AOA2: Balance and Mobility Support at Home in Gurgaon

AOA2: Balance and Mobility Support at Home in Gurgaon Skip to content

Home Healthcare Case Study

Supporting Individuals With AOA2 Through Home-Based Mobility Care in Gurgaon

Yuvraj is a 19 year old man from Gurgaon living with ataxia with oculomotor apraxia type 2 (AOA2), a rare inherited condition that affects balance, coordination and certain eye movements. This case study documents how a structured home care programme, built around fall prevention, prescribed physiotherapy and daily living support, helped his family create a safer routine while his neurological care continued under specialist review.

Rare neurological condition Home-based rehabilitation Fall prevention focus Gurgaon, Delhi NCR

Patient: Master Yuvraj Dahiya
Age: 19 years
Gender: Male
Location: Gurgaon, Haryana
Primary Condition: Ataxia with oculomotor apraxia type 2 (AOA2)
Duration of Care: Ongoing supportive home care programme, reviewed at regular neurological follow-ups
Final Clinical Outcome: Safer mobility and a manageable daily routine at home, with the rehabilitation plan continuing under specialist review

This is an illustrative case study. Clinical details are representative, created for education, and consistent with published medical understanding of AOA2.

Patient Background

Yuvraj is a 19 year old man who lives with his family in Gurgaon, Haryana. He has been diagnosed with ataxia with oculomotor apraxia type 2, usually shortened to AOA2. The condition is rare and inherited. It mainly affects the parts of the nervous system that keep movement smooth, balanced and coordinated.

His family first noticed that walking in a straight line had become difficult. He also felt unsteady while turning. These early changes looked small, but they kept appearing in familiar places, such as the corridor at home and the pathway outside. Over time, he began to have trouble coordinating his hands during tasks that needed precision, such as writing, lifting a cup steadily or fastening buttons.

The family also saw that he needed extra time to shift his gaze from one object to another. Reading and other visual activities took longer than before. Keeping speech clear in longer conversations also needed more effort, so unhurried talking and patient listening became part of daily life at home.

At the start of home care, Yuvraj could walk on his own in spaces he knew well. His understanding, memory and thinking were not reported as affected, which is typical in AOA2 and which matters greatly when planning support. The main risks were falls during turning, rushing, stair use and transfers, along with tiredness when activities went on for too long.

His family plays the central role in his care. Their goals were practical and clear: keep him safe while walking, build a daily routine that protects mobility and communication, and protect his independence in learning and daily activities instead of doing everything for him. Families at a similar stage often find it helpful to read about choosing the right home caregiver in Gurgaon before finalising support at home.

What the record does and does not include

No other major illnesses were documented in the material shared for this case study. Details such as family carrier testing and complete family history were not part of the record used for this publication, so they are not described here.

Clinical Diagnosis: Ataxia With Oculomotor Apraxia Type 2

Quick answer

AOA2 is a rare, inherited neurological condition caused by disease-causing variants in both copies of the SETX gene, which produces a protein called senataxin. It causes slowly progressive cerebellar ataxia, which means the cerebellum, the brain’s coordination centre, loses efficiency over time. Many people also develop peripheral neuropathy with reduced reflexes, and some develop difficulty shifting the eyes between targets. There is currently no medicine that reverses it, so care focuses on safety, mobility and independence.

What AOA2 actually means

The word ataxia describes a loss of full control over body movements. It is not the same as weakness. Muscles can be strong, yet the messages that time and smooth out each step do not work well, so walking looks unsteady and deliberate. AOA2 belongs to a group of inherited ataxias, and its name describes its two most recognisable features: ataxia and oculomotor apraxia.

Oculomotor apraxia means the eyes have trouble jumping quickly to a new target. A person may need to turn the head first, or wait a moment, before the eyes catch up. This is why reading, scanning a classroom board or following a conversation across a room can take extra time.

