In addition to electric eels, what other animals can also discharge?

We all know electric eels.

It is a well-known water discharge expert, capable of generating high voltage of about 300 800 volts.

Not only can it stun a person in the water, but the 800 volts of high-voltage electricity it produces is enough to stun a cow or a large crocodile. In fact, in addition to electric eels, there are other "high-voltage lines" in the water.

Animals, including Amazonian electric snakes, stargazing fish, electric catfish, and electric rays.

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Electric catfish is a kind of catfish that lives in tropical Africa, similar in size to ordinary catfish, but without dorsal fin, about one meter in length, and has 6 more striking whiskers on its mouth. In the middle of the ** and muscles of this fish, there are 5 million small "electric plates", the tail of the fish is the negative electrode, the head of the fish is the positive electrode, and the high voltage can reach about 450 volts after being connected in series, and touching its body can cause the release of electric current, which can corona many prey and adults.

The electric ray is a flattened creature that is roughly disc-shaped, and also resembles a large pampas fan.

The mouth grows on the belly, and the larger ones can grow to about two meters, and they live at the bottom of the ocean. Depending on the species, electric rays are capable of producing voltages ranging from 40 volts to 220 volts, with instantaneous current intensity.

It can reach 50 amperes, and if you shock the human body, it can instantly cause paralysis of the human body. Electric rays release electric current through their tails, and they can control the intensity and timing of discharges autonomously, and can shock small fish and shrimp at a rate of about 50 times per second as food. If it is discharged continuously, the electric ray can last for about ten seconds, and then the battery is exhausted and it needs to rest for a period of time before it can return to its previous voltage.

Amazon electric snake in the Amazon River.

There is an electric snake living in the area around the mouth, which is about two meters long and can also discharge electricity. This snake can store an astonishing amount of electricity in its body, and when it releases electricity, it can reach 650 volts, which can be used not only against humans, but also hippos in the Amazon River. Locals often use the captured electric snakes to be packed in cages and thrown into the river to electrocute, often able to harvest a lot of corona-affected fish.

There are dozens of fish that can discharge electricity in the world, in addition to electric eels, other electric catfish, electric rays, etc., they are generally irritable animals.

In fact, the electric ray is not an animal, but a general term for the cartilaginous fish of the suborder Finfin. There are 69 known species of electric rays in the whole order, which can be regarded as a large family. Electric rays and electric eels have evolved similar electrical discharge systems, with a "power plate" under their skin that is specialized by muscle cells.

This "power plate" works by controlling sodium ion channels on the cell membrane, which facilitates the directional flow of positively charged ions, resulting in the formation of an electric current.

Flathead sauryThis is a fish that was discovered by scientists in 2013 and lives in the Amazon, expanding the ranks of cathartic fish. It can also be discharged, but it is a direct current of an electrode and is very weak. Therefore, its current is not used to hunt or attack the enemy, but to "navigate".

It controls its tail based on the electrical impulse signals it emits and thus learns the direction of swimming! Not only can the starfish discharge, it is arguably one of the ugliest fish in the world, but this is not its main means of predation. Starfish hunt mainly by camouflage.

They like to bury themselves in the sand and only leak their eyes and mouths to hunt small fish and shrimp as they pass by. Its generator is located behind its eyes and can send out 50 volts of electricity to drive away some of the big fish nearby!

The Amazon snake, which originally belonged to the location of the electric thunder, has now changed hands. The Amazonian electric snake is a gray snake that is about 2 meters long. Its appearance is ordinary, but its ability to discharge electricity is quite amazing.

If you touch it, you'll die. Scientists tested the electric snaketail of the Amazon's electric snake tail with a voltage of up to 650 volts. The strong voltage allows them to maintain their territory in the water.

Many creatures are scared away because of the electricity in the water, and some people even take electric snakes to fish, which shows its power.

