'Tis the season. As we turn to the holidays, their spiritual meanings, and the liminal moment as we end another extraordinary pandemic year, we should take stock of our position. We should consider that a bit of DNA, far smaller than we can see, that we could not imagine until 1892 has brought the world to its collective knees. Where exactly do we stand in the grand scheme of life?
Bats are unique. For instance, they are the only mammals that can fly. But they also seem to be the mammal that hosts the greatest number of highly virulent viruses that can infect humans. Why?
There are three major reasons why SARS-CoV-2, the novel coronavirus, will never be eradicated.
In the Digital Age, we have access to more information than at any time in human history. But that doesn't stop the spread of conspiracy theories. Here are the best (worst?) ones involving the new coronavirus and the disease COVID-19.
All told, there are probably a couple of hundred different causes of the common cold. Amazon's attempt to create a common cold vaccine is, therefore, a foolish waste of money. Instead, the asset-rich company should spend it on antiviral research.
Boeing has designed self-cleaning airplane bathrooms that implement UV light. To stop the spread of infectious disease, the entire airplane cabin -- and perhaps other public places -- should also be bathed in UV light.
Why do microbes kill some people but not others? This is one of the hardest questions to answer in medical microbiology. Here's what we know about the senator's tragic death from the rare tickborne virus.
Identifying the cause of an infectious disease is time-consuming and not always easy. So a company called Karius has developed a blood test that analyzes cell-free DNA to identify more than a thousand pathogens.
You don't need to purchase an air purifier for your house. You have a built-in air purifier called the respiratory system.
A mumps outbreak has infected nearly 400 people in Alaska -- because apparently being stubborn and getting mumps is preferable to getting vaccinated.
Treatment advances are not easy to come by, especially in some hard-to-treat cancers like brain and triple negative breast cancer. New research, however, shows that infection with a virus could be key in making a promising treatment applicable to some cancers that were previously resistant.
Telling the difference between a viral and bacterial infection isn't always easy. Physicians end up guessing, which results in prescriptions being given for unnecessary antibiotics. A group is working on a new tool that could take the guesswork out of this important issue.