Buy King Cobra Snake Venom Online
€ 465.00 – € 2,650.00
Buy King Cobra Snake Venom Online (Ophiophagus Hannah)
The KING COBRA SNAKE VENOM (OPHIOPHAGUS HANNAH) is available for purchase on the internet. Snake Venom For Sale, Buy Snake Venom Online Us.
In India, China, Malaysia, Indonesia, Southeast Asia, and even the Philippines, the King Cobra Venom (Ophiophagus Hannah Snake) is a highly venomous and dangerous snake that is widely distributed throughout the world, including the United States.
The King Cobra Venom (Ophiophagus Hannah Snake) is the most venomous snake in the world, and it has the ability to inject an extremely large amount of venom into a victim with a single bite. Envenomation is a true medical emergency that requires immediate medical attention. Envenomation in this particular species usually manifests itself as systemic neurologic manifestations rather than localised symptoms. Drowsiness, neurological, and neuromuscular symptoms may manifest themselves early on; paralysis, ventilatory failure, and death are all possible outcomes if not treated promptly.
In studies on the King Cobra (Ophiophagus Hannah Snake), it was discovered that it actively interfered with hemostatic stages such as fibrin clot formation, platelet activation/aggregation, and fibrin clot dissolution. It reduced the partial thromboplastin time (aPTT), the prothrombin time (PT), and the thrombin clotting time (TCT) (TCT).
When compared to L-amino acid oxidase (LAAO) isolated from other snake venoms, the L-amino acid oxidase (LAAO) from the King Cobra (Ophiophagus Hannah Snake) is an extremely potent antiproliferative agent against cancer cells when compared to other snake venoms.
Ophiophagus Hannah Snake venom (also known as the hamadryad) is a venomous snake species belonging to the family Elapidae that is found only in forests in India, Southeast Asia, and the Philippines.
King Cobra Snake Venom For Sale
The king cobra (Ophiophagus hannah) is the only member of its genus and the only member of its subspecies. As Viernum points out, “the king cobra is the longest species of venomous snake on the planet.” The amount of neurotoxin released by a king cobra in a single bite is enough to kill 20 people or one elephant, despite the fact that there are other snakes with more potent venom. Viper venom is well-known for its ability to prevent blood clotting, making it a useful ingredient in anticoagulant drugs. Snails that are venomous in the sea: The cone snail’s venom was used in the production of the drug ziconotide, which is used to treat chronic pain in humans. … King Cobra: A specific toxin found in the venom of the King Cobra has shown promise in the treatment of chronic pain.
Snake Venom Online
The proteins in the venom of king cobras have been identified by our team of researchers, and they have been described in detail. Snake venom has always piqued the interest of scientists because it “contains a diverse range of biological activities,” as they put it. A variety of proteases, lipases, nerve-growth factors, and enzyme inhibitors are found in various venoms, among other things. Along with understanding how venoms function, researchers hope to develop more effective antidotes for snake venom and identify molecules from venom that can be used to make drugs such as pain relievers, anti-clotting medications, and blood pressure medications. Domont cites the example of captopril, a medication that is now widely used to treat high blood pressure and heart failure. Originally discovered in the venom of a poisonous Brazilian viper, it was derived from that molecule. We are the most reliable suppliers of venoms of all kinds at competitive prices. We also provide all of our customers with a quick and secure shipping service. We also have scorpion venom for sale right now at low prices, with discreet packaging and overnight shipping available anywhere in the world.
We are the most dependable and largest producers and suppliers of snake venom in the United States, Europe, and Asia, and we have the largest venom bank in the world, with a purity of 98 percent. Our snakes are housed in enclosures that have been specifically designed to accommodate our climate, and they are fed a diet that is well balanced and varied, consisting of rats, mice, frogs, and quail. Snake venom is highly modified saliva containing zootoxins that aid in the immobilization and digestion of prey, as well as the defense against predators and other threats. After a bite, venom is injected into the victim’s system by special fangs, and some species are also capable of spitting venom.
The venom of a king cobra can kill up to 20 people in just seven millilitres. But what exactly is in the snake’s venom is still a mystery. Researchers have been attempting to answer this question for decades.
After publishing their findings in the journal Molecular and Cellular Proteomics, a team of researchers has revealed a detailed account of the proteins found in the venom of king cobras. Read the full paper here. Professor Neil Kelleher of Northwestern University in Chicago, one of the study’s senior investigators, says, “I believe this study to be one of the most complete and precise catalogues of proteins in venom that has ever been obtained.”
Because they “have a rich diversity of biological activities,” according to Kelleher’s collaborator Gilberto Domont at Universidade Federal do Rio de Janeiro in Brazil, snake venom has always piqued the scientific interest of researchers around the world. A variety of proteases, lipases, nerve-growth factors, and enzyme inhibitors are found in various venoms, among other things. Along with understanding how venoms function, researchers hope to develop more effective antidotes for snake venom and identify molecules from venom that can be used to make drugs such as pain relievers, anti-clotting medications, and blood pressure medications. Domont cites the example of captopril, a medication that is now widely used to treat high blood pressure and heart failure. Originally discovered in the venom of a poisonous Brazilian viper, it was derived from that molecule.
Although the venom of the king cobra, the world’s largest venomous snake, which can grow up to 13 feet in length, has been studied in the past, there are still some questions about the venom’s composition. What changes have occurred in the sequences of the toxins over time? Is it possible that some post-translational modifications on proteins are responsible for the venom’s lethality? However, in order to answer these questions, researchers will need to conduct a proper count of the proteins found in king cobra venom (see below).
With the introduction of proteomics, scientists were able to examine the rich diversity of proteins present in a given sample. When it comes to performing proteomic analyses, there are a variety of approaches that rely on mass spectrometry. Top-down proteomics is one method of approaching the problem. It enables scientists to examine proteins as complete, intact entities. When using the more conventional approach, known as bottom-up proteomics, proteins are cut into bite-sized fragments and analyzed for their functional properties.
Bottom-up proteomics is a technique in which researchers must use computer algorithms to piece together protein fragments that have been identified by mass spectrometry. Using top-down proteomics, you can avoid this issue. Its most significant advantage is that it is capable of capturing both intra-protein variations as well as post-translational modifications.
Kelleher’s group is one of the leaders in the development of top-down proteomics, which is why the investigators chose to use top-down proteomics to analyze the venom of the king cobra. Domont, Kelleher, Domont’s graduate student Rafael Melani, and their colleagues successfully extracted venom from two Malaysian king cobras housed at the Kentucky Reptile Zoo and released it into the environment. Top-down proteomics was used to analyze the venom in two different modes: denatured and native. In the denatured mode, the protein complexes were disassembled; in the native mode, the venom was left in its natural state, allowing the protein complexes to remain in their natural state.
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