m-Tor

Advanced cellular signalling for non cell biologists

What is m-Tor, otherwise known as the Torin pathway, and why am I talking about it now?

If I had to summarize the m-Tor Gene in 1 sentence, it is a regulator of cell proliferation. (At least for the purposes of this discussion. m-Tor has many other roles in the cell as well.)

The reason for talking about it today is this study published on January 10th of 2024.

https://link.springer.com/article/10.1007/s11064-023-04089-2

While they mention “m-Tor expression” in the Abstract, they don’t exactly say what happened to “m-Tor expression” in the pregnant rats who received pfizer’s BNT162b2 injection. For those who don’t know what behavioral testing looks like in rats, this paper is worth the read. For example, the Rotarod Test for neuromuscular coordination in rats is an effective “real world” test of brain coordination, based on movements that are natural in healthy rats. The January 2024 paper on autism did behavioral tests, such as turning the rotarod up to 40 rpm, to challenge and compare how well rats could move if their mother received a pfizer mRNA injection or not. Below is what such an experiment would look like:

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Playing games with rats to see how much damage resulted from a BNT162b2 injection while pregnant made for an interesting study.

However, the most significant finding in this paper actually has nothing to do with autism. It has to do with Cancer. These researchers found that the BABIES of mothers who were given BNT162b2, “the expression of the target gene m-TOR was significantly increased…”. That’s right, the male Babies of MOTHER’S given the BNT162b2 injection had elevated expression levels of the m-Tor gene, which is KNOWN TO BE INVOLVED IN CANCER.

This 2015 study looked at T-Cell lymphomas in humans, and how blocking the m-Tor pathway with everolimus could prevent proliferation of the lymphoma (a type of cancer of immune system cells).

Is it conceivable that BNT162b2 “accidentally” activates not just 1, but 3 molecular pathways for cancer?

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m-Tor and Cancer

How long have I been warning about mRNA injections and cancer? One of my early posts has a video of me talking about cancer.

While my second public announcement of cancer risks was most widely known, inadvertently because of Dr. Robert Malone, my first public warning was 5 days earlier on November 3rd, 2021:

Though I didn’t know what the exact mechanism of cancer would be after a pfizer mRNA injection, I knew that the risks were extreme.

But I never imagined there would be 3 direct pathways to cancer in addition to reverse transcription resulting from an mRNA injection.

Dr. Masataka Nagao found the first two gene pathways directly involved in cancer in people who died shortly after taking the mRNA vaccine. I discuss his paper here:

Lets look at 2 scientific studies.

Dr. Nagao’s analysis of gene transcription in people who died revealed elevated activation of VEGFA-VEGFR-2 and NF Kappa-B signalling pathways. Both of these genes are involved in cancer.

Now with this autism study on rats, they found that BNT162b2 injection caused increased m-Tor signalling in the babies who never received an mRNA injection but had mothers who did while pregnant.

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Realistically, what does this mean?

It means that there’s elevated risks of all cancers associated with the m-Tor gene in the male offspring of mothers who took the “vaccine” while pregnant.

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Postscript.

Any hope for the future?

If rapamycin blockade or everolimus inhibition of the m-Tor pathway does not have serious side effects, it may be possible to block the damage caused by mRNA injections. But how long does a “victim” need to take these medications just to stop the damage their mother did while pregnant?

Who knows.

Possibly forever.