2020-22 年美国食品及药物管理局新药审批中的速释口服片剂和胶囊的可粉碎性分析。

Q4 Medicine International journal of pharmaceutical compounding Pub Date : 2024-09-01
Kamaladdin Saei, Anne Schweighardt, Fang Zhao
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引用次数: 0

摘要

目的:对于无法吞服整粒药片或胶囊的患者,医疗服务提供者往往需要为其寻找替代方案。许多新批准的速释(IR)固体口服药物的标签上都有 "请勿压碎 "的警告或类似声明,但没有任何解释。Uttaro 等人在 2021 年发表的一篇文章中提出了一种用于风险评估的可碾碎性分析策略,并证明了该策略对 ISMP 切勿碾碎列表中一些不确定的 IR 药物的实用性。本文对该主题进行了更新,并对 FDA 新批准的药物进行了可挤压性分析:方法:从 FDA 网站获取 2020-22 年批准的新药。方法:从 FDA 网站获取 2020-22 年批准的新药,并从列表中提取红外口服片剂和胶囊进行压碎性分析。粉碎活动的范围定义为使用研钵和研杵粉碎片剂或胶囊内容物,然后在室温下将粉末悬浮于白水中,并在 2 小时内给药。粉碎性分析采用了一份问题清单,内容涉及特殊剂型设计、危险药物状态、稳定性和药代动力学(PK)、制造商提供的非官方数据以及替代剂型的可用性。FDA 批准的产品标签是分析的主要参考资料。对于选定的药物,还使用了 NIOSH 出版物、FDA 橙皮书、专利和科学文献:结果:从 2020 年到 2022 年,共发现 52 种新药获批为红外口服片剂和胶囊剂。其中,2 个产品已停产,10 个产品的标签上已包含具体操作说明。其余 40 种产品的标签上要么有 "请勿碾压 "的一般性说明,要么没有关于可碾压性的信息。对这 40 种产品的压碎性分析表明,23 种产品的压碎风险较低。然而,其余 17 种产品主要由于稳定性/PK 问题而不适合粉碎。有四家生产商提供了与液体/软质食品的压碎或混合相关的非官方数据,没有一种产品有替代的口服液剂型:对可粉碎性分析策略进行了更新,并将其应用于 2020-22 年期间 FDA 批准的 40 种红外口服片剂和胶囊。汇总表和突出示例可作为药剂师和其他医疗服务提供者的实用资源,帮助他们就剂型操作做出明智的决定,以方便吞咽固体有困难的患者服药。
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Crushability Analysis of Immediate-Release Oral Tablets and Capsules from the 2020-22 FDA Novel Drug Approvals.

Purpose: Healthcare providers often need to explore alternative options for patients who are unable to swallow whole tablets or capsules. Many newly approved immediate-release (IR) solid oral drugs carry a general "do-not-crush" warning or similar statements in their labeling without any explanations. A 2021 publication by Uttaro et al. presented a crushability analysis strategy for risk assessment and demonstrated its utility for some uncertain IR drugs on the ISMP do-not-crush list. This article provides an update on the topic and performs the crushability analysis of newly FDA-approved drugs.

Methods: The novel drug approvals from 2020-22 were obtained from the FDA website. The IR oral tablets and capsules were extracted from the lists and subjected to crushability analysis. The scope of crushing activity was defined as crushing the tablets or capsule contents using a mortar and pestle, followed by suspending the powder in plain water at room temperature and administering the dose within 2 hours. The crushability analysis employed a checklist of questions regarding special dosage form design, hazardous drug status, stability & pharmacokinetics (PK), unofficial data from manufacturers, and availability of alternative dosage forms. The FDA-approved product labels were used as the main references for the analysis. NIOSH publications, FDA Orange Book, patents, and scientific literature were used for selected drugs.

Results: From 2020 to 2022, 52 novel drug approvals were identified as IR oral tablets and capsules. Among them, 2 products were discontinued, and 10 already included specific manipulation instructions on their labels. The remaining 40 products had either a general "do-not-crush" statement or no information regarding crushability on the labels. The crushability analysis of these 40 products revealed that 23 products exhibited a low risk for crushing. However, the remaining 17 products were not suitable for crushing due to mostly stability/PK concerns. Four manufacturers had unofficial data related to crushing or mixing with liquids/soft foods, and none of the products had alternative oral liquid dosage forms.

Conclusion: The crushability analysis strategy was updated and applied to 40 IR oral tablets and capsules approved by FDA during 2020-22. The summary table and highlighted examples serve as a practical resource for pharmacists and other healthcare providers to make informed decisions regarding dosage form manipulation to facilitate dose administration in patients with difficulty swallowing solids.

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来源期刊
CiteScore
0.40
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0.00%
发文量
62
期刊介绍: The International Journal of Pharmaceutical Compounding (IJPC) is a bi-monthly, scientific and professional journal emphasizing quality pharmaceutical compounding. IJPC is the only publication that covers pharmaceutical compounding topics relevant and necessary to empower pharmacists to meet the needs of today"s patients. No other publication features hands-on, how-to compounding techniques or the information that contemporary pharmacists need to provide individualized care.
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