Man dies after winning live roach-eating contest in Florida

A contestant in a roach-eating contest who downed dozens of live bugs and worms collapsed and died shortly after winning the contest in South Florida, authorities say.

About 30 contestants ingested the insects during Friday night’s contest at Ben Siegel Reptile Store in Deerfield Beach about 40 miles north of Miami. The grand prize was a python.

Edward Archbold, 32, of West Palm Beach became ill shortly after the contest ended and collapsed outside the store, according to a Broward Sheriff’s Office statement released Monday. He was taken to a hospital where he was pronounced dead. Authorities were awaiting results of an autopsy to determine a cause of death.

The sheriff’s office said none of the other contestants fell ill.

“Unless the roaches were contaminated with some bacteria or other pathogens, I don’t think that cockroaches would be unsafe to eat,” said Michael Adams, professor of entomology at the University of California at Riverside. He said he has never heard of someone dying after consuming roaches.

“Some people do have allergies to roaches,” he added, “but there are no toxins in roaches or related insects.”

There was no updated phone number listed for Archbold in West Palm Beach.

“We feel terribly awful,” said store owner Ben Siegel, who added that Archbold did not appear to be sick before the contest.

“He looked like he just wanted to show off and was very nice,” Siegel said, adding that Archbold was “the life of the party.”

A statement from Siegel’s attorney said all the participants signed waivers “accepting responsibility for their participation in this unique and unorthodox contest.”

The bugs consumed were from an inventory of insects “that are safely and domestically raised in a controlled environment as food for reptiles.”

http://bigstory.ap.org/article/man-dies-after-live-roach-eating-contest-fla

Ebola-like virus identified as cause of inclusion body disease that twists snakes into knots revealed

Scientists have finally found the cause of a mysterious disease that makes snakes tie themselves up into knots, stare off into space, and waste away—the reptiles are infected with an Ebola-like virus, a new study says.

The fatal condition known as inclusion body disease (IBD) was first diagnosed in snakes, particularly pythons and boa constrictors, in the 1980s.

Snakes diagnosed with IBD will often exhibit behavioral abnormalities, including an inability to flip over when turned on their backs and “stargazing,” which involves staring off into space and weaving their heads back and forth as if drunk. They are also more likely to contract other diseases, such as bacterial infections in their mouths.

Infected snakes often refuse to eat, or regurgitate their food when they do.

“They begin to waste away,” said study co-author Mark Stenglein, a biochemist at the University of California, San Francisco.

Scientists have long suspected a virus was behind IBD because the disease can be transmitted between snakes and is characterized by the buildup of proteins in cells, a feature of a number of viral diseases, Stenglein said.

But direct proof that a viral agent is responsible has been lacking-until now.

(Also see: “Python Hearts Double in Size—Now We Know Why.”)

Decoding the Snake Virus

Stenglein and his team analyzed the genetic material of snakes infected by IBD at the Steinhart Aquarium in San Francisco during a recent outbreak.

In addition to the known snake genome, they found genetic material belonging to a previously unknown virus. (See snake pictures.)

It appears to be most closely related to a class of viruses known as arenaviruses, that have only been known to infect mammals, namely rodents and people. However, the new virus doesn’t fit into the two categories of arenaviruses-New World and Old World-that are currently known.

The snake virus also contains a gene closely related to one found in the Ebola virus, which belongs to a different class known as filoviruses. Ebola, one of the most contagious known viruses, causes death through severe hemorrhaging when it infects humans.

The fact that that the new snake virus contains aspects of two completely different classes could mean that its origins stretch back tens of millions of years.

If that’s true, the snake virus is at least 35 million years old, said Stenglein, whose study appeared in August in the journal mBio.

Another possibility, the team says, is that the snake virus was created by a more recent merger of an arenavirus and a filovirus.

(See “‘Zombie Virus’ Possible via Rabies-Flu Hybrid?”)

David Sanders, an Ebola researcher at Purdue University in Indiana, called the new discovery “exciting,” but said he does not think the new virus is likely to provide any new information about Ebola, which is itself a very mysterious disease with murky origins. (Read why scientists can’t cure Ebola.)

As for IBD, said Stenglein, there’s still no treatment or cure.

But the new discovery means that vets and zookeepers could soon have a diagnostic test to genetically screen snakes for the disease before introducing them to a collection.

http://news.nationalgeographic.com/news/2012/08/120822-snakes-virus-ibd-ebola-animals-science/