TruthArchive.ai - Related Video Feed

Both COVID-19 and exosomes have similar sizes and use the ACE2 receptor to invade cells. ACE2 is an enzyme that regulates blood pressure. Both COVID-19 and exosomes contain RNA, not DNA, and are found in lung fluid. The comparison between the two shows that they are essentially the same in important ways. Some researchers in virology even suggest that exosomes and viruses could be the same thing. Dr. James Hildreth, a prominent virology researcher and physician, supports this idea.

Single-stranded RNA viruses, including COVID strains, influenza, RSV, Marburg, Ebola, and hantavirus, use RNA-dependent RNA polymerase to replicate. Zinc ionophores and zinc could inhibit this process in all these viruses. This has national security implications that are not being recognized. There are concerns about hemorrhagic fever from China and Marburg, hantavirus, and Ebola outbreaks. These viruses can have mortality rates around 90%. A simple, oral approach may be a solution to these public health and bioterrorism threats.

Marburg is highly fatal but not very contagious. The pathogens responsible for Marburg are present in the lipid nanoparticles and hydrogel of the shots people have received. These pathogens include E. Coli Marburg, Ebola staphylococcus, and brewer's yeast. The 5G system, used worldwide, can trigger the release of these pathogens when an 18 gigahertz signal is broadcasted three times for a minute. This will cause a Marburg epidemic that has already been planned and funded. Additionally, there is a gene deletion called 1p36 that can turn affected individuals into zombies. The government is reportedly preparing for this scenario.

A speaker discusses the possibility of future pandemics, mentioning a new variant of COVID called ARRIS but dismissing it. They highlight research on plant-based extracts that can prevent the Marburg and Ebola viruses from infecting human cells. The speaker mentions that grapefruits and tomatoes contain a component called Negarinin, which blocks the viruses from entering cells. They also mention a doctor who believed the next pandemic would be caused by the Marburg virus, which is similar to venom from the boomslang snake in China. The speaker claims that high-dose vitamin C and monoclonal antibodies can be effective against snake venom and suggests that Hollywood movies and TV shows have hinted at these concepts.

Treat COVID-19 at home with zinc and zinc-enhancing remedies like hydroxychloroquine and ivermectin, which reduce viral spread. Current protocol delays treatment until hospitalization, using ventilators and remdesivir, known to cause harm. Fauci's promotion of remdesivir, despite its lethal side effects, led to unnecessary deaths from kidney and heart failure. The true cause of death during the pandemic was not the virus but remdesivir.

There is a class of viruses called single stranded RNA viruses, which includes COVID-19, influenza, RSV, Marburg, Ebola, and hantavirus. They all use a common pathway called RNA dependent RNA polymerase to replicate their genetic material. By using zinc ionophores and zinc, we could potentially inhibit these viruses. This has significant national security implications, especially considering recent concerns about hemorrhagic fever from China and the high death rates associated with Marburg, Ebola, and hantaviruses. It's important for scientists and government officials to investigate this simple and affordable oral approach as a potential solution to these public health and bioterrorism challenges.

At home, it is recommended to treat viral replication by giving remedies like zinc and hydroxychloroquine, ivermectin, which reduce the spread of the disease. However, the protocol followed was different. No treatment was given until hospitalization, where ventilators and Remdesivir were used. It is known that Remdesivir can be harmful, as it caused side effects in Ebola patients. The drug was manipulated and made standard of care, leading to kidney failure, heart failure, and organ collapse in COVID-19 patients. The deaths during the pandemic were often attributed to kidney failure, which was caused by Remdesivir, not the virus itself.

There is a class of viruses called single stranded RNA viruses, which includes COVID strains, influenza virus, RSV virus, Marburg virus, Ebola virus, hantavirus, and others. These viruses use a common pathway called RNA dependent RNA polymerase to replicate their genetic material. The speaker has been discussing this in relation to COVID-19 for the past two years. They suggest that zinc ionophores and zinc could potentially inhibit all these strains of viruses, which has significant national security implications. The speaker urges scientists and government officials to investigate this further.

