Scientists Produced Snake Venom in the Laboratory for the First Time.
Scientists have produced snake venom in the lab for the first time; They paved the way for developing drugs and antidotes without the need for real-life snakes to breed.
Toxins; It was produced from mini glands called organoids, following a process adapted from the growth of simplified human organs.
In the case of snakes, the researchers are the Cape Coral Snake (Aspidelaps oils Cowles) and 7 other snake species and organoids – and this new approach is an elevation over existing methods for extracting snake venoms.
Molecular biologist Hans Clevers of Utrecht University in the Netherlands: “More than 100,000 people die in his year, mostly from snake bites in the development. Still, antidote production methods have not changed since the 19th century. ” says.
Researchers have found this recipe, which helps the indeterminate growth of small snake venom glands, by changing the configuration for the growth of highly human organoids.
Tissue was removed from snake embryos and placed in a gel mixed with growth agents, but access to stem cells was not required.
The cells began to rapidly divide and form structures, giving the team hundreds of samples within a few months, producing small white spots from which the venom could collect.
At least 4 different types of cells were artificially identified within venom glands by the researchers, they were also able to confirm that the venom peptides were biologically active and closely resembled those in live snake venom.
Joep Beumer, a developmental biologist at the University of Utrecht: “We know that specific cell types such as the pancreas and intestines form hormone subsets. Now we’ve seen this for the snake venom gland too. “
The use of snake venom for developing medicines and treatments has been ongoing since ancient Greek times.
In the modern age, drugs that fight everything from cancer to internal bleeding are all about toxins in snake venom.
These toxins are accessed faster and faster, in a shorter time and more easily; In addition to developing drugs, it also makes developing antidotes quicker and easier.