than delayed mobilisation for the majority of patients. The caveat is "very early, very intensive" — the same trial found that mobilisation more than 3 times per day within the first 24 hours was associated with worse outcomes, suggesting that appropriate dose and timing matter. At KIMS, the physiotherapy team is involved from the first day of the stroke admission, with a progressive mobilisation protocol that is adjusted based on the patient's neurological status and cardiovascular stability.

Yes, to a significant and often underestimated degree. The brain has the capacity to reorganise itself through neuroplasticity — the formation of new synaptic connections and the recruitment of undamaged areas to take over functions previously performed by damaged tissue. The degree of recovery depends on the size and location of the stroke, the time to treatment, the intensity of rehabilitation, and individual patient factors including age and pre-existing health. With modern acute treatment (thrombolysis and thrombectomy) and intensive rehabilitation, many patients who would previously have been expected to remain permanently disabled have achieved functional independence. Recovery from stroke is not linear — it continues for months and years after the event, though at a diminishing rate. Rehabilitation maximises the use of the recovery window.

Aphasia is a loss of the ability to communicate — to express thoughts in words (expressive aphasia), understand spoken or written language (receptive aphasia), or both — resulting from damage to the language areas of the brain, most commonly the left hemisphere after stroke or TBI. It is not a disorder of intelligence or thinking: people with aphasia have the same thoughts and feelings as before, but cannot access the language system to express or receive them. Aphasia is treatable through speech and language therapy. The evidence shows that intensive, structured aphasia therapy — beginning early and continuing for months — produces significantly more recovery than no therapy. Constraint-induced language therapy (CILT) and script training are among the most evidence-supported approaches. Technology-based communication aids and apps can supplement therapy and support communication in daily life.

Constraint-induced movement therapy (CIMT) is a rehabilitation approach for upper limb stroke recovery based on the principle of "learned non-use" reversal. After stroke, patients tend to compensate for a weak or impaired arm by not using it — they perform tasks with the unaffected arm, and the affected arm progressively becomes less functional. CIMT addresses this by constraining the unaffected arm with a mitt or sling for most of the waking day while intensively practising task-specific movements with the affected arm. The original Wolf Motor Function Test and EXCITE trials demonstrated that CIMT produced significantly greater improvements in arm function than conventional therapy. CIMT is most effective for patients with at least some wrist and finger extension in the affected hand.

The duration of neurorehabilitation depends on the severity of the neurological event, the nature of the deficits, and the patient's goals. As a general guide: mild stroke with limited deficits may require 4–8 weeks of outpatient therapy; moderate stroke with significant hemiplegia and aphasia may require 3–6 months of intensive rehabilitation; severe stroke or TBI may require 6–12 months or longer. Recovery does not end at 6 months post-stroke — this is a persistent myth. Language recovery after aphasia, upper limb motor recovery after stroke, and cognitive recovery after TBI all continue beyond 6 months with sustained rehabilitation. The intensity and specificity of therapy, not time, are the primary drivers of recovery. At KIMS, rehabilitation plans are reviewed at regular intervals and duration is determined by function, not a predetermined endpoint.

Yes. Physiotherapy does not slow the underlying progression of Parkinson's disease, but it significantly improves motor function, gait, balance, and quality of life at any stage. Evidence-based physiotherapy for Parkinson's includes: LSVT BIG (intensive high-amplitude movement training that improves step length, walking speed, and balance); treadmill training (at slightly faster-than-comfortable speed) for gait; rhythmic auditory stimulation (walking to a metronome) for freezing of gait; and specific balance exercises for falls prevention. Falls are the most serious preventable complication of Parkinson's disease, and physiotherapy focused on falls prevention has been shown to reduce fall frequency. The benefit of physiotherapy is greatest when it is initiated early and maintained consistently — not reserved for the late stages.

LSVT LOUD (Lee Silverman Voice Treatment — LOUD) is an intensive speech treatment specifically developed for Parkinson's disease dysarthria. Parkinson's causes hypophonia (reduced vocal loudness) and monotone speech because the disease impairs the internal sensory calibration that tells the brain how loudly it is speaking. Patients often perceive their voice as "too loud" when it is actually at a normal volume, and as a result they speak too quietly to be understood. LSVT LOUD targets this calibration problem through intensive practice (4 sessions per week for 4 weeks) of high-effort, loud vocalisation using "Think Loud" as the behavioural target. Multiple randomised trials have shown that LSVT LOUD produces significant improvement in vocal loudness, speech intelligibility, and functional communication, with benefits maintained at 2-year follow-up. It is most effective in the mild to moderate stages of Parkinson's speech impairment.

ICU-acquired weakness — also called critical illness neuromyopathy or critical illness polyneuropathy — is a common complication of prolonged mechanical ventilation and immobility in the ICU. It affects up to 60% of patients who require mechanical ventilation for more than 7 days and causes significant muscle weakness (affecting the arms, legs, and respiratory muscles) and peripheral sensory impairment. The good news is that ICU-acquired weakness is not the same as the underlying neurological condition that led to ICU admission, and it is recoverable in the majority of patients — though recovery can take weeks to months. Early in-ICU physiotherapy (passive range of motion, electric muscle stimulation, early mobilisation as soon as the patient is haemodynamically stable) has been shown to shorten the duration of mechanical ventilation and improve 6-month functional outcomes. At KIMS, the physiotherapy team is involved in the neuro-ICU from the acute phase.

The KIMS Neurorehabilitation Programme is coordinated through the neurology department at KIMS Secunderabad. Referrals can be made by neurologists, neurosurgeons, orthopaedic surgeons, and general physicians. Patients and families can also self-refer. Outpatient rehabilitation consultations are booked through the main neuroscience number: 040-44885000. Patients currently admitted to KIMS — in the stroke unit, neuro-ICU, or neurosurgery ward — are automatically assessed by the rehabilitation team as part of the standard admission pathway.