Bellia V, Cibella F, Visconti A, Peralta G, Cuttitta G, Trizzino A, Giannone G, Bonsignore G
Istituto di Pneumologia dell'Università, Palermo, Italy.
Eur Respir J Suppl. 1989 Jun;6:532s-535s.
The clinical value of serial measurements of peak expiratory flow (PEF) in asthma is well established, but the analysis of the PEF records is not standardized. We developed an algorithm for interpretation of PEF, based upon the characteristic features of chronic airflow limitation, and retrospectively analysed the PEF of fifty outpatients affected by non-seasonal asthma. For each patient we correlated the developed indices of evolution of PEF with, respectively, the severity of asthma (evaluated in terms of consumption of drugs), forced expiratory volume in one second and with the trend of the indices over several months. The developed indices were well correlated with the severity score and to a lesser extent to other investigated parameters. These results seem to provide a useful approach to a computerized evaluation of the results of PEF monitoring.
哮喘患者呼气峰值流速(PEF)系列测量的临床价值已得到充分证实,但PEF记录的分析尚未标准化。我们基于慢性气流受限的特征开发了一种PEF解读算法,并对50例非季节性哮喘门诊患者的PEF进行了回顾性分析。对于每位患者,我们分别将所开发的PEF演变指标与哮喘严重程度(根据药物消耗量评估)、一秒用力呼气量以及这些指标在数月内的变化趋势进行了关联。所开发的指标与严重程度评分高度相关,与其他研究参数的相关性则较弱。这些结果似乎为PEF监测结果的计算机化评估提供了一种有用的方法。