In particular, it's implicated in oxidative stress and myocardial fibrosis — an abnormal thickening of the heart valves.

醛固酮与氧化应激和心肌纤维化（心脏瓣膜异常增厚）尤其相关。

That's why we've evolved ways to combat oxidative stress by using " antioxidants" or molecules that inhibit oxidation.

这就是为什么我们开发了通过使用“抗氧化剂”或抑制氧化的分子来对抗氧化应激的方法。

There's also evidence that it improves longevity and healthspan; it suppresses oxidative stress; and it improves cognition and memory.

还有证据表明它能延长寿命，抑制氧化应激，改善认知和记忆。

So if levels remain high, we have more oxidative stress; we have more inflammation, and we struggle more with weight gain.

所以如果胰岛素水平高，氧化压力就高；发炎程度也比较高；体重就更容易上升。

Oxidative stress can lead to stiffened arteries, resulting in higher blood pressure and coronary artery disease.

氧化应激会导致动脉硬化，从而导致血压升高和冠状动脉疾病。

Basically, the risk here is from our old foe oxidative stress.

基本上，这里的风险来自我们的宿敌氧化应激。

One is oxidative stress, or damage done to your DNA by highly reactive molecules that contain oxygen.

一种是氧化应激， 或含有氧的高活性分子对 DNA 造成的损伤。

The amount of oxidative stress within the tissues just like when you get a cold or a flu corals are basically going through a really severe fever.

珊瑚组织中的氧化应激就像感冒或流感一样，对珊瑚来说，基本上就是非常严重的发烧。

Whether that be well establish causes, such as inflammation or oxidative stress, or things we just don't even know about yet.

无论是确定的原因， 例如炎症或氧化应激，还是我们还不知道的事情。

The skin of grapes is a rich source of antioxidants, including resveratrol, anthocyanins, and flavonoids. These compounds are known for their ability to fight oxidative stress and reduce inflammation in the body.

葡萄皮是抗氧化剂的丰富来源，包括白藜芦醇、花青素和类黄酮。这些成分以其对抗氧化应激和减少体内炎症的能力而闻名。

Also, growing really fast in warmer temperatures has been linked to oxidative stress — which is the buildup of unstable oxygen free radicals that can cause damage.

此外，在较温暖的温度下生长得非常快与氧化应激有关——这是不稳定的氧自由基的积累， 会造成损害。

This electron-theft can cause oxidative stress, damaging your cells and their structures, including your DNA. Thankfully, our bodies produce antioxidants that can help neutralize many free radicals.

这种电子窃取会导致氧化应激， 损害您的细胞及其结构，包括您的 DNA。 值得庆幸的是， 我们的身体会产生抗氧化剂， 可以帮助中和许多自由基。

So, I’m not saying that supplements are going to kill you or anything -- although extreme oxidative stress definitely can do permanent harm, which I’ll explain in a bit.

所以，我并不是说补充剂会杀死你或任何东西——尽管极端的氧化应激肯定会造成永久性伤害， 我稍后会对此进行解释。

Well, all that oxygen created a wave of free radicals that caused enormous oxidative stress, doing special damage to the cells that make myelin, the fatty insulation that covers nerve cells.

好吧，所有这些氧气都会产生一波自由基， 造成巨大的氧化应激， 对制造髓磷脂的细胞造成特殊损害， 髓磷脂是覆盖神经细胞的脂肪绝缘层。

" Once your DNA is damaged, then a cell can grow out of control and create a cancer tumor." Alcohol also creates oxidative stress, another form of DNA damage that can be particularly harmful to the cells that line blood vessels.

“一旦你的 DNA 受损，细胞就会失去控制并产生癌症肿瘤。”酒精还会产生氧化应激，这是另一种形式的 DNA 损伤，对血管内壁细胞尤其有害。