Waldburger R, Hofmann M, Rüegger M, Knoblauch A
Medizinische Klinik A, Kantonsspital St. Gallen.
Schweiz Med Wochenschr. 1992 Jul 18;122(29):1070-8.
Quantitative assessment of pulmonary obstructive diseases, such as asthma, may be difficult because of variability of obstruction. This is particularly true with regard to expert evidence pulmonary physicians deliver to insurances. Severity of obstruction, degree of impairment by an obstructive ventilatory defect, and temporal relationship of bronchial obstruction to exposure, may not be detected by physiological measurements in the pulmonary function laboratory. Much of the expert's opinion on these matters will depend on the credibility he assigns to the insured individual. The insured individual, in the other hand, has no other proof available than the description of his complaints, which puts him at a disadvantage. Serial peak flow measurements can be instrumental in clarifying such issues. They add an objective dimension to the case history. Six cases in which expert evidence was commissioned by insurances are described in detail, to exemplify how the thinking of the experts was modified by peak flow profiles. The greater usefulness of serial peak flow measurements in occupational asthma is emphasized and problems that may arise with peak flow measurements are discussed.
由于阻塞情况的变异性,对诸如哮喘等肺部阻塞性疾病进行定量评估可能会很困难。这在肺部内科医生向保险公司提供的专家证据方面尤其如此。阻塞的严重程度、阻塞性通气缺陷造成的损害程度以及支气管阻塞与暴露之间的时间关系,可能无法通过肺功能实验室的生理测量检测到。专家在这些问题上的很多意见将取决于他赋予被保险人的可信度。另一方面,被保险人除了对其症状的描述外没有其他可用证据,这使他处于不利地位。连续峰流速测量有助于澄清此类问题。它们为病史增添了客观维度。详细描述了保险公司委托专家提供证据的六个案例,以举例说明峰流速曲线如何改变专家的想法。强调了连续峰流速测量在职业性哮喘中的更大用处,并讨论了峰流速测量可能出现的问题。