Alternative Use of X-rays in the Past ("x-ray Frenzy") and How Far We've Come

Alternative Use of X-rays in the Past ("x-ray Frenzy") and How Far We've Come is organized by eRADIMAGING.

Release Date: 2/26/2019
Expiration Date: 3/1/2025

Description:
The now familiar hazards of ionizing radiation had a long path to becoming publicly recognized and to the systems developed that are currently in place to manage them. X-rays have become such a routine part of everyday life that few of us consider the path this "amazing invisible light" has taken since its origin. How were physicians and operators in the early development of this exciting technology expected to react to a discovery that could be duplicated easily by almost anyone with a basic understanding of electrical engineering? What's more, entrepreneurs of that era routinely used the x-ray for nonmedical applications.

This article discusses the timeline of the x-ray, from early discovery and use/misuse to its clinical application today in careful, monitored procedures. We will begin with a historical account of the early years following the discovery of the x-ray as well as nonmedical applications of this wondrous discovery leading up to a period of "x-ray frenzy." We then review the safety practices, protocols, and guidelines for limiting radiation exposure to patients and operators, in place today, which were developed as our understanding of the many inherent dangers of the misuse of this technology has evolved. 

Objectives:
After reading this article, the participant should be able to:

• Explain the history and evolution of x-rays as well as early mistakes made in the transition to this technology being applied as a diagnostic medical tool. 
• Describe the time period in which x-rays were used as an advertisement and marketing tool. 
• Identify the nonmedical and other misuses of x-rays in the past and the transition to more prudent radiation safety practices.
• Understand current terminology involved in measuring radiation dose, and dose thresholds for various procedures.
• Apply current governing bodies' guidelines for radiation safety to everyday practice.