Self-amplifying RNA (saRNA) is being fast-tracked in the US after approval in Japan and Europe. SaRNA is similar to mRNA but replicates itself like a virus. Concerns are raised about its biodistribution and persistence, suggesting it could act as an STD. A white paper calls for a halt on saRNA vaccine deployment until comprehensive safety studies address contagious risks. It is argued that Moderna and Pfizer shots already shed and act as STDs, transmitting spike protein infections. SaRNA is designed to replicate and remain strong, potentially causing a contagious cancer-like disease. COVID shots may contain cancer-causing viruses like SV40, possibly with SV40 promoters to enhance their effectiveness. mRNA degrades over time, but saRNA is designed to make more of itself. There are ways to detox from mRNA, but not a self-replicator. Ultramethylene Blue is promoted for cell health, available at the Alex Jones store.

We are addressing real and critical threats related to a novel coronavirus called CAPS, which is similar to the viruses that caused the SARS epidemic and MERS outbreaks. We need to be prepared for a fast-moving and highly lethal pandemic of a respiratory pathogen. This disease is more transmissible than SARS or MERS and as contagious as influenza. The virus can be easily transmitted through the air, making everyone susceptible. Asymptomatic individuals can also spread the virus, leading to a severe pandemic that affects people worldwide. Many countries will be affected simultaneously.

Treating viral replication at home can be done with zinc and zinc-enhancing remedies like hydroxychloroquine and ivermectin. However, the protocol followed during the pandemic did not include these treatments. Instead, patients were only treated when they reached the hospital, where they were given ventilators and Remdesivir. It is known that Remdesivir can be lethal, as it caused kidney failure, heart failure, and organ collapse in many cases. The deaths during the pandemic were often attributed to kidney failure, which was actually caused by Remdesivir, not the virus itself.

Marburg is highly fatal but not very contagious. The pathogens responsible for Marburg are present in the lipid nanoparticles and hydrogel of the shots people have received. These pathogens are chimeric, including E. Coli Marburg, Ebola staphylococcus, and brewer's yeast. The 5G system, used worldwide, can trigger the release of these pathogens when an 18 gigahertz signal is broadcasted three times for one minute. This will cause a Marburg epidemic that has already been planned and funded. Additionally, there is a gene deletion called 1p36 that can turn affected individuals into zombies. The government is supposedly preparing for this scenario.

There is a class of viruses called single stranded RNA viruses, which includes COVID-19, influenza, RSV, Marburg, Ebola, and hantavirus. These viruses use a common pathway called RNA dependent RNA polymerase to replicate their genetic material. By using zinc ionophores and zinc, we could potentially inhibit all these strains. This has significant national security implications, and I urge scientists and government officials to investigate this further.

We discovered that Ivermectin can kill COVID-19 in primate cells. A single dose of the drug stopped the virus from replicating within 48 hours. Human trials are on the horizon, as the drug has been safely used for decades. Repurposing existing drugs like Ivermectin can speed up development by utilizing known safety profiles and administration methods. We are working on determining if these benefits can translate to treating COVID-19 in humans.

At home, it is recommended to treat viral replication by giving zinc and other zinc-enhancing remedies like hydroxychloroquine and Ivermectin. However, the protocol followed by hospitals was to provide no treatment until admission, and then use ventilators and Remdesivir, which were known to be harmful. Tony Fauci was aware of the dangers of Remdesivir, as it caused lethal side effects in Ebola patients. Despite this, he manipulated a study to make Remdesivir the standard of care, resulting in kidney failure, heart failure, and organ collapse in COVID-19 patients. The deaths attributed to the virus were actually caused by Remdesivir.

To treat viral infections at home, zinc and its enhancers, like hydroxychloroquine and ivermectin, should be used, as they significantly reduce disease spread. However, the established protocol delayed treatment until hospitalization, where patients received ventilators and remdesivir—both potentially lethal. Remdesivir had previously shown harmful effects in Ebola trials, leading to its discontinuation due to a high rate of severe side effects. Despite this, it became standard care during the pandemic, contributing to kidney failure, heart failure, and organ collapse in patients. Many who died were reported to have kidney failure, which was not caused by the virus but rather by the effects of remdesivir.

There is a class of viruses called single stranded RNA viruses, including COVID strains, influenza, RSV, Marburg, Ebola, and hantavirus. They all use RNA dependent RNA polymerase to replicate. Zinc ionophores and zinc could potentially inhibit these viruses, with significant national security implications. Scientists and government officials are urged to investigate this treatment approach further.

