pelvic-fracture-rehabilitation-home-healthcare-case-study
Home Rehabilitation After Surgical Fixation of a
Pelvic Ring Fracture
A 58-year-old construction project manager from Sector Alpha II, Greater Noida, sustained a complex pelvic fracture in a road traffic accident. After 21 days of hospitalization including open reduction and internal fixation, he returned home to begin 16 weeks of structured multidisciplinary rehabilitation.
Patient Background
Mr. Devendra Singh, a 58-year-old senior project manager in the construction industry, lived with his wife, son, and daughter in Sector Alpha II, Greater Noida. He was the primary earning member of the family and led an active professional life overseeing construction projects across the NCR region.
Before the accident, he was functionally independent with no mobility limitations. He had two known comorbidities: hypertension and type 2 diabetes mellitus, both reported as well controlled. There was no documented history of previous fractures, joint disease, or neurological conditions.
Hypertension and diabetes required ongoing monitoring during the recovery period. Diabetes, even when well controlled, can influence wound healing and infection risk after surgery. Hypertension needed regular tracking, particularly during the early postoperative period when pain and immobility could cause fluctuations. Both conditions made structured home nursing visits clinically important, not optional.
The accident occurred during his morning commute to a project site. He was travelling by road when his vehicle was involved in a high-impact collision. He was transported to the emergency department by ambulance, where a trauma evaluation confirmed a complex pelvic ring fracture along with soft tissue injuries and significant blood loss.
Clinical Diagnosis
Pelvic ring fractures are among the most serious orthopaedic injuries. The pelvic ring provides structural support for the spine and lower limbs, and disruption of this ring can lead to life-threatening bleeding, organ injury, and long-term disability. The classification of this fracture as “unstable” indicated that the pelvic ring had lost its structural integrity in at least one plane, requiring surgical intervention to restore anatomy and stability.
The absence of neurological or spinal cord injury was a critically favourable finding. It meant that the patient’s functional limitations after discharge were primarily mechanical (related to the fracture and surgical repair) rather than neurological, which significantly improved the rehabilitation prognosis.
Hospital Treatment
The patient spent 21 days in the hospital, during which the clinical team addressed the acute phase of his injury. The hospital course included emergency trauma management, surgical stabilization, and early rehabilitation initiation.
Initial assessment and stabilization of the unstable pelvic fracture, management of blood loss, and evaluation for associated injuries.
Surgical restoration of the pelvic ring anatomy using plates and screws. ORIF was the appropriate choice for an unstable pelvic fracture in a patient without contraindications to surgery, as it allows early mobilization compared to non-operative treatment.
Blood transfusion as clinically indicated, structured pain management, DVT prophylaxis, nutritional support, and monitoring of hypertension and diabetes.
In-hospital physiotherapy and occupational therapy were initiated to begin the process of regaining mobility and function within safe parameters before discharge.
At discharge, the fracture was surgically stabilized. The patient was advised protected weight-bearing as directed by the treating orthopaedic surgeon and referred for continued rehabilitation at home. The discharge plan recognized that the patient would need significant support for daily activities and that professional home healthcare would be essential for safe recovery.
Why Home Healthcare Was Needed
The decision to continue care at home rather than in a rehabilitation facility was driven by several clinical and practical considerations specific to this patient’s situation.
Although the fracture had been surgically stabilized, stabilization alone does not restore function. Twenty-one days of bed rest had already led to measurable lower limb weakness, reduced hip mobility, and deconditioning. The patient was wheelchair dependent for longer distances, required a walker for short distances with partial weight-bearing, and needed physical assistance for all transfers. He could not bathe, dress, climb stairs, or manage outdoor mobility independently.
The clinical team identified several specific goals that required professional home-based intervention:
Prevent falls during early mobilization, monitor for DVT and surgical site infection, and ensure safe transfers.
Progressive physiotherapy to rebuild strength, restore hip mobility, and advance from wheelchair to walking.
