Advanced Imaging Technology Aids in Stroke Diagnosis and Treatment
Toshiba’s suite of diagnostic imaging equipment is helping the medical community better treat patients who present with stroke symptoms
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Aquilion ONE’s SVD+ Helps to More Accurately Diagnose Stroke
An Aquilion ONE algorithm produces advanced perfusion maps for evaluating cerebral blood flow and brain tissue viability
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Aquilion ONE Enables Physicians to Prevent Stroke
Physicians Use Aquilion ONE’s Comprehensive Exam to Detect Life-Threatening Narrowed Right Carotid Artery
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Clinical Case of the Month: Acute Stroke
A stroke occurs when a blood clot clogs an artery or a blood vessel ruptures and [...]
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Toshiba Clinical Trials Advance CT and Ultrasound
Through its CorE 64, faCTor64, and CORE 320 clinical trials, Toshiba is advancing the use of CT and ultrasound technology for cardiac applications.
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Webinars Focus on High-tech Imaging Applications Education
A CME webinar series sponsored by Toshiba looks at new applications for high-tech imaging, including 320-detector row CT and non-contrast MRI.
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ACC Preview: Advances in Cardiac Imaging
At this year’s meeting of the American College of Cardiology, Toshiba will showcase advances in and enhancements to its cardiac cath labs as well as ultrasound, CT and MRI technology.
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Beyond Comfort: The Importance of Patient-friendly Features
The move to focusing on comfort doesn’t only help patients; it also benefits physicians and technologists. Patient-friendly features of Toshiba’s systems drew customers to the booth at this year’s RSNA.
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AHRA and Toshiba Announce 2009 Putting Patients First Grant Recipients
Recipients selected for programs focused on quality and safety in pediatric and adult imaging. Meet the six new Putting Patients First recipients and learn how they plan to put their grant monies to use.
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Clinical Case of the Month: Congenital Heart, Double Aortic Arch
CTA of the chest to evaluate congenital heart defect in a 9 month old infant with respiratory distress noted at birth. 3D volume rendered and MPR views clearly demonstrate this double aortic arch causing stenosis of the left main stem bronchus, most likely causing the infants continued respiratory distress.
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