VolumeRAD

Volumetric images at a low dose. Right here, right now.

VolumeRAD Digital Tomosynthesis

VolumeRAD provides multiple images of the anatomy in a single sweep at a low dose, including chest, abdomen, extremities and spine.

During the sweep, up to 60 ultra-low dose exposures are obtained. Similar to CT exams, the acquired data is then reconstructed into a set of tomographic images (parallel to the detector plane). These images, in DICOM format, can be reviewed sequentially on the acquisition console or on any standard PACS review workstation.

Acquisition sweeps can be performed either at the wall stand or at the table. There are four sweeps available

VolumeRAD for lung nodule detection

The detection of lung nodules and subsequent patient management can be difficult with traditional chest radiography. A recent international multicenter clinical trial has demonstrated that GE Healthcare's VolumeRAD* Tomosynthesis imaging of the chest offers improved detection and management of patients with lung nodules compared to conventional radiography.

In this webinar learn how one of the top academic radiology departments in North America is using VolumeRAD Digital Tomosynthesis to improve the detection of small lung nodules. Dr. Kicska, Associate Professor of Cardiothoracic Imaging at University of Washington discusses the advantages and limitations of Digital Tomosynthesis and how this cost-effective technology could be used to resolve inconclusive x-rays "here and now", with minimal added radiation. Dr Kicska discusses:

• Basic principles of digital tomosynthesis, its advantages and limitations compared to standard radiography and CT
• Clinical cases where VolumeRAD is used to detect pathologic conditions of the chest
• Emerging applications of digital tomosynthesis in thoracic imaging

VolumeRAD for orthopedic practices

"We're saving the doctor time, we're saving the patient time, we're getting to the diagnoses more quickly, more effectively" David E. Quinn, M.D., Board Certified Orthopedic Surgeon at the Capital Region Orthopaedics, Albany, NY.

Today orthopedic specialists rely on standard radiography for diagnosing skeletal trauma, monitoring bone union, and evaluating the success of surgical interventions.
Advanced medical imaging is often ordered for complex cases that radiography cannot solve. These additional imaging modalities may result in higher radiation exposure, higher imaging costs, and a delay in diagnosis & treatment that could also mean more anxiety and discomfort for the patient. VolumeRAD digital tomosynthesis can be used to detect and monitor complex fractures and implants whilst being competitive when compared to other imaging modalities on radiation dose, workflow and economics.

Additional Webinars:

David E.Quinn, M.D.
Board Certified Orthopaedic Surgeon.
Capital Regional Orthopaedics, Albany, NY

Learn more with this complimentary webinar on how one of New England's largest orthopedic centers, has implemented VolumeRAD Digital Tomosynthesis to bring advanced volumetric imaging capability into their fixed radiography suite. They are successfully resolving suspicious x-rays with a cost-effective technology that provides diagnostic confidence "here and now", with minimal added radiation.

• See how digital tomosynthesis compares to other imaging modalities on
  radiation dose, workflow and economics
• Review clinical cases where VolumeRAD is used to detect and monitor
  complex fractures and implants

Virtual panel discussion:

Orthopedic Applications of VolumeRAD Digital Tomosynthesis: In this virtual panel discussion and clinical case review, learn how a top academic department of orthopedic surgery and a leading orthopedic center in the US are using GE's VolumeRAD Digital Tomosynthesis in their practice.

*7.5 times increase in lung nodule sensitivity for nodules between 4 mm and 6 mm diameter vs. standard X-Ray. No clinical evidence has been established supporting the following claims in patients with active lung or pleural disease that could obscure pulmonary nodules, including fibrosis, emphysema, compressed lung, scarring, severe lung disease, and in patients with objects in or around the lungs that could obscure pulmonary nodules. The effectiveness of the device may vary depending on nodule prevalence and type.

[1] No clinical evidence has been established supporting the following claims in patients with active lung or pleural disease that could obscure pulmonary nodules, including fibrosis, emphysema, compressed lung, scarring, severe lung disease, and in patients with objects in or around the lungs that could obscure pulmonary nodules. The effectiveness of the device may vary depending on nodule prevalence and type.

[2] Defined as a recommendations for further advanced imaging, based upon the Fleischner Society guidelines for pulmonary nodule management. MacMahon, Heber, et al. "Guidelines for Management of Small Pulmonary Nodules Detected on CT Scans: A Statement from the Fleischner Society." Radiology 237.2(2005):395-400.