disease

More children develop asthma and respiratory disease, and rates balloon in communities regularly exposed to forest fire smoke.

And so the study of diseases and virology have just become much more important lately.

For example, there’s a disease called apple scab that’s threatening orchards.

They were originally designed for diabetes, a disease caused when somebody's blood sugar levels get too high.

Because they’re so close together, the disease could spread among them – a density-dependent factor.

So, in a population that's super identical, one disease can wipe out large numbers of individuals.

They get less cancer, they get less heart disease, they get fewer cataracts.

Because of that low diversity, they’re more vulnerable to diseases, and their cubs are less likely to survive to adulthood.

Molecules that in turn can create Alzheimer's disease, Parkinson's disease, cancer.

There are already people talking about the idea that AI could cure all disease in the next five or 10 years.

If we're cutting the funding that prevents Americans from getting the disease that turns our guts inside out, where exactly is our money?

We call these density-dependent factors, and they include things like competition and disease which may regulate, or in this case slow, the population growth.

There was a lot of money into studying brain illnesses, brain disease.

But, they can insert the resistance gene into a tasty variety, creating a cisgenic apple that’s protected from the disease.

These pests could extract half a liter of horse blood daily while transmitting fatal diseases that devastated domestic horses, leaving colonial powers reliant on thousands of humans to transport goods.

It seems that zebra stripes— and other graphic patterns— interfere with how biting flies process visual information to position themselves when landing, limiting their blood-sucking and disease-transmitting opportunities.