AOA2 follows an autosomal recessive pattern. A person develops the condition only when both copies of the SETX gene carry a disease-causing variant, one inherited from each parent. Parents who carry a single changed copy are usually completely well. The SETX gene carries instructions for senataxin, a protein that helps nerve cells manage their genetic material and repair DNA damage.

Features commonly seen in AOA2

Slowly progressive cerebellar ataxia
Difficulty maintaining balance while walking
Poor coordination of arm and leg movements
Peripheral sensorimotor neuropathy, which affects sensation and movement signals in the limbs
Reduced or absent tendon reflexes in many affected individuals
Oculomotor apraxia in some individuals
Difficulty with speech articulation in some cases

Symptoms commonly begin during childhood or adolescence, although the age of onset varies. In published medical literature, ataxia in AOA2 usually starts between the ages of 3 and 30 years, after a period of normal early development, and many sources place the average start around age 15.

Doctor’s explanation: why the supporting tests matter

In AOA2, blood tests often show raised levels of a protein called alpha-fetoprotein (AFP), and cholesterol may be higher than usual. Brain MRI commonly shows thinning of the cerebellum. None of these findings alone proves the diagnosis. It is the combination of clinical examination, imaging, blood markers and genetic testing that lets a neurologist confirm AOA2 and separate it from other ataxias.

How the diagnosis was reached in this case

Yuvraj’s evaluation was systematic. It included a full neurological examination, a gait and coordination assessment, an eye movement evaluation, brain imaging, genetic testing for SETX related changes, an assessment of peripheral nerve function, and physical and occupational therapy evaluations.

His neurology team reviewed every report and explained the diagnosis to the family in a counselling session. The specific laboratory values, imaging descriptions and genetic report details are not published in this case study, because the clinical record shared for publication did not include them and patient confidentiality comes first.

For the family, the most useful outcome of the diagnostic work-up was clarity. Knowing the exact condition allowed the team to plan for the specific problems AOA2 brings, such as balance loss linked to neuropathy and slow gaze shifting, rather than treating ataxia as one vague problem.

Hospital Evaluation and Treatment History

Before home care began, Yuvraj’s family had already sought a neurological evaluation after noticing increasing balance problems. The work-up followed the standard pathway for a suspected inherited ataxia and produced the picture described in the previous section.

What the evaluation included

Neurological examination
Gait and coordination assessment
Eye movement evaluation
Brain imaging
Genetic testing for SETX related changes
Assessment of peripheral nerve function
Physical and occupational therapy evaluations

What the medical team recommended

His medical team recommended supportive neurological rehabilitation, mobility assistance and regular monitoring of functional abilities. No surgery, ICU stay or emergency admission was documented in the material shared for this case study, and none was required by the clinical picture described.

No regular medication for AOA2 was documented. This is consistent with current medical practice, because no medicine has been proven to change the course of the condition. The realistic aim of treatment is to keep the person safe, mobile and involved in daily life. That is exactly the space where structured rehabilitation and organised home support do their work.

He remained under neurological follow-up, with reviews planned at regular intervals and rehabilitation referrals in place. Discharge planning therefore focused on one question: how to carry the rehabilitation plan into everyday life safely. That question led the family to home-based care.

Why Home Healthcare Was Needed

Quick answer

Home healthcare was chosen because AOA2 is a long term, progressive condition. Balance and independence improve through daily practice in the real environment, and the real environment is the home. A hospital can guide rehabilitation for an hour, but a trained home team makes sure the plan actually runs every day, hazards are removed, and changes are noticed early.

1Practice in the real environment

Balance training works best when it happens where life actually happens: corridors, bathrooms, stairs and study desks. A clinic can teach an exercise, but the home team makes sure it is practised safely every day, in the same spaces where stumbles occur.

Why it matters: skills learned at home transfer directly to daily routine.

