Dosage (2014)

Сюжет кино: DoseWatch
DoseWatch* helps you improve patient care by understanding each patient’s
exposure, identifying sources of variability, and improving protocol and exam delivery.
Analyze Radiation Dose Data Across All Modalities, Regardless of
Manufacturer
Tracking and archiving of dosimetry data including CT, mammography, Interventional and Cardiovascular, Surgical/Mobile C-arms, and Radiography.
Compatibility with DICOM SR & DICOM MPPS messages, DICOM image header solution for non-MSSP/SR DICOM CT exams, Optical Character Recognition (OCR) to extract relevant information from dose report images, and hybrid connection options to maximize data collection.
Identify and Alleviate the Causes of Dose Outliers to Decrease Variability
Alert notification system when dose levels exceed predefined thresholds.
Dose comparison analysis to compare study dose metrics for all modalities, stratifying by site, device, study description, period and patient age range.
Easy to use dashboard provides quick access to patients’ cumulative dose and medical history.
Compare performance against national and local Diagnostic Reference Levels (DRLs).
Shift Overall Dose Exposures in your organization With Standards-Based Metrics
DoseWatch includes a variety of embedded analysis and optimization capabilities, including:
Capture of acquisition information and dose indices at a level of detail not possible before, providing visibility into each interventional and cardiovascular procedure.
Quality review with IsoCenter Shift and mA Modulation, allowing users to understand how the dosimetrist performed each exam.
Size-Specific Dose Estimate (SSDE) (CT) - DoseWatch automatically evaluates the SSDE following AAPM Task Group Report 204 version. The SSDE is a metric developed by the AAPM (American Association of Physicists in Medicine) to evaluate dose according to patient size.
Standardization of study description names through RadLex mapping; harmonization of RIS and DoseWatch data through HL7 integration; and automated inclusion of dose information in the RIS / EMR.