Cobra and Krait snake found in VAXXED Infomation Motherload

[Kurokage]

It was misreported that the COVID -19 virus came from the Cobra and Krait snake. It was the VENOM from the snakes found in the Vaccimicated victims. They also may have used air food and water. A Chinese scientist was killed (3 bullets to chest 1 to head) right after he reported it. 

This video is a year or so old but it has massive amounts of evidence and proof of what happened. There is a book available on Amazon that goes into much more detail. No one has disproved any of this.   

BREAKING! Exposing The Vaccine Agenda. Cancer & Covid Cure REVEALED In This Podcast!

You could maybe learn a little about the use of venoms in medicine through out history before posting silly articles, and being caught out by click bait and doom porn...
https://www.linkedin.com/pulse/historica...-d--vofgf/

A Journey Through Time
For millennia, venoms have occupied a paradoxical place in human history, feared for their lethal potential yet revered for their medicinal properties. Long before modern science began deciphering the molecular complexities of venom, ancient civilizations were already leveraging their therapeutic potential. This article explores the fascinating history of venom use in treating diseases, highlighting milestones that bridge traditional practices and contemporary medicine.
 
The Modern Era: Venom as Medicine
The 20th century ushered in a new era of venom research, driven by advances in biochemistry and pharmacology. Scientists began isolating specific venom components and identifying their mechanisms of action.

Therapeutic Breakthroughs:
   - The development of captopril in the 1970s, derived from the venom of the Brazilian pit viper (*Bothrops jararaca*), marked a milestone in venom-based drug development. It became the first widely used ACE inhibitor, revolutionizing hypertension treatment.
   - Bee venom therapy saw a resurgence in the treatment of autoimmune diseases like multiple sclerosis and chronic inflammatory conditions.

https://www.sciencefocus.com/nature/the-...o-medicine

The bite that cures: how we’re turning venom into medicineTo most of us, medicine comes from the chemist. There we can stock up on blister packs of pills, tubes of ointments and bottles of innocuous-looking liquid. But the original sources of drugs can be much more exotic than your local pharmacist. The first HIV drug, for example, came from a sea sponge, while a heart disease drug is derived from the foxglove plant.
You can’t get much more exotic than venomous animals and that’s where scientists are turning their attention. Venoms are cocktails made up of between tens and hundreds of different toxins, usually proteins and smaller chains of amino acids similar to proteins called peptides, along with organic molecules, such as hormones, antibiotics and other compounds that are involved in the metabolic functions of living things. Venoms help animals to immobilise or kill prey, or neutralise predators in self-defence.

BEES AND WASPS

TARGETS: HIV, breast cancer, skin cancer and rheumatoid arthritis
Of all the venomous bites, stings and punctures, the ones most of us will be familiar with are those from bees. Bee venom, though, contains compounds that could have uses as diverse as combating HIV and helping to treat rheumatoid arthritis.
More than half of the venom of honeybees is made up of a peptide called melittin. Despite its diminutive size, this toxin packs a mean punch – it’s the cause of the burning sensation that comes along with a sting.
In lab tests carried out by researchers at Washington University School of Medicine in the US, gold nanoparticles carrying melittin can puncture holes in the protective envelope of HIV without affecting human cells. While research is in its infancy, these nanoparticles could one day be part of a vaginal gel to prevent HIV transmission.
One of the biggest challenges facing cancer therapy is how to ensure that drugs target only cancerous cells and not healthy ones. Researchers from the University of Leeds and São Paulo State University in Brazil are studying a toxin from the venom of the Brazilian wasp Polybia paulista that could do just that.

SNAKES

TARGETS: blood pressure, blood clotting, chronic pain
If you were asked to think of a venomous animal, it’s fairly likely that a snake would be the first that springs to mind. They’re also probably the most studied among scientists in search of new drugs.
Many drugs derived from snake venom target the cardiovascular system. Workers on banana plantations who’ve been bitten by snakes often pass out due to severe drops in blood pressure. This led researchers to a peptide in the venom of the pit viper Bothrops jararaca. The drug based on it – blood pressure medication captopril – works by stopping the molecules that would ordinarily prevent blood vessel dilation, allowing them to widen and lower blood pressure. It was the first venom-based drug and continues to be one of the most popular medications on the market.
The southeastern pygmy rattlesnake, found in the US, has potent venom that stops blood from clotting and causes profuse bleeding. One of its toxins has been developed into a drug called eptifibatide that is used in people who are at risk of having a sudden heart attack. It stops platelets in the blood from sticking together, preventing the blood clots that can cause heart attacks and strokes. A similar toxin, from the venom of the saw-scaled viper, has the same target and is the basis of the drug tirofiban.

