Viper Fish

v Fish is one of the most intense carnivores in the deep sea. The scientific name is Chauliodus sloani. The name of the squirrel comes from the similarity with the V snake. V fish, usually growing at least 1 foot long, has a very large mouth that has a wide opening but is not large enough to hold the long teeth of the fish. The fish is also bioluminescent, its dorsal fin and its sparkling organs invite food. The fish bumped into the water, the dorsal findings bent, and it was observed that the photon was shaken around the mouth as a means to prey on the prey.

V Snakefish is one of the deepest predators, and there are good reasons. As they become stiffer they swim fast at high speeds and pierce them with long, sharp teeth. Of course, they are very small and can only grow to about 30 cm (12 inches), but if you are an innocent deep sea resident (if any) you will encounter one of them I am afraid. The name of Fangtooth comes from long needle-like teeth used to capture prey to get good results. It may seem dangerous, but it is actually a very small fish with an average length of only 16 cm (6 inches). It like warm water (this number, it seems to be in hell it seems), so it can be found in Australia and other tropical waters.

In the snake (shown in Figure 1), there is a big eye to capture small light rays present. This will help them find prey and avoid carnivores. Since light can not transmit light deeper than the upper layer, the only light that is present is the light generated by the resident himself. A certain proportion of deep sea fish can produce light through chemical reactions; bioluminescence. "Most of the light produced by marine organisms is bluish green, most of the marine organisms are sensitive to blue light as blue light passes best through the water." Squid reacts with oxygen to produce light Fluorescein I will produce it. Because bioluminescent decoys are believed to mimic zooplankton movement

Bioluminescence is the ability of organisms to produce light through chemical reactions. Organisms use bioluminescence in various ways: light up them, attract prey, tempt spouse, etc. Many underwater animals are bioluminescent - from poisonous snake fish to various flashlight fish, named after their light. Certain creatures, like fishing fish, collect some photons on small limbs protruding from their bodies, and they use them to catch curious fish. Bioluminescence can also confound the enemies. The chemical process of bioluminescence requires at least two chemicals: the chemical that produces light is called fluorescein, and the reaction makes the chemical called luciferase. Luciferase catalyzes the oxidation of fluorescein and emits light to cause inactive fluorescein. Fresh fluorescein must be introduced by diet therapy or internal synthesis