Cells in sentence

1993 examples of Cells in a sentence

That also attracts phagocytes, which consume the invaders and the damaged cells.

So, when a threat revisits, the cells can swiftly deploy the right antibodies to tackle it before it affects any more cells.

Some people have autoimmune diseases, which trick the immune system into attacking the body’s own perfectly healthy cells.

The genes that are modified inside these tumor cells can enable and encode for new and unimagined modes of survival, allowing the cancer cell to live through even our best chemotherapy treatments.

I mean, every good weapon needs to be targeted, we have to target this superweapon to the supervillain cells that reside in the tumor.

But our bodies have a natural immune-defense system: cells that reside in the bloodstream and pick out things that don't belong, so that it can destroy or eliminate them.

Or they'll put male cells in a female body or vice versa, which sounds absolutely horrible until you realize, the reason you're doing that is you're substituting bone marrow during cancer treatments.

And as we start engineering cells, we're producing eight out of the top 10 pharmaceutical products, including the stuff that you use to treat arthritis, which is the number one best-selling drug, Humira.

We are the cells and vessels pulsing through these global connectivity networks.

This CRISPR gene drive that Esvelt created not only guarantees that a trait will get passed on, but if it's used in the germline cells, it will automatically copy and paste your new gene into both chromosomes of every single individual.

But even with the best tools and technologies that we have today, some tumors can't be detected until 10 years after they've started growing, when they are 50 million cancer cells strong.

This $7,000 microscope would be used by somebody with years of specialized training to spot cancer cells.

And then, instead of requiring a specialist to look at the images, you can train the computer to score normal versus cancerous cells.

And that's because we grew human cells into it.

We took a totally innocent Macintosh apple, removed all the apple cells and DNA and then implanted human cells.

And what we're left with after removing all the apple cells is this cellulose scaffold.

And these little holes that you can see, this is where all the apple cells used to be.

So then we come along, we implant some mammalian cells that you can see in blue.

And we found in our pre-clinical work that you can implant these scaffolds into the body, and the body will send in cells and a blood supply and actually keep these things alive.

And then we grew cells on them.

And the tools we did have couldn't differentiate between the cancer cells that we wanted to hit hard and those healthy cells that we wanted to preserve.

And I got to work on a new approach for breast cancer patients that could do a better job of telling the healthy cells from the unhealthy or cancer cells.

And that precision let us hit hard the cancer cells, while sparing and being more gentle on the normal cells.

Now, there's some things that you can do to make your brain grow new brain cells.

And other things that can make it worse, that can cause you to lose brain cells.

And you see this incredible variety of different sorts of cells, even the cellular theory itself was quite new at this point.

And it cleverly leverages diversity by having not just leukocytes but B cells, T cells, natural killer cells, antibodies.

So what we've learned over the first century of neuroscience is that the brain is a very complicated network, made out of very specialized cells called neurons with very complex geometries, and electrical currents will flow through these complexly shaped neurons.

What if we could actually look into cells in the brain and figure out, wow, here are the 17 molecules that have altered in this brain tissue that has been undergoing epilepsy or changing in Parkinson's disease or otherwise being altered?

But of course, the problems begin with those little nanoscale molecules, the machines that make the cells and the organs in our body tick.

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