Black Mampa Lassem has a fatal and fatal blow

Professor Brian Fry of the University of California at UQ said that the study revealed that the toxins of three types of Mamba were nervously more complicated than he previously believed, explaining the reason for the effectiveness of harmony at times.

Professor Fry said: “Do not use Black Mampa, west Green Mampa, Jameson Mamba only a form of chemical weapons, who launch a coordinated attack in two different points in the nervous system,” said Professor Fry.

“If you have been bitten by 3 out of 4 types of MAMBA, you will face floors or lameness caused by neuromuscular toxicity.

“Current anti -anti -paralysis can treat molio paralysis, but this study found that the toxins of these three types are able to attack another part of the nervous system that causes spasm paralysis by toxicity before the clamp,

“We previously thought that the fourth species of Mampa, the eastern green Mamba, was the only one capable of causing spasm paralysis.

“This discovery solves a long -term clinical puzzle for a reason that seems that some patients who were bitten by Mambas are initially improving with antibiotics and restores the muscle and movement tone only to start having painful and non -controlled cramps.

“The poison first prevents the nerve signals from reaching the muscles, but after giving the antibiotics, it excessively stimulates the muscles.

“It is like treating a disease and suddenly reveals another.”

Mamba (Dendroaspis Types) Snake bites are a major threat in sub -Saharan Africa, which represents 30,000 deaths annually.

PhD candidate Lee Jones, who conducted the experimental work to ensure Mampa, said that the research proved that the new anti -anti -rescue to save lives.

Mr. Jones said: “We have begun to understand the different poison situations between Mamba.”

“We expected to see a clear linguistic paralysis that urges post -intertwined effects, and the effective neutralization with anti -antagonists.

“What we did not expect to find is that the antagonist reveals the other half of the effects of poison on the receptors before the clamp.

“We 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.

“This complicates the treatment strategies throughout the regions because anti -anti -antagonists have not been developed to counter the complications of various toxins.”

Professor Fry said that specialized antibiotics can be developed after this study to increase effectiveness rates.

Professor Fry said: “This is not just an academic curiosity, it is a direct invitation to doctors and anti -anti -anti -antibiotics,” said Professor Fry.

“By identifying the restrictions imposed on current anti -anti -anti -anti -anti -antibiotics, we can inform the care of the evidence -based snake directly.

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

The laboratory work was completed in cooperation with the Monash Venom Group collection.

This research was published in Toxins.