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![Pharma insider describes the putrid/horrifying way the Covid-jab "mRNA" is made: "[It's] a synthetic chemical molecule...and they throw it into a vat of E. Coli. [which] is literally shit...[and the mRNA has] antibiotic resistant genes...It has nothing to do with human [mRNA]." This clip of retired pharma R&D executive Sasha Latypova (sashalatypova.substack.com "Due Diligence and Art") is taken from an interview with Anita Krishna (Anita K) posted to Rumble on July 9, 2025. ---------------Partial transcription of clip--------------- "So especially people need to understand, when we say, in relation to, to these things, when we say DNA and RNA, it has nothing to do with what is, what is claimed to be human DNA and RNA. Nothing. Think of it as like your car has rubber tires today, right? Those rubber tires don't come from the rubber tree. At some point in the past, they came from the rubber tree. That was the only source of rubber was rubber tree. And today they're all synthetic. Rubber has nothing to do with the tree, but we still call them rubber. So that's the DNA and RNA that, that's in [the Covid injections]. It's the synthetic, synthetic molecules, chemicals that these, you know, scientists I make fun of, call DNA and RNA. It has nothing to do with humans. "It's synthetically made. So it's a synthetic chemical molecule, which they, throw into. So the, they make this DNA synthetic chemical molecule using synthetic chemistry methods, and they throw it into a vat of E. Coli. E. coli is literally shit. Those are the bacteria that make feces. And so there's a big vat of this beautiful, beautiful bacteria called E. Coli. They throw these pieces of synthetic material. Those, creatures, uptake it, they eat it, and then they replicate that. They replicate very quickly. So in 24 hours, I think it doubles or something. Anyway, so, so they, so they eat these pieces of chemicals, they replicate themselves rapidly, and that's how they grow DNA in the lab. "And, once they've grown enough of it, so, so the, so the synthetic. Yeah, they grow that, that's what gets distributed and to the labs that make the vaccines. Yeah, yeah, it's the first step. So, so the, the, the, the DNA, like the DNA molecule that they throw into E. coli vat is kind of like a negative for the photo, from which then you make a print, which is the RNA. Right. And, and so, so they grow this DNA volume in this E. coli vat. Then they throw— also in that DNA molecule that they design. They. The reason it's not human because it has a whole bunch of features also. Well, it's made synthetically, but it also, in addition to pretending like it has something to do with humans, which it doesn't, they also input into that molecule, what's called, antibiotic resistant genes. "So there's a, there's a sequence there that is, designed to be resistant to antibiotics, in particular kanamycin and some other mycin and neomycin and kanamycin. And then, and then because once they've grown enough in E. Coli, they need to kill the E. Coli. And how do they kill E. Coli? With antibiotics. So they throw a whole bunch of antibiotics into this vat to kill the E. Coli. The process, not a single step of this manufacturing as I'm describing, is completely clean. So all the in-process materials and everything that was done in the previous steps always ends up in the next step. "Even though they're saying they're cleaning, they're removing the blah, blah. But it's never perfect, never complete. So we have now go into the next step. We have some E. Coli cells that haven't killed, they haven't been killed. We have antibiotic resistant genes. We have some antibiotic that's still left over. We have, endotoxins, which is E. Coli's own excrement, extremely toxic to humans. And we have all kinds of other ethanol and other process, in process chemicals that were there. Then it goes to the next step. And the next step they convert, using different enzymes and other chemicals, they convert this DNA molecule into the RNA molecule. The RNA molecule also is not human. It's made synthetically, but also has features that are completely foreign to humans, such as substitution of uridine with pseudo uridine, for which Kariko and Weissman got Nobel Prize. And Robert Malone was very upset because he didn't get the Nobel Prize. He wrote a whole long whining stack about it. "So then, then they, so that they make this RNA, then it immediately starts breaking. So because it's very fragile and it's a very long large molecule, the large molecules are unstable. They always break apart. And this one starts breaking almost immediately. Then we have some, some larger pieces of RNA, then we have some smaller pieces of RNA. God knows what they do. And then they, then they, that's called active ingredient, your RNA. And then they throw it into the cationic lipids, and a whole bunch of other chemicals, to create the lipid nanoparticle that's supposed to contain all this. "Now again, the lipid nanoparticle is not perfect. They break. There are pieces, they're pieces floating around. They agglomerate. So it's a total mess. It's a total mess. And it has nothing to do with humans. Again, nothing to do with DNA, nothing to do with RNA or humankind. Even if it did, even some miraculous reason, they've created something that's perfect copy of a human. A human DNA or human RNA. Well, guess what? You still can't, can't have that in your body because it's not your DNA and it's not your RNA. It's foreign to you and it's going to cause the same damage. But this one is now, you know, we just have chemicals on top of chemicals on top of chemicals. And as I said, the lipids, lipids are cationic and so they'll wreck your blood flow."](https://image.24vids.com/tw-1944816640455332226/amplify_video_thumb/1944815000117264384/img/Wn5wnYlxPjWCI7-h.jpg)
