How to pronounce “cancers” in English

Cancers are staged I, II, III, IV, IVA, IVB.

cancers and what scientists were able to do is actually take that peptide and add

cancers that are really really hard to see I mean you can see them when you look at them on an MRI especially things

cancers, and cardiovascular disease, and type 2 diabetes, and osteoarthritis, and so on, and so forth.

various cancers and they're all damaged.

But cancers revert to this dream of cells to become two cells and to grow.

And cancers run away cell division.

Many cancers reduced their incidence by double digit percentages.

The incidence of cancers in firefighters are several times higher than in the general populace, suggesting exposure to carcinogens as part of firefighting could have harmful side effects.

These are obesity-related cancers.

a number of these cancers are related to these unhealthy health characteristics.

So we can find cancers in reptiles, in amphibians, in birds, in bats.

And this is why cancers come back.

of these cancers.

We have cancers in our 60s and 70s.

If we can prevent cancers from coming back outside of the breast, we would essentially prevent death from breast cancer.

A lot of cancers are caused by stem cells gone awry.

The thyroid cancers cluster, but they don't coalesce to a single disease.

So difficult to treat cancers are now-- they're now exploring measles, injecting measles into these cancers,

But in most cancers, like breast cancer, it's only 2% of the population.

from developing into cancers.

to recognize cancers and growths, and foreign bodies and all kinds of stuff that the amateur could not see.

So go to cancerschmancer.org for sure and sign up.

of asbestosis or asbestos-related lung cancers.

It's because children can get these cancers right or an a 90-year-old can get the cancer and it doesn't appear to

They're not getting extra breast cancers.

It can suppress age-related cancers.

And it's this idea that cancers emerge when a cell has picked up enough genetic changes and the right genes.

Because we have this idea that cancers are full of genetic changes, full of mutations, and that's what's driving cancer.

And these are aggressive breast cancers.

We find the genes in the cancers.

But the problem is that cancers, just as our normal tissues are a patchwork of mutation, cancers are a patchwork of mutation.

What science causes airplanes to fly or cancers to go into remission?

Those 20% to 30% of breast cancers that eventually come back as metastatic disease do so probably before they're ever diagnosed, probably when

You immediately see the brain cancers separate like crazy.

These are all different thyroid cancers.

It's not distinguishing glial cell cancers one from the other, OK?

It's one of the hardest cancers to cure, brain cancer that essentially is a death sentence almost always.

We suffer from heart problems and cancers that could be prevented.

And we're not just doing common cancers.

We're also doing very rare cancers.

And so we're doing both common cancers and rare tumor types.

found in a lot of different cancers, but is not common in any of them.

Also papers on different types of human cancers, different types of cancers in different parts of the world.

And we know of those prostate cancers which are aggressive, and it's about 20% of them are aggressive and need radical treatment.

bit of data that that the cancers that young adults get are unique cancer types they're not the most common cancers like

meant to represent that the cancers that young adults get are different uh the most common pediatric cancers uh are

month this was one of those cancers where there had been no changes in the

differences in biology around young adult cancers so that's breast cancer this is the same sort of uh data on