Medical Research | Page 4 of 21 | Plant Meds RX Blog

08/Jul/23

Heart Disease Risk Skyrockets 13,200% Following Covid Injections, CDC Admits

06/21/2023 / By Ethan Huff

The top two public health agencies in the United States conducted a joint study showing that the risk of developing autoimmune heart disease among the “fully vaccinated” for the Wuhan coronavirus (Covid-19) is a shocking 13,200 percent higher than it is among the unvaccinated.

The U.S. Centers for Disease Control and Prevention (CDC) and the U.S. Food and Drug Administration (FDA) discovered that compared to the background risk in the general population, the risk of myocarditis is 133 times greater in those who took the mRNA injections from either Pfizer-BioNTech or Moderna.

Researchers from several top universities and hospitals across America contributed to the study, which was published in the Journal of the American Medical Association (JAMA).

Using data from the government-run Vaccine Adverse Event Reporting System (VAERS), the CDC and the FDA identified 1,626 cases of myocarditis, which were cross-checked to ensure the results comply with the CDC’s official definition of myocarditis.

Based on this, researchers determined that the most high-risk mRNA jab is the one produced by Pfizer-BioNTech, meaning this one is the most dangerous in terms of potential health effects.

The Pfizer jabs, according to the data provided to VAERS, caused 105.9 cases of myocarditis per million doses after the second injection in the male 16- and 17-year-old age and sex demographic. In the 12-15 age group for males, there were 70.7 cases of myocarditis per million doses following the second shot.

The 18-24 male age group had the highest risk at 52.4 cases per million for Pfizer and 56.3 cases per million for Moderna. The median time to symptom onset was just two days for both jabs.

(Related: Another study out of South Korea found that myocarditis cases among the fully jabbed continue to skyrocket.)
Since VAERS only captures around 1% of vaccine damage, what is the TRUE risk of autoimmune heart disease following covid injection?

As previous studies have found, the vast majority of covid jab-related heart problems, around 82 percent, occur in males. In the vast majority of cases, around 96 percent, those who became inflicted with myocarditis had to be hospitalized, and in most cases were treated with non-steroidal anti-inflammatory drugs (NSAIDs).

By the time of discharge, 87 percent of those hospitalized saw symptom resolution, at least initially. There is no telling what these people might suffer as the years go by, especially into older age.

Among the most commonly reported symptoms are:

chest pain, pressure, or discomfort (89 percent)
shortness of breath (30 percent)
abnormal ECG results (72 percent)
abnormal cardiac MRI findings (72 percent)

Recognizing the strong and undeniable link between covid jabs and heart disease, the CDC has commenced an active surveillance program for adolescents and young adults to monitor their progress following these post-injection heart-related incidents.

Since the jabs have only been out since late December 2020, and really only started to get into people’s bodies well into 2021, there is still no long-term data to evaluate concerning the long-term impact of covid jab-related heart disease.

The American Heart Association (AHA) and the American College of Cardiology (ACC) are both advising that people with myocarditis refrain from competitive sports for three to six months, otherwise they could die suddenly on the field.

Only after normal ECG and other test results start to appear should a person afflicted with covid jab-related heart disease even think about resuming strenuous exercise.

By the way, VAERS only captures as little as one percent of all vaccine-related injuries and deaths. So as shocking as these figures and percentages are, one must multiply them by a lot in order to gain a more accurate picture of the injury and death tolls from these injections. (Huff, 2023).

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Citation
(Huff, 2023). Chemical Violence: Heart disease risk skyrockets 13,200% following covid injections, CDC admits. Retrieved on 07/08/23 online from https://chemicalviolence.com/2023-06-21-heart-disease-risk-13200-percent-covid-vaccination.html

23/Jun/23

STUDY CLAIMS COVID-19 VACCINES CONTAIN GRAPHENE NANOBOTS – AND THEY CAN BE TRANSMITTED TO THE UNVACCINATED

Thanks to scientists like Dr. Philippe van Welbergen, there is now concrete evidence that Wuhan coronavirus (COVID-19) vaccines contain graphene nanobots.

Without their research, the public will never know that the allegedly safe vaccines contain microscopic entities made up of graphene oxide that can harm human health.

What are graphene nanobots?

Graphene nanobots are microscopic entities crafted from a material called graphene. These nanobots have captivated the imagination of researchers and innovators across the globe. But behind their seemingly miraculous potential is a terrifying reality – one that could shape the future of humanity in surprising and dangerous ways.

Graphene is a single layer of carbon atoms arranged in a two-dimensional lattice. It has amazing properties that have paved the way for breakthroughs in different scientific fields.

