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Cellular and microscopic biology allow scientists to study cells and microorganisms. Cellular biology is the study of cells, including their structure and function. Microbiology is the study of microorganisms, which include algae, bacteria, and viruses.
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Do the sewers hold the answers to the next COVID-19 surge? And what else can testing samples of untreated wastewater tell us about the health of our communities?
Mold is a type of fungus, and it's everywhere — indoors, outdoors and even in the air. But is black mold worse than the rest?
Niels Bohr proposed the model of the atom that we still learn in school today, even though it's technically incorrect.
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Centrioles are spindles that create the pathways for chromosomes to follow during cell division.
The part of your cells that helps you recover from a hangover is shaped like a maze of tubes and is made of two parts — the rough endoplasmic reticulum and the smooth endoplasmic reticulum.
Prokaryotic cells are like single-room efficiency apartments while eukaryotic cells are like mansions with many rooms — and they are the only two kinds of cells in the world.
A single-celled algae, barely visible to the eye, plankton contributes to some of the world's most important resources and is essential to the food chain that supports all life.
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You could be excused for thinking that, of course, all animals breathe oxygen to live. Because it wasn't until very recently that scientists discovered the only multicellular animal that doesn't. Meet Henneguya salminicola.
Influenza, Ebola and COVID-19 are all viruses. Find out what a virus does to your body and how to decrease your chance of exposure.
Viruses need hosts to replicate and reproduce. So if a virus has no host, how long can it survive? It depends on a lot of factors.
Chloroplasts are where some of the most miraculous chemistry on Earth goes down.
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Blood transfusions are required in the U.S. every two seconds. That's why the research from the Withers Lab, which converted Type A blood to universal donor blood using bacteria, is so groundbreaking.
By John Donovan
No life, except possibly very small bacteria, would exist on Earth without photosynthesis.
Yep, fungi are all around us — in the grocery store, in the woods or living on your discolored toenail. And fungi can break down almost anything.
When an electron loses its partner, it creates a free radical. So is that free radical now potentially hazardous to your health?
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While plant and animal cells are strikingly similar, the main difference between them is that plant cells are able to create their own food and animal cells cannot.
While researchers can't say from this small study whether hairy men are inherently germier than the rest of the human race, the results are startling.
This stunning sight is totally natural and totally cool.
Scientists started an experiment back in 2014 that will run for 500 years. The first results were recently published. So, what have they found so far?
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Could these incredible new organisms provide clues about how life might exist in other areas on Earth — or even on other planets?
By John Donovan
Researchers are calling for a new "Noah's Ark" to store microbes that might one day be valuable.
By Chris Opfer
Scientists have found that ancient fossilized chlorophyll was dark red and purple in its concentrated form, which means that when diluted by water or soil, it would have lent a pink cast to earth and sea.
Dust traveling over the Atlantic from North Africa feeds both phytoplankton that makes the oxygen we breath and the bacteria that could kill us.
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Scientists have found microbes in Antarctica that somehow survive just on gases in the atmosphere. This could have some exciting possibilities for determining how alien life on other planets could stay alive.
By Mark Mancini
The mass of microorganisms swarming inside your favorite elite athlete's body may be a great business opportunity.
By Amanda Onion