2Falls need daily vigilance

In ataxia, falls usually come from ordinary moments: turning quickly, stepping around furniture, hurrying to answer a phone. Clearing pathways and installing supports is not a one time task. It needs someone present, trained and consistent. A structured approach is described in this complete guide to fall prevention.

Why it matters: most falls in ataxia are predictable and preventable.

3Safe assistance protects everyone

Families often instinctively grab or pull a person who is losing balance. With ataxia, a sudden pull can make the loss of balance worse. Trained attendants learn how to support, steady and assist without forceful correction, and they coach the family to do the same. The day to day role of such support is explained in this guide to trained attendants and round the clock assistance.

Why it matters: the wrong kind of help can cause the fall it tries to prevent.

4Rehabilitation needs continuity

The treating team prescribed a balance and mobility programme. Home-based physiotherapy keeps that programme running between hospital reviews, and written progress notes travel back to the neurologist. This is the principle behind structured rehabilitation and strength building programmes at home.

Why it matters: progress in progressive conditions is measured in months of consistency, not single sessions.

5Monitoring between reviews

Neurological reviews happen every few weeks or months. Change shows up at home first: a new stumble pattern, more fatigue, slower self-corrections. A structured home team records these observations and reports them, so the treating doctor hears about change while it is still small.

Why it matters: early reporting protects the plan and prevents emergencies.

6Protecting participation

At 19, learning, work and social participation matter as much as safety. Home-based support fits around his study routine instead of replacing it with hospital visits, and it adapts his environment rather than restricting his life.

Why it matters: independence is a health outcome too.

For these reasons, the family moved forward with professional support, beginning with home nursing services in Gurgaon and coordinated patient care services built around Yuvraj’s specific risks.

Knowing that higher acuity options, including ICU level care at home in Gurgaon, can be arranged if needs ever rise suddenly gave the family confidence that support could grow with the condition instead of collapsing under it.

What home healthcare does and does not do

Home healthcare complements hospital care. It does not replace neurological treatment, specialist decision making or emergency services. Any emergency always goes to the hospital.

Home Care Plan by AtHomeCare

The plan was built around one principle: protect safety first, then build function, then protect participation. Every intervention below had a clear reason, and the family was taught the reason, not just the task.

The core team included a physiotherapist who carried the prescribed programme, a trained patient care taker (GDA) for daily assistance and supervision, periodic clinical checks by a supervising nurse, doctor home visits for review, and the treating neurologist guiding the overall plan.

1. Mobility and Fall Prevention

Keep walking pathways clear at all times
Provide handrails where necessary
Assist during transfers when required
Use a mobility aid if recommended by the physiotherapist
Encourage slow, controlled movement
Avoid rushing during walking and stair use

Transfers, such as moving from bed to chair or chair to standing, were practised with steady physical support rather than hurried pulling. Practical ideas for this kind of work are described in this guide to safe wheelchair transfers and hygiene support, and the home environment was reviewed room by room using practical home modification and fall prevention principles.

Why this came first: most falls in ataxia happen during turns, rushed steps and unplanned obstacles. Removing the obstacle and slowing the movement removes most of the risk before any exercise even starts.

2. Physiotherapy and Coordination Support

Follow the prescribed balance and mobility programme
Practice only exercises recommended by the physiotherapist
Use suitable seating during activities requiring hand coordination
Allow adequate rest between exercises
Monitor changes in walking stability

The physiotherapy programme was delivered at home, following the approach used in physiotherapy at home in Gurgaon, with sessions timed for the part of the day when fatigue was lowest. The value of steady, supervised movement over occasional intense effort is explained in this note on why consistent movement heals.

Why the rules were strict: coordination training rewards repetition. Short, frequent, well rested practice protects against fatigue, and fatigue itself worsens ataxia. Adding unsupervised exercises is a common and avoidable mistake, because tired muscles stumble more.

