Shocking Revelation: 25% of Vaxxed Reportedly Affected by VAIDS, Study Finds

A group of scientists from Cambridge University in England has unveiled a startling discovery regarding the impact of Covid mRNA shots on the human immune system. According to a bombshell study conducted by these top scientists, 25 percent of individuals vaccinated with Covid mRNA shots now exhibit symptoms consistent with Vaccine-Acquired Immune Deficiency Syndrome (VAIDS).

The study delves into the unintended consequences of the Covid mRNA injections, revealing that one in four recipients suffered from what the scientists term an “unintended immune response.” Despite attributing the damage to a “glitch” or “unintended” response, experts have long expressed concerns about potential adverse effects on the immune systems of those receiving these vaccinations.

Slay News, among other outlets, has been consistently reporting on such findings, shedding light on the ongoing discourse surrounding the safety and efficacy of Covid mRNA shots.

The UK Telegraph reports the Cambridge scientists’ discovery that the vaccines were not flawless and sometimes led to the production of “nonsense proteins” instead of the desired Covid ‘spike.’ This spike is intended to mimic infection and stimulate antibody production. The study further highlights that a minor tweak to uridine, a component of the mRNA code, caused complications, with the protein-making machinery in the body struggling with the uridine analogs.

The scientists shared their findings with the medicines regulator MHRA approximately a year ago. Consequently, updated vaccines incorporating the improved form of mRNA are reportedly in development for applications in cancer jabs and other therapeutics.

The alarm over the VAIDS “glitch” was first raised by the scientists in December, as reported by various sources. The study’s revelations have sparked renewed concerns over the long-term implications of Covid mRNA vaccinations, prompting calls for further research and vigilance in monitoring the potential side effects.