Mastering Fluoroscopy: Procedures, Equipment, and Clinical Applications for the Radiologic Technologist

ARRT® AcceptedASRT ApprovedCategory AARDMS AcceptedNMTCB AcceptedCA Fluoroscopy
10.5
CE Credits

Mastering Fluoroscopy gives the radiologic technologist a comprehensive working understanding of fluoroscopy as it is practiced in modern imaging departments. The course covers the equipment that defines the modality, the radiation safety principles that govern its safe use, and the clinical procedures that make up the daily fluoroscopy schedule. Topics include the X-ray tube, image intensifier and flat-panel detector technology, automatic brightness control, pulse rate selection, dose metrics and SRDL thresholds, operator and patient protection, and the geometric and magnification factors that drive dose.

Approvals & Acceptance

California technologists

This course counts toward the 4-hour radiation safety for the clinical uses of fluoroscopy requirement for California fluoroscopy permit holders.

  • ✓
    ASRT Approved, Category A
    Accepted by the ARRT® toward your CE requirement
  • ✓
    ARDMS Accepted
    Counts for ARDMS credential holders
  • ✓
    NMTCB Accepted
    Counts for NMTCB credential holders
  • ✓
    California
    Accepted for CRTs, XTs, Supervisors and Operators
  • ✓
    Florida
    Approved for Technical Category A for Florida technologists
  • ✓
    Texas: Directly Related
    Counts toward the directly related hours Texas MRTs need (at least 12 of 24)
  • ✓
    We Report for You: Florida, Texas, Kansas and New Hampshire
    Completions are reported in the first week of each month for the previous month: Florida directly to the Florida Department of Health, Bureau of Radiation Control; Texas, Kansas and New Hampshire to CE Broker. Your state license number must be entered in your dashboard for us to report your credits.
  • ✓
    All other states
    Accepted

Applicable Disciplines

Cardiac Interventional (CI)Radiologist Assistant (RA)Radiography (RAD)Vascular Interventional (VI)

Learning Objectives

  • 1Describe fluoroscopic equipment design, including the X-ray tube, image intensifier and flat-panel detector technology, and automatic brightness control
  • 2Apply radiation dose management principles including pulse rate selection, collimation, magnification effects, dose metrics, and SRDL thresholds
  • 3Explain the performance of common fluoroscopic procedures including upper GI, small bowel follow-through, barium enema, esophagram, and modified barium swallow
  • 4Identify patient care considerations for pediatric, geriatric, cognitively impaired, and critically ill patients undergoing fluoroscopy

Course Outline

  • •Fluoroscopic Equipment and the Image Chain
  • •Radiation Dose Management and Operator Protection
  • •Dose Metrics, SRDL Thresholds, and Skin Injury
  • •Upper GI Series and Small Bowel Follow-Through
  • •Barium Enema
  • •Esophagram and Modified Barium Swallow
  • •C-Arm Fluoroscopy in the Operating Room
  • •Interventional Radiology and Angiography
  • •Pediatric Fluoroscopy
  • •Specialty Procedures: HSG, Myelography, Arthrography, T-Tube Cholangiography
  • •Special Patient Populations
  • •Documentation, Quality Improvement, and Future Directions
$60
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CQR Credit Distribution

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Credits:10.5 CE
Category:A
Approving Body:ASRT
Format:Online Self-Study