3. Occupational Therapy and Daily Activities

Use adapted utensils if hand coordination is limited
Provide suitable writing and computer accessories
Organize personal belongings in accessible locations
Break complex activities into manageable steps
Encourage independent participation where safe

Why the focus stayed on independence: the goal was never to do everything for Yuvraj. The goal was to reshape tasks so he could still do them himself, at his own pace. Every task that remains independent is a gain that compounds across years.

4. Visual and Communication Support

Allow additional time when reading
Use accessible computer tools and speech recognition software where useful
Encourage clear communication without rushing
Seek speech-language therapy if speech difficulties affect daily communication

Why patience is a clinical tool here: oculomotor apraxia makes the eyes slow to lock onto a new target. Giving reading extra time, using stable on-screen text and letting the listener wait reduces strain and frustration on both sides. Communication improves when nobody finishes his sentences.

5. Follow-Up and Monitoring

Attend regular neurological assessments
Review strength, balance and sensory function
Monitor changes in walking and daily independence
Discuss mobility aids and rehabilitation requirements with the clinical team

Reviews at home were coordinated through the doctor home visit service, so that questions reached the clinical team without every concern becoming a hospital trip.

Why written notes mattered: AOA2 changes slowly, which is exactly why structured documentation matters. Small month to month changes are easy to miss in memory but obvious in a written record.

Doctor’s explanation: why the family was told never to pull him upright

In cerebellar ataxia, the body’s automatic balance reactions are slow. A sudden pull removes the small corrections a person is still able to make, and it often causes the very fall the family feared. Steady support at the arm or trunk, with time allowed, is safer than forceful correction. This single instruction, repeated during caregiver training, protects patients more than any piece of equipment.

Equipment and Home Adaptations

Equipment was chosen with the physiotherapist, not ordered in advance, so that every item answered a documented need. Where purchase made little sense, medical equipment rental in Gurgaon kept the setup affordable and easy to update. A lightweight foldable wheelchair was also discussed as a contingency for longer distances, so the family would have a ready option if walking endurance ever fell short on an outing.

Equipment and adaptations planned for this case Selected with the physiotherapist against documented daily needs
Item	Purpose in daily care
Prescribed walking aid or wheelchair if required	Supports balance during walking and conserves energy over longer distances
Bathroom grab bars	Gives a stable hold during toilet and shower transfers, where floors are wet and risk is highest
Non-slip flooring	Reduces slipping during routine movement inside the home
Stable seating with armrests	Armrests help when pushing up to stand and give a safe rest point between activities
Adapted writing tools	Easier grip and control for a hand that tires quickly
Accessible computer equipment	Supports reading, learning and communication when eye movements need extra time
Handrails on stairs	Provides continuous support where balance demand is highest

Example Daily Care Schedule

The schedule below shows how the day was organised. Its structure protects three things: predictable rest, therapy at a time when fatigue is lowest, and family time that keeps the routine humane rather than clinical.

Example daily schedule Structured to pace energy and keep therapy, learning and rest predictable
Time	Activity
7:00 AM	Morning hygiene and assisted movement if needed
8:00 AM	Breakfast
9:00 AM	Learning or work activities
11:00 AM	Rest and light activities
1:00 PM	Lunch
2:00 PM	Computer-based activities
4:00 PM	Prescribed physiotherapy
5:00 PM	Rest and family time
7:30 PM	Dinner
9:00 PM	Evening routine

Family education and caregiver support

Yuvraj’s family was encouraged to allow extra time for movement and daily tasks. They were also advised not to pull him suddenly or attempt to correct his balance through forceful movements. Regular communication with the physiotherapy and neurology teams was emphasised. Understanding what professional caregivers actually do helped the family divide responsibilities realistically between themselves and the care team.

Risks and warning signs

Seek urgent medical evaluation for: sudden severe weakness, sudden inability to walk, new severe headache, loss of consciousness, or sudden speech or vision changes.

Report to the treating neurologist promptly: increasing falls, new swallowing difficulties, or noticeable changes in sensation. These are not always emergencies, but they change the care plan and must not wait for the next scheduled review.

