My father would “talk to me” … and I want “reconciliation” with the family

Scientists have deliberately injected herself in the name of snakes for two decades, which has led to an “uneven” for anti -toxic production.

According to the BBC, Tim Freddie has proven that antibodies in the blood are protected from the deadly doses of many snakes, in animal experiments.

Current treatments require a definite match with the type of toxic snake that the victim is exposed. But the mission of the Freddie, which lasted for 18 years, may be an important step towards finding global anti -sannek bite, leading to life up to 140,000 people annually and leaving this number from permanent parties or disabilities 3 times.

Freddie beared over 200 bites, in addition to more than 700 syringe of this poison, he made himself from the most deadly snakes in the world, including multiple types of mamba, cobra, tabon and chronet.

Initially, he tried to build self -immunity to protect himself while dealing with snakes and he documented his experiences via his YouTube channel.

But the former mechanic said that he had “completely failed” in the early stages of the Cobra snake in a row, in a row, and he entered a coma. He said: “I don’t want death. Don’t lose my finger or attend my work.”

His intention was to develop better treatments to the world, and said: “It has become a lifestyle. I have continued my work for people who die thousands of miles from me and to die due to snakes bite.” He continued, “I want to get some part of your blood.”

Anti -tubes are currently produced by injecting animals such as horses with small doses of snake poison. It fights its immune system and later produces antibodies graduated for use in treatment.

But the effect of anti -toxicity depends on the perfect compatibility with the component of the poison, because its parts are different from one kind of snake to another; Even in the same type according to the geographical area. For example, the anti -Paissan collected from snakes in India may not be effective against the same type in Sri Lanka.

Researchers have tried to find a kind of antibody called “wide spectrum”, not targeting the particular toxins of each type, but the general components between the entire taxins.

In this case, CEO of Sentovax Biotechnology, Dr. Jacob Glanglel met in Tim Freddie. He said: “I immediately realized that if there was a person in the world, I realized that these wide antibodies were developed, then he should. I called it.”

“I told him in the first call: (this may seem strange, but I want to get some part of your blood).” Freddie agreed, and the project was moral approval, as it was limited to taking blood samples, without giving him more poison.

Research on the family of Arabian snakes (or pre -grooves) such as coral snakes, mamba, cobra, tableon and carrit; It is mainly used as neurological toxins, which can cause paralysis and can lead to death by stopping muscles that cause breathing.

Researchers have chosen the 19 species of Arabians classified by the World Health Organization in the world’s worst among the world and began to analyze Freddie’s blood for effective antibodies.

Published in the magazine “Sal”, the research classifies two types of extensive antibodies, targeting both categories of nerve toxins. The third drug is aimed at the third type to create a special mixture of anti -toxicity.

In rodent experiments, this mixture led to 19 species from 13 species from life -threatening doses to the survival of animals. It also showed partial protection from the remaining 6 species. According to Dr. Glancell, this protection was described as “unprecedented”, which “can now provide a full coverage of snakes that are not available to any anti -poyson.”

The team tries to improve antibodies and try to test whether the entry of the fourth part leads to complete protection from the poison of Arabia. In the case of other snakes, known as “snakes”, they are more likely to be targeted by blood instead of nerve toxins. Typically, snake poison has 12 main toxins, including cellular toxins, which kill the cells directly.

“In the next 10 or 15 years we think we can develop effective treatment against everything in this regard,” said one of the members of the Professor Peter Kong and the research team of Columbia.

As the group continued his research in the blood samples of Freddie, Kong continued: “The antibodies developed by Tim were very unusual. His immune system taught to know the widespread toxicity.”

The last hope is to reach an antibiotic that covers all kinds of toxins or get an effective injection against both Arabids and other snakes.

Professor Nick Cassio, head of the Snow Research Center in Liverpool College of Equity Medicine, said, “The expansion of protection is” completely new “, and” strong evidence “to the effect of this trend, warning that the anti -toxicity is still in need of intensive tests before being used on humans.

When it comes to Tim Freddie, he confirmed that reaching this stage would make him satisfactory: “I will do anything good for mankind. I feel proud. It is so great.”