This image is a plasmid map, also sometimes called a vector map. Plasmids are small, circular DNA molecules that are separate from a cell’s chromosomal DNA and are frequently used in molecular biology and genetic engineering. This particular map, labeled as Pbiv1_WM_k141_107, represents a specifically designed plasmid that is 7810 base pairs (bp) long.

What do I see in this image?

The plasmid map visually represents the different parts of the plasmid, including genes, regulatory elements, and other functional sequences. Here’s a breakdown of what you’re seeing:

  • Circular Representation: The plasmid is depicted as a circle, reflecting its circular DNA structure. The blue shaded area represents the DNA plasmid backbone. The numbers around the circle mark the base pair positions.
  • Arrows: The colored arrows inside the circle represent the genes or coding sequences:
    • Purple Arrow: This is labeled “Spike (Omicron)” and represents the gene encoding for the Spike protein from the Omicron variant of the SARS-CoV-2 virus. This is a key component used in some vaccines.
    • Orange Arrow: This represents the “NeoR/KanR” gene which is a selectable marker, specifically genes that confer resistance to the antibiotics Neomycin (NeoR) and Kanamycin (KanR), and would be used to test if the plasmid has been taken up by cells.
    • Green Arrows: There are several green arrows, most notably there is one before the spike gene representing the “T7 Promoter with SNP”. Promoters are DNA sequences that tell the cellular machinery when to start transcribing the DNA into RNA. This promoter sequence with a single-nucleotide polymorphism (SNP), used for regulating gene expression. There are also several arrows within the blue portion, which represents the regulatory elements of the plasmid.
  • Labeled Regions/Boxes:
    • Poly A: Labeled ‘Poly A’, these are sequences are added at the end of the mRNA molecule, they’re important for the stability and translation of mRNA. There are two identified Poly A signals on this plasmid.
    • Linearization Site: This is a region on the plasmid where it can be cut open using a restriction enzyme to make it linear for certain cloning or experimental processes.
    • f1 ori is a specific origin of replication. Ori is a short for origin of replication.
    • AmpR promoter another type of promoter. The AmpR represents the ampicillin resistance gene.
    • HSV TK poly(A) signal: HSV TK refers to the Herpes Simplex Virus thymidine kinase gene, and it is followed by its polyadenylation (poly(A)) signal, similar to above, its used for proper processing of mRNA.
    • SV40 promoter: A promoter sequence derived from the Simian Virus 40. This is used to drive the expression of the genes in the plasmid.
    • SV40 enhancer: An enhancer sequence derived from the Simian Virus 40. Enhancers are DNA sequences that help promote gene expression by enhancing binding of transcription factors.
  • Restriction Enzyme Sites: The short names outside the circle are restriction enzyme sites, labeled with the base pair number they are at. These are locations on the DNA that can be cut using specific restriction enzymes, which are used for manipulating the DNA. Examples include: * EcoNI (6930) * BamHI (4537) * SfiI (1391) * BsaI (2605)
  • Other Labels:
    • Spike Probe: This label indicates a region where a probe can bind to detect or measure the presence of the Spike gene.
    • Ori Probe: Indicates a region where a probe can bind for detection related to the origin of replication.
    • Pbiv1_WM_k141_107 7810 bp: This is the label of the plasmid and also notes the basepair length.

Introduction: Unpacking the Complexities of Vaccine Safety

The world of vaccines can sometimes feel like a maze of complex science and heated debates. Recently, concerns have been raised about the presence of a virus called SV40 and the potential for prion diseases in connection with mRNA COVID-19 vaccines. These concerns, brought to light by experts like Dr. Ryan Cole, Kevin McKernan, Maryanne Demasi PhD, and Dr. Kevin McCairn, have led to important questions about vaccine safety.

This article aims to break down these complex issues into easy-to-understand terms. We’ll explore what SV40 is, discuss prion diseases, and examine the evidence that has sparked this debate, so you can be informed and make your own decisions about health.

Understanding SV40: What is it?

SV40: A Blast from the Past

Let’s start with SV40, or Simian Virus 40. It’s a virus that was first discovered in the 1960s in monkey cells used to produce polio vaccines. This led to some batches of polio vaccines being accidentally contaminated with SV40 from 1955 to 1963. While this contamination issue was later fixed through improved testing and manufacturing methods, the legacy of SV40 remains relevant because, it was discovered in more recent vaccines.

