ScienceIQ.com

A Humongous Fungus Among Us

Did you ever wonder what the world's largest organism is? If we had to guess, maybe we'd pick an elephant, a giant sequoia or a whale. Well, those choices would be wrong; this organism is actually a fungus! It was decided in 1992 that Armillaria bulbosa, a soil fungus, was the world's largest organism. It was found in a northern Michigan hardwood ...

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AHumongousFungus
Chemistry

What Is Arsenic?

Arsenic is a naturally occurring element widely distributed in the earth's crust. In the environment, arsenic is combined with oxygen, chlorine, and sulfur to form inorganic arsenic compounds. Arsenic ... Continue reading

WhatIsArsenic
Medicine

Legionnaires' Disease

Legionnaires' disease, which is also known as Legionellosis, is a form of pneumonia. It is often called Legionnaires' disease because the first known outbreak occurred in the Bellevue Stratford Hotel ... Continue reading

LegionnairesDisease
Geology

1816 - The Year Without A Summer

Most global temperature change occurs over a long period of time, centuries rather than years, and in small increments. But in 1816, the Northeastern part of the United State and Northern Europe were ... Continue reading

1816YearSummer
Physics

Does Earth Have Its Own Neon Sign?

You might wonder what the Northern Lights and neon signs have in common. Actually, a lot! What makes luminous colors shimmer across the Northern sky? The answer is in the Sun. Charged particles ... Continue reading

NorthernLights

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!