Track blood pressure and blood sugar, manage pain medications, assess wound healing, and watch for complications.
Reduce the burden on his wife and son by providing trained attendants and educating the family on safe care techniques.
The patient’s wife (54 years) was the primary caregiver, with his son (30 years) providing secondary support. While their willingness to help was essential, pelvic fracture rehabilitation involves specific weight-bearing restrictions, transfer techniques, and exercise protocols that require professional training. Incorrect transfers or premature weight-bearing could compromise the surgical repair. A trained patient attendant provided 12-hour daily assistance, ensuring that safe techniques were followed consistently while the family could participate without carrying the full physical and emotional burden.
Home Care Plan by AtHomeCare
The home care plan was structured around four pillars, each addressing a specific dimension of the patient’s recovery needs.
Home Nursing
Three visits per weekThe nursing component was designed to provide medical oversight between orthopaedic follow-up visits. Given the patient’s comorbidities and the nature of his surgery, regular professional assessment was necessary to detect complications early.
Physiotherapy
Six sessions weeklyPhysiotherapy was the most intensive component of the home care plan. With six sessions per week, the physiotherapist worked within the orthopaedic surgeon’s weight-bearing restrictions to progressively restore mobility and strength. This high frequency was necessary because prolonged immobilization had caused significant muscle deconditioning that required consistent, structured input to reverse.
Occupational Therapy
Three sessions weeklyWhile physiotherapy focused on mobility and strength, the occupational therapy component addressed the practical challenges of daily living. The occupational therapist assessed the home environment, trained the patient in adaptive techniques, and worked on restoring independence in activities of daily living.
Patient Attendant
12 hours daily assistanceA trained patient attendant was present for 12 hours each day to provide hands-on support for activities that the patient could not yet perform independently. This role bridged the gap between professional therapy sessions and the family’s capacity, ensuring continuity of safe care.
Home Modifications and Equipment
Arranged by the family with occupational therapy guidanceThe occupational therapist assessed the home and recommended specific modifications. The family arranged the following medical equipment and adaptations, many of which could be set up in a standard Greater Noida apartment without structural changes:
Risks Being Monitored
Throughout the 16-week home care period, the clinical team actively monitored for the following risks, each of which has documented significance in postoperative pelvic fracture recovery.
Post-operative wound infections can compromise hardware fixation and delay healing. Diabetes, even when controlled, adds to this risk.
Pelvic fractures and immobility create a significant DVT risk. The nursing team monitored for leg swelling, pain, and warmth at every visit.
Early mobilization with partial weight-bearing and assistive devices carries fall risk. The attendant and physiotherapist provided constant supervision during mobility.
Prolonged time in bed or wheelchair increases pressure sore risk. Regular position changes and skin checks were part of the attendant’s routine.
Already present at discharge. The six-session weekly physiotherapy programme was specifically designed to address and reverse these conditions progressively.
Fracture healing was assessed through clinical progress and orthopaedic follow-up. Any regression in mobility or new pain would prompt hospital review.
Recovery Timeline
The following timeline documents the patient’s progression through the 16-week home care period. Each phase reflects documented clinical observations rather than projected milestones.
The patient arrived home from the hospital. Initial home assessment was conducted by the nursing team and physiotherapist. The home environment was reviewed for safety, equipment was positioned, and the family received initial orientation on the care plan. The patient reported severe pain during any movement and was apprehensive about being at home.
Focus was on pain control, wound care, and establishing safe routines. Nursing visits monitored the surgical site and vital signs. Physiotherapy began with gentle bed mobility exercises and safe transfer techniques using the transfer board. The patient remained mostly bed-bound with wheelchair use for essential movement. The attendant provided full support for personal hygiene and positioning. Family members were trained in basic transfer assistance under therapist supervision.
Pain began to show measurable improvement. The surgical wound was healing as expected with no signs of infection. Physiotherapy progressed to standing tolerance exercises with the walker, still within partial weight-bearing limits. The patient could perform supervised transfers with the attendant’s support. Occupational therapy introduced techniques for modified bathing and toileting using the raised toilet seat and shower chair. No DVT symptoms were observed.
