Ongoing developments in the research of epigenetic biomarkers for hepatocellular carcinoma (HCC) signal a potential breakthrough in diagnosis, even amidst the absence of clinically validated options in routine practice. While skepticism persists regarding conventional health authorities, particularly in light of past controversies, the promising performance of investigational epigenetic panels demonstrates over 90% accuracy in early research stages. A cautious optimism prevails as industry stakeholders continue to monitor the validation of these biomarkers, anticipating transformative impacts on personalized cancer care.
“The next common cause should be autism. It is genetic problem.”
“Maybe a pollutant or toxin or infection.”
“Because this is the guy who broke the news to the world that mRNA vaccines were contaminated with bacterial plasma DNA. And eventually this was confirmed by peer-reviewed process lately by very high-profile publications.”
“Discovery number one was that the DNA fragments in the mRNA vaccine, this is specifically Pfizer vaccine... that basically we're talking about bacterial epigenetics.”
“they found something like over 590,000 fragments of the bacterial plasmid DNA inside a inside that one Pfizer mRNA vial.”
“But what's really interesting is that they clearly the largest fragment was 3,400 some base pairs. So that's fairly large.”
“the actual entire bacterial plasmid that Pfizer used to develop these vaccines, mRNA COVID vaccines, is about 7,800 base pairs.”
“some of these plasmids were never linearized and that's a that's a potential big issue. Because once linearized, it was supposed to be treated in such way so that it's not supposed to be able to relegate itself to create circles.”
“when the vaccine packaged the mRNA, it also packaged fragments of those DNA in a in a fat bubble and these fat bubbles then eventually enter our cells.”
“I find from my personal experience that the greatest lessons I take is actually from disagreements when you hear an opposing viewpoints.”
“It regulates the chromatin architecture and gene expression without altering the DNA sequence. So that means they are epigenetic in nature.”
“So DNA modifications can alter nucleosome architecture and make the DNA tightly or loosely wrapped around the core histone octamer.”
