Pfizer responded to the first video last Friday, effectively confirming the veracity of the subject matter as well as Pfizer’s connection to the man being interviewed. What will their response be to this video? Will YouTube ban it as well? https://t.co/KEcagvrR35
"The way this Pfizer guy is talking about the vaccine is the way that all of us are talking about the vaccine."@michaeljknowles reacts to Jordon Walker's candid admissions in the #Pfertility exposé pic.twitter.com/g1FTYs5MCa
"What this gentleman is positing is immense, in term of its implications."@RWMaloneMD responds to our latest report into @Pfizer Director Jordon Walker expressing concern over women's reproductive health after Covid-19 Vaccines#Pfertilitypic.twitter.com/3pOR7tXbru
White Willow is the oldest recorded analgesic, or painkiller, in human history.
Chinese physicians have used white willow since 500 b.c. to relieve pain and lower fevers.
White willow was also used in ancient Assyrian, Egyptian, and Greek medicine as well.
The Greek physicians Hippocrates and Galen recommended white willow to remedy fevers and pain.
Native American tribes, including the Cherokee, Blackfoot, Iroquois, and Eskimo peoples, created a tea from closely related species of the bark to relieve headaches, fever, sore muscles, chills, rheumatism, and general aches and pains.
European chemists extracted the constituent salicin from white willow bark and converted it to salicylic acid.
Due to the cheap and easy production of synthetic aspirin, white willow eventually lost its popularity as a pain and fever reliever.
Ever since I started using Hydrogen Peroxide to get rid of armpit stains, to clean cookie sheets, as a miracle cleaner in my kitchen and bathroom, and to make my own “oxi clean”…I ALWAYS have at least one bottle of the stuff under my kitchen sink, under my bathroom sink, AND in the laundry room. This stuff is amazingly versatile!
But it wasn’t until recently, after doing some IN DEPTH research on the subject, that I came to realize what a “miracle substance” hydrogen peroxide really is! It’s safe, it’s readily available, it’s cheap, and best of all, it WORKS! It works for a LOT of stuff!
Hydrogen peroxide should really be called oxygen water, since it is basically the same chemical make up as water but with an extra oxygen atom (H2O2). Because of this it breaks down quickly and harmlessly into oxygen and water.
Some other interesting facts about hydrogen peroxide:
It is found in all living material.
Your white blood cells naturally produce hydrogen peroxide (H2O2) to fight bacteria and infections.
Fruit and vegetables naturally produce hydrogen peroxide. This is one of the reasons why it is so healthy to eat fresh fruit and vegetables.
It is found in massive dosages in the mother’s first milk, called colostrum, and is transferred to the baby to boost their immune system.
It is found in rain water because some of the H20 in the atmosphere receives an additional oxygen atom from the ozone (O3) and this H2O2 makes plants grow faster.
Next to Apple Cider Vinegar, hydrogen peroxide ranks up there as one of the best household remedies.
Besides the obvious (cleansing wounds), did you know that it is probably the best remedy to dissolve ear wax? Brighten dingy floors? Add natural highlights to your hair? Improve your plants root systems? The list goes on and on!
There are SO many uses for this stuff that I’ve started replacing the cap on the hydrogen peroxide bottle with a sprayer because it’s easier and faster to use that way.
I have compiled a rather impressive list of uses for 3% hydrogen peroxide that I hope will have you as thrilled and bewildered as I was!
Wash vegetables and fruits with hydrogen peroxide to remove dirt and pesticides. Add 1/4 cup of H2O2 to a sink of cold water. After washing, rinse thoroughly with cool water.
In the dishwasher, add 2 oz. to your regular detergent for a sanitizing boost. Also, beef up your regular dish soap by adding roughly 2 ounces of 3% H2O2 to the bottle.
Use hydrogen peroxide as a mouthwash to freshen breath. It kills the bacteria that causes halitosis. Use a 50/50 mixture of hydrogen peroxide and water.
Use baking soda and hydrogen peroxide to make a paste for brushing teeth. Helps with early stages of gingivitis as it kills bacteria. Mixed with salt and baking soda, hydrogen peroxide works as a whitening toothpaste.
Soak your toothbrush in hydrogen peroxide between uses to keep it clean and prevent the transfer of germs. This is particularly helpful when you or someone in your family has a cold or the flu.
Clean your cutting board and countertop. Let everything bubble for a few minutes, then scrub and rinse clean. (I’ve been using it for this a LOT lately!)
