Here are some outages from ‘papers’ studying graphene.

Just a simple search, on the computer, using the terms, “is graphene toxic”, “is graphene toxic to humans”,  returns PAGES of articles.

The ‘reports’ on the web, are ‘reports’ on the web.
Read them, then come to a conclusion.

As I have not taken any of the C-19 variants of the vaccine.
“… I have no reason to bring up scam products that have zero context to the topic being discussed.  …”
(Opinion = a view on the topic. View = a  opinion on the topic)

Conclusion on a topic,
    Depends on
Who butters the bread.

“…Graphene possesses wider biomedical applications including drug delivery,…”

“…graphene-family nanomaterials (GFNs) are widely used in many fields, especially in biomedical applications….”

“…graphene materials have been widely used in various fields, including energy storage; nanoelectronic devices; batteries [10–12]; and biomedical applications, such as antibacterials [13, 14], biosensors [15–18], cell imaging [19, 20], drug delivery [8, 21, 22], and tissue engineering [23–25]….”

“…with the application and production of GFNs increasing, the risk of unintentional occupational or environmental exposure to GFNs is increasing [26]. And recently, there are some investigation on GFNs exposure in occupational settings and published data showed that the occupational exposure of GFNs had potential toxicity to the workers and researchers…”

“…Several reviews have outlined the unique properties [35, 36] and summarized the latest potential biological applications of GFNs for drug delivery, gene delivery, biosensors, tissue engineering, and neurosurgery [37–39]; assessed the biocompatibility of GFNs in cells (bacterial, mammalian and plant) [7, 40, 41] and animals…”

Eegore wrote on 03/14/24 at 10:10:14:


“… I don't think there is any debate on graphene being toxic….”

If it is Toxic, why then the references of what it is used for ?

“…Graphene possesses wider biomedical applications including drug delivery,…”  
“…graphene-family nanomaterials (GFNs) are widely used in many fields, especially in biomedical applications….”  
“…graphene materials have been widely used in various fields, including … … …  and biomedical applications, such as antibacterials … … …  drug delivery [8, 21, 22], and tissue engineering…”
“…Several reviews have outlined the unique properties … and summarized the latest potential biological applications of GFNs for drug delivery, gene delivery, … … …”


“…The debate is if graphene is in the vaccine, and at a harmful capacity...”

Question. What would be the, “…harmful capacity…”

“…It's like saying liquid morphine is toxic,…”

Another question, is ‘dry’ morphine not toxic ?
Or does, Dry and Liquid, morphine have different toxicities, depending on if,  dry or  liquid ?

  (A inquiring mind want's to know)

I'm glad we can agree that there is evidence. Why are we talking about legal terms now? But there is sufficient reason to take this to justice, as has now been done in Spain.


 I agree there is an investigation however I do not think that there is an outcome to that investigation so my assessment is that graphene may or may not be in the vaccine and may or may not be at toxic levels.  Instead of saying an investigation with no outcome proves graphene is in the vaccine.



Historical, I think the word is justified, but it is not just purely because of the piece of graphene found in the research that you and I have presented, but the whole covid story in itself is a schandal, not just the vaccine.


 Agreed as there would be no vaccine if there was no Covid, and all sides, every side, have politicized it and used it for various forms of profit.  




I look at the whole Covid thing and the political shift from democracy to a totalitarian system that is going on and that is something you are not doing.

 Tell that to the State where I live that had to remove certain "lockdown" legislation, and change the SARS-COV2 mortality counting methods due to legal challenges my (and a few other) company initiated.  The difference is we used verifiable facts and not social media posts to send the case forward.  We certainly didn't pretend something was "proof" once we were shown it was false, make jokes then ignore it.




I gain insight by investigating suspicions. I believe your position is anti-conspiracy. My position is curiosity and wanting to shed light on abuses.

 I don't care about most of that, I just have a system for assessing truthful material.  Reading a headline and passing it along as fact is not part of that process.  I prefer to actually read what I claim is factual and cross reference it with other material - then have at least 3 other assessments done with 2 being blind if possible.


 Would you accept 3 studies that show there is no graphene as evidence it is not in the vaccine?

 


 

You know were I stand Eegore.

You know were I stand Eegore.

 Apparently in a place where you won't acknowledge when "proof" of graphene in the vaccine is actually "proof" of graphene on an external electron microscope.  So it seems the only acceptable outcome for you is graphene in the vaccine, even if some of the evidence is a provable lie.

Would you accept 3 studies that show there is no graphene as evidence it is not in the vaccine? Is there a reason you won't answer this question?

Where does that graphene on the microscope come from?

Because it clearly states that there is graphene in the sapels.
Here's a screen shot:
 


It was investigated with the micro Raman method, I just looked up what that is for you.

Micro-Raman spectroscopy is a powerful analytical technique used to investigate the vibrational and rotational modes of molecules in a sample. It's a form of Raman spectroscopy that offers high spatial resolution, typically on the order of micrometers or even smaller, allowing for the analysis of very small sample areas.

In a typical micro-Raman setup, a focused laser beam is directed onto the sample, causing molecular vibrations within the sample. A small portion of the scattered light, which has been shifted in frequency due to the vibrational modes of the molecules, is collected and analyzed. This shift in frequency provides information about the molecular structure and composition of the sample.

Micro-Raman spectroscopy has applications in various fields such as materials science, chemistry, biology, and pharmaceuticals. It can be used to study a wide range of samples, including thin films, nanoparticles, biological tissues, and individual cells, providing valuable insights into their chemical composition, structure, and properties.

And because I have finally been able to make everything clear, I will conclude with this:

https://i.imgur.com/9IJxkZ8.mp4   (10 seconds)