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In the age of astonishing technological advancements, a curious question arises: Can cell phones and graphene oxide join forces to revolutionize drug delivery? It sounds like something out of science fiction, but the recent research hints at a potentially game-changing partnership. Let’s explore this innovative concept and its implications for biomedicine. More on this below. Keep reading.
In recent groundbreaking research, an official study conducted in September 2022 has unveiled a remarkable synergy between cell phone signals and graphene oxide, potentially transforming drug delivery methods. This study, titled “Remotely controlled electro-responsive on-demand nanotherapy based on amine-modified graphene oxide for synergistic dual drug delivery,” has unveiled a fascinating avenue for controlled drug release within the human body.
The research delves into how cell phones can emit signals capable of activating a low-voltage current that interacts with Graphene Oxide (GO) molecules, resulting in the efficient delivery of drug payloads. This innovative approach aims to regulate the release of dual drugs, such as aspirin and doxorubicin, remotely using a simple mobile phone, eliminating passive release during idle periods.
GO’s extraordinary properties, including its high surface area and complex composition, make it an ideal candidate for delivering biological or drug payloads within the body. This opens up exciting possibilities in the realms of biomedicine and biotechnology when combined with polymers or inorganic matrices.
We are already aware that 5G signals can induce electrical currents within the human body, even from a considerable distance. Dr. Joseph Mercola’s research has uncovered that 5G cell signal radiation can lead to measurable biological and chemical changes in the body, causing concerns about its safety. While the Federal Communications Commission (FCC) admits to a lack of safety studies, numerous governments and agencies worldwide have issued warnings about the adverse effects of cellphone radiation.
Compelling research conducted by Dr. Martin Pall has shed light on the impact of microwave radiation on mobile devices and wireless routers. This radiation triggers voltage changes within the body’s cells, activating Voltage-Gated Calcium Channels (VGCCs) in the cell membrane. These channels play a crucial role in controlling what enters and exits the cell.
According to Dr. Pall’s findings, VGCCs are incredibly sensitive to microwave radiation, which means that current safety standards may significantly underestimate its potential risks. Excessive exposure to cell phones and Wi-Fi networks has been linked to a range of chronic diseases, emphasizing the need for further research and safety evaluations.
Connecting the dots, it becomes apparent that 5G signals could be harnessed to generate low voltage inside the human body, causing Graphene Oxide molecules to release predetermined payloads. The study cited earlier reveals that graphene oxide can be used as an electro-sensitive material for drug delivery, with drugs like aspirin and doxorubicin controlled by external voltage, accessible via a mobile phone.
While the study primarily focuses on the release of benign drugs, it raises alarming possibilities regarding more sinister payloads. Conceivably, this technology could be used to deliver potent chemical weapons or infectious agents to those who have been previously inoculated. A coordinated broadcast of 5G signals at specific frequencies could activate the release of these payloads simultaneously across an entire population.
Intriguingly, the ink printed on pharmaceutical capsules has revealed magnetic properties. Graphene, with its unique ability to become magnetic through specific rotational orientations, raises questions about its potential presence in pharmaceutical ink. Further research is needed to explore this intriguing possibility.
Graphene oxide materials not only carry payloads but also have the capability to transmit signals, potentially creating a chain reaction of 5G cell tower signals being relayed from one person to another. This property could extend the reach of a “kill switch” signal broadcast far beyond the initial range of 5G cell towers.
Hot Take: So, here we are, living in a world where your smartphone might become your pharmacist, and graphene oxide could be your courier. Who knew that your next prescription could be as easy to order as your favorite takeout? Just a tap on your phone, and voila, your meds are on their way. What could possibly go wrong? Your phone dies mid-delivery, and you’re stuck waiting for a charger, or maybe your medication accidentally gets switched with your friend’s phone. Ah, the wonders of modern technology!
Sources cited in this article include:
https://www.sciencedirect.com/science/article/abs/pii/S2468519422002166
https://pubmed.ncbi.nlm.nih.gov/23802593/
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