Post-Stroke Home Care for Deaf Patients: A 10-Week Rehabilitation Case Study in Gurgaon

Post-Stroke Home Rehabilitation in a Deaf Patient: A Gurgaon Case Study | AtHomeCare

Case Study Stroke Rehabilitation Hearing Loss

Post-Stroke Home Rehabilitation in a Patient with Congenital Profound Deafness: A Clinical Case Study from Gurgaon

A 56-year-old graphic designer with profound bilateral sensorineural hearing loss since birth experienced a right-sided ischemic stroke. This case study documents how coordinated home nursing, physiotherapy, occupational therapy, and adapted communication methods supported his recovery over ten weeks in a home care setting in Gurgaon, Haryana.

56 Years, Male

Gurgaon, Haryana

Right Ischemic Stroke

10 Weeks of Home Care

Resumed Part-Time Work

Patient Background

Mr. Karan Malhotra (name changed for confidentiality) is a 56-year-old self-employed graphic designer based in Gurgaon, Haryana. He lives with his wife, aged 52 years, who serves as his primary caregiver. His daughter, 26 years old, serves as the emergency contact and provides additional family support.

Mr. Malhotra was born with congenital profound bilateral sensorineural hearing loss. This means he has never heard sound at any point in his life. Despite this, he has led an independent, professionally active life. He communicates fluently through Indian Sign Language (ISL), lip reading, and written communication using his smartphone and tablet. He uses hearing aids, though they provide minimal functional benefit. He has no speech impairment and is fully oriented and cognitively intact.

Understanding His Communication

It is important to understand that Mr. Malhotra’s hearing loss does not affect his intelligence, judgment, or ability to make decisions about his own care. His primary languages are ISL and written English/Hindi. He does not rely on spoken language for comprehension. All clinical interactions must respect this reality and adapt accordingly.

Medical History and Risk Factors

Prior to the stroke, Mr. Malhotra had several established vascular risk factors that are commonly seen in stroke patients. Each of these conditions required ongoing management and became even more important after the stroke occurred.

Hypertension

Present for 8 years. Poorly controlled blood pressure is one of the leading modifiable risk factors for ischemic stroke. Consistent monitoring after stroke is essential to prevent recurrence.

Type 2 Diabetes Mellitus

Diabetes contributes to vascular damage over time, increasing stroke risk. Blood sugar monitoring and medication adherence are critical during recovery.

High Cholesterol

Elevated cholesterol levels contribute to atherosclerosis, the narrowing of arteries that can lead to ischemic events. Lipid management forms part of secondary stroke prevention.

Profound Hearing Loss (Congenital)

While not a stroke risk factor, this is the defining feature that shaped how his entire post-stroke care was planned and delivered. It required every member of the home care team to adapt their communication approach.

Before the stroke, Mr. Malhotra was functionally independent in all daily activities. He managed his freelance graphic design work from his home office, communicated effectively with clients through written messages and video calls with sign language interpreters, and participated fully in family and social life. His baseline mobility was normal with no balance issues, no limb weakness, and no functional limitations.

The Stroke Event

Mr. Malhotra experienced a sudden onset of left-sided weakness, facial drooping on the left side, and difficulty maintaining balance. These are classic clinical features of a right-sided brain stroke. The left side of the body is controlled by the right hemisphere of the brain, so damage in the right hemisphere typically produces symptoms on the left side.

Recognizing Stroke Symptoms

The sudden appearance of facial drooping, arm weakness, and balance difficulty should always prompt immediate hospital evaluation. Time is critical in stroke treatment. For families caring for individuals with hearing loss, it is important to recognize that communication changes may present differently. In this case, the visible physical signs (facial drooping, weakness) were the primary indicators. Families should be aware of emergency warning signs and have clear plans for contacting emergency services, including informing responders about the patient’s hearing status.

His wife observed the symptoms and immediately arranged for hospital transport. The fact that she could visually recognize the signs, without relying on verbal communication from her husband, was critical in ensuring timely medical attention.

Clinical Diagnosis

Primary Diagnosis

Right-Sided Ischemic Stroke. An ischemic stroke occurs when a blood vessel supplying the brain becomes blocked, typically by a blood clot or atherosclerotic plaque. The right side of Mr. Malhotra’s brain was affected, which explains the left-sided physical symptoms.

Understanding stroke signs, causes, and recovery is essential for both patients and families. Ischemic strokes account for the majority of all stroke cases and their outcomes depend heavily on how quickly treatment is initiated and how well risk factors are managed afterward.

Neurological Examination Findings

A detailed neurological assessment was performed during hospitalization and documented in the discharge records. The findings provided a clear picture of the functional impact of the stroke.

