Health Insurers and Medical-Imaging Policy - A Work in Progress
- SourceAvailable from: Anna Hoffmann
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- "The impressive strides made in the field of advanced imaging technology have led to major improvements in a physician's ability to diagnose and treat a variety of diseases. Expenditures on imaging services has increased more rapidly than for any other physician-ordered services . Thus, the massive growth in the application of radiological imaging and image-guided interventions has resulted in a worldwide shortage of trained radiologists . "
ABSTRACT: To gain insight into the professional characteristics of radiologists in Switzerland and to determine how to enhance the attractiveness of radiology to medical graduates as a specialty. Data from 262 members of the Swiss Society of Radiology (m:f = 76:24%) obtained in a questionnaire survey were analysed regarding socio-demographic variables, working status, specialty, main fields of interest, career success, mentoring and reasons for the shortage of radiologists. 35 (56.4%) female and 85 (45.5%) male radiologists were aged ≤ 45 years. 228 (87%) were board-certified; 44 (17.9%) had completed a sub-specialisation. Men worked part-time mostly just before retirement, while women worked part-time at a younger age. As reasons for specialty choice, the wide range of clinical work and the combination of technology and medicine were ranked highest. Women reported significantly less career success and support. To improve the attractiveness of radiology to graduates, radiology should be visible on medical school curricula. In Switzerland, more female radiologists work part-time than male ones, and there is less career success and support for women. In order to make radiology more attractive to medical graduates as a specialty, structured residency programmes and reliable gender-respecting career support are needed.European journal of radiology 03/2011; 81(7):1644-51. DOI:10.1016/j.ejrad.2011.03.011 · 2.16 Impact Factor
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ABSTRACT: The charge distribution on shielded stripline conductors of finite thickness is approximated by a numerical integration technique. A new model has been devised to describe very thin strips. The effects of thickness may be significant.