Histamine complex dating Email sex chat gratis
The range of compounds is far too vast to detail every single one – but we can examine some of the major constituents in bee, wasp, hornet and ant venom.
You could be forgiven for thinking that it must be a relatively simple company of chemicals that makes up the painful sensation of a bee or wasp sting, but in fact a hugely complex mixture of all sorts of compounds – proteins, peptides, enzymes, and other smaller molecules – go into a small amount of venom.
Therefore, topical application of an acid or alkali to the sting area is unlikely to provide relief.Acetylcholine is actually a neurotransmitter that’s also produced in our bodies, but in wasp and hornet venom, it helps stimulate pain receptors, heightening the pain felt from the sting and venom.Hornet venoms contain particularly high levels of acetylcholine.Researchers still don’t fully understand precisely how the detoxification occurs, but suggest it might be the result of the formic acid neutralising the enzymes that aid in fire ant venom’s potency.Even more interestingly, this detoxification process forms an ionic liquid at ambient temperature, a phenomenon that had not previously been observed in nature.
MCD peptide, another minor component of the venom, can also cause mast cells in the body to release more histamine, worsening inflammation.