Features Partner Sites Information LinkXpress
Sign In

New Enhancements to Image Management Software Helps Increase Departmental Efficiency

By Medimaging International staff writers
Posted on 21 Jan 2013
Print article
Siemens Healthcare (Erlangen, Germany) has signed a USD 11.7 million, multiyear contract with Intermountain Healthcare (Salt Lake City, UT, USA), to deploy Siemens Image Sharing & Archiving (ISA) vendor-neutral archive (VNA) to handle Intermountain Healthcare’s enterprise imaging needs.

Siemens ISA is a hosted VNA that stores images from any modality in the Siemens Healthcare Computing Center (HCC); images are redundantly hosted in a Dell (Round Rock, TX, USA) data center, and the archive is managed with Dell’s clinical data management software.

Moreover, Siemens has a new version (VA20) of its three-dimensional (3D) routine and advanced reading software syngo.via in addition to an entry-level software package for 3D visualization of computed tomography (CT) scans. Siemens also recently presented a new version (VA20D) of its picture archiving and communications system (PACS) syngo.plaza, which features productivity-boosting enhancements that support rapid and efficient reading.

“It is important that we examine cost efficiencies in the way we implement our information technology and Siemens and Dell worked with us to structure this contract in such a way that our costs for managing images would scale with our utilization—but not in a traditional way,” said Marc Probst, vice president and chief information officer, Intermountain Healthcare. “For instance, if our volume expands we would expect our costs per study to go down, as a result of the increased volume, but what gives us more peace of mind is the fact that if our imaging volume actually goes down, we have an opportunity to reduce our overall costs. This type of budget certainty is a key factor in making this solution our long-term answer to enterprise image management.”

Intermountain Healthcare is an internationally recognized, nonprofit, system of 22 hospitals, a Medical Group with more than 185 physician clinics, and an affiliated health insurance company, SelectHealth. The organization serves patients and plan members in Utah and southeastern Idaho. Siemens ISA is a joint offering between Siemens and Dell, whereby Siemens provides the first line archiving in the company’s Healthcare Computing Center (HCC), while using Dell’s clinical data management software and securely federating images to the Dell cloud clinical archive (DCCA). The system is a VNA that helps healthcare providers consolidate imaging data from multiple picture archiving and communications systems (PACS) and adopt a more predictable total cost of ownership, enabling image-generating departments to budget and predict information technology (IT) costs similar in a more uniform manner.

“Healthcare providers today are facing budgetary and reimbursement pressures, especially for diagnostic imaging, so in order to help health systems grow in a sustainable way we find it necessary to deliver solutions and ongoing services that help them achieve their clinical objectives while improving their bottom line operations,” said Kurt Reiff, vice president, business management, Syngo Americas.

Siemens also developed new enhancements to the syngo.via 3D routine and sophisticated reading software that provide greater functionality and access to even more workflow-boosting clinical applications. As an example, syngo.via now includes new applications for mammography reading and for complex examinations in oncology, neurology, and cardiovascular diagnostics.

Furthermore, as scans can be compared with images from other modalities without the need to switch applications, syngo.via helps streamline workflow. Another new feature, called Region Growing, enables syngo.via users to better visualize anatomic structures from volume datasets, for example, from neurologic or vascular exams. This improved view assists both the diagnosis and surgical planning.

Siemens Image Sharing & Archiving is currently only available to customers in the United States.

Related Links:
Siemens Healthcare
Intermountain Healthcare

Print article



view channel
Image: The second-generation Amorphous Silicon XRpad 3025 X-Ray detector Intended for Digital Radiography (Photo courtesy of Perkin Elmer).

Innovative CMOS and Amorphous Silicon Flat Panel X-Ray Imaging Technologies at RSNA 2015

A global medical imaging leader in X-Ray detectors will showcase two new detectors that support digital radiography and fluoroscopy applications at the annual Radiological Society of North America—RSNA... Read more


view channel

Study Suggests HIV-Associated Neurocognitive Disorders Can Be Predicted Before Symptoms Appear

The results of a study of “cognitively normal” HIV-infected adults aged 50 and over show that behavioral and neuroimaging tests could enable clinicians to identifying noninvasive diagnostic predictors of HIV-Associated Neurocognitive Disorders (HAND). The increasing prevalence of HIV among older adults increases the... Read more


view channel

Fast, Noninvasive Assessment of Chronic Liver Disease Announced as Alternative to Biopsies

A leading ultrasound imaging vendor has presented the clinical benefits of its innovative technology for noninvasive assessment of the severity of liver fibrosis, at the Liver Meeting 2015, in San Francisco (CA, USA). Researchers have published more than 60 items on the reliability and effectiveness of the new technology.... Read more

Nuclear medicine

view channel

New Metabolic PET Tracer Can Help Find Brain Tumors and Improve Cancer Therapy Outcomes

Researchers at the Stanford School of Medicine (Stanford, MD, USA) have found a new way to visualize brain tumor tissue using Positron Emission Tomography (PET) imaging. Cancer cells divide rapidly, and require large stores of molecular building block to divide and grow. The Stanford team used this property of cancer... Read more

Imaging IT

view channel
Image: 3D scan a child’s heart born with congenital heart defects (Photo courtesy of the Phoenix Children’s Hospital).

3D Modeling System Accurately Predicts Pediatric Donor Heart Volumes

A new three dimensional (3D) computer modeling system may more accurately identify the best donor heart for a pediatric transplant patient. To develop the new 3D system, researchers at Arizona State... Read more
Copyright © 2000-2015 Globetech Media. All rights reserved.