Sroczyński J, Wegiel A, Mamczar A
Med Pr. 1979;30(1):55-62.
In 126 humans occupationally exposed to local vibration and in 50 humans exposed to general vibration, glycosaminoglycanuria (GAG) and hydroxyprolinuria (HP) were examined. In addition, all subjects were exposed to industrial noise. An increased GAG excretion in those exposed to the vibration of low and medium frequencies was found, which is indicative of a damage to the basic substance of the connective tissue. The exposure to the lowest frequencies increases the HP excretion, thus indicating a damage to the collagen fibers.
对126名职业性接触局部振动的人和50名接触全身振动的人进行了糖胺聚糖尿（GAG）和羟脯氨酸尿（HP）检测。此外，所有受试者都暴露于工业噪声中。发现接触低频和中频振动的人GAG排泄增加，这表明结缔组织的基质受到损伤。接触最低频率的振动会增加HP排泄，从而表明胶原纤维受到损伤。
