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Gla-100的研发:一个“意外”的颠覆性创新故事。

Gla-100 Development: a Story of 'Serendipitous' Disruptive Innovation.

作者信息

Badgandi Mohan, Negalur Vijay, Reddy P Sudhakar, Venkataraman S, Kota Sunil, Barman Karuna Kanta, Jayaprassad Vengo, Pasha Mohammed Yaqub, Sruthisri P, Mohan Viswanathan

机构信息

Senior Consultant, Manipal Hospital, Bengaluru, Karnataka.

Co-founder and Medical Director, Dr. Negalur's Diabetes and Thyroid Specialities center, Thane, Maharashtra.

出版信息

J Assoc Physicians India. 2020 Dec;68(12[Special]):13-17.

Abstract

Ever since the discovery of insulin a century ago, relentless attempts have been made to develop insulins that closely mimic the timeaction- profile of human physiologic insulin. The early basal insulins like neutral protamine Hagedorn (NPH), were intermediate-acting, with high risk of hypoglycemia. These primary limitations led to attempts at developing improved basal insulins with a longer duration of action. After several attempts at prolonging insulin action using phenol and structural modifications of the insulin hexamer, insulin glargine was developed in 1988. The superior and unique pharmacological properties, longer duration of action, and significantly lowered risk of hypoglycemia enabled insulin glargine to be distinguished from NPH as a better basal insulin, providing holistic glycemic control. The present review highlights the circumstances that led to the search of truly basal insulins, focusing on the journey of insulin glargine 100 U/mL (Gla-100).

摘要

自一个世纪前胰岛素被发现以来,人们一直在不懈努力研发能紧密模拟人体生理胰岛素时间作用曲线的胰岛素。早期的基础胰岛素如中性鱼精蛋白锌胰岛素(NPH),作用时间为中效,低血糖风险高。这些主要局限性促使人们尝试研发作用时间更长的改良基础胰岛素。在多次尝试使用苯酚延长胰岛素作用时间以及对胰岛素六聚体进行结构修饰后,甘精胰岛素于1988年研制成功。其卓越独特的药理特性、更长的作用时间以及显著降低的低血糖风险,使甘精胰岛素有别于NPH,成为更好的基础胰岛素,能提供全面的血糖控制。本综述重点介绍了促使人们寻找真正基础胰岛素的背景情况,着重讲述了100 U/mL甘精胰岛素(Gla-100)的研发历程。

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