Magnetic resonance imaging (MRI) is a new technique that affords anatomic images in multiple planes and may provide information on tissue characterization. This document describes how MR images are obtained and discusses how they differ from those produced by x-rays. The major portion of this report covers a conference held in October, 1987, which…

Presents an activity, including worksheets, that introduces the ideas behind CAT scanners and explains how they are used in medical research and diagnosis. (MKR)

The goal of this unit is to help children explore the aspects of X-rays and radiology in society. Students develop an understanding that X-rays are silhouette images, beneficial in health care, and a part of radiology. The history and development of X-rays as well as their applications in advancing technology are also explored. The unit is…

The dental radiology student and instructor guides provide instruction in the following units: (1) x-ray physics; (2) x-ray production; (3) radiation health and safety; (4) radiographic anatomy and pathology; (5) darkroom setup and chemistry; (6) bisecting angle technique; (7) paralleling technique; (8) full mouth survey technique--composition and…

Technetium radiopharmaceuticals are diagnostic imaging agents used in the field of nuclear medicine to visualize tissues, anatomical structures, and metabolic disorders. Bioavailability of technetium complexes, thyroid imaging, brain imaging, kidney imaging, imaging liver function, bone imaging, and heart imaging are the major areas discussed. (JN)

Since children with cancer have increasingly greater chances of survival and, with modern treatment methods, may be able to return to school, the classroom teacher must come to terms with personal emotions about the student. Members of the school staff should meet to make plans for continuing the education of the child who has cancer. (JN)

Oral radiology curricular guidelines developed by the American Association of Dental Schools are provided. The guidelines describe minimal conditions under which a satisfactory educational experience can be offered. Principles of x-radiation, radiobiological concepts, radiological health, radiographic technique, radiographic quality, and darkroom…

Describes a simple inexpensive experiment designed to measure the levels of cortisol in a serum or plasma sample. (Author/GA)

The goals of this unit are to explore the magic, history, and development of imaging technology, clarify what X-rays and radiation are, examine the issues involved in imaging technology, understand basic anatomy, explore careers related to radiology, and promote future good health. Included in the unit are the teacher's guide, a collection of…

This paper explains the rationale for utilizing computer-based, hypermedia tutorials for radiology education and presents the results of a field test of this educational technique. It discusses the development of the hypermedia tutorials at Montreal General Hospital (Quebec, Canada) in 1991-92 and their use in the radiology residency program. The…

AADS curricular guidelines suggest objectives for these areas of dental auxiliary radiology: physical principles of X-radiation in dentistry, related radiobiological concepts, principles of radiologic health, radiographic technique, x-ray films and intensifying screens, factors contributing to film quality, darkroom, and normal variations in…

The nuclear pharmacy program at the University of Kentucky which offers an elective curriculum designed for baccalaureate students is described. The curriculum consists of two didactic courses (an introductory course and a product-oriented course) and an externship to develop the preparatory (dispensing) techniques. Three course outlines are…

Curriculum guidelines revised by the American Association of Dental Schools' Section on Oral Radiology are presented. (MLW)

Discussed are technological advances applying computer techniques for image acquisition and processing, including digital radiography, computed tomography, and nuclear magnetic resonance imaging. Several diagrams and pictures showing the use of each technique are presented. (YP)

Discussed is a radionuclide imaging technique, including the gamma camera, image analysis computer, radiopharmaceuticals, and positron emission tomography. Several pictures showing the use of this technique are presented. (YP)