药物警戒
恶性肿瘤
授权
医学
因果关系(物理学)
不利影响
重症监护医学
嵌合抗原受体
癌症
上市后监督
基因检测
流行病学
外科
销售授权
临床试验
肿瘤科
药物反应
内科学
梅德林
患者安全
生物信息学
死亡率
病理
医疗保健
透视图(图形)
儿科
作者
Philipp Berg,Charlotte Bakker,Moritz Sander,Nicklas Hasselblad Lundstrøm,Karin Erneholm,Flora Musuamba Tshinanu,Olga Kholmanshikh,Filip Van Nuffel,Susanne Müller,Gabriele Ruppert-Seipp,Gabriele D. Maurer,Justina Januskiene,Maria Mantziri,Bianca Mulder,Frederika A. van Nimwegen,Daiana Vasilcanu,Ulla Liminga
标识
DOI:10.1038/s41434-025-00586-x
摘要
Abstract This article provides a regulatory perspective on secondary malignancy of T-cell origin as a rare adverse reaction to the currently marketed CD19- or BCMA-directed chimeric antigen receptor (CAR) T-cell therapies. To assess the risk, causality between reported suspected adverse reactions and CAR T-cell therapy was assessed applying the principles of the World Health Organization-Uppsala Monitoring Centre causality categories, alongside a review of scientific publications and data from registries/ databases. By 11 April 2024, 38 cases of T-cell malignancy after CAR T-cell therapy were reported in patients aged 29–80 years. In 19 patients, tumour samples were tested for the presence of CAR transgene, which was detected in seven cases. Most of the T-cell malignancies were diagnosed within 12 months of treatment (22/33; 67%). The reporting rate is approximately one case per 1000 patients treated. An overall causal relationship was established with at least a reasonable possibility. Regulatory measures included updates to the product information, risk management plan, and educational materials. An additional pharmacovigilance activity was requested from the marketing authorisation holders (MAHs) to strengthen the process of genetic testing of residual tumour samples. To further characterise this risk and understand underlying mechanisms, continued efforts from healthcare professionals, MAHs and regulators are essential. Well-documented case reports, including information on genetic testing of tumour samples, are considered crucial elements.
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