Klimek Ludger, Schmidt-Weber Carsten B, Kramer Matthias F, Skinner Murray A, Heath Matthew D
a Center for Rhinology and Allergology , Wiesbaden , Germany.
b Center of Allergy and Environment (ZAUM) , Technical University and Helmholtz Center Munich , Munich , Germany.
Expert Rev Clin Immunol. 2017 Jun;13(6):599-610. doi: 10.1080/1744666X.2017.1292133. Epub 2017 Feb 23.
Allergen-specific Immunotherapy (AIT) is the only available treatment aimed to tackle the underlying causes of allergy. The active components of subcutaneous vaccines traditionally consist of natural or modified allergen extracts which can be combined with adjuvant platforms. In recent years new targets have been further developed in an attempt to raise the safety and efficacy profile of AIT. Areas covered: In this review, we discuss the desirable attributes of adjuvants and delivery systems from empiricism to rational design, for current and future clinical applications in AIT. Expert commentary: The introduction of novel adjuvants, in combination with active targets, has been demonstrated to reduce symptoms of AIT, increase clinical efficacy of allergy treatment and reduce the number of doses. The evolution of vaccine development for AIT is entering a phase of scientific progress that challenges dogmas. Over the past century the traditional concept of immunotherapy, entailing long-course administration of native extract preparations and first generation adjuvants, has seen evolution in the past decade from proof-of-concept to clinical development pipelines encompassing the advent of second generation adjuvants and delivery systems forming essential components of modern AIT development.
变应原特异性免疫疗法(AIT)是唯一旨在解决过敏潜在病因的现有治疗方法。皮下疫苗的活性成分传统上由天然或改良的变应原提取物组成,这些提取物可与佐剂平台结合使用。近年来,人们进一步开发了新的靶点,试图提高AIT的安全性和有效性。涵盖领域:在本综述中,我们讨论了佐剂和递送系统从经验主义到合理设计的理想属性,以用于AIT当前和未来的临床应用。专家评论:已证明新型佐剂与活性靶点结合使用,可减轻AIT症状,提高过敏治疗的临床疗效并减少给药剂量。AIT疫苗开发的演变正在进入一个挑战传统观念的科学进步阶段。在过去的一个世纪里,免疫疗法的传统概念是长期施用天然提取物制剂和第一代佐剂,在过去十年中,从概念验证发展到临床开发流程,包括第二代佐剂和递送系统的出现,这些构成了现代AIT开发的重要组成部分。