The most commonly used radionuclides in nuclear medicine are 99m Tc and 131 I. Their applications have been continuously increasing for diagnostic and therapeutic procedures in most of the nuclear ...
Simulation-based education has evolved into a foundational component of nuclear medicine technologist training, driven by ...
Simulation-based education has become widely embedded in health professional training and is increasingly positioned as a ...
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The Current Practice of Theranostics: Results of a National Survey and Lessons Learned Amyloid Imaging Update: How the Amyloid Landscape Is Changing in Light of the Recent Food and Drug Administration ...
The rapid expansion of radiopharmaceutical therapy and theranostics has introduced new expectations for nuclear medicine technologists and created ongoing challenges for educational programs preparing ...
The rapid expansion of theranostics has increased the stress felt by many nuclear medicine departments. One significant ...
Expanding clinical volumes, evolving radiopharmaceuticals, and new imaging technologies shape the training environment for ...
Simulation-based education has emerged as a strategic response to placement scarcity, workforce strain, and the increasing ...
Theoretic free 18F-FDG blood time–activity curve and trapped 18F-FDG tissue time–activity curve included in compartments A and B, respectively, when no 18F decay correction is applied (solid line) and ...
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