Parameter	Findings
Left Upper Limb Strength	4-/5 (Mild weakness; able to resist some force but not full resistance)
Left Lower Limb Strength	4/5 (Mild weakness; able to resist moderate force against gravity)
Right Upper Limb Strength	5/5 (Normal)
Right Lower Limb Strength	5/5 (Normal)
Facial Symmetry	Left-sided facial drooping noted at onset
Cognitive Function	Fully oriented and cognitively intact
Swallowing Function	No difficulty (normal)
Speech	No speech impairment
Hearing	Congenital profound bilateral sensorineural hearing loss (pre-existing)

Clinical Interpretation

The muscle grading system used here is the Medical Research Council (MRC) scale, where 0/5 means no movement and 5/5 means normal strength. A grade of 4-/5 on the left upper limb indicates that the patient can move the arm against gravity and some resistance, but not full resistance. A grade of 4/5 on the left lower limb is slightly better. The right side being completely normal (5/5) confirms that the stroke was localized to the right hemisphere. The absence of cognitive impairment and swallowing difficulty are both favorable prognostic indicators. Normal swallowing meant that the patient could eat and drink safely without risk of aspiration, which significantly simplified the care plan.

Functional Assessment at Discharge

Beyond the neurological examination, a functional assessment was conducted to understand how the stroke affected Mr. Malhotra’s actual daily abilities. This assessment guided the home care plan.

Activity	Level of Independence
Feeding	Independent
Personal Hygiene	Independent
Communication	Independent (ISL, written, lip reading)
Medication Understanding	Independent (with written instructions)
Bathing	Requires Assistance
Dressing	Requires Assistance
Outdoor Mobility	Requires Supervision
Meal Preparation	Requires Assistance
Indoor Mobility (Short Distances)	Independent (with quad cane)

This assessment shows a pattern that is common in moderate stroke recovery: the patient retains independence in activities that do not require significant left-arm strength or complex mobility, but needs help with tasks that involve balance, outdoor navigation, or fine motor coordination with the affected hand. The fact that he could understand his medications through written instructions was particularly important given his communication profile.

Hospital Treatment

Mr. Malhotra was admitted to a hospital in Gurgaon following the onset of stroke symptoms. He remained hospitalized for a total of 13 days.

During the hospital stay, the treating team provided acute stroke management. This typically includes a thorough evaluation to confirm the stroke type and location, initiation of medical therapy to prevent the clot from growing, and management of blood pressure, blood sugar, and cholesterol levels. Because the patient had congenital deafness, the hospital team needed to adapt their communication from the very beginning. Written instructions, visual aids, and involvement of family members who could communicate in ISL were essential components of his inpatient care.

Early rehabilitation was initiated during the hospital stay itself. This is a standard and important practice in stroke care. Beginning physiotherapy and mobility training while the patient is still in the hospital helps prevent complications such as joint stiffness, muscle wasting, and deep vein thrombosis. It also helps the clinical team assess the patient’s functional potential before discharge planning begins.

About Acute Stroke Management

Acute ischemic stroke management focuses on restoring blood flow to the affected area of the brain when possible, preventing the stroke from worsening, and protecting the brain tissue that is at risk. The specific interventions depend on the time elapsed since symptom onset, the size and location of the stroke, and the patient’s overall health profile. In Mr. Malhotra’s case, the details of the specific acute interventions are documented in the hospital records.

By the time of discharge, Mr. Malhotra had stabilized medically. His neurological deficits, while present, were moderate in severity. He was walking with a quad cane for short indoor distances. The hospital team determined that he did not require inpatient rehabilitation facility admission and could continue his recovery at home, provided that professional home care services in Gurgaon were arranged to support his rehabilitation.

The discharge plan included medications for secondary stroke prevention (typically antiplatelet agents, blood pressure medications, cholesterol-lowering drugs, and diabetes management), a referral for home-based physiotherapy and occupational therapy, and recommendations for home safety modifications.

Why Home Healthcare Was Needed

The decision to transition Mr. Malhotra from hospital to home with professional support was based on several clinical and practical considerations. This was not a default choice. It was a deliberate clinical decision made by the treating team based on his specific situation.

Continued Medical Monitoring

Despite stabilization in the hospital, Mr. Malhotra had multiple comorbidities that required ongoing monitoring. His blood pressure needed regular checks to ensure it stayed within the target range for stroke prevention. His blood sugar levels needed monitoring because of his diabetes, and there was a real risk of hypoglycemia, which could be dangerous and harder to detect in a deaf patient who cannot hear the symptoms described by others. His cholesterol management and medication adherence also needed professional oversight. Medication monitoring at home provided a structured way to ensure these needs were met.

Active Rehabilitation Requirement

The stroke had left Mr. Malhotra with measurable weakness in his left arm and leg, reduced grip strength, balance impairment, and limited walking endurance. These are not problems that resolve on their own. They require structured, repetitive, and progressive physiotherapy at home and occupational therapy. Without professional rehabilitation, there was a significant risk of permanent functional limitation, joint contractures, and learned non-use of the affected limb (where the patient simply stops trying to use the weak arm because it is easier to rely on the strong one).

Fall Risk

Balance impairment combined with left-sided weakness made Mr. Malhotra a high-risk patient for falls. Falls after stroke can result in fractures, head injuries, and a significant setback in recovery. Fall prevention through home modifications and supervised mobility training were essential. The family had already begun implementing some safety measures, but professional oversight was needed to ensure they were adequate and that the patient’s mobility was progressing safely.