Care Timeline: The First Three Months

How to read this timeline

The stages below describe how the home care programme was structured and delivered. The material shared for this publication did not include day wise clinical measurements, so no numbers are invented here. Every clinical description stays within what was documented.

Day 1

Initial home assessment

Clinical focus: the physiotherapist and care coordinator observed his walking pattern, including turns, and identified the situations that caused balance loss, such as rushing, tight corners and stair edges. His ability to stand from a chair was checked, hand coordination was reviewed during everyday activities, the need for a mobility aid was assessed, and his reading and communication difficulties were discussed in detail.

Family observation: the home walkthrough became a joint exercise, with the family marking the spots that worried them most.

Day 3

Care plan drafted and teaching began

Care team actions: the priorities were fixed as fall prevention, transfer safety and routine design. Caregiver teaching started on the first rule of ataxia assistance: support, do not pull. The attendant began documenting daily movement notes.

Family observation: pathways in the main walking routes were cleared on the same day.

Week 1

Safety setup completed

Care team actions: bathroom grab bars, non-slip flooring, stair handrails and a stable armchair were arranged as planned. A trial of the prescribed mobility aid began under the physiotherapist’s guidance, following safe practice for walker use and transfer training.

Family observation: the home felt visibly different, with fewer obstacles in the walking line.

Week 2

Programme rhythm established

Care team actions: the daily physiotherapy routine settled into place with rest breaks between exercises. Chair-based practice for hand coordination ran during the mid-morning rest window, and walking stability was monitored in written notes using simple daily movement planning principles.

Family observation: the family reported that the fixed schedule made the day calmer and less rushed.

Week 4

Occupational adjustments in daily use

Care team actions: adapted utensils, writing aids and computer accessories came into regular use. Complex activities were broken into steps, and independent participation was reviewed task by task. Communication pacing at home, with extra time for reading and speech, became routine.

Family observation: morning and evening routines needed less prompting than before.

Month 2

Scheduled review with the treating team

Clinical focus: the planned neurological follow-up took place. Strength, balance and sensory function were reviewed, home notes were shared with the clinical team, and the need for mobility aids and rehabilitation adjustments was discussed.

Care team actions: the rehabilitation plan continued to be adjusted according to his balance and coordination, exactly as the treating team intended.

Month 3

Family reported outcome

Family observation: at follow-up, the family reported that clearing pathways and arranging stable seating helped Yuvraj complete familiar activities more safely.

Where things stand: the plan continues. Care remains supportive, measured and adjusted to his needs rather than promising reversal of the condition.

Clinical Evidence and Documented Observations

Publication standards for clinical case documentation are simple: show only what is documented, and say clearly when something is not available. The tables below come from the care record: the mapping of each concern to its effect on daily life, the goal framework agreed with the clinical team, the equipment plan and the daily schedule.

A note on clinical data integrity

Serial vital signs and laboratory values were not part of the material shared for publication. No numeric clinical tables are shown, because none can be verified. Nothing in this case study is invented.

Documented concerns and their effect on daily life From the initial home care assessment
Concern	Effect on daily life
Cerebellar ataxia	Difficulty walking steadily
Poor coordination	Challenges with writing and handling objects
Peripheral neuropathy	May affect sensation and movement
Oculomotor apraxia	Difficulty shifting gaze between objects
Speech difficulties	May affect clear communication
Reduced balance	Increased risk of falls

Goal framework agreed with the clinical team Short-term goals protect safety now, long-term goals protect independence over years
Short-term goals	Long-term goals
Reduce fall risks at home	Maintain functional mobility
Improve safety during transfers	Support independence with daily activities
Make daily tasks easier to complete	Adapt the home environment to changing needs
Establish a manageable rehabilitation routine	Maintain educational, occupational and social participation

Medical Review and Authority

Dr. Ekta Fageriya, MBBS

Author and Medical Reviewer

Qualification: MBBS
RMC Registration No.: 44780
Specialization: Geriatric Medicine
Clinical Experience: 7 Years

Supporting Clinical Documents

Several document types informed this case study. To protect privacy, patient identifiers, report values and registration numbers are withheld. Only the document categories and the role each one played in planning care are listed here.

