Digital and Teleradiology Radiology Medical Specialties

Digital and Teleradiology

PACS (Picture Archiving and Communication Systems) and Teleradiology are involved in storing, reviewing and moving diagnostic images such as x-rays electronically using computers, networks and storage devices.

• - Provides imaging support in research studies and clinical trials to various agencies. The capabilities of the lab include protocol development, and image archival and analysis for a variety of modalities.
  
• - A teleradiology centre suppling the world with primary readings, second opinions, reporting services, and without any obligations. Based in Mechelen , Belgium.
  
• - A collection of articles on picture archiving and communication systems. The collection is updated weekly.
  
• - Import DICOM images directly into TWAIN compliant applications
  
• - Providing cost-effective, off-site storage for radiological files and digital retrieval
  
• - Offers nighttime teleradiology coverage, 7 days a week, 365 days a year.
  
• - Resource and newsletter for RISPACS administrator in radiology.
  
• - A teleradiology project of NASA's John H. Glenn Research Center. Mammography using satellite communications addresses the need for bringing mammography expertise, usually located in large medical facilities and high population density areas, to underserv
  
• - An introduction to teleradiology for individuals with limited knowledge of this technology.
  
• - Creator of telemedicine/teleradiology Onyx-RAD medical picture archiving and communications system, which is a suite of digital radiology tools.
  
• - A review of the basic principles of PACS and the role of the WWW.
  
• - For independent consultancy on teleradiology infrastructure.
  
• - Provides round the clock professional teleradiology services to clinics, radiology groups, and hospitals (including emergency departments). A full staff of board certified radiologists working centrally from Chesterfield, MO
  
• - A private site providing a comprehensive guide for university, clinic and commercial PACS resources. Included are links to industry vendors, professional societies, tutorials, and on-line publications.
  
• - Teleradiology primer provides this instructive outline of the basic components of a teleradiology system in addition to providing details of the company's teleradiology products.
  
• - A focus of a major trial conducted by the Women's and Children's Hospital (WCH) in Adelaide, South Australia, from February 1998 - February 1999.
  
• - Links to teleradiology products and services.
  
• - X-ray management specialists provide customized solutions to diagnostic imaging departments for file moves, purges, storage and retrieval services for the x-ray file room, and management of the transition to PACS.
  
• - Department of Radiology at Georgetown University Medical Center collaborated with the U.S. Army in developing an off the-shelf teleradiology network for Operation Joint Endeavor, the peace-keeping mission in Bosnia.
  
• - Promotes the exchange of research information to encourage the development and use of digital systems for the acquisition, storage, transport, processing, display and reproduction of medical images.
  
• - Professional workstation for 3D volume reconstruction from CT, MRI and US machines.
  
• - Offers teleradiology, radiology, physician credentialing, MRI reading, digital and diagnostic imaging services. Provides FAQs and testimonials of clients.
  
• - Focused on servicing the teleradiology, electronic medical record and PACS sectors of medicine.
  
• - Secure solution to radiology dept coverage for hospitals and radiologists who can work part-time, using teleradiology from a remote location.
  
  

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