Wipe out your refrigerator and dishwasher. Because it’s non-toxic, it’s great for cleaning places that store food and dishes.
Clean your sponges. Soak them for 10 minutes in a 50/50 mixture of hydrogen peroxide and warm water in a shallow dish. Rinse the sponges thoroughly afterward.
Remove baked-on crud from pots and pans. Combine hydrogen peroxide with enough baking soda to make a paste, then rub onto the dirty pan and let it sit for a while. Come back later with a scrubby sponge and some warm water, and the baked-on stains will lift right off.
Whiten bathtub grout. First dry the tub thoroughly, then spray it liberally with hydrogen peroxide. Let it sit — it may bubble slightly — for a little while, then come back and scrub the grout with an old toothbrush. You may have to repeat the process a few times.
Clean the toilet bowl. Pour half a cup of hydrogen peroxide into the toilet bowl, let stand for 20 minutes, then scrub clean.
Remove stains from clothing, curtains, and tablecloths. Hydrogen peroxide can be used as a pre-treater for stains — just soak the stain for a little while in 3% hydrogen peroxide before tossing into the laundry. You can also add a cup of peroxide to a regular load of whites to boost brightness. It’s a green alternative to bleach, and works just as well.
Brighten dingy floors. Combine half a cup of hydrogen peroxide with one gallon of hot water, then go to town on your flooring. Because it’s so mild, it’s safe for any floor type, and there’s no need to rinse.
Clean kids’ toys and play areas. Hydrogen peroxide is a safe cleaner to use around kids, or anyone with respiratory problems, because it’s not a lung irritant. Spray toys, toy boxes, doorknobs, and anything else your kids touch on a regular basis. Help out your plants. To ward off fungus, add a little hydrogen peroxide to your spray bottle the next time you’re spritzing plants.
Add natural highlights to your hair. Dilute the hydrogen peroxide so the solution is 50% peroxide and 50% water. Spray the solution on wet hair to create subtle, natural highlights.
According to alternative therapy practitioners, adding half a bottle of hydrogen peroxide to a warm bath can help detoxify the body. Some are skeptical of this claim, but a bath is always a nice way to relax and the addition of hydrogen peroxide will leave you – and the tub – squeaky clean!
Spray a solution of 1/2 cup water and 1 tablespoon of hydrogen peroxide on leftover salad, drain, cover and refrigerate. This will prevent wilting and better preserve your salad.
Sanitize your kids’ lunch boxes/bags.
Dab hydrogen peroxide on pimples or acne to help clear skin.
Hydrogen peroxide helps to sprout seeds for new plantings. Use a 3% hydrogen peroxide solution once a day and spritz the seed every time you re-moisten. You can also use a mixture of 1 part hydrogen peroxide to 32 parts water to improve your plants’ root system.
Remove yellowing from lace curtains or tablecloths. Fill a sink with cold water and a 2 cups of 3% hydrogen peroxide. Soak for at least an hour, rinse in cold water and air dry.
Use it to remove ear wax. Use a solution of 3% with olive or almond oil. Add a couple drops of oil first then H2O2. After a few minutes, tilt head to remove solution and wax.
Helps with foot fungus. Spray a 50/50 mixture of hydrogen peroxide and water on them (especially the toes) every night and let dry. Or try soaking your feet in a peroxide solution to help soften calluses and corns, and disinfect minor cuts.
Spray down the shower with hydrogen peroxide to kill bacteria and viruses.
Use 1 pint of 3% hydrogen peroxide to a gallon of water to clean humidifiers and steamers.
Wash shower curtains with hydrogen peroxide to remove mildew and soap scum. Place curtains in machine with a bath towel and your regular detergent. Add 1 cup full strength 3% hydrogen peroxide to the rinse cycle.
Use for towels that have become musty smelling. 1/2 cup Peroxide and 1/2 cup vinegar let stand for 15 minutes wash as normal. Gets rid of the smell. Use hydrogen peroxide to control fungi present in aquariums. Don’t worry, it won’t hurt your fish. Use sparingly for this purpose.
De-skunking solution. Combine 1 quart 3% H2O2, 1/4 cup baking soda, 1 teaspoon Dawn dish detergent, 2 quarts warm water.
the best way to take your herbs when fighting against mucus and phlegm is in liquid/tea form. the body needs to stay hydrated in order to keep the mucus thin within your body.
the healing process:
healing is process and in order to do so naturally we have to be sure our environment is conducive to the healing process.
when it comes to clearing out our lungs it’s important to keep the air moist.
