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Home Rehabilitation After Road Traffic Accident: A Case Study

RTA Recovery at Home: A Gurgaon Polytrauma Case Study
Trauma Recovery Case Study 2026

Comprehensive Home Recovery After a Severe Road Traffic Accident

A 38-year-old software engineer with multiple fractures, traumatic brain injury, and chest trauma spent 31 days in a trauma ICU. This case study documents four months of structured home rehabilitation that took him from complete dependence back to walking and working.

38
Age (Years)
9
Major Injuries
31
Hospital Days
4
Months to Walk
Sector 57, Gurgaon Software Engineer 5 Days on Ventilator Femur + Tibia Fractures

Patient Profile

Age38 Years
GenderMale
LocationSector 57, Gurgaon
OccupationSenior Software Engineer
Primary CaregiverWife

Primary Diagnosis

Polytrauma following a high-speed road traffic accident

This involved multiple simultaneous injuries affecting the brain, chest, and musculoskeletal system, requiring trauma ICU admission and multiple surgical procedures.

Injury Summary

Severe Traumatic Brain Injury
Critical
Rib Fractures (Left 3rd-8th)
Serious
Right Femur Shaft Fracture
Serious
Left Tibia Fracture
Serious
Right Clavicle Fracture
Moderate
Pulmonary Contusion
Serious
Small Pneumothorax
Moderate
Deep Lacerations (Right Leg)
Moderate

Hospital Course

31 Days
Emergency trauma admission
Trauma ICU
Intramedullary femur nailing
Tibial fixation
Chest tube insertion
Mechanical ventilation (5 days)
Blood transfusion
ICU monitoring

Condition at Discharge

Wheelchair dependent
Unable to bear weight
Significant muscle wasting
Memory deficits
Severe movement pain
Complete ADL dependence

Why Home Healthcare Was Needed

The treating trauma surgeon recommended structured home care for the following clinical reasons:

Daily wound care
Medication supervision
Physiotherapy (6x/week)
Transfer assistance
Pain monitoring
Fall prevention
Pulmonary rehabilitation
Pressure sore prevention
Nutritional support

Home Care Programme

Services Delivered

Skilled Home Nursing Full-Time Patient Attendant Physiotherapy (6x/week) Wound Dressing Medication Administration Pain Assessment Respiratory Exercises Walker Training Wheelchair Mobility Training Bed Mobility Training Pressure Injury Prevention Nutrition Monitoring Caregiver Education

Challenges During Recovery

Severe pain Reduced lung capacity Fear of standing Muscle weakness Sleep disturbance Depression Surgical wound healing Infection risk DVT risk Family dependence

Recovery Phases

1
Week 1
  • Surgical wounds inspected daily
  • Pain controlled with medication
  • Chest physiotherapy initiated
  • Safe transfer training begun
2
Week 3
  • Sitting unsupported
  • Standing with walker support
  • Improved lung expansion
  • Reduced pain medication needed
3
Month 2
  • Walking short distances with walker
  • Surgical wounds fully healed
  • Independent wheelchair transfers
  • Improved confidence in movement
4
Month 4
  • Walking indoors using a cane
  • Climbing a few stairs with supervision
  • Returned to remote office work
  • Improved cognitive function
  • Resumed family activities

Before vs After Home Care

At Discharge

  • Completely dependent for all activities
  • Wheelchair only mobility
  • Needed two-person transfers
  • Severe pain during any movement
  • High surgical infection risk
  • Low confidence and depression

After 4 Months

  • +Independent transfers
  • +Walking with cane indoors
  • +No wound infection
  • +Better pain control
  • +Improved lung function
  • +Independent bathing, returned to work
Zero hospital readmissions Driving assessment planned by treating orthopaedic surgeon

Clinical Learnings

Polytrauma requires a coordinated, multi-system approach

This patient had brain injury, chest trauma, and multiple fractures simultaneously. Each injury affected rehabilitation planning. The femur fracture limited weight-bearing, the rib fractures limited chest physiotherapy intensity, and the brain injury affected balance and cognition. The home care team had to coordinate across all these constraints, adjusting the programme as each system recovered at a different rate.

Wound care after orthopaedic trauma is a daily clinical responsibility

With deep lacerations and surgical wounds from femur and tibia fixation, daily wound inspection by a skilled nurse was essential to detect early signs of infection. A single missed infection in a patient with multiple surgical sites could have resulted in re-admission and setback to the rehabilitation timeline. Home nursing provided this daily surveillance in a way that outpatient visits could not.

Pulmonary rehabilitation after chest trauma is easily overlooked

Rib fractures and pulmonary contusion reduce lung capacity significantly. If respiratory exercises are not started early and maintained consistently, the patient remains vulnerable to chest infections and has reduced exercise tolerance. The home physiotherapy programme included chest physiotherapy from week one, which contributed to improved lung expansion and reduced infection risk.

Fear of movement is a real barrier after major trauma

A patient who has been on mechanical ventilation, undergone multiple surgeries, and experienced severe pain will naturally resist movement. The physiotherapy team addressed this through graduated progression: from bed mobility to sitting, to standing with a walker, to walking. Each step built confidence before moving to the next. A trained patient attendant provided physical security during these attempts.

