NUM-2470 Advanced Molecular Imaging Concepts

Credits: 3
In this course, students explore computed tomography (CT), positron emission tomography (PET), and hybrid imaging techniques in depth. Students develop the skills to select appropriate imaging instruments, parameters, and administration techniques for various procedures. Students learn to identify indications and contraindications for imaging, differentiate normal and abnormal tomographic images, and recognize common pathologies. They also study the principles and functions of imaging systems, quality control evaluation, and the impact of patient preparation on imaging outcomes. Additionally, students refine their ability to analyze cross-sectional anatomy, correlate patient history and laboratory findings to imaging procedures, and adhere to radiation protection rules and regulations essential for PET, CT, and hybrid imaging practice.

This course is designed to prepare students enrolled in the Nuclear Medicine Technology program for the nuclear medicine exams offered by the ARRT and NMTCB, as well as current imaging professionals pursuing the NMTCB PET specialty credential. The course is designed to meet the ARRT Structured Education requirements for the post-primary CT certification exam, the NMTCB didactic coursework requirements for the PET specialty exam, and the NMTCB didactic coursework requirements for the post-primary CT certification exam.

Prerequisite(s): NUM-1460 and NUM-2650 – both with a grade of C or higher

Course Outcomes

Select the appropriate instrument(s) and parameters for imaging procedures performed on various body systems.
Identify indications/contra-indications for CT, PET, and hybrid imaging procedures for various body systems.
Select the correct radio-tracer and/or contrast media and administration technique for CT, PET, and hybrid imaging procedures.
Differentiate between normal vs. abnormal tomographic images, including image artifacts.
Identify pathology commonly detected with CT, PET, and hybrid imaging procedures.
Evaluate a patient’s history, laboratory results and symptoms for relevance to CT, PET, and hybrid imaging procedures.
Correlate components and operating principles of PET, CT, and hybrid imaging systems with their functions in producing images.
Evaluate quantitative and qualitative QC results and identify acceptable and unacceptable values/artifacts.
Predict the impact patient preparation has on the CT, PET and hybrid imaging procedures and outcomes.
Interpret cross-sectional images by identifying anatomical structures and their spatial relationships.
Comply with radiation protection rules and regulations that apply to PET, CT, and hybrid imaging environments and procedures.