Official Course
Description: MCCCD Approval: 5-24-05 |
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ICE265
2005 Summer I – 2009 Fall |
LEC |
3.0 Credit(s) |
3.0 Period(s) |
Computed
Tomography Procedure Protocols |
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Common
procedure protocols for Computed Tomography (CT) imaging. Includes patient
preparation, choosing protocols, interventional procedures, scan parameters,
contrast indicators, post-exam processing and quality issues and adapting to
atypical situations. Prerequisites: American Registry of
Radiologic Technologists (ARRT) or graduate of an accredited medical
radiography program. |
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Go to Competencies Go to Outline
MCCCD
Official Course Competencies: |
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ICE265 2005
Summer I – 2009 Fall |
Computed Tomography Procedure Protocols |
1.
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Explain the choice of correct patient and room
preparations. (I) |
2.
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Select the correct protocol for specific structures,
symptoms, pathology. (II, III) |
3.
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Describe patient pre-procedure instructions. (IV) |
4.
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List and describe correct scan parameters. (V) |
5.
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Describe methods for choosing the appropriate contrast.
(VI) |
6.
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Identify contrast requirements. (VI) |
7.
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Describe adaptations to atypical situations. (VII) |
8.
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Explain the steps of post exam processing. (VIII) |
9.
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Explain post procedure patient instructions. (IX) |
10.
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Explain computed tomography (CT) image filming and
archiving. (X) |
Go to Description Go to top of
Competencies
MCCCD
Official Course Outline: |
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ICE265 2005
Summer I – 2009 Fall |
Computed Tomography Procedure Protocols |
I. Scan Preparation A. Room preparation B. Previous exams/reports C. Patient preparation 1. Indications for exam
(scanner and patient limitations) 2. Verify order 3. Contraindications for
exam (pregnancy, allergy, barium, Neutropenic
precautions) 4. Contrast Media a. Intravenous (types) b. Oral (types and routes
of administration) 5. Patient assessment and
monitoring a. Current History and
Physical b. Chief complaint c. Current medications d. History of present
illness II. Exam Protocols A. Patient Symptoms B. Patient Pathology C. Patient Preparation
(oral, Intravenous (IV), angio, etc) III. Specific Exam
Protocols A. Adult Neuro 1. Head 2. Facial bones 3. Orbits 4. Paranasal
sinuses 5. Internal Auditory Canal
(IACS)/temporal bones 6. Soft tissue neck 7. Cervical spine 8. Thoracic spine 9. Lumbar spine 10. Neurovascular 11. Myelogram
B. Adult Body Protocols 1. Chest 2. Abdomen 3. Pelvis 4. Upper extremity 5. Lower extremity 6. Vascular C. Pediatric Neuro Protocols 1. Head 2. Facial bones 3. Orbits 4. Paranasal
sinuses 5. Internal Auditory Canal
(IACS)/temporal bones 6. Soft tissue neck 7. Cervical spine 8. Thoracic spine 9. Lumbar spine 10. Neurovascular D. Pediatric Body Protocols
1. Chest 2. Abdomen 3. Pelvis 4. Upper extremity 5. Lower extremity 6. Vascular E. Interventional Protocols
1. Biopsy/Drainages 2. Tube placements 3. Ablations F. Non-routine Procedures 1. Emergency Department
Exams/Emergency Room Trauma 2. Oncology 3. Computed Tomography (CT)
Guided Surgical Localizations IV. Patient Education A. General and specific
exam information B. Consent requirements V. Scan Protocol Parameters
A. Patient parameters 1. Positioning 2. Anatomical landmarks 3. Patient
information/identifiers B. Scanner parameters 1. Scout/topogram range 2. Gantry bore size and isocenter 3. Technical factors a. Azimuth b. Matrix c. Mode (helical vs. axial)
d. Algorithm e. Pitch f. Slice thickness g. Slice interval h. Scan Field of View
(SFOV) i.
Display Field of View (DFOV) j. Milliamperes
(MA) k. Kilovoltage
(KV) l. Rotation time VI. Contrast A. Pre administration
requirements 1. Lab values 2. Medication screening 3. Patient history 4. Joint Accreditation
Commission of Health Care Organizations (JACHO) Patient Safety Standards B. Oral contrast 1.
Indications/contraindications 2. Routes of administration
3. Dosages C. Intravenous (IV)
contrast 1.
Indications/contraindications 2. Steroid prep protocol 3. Dosages 4. Intravenous (IV)
injection parameters/catheters 5. Extravasation
6. Reactions VII. Adapting to atypical
situations A. Patient positioning
challenges and tips B. Mode (helical vs. axial)
C. Rotation time VIII. Post Exam Processing A. Reconstruction of scan
data 1. Algorithm 2. Display Field of View
(DFOV) 3. Slice thickness/interval
B. Reformations 1. Sagittal/coronal/curved/axial
2. Maximum Intensity
Projections (MIPs) vs. average 3. 3-Dimensional processing
C. Window width and level
display D. Filming format/Picture
Archiving and Communications System (PACS) IX. Post Procedure Patient
Instruction A. Discharge instructions X. Archiving A. Magnetic tape B. Digital Acquisition Tape
(DAT) tape C. Optical disc D. Compact disc (CD) E. Laser disc F. Digital video disc (DVD)
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