Spread of Spanish Flu Was Never Experimentally Confirmed

“Perhaps, if we have learned anything, it is that we are not quite sure what we know about the disease.”

Puzzling Human Studies

The landmark study of Milton J. Rosenau, MD, “Experiments to Determine Mode of Spread of Influenza,” was published in the Journal of the American Medical Association in 1919.

  • They isolated microbial mixtures from the throat and noses of carefully selected influenza cases from an outbreak location. The researchers then administered these to 10 young U.S. navy volunteers without prior exposure to influenza. None fell sick.
  • They drew blood from influenza patients and transferred it to the navy volunteers. None fell sick.
  • They collected influenza patients’ mucous membranes with swabs and filtered them to exclude larger microbes like bacteria. They then injected the filtrate into the navy volunteers. None fell sick.
  • They brought the navy volunteers to meet influenza patients. They shook hands and conversed. The patients also exhaled (as hard as possible) onto the volunteers’ face for five times. Then the patients cough directly onto the volunteers. None fell sick.

In case these ten navy volunteers were somehow immune, though unlikely as they had no prior influenza exposure, the study recruited another set of 50 volunteers. They repeat the experiment with influenza patients from another outbreak location, but could not prove human-to-human transmission. And, intriguingly, one physician involved in the study contracted influenza.

“I think we must be very careful not to draw any positive conclusions from the negative results of this kind. Many factors must be considered. Our volunteers may not have been susceptible. They may have been immune,” Dr Rosenau addressed. “We entered the outbreak with a notion that we knew the cause of the disease, and were quite sure we knew how it was transmitted from person to person,” he concluded. “Perhaps, if we have learned anything, it is that we are not quite sure what we know about the disease.”

Other eight human experiments, documented in “Experiments Upon Volunteers to Determine the Cause and Mode of Spread of Influenza, Boston, November and December, 1918,” also failed to confirm how the Spanish flu spread. “Our failure, however, to reproduce the disease with these discharges suggests that there may be unknown factors involved, either in the discharge of the virus from the body, or in its entrance into the victim, or both,” the document ended.

“Perhaps, if we have learned anything, it is that we are not quite sure what we know about the disease.”

Reviewing these studies, John M. Eyler, PhD in the historical science at the University of Minnesota, said in a 2010 paper: “It seemed that what was acknowledged to be one of the most contagious of communicable diseases could not be transferred under experimental conditions.”

Possible Explanations Are Unconvincing

Some argue that participants in those studies were already immune. This is rather unlikely, however, as the volunteers recruited had no prior exposure to influenza. As a 2008 review wrote: “While possible, none of the volunteers reported symptoms in 1918, even a fever.” If the volunteers were indeed immune, an initial infection must happen first to generate adaptive immunity that ‘remembers’ the Spanish flu virus. But, again, the volunteers were never symptomatic.

Another reason could be that the influenza patients had passed the infectious phase. This possibility, too, is dubious as Dr Rosenau ensured that influenza patients examined were in their first three days of illness, the period where virus shedding peaks.

Could the participants never contract the Spanish flu virus? Even though no technology could confirm virus diagnosis at that time, “we doubt U.S. Public Health Service physicians had much trouble making an accurate clinical diagnosis of influenza in 1919,” the 2008 review added. Maybe the sick could not transmit the Spanish flu virus to the healthy? Equally improbable as countless healthy people fell sick with the flu at that time.

We’ll Probably Never Know the Answer

The Spanish flu virus eventually disappeared, only to be resurrected in 2005 for animal experimentations to understand its mechanism of virulence. And, indeed, the Spanish flu is a unique influenza virus. “No other human influenza viruses tested were as exceptionally virulent,” the CDC stated. “In that way, the 1918 virus was special — a uniquely deadly product of nature, evolution and the intermingling of people and animals.”

