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Pharmacokinetic simulations of topiramate plasma concentrations following dosing irregularities with extended-release vs. immediate-release formulations

机译:缓释制剂与速释制剂给药不规律后托吡酯血浆浓度的药代动力学模拟

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Background: Once-daily extended-release (XR) antiepileptic drugs (AEDs) offer potential adherence and tolerability advantages over their BID immediate-release (IR) counterparts. However, patients with epilepsy will inevitably be at least occasionally nonadherent with a prescribed dosing regimen, regardless of formulation. Although perturbations in plasma concentrations due to dosing irregularities may have clinical consequences for AEDs with concentration-response relationships, clinical studies that deliberately expose patients to specific dosing irregularities in order to assess the effect on plasma concentrations and determine appropriate corrective actions would be unethical.
机译:背景:每天一次的缓释(XR)抗癫痫药(AED)与BID速释(IR)同类药物相比,具有潜在的依从性和耐受性优势。但是,无论采用何种制剂,癫痫患者都将不可避免地至少偶尔不遵守规定的给药方案。尽管由于剂量不规则引起的血浆浓度紊乱可能会对具有浓度-反应关系的AED产生临床后果,但故意将患者暴露于特定剂量不规则状态以评估对血浆浓度的影响并确定适当的纠正措施的临床研究是不道德的。

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