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核心技术专利：CN118964589B侵权必究

核心技术专利：CN118964589B侵权必究

Clin Sci (Lond). 1981 Jun;60(6):689-92. doi: 10.1042/cs0600689.

To study the difference in sweat rate between men and women the rates of cholinergic-induced sweating were measured in normal people before and after puberty and in response to androgens and anti-androgens. 2. Sweat rate in men was more than double that in women. 3. This difference did not occur in prepubertal boys and girls in whom the rate, corrected for surface area, was comparable with that in women. 4. Application or injection of androgen locally did not stimulate sweat production in the adult female. 5. Anti-androgen topically or systemically did not decrease sweat rate in men. 6. It is concluded that the rate of sweat rate in men is caused by androgen-induced gene expression at puberty and not by androgen modulation in adult life.

为研究男性和女性出汗率的差异，对正常人群在青春期前后以及使用雄激素和抗雄激素时胆碱能诱导出汗的速率进行了测量。2. 男性的出汗率是女性的两倍多。3. 这种差异在青春期前的男孩和女孩中并未出现，经体表面积校正后，他们的出汗率与女性相当。4. 局部应用或注射雄激素不会刺激成年女性出汗。5. 局部或全身使用抗雄激素不会降低男性的出汗率。6. 得出的结论是，男性出汗率是由青春期雄激素诱导的基因表达引起的，而非成年期雄激素的调节作用。

Clin Sci (Lond). 1981 Jun;60(6):689-92. doi: 10.1042/cs0600689.

To study the difference in sweat rate between men and women the rates of cholinergic-induced sweating were measured in normal people before and after puberty and in response to androgens and anti-androgens. 2. Sweat rate in men was more than double that in women. 3. This difference did not occur in prepubertal boys and girls in whom the rate, corrected for surface area, was comparable with that in women. 4. Application or injection of androgen locally did not stimulate sweat production in the adult female. 5. Anti-androgen topically or systemically did not decrease sweat rate in men. 6. It is concluded that the rate of sweat rate in men is caused by androgen-induced gene expression at puberty and not by androgen modulation in adult life.

为研究男性和女性出汗率的差异，对正常人群在青春期前后以及使用雄激素和抗雄激素时胆碱能诱导出汗的速率进行了测量。2. 男性的出汗率是女性的两倍多。3. 这种差异在青春期前的男孩和女孩中并未出现，经体表面积校正后，他们的出汗率与女性相当。4. 局部应用或注射雄激素不会刺激成年女性出汗。5. 局部或全身使用抗雄激素不会降低男性的出汗率。6. 得出的结论是，男性出汗率是由青春期雄激素诱导的基因表达引起的，而非成年期雄激素的调节作用。