CONE SNAILS

TARGETS: Chronic pain, Alzheimer’s, Parkinson’s, schizophrenia and lung cancer
These predatory carnivorous sea snails are found mainly in the warm Indian and Pacific Oceans and their toxins are already proving useful as painkillers. Their ‘bite’ comes from a modified tooth that is projected out of the snail’s mouth and injects venom into its prey, usually fish, instantly paralysing it. Once immobilised, the prey can be engulfed and digested by the snail.
While it’s bad news for the fish, some of these same toxins have shown painkilling effects in humans. There is already a drug on the market, the morphine-like ziconotide, which is used to treat severe chronic pain by administering it direct into the spinal fluid. It is a synthetic copy of a peptide from the venom of Conus magnus, also known as the magical cone.

 
SPIDERS, SCORPIONS AND CENTIPEDES

​​​​​​​TARGETS: Cancer, muscular dystrophy, chronic pain,erectile dysfunction
Scorpion venom could be medically useful as a way of marking up brain tumour cells for surgery, as it’s tough for surgeons to identify where a tumour ends and healthy cells begin. If they err on the side of caution, cancer cells get left behind. If they get too knife-happy, then healthy cells are cut out alongside cancer. Chlorotoxin, a component of venom from the cheerily named deathstalker scorpion, binds to tumour cells. Adding a fluorescent tag means that tumours ‘light up’, allowing a surgeon to clearly see their boundaries. This ‘tumour paint’, developed by researchers at the Fred Hutchinson Cancer Research Center in the US, has been tested in animals and is now being trialled in people.
Spider venom also appears to be a rich source of compounds for drug development, with toxins believed to have the potential to variously treat muscular dystrophy, chronic pain and erectile dysfunction.

[Tecate]

Anti-venoms use venom.

Rattlesnake bites, etc.

Yes it can be synthesized, but original source.

Curare was the source for Succinylcholine, a paralytic used for Endotracheal Intubation.

So, not all are bad.

Tecate

[Knows]

"Anti-venoms use venom."

No. They inject a horse with venom. Then they remove and use the antibodies to treat those bit. 

"Yes it can be synthesized, but original source."

recombinant DNA technology (using bacteria/yeast), or by mimicking the natural molecules (like Captopril from viper venom). Researchers extract venom, identify beneficial toxins, and then use methods like cloning genes into microbes or designing synthetic versions to produce large quantities of therapeutic compounds for drugs like blood pressure meds (Captopril) or diabetes treatments (Exenatide). 

They produce it by the ton. Do we disagree?

[Knows]

Yes. We do know and show venom in drugs. Watch Dr Ardis's video's. If it has venom in it, I won't use the drug. Venom will stay on your receptors for periods like 12 years causing all types of diseases. You won't even have a clue why you are dying of the disease.

[Knows]

You could maybe learn a little about the use of venoms in medicine through out history before posting silly articles, and being caught out by click bait and doom porn...
https://www.linkedin.com/pulse/historica...-d--vofgf/

https://www.sciencefocus.com/nature/the-...o-medicine

You could watch the 2 video's. And prove them wrong. Instead of posting what we already know and ignoring all the facts. 

[rickymouse]

There is no good that comes from venom in your body. Venom attaches to receptors and causes different diseases. Marine sponge venom is used in the AZT drug for AIDS.

All the long Covide -19 cases showed venom in their bodies from different animals. Like Cone snails, snakes, spiders etc. Remdesivir is a drug used in Africa for Ebola. Remdesivir is a venom drug  that kills more than Ebola! Watch the video I posted today.

The Trillion Dollar Venom Industrial Complex With Dr. Bryan Ardis

I prefer natural ways to fight diseases.  Venom is not a natural thing to put into our bodies.  If you want to lower blood clot risk, just eat some onions...If you want to lower blood clot risk without lowering thromblin levels, then eat garlic.  But beware, if you eat a lot of garlic over a long time and then stop for a week, it can cause thrombosis in your legs.  Onions do not have that problem, they also reduce thromblin levels...but that means if you eat too much you bleed more.