In 1970, a Japanese biochemist named Satoshi Omorra discovered a bacterium with intriguing effects against roundworm and shared it with American colleague William Campbell of Merck. Campbell used the bacterium to create ivermectin, released by Merck in 1980. Ivermectin proved extremely effective against river blindness (onchocerciasis), a disease caused by a parasitic worm that affected Central and South America and much of Africa. With ivermectin, river blindness has been largely eliminated in the Americas and greatly reduced in Africa. Billions of doses have been administered; it is listed among the World Health Organization’s essential medicines. Merck’s patent expired in 1996; the drug is cheap to produce, globally available in various formulations, and, at normal dosages, has no important side effects. In 2015, Omurra received the Nobel Prize for Medicine, shared with Campbell. Fast forward to early 2020, when the COVID-19 pandemic spread. Scientists searched for drugs with antiviral activity, and Monash University in Australia conducted a literature search that found ivermectin had shown activity against Zika, West Nile, and influenza. They performed experiments and found that ivermectin displays remarkable activity against SARS-CoV-2 in vitro, reporting a 5,000-fold reduction in viral levels after a single treatment without cytotoxicity, and proposed a mechanism for this effect. Around the same time, two American scientists noted that ivermectin was used as prophylaxis against river blindness in Africa and examined whether widespread ivermectin prophylaxis correlated with COVID-19 rates. They found that countries with extensive ivermectin prophylaxis had significantly lower COVID-19 rates. In Miami, Dr. Jean Jacques Reiter, a critical care and pulmonary specialist, treated COVID-19 patients with ivermectin after being urged by a patient’s son. He reported rapid improvement: the patient’s FiO2 requirements declined within 48 hours, and she was discharged within about a week. Reiter treated many patients with ivermectin and published a June 2020 preprint; he later testified before a Senate committee about his experiences. He stated that among hundreds of outpatients treated by his team, only two were admitted to the hospital; neither died or required intubation. Uncontrolled studies on ivermectin as prophylaxis and treatment circulated globally. A daughter described a care-home incident in Ontario, where residents on a floor receiving high-dose ivermectin for scabies reportedly had no COVID-19 infections among residents, even as staff on that floor became infected. In New York, Pierre Corry teamed with Reiter and Paul Merrick to form the Frontline COVID-19 Critical Care Alliance (FLCCC). In October 2020, the FLCCC released the Eye Mask Plus protocol, centering on ivermectin for prevention and treatment, and published a meta-analysis reviewing nine studies on prophylaxis and 12 studies on treatment, including seven randomized trials, all showing ivermectin’s superiority to controls. They presented figures showing reduced mortality and case rates associated with ivermectin use in various regions, including Peru, Mexico (Chiapas), and Argentina (healthcare workers). On December 8, 2020, FLCCC members appeared before a Senate subcommittee, with testimony claiming mountains of data showing ivermectin’s miraculous effectiveness and requesting the NIH to review their data. The transcript asserts widespread suppression of ivermectin information by mainstream media (New York Times, AP), big tech (YouTube, Twitter, Facebook), and the NIH. It alleges the NIH COVID-19 treatment guidelines panel, established in April 2020, largely recommended against early treatment and promoted remdesivir instead, even though remdesivir’s mortality impact was unproven and the World Health Organization advised against its use for improving survival. The panel’s treatment recommendations (as of 01/03/2021) are cited, highlighting monoclonal antibodies for early patients and no other treatments, except for remdesivir for deteriorating patients. Fauci publicly touted remdesivir’s endpoint as time to recovery, with the primary endpoint reportedly changed mid-trial from mortality to time to recovery, raising concerns about impartiality. The transcript traces remdesivir's production by Gilead Sciences and notes financial ties: seven panel members disclosed funding from Gilead; two of the three panel chairs received Gilead support, and Clifford Lane (one co-author on a remdesivir study) was closely connected to the study, with undisclosed ties among other authors. It argues these ties could impact decision-making and bias toward remdesivir over cheaper, repurposed drugs like ivermectin. The narrative then contrasts the U.S. approach with Uttar Pradesh, India, which authorized ivermectin as prophylaxis and treatment in August 2020. In January 2021, Uttar Pradesh reported near-zero COVID-19 deaths, while the United States faced ongoing high mortality, suggesting potential differential outcomes if ivermectin had been broadly authorized. The closing remarks emphasize the suffering caused by COVID-19 and its broad impacts on families and society.

North American science spent 15 years preparing for the next COVID after the original SARS CoV 1 outbreak in 2002-2003. By 2015-2016, research was complete. DARPA recommended to the CDC that ivermectin was the number one product to use in the event of a coronavirus pandemic. Ivermectin and hydroxychloroquine were known to be highly antiviral and immune modulatory. These effects were proven in vitro and in vivo with animals. Both medications were known to be completely safe for humans, having been used for 35 to 40 years. This knowledge was readily available for use at the next pandemic.