But the integration of graphene into nanobots takes the technological marvel to a whole new level. Graphene nanobots driven by the power of nanotechnology can easily navigate the intricate terrain of the human body with unprecedented precision.

On paper, their potential applications are beneficial and endless. Graphene nanobots can be used for “targeted drug delivery, tissue repair, disease detection, and even neural interfaces.”

But all profound technological advancements come with questions, particularly about the potential risks and unintended consequences of these inventions.

For example, graphene nanobots can be used for infiltration and manipulation. As they navigate through the bloodstream, these microscopic agents can interact with cells, tissues and DNA.

The prospect of intentional manipulation and unintended side effects raises alarms about the invasion of bodily autonomy and the potential for irreversible harm. (Related: Vaccinated individuals are “infecting” the unvaccinated with dangerous graphene oxide, says biomedicine expert.)

Graphene nanobots in COVID-19 vaccines.

Experts believe that graphene nanobots were added to COVID vaccines through a secretive manufacturing process.

Confirmation can be found in a document submitted to the Food and Drug Administration (FDA) by Pfizer to gain Emergency Use Authorization (EUA). Initially, the FDA didn’t plan to release the document for a minimum of 75 years, but the agency was forced to do so by a federal judge.

The document confirms that it is possible for toxic graphene oxide to end up in COVID-19 vaccines via the manufacturing process.

Van Welbergen is a renowned nanotechnology expert who has made groundbreaking strides in uncovering the truth about graphene nanoparticles in COVID-19 vaccines.

After analyzing vaccine samples, van Welbergen detected the presence of graphene, raising concerns about the impact of these injections on human health.

His findings correlate the presence of graphene with the emergence of alarming blood clotting disorders and the destruction of red blood cells. They also highlight the need for immediate and further investigation into the safety and long-term consequences of graphene-containing COVID-19 vaccines.

One image from van Welbergen’s research shows a blood sample from an unvaccinated three-year-old child. The image shows pieces or “shards” of graphene that have been shed or transmitted from vaccinated parents to their unvaccinated child.

Another image shows a blood sample from an eight-year-old unvaccinated child whose blood has been contaminated and destroyed by the transmission of graphene from vaccinated people around him. The child’s right arm and upper right leg are basically paralyzed, leaving him unable to use either limb properly.

Tips for safely eliminating graphene from your body

If you suspect that you have been exposed to graphene nanobots in COVID vaccines, the methods listed below can help reduce the potential long-term effects of graphene exposure.

Chelation therapy

Chelation therapy involves the administration of chelating agents that bind to heavy metals and other toxins, facilitating their removal from your body.

While research on chelation therapy for graphene removal is limited, certain chelators, such as ethylene diamine tetraacetic acid (EDTA), have shown potential in removing various heavy metals from the body.

Dietary interventions

Certain dietary strategies can assist in the removal of graphene from the body.

These include:

Eating detoxifying foods – Consuming nutritious foods with natural detoxifying properties, such as cilantro, garlic and cruciferous vegetables like broccoli and Brussels sprouts, can help support your body’s ability to eliminate harmful substances.

Following a high-fiber diet – Following a fiber-rich diet promotes digestive health and regular bowel movements. This diet also helps facilitate the elimination of toxins, including graphene, through your digestive system.

Enhancing detoxification pathways

One of the primary approaches to facilitate the removal of graphene from the body is to support your body’s natural detoxification pathways.

You can try different techniques to optimize the function of important organs involved in detoxification, such as your liver, kidneys and lymphatic system.

These techniques include:

Hydration – Drinking a lot of water daily helps you stay hydrated and supports kidney function. Staying hydrated also promotes the elimination of toxins, such as graphene particles, through urine.

Liver support – Eating foods rich in nutrients and antioxidants, such as berries and leafy greens, can help support liver function and enhance the detoxification process.

Sweating – Working out and engaging in activities that make you sweat, such as exercise, can help you eliminate toxins through the skin.

Supplements

Taking certain supplements may help support your body’s natural detoxification processes and promote the elimination of graphene particles.

Glutathione – Called the body’s “master antioxidant,” glutathione has an important role in detoxification. Supplementing with glutathione or its precursor, N-acetyl cysteine (NAC), is a great way to support your body’s ability to remove toxins.

Vitamin C – Vitamin C is a potent antioxidant. It can neutralize oxidative stress caused by graphene exposure and support detoxification.

