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Course Criteria
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3.00 Credits
Prerequisite: 10th quarter or above This course provides the study of the electromagnetic and acoustic spectrum and its potential effects in the rehabilitation of sports injuries. Topics include infrared, ultraviolet, microwave, and short-wave diathermy, and ultrasound.
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3.00 Credits
Prerequisite: 10th quarter or above This course provides the Study of selected physical agents commonly used in athletic training. Topics include hydrotherapy, massage, thermotherapy, cryotherapy, and traction.
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4.00 Credits
Prerequisite: 10th quarter or above This course provides the study of the basic principles and techniques used to rehabilitate joints, muscles, and other soft tissue conditions. This course is required in the special interest curricula and athletic training.
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3.00 Credits
Prerequisite: ANAT 1607 This course presents a delineation of normal radiographic anatomy along with fundamental principles of interpretation with a primary focus on the spine . Students will learn to assess radiographic data, in order to distinguish between normal radiographic findings and abnormal findings that may be indicative of underlying pathophysiological processes. 172 / College of Chiropractic - Doctor of Chiropractic
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4.00 Credits
This course will enable the student to acquire and then demonstrate knowledge of x-ray physics. This course covers the theory of x-ray production, photon properties, radiographic image resolution, x-ray systems and their components. Also included are the implementation of a radiographic facility in private practice, quality assurance, radiobiology, and radiation safety practices.
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3.00 Credits
Prerequisite: RADD 1611 A continuation of RADD 1611 this course presents a delineation of normal radiographic anatomy along with fundamental principles of interpretation with a primary focus on the extremities.. Students will learn to assess radiographic data, in order to distinguish between normal radiographic findings and abnormal findings that may be indicative of underlying pathophysiological processes.
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3.00 Credits
Prerequisite: RADD 2612 This course encourages the development of a systematic and logical approach to the detection and evaluation of skeletal abnormalities via radiographic procedures. Interpretive skills are introduced that enable students to understand bone development and to recognize basic radiographic signs and pathologies. Topics covered include bone anatomy and physiology, radiographic signs of bone and joint pathology, introduction to CT and MRI, metabolic bone diseases and extremity arthritis. Correlation to related clinical findings for assessment of chiropractic significance is stressed.
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3.00 Credits
Prerequisite: RADD 2711 This course encourages the development of a systematic and logical approach to the detection and evaluation of skeletal abnormalities via radiographic procedures. Interpretive skills are introduced that enable students to understand bone development and to recognize basic radiographic signs and pathologies. Topics covered include bone anatomy and physiology, radiographic signs of bone and joint pathology, introduction to CT and MRI, metabolic bone diseases and extremity arthritis. Correlation to related clinical findings for assessment of chiropractic significance is stressed.
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2.00 Credits
Prerequisites: RADD 1611,2501 This course provides the study of the technical aspects of safely conducting radiographic examinations, including: measurement, positioning of the axial skeleton, technique factor selection, radiation protection and equipment set-up and operation. Emphasis is on the projections commonly used in chiropractic practice. Students are required to demonstrate proficiency in the techniques of full spine positioning.
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1.00 Credits
Prerequisites: RADD 2501,2612, This course completes a student's study of osseous radiographic positioning. Radiographic positioning of the appendicular skeleton is studied in detail, as are film size, collimation, immobilization, patient shielding, and film marking. Students are required to demonstrate proficiency in the techniques of extremity positioning.
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