McWilliams S A, Montgomery I, Jenkinson D M, Elder H Y, Wilson S M, Sutton A M
Institute of Physiology, University of Glasgow, U.K.
Br J Dermatol. 1987 Nov;117(5):617-26. doi: 10.1111/j.1365-2133.1987.tb07494.x.
In subjects exposed to a hot environment, short-term topical pretreatment with aluminium zirconium tetrachlorhydrate delayed the onset of visible sweating although it failed to prevent the response. The delay was considered most probably to be due to the occlusive action, in the duct within the upper epidermis, of aluminium-containing conglomerates, which disappear after continuous sweating. However, microanalytical evidence indicated that ionic transport within the fundus secretory cells was also modified.
在暴露于热环境的受试者中，用四氯水合铝锆进行短期局部预处理可延迟可见出汗的开始，尽管它未能阻止这种反应。这种延迟很可能是由于含铝聚集体在上表皮内的导管中具有闭塞作用，这些聚集体在持续出汗后会消失。然而，微量分析证据表明，基底分泌细胞内的离子转运也发生了改变。