Progressive gait training with the walker began under strict physiotherapy supervision. Hip range-of-motion exercises continued within surgical precautions. Lower limb strengthening exercises were advanced as tolerated. The patient started taking a few steps with the walker during therapy sessions. Nursing documented steady wound healing. Blood pressure and blood sugar remained within acceptable ranges. The patient’s confidence improved noticeably, though fear of falling persisted.
The patient was now walking approximately 350 metres with the walker, a significant improvement from the initial wheelchair-dependent state. He regained independence in several personal care activities with adaptive techniques. Transfers became smoother and required less physical assistance. The occupational therapy focus shifted toward more complex daily tasks and energy conservation. Pain during movement was substantially reduced compared to the early weeks.
With orthopaedic clearance, the patient began transitioning from the walker to a walking stick for short distances. Balance and endurance had improved considerably. The physiotherapy frequency was under review for potential reduction. The patient was performing most household activities with minimal assistance. The family reported feeling confident in managing daily care and recognizing warning signs.
The surgical wound had healed completely without infection. The patient was walking short distances with a walking stick and approximately 350 metres with the walker. He had regained independence in personal care, transfers, and most household activities. No hospital readmissions or major postoperative complications had occurred during the entire 16-week period. The care team provided a detailed transition plan with continued home exercises and scheduled orthopaedic follow-up.
Clinical Evidence
The following tables document the patient’s functional progression based on clinical observations recorded during the home care period. Specific laboratory values and numerical vital sign readings were not included in the documented case records and are therefore not presented here.
Functional Mobility Progression
| Time Point | Primary Mobility Mode | Walking Distance | Transfer Status | Assist Level |
|---|---|---|---|---|
| Discharge | Wheelchair | Not documented | Required full assistance | Maximum |
| Week 1 | Bed / Wheelchair | Not ambulating | Transfer board with assistance | Maximum |
| Week 3 | Wheelchair / Standing | Standing tolerance only | Supervised with attendant | Moderate |
| Week 6 | Walker (partial WB) | Few steps | Minimal assistance | Moderate |
| Week 10 | Walker | ~350 metres | Near independent | Minimum |
| Week 14 | Walker / Walking stick | Short distances (stick) | Independent | Minimum |
| Week 16 | Walking stick / Walker | Short distances (stick), ~350m (walker) | Independent | Supervision |
Activities of Daily Living Independence
| Activity | At Discharge | Week 8 | Week 16 |
|---|---|---|---|
| Feeding | Independent | Independent | Independent |
| Bathing | Dependent | Assisted (adaptive) | Independent (adaptive) |
| Dressing | Dependent | Assisted | Independent |
| Toileting | Required assistance | Minimal assistance | Independent |
| Transfers | Required assistance | Supervised | Independent |
| Stair Climbing | Dependent | Not attempted | Assisted (as permitted) |
| Meal Preparation | Required assistance | Minimal assistance | Supervised |
Home Healthcare Visit Schedule
| Service | Frequency | Key Responsibilities |
|---|---|---|
| Home Nursing | 3 visits/week | Vitals, wound care, pain assessment, medication review, DVT monitoring, family education |
| Physiotherapy | 6 sessions/week | Mobility, strengthening, gait training, balance, ROM exercises, fall prevention |
| Occupational Therapy | 3 sessions/week | ADL training, transfers, home modifications, adaptive equipment, energy conservation |
| Patient Attendant | 12 hours/day | Hygiene, transfers, walking support, medication reminders, positioning, exercise supervision |
Medical Authority
Supporting Clinical Documents
This case study is based on the following categories of clinical documentation. Specific patient-identifiable information has been removed in accordance with privacy standards.
Specific laboratory values, numerical vital sign readings, and detailed radiology findings were not included in the documented case materials available for this report. Where quantitative data was not available, clinical observations have been presented qualitatively. No values have been estimated or inferred.