  • SV40’s Potential Impact: This virus is known to cause tumors in lab animals by interfering with key cellular controls, like the p53 and retinoblastoma protein. These proteins play vital roles in preventing uncontrolled cell growth, which can lead to cancer.

  • SV40 and Human Health: Even though SV40 has been removed from vaccine production, traces of SV40 DNA have been found in certain human cancers, such as mesothelioma, brain tumors, and bone cancer. More concerningly, it has been found in the blood of some people who have received vaccinations, sparking a new wave of concern and requiring more research to understand its presence. (Read here ↗)

  • SV40 in mRNA Vaccines: Recent findings of SV40 promoter sequences in mRNA vaccines, the part of the DNA that directs gene expression, has caused people to be concerned about the potential for DNA integration and the long-term effects of these vaccines.

  • A Historical Lesson: The early contamination of polio vaccines with SV40 remains a stark reminder of the importance of vaccine safety testing and thorough quality control procedures.

Voices of Concern: Experts Speak Out

Dr. Ryan Cole: A Pathologist’s Perspective

Dr. Ryan Cole, a pathologist, has been a vocal advocate for vaccine safety, bringing attention to the potential dangers of SV40.

  • Health Risks: He suggests that SV40 fragments found in some vaccines could increase cancer rates, lead to micro-clotting, and trigger autoimmune disorders.
  • Call for Action: Dr. Cole has been actively urging the public and authorities to investigate these concerns and demanding more transparency. (Watch Interview ↗)

Kevin McKernan: The Genomics Expert

Kevin McKernan, a genomics expert, has made some significant discoveries about SV40 in mRNA vaccines.

  • SV40 Confirmation: His team has identified SV40 promoter sequences in mRNA vaccines at higher levels than is considered safe by regulatory standards.
  • Potential Health Effects: McKernan has highlighted the risk of “turbo cancers” due to the presence of these sequences, expressing concerns about how these sequences could impact cellular processes. (Listen to Podcast ↗)

Maryanne Demasi PhD: The Science Journalist

Maryanne Demasi, a science journalist, has been closely following research related to DNA contamination in vaccines.

  • Independent Validation: She highlights peer-reviewed studies that confirm the presence of DNA contamination, including SV40 elements, which lends credibility to these claims. (Read here ↗)
  • Demand for Oversight: Demasi calls for stricter oversight by regulatory agencies like the FDA, advocating for greater transparency and accountability.

Confirmation of SV40: Independent Labs Weigh In

It is important to note that the presence of SV40 sequences has been confirmed by at least five independent labs, including:

  1. Medicinal Genomics (Kevin McKernan)
  2. University of South Carolina (Dr. Philip Buckhaults)
  3. University of Würzburg (Dr. Ulrike Kämmerer)
  4. Queensland Forensic Laboratory (Australia)
  5. Japanese National Institute of Infectious Diseases

These findings, from a diversity of independent researchers, further validate the concern of SV40 presence, and highlight the importance of continued research.

Dr. Kevin McCairn, building on the research of the late Luc Montagnier, has explored a potential link between mRNA vaccines and prion diseases, such as Creutzfeldt-Jakob Disease (CJD).

  • Prion Diseases: Prion diseases occur when normal proteins in the brain misfold and accumulate, leading to severe and irreversible brain damage. CJD is a particularly devastating prion disease with a nearly 100% fatality rate.
  • The Vaccine Connection: Dr. McCairn’s research suggests a possible connection between the onset of CJD and vaccination. (Watch here ↗)
  • Additional Evidence: Dr. McCairn references a post on X, illustrating additional risk. (Read here ↗)

What Do These Findings Mean for Public Health?

  • Enhanced Monitoring: Increased surveillance for unusual health issues after vaccination, particularly neurological symptoms, is crucial.
  • Policy Changes: Regulatory bodies may need to revise their approach to vaccine manufacturing and approval to minimize risks.

Long-Term Considerations

  • Ongoing Genetic Research: Continuous investigation into how SV40 may integrate with human DNA and if there are hereditary risks.
  • Innovative Production: Research into safer vaccine production methods that minimize potential contamination.

Ethical Responsibilities

  • Informed Consent: It’s critical to have open and transparent conversations with the public about potential risks associated with vaccines.
  • Pushing for Science: This situation is pushing for more research into prion diseases and vaccine risks, which could lead to significant breakthroughs in disease prevention and treatment.

Ethical and Societal Considerations

  • Informed Choice: Open discussion about the risks of vaccines ensures individuals can make well informed choices about their health.

