首页> 外文期刊>Journal of Pharmacy and Pharmaceutical Sciences >The Lidose Hard Capsule Formulation of Fenofibrate is Suprabioavailable Compared to the Nanoparticle Tablet Formulation Under High-fat Fed Conditions
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The Lidose Hard Capsule Formulation of Fenofibrate is Suprabioavailable Compared to the Nanoparticle Tablet Formulation Under High-fat Fed Conditions

机译:与高脂喂养条件下的纳米粒片剂相比,非诺贝特的低糖硬胶囊制剂具有超生物利用度

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Purpose : The therapeutic equivalence of multiple registered fenofibrate formulations, several of which are suprabioavailable and therefore marketed at lower dosage strengths than their reference products, is based on the results of bioequivalence studies. Most of these formulations show a higher bioavailability when taken with a high-fat meal. The relative bioavailability of two of these formulations, the 200 mg Lidose hard capsules and the 145 mg nanoparticle tablets, was assessed when taken with a high-fat meal. Methods: In this single dose, 2-way, randomized, crossover study, 24 healthy subjects received a 200 mg fenofibrate Lidose hard capsule (Test) and a 145 mg nanoparticle tablet (Reference) under high-fat fed conditions. Plasma concentrations of fenofibric acid were measured up to 72 hours by using a validated LC-MS/MS method. Results: The geometric mean ratios (Test/Reference) and the 90% confidence intervals for AUC 0-t and C max were 1.37 (131.58 – 142.88) and 1.38 (124.60 – 152.93), respectively. The median (range) T max values of fenofibric acid were 4.5 h (3.0 – 8.0 h) and 3.25 h (1.0 – 6.5 h) after administration of the Lidose hard capsule and the nanoparticle tablet, respectively. Conclusion: Under high-fat fed conditions the extent of fenofibrate absorption was 37% higher for the 200 mg Lidose hard capsule compared to the 145 mg nanoparticle tablet, which is exactly as expected based on a mg-to-mg weight basis. The results of the present study underline the importance of assessing bioequivalence of fenofibrate formulations under identical fed conditions, and preferentially after a high-fat meal as this condition represents the worst-case scenario. Furthermore, the results of this study demonstrate that the 145 mg nanoparticle tablet is not bioequivalent to the 200 mg Lidose hard capsule when administered under high-fat meal conditions. This article is open to POST-PUBLICATION REVIEW . Registered readers (see “For Readers”) may comment by clicking on on the issue’s contents page.
机译:目的:基于生物等效性研究的结果,多种注册的非诺贝特制剂的治疗等效性,其中一些可以超药效用,因此以低于其参考产品的剂量强度出售。当与高脂餐一起服用时,大多数这些配方都显示出更高的生物利用度。当与高脂餐一起服用时,评估了其中两种制剂的相对生物利用度,即200 mg Lidose硬胶囊和145 mg纳米颗粒片剂。方法:在这项单剂量,2路,随机,交叉研究中,24名健康受试者在高脂喂养条件下接受200 mg非诺贝特Lidose硬胶囊(测试)和145 mg纳米粒片剂(参考)。使用经过验证的LC-MS / MS方法测定非诺贝特酸的血浆浓度长达72小时。结果:AUC 0-t和C max的几何平均比(测试/参考)和90%置信区间分别为1.37(131.58 – 142.88)和1.38(124.60 – 152.93)。服用Lidose硬胶囊和纳米粒片剂后,非诺贝酸的T最大值中值(范围)分别为4.5 h(3.0 – 8.0 h)和3.25 h(1.0 – 6.5 h)。结论:在高脂喂养条件下,与145 mg纳米粒片剂相比,200 mg Lidose硬胶囊的非诺贝特吸收程度高出37%,这完全是按mg-mg重量为基础的预期。本研究的结果强调了在相同的进食条件下,以及在高脂餐后优先评估非诺贝特制剂生物等效性的重要性,因为这种情况代表了最坏的情况。此外,这项研究的结果表明,在高脂餐食条件下服用145毫克纳米粒片剂与200毫克Lidose硬胶囊没有生物等效性。本文对POST-PUBLICATION REVIEW开放。已注册的读者(请参阅“针对读者”)可以通过单击问题的内容页面来发表评论。

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