Toxicities in Adults with Acute Lymphoblastic Leukemia (ALL) Treated with Regimens Using Pegasparaginase.

Toxicities in Adults with Acute Lymphoblastic Leukemia (ALL) Treated with Regimens Using Pegasparaginase.
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使用聚门冬酰胺酶的方案治疗成人急性淋巴细胞白血病 (ALL) 的毒性。

DOI:
10.1182/blood.v112.11.1924.1924
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发表时间:
2008
期刊:
影响因子:
20.3
通讯作者:
A. Bleyer
A. Bleyer
中科院分区:
医学1区
文献类型:
--
作者:
M. Rytting;M. Earl;D. Douer;B. Muriera;A. Advani;A. Bleyer

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背景:目前针对急性淋巴细胞白血病(ALL)的成人治疗策略是以儿科为基础的治疗方案,使这些患者暴露于多剂量的天冬酰胺酶(ASP)。由于给药方便,长效或聚乙二醇化ASP的暴露尤其突出,因为聚乙二醇化ASP可以静脉注射,比短效形式需要更少的剂量。在此之前,由于20世纪70年代有报道称ASP对成人的毒性高于儿童,因此成人患者很少接受含有ASP的治疗方案。我们报告了三种方案中遇到的毒性,其中包括多剂量聚乙二醇化ASP作为成人ALL患者治疗的一部分。方法:迄今为止,3种方案共纳入了92例患者,年龄在14岁至71岁之间。聚乙二醇化ASP的剂量范围为2000-2500 IU/m2。大约330剂聚乙二醇化ASP已被注射。结果:3 ~ 4级肝毒性最突出;47例(51%)患者出现3-4级转氨酶升高,22例(24%)患者出现3-4级高胆红素血症(表)。30例(33%)患者高血糖为3-4级毒性。5例(5%)患者发生聚乙二醇化ASP 3-4级过敏反应。12例(13%)患者发生血栓形成。值得注意的是,3例(3%)患者在磁共振成像扫描中出现脑白质病,伴有可逆性卒中样症状。大多数肝毒性自行消退,使患者能够继续化疗。所有有中风样症状的病人都已完全康复。结论:成人ALL患者接受包括长效ASP在内的多种化疗可发生相当大的肝毒性和高血糖。其他毒性的发生频率与使用长效ASP治疗的儿科患者相似。这种毒性特征值得密切监测,并从使用聚乙二醇化ASP治疗ALL成人的临床试验中持续收集数据。
Background: The current therapeutic strategy of applying pediatric-based regimens for acute lymphoblastic leukemia (ALL) to adults with ALL exposes these patients to multiple doses of asparaginase (ASP). Exposure to long-acting or pegylated ASP is particularly prominent due to dosing convenience, since pegylated ASP can be administered intravenously and requires fewer doses than shorter-acting forms. Previously, adult patients were much less likely to be treated with ASP-containing regimens due to reports from the 1970s of increased toxicity from ASP in adults compared with children. We report on the toxicities encountered in 3 protocols that include multiple doses of pegylated ASP as part of therapy for ALL in adult patients. Methods: Thus far, the 3 protocols have enrolled 92 patients between the ages of 14 and 71 years. The pegylated ASP dose ranges from 2000–2500 IU/m2. Approximately 330 doses of pegylated ASP have been given. Results: Grade 3–4 hepatic toxicity is the most prominent; grade 3–4 transaminase elevation occurred in 47 (51%) patients, and grade 3–4 hyperbilirubinemia was seen in 22 (24%) patients (Table). Hyperglycemia was grade 3–4 toxicity in 30 (33%) patients. Grade 3–4 allergic reactions to pegylated ASP occurred in 5 (5%) patients. Twelve (13%) patients developed thromboses. Of note, 3 (3%) patients have had leukoencephalopathy on magnetic resonance imaging scans with reversible stroke-like symptoms. The majority of hepatic toxicities resolve spontaneously, allowing patients to continue chemotherapy. All of the patients with stroke-like symptoms have fully recovered. Conclusions: Considerable hepatotoxicity and hyperglycemia occur in adult ALL patients treated with polychemotherapy that includes long-acting ASP. Other toxicities occur with a frequency similar to that seen in pediatric patients treated with a long-acting ASP. This toxicity profile warrants close monitoring and continued data collection from clinical trials that use pegylated ASP in adults with ALL.