– dry air irritates our noses and throat, our bodies began to create more mucus as a lubricant to keep our nasals moist. using a humidifier can help to keep our airways lubricated during our healing process, especially while sleeping. I recommend using eucalyptus oil.
stay elevated and keep your head high.
– sleeping and resting in a elevated positions will prevent mucus build up in the back of the throat. I recommend using hypoallergenic pillows as it’s worked well for me when fighting sinus infections and battling mucus build up.
– try to avoid suppressing your coughs.
instead, take a breath that is slightly deeper than normal. use your stomach muscles to make a series of 3 rapid exhalations with the airway open. this technique is proven to help loosen and move mucus upward toward the larger airways.
– avoid smoking/ second hand smoke.
this one may be difficult but it’s important to give our air airways a rest from smoking. If you use marijuana, I recommend steeping your herb in tea form until your sinuses and air ways are cleared. i recommend avoiding tobacco completely.
🌿 i posted step by step instructions on how I like to steep my herb (marijuana) here: https://linktr.ee/zahratenom
disclaimer: this is not medical advice but information derived from my personal clinical research. please consult your doctor or physician before taking any holistic supplements or alternatives especially when paired with pharmaceutical treatments if you have no experience.
healing holistically is a process that requires both our minds and bodies to be in direct communication. it requires us to listen to how we feel, and how to patient with ourselves. when we heal from the inside, we radiate good health on the outside🌿
Swimmer (1835-March, 1899), Cherokee traditionalist and storyteller, was born in the Cherokee country of southwestern North Carolina. His Cherokee name, Ayunini, meaning “swimmer”, was trained by the masters of his tribe to be a medicine man, a doctor, and the keeper of tradition, he never learned to speak English but instead maintained his Native culture and heritage throughout his life. In fact, as it was intended he should be, he became the conservator of the history and traditions of his people.
As a youth he learned the Cherokee Syllabary from the elders of his tribe and began early to keep a notebook in which he recorded the sacred rights as well as the facts and stories of his people. He also made note of their ways of doing things and identified plants, roots, and barks whose use had proven useful or effective in one way or another.
During the Civil War Swimmer enlisted on 9 Apr. 1862 and served as second sergeant of the Cherokee Company A, Sixty-ninth North Carolina Confederate Regiment in Colonel William Thomas’s legion.
Cherokee Medicine Man, Ayunini (Swimmer) Didanvwisgi (He Heals Them) 1888
For those of you shocked by the CDCs action today re:COVID vaccines on the childhood immunization schedule, you should know that the other shots weren’t necessary either.
For example: Hepatitis B is almost always sexually transmitted. CDC votes yes anyway. Necessary for infants.
Pertussis (Whooping Cough). Vaccine doesn’t prevent transmission of disease (proven in actual studies). CDC votes yes anyway. Necessary for school kids.
Tetanus: Disease is not contagious. Even an actual infection itself doesn’t confer immunity. CDC votes yes anyway. Necessary for school.
Measles: Mortality rates from measles were nearly zero. Unknown if vaccine prevents transmission. CDC votes yes anyway. Necessary for school.
Polio: Oral vaccine actually a direct source of disease transmission. CDC votes yes anyway. Necessary for school.
Mumps: Disease mortality nearly zero before vaccines. Unknown if vaccine prevents transmission. CDC votes yes anyway. Necessary for school.
Nearly every single vaccine on the CDC childhood schedule was rubber-stamped in the same way you saw today with the COVID shots.
What you saw in full view today has been going on for decades. The COVID vaccine is no different.
Might want to look into natural immunity.
If you made it this far, this next info might really interest you.
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The polio story as you learned it is wrong. It’s one of the most often misunderstood sequence of events in the last two hundred years. I wanted to explain a few things about the disease to help people understand what actually happened.
The first modern account of something resembling polio was in 1789. A physician named Michael Underwood described an illness in children he called “Debility of the Lower Extremities.” He attributed it to teething and foul bowels. https://archive.org/details/b28771254_0001
One of the next mentions was from Louisiana in 1841. A few children came down with paralysis. The supposed cause: teething. Why would teething be associated with paralysis?
Various stories appeared throughout the 1800s of children coming down with paralysis, almost always in their legs. Many people called it “teething paralysis,” but others settled on “infantile paralysis.”