As human infection experiments are no longer ethical and require extensive enrollment procedure, scientists may never solve why experimental human-to-human transmission of the Spanish flu could not be achieved. At least the human studies showed that human contact alone does not explain the Spanish flu pandemic. Underlying factors are likely at play. Evidence has suggested that a tuberculosis co-infection might be a prerequisite to a severe flu infection during the 1918 pandemic. Or perhaps animals were the main culprit in driving the 1918 flu transmission.
https://medium.com/microbial-instincts/spread-of-spanish-flu-was-never-experimentally-confirmed-9f91b37c4dd8

NSW and Vic Deaths

NSW and Vic Deaths
Where’s the action on the more important priorities? Altered priorities like this point up a hidden agenda that has nothing to do with health and welfare but everything to do with ushering in a tyrannical police state that is a far greater threat to us all than the cold or flu or Covid.
I strongly encourage you to spend 13 minutes to listen to the inventor of the mRNA vaccine, Dr Robert Malone, give an inspiring talk on how to overcome the mass psychosis, get through to people and rescue our freedom!
https://www.youtube.com/watch?v=INHpQL9fgto&t=13s

Bromelain and Other Enzymes

(Tom: I read some data on Bromelain I thought you might find interesting. It too helps dissolve internal scar tissue.)

Bromelain is an enzyme with many uses and health benefits. Enzymes are considered even more important functionally than vitamins and minerals. Without enzymes, food cannot be broken down into its constituent nutrients, and enzymes are needed for most cellular metabolic actions.

Bromelain, is a proteolytic enzyme found most abundantly in pineapple cores. Protease or proteolytic enzymes are needed to digest complete proteins, such as those found in meat.

?Cooking meat destroys most of the enzymes needed to break down meat’s complete proteins into amino acids that the body can use.

This puts a strain on the pancreas to create more proteolytic enzymes for the small intestine to break down the meat proteins. That strain can potentially lead to pancreatic cancer. But what’s more likely, the diversion of breaking down meat proteins takes away other functions protease enzymes perform to keep or get you healthy.

Bromelain has many health benefits beyond digesting whole proteins. Complete proteins are hard to digest. That’s why only proteolytic enzymes work – they’re tough enough to crack those proteins open. And if they’re tough enough for that, they can help in other areas.

Bromelain can dissolve internal scar tissue created from inflammation. Besides calming the inflamed area, this also takes away hiding places for pathogens to lodge. Scar tissue that remains is like a breeding shelter that invites disease for long term visits.

Bromelain speeds up recovery from injuries and surgeries. It is recommended before and after any surgical procedure, including dental.

Since cancer cells are protected from the immune system’s white “killer” cells by a protein wall, any cancer treatment can be enhanced by adding bromelain.

Bromelain also breaks clots beginning to form among blood platelets. This is useful for anyone dealing with cardiovascular problems. These are all functions one can expect from a tough protease enzyme.

Bromelain is anti-viral and anti-bacterial. It can be used to help heal bronchitis and pneumonia. Bromelain enhances the immune system, and supports cytokine hormones manufactured in white blood cells.

From a Hippocrates Health Centre of Australia newsletter.

Covid Pre-Jab Protocol

Please discuss this with your primary health care practitioner.

There is one point here that is not technically accurate, heat does reduce the efficacy of vitamin C.

EXTRACT:
In 2009 Dr Russell Blaylock wrote a PreVax recommendation for the H1N1 shots.

Astaxanthin 12 mcg
Fish Oil 3 grams
Quercetin (dose per label on bottle)
Turmeric 1 gram
Vitamin C to bowel tolerance (10 grams a day)
Vitamin E 800 mg for women, 1,200 mg for men
Zinc 30 – 70 mg last thing at night

Avoid immune stimulants (betaglucans, mushroom extracts, whey protein)

Dr Russell Blaylock writes:

EPA (Eicosapentaenoic Acid) one of the Omega-3 fatty acids found in fish oil supplements, is a potent immune suppressant. In the case of an immune adjuvant reaction you want to suppress the immune system. Studies show if you take EPA oil an hour before injecting a very powerful adjuvant called LPS (lipopolysccharide) it would completely block the ability of LPS to cause brain inflammation. Take a moderte dose every day and more if needed to tame a cytokine storm.
Flavonoids, particularly Quercetin and Turmeric, block the ability of the adjuvants in vaccines to trigger a long-term immune reactions.

Dr Russell Blaycock Vax Protocol 1

Dr Russell Blaycock Vax Protocol

Dr Russell Blaylock Vax Protocol 3

Dr Russell Blaylock Vax Protocol 4