The electric catfish is a fish that lives in the Nile region of Africa and is very similar to the catfish. It is almost 1 meter long and can release 350 volts of electricity on its back, so it is also a very fearsome creature in the Nile. The voltage it produces can corona a person.

Besides, the voltage range of a creature like this is about 200-450 volts, so it is better not to provoke ordinary people. Of course, in addition to these creatures, there are many other types of electrified creatures, but they carry less electricity and do no harm to humans. So, the above five creatures, if you come across them while traveling or exploring nature, be sure to keep your distance.

Starfish, saury, Amazonian snakes, starfish, electric catfish and electric rays, etc., are all gray discharged.

Eels, flounder, salmon, etc. are all delicious predators of electric rays, which will discharge electricity to corona each other and swallow them whole. In fact, the electric ray is not an animal, but a general term for the cartilaginous fish of the suborder Finfin. There are 69 known species of electric rays in the whole order, which can be regarded as a large family.

Electric rays and electric eels have evolved similar electrical discharge systems, with a "power plate" under their skin that is specialized by muscle cells.

In addition to electric eels, there are also electric catfish, electric rays, starfish, naked rump fish, elephant trunk fish and other animals on the earth that also discharge electricity.

Electric eels are a very special sea creature that carry electricity on their bodies. At present, humans have not been able to use the electricity they emit.

This is because the electric eel cannot generate electricity at any time, and the current on the body is accumulated and stored for a long time, so the use of electricity on the electric eel is not scientific.

Because the current on the electric eel is unstable, the voltage and current will fluctuate at any time, so it cannot be used.

Because the efficiency of power generation is not the same, the voltage and current are not very stable, so it is not possible to use electricity on the slow electricity.

Because the current on the electric eel is unstable, the voltage and current fluctuation environment at any time are not used.

Electric eels, electric rays, and electric catfish have special structures that all have power generation organs composed of mutated muscle tissue.

There are dozens of known species of power-generating fish in the world, among which electric eels, electric catfish, and electric rays are more common and typical.

Fish such as electric eels, electric catfish, and electric rays all have power generation organs composed of mutated muscle tissue, although they are located in different parts, some from the head to the middle of the body, some on the sides of the body, and some on the tail, but they are all composed of mutated muscle tissue. Such cells, like many layers, are grouped together to form a tandem cell. When an electric current is generated, all of these cells (each with a voltage of about volts) are connected in series, resulting in a very high voltage.

Many of these battery packs are connected in parallel so that a large enough current can be generated outside the body. Under the control of nerve impulses, the discharger can turn the neuro-bioelectrical energy into electrical energy that can be discharged and discharged. The voltage generated by a single "board" is very weak, but because there are many of them, it can emit a very strong voltage.

On the outside of the discharge organ, there is also a thin colloidal layer that acts as an insulating effect, so that the fish will not be charged by the current released by itself.

The generator of the electric ray is evolved from the gill muscle, the power generation organ of the electric eel is located in the tail, from the subaxial muscle, and the power generation organ of the electric catfish is a specialized ** gland.

Electric eel, an eel-shaped South American fish of the electric eel family, can produce enough electric current to stun people, and is the freshwater fish with the strongest discharge ability among fish, with an output voltage of 300 800 volts, so electric eels have water"High-voltage lines"called. It is not a true eel, but is closely related to species of the order Catiformes.

The electric eel's ability to discharge electricity comes from its specialized musculature. Muscle tissue can almost all discharge, accounting for more than 80% of its length, and there are thousands of discharges. The head of the electric eel is the negative electrode and the tail is the positive electrode, and each discharger can produce about volts of voltage, and when thousands of dischargers are discharged together, the voltage is as high as 600 800 volts, but this high voltage can only be maintained for a very short time.

There are many places where electric eels have been reported to hurt people, but all of them have yet to be verified.

The electric eel is a species of fish in South America. The electric body is because the electric eel body muscle tissue is composed of the discharge body, the head of the electric eel is the negative electrode, the tail is the positive electrode, the positive and negative electrodes will affect each other to produce current, can reach 800 volts, there is no mysterious event on the electric eel at present.