This was a new phenomenon: Doctors had never seen it before and didn’t know why it was happening. Research began to reveal that the cause of paralysis were lesions on the grey part of the spinal cord.
If you developed a lesion on your spinal cord, they called this a “poliomyelitis.” Polio = grey. Myelitis = inflammation of the spinal cord.
A poliomyelitis was a lesion on your spinal cord. You could have more than one of them. But they didn’t know why children had begun developing them, seemingly out of nowhere.
Scientists conducted research on animals by purposefully poisoning them with arsenic, an ingredient of popular medical remedies of the time. The result? Paralysis in their hind legs.
When they did autopsies of the animals, they discovered lesions in their spinal cord. The animals had what they called “poliomyelitis.”
During the 1800s, the most common medical treatments for any sickness contained mercury—in order to clear the bowels. Infants received mercury-containing teething powder.
This wasn’t a fringe treatment, but something as common as Tylenol might be considered today. If the metal arsenic was known to cause poliomyelitis, then perhaps, so could mercury.
Throughout the 1800s, there were a few cases of infantile paralysis that would pop up here and there. Not really any epidemics. In the 1890s, something changed.
A new pesticide was invented in 1892 called lead arsenate near Boston, Mass to combat the spread of a foreign invader—the gypsy moth. It combined lead and arsenic together because it couldn’t be easily washed off.
The pesticide began being sprayed aggressively and within two years, the first real epidemics of poliomyelitis (infantile paralysis) began to appear in the northeastern U.S. Rather than a few children coming down with something, it started getting into the hundreds.
These epidemics affected children more than anyone, but had another strange set of victims: animals. Horses, dogs, chickens, pigs. All dead from poliomyelitis—lesions in their spinal cords that caused paralysis & death. https://archive.org/details/infantileparalys00cave
I say strange because the poliovirus doesn’t affect animals (besides Old World Monkeys). These early outbreaks are referred to as the first polio outbreaks in the U.S., but we know it couldn’t have been due to the poliovirus if animals were being struck.
Koch’s Postulates were some research guidelines that basically stipulated there was a single causative microbe for every disease. It WAS true for all of the other diseases: cholera, typhoid fever, diphtheria.
Over the next few years, scientists discovered that many things could cause a poliomyelitis—it wasn’t just arsenic. There were several other viruses and bacteria that if injected directly into the nervous system could cause lesions that would trigger paralysis.
But the cloud of Koch’s Postulates hung over their research, and many scientists felt that—like all the other diseases—poliomyelitis HAD to be due to ONE thing: a bacteria or a virus. They just had to find it.
You can see the shift in their thinking around this time. They start referring to the disease as a proper noun: Poliomyelitis, rather than using it as a symptom: The patient has a poliomyelitis.
At this time, viruses were still very difficult to work with. They couldn’t see them, only deduce their presence by the symptoms they might cause. In 1908, a virus was found to be able to cause paralysis in monkeys. https://historyofvaccines.org/history/polio/overview
They named it “poliovirus,” because it could cause poliomyelitis in the monkeys. Other viruses and bacteria could cause the same thing: coxsackievirus, echovirus, D68, etc.
With Koch’s Postulates guiding their search, they began to focus on this one virus as THE cause of poliomyelitis, despite knowing there were many other causes. This mistake would create suffering for millions of people over the next few decades.
The question is if viruses and bacteria COULD cause poliomyelitis, why then, and not before? Why did epidemics of polio suddenly appear in the 1900s when they did not exist before?
Some have suggested improvements in sanitation as the cause. They suggest that better sanitation prevented people from picking up the infections as children, when they were protected by their mother’s breastmilk antibodies.
This hypothesis is weak. The disease was called infantile paralysis by many even in the 1940s because it seemed to always strike infants. If better sanitation was the cause, teens or adults should have been the ones with problems.
Also, the early outbreaks were always in rural areas, where there was little change in sanitation practices. Not coincidentally, these rural areas were subjected to heavy pesticide spraying.
The real question is if the spinal cord was well-protected from these paralytic infections, why did it suddenly seem to become vulnerable starting around this time.
I believe ingested pesticides, known to cause cellular membrane dysfunction, created a path directly from the intestines to the bottom of the spinal cord, located directly behind, for the viruses and bacteria to take hold.
This is why multiple viruses (poliovirus, coxsackievirus, echovirus, etc.) all began paralyzing children around this time. It wasn’t a genetic mutation. It wasn’t sanitation improvements. It was a physical alteration of the gut integrity by pesticides.
