Detection of Pneumonia using Dual Energy Subtraction X-ray in the Hospital Emergency Department: Clinical Validation and Economic Analysis


Detection of pneumonia using dual energy subtraction x-ray in the hospital emergency department: Clinical validation and economic analysis

Diagnosing and treating pneumonia has become a pressing concern in these pandemic times. Although dual energy subtraction (DES) has been shown to detect more pneumonia and other health concerns in chest X-rays than conventional X-ray, systems are not widely used due to specific limitations. New technology now overcomes previous issues, including portability, and pneumonia trials are showing promising results.

The early detection of pneumonia could help reduce hospitalization costs, minimize patient movement in the hospital, and improve bed availability, along with other health and economic benefits. Download the white paper to learn more.

INTRODUCTION

In the USA, one million people are hospitalized annually for pneumonia and although 95% recover, there is a $9.5 billion dollar cost to the hospitals that is associated with the hospital stay and procedures (e.g., ventilation) or roughly ten thousand dollars per patient on average. Around 80% of the pneumonia patients present through the emergency room, 30% are either self-insured or not insured in the USA and nearly 10% are readmitted within a month1.

The situation is not so different in Canada. Recently published CIHI data2 on annual emergency department visits show that although pneumonia is ranked only 9th out of 10 top reasons for emergency department visits, it results in a disproportionate 36% of total admitted patients from the emergency department. With the rise in infectious COVID-19 pneumonia, this situation has only grown worse and given the infectious nature of COVID-19 pneumonia, reduced patient mobility for routine imaging tasks and shrinking intensive care unit (ICU) bed capacity are both emerging concerns.

KA Imaging’s Reveal™ 35C is the world’s first portable dual energy detector that acquires three images in a single exposure without motion artifacts. The retrofittable design provides real solutions for existing problems. The cases highlighted in the white paper show clear benefits for patients and hospitals when using DES X-ray as a clinical tool. A summary of healthcare economics where dual energy is used in emergency departments shows a cost savings of over $200K CAD due to reduced hospitalizations as well as freeing up 42 days in ICU beds2. 
 
Download the white paper to learn more about the past challenges of DES X-ray and the current solutions, and how early indication of pneumonia can help patients, hospitals, and healthcare systems.

 

References

1.       Divino, V., et al “The annual economic burden among patients hospitalized for community-acquired pneumonia (CAP): a retrospective US cohort study.” Current Medical Research and Opinion 36, no. 1 (2020): 151-160.

2.     3 https://www.cihi.ca/en/search?query=NACRS+Emergency&Search+Submit=