hip-fracture-rehabilitation-home-care-case-study
Recovering from a Hip Fracture at Home: A 78-Year-Old Patient’s 14-Week Rehabilitation Journey
How structured home nursing, physiotherapy, occupational therapy, and caregiver education helped a retired school teacher from Sector Delta I, Greater Noida, regain mobility and independence after surgical repair of a left intertrochanteric hip fracture.
Patient Background
Mrs. Savitri Mishra is a 78-year-old retired school teacher living with her elder son, daughter-in-law, and grandson in Sector Delta I, Greater Noida, Uttar Pradesh. She has been widowed for several years and was managing most of her daily activities independently before this incident.
Before the fall, she could walk around her home without assistance, though she had noticed gradual difficulty climbing stairs over the past year, which she attributed to knee pain from osteoarthritis. She was not using any walking aid at home.
Osteoporosis reduces bone density, making bones fragile. A slip in the bathroom, which might cause only a bruise in a younger person, resulted in a hip fracture in her case. Vitamin D deficiency further weakens bones and also contributes to muscle weakness, increasing fall risk. Her knee osteoarthritis may have altered her gait pattern, reducing her balance reserve.
Her son, aged 50, serves as the primary caregiver, with his wife providing secondary support. Both work during the day, which meant the patient would be alone for several hours without professional supervision if home healthcare was not arranged.
Clinical Diagnosis
The patient sustained a left intertrochanteric femur fracture after slipping on a wet bathroom floor. She experienced immediate severe pain in her left hip and groin, was unable to stand or bear any weight on the left leg, and the affected limb appeared shortened and externally rotated. These are characteristic clinical signs of a proximal femur fracture.
The intertrochanteric region lies between the greater and lesser trochanters of the femur, just below the hip joint. Fractures in this area are common in older adults with osteoporosis. Unlike intracapsular (neck of femur) fractures, intertrochanteric fractures generally have a better blood supply to the bone fragments, which supports healing. Surgical fixation allows early mobilization, which is critical for preventing complications of bed rest in elderly patients.
The diagnosis was confirmed by radiography at the hospital. The patient was transported to the emergency department by ambulance. No neurological deficit was noted. The fracture was classified based on radiographic appearance, and the treating orthopaedic surgeon determined that surgical fixation was the appropriate course of treatment given the patient’s functional level and medical fitness for surgery.
Hospital Treatment
The patient was admitted for 12 days. During this period, the hospital team addressed several clinical priorities simultaneously.
Open Reduction and Internal Fixation (ORIF) using a Proximal Femoral Nail (PFN). The fracture fragments were realigned and stabilized with an intramedullary nail, which provides strong fixation for intertrochanteric fractures and allows early weight-bearing.
Deep vein thrombosis prophylaxis was initiated as part of standard postoperative care for hip fracture patients. This is critical because the combination of surgical trauma, immobility, and the hypercoagulable state after fracture significantly increases the risk of blood clots in the lower limbs.
Postoperative pain was managed with prescribed analgesics. Adequate pain control was essential not only for patient comfort but also to enable participation in early physiotherapy, which directly influences recovery outcomes.
Postoperative physiotherapy was initiated in the hospital. The focus was on bed mobility, safe transfer techniques, and assisted standing within the weight-bearing restrictions advised by the surgeon. Early mobilization reduces the risk of chest infections, pressure sores, and muscle deconditioning.
A nutritional assessment was also conducted during the hospital stay, recognizing that adequate protein and caloric intake are important for wound healing and bone repair in elderly patients. A fall risk assessment was performed to identify factors that contributed to the fall and to plan prevention strategies for after discharge.
Why Home Healthcare Was Needed
The surgery had successfully stabilized the fracture. However, stabilization is only the first part of the recovery. A 78-year-old patient with multiple comorbidities does not simply resume normal activity after leaving the hospital. The discharge assessment clearly showed several areas of concern.
The patient was dependent for bathing, dressing her lower body, outdoor mobility, and stair climbing. She required assistance for toileting, meal preparation, and household activities. She remained independent only in feeding, communication, and decision-making.
