Artificial Intelligence for Chest X-ray Interpretation
qXR detects multiple abnormal findings on a chest X-ray in less than 1 minute.
qXR can segregate abnormal scans from normal and interpret abnormalities in the lungs, pleura, mediastinum, bones, diaphragm, and heart. It can also aid clinicians with the placement and measurement of devices placed in the thorax.
Reduces radiology workloads
Pre-read Assistance
Opt for an AI-assisted workflow
Can be deployed on-cloud or on-premises
Output available in multiple languages
Supports scans from all major manufacturers
Clinically validated in multiple geographies
Certifications
Applications
Leading hospitals globally use qXR for pre-read assistance or as a post-read second reader.
With deep integrations available into the radiology workflow, the visual and free text outputs are pushed back to the PACS for the reporting radiologist to review. Additionally, the integration can be configured to send HL7 messages to the RIS.
ERs and ICUs use qXR to detect findings that need urgent attention on chest X-rays.
Clinicians use qXR for patients who are critically ill to detect misplaced breathing or feeding tubes. Designed specifically for bedside chest X-ray imaging needs, qXR can interpret supine chest X-rays and flag the ones that need to be reviewed in worklists with multiple STAT requests for injuries like pneumothorax and rib fractures.
Ideal for abnormal lesion quantification and tracking disease progression over time.
Over the course of the COVID-19 pandemic, qXR's progression monitoring capability has been used by hospitals to monitor changes seen in follow-up examinations of patients admitted for COVID-19. Additionally, qXR tracks progression for all lung parenchymal and pleural findings.
How it works
qXR uses deep learning technology to automate the chest X-ray interpretation process. When used as a screening tool, followed by immediate bacteriological/NAAT confirmation, qXR significantly reduces time to diagnosis.
When we realized that the AI-generated chest X ray results were showing the presence of COVID, this particularly helped us see some things like basal consolidation, prominent bronchial markings, markings or ground glass appearances. Using AI for analyzing chest X-Rays gave us an enormous opportunity to segregate patients who are totally asymptomatic, as the chest X-Ray findings gave us a clue.
Dr. Hemant Deshmukh
Dean, KEM Hospital, Head of MCGM COVID-19 taskforce
Florentino Bernardo
CIO, Grupo Empresarial Angeles
Evidence
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