It is an animal that can capture its prey by discharging electricity. Because this animal has some special cells inside its body, and these cells are arranged like batteries that can be discharged. The mysterious event of this animal is that it will hunt animals by discharging electricity, which will harm its natural enemies, and will cause it to have no natural enemies.

Electric eel is an eel-shaped fish of the bare back electric eel family, not a real eel, but close to the species of catiformes, can produce enough current to stun people, and is the freshwater fish with the strongest discharge ability, with an output voltage of up to 300 800 volts, so the electric eel is called the "high-voltage line" in the water.

Electric eels are also oviparous. The electric eel is a descending migratory fish that is native to the sea, grows up in freshwater and returns to the sea to spawn. Every spring, a large number of juvenile electric eels enter the estuary from the sea in large groups.

Male electric eels usually grow in estuaries; The female electric eel goes back to the main and tributaries of the river and the lakes connected with the river, and some even trek thousands of kilometers to reach the upper reaches of the river.

They grow and develop in rivers and lakes, often lie diurnal and nocturnal, like flowing water, weak light, burrowing, have a strong ability to trace water, and their absconding ability is also very strong.

Although the electric eel is called eel, it is not a type of eel, and it is more taxonomic to catfish, both of which are placed under the general order of bone bladder. There are dozens of known species of electricity-generating fish in the world, and other fish that can discharge electricity include electric catfish and electric rays.

With its ability to discharge, electric eels have become one of the most feared freshwater animals on the planet.

How is the electricity of an electric eel produced is as follows:There are always animals in nature, and in order to adapt to the environment, in order to catch food, they have their own superpowers in the long process of evolution, and some animals cannot even touch the most advanced predators. When it comes to the highest predators on land, people think of lions, but some animals give out the honey badger nicknamed the flattened brother, and every day on the way to war or war, this aggressive character is even jokingly called three points for lions and tigers, poisonous snakes, poisonous scorpions and bees are that plate of Chinese food.

There are also fish in the water, and even crocodiles and merfolk in the water avoid it. With his powerful discharge ability, he can make these water kings faint instantly. It's easier to catch that little fish and shrimp.

Because it can be said to be a miracle of the animal kingdom, it is also called an underwater high-voltage line.

Electric eels are native to the ocean, and later grow in the Atlantic, Pacific, and Indian Oceans of freshwater rivers have their lands, and the main river in which they swim is the Amazon River in South America. Although there are differences compared to the various eels that people often eat, in reality electric eels are not eels, but biological taxonomies. Can stun a cow, crocodiles are afraid of it.

There is also a lot of news that crocodiles have been killed by electric eels. There are also many fish in nature that can generate electricity, but the electric eel is the species that generates the most electricity, so it is considered one of the most dangerous freshwater fish in the world. What would it be like if there was no electricity that day?

Therefore, learning to control and use electricity can be said to be a big step forward for humanity.

You can discharge at will, you can sing, you can walk, this is not a big deal, it can only be seen in science fiction blockbusters. In nature, electric eels have evolved this ability. Electric eels grow on both sides of the body with special physicochemical cells, each of which regulates the flow of sodium and potassium ions and produces a weak electric current.

Electric eels usually have a balance of positive and negative charges in their bodies, and once they detect an enemy, the brain center will immediately send signals to the cells through the spinal nerves, and when the cells receive the signal, these cells fill the sides of the electric eel's body, and these cells are like small laminated batteries. When one of the cells receives the signal, thousands of cells generate electricity at the same time, and the poles of the cathode head of the tail flow from the tail to the head of the fish, enough to make any animal faint.

The main reason is that these fish will have an organ in their bodies that can discharge electricity, and they still have natural enemies in nature, because there are some large animals that are not afraid of these fish at all.

Because they have some cells in their body that act like batteries. An electric current can be released through nerve signals. They have natural predators in nature.