Given that cartilagenous fish have evolved the ability to deliver electric shocks before (torpedo rays), it would be relatively easy for one to convergently develop a method of shocking similar to the stargazer. That said, it is somewhat controversial how powerful this shock is, mostly because there doesn't seem to be any good estimates of its amperage (which is the dangerous part of any electric fish's shock). So basically, it just has to look at something it doesn't like and it sends a jolt of electricity from its eye muscles into the water. Dusty Hill Microphones and Moonsaults A Wrestling themed Lasers and Feelings Hack Eden The Scourge A rpg about being dead and taking revenge. kratrina Dracula Owes You Money 5 Dracula Owes You Money, and youre going to get it back.
However, unlike these fishes, the muscles that generate an electric potential in stargazers are its eye muscles. A Laser & Feelings hack where people take on the roles of ghost hunters and search for the paranormal. They are also unusual in that they can deliver painful electric shocks to disable prey and ward off predators, like electric eels and torpedo rays. They are a type of fish native to the Atlantic and Pacific coasts of North America. This is a stargazer (specifically Astroscopus spp.). No, but as a consolation prize you can have it shoot lightning from its eyes. The cell itself does not emit the laser light.the cell is put into an optical cavity, fed pulses of blue light, and then the directional laser is emitted from the optical cavity. How about sharks with fricken laser pointers on their head.maybe they can blind a pilot or two, and really add a spinning light show in the event of a sharknado.
The applications of these GFP's as far as medical use is pretty outstanding, but from a bio-laser weapon 's not very likely. I have no issues with a bio-optical cavity capable of enhancing the laser light, however it appears it's a bit too weak to be anything special. Unfortunately this is no more powerful than a very weak laser light and not really potent as a weapon and it's not all too clear if this can be scaled up. The GFP needs to be put into an optical cavity (between two mirrors) to amplify it. Human kidney cells were modified to include a green florescent protein (GFP) that is capable of emitting a very weak laser light that is visable to the naked eye.
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