Citation
(Sky, 2023). Natural News: Study claims COVID-19 vaccines contain graphene nanobots – and they can be transmitted to the unvaccinated. Retrieved on 06/23/23 online from https://www.naturalnews.com/2023-06-21-study-covid-vaccines-contain-graphene-nanobots.html

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22/Jun/23

To buffer the brain against menaces in the blood, a dynamic, multi-tiered system of protection is built into the brain’s blood vessels.

Enough pints of beer can have you falling off your bar stool or loudly reciting lyrics to early 2000s jams to total strangers, because alcohol can get past one of the strongest defenses in the body. If you’ve ever been drunk, high or drowsy from allergy medication, you’ve experienced what happens when some molecules defeat the defense system called the blood-brain barrier and make it into the brain.

Embedded in the walls of the hundreds of miles of capillaries that wind through the brain, the barrier keeps most molecules in the blood from ever reaching sensitive neurons. Much as the skull protects the brain from external physical threats, the blood-brain barrier protects it from chemical and pathogenic ones.

While it’s a fantastic feat of evolution, the barrier is very much a nuisance for drug developers, who have spent decades trying to selectively overcome it to deliver therapeutics to the brain. Biomedical researchers want to understand the barrier better because its failures seem to be the key to some diseases and because manipulating the barrier could help improve the treatment of certain conditions.

It’s really there to control the environment for proper brain function.

Richard Daneman, University of California, San Diego

“We’ve learned a lot over the last decade,” said Elizabeth Rhea, a research biologist at the University of Washington Medicine Memory and Brain Wellness Center. But “we’re definitely still facing challenges in getting substrates and therapeutics across.”
Protection, but Not a Fortress

Like the rest of the body, the brain needs circulating blood to deliver essential nutrients and oxygen and to carry away waste. But blood chemistry constantly fluctuates, and brain tissue is extremely sensitive to its chemical environment. Neurons rely on precise releases of ions to communicate — if ions could flow freely out of the blood, that precision would be lost. Other types of biologically active molecules can also twang the delicate neurons, interfering with thoughts, memories and behaviors.

“It’s really there to control the environment for proper brain function,” said Richard Daneman, an associate professor of pharmacology at the University of California, San Diego.

So the blood-brain barrier provides protection, but it’s not a discrete structure like the walls around a fortress. Instead, the term refers to the unique properties of the blood vessels in the brain and those of the neighboring brain cells that wrap closely around those vessels.

Most of the body’s capillaries are “leaky” at a molecular level to allow the free flow of nutrients and other substances. Their permeability is crucial to the function of organs such as the kidney and liver.
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But the brain’s blood vessels are built to a higher, less leaky standard. The endothelial cells that make up the capillary walls are pinned tightly together by structures called tight junctions. Thin parallel protein strands stick the cells together like “wires through the bricks,” said Elisa Konofagou, a professor of biomedical engineering and radiology at Columbia University. A few kinds of molecules can get past, but in small amounts. And they are mostly very small and water-soluble.

But the brain also needs many other molecules such as glucose and insulin, which can’t squeeze between the tight junctions. The barrier is therefore also lined with pumps and receptors that, like bouncers for an elite club, permit only certain molecules in — and quickly eject most trespassers. Beyond the capillary wall itself are layers of supportive cells including pericytes and astrocytes, which also help to maintain the barrier and adjust its permeability.

Nevertheless, despite all those layers of protection, some unwanted substances do get through to the brain reliably. Ethanol, the main ingredient in alcoholic beverages, can simply diffuse through cell membranes. Some molecules look too much like the needed ones to be kept out. If you’ve ever wondered why over-the-counter antihistamines for allergies make you sleepy, it’s because they slip through the barrier and get to your neurons. (Newer, non-drowsy antihistamines don’t penetrate the barrier and act only on immune cells in the blood.)

Merrill Sherman/Quanta Magazine

The blood-brain barrier is “there to deliver what the brain needs,” Daneman said. But not every part of the brain needs the same molecules, so the barrier is not the same everywhere. The barrier in the olfactory bulb, for example, acts differently and has a different protein composition than the barrier in the hippocampus, Rhea said.

In fact, some parts of the brain don’t have a traditional blood-brain barrier at all. In the choroid plexus, a tissue in the large cavities of the brain that produces cerebrospinal fluid (CSF), the walls of blood vessels are much leakier. They have to be because the “blood-CSF” barrier of the choroid plexus needs to secrete half a liter of CSF into the brain every day, and that kind of output requires extensive amounts of water, ions and nutrients from the blood.

Even though this protective function isn’t perfect, it is so universally useful that every organism with a complex nervous system has something resembling a blood-brain barrier, Daneman said.

