ANALYZING PATIENT RADIATION DOSE DATA

Brand Owner Address Description
LANDAUER OPTIMIZE LANDAUER, INC. 2 Science Road Glenwood IL 60425 Analyzing patient radiation dose data and preparing scientific reports providing information on optimizing imaging protocols by comparing dose performance to external benchmarks for dosimetry monitoring purposes; Analyzing patient radiation dose data and preparing scientific reports providing information on incidents where a patient dose index exceeds expected dose index ranges for dosimetry monitoring purposes; Analyzing computed tomography protocols and preparing scientific reports providing information on optimizing imaging protocols by comparing radiation dose performance to external benchmarks for medical purposes; Consulting and advisory services in the field of radiation monitoring; Consulting and advisory services in the field of medical imaging training; Consulting and advisory services in the field of radiation monitoring to optimize the radiation dose delivered to patients; Consulting and advisory services in the field of medical imaging regarding the use and operation of computed tomography and fluoroscopy; Consulting and advisory services, namely, providing information on optimizing imaging protocols; Consulting services in the field of medical imaging informatics; Monitoring and benchmarking of radiation dose data and alerts for dosimetry monitoring; Providing information, advice, and recommendations in the field of medical imaging and medical dosimetry; Providing information and recommendations to improve medical imaging and impact radiation dose performance; Providing benchmarking information services in the field of radiation dose management;Software as a service (SAAS) services featuring software to receive, aggregate, process, and access real-time, vital information from medical imaging instruments and devices; Software as a service (SAAS) services featuring software for data collection and analysis of radiation dose data and data received from medical imaging instruments and devices and generation of scientific reports; Software as a service (SAAS) services featuring software data collection, analysis, and reporting on radiation dose data and data in the fields of medical imaging and medical dosimetry; Software as a service (SAAS) services featuring software to receive, capture, access, store, track, monitor, search, and generate information and reports regarding data received from medical imaging devices and instruments; Software as a service (SAAS) services featuring software management of data in the field of medical imaging and medical dosimetry; Software as a service (SAAS) services featuring software for analyzing computed tomography protocols and preparing scientific reports and recommendations in the field of radiation dose and dosimetry monitoring; Software as a service (SAAS) services featuring software to generate alerts related to radiation dose data delivered by medical devices and instruments; Online non-downloadable software for providing an interactive dashboard user interface that provides performance metrics for radiology departments related to patient and imaging worker safety; Online non-downloadable software for providing an interactive dashboard user interface that provides access to real-time, vital information from medical imaging instruments and devices; Online non-downloadable software for providing an interactive dashboard user interface that enables users to generate reports on radiation dose data and data in the fields of medical imaging and medical dosimetry; Providing a website featuring non-downloadable computer software for use by hospitals to improve quality of care and patient safety; Consulting and advisory services in the field of medical physics;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A dose detector includes a semiconductor radiation detector; a dose counter; and a check counter. The dose detector detects that the semiconductor radiation detector is outputting white noise even in a radiation shielded area and judges that the semiconductor radiation detector is working in a normal manner when dose count data from the dose counter is smaller than predetermined dose boundary data and check count data from the check counter is greater than predetermined lower limit checking data. The dose detector and a dosimeter provided with the dose detector are simple in structure and capable of checking a status of the semiconductor radiation detector safely.