Biology in sentence

635 examples of Biology in a sentence

So, armed with all the wisdom of freshman year biology, I decided I wanted to do cancer research at 15. Good plan.

Another scientist with very big ideas, the superstar of biology is Charles Darwin.

And so what I'm about to show you is an accurate representation of the actual DNA replication machine that's occurring right now inside your body, at least 2002 biology.

All of this field of view is about a semester's worth of biology, and I've got seven minutes, So we're not going to be able to do that today?

And what we are trying to do with natural selection or adaptive biology — combine all three to make a high-growth, high-lipid plant.

Now today my ambitions have changed a little bit, I’d like to go into the field of Biology, maybe cell biology, or genetics, or biochemistry, or really anything.

This is not a philosophical statement, this is just science based in physics, chemistry and biology.

Cloud computing, what my friends at Autodesk call infinite computing; sensors and networks; robotics; 3D printing, which is the ability to democratize and distribute personalized production around the planet; synthetic biology; fuels, vaccines and foods; digital medicine; nanomaterials; and A.I. I mean, how many of you saw the winning of Jeopardy by IBM's Watson?

The Titanic is an interesting place for biology, because animals are moving in to live on the Titanic.

Obviously, the impact of such a male contraceptive would go well beyond reproductive biology.

I have absolutely no background in biology, chemistry or engineering, so bear with me, because I'll be talking about biomedical engineering today.

I'm fascinated with the idea of what happens when you merge biology with technology, and I remember reading about this idea of being able to reprogram biology, in the future, away from disease and aging.

It has generated considerable insight in physics, in biology and economics, but not that much in the humanities and in history.

It sort of made me think back to one of my favorite explorers in the history of biology.

That as we explore these strings of A's, T's, C's and G's, we may uncover a completely new class of life that, like Beijerinck, will fundamentally change the way that we think about the nature of biology.

That perhaps will allow us to identify the cause of a cancer that afflicts us or identify the source of an outbreak that we aren't familiar with or perhaps create a new tool in molecular biology.

This allows you to pay it forward by using this subject as a hook to science, because SETI involves all kinds of science, obviously biology, obviously astronomy, but also geology, also chemistry, various scientific disciplines all can be presented in the guise of, "We're looking for E.T."

What new thing are you contributing to our knowledge of biology?

Not just about its genetics and molecular biology, but up here in the meat end of the scale.

During 41 years of teaching biology at Harvard, I watched sadly as bright students turned away from the possibility of a scientific career or even from taking non-required courses in science because they were afraid of failure.

A couple of them were students in a course I was giving on evolutionary biology.

There are thousands of professionally delimited subjects sprinkled through physics and chemistry to biology and medicine.

Well, with synthetic biology you can do some pretty neat things.

It took us 30 years to get from the introduction of the personal computer to the level of cybercrime we have today, but looking at how biology is proceeding so rapidly, and knowing criminals and terrorists as I do, we may get there a lot faster with biocrime in the future.

So, to begin with, however, I have to give you a very, very quick lesson in developmental biology, with apologies to those of you who know some biology.

And I'm not saying that we should copy nature, I'm not saying we should mimic biology, instead I propose that we can borrow nature's processes.

So you can turn the study of human learning from the hypothesis-driven mode to the data-driven mode, a transformation that, for example, has revolutionized biology.

Our research covered the biology of the system, which included studying the way algae grew, but also what eats the algae, and what kills the algae.

We needed to have a way of bringing the biology to that incredible data, and the way to do that was to find a stand-in, a biological stand-in, that could contain all of the genetic information, but have it be arrayed in such a way as it could be read together and actually create this incredible avatar.

Any powerful technology is inherently dual use, and, you know, you get something like synthetic biology, nanobiotechnology, it really compels you, you have to look at both the amateur groups but also the professional groups, because they have better infrastructure, they have better facilities, and they have access to pathogens.

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