Conclusion: Navigating a Complex Landscape

The potential presence of SV40 components in mRNA vaccines, coupled with research on prion diseases, introduces some complex questions about public health, but in order for a community to be healthy, those questions must be discussed. It is important to note that while regulatory bodies say that immediate risks are low, the potential long term risks are significant enough to warrant further scrutiny and investigation, especially when considering genetic health and neurodegenerative diseases. This leads to the following points:

  • Open Communication: Open discussion with scientists, regulatory agencies, health care providers, and the public is vital to ensure that the information is properly understood.
  • Collective Response: How we respond to these issues will shape the future of public health, vaccine innovation, and how we handle health emergencies with honesty and integrity.

Further Reading:

This is an ongoing conversation, and it’s important for the public to stay informed and be involved in discussions about health and vaccine safety.

Luc Montagnier: A Legacy of Inquiry

Luc Montagnier’s final research, which was under peer review when he passed away, brought focus to a possible connection between COVID-19 vaccines and prion diseases, including CJD. His work, though controversial, highlights the urgent need for thorough investigations into vaccine safety and prion disease mechanisms. It is important to note and support scientific curiosity even when it may challenge prevailing viewpoints.

To stay informed on this topic, it’s worth following JC Perez @JCPEREZCODEX ↗, who provides updates on vaccine safety and prion disease research.

What This Means for Public Health and Science

Driving Innovation Through Research

  • Advancing Vaccine Technology: These controversies must be viewed as calls for better vaccine technology and protocols, which are more transparent about risks, and that also actively minimize the risk of contamination.
  • Prion Disease Understanding: Dr. McCairn’s research, with Montagnier’s, pushes for more in-depth research into prion diseases. This could help us better understand how to prevent and treat prion related illnesses, and could also have benefits beyond just vaccines.

Strengthening Policy and Regulation

  • Stricter Standards: Regulatory agencies might need stricter rules for vaccine production, emphasizing consistent checks for contaminants like SV40. This could lead to better safety protocols and oversight.
  • Global Health Strategies: Health organizations worldwide may need to adjust how they manage vaccine rollouts, especially for vulnerable populations, to make sure the potential risks are carefully weighed against the benefits.

Community Awareness and Healthcare Training

  • Public Education: It is essential to educate the public about vaccine science, prion diseases, and the ongoing research into vaccine safety, enabling people to make informed decisions about their health.
  • Healthcare Training: Medical professionals will need up to date training to spot any possible neurological symptoms after vaccination to ensure early treatment is applied if needed.

Conclusion: Moving Forward with Awareness

The concerns surrounding SV40 and prion diseases related to mRNA vaccines are a critical issue for public health. While the immediate dangers are still debated, it is important to recognize that there is a potential for long-term effects and this must be taken into consideration. For our current and future generations, this means we need a more transparent, thorough, and ethical approach to how we produce and distribute vaccines.

As we continue to learn more about these issues, the conversation between scientists, regulators, health care professionals, and the public is crucial. Our collective response will shape how we understand and deal with vaccine safety and other health challenges.

It is important to keep informed, continue to discuss and make sure we are striving for a future where health innovations are developed with the utmost care for safety and transparency.

In Tribute to Healthcare Advocates

“That’s right he didn’t sell nothing he got rid of toxic chemicals gave his patients the care they needed.” - Thomas Anthony @MeasslainteIRL ↗

This tweet is in honor of health care professionals who prioritize health and well-being, demonstrating that when we put health and well-being first, it has a profoundly positive impact.

Further Insightful Resources:

STOP THE SHOTS: A Call to Action

Actions Needed

  1. Independent Validation: It is essential to validate the claims of contamination by using third-party research and studies.
  2. Regulatory Openness: The FDA and WHO must discuss any discrepancies in their stated DNA plasmid limits, and address any concerns about SV40 data, with full disclosure to the public.
  3. Pause on mRNA Vaccines: The WCH and other critics are calling for a temporary halt on mRNA vaccines until there is a more thorough review and understanding of the potential risks.

Other References

DNA Contamination and SV40 in Pfizer’s Covid Injections ↗. Expose-News. Dirty Shots: DNA Contamination in mRNA Vaccines ↗. Natural News. SV40 and Vaccine Safety Concerns ↗. Citizens.News. Would you like a turbo cancer with that? ↗. Arkmedic’s blog.

With care and dedication,

The Meas Slainte Team

Please Note: This article provides an overview based on current research and expert opinions. Always consult with health professionals for specific health care needs.