Enterprise Imaging

Enterprise imaging brings together all imaging exams, patient data and reports from across a healthcare system into one location to aid efficiency and economy of scale for data storage. This enables immediate access to images and reports any clinical user of the electronic medical record (EMR) across a healthcare system, regardless of location. Enterprise imaging (EI) systems replace the former system of using a variety of disparate, siloed picture archiving and communication systems (PACS), radiology information systems (RIS), and a variety of separate, dedicated workstations and logins to view or post-process different imaging modalities. Often these siloed systems cannot interoperate and cannot easily be connected. Web-based EI systems are becoming the standard across most healthcare systems to incorporate not only radiology, but also cardiology (CVIS), pathology and dozens of other departments to centralize all patient data into one cloud-based data storage and data management system.

VA Hospital Representatives in Pacific Northwest Select Carestream as Their Enterprise PACS Supplier

ROCHESTER, N.Y., Jan. 8 — Carestream has been awarded a multimillion-dollar healthcare IT contract for Veterans Affairs hospitals in the Pacific Northwest region, which includes Washington, Oregon, Idaho, Alaska and parts of Montana. Carestream will install its Clinical Collaboration Platform (see video link) throughout VISN 20 healthcare facilities. The implementation of Carestream’s enterprise imaging platform (including Vue PACS, Vue Motion and Vue Archive) will help unify imaging and simplify medical image management.

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How AI can help extract follow-up recommendations from radiology reports

Artificial intelligence (AI) can help providers identify follow-up recommendations in radiology reports, according to new research published by the Journal of the American College of Radiology.

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How a breast imaging center plans to improve patient-centered care

Long wait times can negatively impact patient satisfaction, which then harms the patient-centered, value-based care imaging departments seek to provide. But collecting the necessary data for improvements can be difficult, according to the authors of a case study published in the Journal of Digital Imaging.

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Inconsistent imaging: CT radiation doses vary around the world

CT protocols and radiation doses vary significantly across different countries, according to a new study published in the BMJ. The authors added, however, that developing a consistent standard “should be possible.”

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International group announces success of project aimed at improving lung cancer detection

The International Association for the Study of Lung Cancer (IASLC) has announced the completion of an Early Lung Imaging Confederation (ELIC) pilot project designed to improve early lung cancer detection by establishing a large network of shared CT images.

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Breast imaging clinic closely monitors workflow to improve efficiency

A hospital-based breast imaging clinic implemented a real-time location system (RTLS) to track its workflow, learning important information that will lead to better patient care moving forward.

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Wiring diagram of brain reconciles inconsistent neuroimaging findings of Alzheimer’s patients 

Using data from the Human Connectome Project, researchers were able to reassess inconsistent findings from neuroimaging studies of Alzheimer’s patients, according to a study published online Dec. 14 in the journal BRAIN.

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How often do radiologists adopt interactive multimedia in clinical reporting?

Radiologists find value in the usage of interactive multimedia, such as hyperlinks, into their clinical reporting, according to new research published in the Journal of the American College of Radiology.