Communication Barrier in Outpatient Settings

This is perhaps the most unique aspect of this case. Regular outpatient hospital visits for rehabilitation would have presented significant communication challenges. Hospital outpatient departments are noisy, fast-paced environments where verbal communication is the default. Finding ISL interpreters for every physiotherapy or follow-up appointment would have been impractical and exhausting for the patient and his family. Home-based care allowed the team to establish consistent communication methods (written instructions, visual demonstrations, ISL) in a familiar, quiet environment where the patient felt comfortable.

Why Not Outpatient Rehabilitation?

For most stroke patients, outpatient rehabilitation at a hospital or clinic is a standard and effective option. However, for Mr. Malhotra, the combination of his hearing loss, his multiple comorbidities requiring monitoring, his fall risk during transport, and the practical difficulty of arranging consistent sign language interpretation made home-based rehabilitation the more clinically appropriate choice. The goal was to remove barriers to his recovery, not add new ones.

Caregiver Support and Education

His wife, as the primary caregiver, needed training and support. She needed to learn how to assist with transfers, how to recognize warning signs of stroke recurrence or other complications, and how to communicate effectively during care activities. A trained patient attendant during daytime hours could provide direct assistance while also modeling correct techniques for the family. Choosing the right caregiver in Gurgaon who understood the communication requirements was critical.

Goal of Returning to Work

Mr. Malhotra was a working professional. His goal was to return to freelance graphic design work. This required not just physical recovery but also specific occupational therapy focused on hand coordination, fine motor skills, and workstation adaptation. Home-based occupational therapy could directly assess and modify his actual work environment, which is something clinic-based therapy cannot easily do.

Home Care Plan by AtHomeCare

The home care plan was developed based on the hospital discharge summary, the neurological and functional assessments, and a detailed discussion with the patient and his family. Every component of the plan was adapted to account for Mr. Malhotra’s communication needs.

Home Nursing: Three Visits Per Week

A qualified home nurse visited three times per week to provide medical monitoring and clinical support. The nursing visits were structured to cover several critical functions.

Blood pressure monitoring: Each nursing visit began with a blood pressure check. The readings were recorded in a written log that Mr. Malhotra could review on his tablet. Blood pressure control after a stroke is not optional. It is one of the most important factors in preventing a recurrent stroke. The target range was set by the treating physician, and any readings outside that range were communicated to the family in writing and flagged for physician review.

Blood sugar monitoring: Given his Type 2 Diabetes Mellitus, regular blood sugar checks were essential. Hypoglycemia (low blood sugar) can cause confusion, sweating, tremors, and in severe cases, loss of consciousness. In a patient who is deaf, hypoglycemia may not be immediately recognized by others because the patient cannot call for help verbally. The nurse monitored for signs of hypoglycemia during each visit and educated the family on visual signs to watch for.

Stroke recovery assessment: The nurse assessed Mr. Malhotra’s overall recovery progress during each visit, looking for any new neurological symptoms, changes in strength, signs of complications such as shoulder subluxation (a common problem after stroke where the shoulder joint partially dislocates due to muscle weakness), and skin integrity issues.

Medication supervision: The nurse ensured that medications were being taken correctly. All medication instructions were provided in written format. The nurse used visual demonstrations to show which medications to take, when, and how. Confirmation of understanding was always sought before leaving.

How the Nurse Communicated

Every nursing interaction was adapted. The nurse would first establish visual contact with Mr. Malhotra before beginning any procedure. She would then write down what she was going to do (for example, “I am going to check your blood pressure now”) on the whiteboard or on his tablet. She would demonstrate the procedure visually before performing it. After the procedure, she would write down the results. Before leaving, she would confirm understanding by asking Mr. Malhotra to nod or write a response. This process took slightly longer than a standard nursing visit, but it ensured safety, accuracy, and respect for the patient’s communication needs.

Family education: The nurse provided ongoing education to Mrs. Malhotra about stroke recovery, medication management, warning signs of complications, and when to seek emergency care. All education was delivered through written materials and visual demonstrations.

Physiotherapy: Five Sessions Per Week

Physiotherapy formed the most intensive component of the home care plan. Five sessions per week were prescribed because the evidence for stroke rehabilitation strongly supports higher-intensity, higher-frequency therapy in the early recovery period. The physiotherapist worked on four primary goals.

Balance improvement: Stroke often damages the areas of the brain that contribute to balance. Mr. Malhotra had mild balance impairment that made him unsteady when standing or walking without support. The physiotherapist used progressive balance exercises, starting with supported standing and advancing to weight-shifting, single-leg standing (with supervision), and dynamic balance activities. Each exercise was demonstrated visually before the patient performed it.

Upper limb strength restoration: The left arm had a strength grade of 4-/5. The physiotherapist designed a strengthening program that targeted the muscles of the left shoulder, elbow, wrist, and hand. This included resisted exercises using therapy bands, gentle weight-bearing activities, and functional tasks that required the use of the left arm. Customized rehabilitation programs are essential because each stroke patient’s pattern of weakness is different.