In this video, the speaker discusses the possibility of future pandemics and the importance of being prepared. They mention that plant-based extracts, such as Negarinin found in grapefruits and tomatoes, can block the entry of viruses like Ebola and Marburg into human cells. They also talk about the Marburg virus, which is similar to boomslang snake venom and could potentially be used as a biological weapon. The speaker suggests that high-dose vitamin C can be inhibitory to snake venoms and mentions a movie called "Bullet Train" that references the boomslang snake. They believe that Hollywood and a TV show called "Blacklist" have hinted at the narrative of COVID-19.

Treating viral infections at home can be done by providing remedies that inhibit viral replication, such as zinc and substances that enhance zinc like hydroxychloroquine and ivermectin. However, the protocol followed during the pandemic did not include these treatments. Instead, patients were only treated once they reached the hospital, where they were given ventilators and Remdesivir. It is known that Remdesivir can be lethal, as it caused kidney failure, heart failure, and organ collapse in many cases. The deaths attributed to the virus were often a result of Remdesivir rather than the virus itself.

Dr. Stella Emanuel reports a new flu-like illness with patients coughing, choking, wheezing, and shortness of breath, including individuals without prior asthma or prior need for breathing treatments. She notes that some patients require double breathing treatments with budesonide and albuterol before airways reopen and they feel better. She says some patients are treated with ivermectin or hydroxychloroquine and usually do better in a day or two, while others have been sick for a week or two and not improved, with some ending up in the hospital or developing pneumonia. Her guidance includes several steps. First, she advises getting back on what she calls the Sunday medicine, explaining that after the COVID situation diminished, people didn’t need weekly hydroxychloroquine or ivermectin, but now, in the next three months, she recommends weekly hydroxychloroquine and ivermectin. She specifies taking hydroxychloroquine and ivermectin weekly on Sundays (and implies a recurring weekly schedule) for the next three months. Second, she recommends daily supplements that have a zinc transport system. She explains that zinc needs a transport system to enter the cell and that RNA viruses—COVID, flu, Zika, dengue, measles—are RNA viruses and are sensitive to zinc. She notes that many people have zinc deficiency and suggests supplements with zinc transport systems such as elderberry, quercetin, and N-acetylcysteine, which help zinc enter cells and combat these viruses. She emphasizes taking one of the vitamins and supplements daily to help build the immune system and protect the lungs, alongside zinc-containing products like vitamin C, D, and zinc, elderberry, etc. She promotes a product referred to as COVID spray, calling it a “miracle in a bottle” containing N-acetylcysteine, muco­rise, and elderberry with quercetin, designed to spray into the airway. She claims it protects against chemicals and environmental pollutants that cause wheezing and states it can be used for sore throat, gum disease, and gingivitis. She lays out spray dosages: for an adult, four sprays (between eight and twelve sprays), for three to four sprays between four and eight, and for children under four, one spray. She describes carrying it in her purse and using it if coughing, sore throat, choking, or exposure to pollutants, especially for people with COPD, asthma, or bronchitis. In closing, she directs listeners to visit doctorstellamd.com to schedule a telemedicine appointment in all 50 states, obtain hydroxychloroquine and ivermectin in the medicine cabinet, and then visit the marketplace to choose supplements with zinc transport systems. She urges preparedness and notes that they do not know what the virus really is or its consequences, promising ongoing assistance and blessings.

There is a class of viruses called single stranded RNA viruses, which includes COVID-19, influenza, RSV, Marburg, Ebola, and hantavirus. These viruses use a common pathway called RNA dependent RNA polymerase to replicate their genetic material. By using zinc ionophores and zinc, we could potentially inhibit all these strains of viruses. This has significant national security implications, and I urge scientists and government officials to investigate this further.

Hydroxychloroquine and chloroquine can inhibit the growth of RNA viruses, including airborne ones like the flu and coronaviruses. These drugs create attenuated viral particles that can still enter cells, but the viruses are unable to replicate effectively. Taking hydroxychloroquine regularly can provide a vaccine-like effect, with individuals producing some particles, experiencing mild or no symptoms, and potentially developing immunity. This could eliminate the need for flu and COVID vaccines, as well as other medications like Tamiflu. Ultimately, this drug's impact on the pharmaceutical industry is significant, as it poses a greater threat to it than to the viruses themselves.