Radiographic Image Analysis

  • Skill Level
    expert
  • Lectures
    1 Video
  • Enrolled
    58 students
  • Sample Certificate

What you'll learn

Radiography is a booming branch in medical science which enables clinicians to study the structures internally with devices which work with electricity, rays and sound waves. It is the basic tool in clinical medicine and dentistry which can be used for diagnosis and treatment purposes.
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Radiographic technologists assist in the diagnosis and management of human illness by producing diagnostic images (also called radiographs or X-rays) of relevant patient anatomy. They produce images by utilizing rays like X- rays, gamma rays, or similar ionizing and non ionizing radiation to view the internal structures in the body. During first two decades, radiography was only to diagnose the diseases, fractures during world war.

Initially conventional radiographic techniques with only few planes have been introduced but as the time advanced, newer and more sophisticated techniques have been developed which are enabling the clinicians and radiologists to study deeper into the structures of the body.The core responsibility of a radiologic technologist is the taking of optimal radiographic images suitable for diagnostic purposes, in order to ensure the patient obtains the full benefit of the examination.

It is therefore critical to analyse each X-ray image thoroughly, using a step-by-step process, and take corrective action if necessary, in order to produce an optimal image. This information-rich module teaches you about radiographic image analysis, including how to manage the factors that affect image quality. It includes over 100 examples of X-ray images, explains how to assess the quality of each one, and details the specific corrective actions that can be taken to improve the image quality. This module is ideal if you are studying for the American Registry of Radiologic Technologists® (ARRT) registry exam.

Who should attend?

  • General practitioners
  • Primary care physicians
  • Undergraduate medical students (Interns)
  • Postgraduate students in medicine
  • Nurses
  • Life science graduates
  • Radiology technicians
  • pursing radiology technicians

Key concepts covered include:

An overview of

  • The steps involved in effective image analysis
  • To identify the factors involved in image acquisition and their effect on image quality
  • The correct method for displaying images for evaluation
  • To identify the specific requirements for projections of the head, chest, pelvis, spinal column and extremities
  • How to identify common image quality issues and the appropriate corrective action

* Course Subscription is valid for 1 month

Instructor

SIMTICS

SIMTICS


4/5

SIMTICS is a medical learning and content authoring website which is designed to provide excellent simulations and better learning facilities to the health care professionals in a short and comprehensive manner.

For: experts

*Please note certificate will be available for download post 24 hours of successful course completion with a minimum of 80% score in the quiz.

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