Can we use WASP venom to spur on and activate certain proteins, which are found in the human brain to increase cell growth, brain capacity and neuron transmissions? The reason I ask is that every poison to man seems to stimulate a reaction to fight it. And the old adage “That which does not kill us makes us stronger”. Here is some interesting thoughts on the actual known and studied effects and conclusions.
Now then is such a difference. We know that the venom in WASPS is substantial. And we know that there are about 10,000 known chemicals in the brain. 2000 very prevalent and 200 or more acting in significant amounts during normal brain activity operations. Now then if these chemicals are increased in the brain they will change the current thought. I as most of us can attest that venom from a Bee or Wasp when injected increases adrenaline and increase heart rate. But what else does this do to the human. We know that this poison effects the central nervous system and therefore does act upon the brain since it is connected to the central nervous system. But what if it is exactly injected into the scalp or that part of the body where blood flows interact with the brain. What if we inject it into the brain directly? What is the Genome of the venom? Scientists have mapped out the WASP, Mosquito, Bee, Fly and those things associated with such virus or disease vectors. For instance Malaria, which kills a child every 30 seconds and about a million a year in Sub-Sahara Africa. But the ability to make venom and what it is made of and what travels within it is of significant value in creating anti-viruses, antidotes, etc. One Witch Potion, without going into witch doctor propaganda, Harry Potter Best Selling Books or hocus Pocus, it has been discussed through the ages in many cultures throughout recorded history. So then what good can this provide, what does it do to the human brain and why is it many Bee Keepers seems to be better observers and thinkers than other folks? HMMM? This is an interesting post. Yes it is and there seems to be something to this. People who are allergic to bee stings can die. Those that are not obviously have a defense mechanism and immune system, which jumps into action. But few are without some reaction.
Well before you get all excited about what this venom is made of, they have figured it out.
Turns out it has some ten amino acids in it amongst other things such a proteins. This when shot into a human even at such small amounts is not without an effect. Is it good or bad. Well it maybe good in some regards and it certainly forces the body to defend itself and therefore triggers the manufacture and discharge of a whole other set of naturally made proteins in the body. We know from the relationships between mankind and other species that throughout the last 160,000 years and as many as 1 million years we have in some form or another been living together. Everything affects everything else.
Those, which are allergic to bees are rarely allergic to wasps. And vice versa. The Wasp has certain proteins, which do not exist in bee stings. There maybe a correlation to the natural brain stimulants found in the protein PWS 120MCG/V, or that protein triggers the body to counteract the venom and forces a defense system which increases brain activity or changes the areas of the brain which are used in certain ways and for certain things. It is an observation that people who live in areas where wasps live have a percentage of intellectuals coming out of those regions who do not have the benefits of good schools, proper nurturing or balanced diet or high in protein foods which are prevalent.
What is also of interest is during hotter summers we will see a higher degree of these species in North America. And as well, more mosquitoes on other similar genome insects as well as the Killer bees we saw climb into Northern Climates during the last decade. As climates change and cycles come forth, we may find ourselves needing to study these things more and learn how to adapt and create symbiotic relationships with these insects as we attempt to share the country with them. These invaders have different niches but some which coincide and collide with mankind. We need be sure we know which is which. For instance the West Nile Virus is a real problem with animals and livestock. These are sources of our artificial food chain to sustain life as we know it.
We need to know how each creature works and its place in our lives and eco-system so that we can live accordingly and harvest the important things for ourselves. For instance if Wasps eat Mosquitoes and we can harvest the venom then we can have the best of all worlds for us. If Wasps feed on certain types of Mosquitoes such as the common house Mosquito, Culex pipiens, which sucks the blood from birds and occasionally humans, also known to spread West Nile Virus then the global heating will bring in the Wasps and they will take care of the Mosquito populations. The venom if it stings people would not transfer and the Wasps have adapted not be affected by the disease itself. Problems being that Wasps are territorial and might sting people and they just keep stinging and can cause issues such as the ones stated in the previous listed websites above. Now then if we are to really go after these mosquitoes we might have artificial robot or scare crow dummies like humans, which give off a scent or odor that the mosquitoes pick up on and then the flesh like surface would contain underneath acetone or Wasp venom proteins underneath killing the mosquito. Every member of the food chain appears to have an enemy and the giant Mosquitoes with the once inch wing span eat, the other mosquitoes but cannot sting humans, thus they too are positive contributions to the food chain which keeps the biting mosquitoes away. The protein in Wasp Venom is an interesting one and we need to study it more. The Wasp is also used to eat aphids in many places where they are sensitive to the use of insecticides or that the level of potency of insecticide to kill them is too much since the aphids, mosquitoes and other insects have grown accustomed to the insecticides and are resistant now. These are all real issues in modern farming.
There are many types of Mosquitoes about 80, which harm man or carry diseases. We know of as many types of WASPS, some of which like to eat aphids and certain smaller insects like the common house mosquito, which has killed hundreds and seems to be killing more each year with West Nile Virus, which is not very funny. Now then we also have a bark beetle problem so if we can find a genome which likes to eat sand flies for the beach goers and surfers and kite surfers, likes to eat aphids for the farmers, Culex type mosquitoes for the West Nile Situation and Bark Beetles for the forests we are good to go. Meanwhile scientists are trying to decide how to genetically modify organisms such as mosquitoes so they will not carry West Nile virus. If they do that Malaria, Yellow Fever and a host of other terrible problems maybe only one more step away. Think about it.