Or to soon be better known as death by vaccine...

It turns out that a material called graphene oxide has been widely studied and tested in the biomedical industry — and its presence in the experimental COVID vaccines may explain the sudden increase in deadly blood clots around the world.

The links between nanotechnology and graphene oxide are well established in scientific literature. Graphene and graphene oxide are being developed and used as nanomaterials for medical applications — this is beyond dispute. Countless research papers can be found online: my quick search of scholarly articles using the search terms “graphene oxide” and “medicine” turned up 245,000 entries.
The problem is that graphene-based materials are toxic to biological life. In fact, the cancer-causing properties of graphene-based nanoparticles have already been studied and published. The results of injecting graphene oxide into mice are awful — as this study shows.

Quote:The pre-clinical risks, adverse effects of GNPs exposure, and approaches to minimize their health hazards still remain undefined. However, inhalation of graphene structures is believed to be a risk factor for cardiorespiratory disease. For example, inhaled graphene nanoplatelets can be transported deep within the distal regions of the lungs and trigger chronic inflammation in the respiratory tract [30]. It is generally thought that the placenta, lung, gastrointestinal tract and skin act as major barriers for many nanostructures entry into living organisms [31]. Indeed, a recent study on mice demonstrated that intratracheally delivered few-layered graphene was mainly retained in the lung, with 47% remaining after 4 weeks and this resulted dose-dependent acute lung injury and pulmonary oedema [32]. An in vitro study of the effects of graphene and graphene oxide on human skin HaCaT keratinocytes demonstrated that oxidized graphene was the most cytotoxic, inducing mitochondrial and plasma-membrane damage, and suggesting low cytotoxic effects at the skin level [33]. Reduced graphene oxide is more toxic than graphene oxide as evidenced by many studies reported recently [34], [35]. This is primarily due to its sharp edges and structural morphology. In contrast to the typically soluble nanoparticles examined in conventional toxicology investigations, graphene nanostructures have different shapes and surface areas, and which in turn can significantly influence their diffusion, dispersion, aggregation and agglomeration in plasma. Importantly, these “tunable” characteristics of graphene account for the varying toxic outcomes on the tissues. In vivo, following toxicity testing of graphene, post-mortem histological examinations of liver alterations have revealed hypertrophy of hepatocytes, necrosis and inflammatory cell infiltration in liver and kidney tissues [36]. The level of organ function and oxidative stress has been reported to affect the fate, transport and toxicity of graphene in organs but there is currently a lack of consistency in this regard [36].

You don’t have to be a doctor to understand “cardiorespiratory disease” or “acute lung injury” or “mitochondrial and plasma-membrane damage” — do you?
Multiple studies have concluded that when graphene-based particles are injected into mice it leads “to extensive pulmonary thromboembolism.”

What’s a pulmonary thromboembolism you ask? It’s called a blood clot.

https://emeralddb3.substack.com/p/whats-...-oxide?s=r

---