Returning home without professional support would have meant prolonged bed rest, high risk of wound infection, muscle wasting, joint stiffness, and a second fall. Her son and daughter-in-law, though willing, lacked the training to manage post-surgical hip precautions, recognize complications early, or provide the intensity of rehabilitation needed.
Home Care Plan by AtHomeCare
A structured, multidisciplinary care plan was developed based on the discharge summary, orthopaedic surgeon’s weight-bearing guidelines, and the initial home assessment. Each discipline had clearly defined roles and frequency.
Home Nursing — Three Visits Per Week
A registered nurse visited three times each week. The nursing role was focused on monitoring for postoperative complications that might not be obvious to the family.
Physiotherapy — Six Sessions Weekly
Physiotherapy formed the most intensive part of the rehabilitation. Six sessions per week were prescribed because the early postoperative period is a critical window for regaining mobility before complications of immobility set in. All exercises were performed within the surgical precautions specified by the treating orthopaedic surgeon.
Occupational Therapy — Three Sessions Weekly
While physiotherapy focused on mobility and strength, occupational therapy addressed the practical skills needed for daily living. The occupational therapist worked on making the patient’s actual daily routines safer and more manageable within her home environment.
Patient Attendant — 12 Hours Daily
A trained patient attendant was present for 12 hours each day. This was essential because the patient’s son and daughter-in-law were at work during daytime hours. The attendant provided continuous supervision and hands-on assistance, ensuring the patient was never left alone during the most vulnerable period of recovery.
The occupational therapist assessed the home and recommended specific modifications. The family implemented these before the patient returned from the hospital. This was a critical step because the bathroom, where the original fall occurred, needed to be made significantly safer.
| Modification | Purpose |
|---|---|
| Hospital Bed | Adjustable height for safe transfers; elevation for comfort and breathing |
| Walker | Weight-bearing support during gait training and daily mobility |
| Raised Toilet Seat | Reduces hip flexion required, protecting the surgical repair |
| Grab Bars (Bathroom) | Provides stable handhold during sitting, standing, and showering |
| Anti-slip Bathroom Mats | Prevents slipping on wet surfaces, addressing the original cause of the fall |
| Shower Chair | Allows seated bathing, eliminating the need to stand on a wet floor |
| Handrails (Hallway) | Continuous support along movement path inside the home |
| Improved Lighting | Better visibility reduces fall risk, especially at night |
| Wheelchair | Used for longer distances before walking endurance improved |
| BP Monitor and Pulse Oximeter | Allowed the family and attendant to track vital signs between nurse visits |
Risks Being Monitored
The clinical team maintained active surveillance for the following complications throughout the 14-week care period.
Recovery Timeline
The following timeline documents the patient’s clinical progress through the 14-week home rehabilitation period. Each stage reflects the interaction between the care team’s interventions and the patient’s physiological response.
Initial Home Assessment and Stabilization
The home care team conducted a comprehensive initial assessment. The patient was in moderate pain, anxious about movement, and dependent for all transfers. The nurse assessed the surgical wound, established a baseline for vital signs, and reviewed all medications. The physiotherapist began gentle bed mobility exercises and sitting balance training.
PT focus: Bed mobility, sitting balance, ankle pumps for circulation
Family observation: Patient was fearful and reluctant to move
Transfer Training Begins
The patient began practicing transfers from bed to chair with the physiotherapist and attendant. She required hands-on assistance but was able to participate actively. Pain remained moderate but was manageable. The occupational therapist visited for the first time and assessed bathroom safety, confirming that the installed modifications were appropriate.
PT focus: Sit-to-stand training with walker, static standing balance
Family observation: Son reported feeling more confident assisting with transfers after being taught proper technique
First Steps with Walker
Progressive gait training began. The patient took her first supported steps at home using the walker, walking approximately 15 metres with close supervision. Hip range-of-motion exercises continued within surgical precautions. Lower limb strengthening was progressed with resistance exercises. The patient started using the shower chair for bathing with the attendant’s help.
PT focus: Gait initiation, weight-bearing progression, hip abductor strengthening
OT focus: Adaptive dressing techniques, energy conservation during bathing
Building Walking Endurance
Walking distance increased progressively. The patient was now walking over 100 metres with the walker under supervision. Transfers became smoother and required less physical assistance. Pain had reduced noticeably. The patient began showing interest in doing more activities independently. Balance exercises were intensified. The family was educated on fall prevention during the patient’s increasing mobility.
