Viz Hemorrhage
The first and only comprehensive AI solution for all your brain hemorrhage needs
Automated notifications
Automatic AI detection of suspected acute and chronic hemorrhage down to 1 ml.
Real-time ICH detection and quantification
Consistent, accurate measurements available on desktop and mobile device for decision making on-the-go.
Empowering Precision in Intracerebral Hemorrhage Detection
Viz Hemorrhage harnesses the power of AI to provide precise and reliable detection and quantification of intracerebral hemorrhages. Accurate volume measurements of brain bleeds are crucial for assessing the severity of cases, monitoring progression, and planning treatment strategies
One solution for all your brain hemorrhage needs.
Viz ICH
Detects suspected acute intracerebral hemorrhage (lCH)
Intracerebral hemorrhage
Detects suspected acute intracerebral hemorrhage (ICH)
Viz ICH+
Quantifies hyperdensities, midline shift, and lateral ventricles
Intracerebral hemorrhage Plus
Quantifies hyperdensities, midline shift, and lateral ventricles
Viz SDH
Identifies suspected acute and chronic subdural hematomas (SDH)
Subdural Hematoma
Identifies suspected acute and chronic subdural hematomas (SDH)
Viz SDH+
Measures hypodense collections in the subdural space, including volume and thickness
Viz Subdural Plus
Measures hypodense collections in the subdural space, including volume and thickness
Clinical study
Optimizing Intracerebral Hemorrhage Management and Interhospital Transfer With Viz ICH Plus AI Technology
The study highlights how Viz ICH and Viz ICH Plus promptly identified a right parieto-occipital hematoma in a patient presenting with a headache, resulting in a marked reduction in interhospital transfer (IHT) time.
The ability and mobility to obtain accurate andquantifiable measurements of intracerebrahemorrhages through Viz lCH Plus significantlyenhances our decision-making process. Thistechnology, which marries precision with Al, ispoised to transform how we approachintracerebral hemorrhage cases
Peter Kan, MD, MPH, FRCSC, FAANSProfessor and Robert L. Moody SrChair of the Department ofNeurosurgery at the University ofTexas Medical Branch
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