After paralysis, structured neuro-rehabilitation gives the best chance of regaining movement, independence and quality of life. APARC Health & Motion provides specialist paralysis rehabilitation across 12 centres in Delhi NCR, Gurugram and Pune, including a dedicated neuro-rehabilitation facility (ACNR Pitampura) offering inpatient residential care with 24-hour nursing.
Understanding paralysis and recovery potential
Paralysis – a loss of muscle function, sometimes with loss of sensation – can follow stroke, spinal cord injury, brain injury or certain nerve conditions. Recovery depends on the cause, severity and how early rehabilitation begins, but the nervous system has a real capacity to adapt and relearn (neuroplasticity). Consistent, intensive, task-specific rehabilitation harnesses this to rebuild movement and function. Even where full recovery is not possible, rehabilitation maximises independence and prevents complications.
Causes of paralysis we help with
- Stroke – weakness or paralysis on one side of the body. See our stroke rehabilitation programme.
- Spinal cord injury – partial or complete loss of movement and sensation below the level of injury.
- Traumatic brain injury – movement and coordination problems following head injury.
- Neurological conditions – such as Guillain-Barre syndrome (GBS), multiple sclerosis and others affecting movement.
- Facial and nerve palsies – including facial paralysis.
What paralysis rehabilitation at APARC involves
Every programme begins with a detailed neurological assessment and clear, realistic goals. Your plan may include:
- Gait training and a robotic movement training system – repetitive, supported walking practice to relearn standing and walking.
- Functional Electrical Stimulation (FES) – stimulating weak or paralysed muscles to assist movement and support recovery.
- Task-specific movement retraining – practising the real activities of daily life to rebuild function.
- Strengthening and range-of-motion work – to restore power and prevent stiffness and contractures.
- Balance, transfers and mobility training – for safe, independent movement.
- Spasticity management – positioning, stretching and movement strategies coordinated with medical care.
- Caregiver and family training – so safe handling and exercises continue at home.
Inpatient, daycare and home options
- ACNR Pitampura – dedicated neuro-rehabilitation centre: inpatient residential rehabilitation with 24-hour nursing and an intensive multidisciplinary schedule, plus daycare and outpatient neuro programmes.
- Outpatient care at 12 centres across Delhi NCR, Gurugram and Pune.
- Home rehabilitation – structured neuro-physiotherapy at home for those who cannot yet travel.
Why early rehabilitation matters
As with stroke, earlier structured rehabilitation is generally associated with better functional outcomes. Beginning therapy as soon as it is medically safe helps prevent complications – such as stiffness, pressure areas and muscle wasting – and makes the most of the nervous system’s early recovery. It is never too late to benefit, though: meaningful gains are possible even long after the initial event.
What to expect at your first assessment
Your physiotherapist assesses movement, strength, sensation, balance and daily function, reviews your medical history and any scans, discusses realistic goals with you and your family, and explains a rehabilitation plan – including intensity, setting (inpatient, outpatient or home) and how progress will be measured.
Frequently asked questions about paralysis rehabilitation
Can paralysis be cured with physiotherapy?
Recovery depends on the cause and severity. Many people regain significant movement and independence with intensive rehabilitation, particularly when it starts early; where full recovery is not possible, rehabilitation maximises function and prevents complications. Your physiotherapist will give you an honest, individualised assessment.
How soon should paralysis rehabilitation start?
As soon as your medical team confirms it is safe – often within days. Early, structured rehabilitation is associated with better outcomes, with frequent shorter sessions favoured over long high-dose ones (AVERT dose-response analysis, Neurology, 2016).
Do you offer inpatient (residential) rehabilitation?
Yes. ACNR Pitampura provides residential inpatient neuro-rehabilitation with 24-hour nursing and an intensive therapy schedule, alongside daycare options.
What technology do you use for paralysis rehabilitation?
Our network offers a robotic movement training system and Functional Electrical Stimulation (FES) among other neuro-rehabilitation approaches, chosen to suit each person’s condition and goals.
Can paralysis rehabilitation be done at home?
Yes. APARC provides structured home-based neuro-physiotherapy across Delhi NCR, Gurugram and Pune, often as a bridge to or continuation of centre-based care.
Related reading
Book a paralysis rehabilitation assessment
Call or WhatsApp +91 98189 11195 to book an assessment at your nearest APARC centre, at ACNR Pitampura, or at home. No referral needed. You can also use the online booking form, explore our neurological physiotherapy service, or find your nearest location on our centres page.