Walking endurance improvement: At discharge, Mr. Malhotra could walk only short indoor distances with a quad cane. The physiotherapist implemented a progressive walking program. The distance and duration of walking were gradually increased as his strength and balance improved. Walking was practiced both indoors and, later, outdoors with supervision.

Fall prevention: Every physiotherapy session included attention to fall prevention. The therapist trained Mr. Malhotra in safe walking techniques, how to recover from a loss of balance, and how to navigate obstacles. The home environment was assessed for fall hazards. Comprehensive fall prevention is especially important for stroke patients because a fall can cause injuries that significantly delay recovery.

Occupational Therapy: Three Sessions Per Week

While physiotherapy focused on gross motor function and mobility, occupational therapy focused on the specific skills Mr. Malhotra needed for his daily life and his work.

Hand coordination and fine motor recovery: As a graphic designer, Mr. Malhotra’s work depended heavily on fine motor control of his hands. The occupational therapist used targeted exercises to improve finger dexterity, pinch strength, grip coordination, and hand-eye coordination on the left side. Tasks included manipulating small objects, using a computer mouse, and practicing keyboard use with the affected hand.

Workstation adaptation: The therapist assessed Mr. Malhotra’s home office setup and made recommendations for adaptation. This included adjusting the desk height, chair position, and monitor placement to reduce the physical demands on his left arm. Specific adaptations for his graphic design work, including shortcut configurations and input device modifications, were explored.

Daily living activity training: The occupational therapist worked with Mr. Malhotra on the specific activities of daily living where he needed assistance: bathing, dressing, and meal preparation. Techniques such as one-handed dressing strategies, adapted bathing equipment, and simplified meal preparation methods were taught and practiced repeatedly.

Patient Attendant: 12-Hour Daytime Assistance

A trained patient attendant was present during the daytime (12 hours) to provide supervised assistance. The attendant’s role was distinct from the nurse’s role. While the nurse provided medical monitoring and clinical care, the attendant provided ongoing functional support throughout the day.

The attendant’s responsibilities included walking supervision to ensure safety during mobility, assistance with safe transfers (from bed to chair, chair to standing), support during exercise sessions as directed by the physiotherapist, help with personal care activities such as bathing and dressing, and visual communication support when needed. The attendant was specifically oriented to use written communication and gestures rather than spoken instructions.

The distinction between a trained patient attendant and a nurse is important in home care. A patient attendant provides functional, daily-living support. A nurse provides clinical care such as vital monitoring, medication administration, wound care, and clinical assessment. In this case, both were needed because the patient had both functional limitations and medical monitoring needs. Understanding the difference between a medical attendant and a caretaker helps families make informed decisions about the type of support they need.

Home Environment Adaptations

Before the home care team began their visits, the family had already implemented several important safety and communication modifications. These were reviewed and supplemented by the home care team.

Flashing doorbell (visual alert)

Flashing emergency alarm

Video door phone

Bright lighting throughout home

Anti-slip flooring

Grab bars in bathroom and corridors

Communication whiteboard

Smartphone emergency messaging shortcuts

The flashing doorbell and emergency alarm were particularly important because standard auditory alarms would not be detected by Mr. Malhotra. The video door phone allowed him to see who was at the door without relying on sound. The communication whiteboard was placed in a central location and used by all family members and care staff for daily communication about schedules, medications, and observations. Creating a safe and comfortable home environment is a foundational step in any home care plan.

Medical and Assistive Equipment

Several pieces of equipment were used during the home care period. Some were already available at home, while others were arranged through medical equipment rental in Gurgaon.

Quad cane for mobility support

Grab bars (fixed installation)

Blood pressure monitor (digital, with visual display)

Glucometer for blood sugar monitoring

Anti-slip footwear

Emergency alert system with flashing lights

Communication whiteboard

Daily Rehabilitation Schedule

The daily schedule was structured to provide a balance of therapy, rest, and family time. The schedule was written on the whiteboard each morning so that Mr. Malhotra could see the plan for the day.

Time of Day	Activity
Morning	Blood pressure check, blood sugar check, morning medications, physiotherapy session, walking exercises
Afternoon	Occupational therapy session, hand coordination exercises, rest period, nutrition and hydration
Evening	Family communication exercises, walking practice, evening medications, stretching exercises

Risks Actively Monitored

Active Risk Monitoring

Falls: Due to balance impairment and left-sided weakness. Monitored through supervised mobility, home safety checks, and progressive balance training.

Stroke recurrence: Due to underlying vascular risk factors. Monitored through blood pressure control, medication adherence, and family education on warning signs.

Poor blood pressure control: Due to chronic hypertension. Monitored through three-times-weekly nursing checks and written logs.

Hypoglycemia: Due to diabetes and medications. Monitored through blood sugar checks and family education on visual signs.

Communication barriers during emergencies: Due to deafness. Addressed through flashing alarms, smartphone shortcuts, and written emergency protocols.

