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Tissues in sentence

162 examples of Tissues in a sentence

When the baby popped up, it was filled with blue-green tissues.
But sometimes, a surgical procedure can even be done using a single needle, and in Stanford now, we are working on a very flexible needle, kind of a very tiny soft robot which is mechanically designed to use the interaction with the tissues and steer around inside a solid organ.
When my father and I started a company to 3D print human tissues and organs, some people initially thought we were a little crazy.
There is another way, because essentially, animal products are just collections of tissues, and right now we breed and raise highly complex animals only to create products that are made of relatively simple tissues.
What if, instead of starting with a complex and sentient animal, we started with what the tissues are made of, the basic unit of life, the cell?
This is biofabrication, where cells themselves can be used to grow biological products like tissues and organs.
And if we think about the different types of tissues that people are looking at regenerating all over the world, in all the different labs in the world, there's pretty much every tissue you can think of.
And actually, the structure of those tissues is quite different, and it's going to really depend on whether your patient has any underlying disease, other conditions, in terms of how you're going to regenerate your tissue, and you're going to need to think about the materials you're going to use really carefully, their biochemistry, their mechanics, and many other properties as well.
Our tissues all have very different abilities to regenerate, and here we see poor Prometheus, who made a rather tricky career choice and was punished by the Greek gods.
And liver will regenerate in this very nice way, but actually if we think of other tissues, like cartilage, for example, even the simplest nick and you're going to find it really difficult to regenerate your cartilage.
Now, bone is somewhere in between, and this is one of the tissues that we work on a lot in our lab.
And so one of the things we think about a lot is really trying to understand the structure of the tissues in the body.
When you really think about it, we're sort of just like bags of fluids and some weird tissues surrounded by a thin layer of skin.
When they’re threatened, the valve between the chambers opens and the substances combine in a violent chemical reaction that sends a corrosive spray shooting out of the glands, passing through a hardened chamber that protects the beetle’s internal tissues.
To that end, we used imaging tools such as MRI, to look inside my body, to figure out the geometries and locations of various tissues.
The actuators come in, find the surface of the limb, measure its unloaded shape, and then they push on the tissues to measure tissue compliances at each anatomical point.
Each one originates in a particular part of the body, and then some kinds of cancer will spread or metastasize to particular other tissues where they must be getting resources that they need.
With each inhalation, smoke brings its more than 5,000 chemical substances into contact with the body’s tissues.
Smoking can cause cancer in multiple tissues and organs, as well as damaged eyesight and weakened bones.
So now, the ECM is actually this mesh that holds the cells in place, provides structure for your tissues, but it also gives the cells a home.
Very similarly, in Stanford, a group there announced that, looking at tissues under magnification, they've developed a machine learning-based system which in fact is better than human pathologists at predicting survival rates for cancer sufferers.
I work to create materials that instruct our immune system to give us the signals to grow new tissues.
Just like vaccines instruct our body to fight disease, we could instead instruct our immune system to build tissues and more quickly heal wounds.
So in other words, we can orchestrate this Broadway show of cells by giving them the correct stage, cues and props that can be changed for different tissues, just like a producer would change the set for "Les Mis" versus "Little Shop of Horrors."
And what connects all the different tissues in the body is blood.
We had almost 300 blood samples from healthy human beings 20 to 89 years of age, and we measured over 100 of these communication factors, these hormone-like proteins that transport information between tissues.
That designers have access to such high-resolution analytic and synthetic tools, enables to design products that fit not only the shape of our bodies, but also the physiological makeup of our tissues.
I actually think that the first applications of the CRISPR technology are going to happen in the blood, where it's relatively easier to deliver this tool into cells, compared to solid tissues.
And here we find that we can use these systems to test the application of this technology in particular tissues, for example, figuring out how to deliver the CRISPR tool into cells.
Cells form tissues, tissues form organs, organs form us.
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