how small mistakes create big problems

how small mistakes create big problems

how small mistakes create big problems

An Internet search suggests the rosy wolfsnail can reach almost 20 miles per hour, highlighting how mistakes can easily be amplified by search engines.Credit: Rhododendrites (CC BY-SA 4.0)

As snails go, the rosy wolfsnail (Euglandina rosea) is a perfect predator. An invasive species in Hawaii, French Polynesia and a number of other islands in the Pacific and Indian Ocean, the wolfsnail has hunted at least eight other snail species to extinction in Hawaii alone. It has probably caused many more extinctions in places where it has been introduced; one study1 suggested it was “highly probable” that it was responsible for more than 100 extinctions of mollusc species in the wider Pacific.

It’s easy to be hyperbolic about the rosy wolfsnail. But perhaps not as hyperbolic as Google’s search engine which, at the time of writing, informs users that the wolfsnail’s top speed is roughly 19 miles

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OHS Special Education students create art display about endangered animals

OHS Special Education students create art display about endangered animals

(MURFREESBORO) Fifteen special education students at Oakland High School recently created an art display to culminate their lesson on endangered species.

As part of the lesson, the students first watched several videos on extinct species and endangered animals and marine life. Then they discussed how we can help protect these vulnerable populations. Students also looked at many examples of ocean conservation through art by other high school students from the “Science Without Boarders” website.

The display artists included 15 special education students with varying strengths and abilities making up two Special Education Core Art classes. Art instruction was given by Dr. Perry Louden and assisted by Stan Joslin, Phillips Seals, and Dr. Florence Omachonu.  The display theme, “Disappearing Act” was selected by Crissy Dunn. 

What viewers see in the display is of variety of endangered animals colored with the students’ preferred medium — crayons, markers, watercolors, or colored pencils. Most

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Scientists Create Supercharged Bacteria With Immunity to Viral Infections

Scientists Create Supercharged Bacteria With Immunity to Viral Infections

Phages Infect Bacterial Cell

An illustration of viruses called phages infecting a bacterial cell. Researchers have developed a modified strain of Escherichia coli bacteria that is resistant to natural viral infections and has a low risk of escaping into the environment. This breakthrough in genetic engineering and synthetic biology is expected to decrease the risk of viral contamination in the production of medicines and other substances, such as biofuels. Currently, viral infections in bacteria can cause a halt in production, endanger drug safety, and result in high financial costs. Credit: Behnoush Hajian

Researchers create virus-resistant, safely restrained E. coli for medical, industrial applications.

In a step forward for genetic engineering and synthetic biology, researchers have modified a strain of Escherichia coli bacteria to be immune to natural viral infections while also minimizing the potential for the bacteria or their modified genes to escape into the wild.

The work promises to reduce the threats

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