Biological in sentence

707 examples of Biological in a sentence

The good news is that the same technology that allowed miniaturization of electronics is now allowing us to miniaturize biological laboratories.

So, right now, we can actually miniaturize biological and chemistry laboratories onto microfluidic chips.

It doesn't take lots of technology or biological evolution to be able to do arbitrary computation; just something that happens, naturally, all over the place.

Well, this has deep implications about the limits of science, about predictability and controllability of things like biological processes or economies, about intelligence in the universe, about questions like free will and about creating technology.

And all of that stuff is really disgusting, but what's really insidious is the biological pollution that happens because of the magnitude of the shifts that it causes to entire ecosystems.

And I'm going to just talk very briefly about two kinds of biological pollution: one is introduced species and the other is what comes from nutrients.

Now another form of pollution that's biological pollution is what happens from excess nutrients.

There were two sides: We had to solve the chemistry for making large DNA molecules, and we had to solve the biological side of how, if we had this new chemical entity, how would we boot it up, activate it in a recipient cell.

The biological effects are certainly hemispheric.

What's the process that's having the same effect in cultural evolution as sex is having in biological evolution?

Well, the good news, I think, is what I started with at the beginning of the Talk, which is that humans are not only smart; we're really inspirationally smart to the rest of the animals in the biological kingdom.

We actually have all of these cases where we overcome our biological limitations through technology and other means, seemingly pretty easily.

They have a biological base, just like the aurochs.

And then I find this: "All the evidence available in the biological sciences supports the core proposition that the cosmos is a specially designed whole with life and mankind as its fundamental goal and purpose, a whole in which all facets of reality have their meaning and explanation in this central fact."

And my colleague, James Fowler and I have been studying for quite sometime what are the mathematical, social, biological and psychological rules that govern how these networks are assembled and what are the similar rules that govern how they operate, how they affect our lives.

And what I've done is, I've looked at both environments like the coffeehouse, I've looked at media environments like the World Wide Web, that have been extraordinarily innovative; I've gone back to the history of the first cities; I've even gone to biological environments, like coral reefs and rain forests, that involve unusual levels of biological innovation.

Biological yield is really important.

We're only just beginning to understand how the physical oceanography and the biological oceanography come together to create a seasonal force that actually causes the upwelling that might make a hot spot a hope spot.

And then within plant protection, I came into the discipline of biological pest control, which we actually define as the use of living organisms to reduce populations of noxious plant pests.

And biological pest control, by the way, or these "good bugs" that we are talking about, they've existed in the world for thousands and thousands of years, for a long, long time.

But only in the last 120 years, people started, or people knew more and more how to exploit, or how to use, this biological control phenomenon, or in fact, natural control phenomenon, for their own needs.

And what is the natural enemy, the biological control agent, or the "good bug" that we're talking about?

In other words, what we do there is amplify the natural control, or the biological control phenomenon.

In this table, you can actually see what is an impact of a successful biological control by good bugs.

And there goes the question, especially if you ask growers, agriculturists: Why biological control?

So safety, with respect to the application, is the number one answer that we get from growers, for "Why biological control?"

Fortunately, in either biological control or even natural control, resistance is extremely rare.

The more the public demands the reduction of chemicals, the more growers become aware of the fact that they should, wherever they can and wherever possible, replace the chemical control with biological control.

First of all, we need to find more robust, good and reliable biological solutions, more good bugs that we can either mass-produce or actually conserve in the field.

I write mathematical models which, in my case, are systems of differential equations, to describe biological mechanisms, such as cell growth.

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