[皮肤表面和汗液分泌性免疫球蛋白A的酶免疫测定]。

K Kawai, K Kawai, K Konishi, S Kishimoto, K Kanemitsu, N Kamei, H Obayashi, T Okada, H Konishi
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引用次数: 0

摘要

最近发现分泌型IgA (S-IgA)从分泌腺分泌。采用夹心酶免疫分析法测定汗液中的S-IgA浓度(汗液中的S-IgA)和皮肤上移液获得的提取液中的S-IgA浓度(皮肤表面S-IgA)。在采集皮肤表面S-IgA样本的部位测量皮肤表面水合作用和皮肤表面脂质。(这些测量是在缓冲液移液后立即进行的)。汗液S-IgA和皮肤表面S-IgA的含量因采集地点的不同而不同。汗液S-IgA水平降低的部位依次为:面部、胸部、前臂。皮肤表面S-IgA水平下降顺序为:面部、胸部、手掌、前臂、脚底。(手掌和前臂皮肤表面S-IgA水平大致相等)。虽然皮肤表面S-IgA的量与皮肤表面水化无关,但皮肤表面S-IgA与皮肤表面脂质之间存在显著相关性。
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[Enzyme immunoassay for secretory immunoglobulin A on skin surface and in sweat].

Recently secretory IgA (S-IgA) was found to be secreted from the eccrine gland. By using a sandwich enzyme immunoassay, we measured the concentration of S-IgA 1) in sweat (sweat S-IgA) and 2) in the extract buffer obtained by pipetting++ on the skin (skin surface S-IgA). Skin surface hydration and skin surface lipid were measured at the sites where the samples of skin surface S-IgA were collected. (These measurements were taken immediately after the buffer was pipetted). The quantity of both sweat S-IgA and skin surface S-IgA differed according to the sites where they were collected. Sites in order of decreasing sweat S-IgA level: face, chest, forearm. Sites in order of decreasing skin surface S-IgA level: face, chest, palm, forearm, sole. (Skin surface S-IgA levels on palm and forearm were approximately equal). Although the amount of skin surface S-IgA was not related to the skin surface hydration, there was a significant correlation between skin surface S-IgA and skin surface lipid.

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