The bat species has the most exclusive scorpion network in America

The unique defense mechanism allows the pallid bat to "eat alive" the scorpions despite the extremely painful poison.

In southwestern North America, pallid bats spread out across the night sky to lodge prey, using large ears to listen to the sound of prey fleeing in a hurry. They search for all kinds of insects, sometimes hunting both small lizards and mice. However, Arizona scorpions equipped with the most dangerous venom also became pallid meals, according to Earth Touch News. Surprisingly, this bat seems to be immune to the scorpion's deadly venom.

This bat develops mutations in areas where the body is frequently exposed to venom.

Researchers in California, USA, were so impressed by the pallid hunting option that they decided to find out how poisonous scorpions survived. With a length of about 8cm, the scorpion is about the size of a pallid bat. Their stings can cause extreme pain and death in many other animals, including mice and even humans.

High-speed camera reveals details of bat hunting after slow motion. When the bat swoops down to attack the scorpion, they do not try to avoid the prey of the prey."Our research results show that pallid bats were burned many times during the hunt, but this did not have any significant effect on their behavior , " scientists reported in PLOS One magazine. .

"Even injecting venom directly into large doses does not work," said Khaleel Razak, a researcher at the University of California, Riverside. When injected with venom, laboratory mice had seizures and disorientation. But pallid bats have almost no reaction to the same amount of venom.

The pallid bat is ready to catch scorpion reprisals.(Video: YouTube).

The almost complete resistance to scorpion venom is a great advantage for predatory bats. However, the research team is still unclear why they have that ability. Due to the venom in the scorpion venom attacking dorsal root ganglia and impacting the pathway of pain, venom can cause extreme pain.

When the researchers discovered the pallid genetic code, they found that the bat developed mutations in areas where the body often came into contact with venom. This is a unique defense mechanism that allows bats to not feel pain and feel comfortable eating all kinds of scorpions.