Even flies and other insects, which don’t have blood vessels, have one. Their equivalent of blood simply sloshes through organs inside their exoskeleton, but their equivalent of a brain is sheathed in protective glial cells.
An ‘Ozone Layer’

When the barrier breaks down, it brings a wave of trouble to the brain. The blood-brain barrier “is like the ozone layer for the Earth,” said Berislav Zlokovic, chair of the department of physiology and neuroscience at the Keck School of Medicine of the University of Southern California. Just as opening a hole in that thin atmospheric layer caused harmful radiation to flood the planet, opening up the blood-brain barrier can cause harmful molecules to flood the brain.

Many groups are examining how the barrier changes during disease or injury. A breakdown of the blood-brain barrier is a hallmark of Alzheimer’s disease, for example. A recent study in the journal Nature Neuroscience mapped out significant changes to gene expression within blood-brain barrier cells in the brains of Alzheimer’s patients. In multiple sclerosis, the blood-brain barrier breaks down, leading to an overflow of immune system cells in the brain that then attack the protective insulation around neurons. Traumatic brain injuries and strokes can also open up the barrier and cause potentially irreversible damage.

C.J. Guerin, PhD, MRC Toxicology Unit/Science Source

The tightly packed cells that line blood vessels in the brain make the blood-brain barrier possible. In this micrograph, the black indicates the interior of the vessel where the blood would flow.

Selectively opening or closing the blood-brain barrier could be beneficial, however. Many potentially useful drugs can’t get past the barrier. That’s partly because a lot of the progress in studying the blood-brain barrier was hindered by technical limitations, many of which have since been overcome with new technologies, said Maria Lehtinen, chair in pediatric pathology research at Boston Children’s Hospital. “I think this is a really exciting time for the field.”

In recent years, many groups have zeroed in on a “Trojan horse” approach in which drugs piggyback into the brain by holding onto molecules that can naturally transit the barrier. Other work has looked at using targeted ultrasound to open up parts of the barrier and deliver drugs to treat Parkinson’s disease and other ailments. In a recent study in Science Advances, for example, researchers successfully delivered fluorescent proteins into the brains of macaques by opening the blood-brain barrier with ultrasound. They are now working to adapt that approach to the delivery of gene therapy drugs that could fight Parkinson’s disease.

Where once the blood-brain barrier was thought of as a static, unchanging wall, scientists now view it as dynamic and “living,” Lehtinen said. It likely “grows and develops in different ways in different parts of the nervous system.” It temporarily creaks open naturally when we are in deep REM sleep or when we exercise. It changes with exposure to hormones and drugs, closing off old avenues for entry or opening new ones. When some molecules bind to the barrier, its cells can sometimes signal to the brain how to act without ever letting the molecule through, Rhea said.
Related:

Sleeping Brain Waves Draw a Healthy Bath for Neurons
What Causes Alzheimer’s? Scientists Are Rethinking the Answer.
Glial Brain Cells, Long in Neurons’ Shadow, Reveal Hidden Powers

So rather than a stone rampart around a medieval fortress, the blood-brain barrier is like a magical wall in which doors appear and disappear, and windows grow bigger and smaller. Some parts crumble, some parts get built back — and it is constantly changing.

The blood-brain barrier is “never static,” Rhea said. “It’s never just this wall that needs to be overcome.”

Citation
(Lehtinen, 2023). Quanta Magazine: How the Brain Protects Itself From Blood-Borne Threats. Retrieved on 06/22/23 online from https://www.quantamagazine.org/how-the-brain-protects-itself-from-blood-borne-threats-20230620/?utm_source=join1440&utm_medium=email

21/Jun/23

Spike in Deaths Corresponding to Covid Vaccine Rollout Found in Peer-Reviewed Analysis of Japan and Germany
by Eugyppius 16 June 2023 7:00 AM

‘Annual All-Cause Mortality Rate in Germany and Japan (2005 to 2022) with Focus on the COVID-19 Pandemic: Hypothesis and Trend Analyses‘ is a letter in the journal Medicine and Clinical Science by Hagen Scherb and Keiji Hayashi, comparing mortality trends across these two “highly industrialized countries, which have large and ageing populations in common”. It’s the first piece I know of to look closely at pandemic-era mortality trends in Japan – a country which provides a useful control on many fronts, because it took a relatively relaxed approach to non-pharmaceutical interventions, like many other Asian jurisdictions never saw much Covid mortality, and yet since autumn 2021 has a substantially higher vaccination rate than Germany.

This will shock you, but the results don’t look great for the vaccines.

