no, snakes producing venom is just like how we produce saliva. it can't just stop.
The mongoose is known for producing a natural defense against snake venom. When bitten by a snake, it can neutralize the venom and survive the attack.
Snake venom can be used for medical purposes, such as producing antivenom to treat snakebites. Some components of snake venom have also shown potential in drug development, such as using peptides in research for treatments for conditions like heart disease and autoimmune disorders. Additionally, certain enzymes in snake venom have been utilized in certain diagnostic tests and research studies.
There is a tiny market for snake venom.
No, sheep are not immune to snake venom.
there is no chmeical formula in the snake venom.
The simple subject of the sentence "Glands in the snake's head produced the venom" is "glands." The simple subject is the main noun in the sentence that the rest of the sentence is about. In this case, "glands" is the noun that is performing the action of producing the venom.
A poisonous snake has venom glands in which it can inject venom when it bites. A non- poisonous snake has no venom glands and will not inject venom , but they can have harmful bacteria in their mouth.
No, because, actually, the snakes' venom is its' saliva (spit). -no kidding! And the species of snake is immune to its own venom. Hope this helps as well.
snakes deliver their venom by squirting it through the small holes in their fangs. since the teeth are conected to a venom gland that supplies venom to their teeth and it won't run out or cause problems. FACT-when someone is bitten by a snake doctors use a weaker sample of their venom to stop the bitten person dying.
Eating the venom is not a problem . . . the trouble starts when the venom enters the bloodstream via a snake bite.
There are three type of snake venom such as neurotoxic,hemotoxic and myotoxic.
Platypus venom would certainly be enough to kill a snake - but the snake could well inject its own venom in the platypus at the same time.