Onions work by reducing the sticking of blood cells together but also reduce the sticking of your skin together a little, so you cut a little easier.  So overconsumption of onions will have side effects too.  With the blood clotting problems of the blood type diet, the companion food for those with A or B with a hamburger or steak is to eat it with onions.  That has to do with the meat sugar type...fish and fowl and reptiles and the white footed mouse and one monkey type have the same meat sugar type as those with A and B types, beef and other mammals usually have the same meat sugar type as O type people...so those with O blood do better with beef and need onions or garlic on seafood or possibly lemon on their fish so they do not have increased clotting factors.

I did lots of research on the blood type diet and tried to find the antidote or comapanion chemistry to neutralize the problem.  The companion food just has to accompany the type of meat or sometimes legumes or veggie that can be problematic.

I learned I cut easier by cutting my finger on a piece of metal taking off the front of the washing machine to service it years back, I had eaten onion rings and two big bowls of homemade french onion soup before that and I should never have gotten cut by that metal.  I verified it two or three more times through experimenting on myself, plus researched the subject and found limited evidence to back it.  So I learned not to overeat onions and I don't have a problem.  The reason I know about the garlic is because of the daughter, her deep vein Thrombosis went up when she ran out of garlic for a week and she wound up getting all sorts of tests.  She was crushing the garlic instead of mincing it, a no no if you use a lot of it.  Crushing it makes the Aliin turn into Allicin which means the body does not need to convert it...our body only creates enzymes to convert it if it needs the effect of Allicin.  If you don't use a lot of garlic in your food, crushing it is good, but overdoing it can cause some problems.

Now, sorry to go so far in depth into this. Especially when it most likely has nothing to do with venom other than it's blood clotting activities.  Just trying to warn you guys that too much of something good can be harmful.

[rickymouse]

Forgot to mention in the last post that even onions and garlic can't be eaten much by those on some medicines.  Grapefruit also has anti-clotting factors like onion but has some other problems that interfere with certain meds.

[rickymouse]

Yes. We do know and show venom in drugs. Watch Dr Ardis's video's. If it has venom in it, I won't use the drug. Venom will stay on your receptors for periods like 12 years causing all types of diseases. You won't even have a clue why you are dying of the disease.

I wonder if any of the herbs and plants used to treat snakebite would work on fixing this venom in the vaccine.

Turmeric is supposed to take away some of the issues of snake bite.  Maybe that is why they say it is now good to eat it...when in fact, over a teaspoon a day can have some bad issues for most northern Europeans.

Snakeroot is used for snakebites, but there isn't any growing around here.

Rosemary has some effects on snake venom, so does something in garlic I guess, and oregano or oil of oregano is supposed to be good for some reason.

Supposedly the greater plantain growing in the yard here can be used to help with snakebite victims, but not sure how to use it.  I sometimes put a few young leaves in my salad, and I have eaten it multiple times boiled like spinach...it looks a lot like spinach but tastes actually better.  It does have some bad properties if consumed without cooking, lots of oxylates and can cause blood to clot.  Cooking destroys the clotting factor, but only reduces the oxylate moderately, I actually like cooking it and it probably would be good in spinach dip...tastes so much like spinach, but it has quite a bit more nutrients than spinach

Maybe the pharmaceudical companies are paying influencers to promote turmeric because it helps with side effects of the meds they are planning on producing.

Don't really know if these work for this though, the shot is not a snake bite, but maybe the people pushing those shots are snakes. 

[Knows]

I prefer natural ways to fight diseases.  Venom is not a natural thing to put into our bodies.  If you want to lower blood clot risk, just eat some onions...If you want to lower blood clot risk without lowering thromblin levels, then eat garlic.  But beware, if you eat a lot of garlic over a long time and then stop for a week, it can cause thrombosis in your legs.  Onions do not have that problem, they also reduce thromblin levels...but that means if you eat too much you bleed more.

If at all possible I  use a natural products. And also Chlorine Dioxide for infections like shingles. Shingles can't build up a resistance to Chlorine Dioxide. 
But so far I haven't found anything but Losartin Pottassium Hydrochlorothiazide to control my High Blood Pressure. I even have tried Dr. Ardis Herbs. On third bottle and it has little or no effect on my condition.

[ARM1968]

I live in a quiet backwater of mid wales. A local lady recently changed jobs and works at a business only a few miles away producing snake venom - obviously from snakes. The venom is collected and shipped to a Pharma company. Got to imagine, if they’re doing that here, there must be quite a few around.