Shevtsova V M, Denisenko V V, Naumenko B S, Kostenko T P, Kopylova V I
Gig Tr Prof Zabol. 1991(3):7-10.
The contributors proposed a differentiated diagnostic technique which included 10 most informative physiologic, anthropometric and biochemical+ indices to provide the most reliable data (95% reliability) on the adaptation and compensatory mechanisms under local vibration and in combination with noise and dust, and with due account of the individual sensitivity to local vibration. Testing of the technique demonstrated its high accuracy in determining the levels of "exhaustion", and of "the normal state" of the adaptation-compensatory mechanisms, and its applicability for vibration disease prognosis in individual++ workers, thus establishing corresponding in preventive medical examinations, occupational selection, preventive measures' planning, and in expert solutions requiring precise diagnostic techniques.
研究人员提出了一种差异化诊断技术,该技术包含10项最具信息价值的生理、人体测量和生化指标,以便在考虑个体对局部振动敏感性的情况下,就局部振动以及与噪声和粉尘共同作用时的适应和补偿机制提供最可靠的数据(可靠性为95%)。对该技术的测试表明,它在确定适应-补偿机制的“耗竭”水平和“正常状态”水平方面具有很高的准确性,并且适用于个体工人的振动病预后评估,从而在预防性医学检查、职业选拔、预防措施规划以及需要精确诊断技术的专家解决方案中得以应用。