Testosterone does serve important functions, but DHT is not so desirable, considering itsinvolvement in prostate cancer.

睾酮发挥着重要的作用，但是双氢睾丸酮却不令人满意，因为它与前列腺癌有着紧密的联系。

When digested, soycreates a molecule called equol, which blocks the male hormone dihydrotestosterone, otherwise known as DHT.

当被消化后，大豆会产生一种叫做雌马酚的分子。这种分子能够阻碍雄性激素二氢睾酮，或者称为双氢睾丸酮 。

There might be a link between creatine and DHT, a substance related to balding, but no direct connection.

肌酸和双氢睾酮之间可能存在某种联系，双氢睾酮是一种和秃顶有关的物质，但是没有直接的关系。

As for that connection between DHT and hair loss, there's also no compelling data.

至于 DHT 和脱发之间的联系，也没有令人信服的数据。

And again, this was not a study looking directly at hair loss, but changes in DHT.

再次说明，这不是一个直接观察脱发的研究，而是观察 DHT 的变化。

DHT is essentially blocking the blood supply to your follicles.

DHT 实质上是阻断了毛囊的血液供应。

I'm not saying DHT has no connection to hair loss, because it does.

我不是说 DHT 和脱发没有关系，事实上它们是有关系的。

Other drugs combat male pattern baldness by blocking the conversion of testosterone to DHT so that it doesn't affect those sensitive follicles.

其他治疗男性型秃顶的药物，通过限制睾酮转变成二氢睾酮的方法来实现，这样敏感的发囊就不会受到影响。

Although the creatine group's DHT level did increase, at the end of the 21 days, they peaked at 1.38 nanomoles per liter.

尽管肌酸组的 DHT 水平确实增加了，但在 21 天结束后，它们达到了每升 1.38 纳米摩尔的峰值。

If that's the case, your hair follicles have a genetically determined sensitivity to localized DHT that can accelerate the thinning of your hair.

如果是这样的话，你的毛囊对局部 DHT 有一种基因决定的敏感性，这种敏感性会加速你头发的稀疏。