If you said Tasmanian devil, you're pretty smart.

如果你说袋獾，那你太聪明了。

A wildlife sanctuary says seven Tasmanian devil babies were just born in the Australian wild.

一家野生动物保护区表示，7只袋獾宝宝刚刚在澳大利亚的野外出生。

And they may become that for the Tasmanian devil as well.

袋獾也可能面临同样的遭遇。

So scientists are turning to unusual places to find new compounds to fight off these drug-resistant " superbugs." Including … Tasmanian devil milk.

因此，科学家们正在转向不寻常的地方寻找新的化合物来对抗这些耐药的“超级细菌”。包括… … 塔斯马尼亚恶魔牛奶。

So far, we know that humans have one cathelicidin protein, but Tasmanian devils have six of them, which these scientists named Saha-CATH1 through 6.

到目前为止， 我们知道人类有一种导管素蛋白，但袋獾有六种， 这些科学家将其命名为 Saha-CATH1 到 6。

So it’s probably not a miraculous solution to climate change, just like Tasmanian devil milk proteins won’t help us kill all deadly bacteria.

所以这可能不是应对气候变化的神奇解决方案，就像塔斯马尼亚袋獾的牛奶蛋白不会帮助我们杀死所有致命细菌一样。

Three of the compounds didn’t show any antimicrobial properties, so they might be involved in regulating other parts of the Tasmanian devil immune system.

其中三种化合物没有显示出任何抗菌特性，因此它们可能参与调节袋獾免疫系统的其他部分。

Rather than being a slender, fast runner that chased down its prey, it was a stocky and heavily built ambush predator and scavenger, also like the Tasmanian devil.

它不是一种细长、快速的追逐猎物的奔跑者，而是一种矮胖、体格庞大的伏击掠食者和食腐动物，就像塔斯马尼亚恶魔一样。

And they’re really important in developing the immune system of newborn tasmanian devil joeys, which initially don’t have any protection from all the microbes in their mom’s pouch.

它们对于新生塔斯马尼亚袋獾的免疫系统发育非常重要，它们最初对妈妈育儿袋中的所有微生物没有任何保护。

But their analysis of its overall skeleton - including its rigid back and stiff tail - suggested that, in many ways, it was actually built more like a giant Tasmanian devil than a big cat.

但他们对其整体骨架（包括坚硬的背部和僵硬的尾巴）的分析表明，在很多方面， 它实际上更像是一只巨大的塔斯马尼亚恶魔， 而不是一只大型猫科动物。