ScienceIQ.com

The Hole Scoop on Ozone

Ozone is a molecule containing three oxygen atoms. It is blue in color and has a strong odor. Normal oxygen, which we breathe, has two oxygen atoms and is colorless and odorless. Ozone is much less common than normal oxygen. Out of each 10 million air molecules, about 2 million are normal oxygen, but only 3 are ozone. However, even the small amount ...

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OzoneHole
Biology

What We Learned From The Songbirds

Once, neuroscientists believed that our complement of nerve cells was created prenatally and during the first years of life, and that no new neurons could be generated. Now we know that this belief ... Continue reading

WhatWeLearnedFromTheSongbirds
Astronomy

Microbes In Space

There are creatures that were living on the Space Station before the first astronauts went inside. Astronauts found a few living on the Moon. Scientists believe they could even live on Mars. These ... Continue reading

MicrobesInSpace
Physics

Sonic Boom

They sound like thunder, but they're not. They're sonic booms, concentrated blasts of sound waves created as vehicles travel faster than the speed of sound. To understand how the booms are created, ... Continue reading

SonicBoom
Geology

Devils Postpile National Monument

Established in 1911 by presidential proclamation, Devils Postpile National Monument protects and preserves the Devils Postpile formation, the 101-foot Rainbow Falls, and the pristine mountain scenery. ... Continue reading

DevilsPostpileNationalMonument

Bacteria Sometimes Catch A Virus

BacteriaSometimesCatchAVirusBacteria sometimes catch a virus. Bacteriophages--'bacteria-eaters'-- or phages, are viruses that use bacteria to multiply. The phage attaches to a bacterium, injects its own genetic material, either RNA or DNA, through the bacterium's cell wall and membrane and takes over the cellular machinery to create hundreds of bacteriophages. Eventually, there are so many copies of the phages that the bacterium explodes, and the newly formed phages take over other bacteria. Each strain of bacteria has unique phage predators.

However, bacteriophages are not harmful for humans. Instead, these viruses are beneficial to public health.

In the 1990s, bacteriophage research became an alternative for scientists worried about antibiotic resistance. Researchers in America followed the example of scientists in Western Europe who were treating patients with bacteriophages and obtaining great results. When antibiotics don't work for a bacterial infection, doctors can use bacteriophages to kill the bacteria. Although ironic, a virus can make us feel better!