Smart Stroke Care Coordination
Aids in detection of 11 findings:*
*qER V2.0 EU Class IIA device MDD
Going beyond detection: Quantification & Progression**
**qER-Quant 510(k) K211222
ASPECT Scoring for Infarcts***
***qER V2.1 Class I device MDD
Smarter Workflow and Triage
Why choose us?
qER helps doctors by facilitating critical decision-making. By prioritizing scans that need urgent attention, the technology helps clinicians diagnose and treat those patients first. Every minute that the technology saves increases the chances of good long-term outcomes in patients with a stroke or brain hemorrhage.
Increases Top-line Reliability
With AI interpretation of suspected critical findings presented as a first read, clinicians, particularly in top-line, benefit from faster, more confident and accurate diagnosis.
Faster TAT for critical cases
A study with a US diagnostic chain showed that radiologists were able to save up to 58 min to report a critical finding after implementing our solutions.
We commit to pushing boundaries for your ease
Our work is not limited to critical findings. We are also working closely with thought leaders in the field to tap the potential of NCCT beyond what it does currently.
Optimized Operations and Overheads
Hospitals can observe an increase in efficiencies of the bottom line by reducing unnecessary patient transfers, and optimal hub-spoke pathways leading to increased operational efficiency and cost-effectiveness.
Detects infarcts from the time of appearance of a well-defined hypodense lesion — about the same time they can be reliably noted by a radiologist. qER detects and localizes acute and chronic infarcts, including lacunar infarcts.
Detects fractures, localizes them with a bounding box on the image, and names the cranial bone(s) affected.
Quantifies brain ventricle volume, and cranial vault volume. Both these volumes and their ratio are presented to the user or pre-filed in the report template, along with the reference range for age and gender.
Detects, localizes, and quantifies the 5 types of intracranial bleeds, and reports their subtype, anatomic location, and volume. - Subarachnoid hemorrhage - Subdural hemorrhage - Extradural hemorrhage - Intraparenchymal hemorrhage - Intraventricular hemorrhage
Midline shift and Mass effect
Midline shift and Mass effect - Detects and quantifies midline shift on head CT scans.
Generates a standardized ASPECTS score by outlining and highlighting the hypodense area in the MCA region of the brain.
How it works
qER uses deep learning to interpret head CT scans & creates an overlay highlighting location and quantification of detected findings.
13 Mar 2023
Time is Brain: AI helps cut down stroke diagnosis time in the Himalayan foothillsRead more
28 Feb 2019
Automated Detection and Localization of Pneumocephalus in Head CT scanRead more
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