The Vermont Supreme Court ruled Friday that a family cannot sue their child’s school district after their then-6-year-old child was mistakenly given a COVID-19 vaccine without their consent.

The incident occurred at a November 2021 clinic hosted by the Windham Southeast School District and the Vermont Department of Health. The child, referred to as L.P. in court documents, was a student at Academy School within the district.

According to the ruling, L.P.’s father had informed a school official prior to the clinic that his child should not be vaccinated. The school official acknowledged this directive. However, L.P. was mistakenly given a name tag meant for another student who had already been vaccinated earlier that day, leading to L.P. receiving one dose of the Pfizer vaccine.

Despite L.P. verbally protesting by saying, “Dad said no,” clinic workers proceeded with the vaccination. The error was eventually realized by Academy School officials, who called L.P.’s parents to apologize. Following the incident, L.P.’s parents decided to remove their child from the school.

The Vermont Supreme Court’s ruling stated that state and school officials involved are protected under the Public Readiness and Emergency Preparedness (PREP) Act. The PREP Act provides liability immunity to “covered persons” in the event of a public health emergency for actions related to administering “covered countermeasures,” which include vaccines.

“To avoid dismissal on immunity grounds, plaintiffs would have had to present well-pleaded allegations showing that (1) at least one defendant was not a covered person, (2) some conduct by a defendant was not causally related to administering a covered countermeasure, (3) the substance injected into L.P. was not a covered countermeasure, or (4) there was no PREP Act declaration in effect at the time L.P. was injected,” the ruling stated.

This decision upholds a January 2023 ruling by a state superior court.

Windham Southeast Superintendent Mark Speno issued an apology for the incident in a November 2021 letter to families. “Thankfully, we are not aware of any harm to the student because of this mistake,” the letter reportedly read. “We take our responsibilities to students and families very seriously, and we respect parents’ rights to make health care decisions for their children.”

Crisis in the Classroom (CITC) has reached out to both Speno and an attorney for L.P.’s family for comment, but has not yet received a response. This story will be updated if responses are received.

Kansas Attorney General Kris Kobach has filed a lawsuit against pharmaceutical giant Pfizer, accusing the company of deceptive marketing practices regarding its COVID-19 vaccine. The lawsuit, lodged in state court in Thomas County, alleges that Pfizer marketed the vaccine as “safe” despite allegedly knowing it was associated with “serious adverse events.”

The legal challenge by Kansas follows a similar lawsuit filed by Texas Attorney General Ken Paxton in November. At a news conference on Monday, Kobach revealed that Kansas is among several states pursuing legal action against Pfizer. The lawsuit contends that Pfizer misrepresented its COVID-19 vaccine as “safe and effective” while being aware of potential side effects, including myocarditis and pericarditis—heart inflammations that, according to the Centers for Disease Control and Prevention (CDC), rarely occur.

“In such an environment, it is imperative Kansans making that decision receive the truth,” Kobach stated, emphasizing the importance of transparency for individuals deciding whether to get vaccinated.

Pfizer has dismissed the lawsuit as baseless. In a statement, the company expressed pride in developing the COVID-19 vaccine swiftly during the global pandemic, claiming it saved countless lives. Pfizer emphasized that its communications about the vaccine have been accurate and science-based, and that patient safety remains its top priority.

“The representations made by Pfizer about its COVID-19 vaccine have been accurate and science-based. The company believes that the state’s case has no merit and will respond to the suit in due course,” Pfizer said.

The lawsuit alleges that Pfizer’s actions violated Kansas’ consumer protection laws, despite the fact that vaccine recipients did not pay for their doses directly. Kobach argues that consumer protection laws still apply and that Pfizer violated prior consent judgments with the state. The lawsuit seeks monetary damages, although it does not specify an amount.

Kobach, a Republican, is launching this legal challenge as the pandemic fades from public consciousness, but vaccine-related anger and conspiracy theories continue to circulate, particularly among some right-wing groups. The lawsuit underscores ongoing tensions and distrust surrounding the COVID-19 vaccines.

As the legal proceedings unfold, the outcome could have significant implications for pharmaceutical companies and their accountability in public health crises.

SOURCE: THE KANSAS CITY STAR

The COVID-19 pandemic has significantly impacted global health, and the rapid development of mRNA vaccines emerged as a promising solution. However, despite the pandemic’s resolution, concerns remain regarding the potential dangers of 100% N1-methyl-pseudouridine (m1Ψ) modification found in these vaccines. Recent evidence suggests that mRNA vaccines – particularly those with a 100% m1Ψ modification – may inhibit essential immunological pathways, leading to a reduced immune response and potential increased susceptibility to recurrent infections. Moreover, findings imply that these modified mRNA vaccines could potentially aid in cancer development. This article explores the implications of these discoveries and provides recommendations for future clinical trials involving mRNA vaccines in both cancer and infectious disease treatments.

Introduction

The emergence of the severe acute respiratory syndrome coronavirus 2 (SARS-CoV-2) and its subsequent COVID-19 disease turned the world upside down. The development of a vaccine became a top priority, leading to the rapid implementation of new technologies such as mRNA vaccines. These vaccines garnered significant attention and offered hope amid the pandemic, with the potential to prevent hospitalization and serious illness in those with comorbidities. However, recent studies have shed light on the effectiveness of these vaccines and their potential impact on cancer development, even in a post-pandemic world.

The m1Ψ-Modified mRNA Vaccines

mRNA vaccines work by introducing a small piece of the genetic material into the body, instructing cells to produce a harmless viral protein that triggers an immune response. This process enables the immune system to recognize and fight off the virus in the future. The novel aspect of COVID-19 mRNA vaccines is the inclusion of 100% m1Ψ modifications. This divergence from previous mRNA technologies and vaccines h as raised concerns.

In a melanoma model, it was discovered that adding 100% m1Ψ-modified mRNA to cancer cells stimulated cancer growth and metastasis. Non-modified mRNA vaccines had the opposite effect. This suggests that COVID-19 vaccines with 100% m1Ψ modification may potentially contribute to cancer development.

Implications and Recommendations

The rapid development and widespread use of mRNA COVID-19 vaccines have demonstrated the potential of this technology in combating pandemics. However, several concerning findings and drawbacks have surfaced, warranting a reevaluation of the future of mRNA vaccines. The cumulative evidence highlights the need to halt the development of mRNA vaccines with 100% N1-methyl-pseudouridine (m1Ψ) modification for the sake of public health and safety.

Firstly, the waning immunity observed with mRNA vaccines raises concerns about their long-term efficacy. These vaccines do not generate sterilizing immunity, leaving individuals vulnerable to recurrent infections. Second, the impairment of essential immunological pathways due to the 100% m1Ψ modification may lead to a reduced immune response to viral infections and a potential increased risk of cancer development. Furthermore, recent studies have indicated that mRNA vaccines might have unpleasant and potentially long-lasting side effects on certain populations, such as those with a history of certain allergies.

Given these findings, it is crucial to reorient research efforts towards developing mRNA vaccines with lower percentages of m1Ψ modification. Utilizing alternative technology, like traditional protein-based vaccines, would provide a safer and more effective approach to prevent and control future infectious diseases. In conclusion, the potential dangers associated with the 100% m1Ψ modification in mRNA vaccines outweigh their benefits, and further development of these vaccines should be stopped to prioritize the health and well-being of the global population.

SOURCE: DOI STUDY