PT focus: Endurance training, dynamic balance, outdoor walking practice
Family observation: Daughter-in-law noted the patient was more cheerful and willing to walk
Gaining Independence
The patient achieved independence in most indoor transfers and toileting. Stair training was introduced under direct physiotherapy supervision. Walking distance continued to increase. The occupational therapist worked on more complex daily tasks. The patient attendant’s role shifted from hands-on assistance to supervision and safety monitoring. The frequency of nursing visits was reviewed as the wound had fully healed.
OT focus: Kitchen activities, community mobility preparation
Patient response: Expressed confidence about walking indoors without fear
Rehabilitation Milestone
The 14-week home care period concluded with measurable functional improvement. The patient was walking nearly 300 metres with a walker and minimal supervision. She was independent in transfers, toileting, grooming, and most indoor activities. Pain was minimal during daily tasks. The family had developed a clear understanding of safe mobility practices and when to seek medical help.
Family feedback: Felt the home care team had given them the knowledge and confidence to support long-term recovery
Clinical Evidence
The following tables summarize the functional data documented during the care period. Values are based on clinical assessments recorded by the care team.
Functional Status: Activities of Daily Living
| Activity | At Discharge | At Week 7 | At Week 14 |
|---|---|---|---|
| Feeding | Independent | Independent | Independent |
| Bathing | Dependent | Assisted | Assisted |
| Dressing (Lower Body) | Dependent | Assisted | Independent |
| Toileting | Assisted | Assisted | Independent |
| Transfers (Bed to Chair) | Assisted | Supervised | Independent |
| Indoor Walking | Dependent | Walker + Supervision | Walker + Minimal Supervision |
| Stair Climbing | Dependent | Dependent | Assisted with Handrail |
| Grooming | Assisted | Independent | Independent |
Walking Endurance Progression
| Time Point | Walking Distance | Assistive Device | Level of Supervision |
|---|---|---|---|
| At Hospital Discharge | Not documented | Not walking independently | Full assistance |
| Week 4 | Approximately 15 metres | Walker | Close supervision |
| Week 8 | Over 100 metres | Walker | Supervision |
| Week 14 | Nearly 300 metres | Walker | Minimal supervision |
Pain and Complication Status
| Parameter | At Discharge | At Week 14 | Status |
|---|---|---|---|
| Pain During Movement | Moderate | Minimal | Improved |
| Surgical Wound | Healing, dressings required | Fully healed | Resolved |
| Wound Infection | Not present | Not present | No Complication |
| DVT | Not present | Not present | No Complication |
| Falls During Care Period | Not applicable | Zero | No Complication |
| Hospital Readmission | Not applicable | Zero | No Complication |
Home Care Delivery Summary
| Service | Frequency | Total Sessions (14 Weeks) |
|---|---|---|
| Home Nursing | 3 visits per week | 42 visits |
| Physiotherapy | 6 sessions per week | 84 sessions |
| Occupational Therapy | 3 sessions per week | 42 sessions |
| Patient Attendant | 12 hours daily | 84 days |
Family Education
Educating the family was not a single event but an ongoing process throughout the 14 weeks. The patient care team taught the family skills that would remain relevant long after the formal care period ended.
The son was taught how to assist his mother from bed to chair and back without straining his own back or putting the patient’s hip at risk. Proper body mechanics were demonstrated and practiced under supervision.
The family learned the correct sequence for walking with a walker: advance the walker first, then the operated leg, then the other leg. They were taught to adjust the walker height and ensure rubber tips were intact.
The orthopaedic surgeon’s specific weight-bearing instructions were explained and reinforced. The family understood why these restrictions existed and what could happen if they were not followed.
The family was educated to recognize signs of wound infection, DVT (leg pain or swelling), and pulmonary embolism (sudden chest pain or breathlessness). They understood these require immediate hospital care.
Recovery Outcome at 14 Weeks
At the conclusion of the 14-week home healthcare period, the following outcomes were documented.