This page provides general information about paralysis rehabilitation and is not a substitute for personalised medical advice. Always follow the guidance of your treating doctor and rehabilitation team.
Types of paralysis, and what the words mean
The terms used about paralysis are precise, and they are often used loosely in conversation. Knowing which applies helps you understand what is being planned and why.
| Term | What it describes | Commonly follows |
|---|---|---|
| Hemiplegia / hemiparesis | Weakness or paralysis affecting one side of the body | Stroke, brain injury, brain tumour |
| Paraplegia / paraparesis | Affecting both legs and often the trunk | Spinal cord injury below the neck, some spinal conditions |
| Tetraplegia / quadriplegia | Affecting all four limbs and the trunk | Spinal cord injury in the neck |
| Monoplegia | Affecting a single limb | Nerve injury, some brain injuries |
| Facial palsy | Affecting the muscles of one side of the face | Bell’s palsy, facial nerve injury, stroke |
The suffix matters too: -plegia means complete loss of movement, -paresis means weakness with some movement preserved. Most people are somewhere on that spectrum rather than at one end, and where they sit can change over time.
What recovery depends on
Nobody can predict an individual outcome accurately at the start, and anyone who offers you a precise figure early on should be treated with caution. What can be said is which factors influence the picture:
- The cause, and whether it is stable. A single event that has been treated is a different situation from a progressive condition.
- How much movement is present early. Some preserved movement is generally a more favourable starting point than none.
- Whether sensation is affected. Feeling contributes to control, balance and skin safety.
- How soon structured rehabilitation begins, and whether it is sustained.
- Other medical issues — pain, spasticity, breathing, bladder and bowel management, mood.
- Support at home. Practical, and frequently decisive.
Complications worth preventing from the start
Much of good paralysis rehabilitation is preventive. These are cheaper to avoid than to treat, and they are the things that most often derail progress:
- Pressure injuries. Skin over bony areas breaks down quickly where sensation and movement are reduced. Regular position changes and daily skin checks are not optional extras.
- Contractures. Joints held in one position shorten. Once fixed, they limit function permanently and are hard to reverse.
- Spasticity. Increased muscle tone can interfere with movement, positioning and comfort, and often needs medical as well as physical management.
- Shoulder pain. Common with a weak arm, and easier to prevent through careful handling and positioning than to settle afterwards.
- Chest complications. Where breathing muscles are affected, chest care and positioning matter from the outset.
- Falls. Particularly during the phase when someone is regaining independence and attempting more than is yet safe.
The first assessment, step by step
- Background. The cause, the medical treatment so far, current medication, and any restrictions your doctors have set.
- Physical examination. Movement, strength, muscle tone, sensation, joint range and skin condition.
- Function. Rolling, sitting, transferring from bed to chair, standing, and walking where applicable — what you can do now, and with how much help.
- Equipment review. Whether the wheelchair, cushion, splints or walking aids you have are the right ones and correctly set up. Poorly fitted equipment causes problems of its own.
- Home and carer situation. Access, bathroom, stairs, who assists and whether they have been shown how.
- Goals and a plan. Specific, reviewed at agreed points, with measurements repeated so progress is demonstrated rather than assumed.
For families and carers
Families do most of the hands-on work, usually with little training. A few things consistently make the biggest difference:
- Ask to be taught the transfers. Watching is not the same as being shown, and a bad transfer technique injures both people.
- Let them do what they can. Helping too much is the most common well-intentioned mistake. Time spent struggling is often the practice that matters.
- Learn the skin checks. Daily, and properly, including the areas that are hard to see.
- Watch for low mood. It is extremely common after a sudden loss of function, it affects engagement with rehabilitation, and it is treatable.
- Protect yourself. Carer exhaustion is a real risk. Ask what support exists before you need it.
What the evidence says
Two findings shape how paralysis rehabilitation should be delivered, and both are worth stating precisely rather than in general terms.
Practice needs to be intensive, repetitive and task-specific. A systematic review and meta-analysis of physical therapy after stroke concluded that there is “strong evidence for PT interventions favoring intensive high repetitive task-oriented and task-specific training in all phases poststroke” — while noting that “effects are mostly restricted to the actually trained functions and activities” (Veerbeek et al., PLoS One, 2014). In practice that means we train the specific tasks you want back, because improvement tends not to transfer far beyond what is actually practised.