Recovery Outcome
At the conclusion of the 16-week documented home healthcare period, the following outcomes were recorded:
Progressed from wheelchair dependence to walking approximately 350 metres with a walker and short distances using a walking stick, as permitted by the treating orthopaedic surgeon.
Complete wound healing without infection or wound-related complications.
Walking pain reduced substantially through continued physiotherapy and rehabilitation. Pain was manageable and did not limit basic activities.
Independence regained in personal care, transfers, and most household activities.
No hospital readmissions, no surgical site infection, no DVT, no pressure injuries, and no major postoperative complications occurred during the 16-week period.
The family became confident in assisting with mobility, exercises, and safe transfers, and in recognizing warning signs requiring medical attention.
Full independent walking without any assistive device had not yet been achieved at the 16-week mark. Stair climbing still required assistance. Return to work had not yet occurred. These are expected in the timeline of pelvic fracture recovery, where full weight-bearing and unrestricted mobility may take 6 months or longer depending on fracture healing and orthopaedic reassessment.
Key Clinical Learnings
ORIF restores bony anatomy and mechanical stability, but it does not restore function. Prolonged immobilization during the hospital phase causes rapid deconditioning that must be systematically addressed through structured rehabilitation. Discharging a patient home after pelvic ORIF without a rehabilitation plan would leave them vulnerable to complications and delayed recovery.
Premature or incorrect weight-bearing after pelvic fracture fixation can disrupt the surgical repair and compromise healing. Family members, however well-intentioned, may not consistently enforce these restrictions. A trained physiotherapist and attendant ensure that every mobilization session adheres to the orthopaedic surgeon’s prescribed limits.
This patient’s hypertension and diabetes were documented as well controlled, yet both required ongoing monitoring during recovery. Diabetes influences wound healing and infection susceptibility. Hypertension requires tracking, especially during pain fluctuations. The home nursing component was not redundant with family care; it provided a clinical safety net that untrained caregivers could not replicate.
Six physiotherapy sessions per week is a high-intensity home programme. In this case, it was justified by the degree of muscle weakness and mobility loss resulting from 21 days of immobilization following a major fracture. Lower frequencies might have extended the recovery timeline or allowed further deconditioning. The outcome, progressing from wheelchair to walking stick in 16 weeks, suggests the intensity was appropriate.
The family was educated on safe transfer techniques, proper equipment use, weight-bearing precautions, wound care, home exercises, fall prevention, and red-flag symptoms for DVT and pulmonary embolism. By week 16, they were confident in managing daily care. This education serves a dual purpose: it supports the patient during active home care and builds a foundation for safe self-management after professional services are reduced.
The family arranged hospital bed, wheelchair, walker, raised toilet seat, grab bars, anti-slip mats, shower chair, transfer board, and a portable ramp before or early in the home care period. Without these adaptations, safe transfers, toileting, and bathing would not have been possible, increasing fall risk and dependency. The occupational therapist’s assessment ensured the right equipment was in place for this specific patient’s needs.
Frequently Asked Questions
Recovery after pelvic fracture fixation typically takes 3 to 6 months for most patients. Full weight-bearing may not be permitted for 8 to 12 weeks depending on fracture stability. Structured physiotherapy and adherence to weight-bearing restrictions significantly influence recovery timelines. In this case, the patient showed meaningful functional improvement by week 16 but had not yet achieved full independent walking without assistive devices.
Yes. After surgical stabilization and hospital discharge, many patients can safely rehabilitate at home with a multidisciplinary team including physiotherapists, nurses, and occupational therapists. Home-based rehabilitation requires careful coordination, appropriate equipment, a safe home environment, and regular orthopaedic follow-up. It is not suitable for all patients, particularly those with unstable medical conditions or inadequate home support.