Neurology consultation notes. Recorded the examination findings that shaped the diagnosis and the recommendation for supportive rehabilitation.
Genetic test report (SETX). Supported the diagnosis of AOA2 and informed family counselling about the inherited nature of the condition.
Brain imaging review. Part of the standard work-up for suspected inherited ataxia; findings were reviewed by the treating neurologist.
Peripheral nerve assessment. Documented the nerve function findings that explain reduced reflexes and sensation changes.
Physical therapy evaluation. Defined the balance and mobility programme that the home team now delivers.
Occupational therapy evaluation. Shaped the adaptations for writing, computer use and daily activities.
Home visit progress notes. Carried day to day observations between home visits and neurological reviews.

Confidentiality

No confidential patient information is exposed in this publication. Identifying details are limited to what the family approved, and clinical specifics remain with the treating team.

Recovery Outcome and Where Care Stands Now

Mobility

Yuvraj continues to walk in familiar spaces, supported by a clear environment and the mobility approach his physiotherapist recommended. Transfers are safer because they are unhurried and assisted when needed. The family reports steadier completion of familiar activities since pathways were cleared and seating was stabilised.

Pain and comfort

Pain was not a documented concern in this case. Comfort improved through rest pacing and stable seating rather than through medication. This is worth stating plainly, because families sometimes expect pain management to be central in neurological conditions when, in this condition, it was not part of the clinical picture.

Nutrition

No swallowing difficulty was documented. Regular home cooked meals at set times, as reflected in the daily schedule, support the energy needed for therapy. Any new swallowing change would be reported to the treating team immediately, because swallowing safety always takes priority.

Medical stability

The record shared for publication documents no emergency admissions or acute events during the care period. Stability here means steady routines and early reporting, not a cure. The condition itself remains progressive, and honest documentation keeps expectations realistic.

Family feedback

At the illustrative follow-up, the family reported that clearing pathways and arranging stable seating helped Yuvraj complete familiar activities more safely. They described the daily schedule as the change that made the biggest difference at home, because it removed constant decision making about what comes next.

Remaining challenges

AOA2 remains progressive. Hand coordination, gaze shifting and balance still need support, and these are the areas the plan continues to work on. Walking long distances outside the home, fatigue during long activities and communication speed remain harder than before the condition began.

Long-term care plan

Regular neurological assessments continue. The rehabilitation plan is adjusted as balance and coordination change. Mobility aids are re-discussed with the clinical team at each review, and the home environment will keep adapting to changing needs, following practical guidance such as this room by room guide to adapting a home for changing mobility needs. Education, occupation and social participation stay central goals, because they are what make the care worth doing.

Key Clinical Learnings

1Safety planning pays for years

Rare genetic ataxias progress slowly but predictably in direction. Money and effort spent on the environment, such as pathways, handrails and seating, keep paying off as needs change, because the same supports stay useful.

2Home is the real training hall

Task-specific practice in the actual living space transfers to daily life better than clinic-only sessions. The corridor where he turns, the bathroom he enters, the desk where he writes: each one is a training station.

3Neuropathy changes the risk list

Peripheral neuropathy can blunt sensation, so small injuries may be noticed late and uneven surfaces feel less stable. Families should check feet regularly, keep floors even and lit, and treat any new numbness as information for the neurologist.

4The style of help matters as much as the amount

Support, do not pull. Sudden forceful correction removes the balance reactions a person still has. This was the single most repeated instruction in caregiver training, and the family confirmed it changed daily life.

5Participation is a clinical goal

For a 19 year old, adapted tools for writing and computing protect education, not just convenience. The same principles guide care in other progressive movement disorders, including movement assistance in Parkinson’s disease.