Modern scientists will say the virus gets in the blood and reaches the spinal cord that way. But why did the infection nearly always affect the bottom of the spinal cord, when the blood supply reaches the entire cord evenly?
This is why I believe infants & children were the worst affected. The bottom of the infant spinal cord (the part that controls the legs) lies directly behind the intestines.
As you grow, the spinal cord does not grow as much as the vertebrae and in adults, the bottom of the spinal cord ends up being much higher in relation to the intestines—well out of reach for most toxic or microbial assaults.
This is why the injected Salk polio vaccine worked so poorly. It created antibodies for only one of many viruses that could paralyze, and it created antibodies in the blood—a useless defense against an intestinal infection.
As lead arsenate fell out of favor because of its toxicity, a new set of synthetic pesticides came into play and made this problem much worse.
After World War 2, DDT began being applied everywhere, sprayed directly onto children’s food, their clothing, their bedding, etc. It made people very sick and the paralysis of poliomyelitis exploded. It was horrible.
By 1952, it was clear many of the insects were becoming DDT-resistant, and its toxicity began to concern people. They began to use safer pesticides and, with lead arsenate also fading out of the picture, infantile paralysis began to disappear.
Even Steedman’s Teething Powder, the mercury containing product administered to teething infants for so long, changed its formula. https://t.co/diycA8lq6f
By 1960, the ineffectiveness of the Salk vaccine concerned scientists and they gathered in Chicago to discuss the problem. People were getting paralyzed after even 4 or more shots. https://t.co/dK31UNcQse
They were also concerned about study in Detroit where they had taken stool samples of nearly 1,000 people diagnosed with polio. Just one third of those people tested actually had polio. Everyone else had been stricken with some other paralyzing virus. https://jamanetwork.com/journals/jama/article-abstract/327642
This presents a problem because many people were told they had “polio” when they were affected as children. The reality is—doctors could not have known what caused the paralysis. It could have been one of many different viruses, pesticides, or even bacteria.
The Sabin oral polio vaccine soon came into use & it could actually control the poliovirus infection within the gut—where it actually made a difference. But it didn’t matter. It only affected the poliovirus—none of the other paralyzing microbes.
By this time (1963), poliomyelitis (aka “polio”) had all but disappeared. As it turns out, neither of the vaccines were actually necessary. The Salk vaccine was horrible at actually preventing paralysis, and the Sabin vaccine came too late to make a difference.
Today, countries that use toxic pesticides still struggle with infantile paralysis, aka polio. Extremely aggressive oral polio vaccine use may help control poliovirus infections…
…but with several other paralyzing viruses in existence, it is not the panacea people believe it to be. To complicate matters, the oral poliovirus vaccine itself occasionally creates paralysis. https://t.co/Qs306taI1x
So what is one to takeaway from all of this? “Polio” is a man-made problem. The paralysis caused from direct pesticide exposure OR from viruses being allowed into the spinal cord can be directly attributed to a man-made cause.
It appeared in epidemic form in the 1890s from the introduction of lead arsenate and disappeared in the 1950s when DDT usage fell. Because we know it was caused by many different things, the effect of a single-virus vaccine on its decline is minimal.
As I mentioned earlier, I have a book that covers this entire story in detail and mentions many things I’ve skipped. It’s called “The Moth in the Iron Lung.” I hope you’re able to read it.
If we can get the polio story correct in our heads, many other problems can be solved. The infantile paralysis that still takes place in many developing countries will not be solved from the polio vaccine! Cleaning up their environment is absolutely necessary.
Many thanks for reading, and I’m happy to try and answer any of your questions.
One more thing, this picture is what everyone thinks of when they think of polio. This was a publicity stunt arranged for Life Magazine. Most of these iron lungs were brand new and were headed around the country to other hospitals.
It was taken in the auditorium of Ranchos Los Amigos Hospital in Los Angeles, which had been emptied of its rows of seating to make this picture. It was designed to show worried parents that the U.S. was ready for battle.
Although the hospital had the largest polio ward in the country, at its peak it would have never had this many iron lungs in operation. Most hospitals in big cities had a couple of iron lungs.
There were around 1,100 in the whole country at their peak. Nothing like this picture would indicate.
The next time you look at this photo, you should be struck at the destructive power of man and his inventions. The poliovirus, like all the other paralytic causes of that era, were incapable of harming us without some of our help.
opensenseme 