Walking endurance improved from approximately 15 metres to nearly 300 metres using a walker with minimal supervision. The patient became independent in transfers and most indoor mobility.
Pain reduced significantly from moderate levels at discharge to minimal pain during daily activities. The patient was able to participate comfortably in physiotherapy sessions.
No surgical wound infection. No DVT. No pressure injuries. No falls during the entire care period. No hospital readmission. The surgical wound healed without any wound-related complications.
The family gained confidence in assisting with mobility, supervising exercises, implementing fall prevention measures, and recognizing when to seek medical help.
Recovery from a hip fracture at 78 years of age is a gradual process. At 14 weeks, meaningful progress had been made, but full recovery continues beyond this period. The patient still required a walker for safe mobility, and stair climbing needed assistance. Ongoing physiotherapy at a reduced frequency was recommended.
Her underlying osteoporosis and vitamin D deficiency require long-term medical management to reduce the risk of future fractures. Fall prevention must remain a permanent priority. Scheduled orthopaedic follow-up appointments are essential to monitor fracture healing and guide further weight-bearing progression.
Key Clinical Learnings
The hospital stay addressed the acute surgical need. But the actual recovery, the part that determines whether the patient walks again or remains bedbound, happens at home. A 12-day hospital stay cannot restore the strength, confidence, and functional ability lost from a hip fracture. Structured home rehabilitation over weeks is what bridges the gap between surgical fixation and functional recovery.
This case involved nursing, physiotherapy, occupational therapy, and a patient attendant working in coordination. Each discipline addressed a different dimension of recovery. The nurse monitored medical safety. The physiotherapist rebuilt mobility and strength. The occupational therapist made daily living achievable. The attendant provided the continuous supervision that the family could not. None of these roles was interchangeable.
The patient’s fall occurred in her bathroom. Discharging her to the same bathroom without modifications would have been clinically inappropriate. The grab bars, raised toilet seat, anti-slip mats, and shower chair directly addressed the environmental factors that caused the injury. Home modifications are a medical intervention, not a convenience.
After a hip fracture, many elderly patients develop an intense fear of falling again. This fear can be more disabling than the physical injury itself, leading to avoidance of movement, further deconditioning, and a self-reinforcing cycle of decline. Addressing this through gradual exposure, balance training, and confidence building is a necessary part of rehabilitation, not a psychological luxury.
Professional home care has a defined duration. The family remains. What the family knows about safe transfers, fall prevention, warning signs, and exercise continuation after the care team withdraws directly influences whether the patient maintains her gains or deteriorates. In this case, the family’s active participation in the education process was a key factor in the positive outcome.
Osteoporosis, vitamin D deficiency, and hypertension were not the primary reason for home care, but they influenced every aspect of recovery. Bone health affects fracture healing. Vitamin D affects muscle strength. Blood pressure affects exercise tolerance. Effective geriatric rehabilitation requires attention to the whole patient, not just the fractured bone.
Frequently Asked Questions
How long does it take to recover from a hip fracture at home?
Is home physiotherapy effective after hip fracture surgery?
What home modifications are needed after hip fracture surgery?
Why is DVT prophylaxis important after hip fracture surgery?
What are the signs of infection after hip fracture surgery?
Can a 78-year-old walk independently after hip fracture surgery?
What role does a patient attendant play in hip fracture recovery at home?
How does occupational therapy help after a hip fracture?
What is ORIF with PFN for hip fracture?
How can families prevent falls in elderly patients at home?
Medical Authority
Dr. Ekta Fageriya
MBBS
Supporting Clinical Documents
This case study is based on the following clinical documentation. Specific patient identifiers, hospital names, and detailed investigation values have been withheld to protect patient confidentiality.
This case study is presented for educational purposes only. The patient and all clinical details are fictional, though they are based on realistic clinical scenarios encountered in geriatric home healthcare.
Every patient is unique. Treatment decisions must always be made by qualified healthcare professionals based on individual clinical assessment. The outcomes described in this case study do not guarantee similar results for other patients.
Emergency symptoms, including sudden chest pain, difficulty breathing, signs of infection, or acute worsening of any condition, require immediate hospital care. Home healthcare complements but does not replace emergency medical services.
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