DVT prevention must be active, not passive

A patient with lower limb fractures who is immobile for extended periods is at high risk for deep vein thrombosis. The nursing and physiotherapy team implemented active DVT prevention through leg exercises, early mobilisation within surgical constraints, and monitoring for signs of DVT. This proactive approach prevented a potentially life-threatening complication.

Medical Authority

Dr. Ekta Fageriya
Dr. Ekta Fageriya
MBBS
RMC Registration44780
SpecialisationGeriatric Medicine
Clinical Experience7 Years

Supporting Documents

Hospital Discharge Summary
31-day trauma admission
Surgical Reports
Femur nailing, tibial fixation
CT Brain Report
Traumatic brain injury findings
Chest X-ray and CT
Rib fractures, pneumothorax
Physiotherapy Progress Notes
4-month rehabilitation records
Nursing and Wound Care Logs
Daily documentation

Frequently Asked Questions

Polytrauma refers to injuries to two or more body systems simultaneously, or a single system with multiple severe injuries. In Mr. V.K.’s case, the brain, chest, and musculoskeletal systems were all affected. This makes recovery significantly more complex than treating a single fracture because each injury affects the rehabilitation of the others. For example, rib fractures limit how aggressively chest physiotherapy can be done, and brain injury affects balance training for lower limb fractures.

The treating trauma surgeon recommended home care because Mr. V.K. required daily wound care, 6 physiotherapy sessions per week, and 24-hour attendant support. Prolonged rehabilitation centre admission would have been significantly more expensive and would have separated him from his family during a psychologically vulnerable period. Home care allowed the same clinical intensity in a familiar environment, which also supported his cognitive and emotional recovery after the brain injury.

Weight-bearing after femur nailing depends on the fracture pattern and surgical fixation quality. In most stable femur fractures treated with intramedullary nailing, partial weight-bearing can begin within days to weeks with physiotherapy supervision. Full weight-bearing typically progresses over 6 to 12 weeks. Mr. V.K. was standing with a walker by week 3 and walking short distances by month 2, which is consistent with expected recovery for this type of injury.

Rib fractures cause pain during breathing and coughing, which leads to shallow breathing and pooled secretions in the lungs. This creates a risk of pneumonia, especially in a patient who was already on mechanical ventilation. Chest physiotherapy uses breathing exercises, assisted coughing techniques, and mobilisation to maintain lung expansion and clear secretions. In Mr. V.K.’s case, this was started in week 1 and contributed to improved lung expansion by week 3.

Moderate traumatic brain injury can cause memory deficits, reduced concentration, and balance problems. During rehabilitation, these issues affect how quickly a patient can learn new exercises, follow instructions, and maintain safety awareness. The rehabilitation team needs to simplify instructions, repeat them, and monitor for cognitive fatigue. Balance training must account for the brain injury component, not just the lower limb weakness. Mr. V.K.’s cognitive function improved over the four-month period alongside his physical recovery.

The nurse provides skilled clinical care (wound dressing, medication, vital signs) during scheduled visits. The patient attendant provides 24-hour physical assistance with transfers, mobility, toileting, and personal care. For a patient who cannot move independently and is at high fall risk, having someone present at all times is essential for safety. The nurse and attendant work as a complementary team.

DVT (blood clots in the deep veins, usually of the legs) is a well-known complication of lower limb fractures and immobility. Risk is highest in the first few weeks after injury. Prevention includes early mobilisation, leg exercises, hydration, and sometimes blood-thinning medication. The nursing and physiotherapy team monitored Mr. V.K. for DVT signs throughout the home care period as an active prevention measure.

Return to work depends on the type of work and the injuries sustained. For a software engineer who can work remotely, return is possible much earlier than for someone who needs to commute and be physically present at a workplace. Mr. V.K. returned to remote office work at month 4, once he could sit independently, use a computer, and manage his pain. Physical return to an office, and eventually driving, requires further orthopaedic clearance.

Full recovery from polytrauma is measured in months to years, not weeks. Bone healing typically takes 3 to 6 months. Soft tissue and nerve recovery can take longer. Brain injury recovery continues for 12 to 18 months. Most polytrauma patients continue to improve for at least a year after injury. Mr. V.K.’s four-month outcome represents significant early recovery, but ongoing rehabilitation and medical follow-up will continue to yield further improvement.

Need Post-Trauma Home Care in Gurgaon?

If your family member is recovering from a road traffic accident or major surgery, our clinical team can develop a structured home rehabilitation plan.

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Medical Disclaimer

Every patient is unique. The outcomes described in this case study relate to a specific patient and cannot be generalised to other individuals with polytrauma or any other medical condition.

Treatment decisions must always be made by qualified healthcare professionals based on a thorough evaluation of the individual patient’s injuries, current condition, and specific needs.

If you or a family member experiences a road traffic accident or any medical emergency, go to the nearest hospital immediately. Home healthcare complements, but does not replace, emergency medical services.

This case study is intended for informational and educational purposes only. It does not constitute medical advice, diagnosis, or a treatment recommendation for any reader.

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