When you eat carbohydrates, the pancreas secretes insulin to deal with it and too much insulin hampers the action of something called hormone sensitive lipase which is necessary to mobilize fat and use it for fuel.

当你摄入碳水化合时，腺会分素对它进行处理，而且，素过多会妨碍激素敏感性肪酶的活动，这种酶在调动肪且利用其作燃料时十分必要。

One enzyme is pancreatic lipase which grabs the triglycerides hanging out in those " micelles" and breaks them down into fatty acids and glycerol.

其中有肪酶，它可捕获肪微滴中的甘油三酯，并将其分解为肪酸和甘油。

In addition, serum amylase, lipase and bilirubin might sometimes be elevated.

此外，血清淀粉酶、肪酶和胆红素有时可能升高。

Fat-blocking drugs work by bonding with lipases, which prevents them from bonding with fat, and without lipases to break it down, fat passes through your intestines and out of your body without ever being absorbed.

肪阻隔类药通过与肪酶结合发挥药效，从而避免与肪相结合，由于没有肪酶将其分解，肪会穿过你的肠道系统，并在未被吸收的情况下排出体内。

You've got trypsin and peptidase in there, which break proteins down into amino acids, and you have lipases that turn triglycerides into fatty acids and glycerol.

你有酶和肽酶，它们将质分解成氨基酸，还有肪酶将甘油三酯转化为肪酸和甘油。

In those cells, the insulin activates lipoprotein lipase, which is an enzyme that helps those adipocytes accumulate more fat molecules.

在这些细胞中，素激活肪酶，一种帮助肪细胞堆积更多肪分子的酶。

Lipases are enzymes that break down those fat molecules.

肪酶是一种可以分解这些肪分子的酶。

Lab data would show an increase in serum digestive enzymes including amylase and lipase, of which lipase is more specific to pancreatitis.

实验室检查数据会显示血清消化酶水平升高，包括淀粉酶和肪酶，其中肪酶水平升高对腺炎更具特异性。

And catechins inhibit the action of lipases, which gives them a minor fat blocking effect.

而儿茶素则会抑制肪酶运动，从而产生微弱的肪阻隔作用。

Even though elevated lipase and amylase levels are suggestive of acute pancreatitis, in chronic pancreatitis there may not be enough healthy pancreatic tissue to make those enzymes, so they may or may not be elevated.

尽管肪酶和淀粉酶水平升高提示有急性腺炎，但在慢性腺炎中因为可能没有足够多健康的腺组织产生这两种酶，所以它们不一定升高。

Ultimately, all of the extra fluid or edema causes the capsule of the pancreas to swell, and unfortunately there can be some activation of lipases which go on to destroy the fat around the pancreas, or peripancreatic fat.

最终，这些水肿会导致腺肿胀；再者，肪酶可能会被激活，进而摧毁腺周围的肪，或周肪。

Fat-blocking drugs work by bonding with lipases, which prevents them from bonding with fat.

肪阻断药通过与肪酶结合，从而阻止它们与肪结合。

Help us visualize how you did this with lipase.

帮助我们想象你是如何用肪酶做到这一点的。

Now, my bacteria have a special enzyme called a lipase that binds to big, tough, durable PET plastic and helps break it into small chunks of sugar that my bacteria can then use for energy.

现在，我的细菌具有一种特殊的酶， 叫做肪酶，它可以结合到大块坚硬耐用的PET塑料上， 并帮助将其分解成小块的糖， 这些糖可以被我的细菌用来作为能量。

But what we do is we start producing in the lipase, we start producing bile, excuse me, in the gall bladder.

但我们所做的是，我们开始在胆囊中产生胆汁， 抱歉，是在胆囊中产生肪酶。

The pancreas, an elongated organ just behind the stomach, manufactures digestive juice containing enzymes (amylase and lipase) that aid in the digestion of proteins, starches and fats.

腺是胃后面的细长器官，它制造含有有助于质，淀粉和肪消化的酶（淀粉酶和肪酶）的消化液。

And then we're going to produce lipases inside the small intestine to breakdown those lipids.

然后我们将在小肠内产生肪酶，以分解那些质。

That's accomplished by an enzyme called lipase, but you can forget all that if you want.

这是由一种名为肪酶的酶完成的，但如果你想的话，可以忽略这些细节。

Because no other method using this usual, let's say, food technology tricks or food technology methods, Could reproduce that fat structure only by use of the enzyme lipase.

因为没有其他方法，即使是使用通常的食品技术手段或食品技术方法，也无法仅通过使用肪酶来重现这种肪结构。

And without lipases to break it down, fat passes through your intestines and out of your body without ever being absorbed.

而且在没有肪酶分解的情况下，肪会通过你的肠道并排出体外，而不会被吸收。