Divide the hidden poison in Australia, the bloodiest pink, raises urgent therapeutic questions

Professor Brian Fry of the UQ College of Environment led a team that evaluated the toxins in toxins of all kinds of Australian brown snake.

Professor Fry said: “We have discovered that all the toxins of the brown snake are identical – and this means that the anti -life that saves life may need urgent upgrade,” said Professor Fry.

“Some toxins formed a solid rock in the blood, while others weave a fast but flimsy network of clotting almost immediately.

“It can kill both seeds, but they do so in completely different ways.”

The team used a process called thrombosis, which evaluates blood clotting, and the snakes showed the eastern structure (Pseudonaja Fabric) From southern Australia has a “Tayban -like” poison that builds a strong and stable blood clot.

The poison caused the northern population of the eastern brown snake, as well as all other brown snakes, fragile blood clots, but lightning quickly.

Professor Fry said: “Our data shows the effect of the blood of the eastern structure bite in the northern regions and a bite in southern Australia is chalk and cheese.”

“Anti -Australia is currently produced in Australia using a group of poison from the uninterested geographical origin.

“If it does not have a northern and southeastern snake poison, the coverage may be incomplete and the effectiveness of anti -antibiotics can vary widely.

“Clinical reports contain all cases of the brown snake bite together regardless of the species or site, so any differences can be withheld to the southern population against all other brown snakes.

“Our next step is to return through hundreds of plans in hospitals to make sure if there is a difference, which is what we can do because the strong southern proportions in which any other brown snake lives.

“We can cordinate each bite that was reported by geography and stimulating the coagulation patterns between strong and weak clotting types of brown snakes.

“We will urgently test the available antibiotics and veterinary to see if the differences in the biochemistry of the poison are reflected in the differences in the effectiveness of antibiotics.

“While the current anti -anti -anti -lives saved, with new information, we can move to exact toxicology, match the correct antibiotics with the correct snake, and eventually to the appropriate patient.”

Professor Fry team also sequences toxin genes to determine the mutations responsible for the differences in the northern and southeastern brown snakes.

“We have shown the geographical difference in the concepts of the effect of poison with a genetic gap inside the eastern structure,” he said.

“Our research shows how the diet directs the development of poison, because the southern population consumes more than the reptiles of the northern population who eat more mammals.

“By estimating both evolutionary control and clinical results of this poison, we can better customize our medical responses.”

The search paper has been published in Toxins.