Why get a little mamba absorb more bad

New research reveals that three types of toxic snakes – including one of the most poisonous snakes in the world – are worse than we thought.

As if Mambas-The researchers did not, the researchers, are not bad, researchers have discovered that toxins consisting of three types of MAMBA have one bad attack over one type that explains why toxins do not work at times. The study reveals that toxins are nervously more complicated than previously believed, with significant effects on anti -anti -anti -anti -antibiotics.

“Mamba Black, Western Green Mamba and Jamesons Mamba Snakes are not only using a form of chemical weapons, but rather a coordinated attack in two different points in the nervous system.” ToxinsHe said in a university statement.

Solve a clinical puzzle

Mamba Snake’s bites are responsible for 30,000 deaths every year, according to the statement. If you are lucky enough to be bitten by one of the three MAMBA species mentioned above, you will face floppy or lame paralysis. The good news is that the paralysis of the wrapping can be treated with current anti -anti -anti -anti -anti -antibiotics. Bad news is that, according to the study, this gap attacks another part of the nervous system, which leads to spastic paralysis.

“The toxins first prevent the nerve signals from reaching the muscles but after giving the antibiotic, it then excessively stimulates the muscles. It is like treating a disease and suddenly reveals another disease,” Fry explained.

The study solves a permanent mystery regarding Mamba victims; Some patients initially seem to improve with anti -anti -anti -anti -anti -seizures, but they start experimenting with painful, irreversible cramps. Before this study, the researchers believed that it was only the fourth types of Mampa – the eastern green mamba – formalized from spastic paralysis. Talk about Nassssty Ssssurprise.

An invitation to specialized anti -anti -antibiotics

But wait, there is more bad news!

“We have also found that the mambas poison function was different depending on its geographical location, especially within groups of black MAMBA from Kenya and South Africa,” Lee Jones, a co -author of the study and doctoral candidate at Queensland University, said in the statement. “This complicates the treatment strategies throughout the regions because anti -anti -antagonists have not been developed to counter the complications of various toxins.”

Fry said that researchers should now seek to create specialized anti -anti -anti -anti -results. The researcher concluded that the investigation of poison dynamics and current antibiotics has clear effects on the treatment of the snake.

“This type of logical poison research can help doctors make better decisions in actual time and save lives in the end.”

Note: What is the favorite snake dance? Mamba!