TY - Jour T1 - 睡眠呼吸暂停JF的叫醒呼叫JF - 欧洲呼吸杂志Jo - Eur Respir J SP - 1 LP - 4 Do - 10.1183 / 09031936.00000113 VL - 42是 - 1 Au - Sterk,Peter J. Au -Fens,Niki Au - Carpagnano,G. Elisiana Y1 - 2013/07/01 UR - //www.qdcxjkg.com/content/42/1/1.abstract n2 - 呼吸疾病是最复杂的病理生理实体之一药物。我们的领域中没有一种物品疾病,这为基础和临床科学家提供了呼吸系统疾病的吸引力。最普遍的呼吸系统疾病是慢性,表现出多种机制途径,可在疾病过程中变化。这不仅阻碍了致病性研究,而且还阻碍了足够的疾病表型[1]。显然,它需要一些临床和血清标记,以建立复杂疾病的真正生物医学实体。好消息是,正如我们所说,由于我们所说,医学正在进行一步变化[2]。现在越来越认识到,疾病的临床,生理,细胞和分子机制不能单独解决。相反,将这些疾病结构域的综合方法更有可能会更接近对疾病的真正理解[1,2]。慢性呼吸系物中的问题一直是,每个疾病域本身都是通过并联或串联的多种扰动机制的特征,因此充分描述各种疾病状态要求捕获这种看似“混乱”:1)高通量测量 in each of these disease domains; 2) sophisticated multi-scale mathematical integration of these data [3] to come to; 3) unbiased discovery of (changes in) mechanistic pathways. “Omics” techniques follow this approach [4–6].Based on developments in molecular medicine and bioinformatics during the past decade [7], a “systems medicine” approach has now become a very powerful option for capturing the complexity of diseases in general [1] and respiratory diseases in particular [3]. The required high-throughput “omics” tools are now available for use in blood, secretions … ER -