Snake venom is usually a very dangerous and venomous yellow liquid that is stored in certain salivary glands in the mouth of venomous snakes. There are hundreds of species of venomous snakes in the world that rely on their venom to weaken and paralyze their prey. The poison is produced from a combination of a variety of proteins, enzymes and other molecular substances. These toxic and toxic compounds cause cell destruction, disruption of nerve signals or both. For more information on world class snake venom, visit our website.
Can venom be used as medicine?
Snakes use their venom very carefully, which is injected into their bodies to weaken their prey or to defend themselves against predators. Snake venom can cause paralysis, internal bleeding and even death by destroying the victim’s cells and living tissues. For snake venom to work, it must be injected into specific tissues or enter the bloodstream. While snake venom is extremely toxic and deadly, researchers are using its compounds to make drugs to treat human diseases. Although snake venom is a complex combination of toxins, enzymes and non-toxic compounds, snake venom can be broadly classified into three groups: cytotoxins, neurotoxins and hemotoxins.
Other types of snake toxins affect certain cell types, such as
- cardiotoxin
- myotoxin
- nephrotoxin
Most venomous snakes inject venom into the victim’s body using their teeth. Fangs are very effective in injecting venom because they penetrate the victim’s tissue and cause a toxic compound in the wound. Some snakes can release venom as a defense mechanism. The venom injection system consists of 4 main parts: venom glands, muscles, lymph nodes, and dogs.
Venom Glands: These specialized glands are located in the snake’s head and are responsible for the production and storage of venom. Muscles: The muscles of the snake’s head, which are located near the venom glands, help a lot in sucking and expelling the venom from these glands.
Lymphatic ducts: These ducts provide a route for the transmission of venom by the glands that produce toxins in dogs.
Fangs: Teeth are actually teeth with a special function and structure that allow poison to be injected into the victim’s body with their hollow structure. In addition to producing antidotes, studying snake venom and its biological functions is vital to discovering new ways to fight disease. Some of these diseases include heart attack, Alzheimer’s, cancer and heart disease. Because the toxins in the poison target specific cells, researchers are studying these toxins to make new drugs that can target specific cells.
Also, the study of these toxic compounds led to the production of very powerful painkillers and very effective blood thinners. Researchers have used the anticoagulant properties of hemotoxins in the development of drugs to treat high blood pressure, blood diseases and heart attacks. For more information on venom derived drugs visit our website.
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