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Oct 13, 2024
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RAD 207 - Radiologic Technology 3
Credits: 4
4 Lecture Hours
Prerequisites: BIO 162 , PHY 100 , RAD 157 and RAD 158C
Co-requisites: PHY 128 and RAD 208C
Description
This course is an introduction to specialized radiographic procedures of nonskeletal areas and the biological effects of exposure to ionizing radiation. It also includes a review of the basic radiation cell physiology and chemistry that influence somatic and genetic responses from ionized tissue. This course requires a per credit health career fee; Check the tuition and fee schedule for the current rate.
Learning Outcomes
Upon successful completion of the course, the student will:
- Identify cell structures.
- Define and explain the important functions of organic and inorganic compounds which exist in cells.
- List the various physical characteristics of DNA and RNA.
- Compare mitosis and meiosis and describe each process.
- Determine how cells are affected by the process of linear energy transfer.
- Classify cells types.
- Examine effects of ionizing radiation upon the cell.
- Describe selective and general angiographic studies.
- Compare basic radiographic procedures of nonskeletal areas of the body to more complex imaging modalities.
- Identify analog and digital complex images produced in radiology departments.
Listed Topics
- Human cell types
- LET and RBE
- Analog vs digital images
- Mitosis and meiosis
- Chemical and biological damages
- Direct and indirect affects to DNA
- Law of Bergonie and Tribondeau
- Radiation hazards
- Special procedures
- Radiation biology
- Processing images
- Imaging modalities
- Radiographic positioning
- Trauma care
- Contrast agents
- Accessory devices
- Seldinger Technique
- Operative C-ARM Procedures
Reference Materials
Current and appropriate equipment, software and textbooks.
Approved By: Johnson, Alex Date Approved: 04/28/2010
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