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This radiopharmacy curriculum builds a strong foundation in radiopharmaceutical science — from production and decay principles to preparation, quality control, biodistribution, and clinical application. Students will gain a deep understanding of regulatory oversight, safe handling, and proper selection of diagnostic and therapeutic agents — including pediatric dosing, ALARA practices, troubleshooting, and investigational use — to ensure competent, compliant, and patient-centered practice in nuclear medicine.

This imaging instrumentation module provides a comprehensive understanding of gamma camera and hybrid PET/CT system operation, image acquisition, and quality control. Students will gain competency in system components, collimator selection, energy window optimization, attenuation correction, filter and reconstruction principles, and detection physics — while mastering artifact recognition, system calibration, and regulatory QC/QA expectations required for safe, high-quality clinical imaging.

This radiation safety module prepares learners to confidently apply ALARA principles, interpret exposure data, and comply with NRC regulatory standards in a clinical setting. Students will master contamination control, dosimetry monitoring, emergency response, waste management, shielding design, and patient release guidance — ensuring full competence in both protection of the public and safe technologist practice during NRC inspections and daily nuclear medicine operations.
Each structured hour will include 45 minutes of instruction (live and/or recorded) and a 10 multiple choice quiz. A score of 80% is required to pass each hour of instruction. Upon successful completion of each hour, a certificate will be generated for your records.
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