Snake venom is an oily liquid and, depending on the type of snake, is white to bold yellow, clear or opaque, and slightly acidic. Snake venom is a mixture of complex protein materials with toxic and enzymatic properties and non-protein materials such as lipids, carbohydrates, various metal and quasi-metal salts, riboflavin and water. Toxic substance is rich in enzymes. There are about 26 types of enzymes in snake venom. About 90 to 92 percent of the toxin’s dry weight is made up of proteins, some of which affect the nervous system, some of which alter cell membrane permeability, and some of which destroy muscle fibers. For more information about Snake venom Global production, visit our site.
What is snake venom used for medically?
Anticancer drug A combination of venom and scorpion affects 4 types of lung, blood, uterus and breast cancers. The drug has been tested in laboratory animals and has been shown to be effective on cell channels and muscle relaxants, and the target tissue of the toxin is the nervous system, kidneys, muscles and heart. The remarkable thing about it is its effect on several categories of cancer cells and tumors. This drug is the result of several years of research on raw venom for snakes and scorpions.
The production of this drug is associated with limitations, for example, taking venom from snakes is associated with difficulties and its amount is also limited. Farmed animals do not produce as much naturalism as snakes. About 90% of the venom contains protein, which contains 26 types of enzymes. It is also the strongest blood coagulation factor in venom. The toxin has the greatest effect on the nervous system and heart after entering the body. Another use is in heart attacks and strokes, which inject blood to dilute and destroy blood clots, but how this toxin is delivered to the brain is a factor that prevents its use. Poison due to phospholipase enzyme is also effective in treating tumors.
The use of snake venom as a potential source of analgesic compounds. They have shown that two molecules derived from black mamba toxin are as effective as morphine in relieving pain. But more research is needed before a drug derived from black mamba poison can be used for human use. But the good news is that preliminary tests have yielded promising results. For more information about beneficial uses of snake venom, visit our site.
Global demand for Snake venom
Global demand for Snake venom has increased a lot because this toxin has therapeutic applications and is available to customers at an affordable price, so you can visit our site for more information about snake venom medicine history.
Your comment submitted.