Khomenko A G, Pospelov L E, Malenko A F, Chukanova V P, Romanov V V
Ter Arkh. 1985;57(3):77-80.
Altogether 337 patients with tuberculosis, 63 patients with sarcoidosis, 41 with exogenous allergic alveolitis, and 36 with chronic bronchitis were examined. Four hundred and 30 healthy persons comprised the control group. It was established that HLA genes play an important part as factors which control the level of susceptibility to some pulmonary diseases (tuberculosis, sarcoidosis, exogenous allergic alveolitis). Hypersusceptibility to different pulmonary diseases is associated with different HLA genes, namely with HLA-B14 in tuberculosis, HLA-B7 in sarcoidosis, and with HLA-B8 in exogenous allergic alveolitis. The susceptibility to pulmonary diseases may be under polygenic control; in particular during tuberculosis, both HLA-B14 gene and HLA-B15 gene play a role in the resistance control. The development of a disseminated chronic process coupled with disintegration may be associated with the latter gene, which may be due to a lower resistance. It stands to reason that in addition to HLA genes, other genetic systems are likely to determine the character of susceptibility to tuberculosis.
共检查了337例肺结核患者、63例结节病患者、41例外源性过敏性肺泡炎患者和36例慢性支气管炎患者。430名健康人组成对照组。已确定HLA基因作为控制对某些肺部疾病(肺结核、结节病、外源性过敏性肺泡炎)易感性水平的因素发挥着重要作用。对不同肺部疾病的高易感性与不同的HLA基因相关,即肺结核中的HLA - B14、结节病中的HLA - B7以及外源性过敏性肺泡炎中的HLA - B8。对肺部疾病的易感性可能受多基因控制;特别是在肺结核期间,HLA - B14基因和HLA - B15基因在抗性控制中都起作用。播散性慢性病程伴崩解的发展可能与后一种基因有关,这可能是由于抵抗力较低。理所当然的是,除了HLA基因外,其他遗传系统可能也决定了对肺结核易感性的特征。