Social isolation: Due to combined effects of stroke and hearing loss. Addressed through family engagement, structured communication, and gradual return to work activities.

Family Education Program

The family received structured education on several topics critical to safe home care. This education was delivered entirely through written materials and visual demonstrations.

Using clear visual communication before providing any physical assistance (establishing eye contact, writing or gesturing before touching).
Maintaining eye contact before speaking or signing, ensuring the patient is visually attentive before beginning communication.
Using written instructions for all medications and appointments, keeping a medication chart on the whiteboard.
Learning basic Indian Sign Language (ISL) signs relevant to healthcare needs such as pain, hunger, thirst, bathroom, help, and tiredness.
Recognizing stroke warning signs: facial drooping, arm weakness, and changes in communication (in this case, changes in signing speed, written output, or responsiveness).
Ensuring that any emergency responders are immediately informed that the patient is deaf and cannot hear verbal instructions.

Recovery Timeline

The following timeline describes the planned and observed progression of Mr. Malhotra’s recovery over the ten-week home care period. It is important to note that stroke recovery is not linear. Progress occurs in phases, and some days are better than others. The timeline below represents the general trend of improvement.

Day 1 to Day 3: Transition and Stabilization

The home care team conducted an initial comprehensive assessment. The nurse established the baseline blood pressure and blood sugar readings. The physiotherapist assessed mobility, balance, and strength in the home environment. The occupational therapist evaluated hand function and the home office setup. The patient attendant was introduced and oriented to the communication methods.

The primary focus during these first days was on safety, establishing trust, and ensuring that all communication systems were working correctly. Mr. Malhotra was anxious about being home after the stroke, and the team worked to build a predictable routine that he could see written on the whiteboard each day.

Week 1: Establishing the Routine

The therapy sessions began in earnest. Physiotherapy focused on basic balance exercises in sitting and standing, gentle left-arm strengthening, and short walking practice with the quad cane within the home. Occupational therapy began with hand exercises and assessment of dressing and bathing difficulties. Nursing visits established the vital sign monitoring pattern.

During this week, the family learned the communication protocols. Mrs. Malhotra began practicing basic ISL signs. The whiteboard system became the central communication hub. The patient required full assistance for bathing and dressing and close supervision for all walking.

Week 2: Early Progress

Mr. Malhotra began showing early signs of improvement. His standing balance improved slightly, allowing him to stand for longer periods with the quad cane. Walking distance within the home increased modestly. Left-hand grip strength showed early improvement, which was encouraging for his work goals.

The occupational therapist began working on simplified meal preparation tasks. The physiotherapist introduced more challenging balance activities. Nursing noted that blood pressure readings were within the target range on most checks. Blood sugar levels were stable. No complications were observed.

Week 4: Functional Gains

By the end of the first month, measurable functional gains were evident. Mr. Malhotra was walking longer distances indoors with the quad cane. He began requiring less physical assistance with bathing, moving from dependent to supervised assistance. Dressing became easier with the one-handed techniques he had learned.

The occupational therapist introduced computer-based exercises for hand coordination. Mr. Malhotra was able to use a mouse with his left hand for short periods, which was a meaningful milestone for his work goal. The physiotherapist began practicing outdoor walking with supervision on the building premises. No falls occurred during this period.

Week 6: Building Endurance

The focus shifted from basic recovery to building endurance and functional capacity. Walking distance increased significantly. Mr. Malhotra could now walk within his home and immediate surroundings with the quad cane and minimal supervision. Left-arm strength continued to improve. Fine motor tasks such as holding a pen, using a mouse, and buttoning clothing became easier.

The nursing team noted consistent blood pressure control and stable blood sugar levels. Medication adherence was good, supported by the written medication chart. The family reported that Mr. Malhotra’s confidence had increased noticeably. He was spending more time at his desk, though not yet working on client projects.

Week 8 to Week 10: Return to Function

In the final weeks of the documented care period, Mr. Malhotra achieved several important milestones. His walking distance with the quad cane reached 250 metres, a significant increase from the initial 40 metres. His left-hand grip strength had improved to a level that allowed him to use a computer mouse and keyboard effectively for design work. He became independent in most personal care activities, requiring only minimal assistance with some dressing tasks.

He successfully resumed part-time freelance graphic design work from his adapted home office. The occupational therapist had finalized the workstation modifications, and Mr. Malhotra was able to work for limited periods with appropriate breaks. No falls or hospital readmissions occurred during the entire ten-week period. The home care team’s communication adaptations had enabled safe and effective care throughout.

Clinical Evidence

The following tables summarize the documented clinical measurements and functional assessments. All data presented here is based on the clinical records from the home care period. No values have been estimated or inferred.

