Now compare that to a single CFL that costs about $4. A CFL of the exact same lamp will last 10,000 hours that's about the same as 13 regular light bulbs.

与之对比，4美元一只的同型号的荧命却长达一万小时，相当于13只普通白炽的命。

Authorities immediately suspended all Bek Air flights, as well as all planes of that same model, pending an investigation.

官方立即暂停了所有Bek Air飞机，以及同型号的所有飞机，等待调查。

And, you know, we've caught around, we've gotten additional quotes that will go up to about $190, but still nothing that would, you know, offset the cost if we had a, you know, a total loss.

而且，随着生活成本和其他一切费用的上涨， 我们刚刚得知，如果要更换同型号的飞机， 费用比我们能投保的金额高出12万美元。 我们还四处打听， 获得了一些额外的报价，最高可达约19万美元， 但即便如此， 仍不足以弥补万一发生全损时的损失。 这让我们有些困惑， 不知该如何继续前进， 因为我们... 你们是什么情？

Instead of stealing a car, what I would do is I would find that make and model of the car that I had and I would steal the license plate

与其偷一辆车，我会去找和我那辆车同型号的车，然后偷它的车牌。

Perfect matching would leave them bereft of paying customers.

这个新的浪漫世界也可能为社会带来意想不到的后果。既然约会者的选择机会极大增加，他们之间的阻隔就可能被冲破：证据表明，由于可以绕过同质社会群体，互联网正在促进跨种族婚姻。但与此同时，约会者也更能够选择与自己相像的伴侣。所谓的“同型婚配”，也就是具有相似教育和入水平的人配对，已被指为入不平等的原因之一。而在线约会可能会使这种影响愈加明显，这是因为受教育水平的信息就那么显眼地摆在个人介绍上，而在线下永远不会这么展示。不难想象，未来的约会服务可能会根据用户上传的基因组信息通过优选特征来匹配对象。约会公司也面临固有的利益冲突：完美配对又会让它们失去付费客户。

Well, things like resveratrol, hydrogen gas, lowering our homocysteine, which for most people is very simple to do.

好吧， 比如白藜芦醇、氢气，降低同型半胱氨酸， 这些对大多数人来说都非常简单。

So we know that if you take methylfolate and methyl B12, you're going to lower homocysteine.

因此，我们知道，若摄入甲基叶酸和甲基B12，就能降低同型半胱氨酸水平。这一点是显而易见的。

That's unambiguously clear, meaning there's an association between badness and homocysteine.

这一点毋庸置疑地明确，意味着不良状与同型半胱氨酸水平之间存在关联。

And with the cost of living and everything else rising, we just found out that to replace our same model, it's $120,000 more than we can get insured for.

而且随着生活成本和其他一切都在上涨，我们刚刚发现， 要更换同型号的房屋，其价格比我们能获得保险的金额多了12万美元。

I use an amino acid called trimethylglycine to help people metabolize homocysteine because those microvasculature is very susceptible to high levels of homocysteine.

我使用一种名为三甲基甘氨酸的氨基酸来帮助人们代谢同型半胱氨酸，因为那些微血管对高水平的同型半胱氨酸非常敏感。

People have very, very high levels of homocysteine.

人们的同型半胱氨酸水平非常高。

So this is now proposed as a link between what we observe with homocysteine and impaired renal function.

因此，现在有人提出，这可能是我们在同型半胱氨酸观察到的现象与肾功能受损之间的一个联系。

So many people are suffering from inflammation, not just neural inflammation in the brain, but nonspecific markers of inflammation like C-reactive protein, homocysteine, that are causing all kinds of havoc.

许多人正遭受炎症之苦, 这不仅限于大脑中的神经炎症, 还包括像C-反应蛋白、同型半胱氨酸这样的非特异性炎症标志物, 它们正在引发各种混乱。

So there's no denying the fact that elevated levels of homocysteine are associated with bad things.

因此，不可否认的是，高水平的同型半胱氨酸与不良情存在关联。

You would certainly see things like homocysteine drop.

你肯定会看到同型半胱氨酸水平下降。

And homocysteine impairs their clearance and therefore when you have high levels of homocysteine, it results ultimately in impaired nitric oxide synthase and therefore lower nitric oxide.

同型半胱氨酸会损害它们的清除能力， 因此当体内同型半胱氨酸水平过高时，最终会一氧化氮合酶功能受损， 从而降低一氧化氮的生成。

So this has been proposed as at least one mechanism by which homocysteine might negatively impact vascular disease.

因此，这被提出为同型半胱氨酸可能对血管疾病产生负面影响至少一种机制。

Um, and again, the, the, the rationale there is, um, I do think there's some evidence that elevated levels of homocysteine are bad in and of themselves.

嗯，再说一遍，其理由在于，我确实认为有证据表明， 同型半胱氨酸水平升高本身就不好。

But mechanistically, homocysteine will inhibit the clearance of something called symmetric and asymmetric dimethyl arginine.

但从机制上讲，同型半胱氨酸会抑制一种名为对称和非对称二甲基精氨酸的物质的清除。