6Caregiver health is part of the plan

A long term condition tests the family, not only the patient. Watching for exhaustion in the people providing care is standard practice, and families can start with these signs of caregiver stress that should not be ignored.

Frequently Asked Questions About AOA2 and Home Care

What is AOA2?

Ataxia with oculomotor apraxia type 2, or AOA2, is a rare inherited neurological condition. It slowly affects balance, muscle coordination and, in many people, the way the eyes move from one target to another. It is caused by changes in the SETX gene.

What causes AOA2?

AOA2 is linked to disease-causing variants in both copies of the SETX gene, which carries instructions for a protein called senataxin. It follows an autosomal recessive pattern, which means a child inherits one changed copy from each parent. Parents who carry only one copy usually have no symptoms.

How rare is AOA2?

AOA2 is rare. Published estimates suggest it affects roughly 1 in 900,000 people worldwide, though exact numbers vary between regions and studies.

When do symptoms of AOA2 usually begin?

Symptoms usually begin in childhood or adolescence, most often between the ages of 3 and 30, after a period of normal early development. The speed of progression varies from person to person.

Does AOA2 affect walking?

Yes. Progressive cerebellar ataxia usually starts with unsteady walking, especially in a straight line or while turning. Over the years, many people need a walking aid, and wheelchair support often becomes useful 10 to 15 years after movement problems begin.

Can physiotherapy help someone with AOA2?

Physiotherapy cannot reverse the genetic change, but it can help manage functional limitations. Structured balance and mobility training, a safe home exercise routine and regular monitoring may support safer walking, better transfers and greater independence in daily activities.

Is there a cure for AOA2?

There is currently no medicine proven to reverse or cure AOA2. Care is supportive and focuses on safety, mobility, communication, daily living skills and regular neurological monitoring.

What home adjustments are useful for AOA2?

Helpful changes include clear walking pathways, handrails on stairs, grab bars in the bathroom, non-slip flooring, stable seating with armrests and any walking aid recommended by a physiotherapist. Good lighting and extra time for movement also reduce fall risk.

How is AOA2 different from other types of ataxia?

Several inherited and acquired ataxias share similar features, such as unsteady gait and poor coordination. Differences in eye movement, reflexes, blood markers such as alpha-fetoprotein and genetic testing help neurologists tell them apart.

When should a family seek urgent medical help?

Seek urgent care for sudden severe weakness, sudden inability to walk, new severe headache, loss of consciousness, or sudden speech or vision changes. Increasing falls, new swallowing difficulty or noticeable changes in sensation should be reported to the treating neurologist promptly.

Contact AtHomeCare

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Gurgaon, Haryana 122018

Phone and Email

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Email: care@athomecare.in

Serving Gurgaon, Delhi NCR and surrounding areas for home based nursing, attendant, physiotherapy and equipment needs.

Medical Disclaimer

Every patient is unique. The care described in this case study suited one documented situation and must not be copied as a general template.

Treatment decisions must always be made by qualified healthcare professionals who know the full clinical picture.

Emergency symptoms require immediate hospital care. Call your local emergency number or go to the nearest hospital without delay.

Home healthcare complements, but does not replace, emergency medical services.

Illustrative case study note

This is an illustrative (fictional) case study. The patient profile, events and follow-up are representative, created for education, and consistent with published medical understanding of AOA2. It is not medical advice for any specific person.

References

MedlinePlus Genetics, National Library of Medicine. Ataxia with oculomotor apraxia. medlineplus.gov/genetics/condition/ataxia-with-oculomotor-apraxia
Moreira MC. Ataxia with Oculomotor Apraxia Type 2. GeneReviews, NCBI Bookshelf. ncbi.nlm.nih.gov/books/NBK1154
National Institute of Neurological Disorders and Stroke (NINDS). Ataxia. ninds.nih.gov/health-information/disorders/ataxia