The Covid-19 vaccines have been forensically examined in the United Kingdom and a laboratory report confirms they contain graphene nanomaterials that can penetrate the body’s natural barriers and damage the central nervous system, and Graphene Oxide which can damage internal organs, destroy blood health, trigger cancer, and cause changes in gene function among a host of other ill effects.
Following her own experience with patients who had suffered apparent vaccine injury and adverse reactions, a British Medical Practitioner came forward in December 2021 offering to assist in an investigation to ascertain whether the results discovered by Dr’s Noack and Campra could be replicated in the UK and also to examine the COVID-19 injection vials for discovery of toxins or unexpected contents.
The medical practitioner seized an injection vial from the fridge housed in the surgery in which she works and handed it to an independent investigator assisting in investigating cases relating to injury sustained as a result of injections given as part of the roll out.
Further vials have since been obtained which cover the three main manufacturers in the UK: Pfizer,
Moderna and AstraZeneca.
The contents of the injection vials have been forensically examined and a laboratory report has now been officially published.
The report titled “Qualitative Evaluation of Inclusions In Moderna, AstraZeneca and Pfizer Covid-19 vaccines” has been presented to the Police involved in the UK Criminal Case, 6029679/21, which is said to provide them with more than enough reasonable suspicion that serious indictable offences have been committed regarding the administration of experimental treatments.
The report contains the toxicology reports of injection vials that have been forensically examined, with findings that provide “more than enough grounds” for the Police to apply for the Police and Criminal Evidence Act 1984 Warrant and seize injection vials for themselves.
Read More: Official U.K. Lab Report confirms Covid-19 Vaccines definitely contain Graphene Oxide