a Istanbul University, Institute of Child Health , Department of Pediatric Basic Sciences , Istanbul , Turkey.
b Istanbul University, Aziz Sancar Institute of Experimental Medicine , Department of Immunology , Istanbul , Turkey.
Expert Rev Respir Med. 2018 Sep;12(9):733-743. doi: 10.1080/17476348.2018.1505507. Epub 2018 Aug 7.
Asthma, a common, non-communicable chronic disease affects over 300 million individuals worldwide. The Western world lifestyle is claimed to be responsible for this high and increasing prevalence. Asthma has been defined as a syndrome with various phenotypes and endotypes, allergic asthma and type 2 asthma being the most frequent. A great increase in prevalence of allergic diseases has necessitated intensive investigations both for understanding the underlying mechanisms and for the development of novel therapy options with long-term efficacy and limited side-effects. Allergic patients demonstrate unique presentations with variable visible characteristics and disease outcomes depending on different molecular mechanisms, related to influence of genes and epigenetic control by micro- and macro-environment. Areas covered: This article reviews the definition of asthma phenotypes and possible endotypes, advances in allergy-immunology field and contemporary personalized therapy options for asthma. Expert commentary: Better understanding of the complex immune network of allergic inflammation and key players of immunity is continuously being provided for clarification of asthma sub-types. Successful therapy of asthma requires better definition of underlying pathogenesis, which sequentially could end up with 'custom-tailored' individualized, evidence-based and more precise therapy options; a new era termed as 'precision medicine'. Endotype, phenotype, theratype and biomarker terms arise as major keywords in precision/personalized medicine.
哮喘是一种常见的、非传染性的慢性疾病,影响着全球超过 3 亿人。据称,西方的生活方式是导致这种高发病率和不断上升的原因。哮喘被定义为一种具有多种表型和内型的综合征,其中过敏性哮喘和 2 型哮喘最为常见。过敏性疾病的患病率显著增加,这就需要深入研究其潜在机制,并开发具有长期疗效和有限副作用的新型治疗方案。过敏性患者表现出独特的症状,根据不同的分子机制,其可见特征和疾病结局存在差异,这与基因的影响和微环境及宏环境的表观遗传控制有关。涵盖领域:本文综述了哮喘表型和可能的内型定义、过敏免疫学领域的进展,以及哮喘的当代个体化治疗选择。专家评论:对过敏性炎症复杂免疫网络及其免疫关键因素的深入理解,不断为哮喘亚型的阐明提供帮助。成功治疗哮喘需要更好地定义潜在发病机制,这将最终为“量身定制”个体化、基于证据的更精确治疗方案提供依据,这是一个被称为“精准医学”的新时代。内型、表型、治疗型和生物标志物等术语成为精准/个体化医学的主要关键词。