First, the less interesting part of their analysis, namely death trends in Germany:

The first year of the pandemic coincided with slightly elevated mortality firmly within the bounds of prior trends, while the years of mass vaccination, 2021 and 2022, saw an anomalous 48,617 and 66,528 excess deaths respectively. This is roughly equal to the official Covid death tally for these years, but the analysis of Kuhbandner and Reitzner (recently published in Cureus) indicates that the virus cannot explain nearly all of them. Both the timing and the age-stratified data strongly suggest that a substantial number must be related to vaccination.

Particular interest thus attaches to Japan as a comparison case:

Whereas 2020 saw slightly above-trend mortality in Germany, it was a year of below-average deaths in Japan. 2021 was elevated but within-trend, while 2022 saw substantial excess mortality, well in excess of the deaths caused by the natural disasters of 2011. Nor can Covid explain these deaths; official Japanese virus mortality for 2022, which we know is substantially overstated in the Omicron era, amounts to only 38,870 deaths, a mere 32% of the excess.

What’s very interesting about the pandemic is its highly variable influence on all-cause mortality across the globe, and how this contrasts with the vaccines, which seem to coincide with marked upward trends almost everywhere they were widely administered.

The authors observe that “the official fear-mongering forecasts… in 2020 from COVID-19 in high income countries did not come true, neither in Japan nor in Germany”, but note that:

[I]t should be investigated to what extent the about 5-10% highly significantly increased mortalities in Germany and Japan in 2021 and 2022 might be due to the pandemic countermeasures, including the vaccinations with their possibly underestimated immediate or protracted side effects. … From this point of view, it seems possible that a high vaccination rate has contributed to an increased all-cause mortality in some countries…

Elke Bodderas, who draws attention to this analysis in Welt, notes the profound official incuriosity surrounding these numbers:

What is the RKI [the German CDC] doing now? It’s busy with many other things. It’s very interested in “an investigation of the promotion of physical activity in childcare centres, schools and sport associations – in light of pandemic restrictions.” In other areas too it shows great industry. Interesting news will certainly come from its telephone survey “on foodborne illness”, or its general study on “health in Germany today” …

Is there anyone in the RKI who worries that German intensive care units suddenly reported a 76% increase in embolic strokes in December, as hospital data of the billing portal Inek show? Or why Japan, which [Christian] Drosten praised as an “exemplary” country, saw such an outrageously high excess mortality in 2022 – more than twice as much as in the tsunami year of 2011?

No, not a single person anywhere in officialdom has demonstrated the slightest interest in these questions.

The entire success of our genius one-cool-trick pandemic measures exists in a hypothetical world. It is never anything we can see. Deaths in Germany were totally on-trend in 2020, but we’re asked to believe they would’ve been catastrophic without lockdowns. They increased substantially with the advent of mass vaccination beginning precisely April 2021, but we’re asked to believe even more would’ve died without the vaccines.

Complicit health authorities control a great many statistics, and they’ll keep truly damning numbers under lock and key as long as they can. In the meantime, the most powerful proof that the vaccination campaign was anything but a success will remain the all-cause mortality reports, which is one of the few statistics that they can’t hide. The total lack of interest in explaining these strange numbers speaks volumes.

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The nutraceutical composition of AcuteShield Defcon 1® wherein the composition comprises Cannabidiolic Acid (CBDa), Cannabigerolic Acid (CBGa), Cannabidiol (CBD), Cannabigerol (CBG), Vitamin D3, Vitamin K2, Magnesium, Quercetin, Zinc, Bromelain, Nigellin Sativa/Thymoquinone, Astaxanthin, and Pyrroloquinoline Quinone (PQQ).
Spike Protein, Central Nervous System, Mitochondria, and Immune System Modes of Action.

AcuteShield Heart & Soul®
“Masters of Energy & Life”
The nutraceutical composition of AcuteShield Heart & Soul® wherein the composition comprises N-acetylcysteine, Vitamin D3, Vitamin K2, Vitamin B6, Vitamin B9, Vitamin B12, Magnesium, Glutathione, Alpha Lipoic Acid, Selenium, Zinc, Astaxanthin, and Pyrroloquinoline Quinone (PQQ).
Spike Protein, Central Nervous System, Mitochondria, and Immune System Modes of Action.

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Citation
(Eugyppius, 2023). The Daily Sceptic: Spike in Deaths Corresponding to Covid Vaccine Rollout Found in Peer-Reviewed Analysis of Japan and Germany. Retrieved on 06/21/23 online from https://dailysceptic.org/2023/06/16/spike-in-deaths-corresponding-to-covid-vaccine-rollout-found-in-peer-reviewed-analysis-of-japan-and-germany/

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