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Medicine

Medical images storage and processing

Development of the medical research sphere dictates the necessity of processing and analysis of medical images and pictures complex.

CorePartners offers an integrated system that enables to take together intermediate and final results of the research conducted at the complex devices, medical imaging: x-ray machines, gamma cameras, computer and magnetic resonance scanners, devices of ultrasonic diagnostics (sonographes) and other similar devices, allowing to reconstruct the two-dimensional and three-dimensional image.

Our successful experience - more than 300 deployments and more than 10 million accumulated images - guarantee of the quality of the proposed solution.

Medical systems

  • A large amount of data (> 40 TB) and unstructured metadata lookup
  • Deploy a “one-click” (clients & site-server)
  • Receiving, analysing and further exchange of images (x-ray pictures) between clinics
  • Optimization of images (lossless compression, custom encryption), synchronous and asynchronous transfer
  • Assist with the analysis snapshot
  • Compatible IHE, DICOM, HL7, full integration of the equipment of various types (PET, CT, MRI, and so on), digitized images, integration with legacy systems
  • Accordance to HIPAA standard

Implementation examples

  • American College of Radiology – basic activities - supervision and issuance of licenses for clinics and medical institutions throughout the United States. Developed system of support of images processes , performing the functions: automatic collection, distribution, management and analysis of medical images; viewing and processing of DICOM images; processing images from a variety of different devices, exchange of information between 300 medical institutions and clinics.
  • Image Metrix, developed and implemented a distributed processing system of medical images and pictures. The main functions are: automated collection and forwarding of medical information. The system can detect and process a DICOM image, supervise the quality of images.
  • Clinical Trials – developed and implemented a system which allows processing and analysis of health information. The system is equipped by the module for viewing DICOM images and provides information for decision-making on the basis of the considered shots.
  • Trauma Brain Injury – system was developed for the analysis of brain images and identify the consequences of craniocerebral injury. The system allows the analysis of the images and provides additional background information.
  • Dose Registry – system provides interaction with a wide range of medical devices (scanners, radiology information system). Allows import/export data from other systems in a variety of formats.

Interfaces