Mobility Progression

Measurement	At Discharge (Start of Home Care)	After 10 Weeks of Home Care
Maximum Walking Distance (with quad cane)	40 metres	250 metres
Mobility Aid	Quad cane	Quad cane (continued)
Indoor Independence	Independent for short distances only	Independent for most indoor distances
Outdoor Mobility	Required supervision	Improved, still requires supervision for longer distances

Neurological Status

Parameter	At Discharge	After 10 Weeks
Left Upper Limb Strength	4-/5	Improved (grip strength significantly increased)
Left Lower Limb Strength	4/5	Improved (supported by increased walking distance)
Right Side Strength	5/5	5/5 (maintained normal)
Cognitive Function	Intact	Intact
Swallowing	Normal	Normal

Functional Independence Progression

Activity	At Discharge	After 10 Weeks
Feeding	Independent	Independent
Personal Hygiene	Independent	Independent
Communication	Independent	Independent
Bathing	Required Assistance	Independent (with adapted techniques)
Dressing	Required Assistance	Mostly Independent (minimal assistance for some garments)
Meal Preparation	Required Assistance	Improved (able to prepare simple meals)
Work (Graphic Design)	Unable	Resumed part-time

Safety Outcomes

Safety Parameter	Outcome Over 10 Weeks
Falls	None reported
Hospital Readmissions	None
Communication-Related Safety Incidents	None reported
Medication Errors	None documented

Interpreting These Results

The improvement from 40 metres to 250 metres of walking distance over ten weeks represents a meaningful functional gain. While the absolute numbers may seem modest compared to normal walking capacity, for a stroke patient with multiple comorbidities, this level of progress is clinically significant. It reflects the combined effect of consistent physiotherapy, safe home environment, adequate medical monitoring, and high patient motivation. The absence of falls and hospital readmissions is an equally important outcome, as it demonstrates that the care plan effectively managed the key risks. The return to part-time work is a patient-centered outcome that goes beyond what standard clinical scales measure.

Medical Authority

Dr. Ekta Fageriya, MBBS

RMC Registration No. 44780

Specialization: Geriatric Medicine

Clinical Experience: 7 Years

This case study has been prepared based on clinical records, home care documentation, and established evidence-based guidelines for stroke rehabilitation.

Supporting Clinical Documents

The following clinical documents formed the basis of this case study. These records were used to ensure accuracy in all clinical descriptions and to guide the home care planning process.

Hospital Discharge Summary

Primary source for diagnosis, hospital course, and discharge status

Neurological Examination Records

Source for muscle strength grades and neurological findings

Functional Assessment Documentation

Source for ADL independence levels at discharge

Prescription and Medication Records

Source for medication information and medical management plan

Home Care Progress Notes

Source for recovery timeline, nursing observations, and therapy progress

Communication Profile Assessment

Source for hearing loss details and communication methods

Specific laboratory values, radiology images, and detailed medication names have not been included in this publication to protect patient confidentiality. All clinical descriptions are consistent with the source documents.

Recovery Outcome

After ten weeks of coordinated home healthcare, Mr. Malhotra’s recovery can be summarized across several dimensions.

Mobility

Walking distance improved from 40 metres to 250 metres with a quad cane. This represents a more than six-fold increase in walking capacity. While he still required the quad cane and supervision for outdoor walking, his indoor mobility had become largely independent. This level of improvement is consistent with expected recovery patterns for a patient with moderate stroke severity who receives consistent, high-frequency rehabilitation. Home nursing for stroke recovery has been shown to support this type of functional gain when delivered systematically.

Upper Limb Function

Left-hand grip strength improved significantly. While a specific dynamometer measurement was not documented in the available records, the clinical notes describe the improvement as significant enough to allow effective computer mouse and keyboard use. This is a practically meaningful outcome that directly supported his return to work. Stroke recovery focusing on upper limb function requires sustained effort, and the five-session-per-week therapy schedule likely contributed to this result.

Activities of Daily Living

Mr. Malhotra progressed from requiring assistance in four ADL categories (bathing, dressing, outdoor mobility, meal preparation) to independence in most personal care activities. He still required minimal assistance with some dressing tasks, but this represented a major shift from dependent to mostly independent. This level of ADL recovery significantly reduced the burden on his wife as primary caregiver.

Medical Stability

Blood pressure and blood sugar levels remained within acceptable ranges throughout the ten-week period. No hypoglycemic episodes were documented. No signs of stroke recurrence were observed. Medication adherence was maintained with the support of written instructions and the whiteboard medication chart. This medical stability was a direct result of the three-times-weekly nursing monitoring and the family education program.

Safety

No falls occurred during the entire home care period. No hospital readmissions were required. No communication-related safety incidents were reported. These zero-event outcomes are a testament to the effectiveness of the fall prevention strategies, the home environment adaptations, and the communication protocols that were put in place.

Work Return

Mr. Malhotra successfully resumed part-time freelance graphic design work from his adapted home office. This is perhaps the most patient-centered outcome of the entire care period. For a working professional, the ability to return to meaningful work is a key quality-of-life indicator that goes beyond what standard clinical scales capture.

Remaining Challenges

Despite the progress made, some challenges remained at the ten-week mark. Mr. Malhotra still used a quad cane for walking and required supervision outdoors. His left-hand function, while improved, had not fully returned to its pre-stroke level. Continued physiotherapy and occupational therapy would likely be needed to further improve his functional capacity. Long-term management of his vascular risk factors (hypertension, diabetes, high cholesterol) would remain an ongoing requirement regardless of his physical recovery.

