Flekač Milan
Vnitr Lek. 2017 Fall;63(10):697-702.
Preventing postprandial blood glucose excursions is one of the most challenging aspects of achieving adequate control, especially in patients with better long-term compensation of diabetes. Contemporary prandial insulin analogues that have more favorable properties than human insulin in terms of accelerated absorption, earlier onset of action and shorter duration of action are still significantly slower than endogenous insulin in healthy individuals. Fast-acting insulin aspart (FIAsp - faster aspart) is insulin aspart enriched with two excipients, of which niacinamide is responsible for accelerating absorption after subcutaneous administration. The responsible mechanism is to accelerate the formation of monomers and to accelerate the transfer through capillary endothelial cells into the bloodstream. The article summarizes the most important outcomes of preclinical and clinical evaluation of new insulin and its relevance to practice.Key words: faster apart - FIAsp - Onset trial - pharmacodynamics - pharmacokinetics - postprandial glycaemia.
预防餐后血糖波动是实现充分控制的最具挑战性的方面之一,尤其是在糖尿病长期代偿较好的患者中。与人类胰岛素相比,当代餐时胰岛素类似物在加速吸收、更早起效和更短作用持续时间方面具有更有利的特性,但在健康个体中仍明显慢于内源性胰岛素。速效门冬胰岛素(FIAsp - 更快的门冬胰岛素)是富含两种辅料的门冬胰岛素,其中烟酰胺负责皮下给药后加速吸收。其作用机制是加速单体形成并加速通过毛细血管内皮细胞进入血液循环。本文总结了新型胰岛素临床前和临床评估的最重要结果及其与实践的相关性。关键词:更快的门冬胰岛素 - FIAsp - 起效试验 - 药效学 - 药代动力学 - 餐后血糖。