Starting early matters, but dose is not simply “more is better”. In the AVERT trial, a very early, higher-dose mobilisation protocol was associated with a reduction in the odds of a favourable outcome at three months (AVERT, Lancet, 2015). The prespecified dose-response analysis then showed why: more frequent out-of-bed sessions improved the odds of a good outcome, while a greater number of minutes per day reduced them (Bernhardt et al., Neurology, 2016).
The practical conclusion is short sessions, often — not marathon sessions. A programme that exhausts you is not a better programme.
Terms you may hear
- Plegia and paresis
- “-plegia” indicates complete loss of movement; “-paresis” indicates weakness with some movement preserved. Most people fall between the two, and can move along that spectrum over time.
- Hemiplegia
- Weakness or paralysis affecting one side of the body, most often following a stroke or brain injury.
- Paraplegia and tetraplegia
- Paraplegia affects both legs and often the trunk; tetraplegia (also called quadriplegia) affects all four limbs and the trunk, and follows injury higher in the neck.
- Muscle tone
- The background tension in a muscle at rest. After neurological injury it may be increased (spasticity) or reduced (flaccidity), and each needs a different approach.
- Spasticity
- Increased, velocity-dependent muscle tone that resists movement. It can interfere with positioning, hygiene, comfort and function, and often needs medical management alongside physiotherapy.
- Contracture
- Permanent shortening of muscle or other soft tissue when a joint is held in one position for too long. Far easier to prevent than to correct, which is why positioning is emphasised from the start.
- Pressure injury
- Damage to skin and underlying tissue caused by sustained pressure, typically over bony areas. A leading preventable complication where sensation and movement are reduced.
- Transfer
- Moving between surfaces — bed to chair, chair to toilet, chair to car. Usually the single most important practical skill for independence, and the one carers most need to be taught properly.
- Orthosis
- An external device such as a splint or brace, used to support a joint, hold a position, or improve a movement pattern.
- Neuroplasticity
- The nervous system’s capacity to reorganise in response to repeated, task-specific practice. Gains tend to follow what is actually practised rather than transferring broadly.
- Standing frame
- Equipment that supports someone safely in an upright position. Used to maintain joint range, bone and circulatory health where independent standing is not yet possible.
- Functional electrical stimulation (FES)
- Controlled electrical stimulation applied to weak muscles during a task, most often to assist walking or grasp where voluntary activation is insufficient.
- Seating assessment
- A formal review of wheelchair and cushion set-up. Correct seating protects skin, supports posture and reduces pain; poorly fitted equipment reliably causes problems of its own.
- Activities of daily living (ADLs)
- Everyday self-care tasks — washing, dressing, eating, toileting — which are often the goals that matter most to the person, whatever the measurements show.
Sources
- Veerbeek JM, van Wegen E, van Peppen R, van der Wees PJ, Hendriks E, Rietberg M, Kwakkel G. What is the evidence for physical therapy poststroke? A systematic review and meta-analysis. PLoS One 2014;9(2):e87987. doi:10.1371/journal.pone.0087987
- AVERT Trial Collaboration group. Efficacy and safety of very early mobilisation within 24 h of stroke onset (AVERT): a randomised controlled trial. Lancet 2015;386(9988):46–55. doi:10.1016/S0140-6736(15)60690-0
- Bernhardt J, Churilov L, Ellery F, et al. Prespecified dose-response analysis for A Very Early Rehabilitation Trial (AVERT). Neurology 2016;86(23):2138–45. doi:10.1212/WNL.0000000000002459
Authorship and review
Reviewed and approved for publication by: Dr. Dharam Pandey (PT), Director — Neurological Rehabilitation and Technology, APARC Health & Motion. Last reviewed: 2 August 2026
This page provides general information about paralysis rehabilitation. It is not medical advice and is not a substitute for individual assessment by a qualified clinician. See our Medical Disclaimer.
Find an APARC centre near you
APARC Health & Motion has 12 centres across Delhi NCR and Pune. Services, equipment and clinical teams vary by centre — please contact your nearest centre to confirm what is available there.
Medically reviewed by Dr. Dharam Pandey, MPT, PhD · Last reviewed: 2 August 2026 · Our clinical team
Where this is available
Specialist neurorehabilitation is provided at four designated APARC Advanced Neurorehabilitation Centres — ACNR Pitampura, Greater Noida (ShardaCare HealthCity), Janakpuri and Rohini Sector 22. Each provides specialist neurological assessment, technology-assisted rehabilitation and a multidisciplinary team, alongside the full range of APARC physiotherapy and rehabilitation services. APARC's other centres continue to provide general physiotherapy and rehabilitation. More about our neurorehabilitation service · All APARC centres.