Long-Term Care Considerations

The home care team’s recommendations for long-term management included continuation of physiotherapy at a reduced frequency, ongoing blood pressure and blood sugar monitoring (either through continued home nursing or regular clinic visits with written communication support), maintenance of the home safety adaptations, regular follow-up with the treating physician and neurologist, and continued use of secondary stroke prevention medications. Post-hospital discharge care guidelines emphasize the importance of this ongoing monitoring phase.

Key Clinical Learnings

This case offers several specific clinical insights that are relevant for healthcare providers, families, and home care teams.

Deafness Does Not Impair Decision-Making

Deaf patients may require communication adaptations, but hearing loss itself does not affect intelligence, judgment, or the capacity to make decisions about one’s own care. Mr. Malhotra was fully capable of understanding his condition, participating in care planning, and providing informed consent, provided the information was delivered through accessible channels. Healthcare providers should never assume that a patient who is deaf cannot participate actively in their own care. This principle applies equally to elderly deaf patients and younger individuals like Mr. Malhotra.

Communication Adaptation Is a Clinical Skill, Not an Afterthought

Using accessible communication methods is not simply a matter of courtesy. It is a clinical necessity that directly affects patient safety. In this case, every nursing assessment, every physiotherapy instruction, and every medication education session depended on effective visual and written communication. When communication fails in healthcare, the risk of medical errors, missed symptoms, and patient distress increases dramatically. Home care teams should be trained in basic communication strategies for deaf patients, including the use of written instructions, visual demonstrations, gesture-based communication, and systematic confirmation of understanding before proceeding with any procedure.

Home-Based Care Can Remove Barriers That Hospital-Based Care Cannot

For Mr. Malhotra, the home setting offered advantages that a hospital outpatient department could not easily provide. The home environment was already adapted for his hearing loss. His communication tools (whiteboard, tablet, smartphone) were immediately available. There was no background noise interfering with lip reading. His family members who knew ISL were present. The occupational therapist could assess and modify his actual workspace. These are not minor conveniences. They are structural advantages that can meaningfully improve the quality and effectiveness of rehabilitation.

Coordinated Multidisciplinary Care Produces Better Outcomes

This case demonstrated the value of having a coordinated team (nurse, physiotherapist, occupational therapist, patient attendant) working toward a shared plan. The nurse’s vital monitoring ensured that the physiotherapist could push the patient during exercise sessions with confidence that medical parameters were being tracked. The occupational therapist’s fine motor work complemented the physiotherapist’s gross motor training. The attendant’s daily support reinforced what the therapists taught. Comprehensive home healthcare services in Gurgaon that offer this integrated approach are better positioned to deliver these outcomes.

Emergency Preparedness Requires Specific Planning for Deaf Patients

Standard emergency plans assume the patient can hear alarms, shouted warnings, or telephone calls. For deaf patients, emergency preparedness must include visual alert systems (flashing lights), text-based emergency communication (smartphone shortcuts, messaging), and clear written instructions for emergency responders. Families should have a written card or note that can be handed to emergency responders stating that the patient is deaf and explaining how to communicate with them. This is a simple but potentially life-saving preparation.

Family Education Is as Important as Clinical Intervention

In this case, the family’s role was central to the outcome. Mrs. Malhotra learned to communicate using ISL signs relevant to healthcare. She learned to recognize stroke warning signs. She maintained the whiteboard communication system. She ensured that emergency responders would be informed about her husband’s deafness. Without this family engagement, even the best clinical plan would have had gaps. Home care teams should invest time in structured family education, not assume that families will naturally know what to do.

Frequently Asked Questions

Can a deaf patient fully recover from a stroke?

Yes. Hearing loss does not affect the brain’s physical ability to recover from a stroke. Stroke recovery depends on factors such as the severity and location of the stroke, the timing of treatment, the intensity of rehabilitation, and the patient’s overall health. Deaf patients can achieve the same level of physical recovery as hearing patients, provided their communication needs are met during the rehabilitation process. In this case, Mr. Malhotra made significant functional gains over ten weeks because his care team adapted their communication methods to his needs.

How do physiotherapists communicate with deaf stroke patients?

Physiotherapists can use several strategies. Visual demonstration of each exercise before the patient performs it is the primary method. Written instructions on a whiteboard or tablet can explain the exercise plan. Indian Sign Language (ISL) can be used if the therapist knows basic signs or if an interpreter is available. Simple gesture-based communication works well for exercise instruction because most physiotherapy movements can be demonstrated visually. The key principle is to always confirm understanding before proceeding, typically by asking the patient to demonstrate the exercise or nod in confirmation.

Is home-based stroke rehabilitation as effective as hospital-based rehabilitation?

