Cells in sentence

1993 examples of Cells in a sentence

The other rows of cells are empty… for now.

The rabbits are hermaphroditic, and each rabbit in a given cell will breed once with every rabbit in the horizontally adjacent cells, producing exactly one offspring each time.

The newborn rabbits will drop into the cell directly below the two cells of its parents, and within minutes will mature and reproduce in turn.

The number of rabbits in each cell is the product of the number of rabbits in each of the two cells above it.

So let’s take the numbers in the fourth and fifth cells and multiply down from there.

20 and 30 each have one zero, so the product of both cells will have two trailing zeros, while the product of either cell and an adjacent non-zero-ending cell will have only one.

The DNA contained in our genes acts like an instruction manual for our cells.

This molecule plays many roles in our cells, but in the case of CRISPR, RNA binds to a special protein called Cas9.

CRISPR could create plants that yield larger fruit, mosquitoes that can’t transmit malaria, or even reprogram drug-resistant cancer cells.

We found activity in some cells called the A10 cells, cells that actually make dopamine, a natural stimulant, and spray it to many brain regions.

It shows you these cells that process information.

And they figured out all the different cells, and they figured out the network, and we just took that network and we used it as the blueprint for the design of a silicon chip.

There are these cells that detect change and you move your attention to it.

We still give patients chemotherapy, which is so non-specific that even though it kills the cancer cells, it kind of kills the rest of your body, too.

Immune cells are these versatile vehicles that travel throughout our body, patrolling for signs of disease and arriving at a wound mere minutes after injury.

So I ask you guys: If immune cells are already traveling to places of injury or disease in our bodies, why not add an extra passenger?

Why not use immune cells to deliver drugs to cure some of our biggest problems in disease?

I am a biomedical engineer, and I want to tell you guys a story about how I use immune cells to target one of the largest problems in cancer.

So if we can stop these cancer cells from going from the primary tumor to a distant site, we can stop cancer right in its tracks and give people more of their lives back.

Trail is a therapeutic drug that kills cancer cells but not normal cells.

So what we did was we injected the nanoparticles, and they bound almost immediately to the immune cells in the bloodstream.

And then we injected the cancer cells to mimic a process through which cancer cells spread throughout our bodies.

We found that in our treated group, over 75 percent of the cancer cells we initially injected were dead or dying, in comparison to only around 25 percent.

So just imagine: these fewer amount of cells were available to actually be able to spread to a different part of the body.

Now, our fast-acting results were pretty interesting, but we still had one lingering question: Can our sticky balls, our particles actually attached to the immune cells, actually stop the spread of cancer?

Our primary tumors were smaller in our treated animals, there were fewer cells in circulation, and there was little to no tumor burden in the distant organs.

And I talked about cancer, but where disease goes, so do immune cells.

Imagine using immune cells to deliver crucial wound-healing agents after a spinal cord injury, or using immune cells to deliver drugs past the blood-brain barrier to treat Parkinson's or Alzheimer's disease.

And they concentrate on using cells.

Likewise, the brain’s model of the physical body keeps track of the configuration of our limbs, but not of individual cells or even muscles, because that level of information isn’t needed to plan movement.

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