Canadian Healthcare Technology Logo
  • Issues
    • Current Print Issue
    • Print Archive
  • Advertise
    • Publishing Schedule
    • Circulation
    • Unit Sizes and Rates
    • Mechanical Requirements
    • Electronic Advertising
    • White Papers
  • Subscribe
    • Print Edition
    • e-Messenger
    • White Papers
  • Events
  • Vendors
  • About Us

GE [April2023]

GE [April2023]

Enovacom – Nova Hospital

Enovacom - Nova Hospital

Diagnostics

SPECT/CT scanner approved for Canada

February 7, 2018


Siemens Symbia Intevo Bold

OAKVILLE, Ont. – Health Canada has licensed the Symbia Intevo Bold, a system that combines the company’s proven single-photon emission computed tomography (SPECT) technologies with new, high-performance CT capabilities to enable a wide range of clinical applications.

These new CT options help make even challenging exams a matter of clinical routine. With products such as Symbia Intevo Bold, as well as a new name that underlines the company’s pioneering spirit and engineering expertise, Siemens Healthineers – the separately managed healthcare business of Siemens AG – helps healthcare providers worldwide meet current challenges and excel in their respective environments.

Symbia Intevo Bold addresses the growing trend of health care facilities using SPECT/CT systems in a dual-use setting, mirroring the rise of dual-use positron emission tomography (PET)/CT. More facilities are utilizing SPECT/CT systems as standalone or backup diagnostic CT systems.

Additionally, institutions are looking to maximize efficiency for SPECT patients who also require a diagnostic CT scan by acquiring both sets of images on the same system. For these reasons, demand is increasing for SPECT/CT systems with optimal CT capabilities.

Addressing that demand, the new Symbia Intevo Bold offers a host of optional applications that bolster the CT imaging capabilities of SPECT/CT.

“Symbia Intevo Bold advances the dual-use capabilities of SPECT/CT, enabling exceptional image quality in both forms of imaging at the lowest possible patient dose,” said Guy Cimon, business manager of Siemens Healthineers Canada, Molecular Imaging.

Available on a Siemens Healthineers SPECT/CT system for the first time, the SAFIRE (Sinogram Affirmed Iterative Reconstruction) algorithm delivers excellent CT image quality while reducing patient radiation dose by as much as 60 percent.

SAFIRE enables fast image reconstruction for easy implementation into a facility’s clinical routine.

Additionally, SAFIRE reduces noise while maintaining detail visualization. Also available for the first time on any of the company’s SPECT/CT systems, the iMAR (Iterative Metal Artifact Reduction) algorithm reduces metal-related artifacts caused by metallic materials, such orthopedic and dental implants. With this capability, customers can not only curb or eliminate artifact-induced distortion in CT images but also apply the CT images for attenuation correction to provide a more enhanced, accurate SPECT image.

The optional IVR (interleaved volume reconstruction) feature of Symbia Intevo Bold reconstructs overlapping CT images up to 32 slices to extract the maximum amount of diagnostic information from measured data, enabling evaluation of small structures such as lesions or fractures. IVR improves spatial resolution in the z-direction of all CT scans, regardless of pitch.

Finally, the single-source dual energy capability of Symbia Intevo Bold employs two sequential spiral CT scans operating at different kV levels to combine tissue information with disease morphology, improving image quality. Post-processing applications with the company’s syngo Dual Energy software include monoenergetic, Calculi Characterization, and gout.

In addition to these CT-optimizing features, the Symbia Intevo Bold SPECT/CT system offers established cutting-edge capabilities in SPECT imaging. For example, xSPECT Quant quantification technology enables automated, accurate, and reproducible quantification of not only Technetium-99m – the most common isotope in SPECT imaging – but also Iodine- 123, Lutetium-177, and Indium-111. This capability extends the use of advanced SPECT quantification from general nuclear medicine and bone studies to indications including neurological disorders, neuroendocrine tumors, and prostate cancer.

PreviousNext

WP [900×150]

WP [900x150]

News and Trends

  • Breakthrough in data-sharing leads to better practices
  • Ottawa Heart Institute expands remote monitoring to surgical patients
  • Grandfather’s death inspires next generation of wound care technology
  • New Virtual Cockpit software gives technologists remote access to CT scanner
  • Apollo enterprise imaging solution moves to AWS cloud
More from the Print Edition

Subscribe

Subscribe

Free of charge to Canadian hospital managers and executives in nursing homes and home-care organizations. Learn More

Follow us on Social Media!

Follow us on Social Media!

Nihi Fall 2023

Nihi Fall 2023

Advertise with us

Advertise with us

Sectra SaaS

Sectra SaaS

Change Healthcare [2]

Change Healthcare [2]

Zebra

Zebra

Medica 2023 [2]

Medica 2023

WP [900×150]

WP [900x150]

Advertise with us

Advertise with us

Sectra SaaS

Sectra SaaS

Change Healthcare [2]

Change Healthcare [2]

Zebra

Zebra

Medica 2023 [2]

Medica 2023

Contact Us

Canadian Healthcare Technology
1118 Centre Street, Suite 207
Thornhill, Ontario, Canada L4J 7R9
Tel: 905-709-2330
Fax: 905-709-2258
info2@canhealth.com

  • Quick Links
    • Current Print Issue
    • Print Archive
    • Events
    • Vendors
    • About Us
  • Advertise
    • Publishing Schedule
    • Circulation
    • Unit Sizes and Rates
    • Mechanical Requirements
    • Electronic Advertising
    • White Papers
  • Subscribe
    • Print Edition
    • e-Messenger
    • White Papers
  • Resources
    • White Papers
    • Writers’ Guidelines
    • Privacy Policy
  • Topics
    • Administrative Solutions
    • Clinical Solutions
    • Companies
    • Continuing Care
    • Diagnostics
    • Education & Training
  •  
    • Electronic Records
    • Government & Policy
    • Infrastructure
    • Innovation
    • People
    • Privacy and Security

© 2023 Canadian Healthcare Technology

The content of Canadian Healthcare Technology is subject to copyright. Reproduction in whole or in part without prior written permission is strictly prohibited. Send all requests for permission to Jerry Zeidenberg, Publisher.

Search Site

Error: Enter a search term

  • Issues
    • Current Print Issue
    • Print Archive
  • Advertise
    • Publishing Schedule
    • Circulation
    • Unit Sizes and Rates
    • Mechanical Requirements
    • Electronic Advertising
    • White Papers
  • Subscribe
    • Print Edition
    • e-Messenger
    • White Papers
  • Events
  • Vendors
  • About Us