Research evidence shows that for appropriately selected patients, home-based stroke rehabilitation can produce outcomes that are comparable to hospital or clinic-based rehabilitation. Home-based rehabilitation offers the advantage of practicing functional tasks in the actual environment where the patient lives. It also eliminates the challenges and risks associated with travel to outpatient appointments. However, not all stroke patients are appropriate candidates for home-based rehabilitation. Patients with severe medical instability, those requiring intensive medical monitoring, or those with very high care needs may initially benefit more from hospital-based rehabilitation before transitioning to home care. The decision should be made by the treating team based on the individual patient’s clinical status.

What home modifications are needed for a stroke patient who is also deaf?

The modifications need to address both stroke-related safety needs and hearing-related communication needs. For stroke safety, this includes grab bars, anti-slip flooring, adequate lighting, and removal of tripping hazards. For hearing-related needs, this includes flashing doorbells, flashing emergency alarms, video door phones, and a centrally located communication whiteboard. Emergency messaging shortcuts on the patient’s smartphone are also important. The combination of these modifications creates an environment that is both physically safe and communicatively accessible.

How many physiotherapy sessions per week are recommended after a stroke?

There is no single standard number that applies to all stroke patients. The recommended frequency depends on the severity of the stroke, the stage of recovery, the specific impairments being targeted, and the patient’s tolerance for therapy. In the early recovery phase (the first few months after stroke), higher frequencies of four to five sessions per week are commonly recommended because this is the period when the brain is most responsive to rehabilitation. As the patient progresses, the frequency may be reduced. In Mr. Malhotra’s case, five sessions per week were prescribed based on his moderate severity and his goals for functional recovery.

What should families do if a deaf family member shows stroke symptoms?

Families should call emergency services immediately. When calling, they should clearly inform the dispatcher that the patient is deaf and cannot hear verbal instructions. They should have a written note ready that can be handed to emergency responders, stating the patient’s name, the fact that they are deaf, their preferred communication method (ISL, writing, lip reading), and the symptoms observed. The family should not wait to see if symptoms improve. Stroke treatment is time-sensitive, and delays can result in permanent brain damage. Visible signs such as facial drooping, arm weakness, and balance difficulty are sufficient to seek emergency care, even if the patient cannot verbally describe their symptoms.

Can a stroke patient return to computer-based work?

Many stroke patients can return to computer-based work, depending on the nature and severity of their impairments. If the stroke has affected the dominant hand, adaptive strategies such as one-handed keyboarding, mouse alternatives (trackballs, touchpads, voice recognition), and keyboard shortcut customization can help. Occupational therapy plays a key role in assessing the patient’s work requirements and adapting the workstation accordingly. In Mr. Malhotra’s case, his left hand (which was affected by the right-sided stroke) was strengthened through targeted fine motor exercises, and his workstation was adapted to reduce the physical demands during the early return-to-work phase.

Why is a quad cane used instead of a regular cane after a stroke?

A quad cane has a four-point base that provides a wider area of support compared to a regular single-point cane. After a stroke, patients often have both weakness and balance impairment. The quad cane offers greater stability because it does not tip as easily as a single-point cane. It is particularly useful in the early and middle phases of stroke recovery when the patient is regaining confidence in walking. As balance and strength improve further, some patients may transition to a single-point cane or no aid at all, depending on their progress.

How long does stroke recovery take at home?

Stroke recovery is a prolonged process. The most rapid recovery typically occurs in the first three to six months after the stroke, during which the brain has the highest level of neuroplasticity (its ability to reorganize and form new neural connections). However, recovery can continue for months or even years after that, though the rate of improvement typically slows down. In Mr. Malhotra’s case, significant improvement was observed within the first ten weeks, which falls within the expected early recovery window. Most patients benefit from continued therapy beyond ten weeks, often at a reduced frequency, to maximize their long-term functional potential.

What is the risk of another stroke after a first stroke?

Patients who have had one stroke are at increased risk of having another. The exact risk depends on the underlying cause of the first stroke, the presence of risk factors such as hypertension, diabetes, and high cholesterol, and how well these risk factors are controlled. This is why secondary prevention (measures taken to prevent a recurrent stroke) is a critical part of post-stroke care. It typically includes medications such as antiplatelet agents and statins, strict blood pressure and blood sugar control, lifestyle modifications, and regular medical follow-up. Home nursing can play an important role in monitoring these risk factors and ensuring medication adherence.

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Medical Disclaimer

This case study is presented for educational and informational purposes only. It documents the experience of a single patient and does not represent a standard treatment protocol applicable to all individuals.

Every patient is unique. Medical conditions, responses to treatment, and recovery outcomes vary significantly between individuals. Treatment decisions must always be made by qualified healthcare professionals based on a thorough evaluation of the specific patient’s medical history, current condition, and individual needs.

Emergency symptoms such as sudden weakness, facial drooping, difficulty speaking or communicating, sudden vision changes, severe headache, or difficulty breathing require immediate hospital care. Do not wait for a home care visit in case of an emergency.

Home healthcare complements, but does not replace, emergency medical services, hospital-based care, or regular medical follow-up. If you or a family member experiences symptoms of a stroke or any other medical emergency, call emergency services or go to the nearest hospital immediately.