24 category A credits with every course to satisfy an imaging technologist's regular CE biennium

Acceptance

ARRT / State / Org Credits / Category
ARRT 24 category A credits for ARRT® certification and registration
All states 12 hours of digital radiography for CA (and all states)
California CRTs / XTs / supervisors / operators accepted
Texas Directly related
Florida Technical category
NMTCB Accepted
ARMRIT Not accepted 
ARDMS Not accepted 

CQR / Structured education

This course offers 24 category A credits for the general continuing education requirements of the ARRT (American Registry of Radiologic Technologists). Regarding the credits offered by this course for CQR (Continuing Qualifications Requirements) and structured education, refer to the table below.

Discipline Content Category - Sub Category Credits
CT Safety - Radiation Safety and Dose 4.75
CT  Image Production - Image Evaluation and Archiving  3.25
NMT  Safety - Radiation Physics, Radiobiology, and Regulations 4.75
NMT  Image Production - Instrumentation 13.75
NMT  Procedures - Endocrine and Oncology Procedures 2.00
NMT Procedures - Other Imaging Procedures  2.00
RAD Safety - Radiation Physics and Radiobiology 3.75
RAD  Safety - Radiation Protection  0.25
BD  Patient Care - Patient Bone Health, Care, and Rad Principles 0.25
RA Safety - Patient Safety, Rad Protection, and Equip Operation  3.75
THR  Safety - Radiation Physics and Radiobiology  3.75
THR   Safety - Radiation Protection, Equipment Operation, and QA 0.25
VI Image Production - Image Acquisition and Equipment 0.25
CI  Image Production - Image Acquisition and Equipment 0.25

Description

This course is designed to provide CT and Nuclear Medicine Technologists (and interested learners) with a comprehensive understanding of the deep technical and safety aspects of SPECT/CT. The readings cover critical topics such as scan safety and Quality Assurance, physics and systems, and clinical procedures. It concludes with an insightful look at the future of this evolving imaging technique.

Did you know?

Despite the common perception that image quality is primarily determined by hardware (like multi-headed cameras), the final image quality and diagnostic accuracy are heavily dependent on sophisticated, proprietary reconstruction algorithms.

Source: Technological Advances in SPECT and SPECT/CT Imaging. Bouchareb, Yassine, et al. 2024. https://doi.org/10.3390/diagnostics14131431.