COVID Vaccines: Necessity, Efficacy and Safety

Covid-19 vaccines are exposing populations to serious, unnecessary and unjustified medical risks.

Abstract: COVID-19 vaccine manufacturers have been exempted from legal liability for vaccine-induced harm. It is therefore in the interests of all those authorising, enforcing and administering COVID-19 vaccinations to understand the evidence regarding the risks and benefits of these vaccines, since liability for harm will fall on them.
In short, the available evidence and science indicate that COVID-19 vaccines are unnecessary, ineffective and unsafe.

Necessity: immunocompetent individuals are protected against SARS-CoV-2 by cellular immunity. Vaccinating low-risk groups is therefore unnecessary. For immunocompromised individuals who do fall ill with COVID-19 there is a range of medical treatments that have been proven safe and effective. Vaccinating the vulnerable is therefore equally unnecessary. Both immunocompetent and vulnerable groups are better protected against variants of SARS-CoV-2 by naturally acquired immunity and by medication than by vaccination.

Efficacy: Covid-19 vaccines lack a viable mechanism of action against SARS-CoV-2 infection of the airways. Induction of antibodies cannot prevent infection by an agent such as SARS-CoV-2 that invades through the respiratory tract. Moreover, none of the vaccine trials have provided any evidence that vaccination prevents transmission of the infection by vaccinated individuals; urging vaccination to “protect others” therefore has no basis in fact.

Safety: The vaccines are dangerous to both healthy individuals and those with pre-existing chronic disease, for reasons such as the following: risk of lethal and non-lethal disruptions of blood clotting including bleeding disorders, thrombosis in the brain, stroke and heart attack; autoimmune and allergic reactions; antibody-dependent enhancement of disease; and vaccine impurities due to rushed manufacturing and unregulated production standards.

The risk-benefit calculus is therefore clear: the experimental vaccines are needless, ineffective and dangerous. Actors authorising, coercing or administering experimental COVID-19 vaccination are exposing populations and patients to serious, unnecessary, and unjustified medical risks.

COVID Vaccine Necessity, Efficacy and Safety

Covid-19: Social murder, they wrote—elected, unaccountable, and unrepentant

Murder is an emotive word. In law, it requires premeditation. Death must be deemed to be unlawful. How could “murder” apply to failures of a pandemic response? Perhaps it can’t, and never will, but it is worth considering. When politicians and experts say that they are willing to allow tens of thousands of premature deaths for the sake of population immunity or in the hope of propping up the economy, is that not premeditated and reckless indifference to human life? If policy failures lead to recurrent and mistimed lockdowns, who is responsible for the resulting non-covid excess deaths? When politicians wilfully neglect scientific advice, international and historical experience, and their own alarming statistics and modelling because to act goes against their political strategy or ideology, is that lawful? Is inaction, action?1 How big an omission is not acting immediately after the World Health Organization declared a public health emergency of international concern on 30 January 2020?

At the very least, covid-19 might be classified as “social murder,” as recently explained by two professors of criminology.2 The philosopher Friedrich Engels coined the phrase when describing the political and social power held by the ruling elite over the working classes in 19th century England. His argument was that the conditions created by privileged classes inevitably led to premature and “unnatural” death among the poorest classes.3 In The Road to Wigan Pier, George Orwell echoed these themes in describing the life and living conditions of working class people in England’s industrial north.4 Today, “social murder” may describe the lack of political attention to social determinants and inequities that exacerbate the pandemic. Michael Marmot argues that as we emerge from covid-19 we must build back fairer.5


This post is in relation to COVID-19.

This database allows you to browse and view data on suspected side-effects from various medicinal products (also known as suspected adverse drug reactions (“ADRs”).

All data contained herein is sourced from VigiBase®, the World Health Organization’s (the “WHO”) global database for ADRs.

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SPI-M-O: Summary of further modelling of easing restrictions – Roadmap Step 2

UK scientists:

“Resurgence in hospitalisations and deaths is dominated by those that have received two doses of the vaccine”

Date: 31st March 2021.

See page 10.

Paragraph 55 and 56.

See full report below.

Click to access S1182_SPI-M-O_Summary_of_modelling_of_easing_roadmap_step_2_restrictions.pdf

Pierre Jacques Antoine Béchamp

The originator of Terrain Theory, Pierre Jacques Antoine Béchamp was born in Bassing, near Dienze (Moselle), France in 1816. He was the son of a miller. He lived in Bucharest, Romania from the ages of 7 to 18 with an uncle who worked in the French ambassador’s office. There, he began to study pharmacy.

After the death of his uncle from cholera in 1834, he moved to Strasbourg to continue his studies at the École supérieure de Pharmacie. In 1843, he opened a pharmacy in Strasbourg (which existed up to the time of his death). He took on various faculty positions at the University of Strasbourg, and, in 1854, was appointed Professor of Chemistry, a post previously held by Louis Pasteur.

Over the course of his life, Béchamp developed several useful commercial inventions. In 1852, he created an inexpensive industrial process to produce aniline by the reduction of nitrobenzene with iron filings and acetic acid. This method greatly contributed to the emergence of the synthetic dye industry. For this work, along with others, he was awarded the Daniel Dollfus Prize of the Société Industrielle de Mulhouse in 1864. He also first synthesized the organic derivative of arsenic, p-aminophenylarsonate, which was subsequently used in the treatment of trypanosomiasis.