Biomanufacturing uses biological systems to make medicines, food and industrial products.

生物制造指的是使用生物系统制造药品、食品和工业产品。

If you look at the soil, it's a living biological system.

仔细看看土壤，你会发现它是一个活体生物系统。

It is a complex physical, chemical and biological system that takes up 70 percent of our planet.

它是一个包含了物理、化学和生物的复杂系统，占地球面积的70%。

The researchers say the finding could even help explain why biological systems so often have proteins that seem messy and disordered.

研究人员说，这一发现甚至可以帮助解释为什么生物系统常常有看起来混乱无序的蛋白。

But some scientists are worried that deep sea mining will damage the environment and the biological systems important to the atmosphere.

但一些科学家担心，深海采矿会破坏环境和对大气至关重要的生物系统。

They simultaneously works very differently in biological systems.

- 它们在生物系统中同时发挥着非常不同的作用。

Of course there's not this degree of simultaneity in the biological system.

当然，生物系统中不存在这种程度的同时性。

In biological systems, organisms may display new characteristics that result from random genetic mutations.

在生物系统中，生物体可能会显示出由随机基因突变引起的新特征。

It is not, in principle, necessary for a biological system to age and die.

原则上，生物系统没有必要老化和死亡。

How these tiny particles interact with biological systems over prolonged periods is still an area of active research.

这些微小颗粒如何与生物系统长期相互作用仍然是一个活跃的研究领域。

At that point human researchers intervene to test the model's predictions in a real biological system.

这个时候，人类研究人员可以进行干预，在真实的生物系统中检验模型的预测结果。

So, this radical legality that you see in the biological systems, why can't you start with a language model?

那么， 你在生物系统中看到的这种根本合法性，为什么不能从语言模型开始呢？

3D-Printed Human Organs Will Begin Being Used By 2030, 3d printing will be used to construct living, biological systems.

3D 打印人体器官将开始投入使用 到 2030 年，3D 打印将用于构建活体生物系统。

This is called stochastic mechanics, and it's the basis of many biological systems — think ant colonies or groups of cells.

这称为随机力学，它是许多生物系统的基础——想想蚁群或细胞群。

Some enhance the carbon-sequestering potential of existing biological systems, whereas others rely on new technologies and methods that await large-scale testing.

有些提高了现有生物系统的碳封存潜力，而另一些则依赖于等待大规模测试的新技术和方法。

The extent to which humans have uniquely impacted biological systems would also be largely unknown without the context provided by paleontologists.

如果没有古生物学家提供的背景，人类对生物系统的独特影响程度也将在很大程度上是未知的。

So Bertozzi built on the foundations of Sharpless and Meldal's work, designing a copperless " way of using click chemistry with biological systems without killing them" , Diez-Gonzalez said.

迪兹-冈萨雷斯说，因此贝尔托齐建立在夏普勒斯和梅尔达尔工作的基础上，设计了一种无铜的“在不影响细胞或生物活体的情况下使用点击化学的方法”。

Copper ions are frequently poisonous to biological systems.So Dr Bertozzi decided to work on a way to make azides and alkynes react without their involvement.

铜离子通常对生物系统有毒。因此，Bertozzi 博士决定研究一种方法，使叠氮化物和炔烃在没有它们参与的情况下发生反应。

It doesn't exist yet but it's thought that this could run directly through your brain, bypassing biological sensory systems, creating artificial experiences of touch, smell, and maybe even taste.

它还不存在，但人们认为它可以直接通过你的大脑，绕过生物感觉系统，创造触觉、嗅觉甚至味觉的人工体验。

If we could develop a biological system working at a mere 5% efficiency, today's solar cells can double that, it would require 20 square feet, not one acre, to feed one person.

如果我们能够开发出一种效率仅为 5% 的生物系统，那么今天的太阳能电池可以将其翻倍， 它需要 20 平方英尺， 而不是一英亩， 才能养活一个人。