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Message Subject Something Just Went BEZERK in the Gulf of Mexico. The US Navy just sunk a French Submarine
Poster Handle Digital mix guy
Post Content
Hey guys!!!!

.... patented a technique for embedding algicide-emitting Shewanella bacteria into gel beads. These “bacteria bullets” can then be placed in mesh bags for deployment to coastal waters to stop a toxic red tide bloom.



[link to www.udel.edu (secure)]
 Quoting: Digital mix guy


holy smokes!!! look at this!!


The term "electric bacteria" may bring a lot of images to mind — maybe a post-apocalyptic scenario where electrified bacteria doom our species to extinction. But the reality is more benign and potentially revolutionary.

Before we get into electric bacteria, let's first take a quick refresher science course. All organisms, like humans, use electrons — small negatively charged-particles and one of three subatomic particles that make an atom. Humans get electrons from food, which then exit through the oxygen we breathe. Electrons need to move. If they don't, an organism will die.

Now, back to electric bacteria.

"[Electric bacteria] harvest the energy by harvesting the electrons from whatever they're eating, and instead of using the electron energy, the electric energy to grow faster, they can use it to export the electrons to the outside," says Dr. Ken Nealson. He discovered Shewanella oneidensis, the first identified electric bacteria.

"Bacteria can eat all these kinds of nasty things that we call pollution. And that's what they do for a living, they eat almost any kind of organic material, including human waste water."

This discovery was spurred by a question about the metal content of Oneida Lake in New York, and has since evolved into a new field of research that's changed the concept of biofuel and could alter the future of energy production. Nealson explains that when these bacteria in Oneida Lake exported these electrons to rocks, they would dissolve the minerals, removing these metals from the water. He later learned they could replace the rocks with an electrode — a conductor for electricity.

"The bacteria swim up to that electrode, they eat whatever you give them to eat, and they pass the electrons. Basically, they're using the electrode as an oxygen substitute ... Now, if you just put that in a device, you can feed the bacteria on one side of the fuel cell and all the electrons go to the other side," which will power the device," Nealson explains.



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