Deep Learning Spectral

A fully integrated end-to-end spectral workflow

The Aquilion ONE / PRISM Edition harnesses the temporal benefits of rapid kV switching with patient specific mA modulation and combines them with a Deep Learning Reconstruction that delivers excellent energy separation and low-noise properties.

What’s more, its fully integrated end-to-end workflow is easy to use and can be conveniently incorporated into your routine protocols.
Deep Learning Spectral CT
– Faster, easier and more intelligent

Kirsten Boedeker, PhD, DABR, Senior Manager, Medical Physics*1
Mariette Hayes, Global CT Education Specialist, Healthcare IT*1
Jian Zhou, Senior Principal Scientist*2
Ruoqiao Zhang, Scientist*2
Zhou Yu, Manager, CT Physics and Reconstruction*2

Read the Whitepaper

*1 Canon Medical Systems Corporation
*2 Canon Medical Research USA

Diving into the Future of CT with Deep Learning Spectral Imaging

Prof. Catherine Roy of Strasbourg University Hospital explains how Aquilion ONE PRISM's Deep Learning Spectral Imaging delivers new diagnostic efficiencies.

Read the Article

New spectral applications integrated with the Aquilion ONE / PRISM Edition

Images can be delivered directly to your reading station, and with our range of new Vitrea applications, you can easily analyze comprehensive spectral data, including quantification and multi-layered images for a more detailed and definitive diagnosis.

Smartly developed, these applications provide a seamless solution from scan to diagnosis, and are scalable from a single workstation to a hospital-wide network, including PACS integration.

Vitrea Advanced Visualization *

Expand your spectrum with our latest healthcare IT solutions

Review Spectral data quickly and easily with a range of applications that simplify your workflow and provide clinically relevant features and outputs for every patient.

  • Create effective monochromatic images for 166 energy levels ranging from 35 keV to 200 keV.
  • View quantitative color-coded iodine distribution maps that show the iodine uptake in anatomical structures.
  • Characterize and differentiate tissue with effective Z and Electron density information at your fingertips.
  • Differentiate between uric acid and non-uric acid urinary stones to make better-informed treatment decisions.
  • Visualize and quantify the presence of monosodium urate in anatomical structures.
  • Differentiate iodine from an intracranial hemorrhage.

View Spectral Clinical Gallery

* Vitrea is available as an option.

ECG gated volumetric Deep Learning Spectral cardiac CT

Technological Advantages
  • 16 cm volumetric coverage
  • One beat cardiac acquisition
  • Temporal congruency
  • Spatial alignment
Clinical advantages
  • Low keV to improve iodine conspicuity and reduce iodine contrast load
  • Myocardial perfusion analysis
  • Delayed enhancement analysis

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