Pneumothorax Identified by a Remote Physician Using Paramedic-obtained Tele-ultrasound: Case Report
Shriman Balasubramanian1, Michael DeFilippo1, Michael Stone1
1New York Presbyterian Hospital Cornell and Columbia, Department of Emergency Medicine, New York.
Clinical Practice and Cases in Emergency Medicine
|August 19, 2024
Summary
Community paramedics used tele-ultrasound to diagnose pneumothorax in an elderly patient during a home visit. This novel approach in community paramedicine shows promise for improving patient outcomes.
Area of Science:
- Emergency Medicine
- Point-of-Care Ultrasound
- Telehealth
Background:
- Community paramedicine is an evolving field integrating new technologies.
- Telemedicine and ultrasound applications in this setting are novel, with limited supporting data.
- Evidence for morbidity and mortality benefits of these technologies in community paramedicine is scarce.
Purpose of the Study:
- To highlight a unique case of diagnosing a common medical emergency using tele-ultrasound in community paramedicine.
- To demonstrate the potential of point-of-care ultrasound and telehealth in improving patient outcomes.
- To showcase a successful application of advanced diagnostic tools by community paramedics.
Main Methods:
- A trained community paramedic performed lung point-of-care ultrasound during a home visit.
- Real-time interpretation of ultrasound images was conducted via telehealth by an emergency physician.
- Diagnosis of pneumothorax was confirmed by chest radiography in the emergency department.
Main Results:
- The tele-ultrasound identified a pneumothorax in an 86-year-old male patient.
- The patient received timely diagnosis and treatment, including chest tube placement.
- The patient was discharged five days later, having returned to his baseline condition.
Conclusions:
- This case illustrates a valuable application of telemedicine and ultrasound in community paramedicine.
- Expanding the use of paramedic tele-ultrasound may enhance diagnostic capabilities and patient care.
- Further research is warranted to support the broader implementation of these technologies.
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