Key risks include surgical site infection, deep vein thrombosis (DVT), delayed or non-union of the fracture, muscle wasting from immobilization, joint stiffness, pressure injuries, and falls during early mobilization. Patients with diabetes face additional wound healing risks. Monitoring for these complications through professional patient care services is essential during home recovery.
Physiotherapy after ORIF helps restore hip mobility, rebuild lower limb strength lost during immobilization, improve balance and gait, prevent joint stiffness and muscle atrophy, and reduce fall risk. It must be performed within the weight-bearing restrictions set by the treating orthopaedic surgeon. Without physiotherapy, patients risk permanent loss of function despite successful surgery.
Useful modifications include a hospital bed for safe positioning, grab bars in bathrooms, a raised toilet seat, anti-slip mats, a shower chair, a wheelchair ramp for accessibility, and clear pathways for walker use. An occupational therapist can assess specific needs based on the patient’s home layout and functional level. Many of these items are available through medical equipment rental services.
Immediate medical attention is needed if the patient develops sudden leg swelling or pain (possible DVT), sudden breathlessness or chest pain (possible pulmonary embolism), signs of wound infection such as increasing redness, warmth, or discharge, high fever, severe uncontrolled pain, or a new fall with increased pain. These symptoms require emergency hospital evaluation and should not be managed at home.
A trained patient attendant provides daily assistance with personal hygiene, safe transfers between bed and wheelchair, walking support, medication reminders, meal assistance, exercise supervision as directed by the physiotherapist, and regular position changes to prevent pressure injuries. They serve as a consistent safety presence, particularly during the early weeks when the patient is most vulnerable to falls and requires maximum assistance.
Home nursing monitors blood pressure and blood sugar in patients with comorbidities, assesses the surgical wound for signs of infection, performs dressing changes, evaluates pain levels, reviews medications for interactions or adherence issues, watches for DVT symptoms, and educates the family on safe care practices. In cases where patients have additional medical conditions or complex medication regimens, nursing visits provide a clinical safety layer between hospital and full recovery.
Home healthcare can be appropriate for elderly patients in Greater Noida after pelvic fracture surgery, provided the patient is medically stable, the home environment can be made safe with appropriate modifications, there is adequate family or professional support, and regular orthopaedic follow-up is accessible. The suitability depends on individual clinical factors and should be determined by the treating surgeon in consultation with the home healthcare team. In some cases, particularly for patients with significant cognitive impairment or complex medical needs, a rehabilitation facility may be more appropriate initially.
A walker provides a wider base of support with four points of contact with the ground, making it suitable for patients who need significant stability during early mobilization and partial weight-bearing. A walking stick (or cane) provides single-point support and is appropriate for patients who have progressed to near-independent walking but need mild assistance with balance or to offload one side slightly. Transitioning from walker to walking stick, as seen in this case, typically indicates meaningful improvement in strength, balance, and confidence. The timing of this transition should always be guided by the physiotherapist and orthopaedic surgeon.
Family Education Provided
The patient’s family received structured education on the following topics, which formed an essential part of the home care programme:
The family was specifically educated to recognize and act on the following symptoms:
- • Leg swelling or pain (possible DVT)
- • Sudden breathlessness or chest pain (possible pulmonary embolism)
- • Increasing wound redness, warmth, or discharge (possible infection)
- • High fever
- • Severe uncontrolled pain
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This case study is published for educational purposes only. The patient profile is fictional, though the clinical scenario is based on evidence-based medical knowledge and common presentations seen in home healthcare practice.
Every patient is unique. Treatment decisions must always be made by qualified healthcare professionals based on individual clinical assessment, investigation results, and patient preferences. The outcomes described here should not be interpreted as expected results for any other patient.
Emergency symptoms such as sudden breathlessness, chest pain, severe bleeding, loss of consciousness, or signs of infection require immediate hospital care. Home healthcare complements, but does not replace, emergency medical services or hospital-based treatment.
If you or someone in your care is experiencing a medical emergency, call your local emergency services number or go to the nearest hospital emergency department immediately.