医学
嵌合抗原受体
重症监护医学
医学物理学
风险评估
药品审批
精密医学
风险分析(工程)
梅德林
病人护理
临床试验
药物开发
汽车T细胞治疗
医疗保健
靶向治疗
继续教育
执照
最佳实践
核药剂学
领域(数学)
医疗急救
临床实习
作者
Dorine de Jong,Jeremy McGale,Timothy J. Robinson,Matthew J. Liao,Jeeban P Das,Ajay Major,Kathleen M. Capaccione,Colton Ladbury,Jorge Mansilla-Soto,Hong Ma,Karine A. Al Feghali,Andre H. Goy,Egesta Lopci,Ran Reshef,Lawrence H. Schwartz,Roch Houot,Laurent Dercle
标识
DOI:10.2967/jnumed.123.266605
摘要
Chimeric antigen receptor (CAR) T-cell therapy has revolutionized the treatment landscape for multiple hematologic malignancies, demonstrating a clear curative potential in select cases. Since 2017, 7 CAR T-cell products have indications approved by the Food and Drug Administration, and research is continuously evolving with the intent of enhancing CAR T-cell efficacy while reducing side effects and the risk of relapse. Nuclear medicine has played a crucial role throughout this optimization process, assisting initial staging, treatment response assessment, and adverse-effect monitoring. This review provides an introduction to CAR T-cell therapy and highlights gold-standard nuclear medicine practices and imaging innovations for use in the care of oncology patients. Additionally, it emphasizes the need for continuing innovation in medical imaging as the field progresses.
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