Gschnait F, Pehamberger H, Holubar K
Acta Derm Venereol. 1978;58(3):237-9.
It has previously been shown tha UV irradiation can give rise to fresh skin lesions in the uninvolved skin of patients with pemphigus. In this study no increase of acantholytic activity was found in an organ culture model system for pemphigus in vitro, after in vitro and in vivo irradiation under various experimental conditions. By immunofluorescence no increase in IgG binding in irradiated specimens was observed. From these in vitro findings, which contrast the effect of UV light in pemphigus in vivo, it may be concluded that the circulatory system of the skin plays a major role in the photo induction of acantholysis in pemphigus.
先前已经表明,紫外线照射可在天疱疮患者未受累的皮肤中引发新的皮肤损害。在本研究中,在各种实验条件下进行体外和体内照射后,在天疱疮的体外器官培养模型系统中未发现棘层松解活性增加。通过免疫荧光观察,照射标本中IgG结合未增加。这些体外研究结果与紫外线在天疱疮体内的作用形成对比,由此可以得出结论,皮肤的循环系统在天疱疮棘层松解的光诱导中起主要作用。