Radcal Corporation / Carl E. Ravin Advanced Imaging Laboratories / Siemens AG / Siemens Medical Systems / CIRS Inc. / /
Country
Germany / Luxembourg / /
Currency
USD / / /
Event
Product Issues / /
Facility
Duke University / /
IndustryTerm
digital mammography automatic exposure control systems / prior screen/film mammography systems / digital mammography systems / application-specific image processing / optimized processing algorithm / digital mammography imaging systems / display systems / high-energy x-ray beams / optimized imaging technique / digital x-ray imaging / breast imaging / clinical image processing algorithms / imaging / breast imaging conditions / breast-specific imaging / diagnostic imaging tool / screen/film systems / digital display systems / triglyceride vegetable oil / mographic imaging applications / dual energy subtraction mammography / vendor-supplied image processing algorithms / image processing / screen-film mammography systems / inverse square law / petri dishes containing oil / standardized imaging protocols / spectrum algorithm / cancer imaging / technique optimization protocol / control devices / /
MedicalCondition
breast cancer / Cancer / /
MedicalTreatment
radiation / /
Organization
Department of Biomedical Engineering / Joseph Y. Lo Department of Radiology / Department of Physics / Duke University / Durham / American Association of Physicists / European Commission / International Commission on Radiation Units and Measurements / Ehsan Samei Department of Radiology / International Commission on Radiation Units / /
Person
H. Bosmans / G. Marchal / H. Pauwels / F. Zanca / M. Thijssen / J. A. Baker / K. C. Young / Thomas Mertelmeier / V. Provost / Mo target / Swatee Singh / F. Claus / V / R. Van Engen / C. Van Ongeval / Martin Tornai / Thomas Boehringer / Mo Breast / Rh / P. Toroi / Lo / D. M. Delong / M. J. More / V / Jonathan Jesneck / R. S. Saunders / Jr. / Nicole T. Rangera / C. Geniets / V / L. L. Fajardo / S. Van Woudenberg / using the reference Mo / /
A technique optimization protocol and the potential for dose reduction in digital mammography Nicole T. Rangeraċ
² Department of Radiology, Carl E. Ravin Advanced Imaging Laboratories, Duke University, Durham, North Caro