Janiesaysyay Profile picture
Dec 31, 2023 β€’ 31 tweets β€’ 10 min read β€’ Read on X
Hey Mr. DeeJay I just wanna hear some rhythm and blues music

on the πŸ“»
Don't wanna discuss it

Think it's time for a change

You may get disgusted
Start thinkin' that I'm strange...
That case I'll go underground
Get some heavy rest

Never have to worry
About what is worst or what is best
Oh oh

Scientists created a new tool "circle sequencing" to explore transcription (copying DNA into mRNA) errors and found that transcript errors create proteins with amyloid and prion properties. > Image
Domino

"Here, we demonstrate that transcript errors generate amyloid and prion-like proteins in a wide variety of human cell types, including stem cells, brain organoids, and fully differentiated neuron" > Image
Misfolded, or mistake proteins, self-assemble into longer amyloid fibers, these protein aggregates are associated with a large number of diseases associated with aging: cancer, diabetes, heart disease and with neurodegeneration: Alzheimer's, Parkinsons, CJD. > Image
Mistakes in RNA synthesis (from the original DNA) or RNA editing can cause these mutant, amyloid proteins to be made. > Image
These mutant proteins can bind to nearby healthy proteins and cause them to misfold too, one after another, like dominos falling in a line on top of each other. >
This contributes to disease in the body, depriving cells of healthy proteins and dysregulating cell function . >
Image
Image
Using circle sequencing, πŸ§‘β€πŸ”¬s proved that RNA
transcription errors do indeed cause amyloid and
prion-like proteins to be made, and that these mutant
proteins successfully convert nearby healthy or
"Wild Type" proteins into mutants.

They showed DNA damage caused the process. > Image
Transcription showed a similar error rate and spectrum.
The transcriptions errors they found correlate with known amyloid/prion-like proteins which cause certain diseases. >
Image
Image
When the mutant proteins were made, they were recognized by the cell as mutants and excluded from the nucleus (whereas healthy WT proteins were not) and then formed into large protein deposits in the cytoplasm. This is a hallmark of disease. > Image
Romeo my Romeo

When the mutant proteins and healthy WT proteins were coexpressed in the same cells, the WT proteins were also excluded from the nucleus. They were converted into mutants and formed aggregates with the other mutants. πŸ’ž > Image
There you go >
Image
Image
Lord have mercy

They used bioinformatics to find more errors and uncover new mutant proteins. > Image
I said oh oh

They looked at p53, the tumor suppressor protein. > Image
Domino

"Adding the TP53S149F amyloid seed solution to WT TP53 in a 1:100 ratio induced fibril growth.

O. Protein aggregates created by mutant TP53 form spontaneously and can be seen by the naked eye (arrow.)" >
Image
Image
Say it again

I said oh oh
Domino

I said oh oh
Domino
> Image
"a limited number of mutant transcripts is sufficient to initiate this process...for prions, there may be no safe dose at all." > Image
> A hanging drop method detects the amyloid and prion-like potential of proteins. A. A 4Γ—6 screening tray was set up with a 1ml reservoir that contains protein buffer and an increasing concentration of NaCl. B. A 10Β΅l WT TP53 solution (60Β΅M) was then added to a siliconized coverslip and a 1Β΅l drop of TP53S149F seed particles was placed immediately adjacent at decreasing concentrations. C. If the mutant seed particles have amyloid potential, this event will trigger conversion of WT proteins at the drop-drop interface and lead to localized fiber growth D. If no TP53S149F is provided as seeding ...
Dig it! > Image
Hey!

Transcriptional mutagenesis is abundant and long
lasting. >
Image
Image
DNA damage > RNA damage for generating transcript errors. > Image
Hey!

RNA-editing technologies (ZFN, TALENS, Cas9) can have off-target editing events which also cause the formation of large numbers of mutant proteins. This is a key finding which has huge implications for the gene editing industry. > Image
I said oh oh oh

Non-genetic causes of mutant protein formation, DNA damage, RNA damage, can generate the same mutant proteins responsible for neurodegenerative and age related diseases like Alzheimer's and cancer.

Why is this paper important? > Image
Domino

Gene therapy, (the COVID πŸ’‰) has the potential to cause DNA damage and RNA damage in the transcription phase of creating mRNA during the process of producing large amounts of DNA and mRNA in bacterial batches for commercial use. >
This research shows that a small % of DNA and RNA transcript errors can generate a sustained, and in some cases, a large amount of mutant proteins.

The mRNA created from such progenitors could express this mutant protein potential, generating amyloids and prion-like proteins. >
Hey Mister Deejay

I just wanna hear
some
rhythm and blues 🎢

on the πŸ“»
on the πŸ“»
on the πŸ“»

#Domino #Transcription #Mutagenesis #Amyloidosis #Prions #neurdegeneration #Alzheimers #Parkinsons #cancer #TurboCJD #TurboCancers #GeneTherapy #pandemicplaylist
Neuroscientist Dr. Kevin McCairn reads the paper and explains the implications of the research:
The SARS2 viral proteins can cause amyloidosis >
A theory that a tiny amount of frameshifting during protein translation can cause the pathological misfolded proteins found in BSE and CJD.
If true, the dangers of mRNA transfection rise exponentially.

"One per million frameshifted prions."

Image

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More from @janiesaysyay

Jun 24
Tendons are made of collagen.
SARS2 degrades collagen.
tinyurl.com/y37ryb6j x.com/SalvMattera/st…Image
Sorry, that should be dysregulates collagen in the muscles and bones. > https://www.frontiersin.org/journals/medicine/articles/10.3389/fmed.2023.952278/full
> https://www.frontiersin.org/journals/medicine/articles/10.3389/fmed.2023.952278/full
Read 8 tweets
Jun 5
⏳ Hanginaround 2 βŒ›οΈ

COVID-19 mRNA πŸ’‰ Component Persistence

🧡Image
⏳
> Image
βŒ›οΈ
> Image
Read 15 tweets
Jun 2
πŸ–‡οΈ Up Around the Bend πŸ–‡οΈ

Spike Amyloidogenesis Theory

🧡 Based on research by: Nystrom & Hammerstrom, Pretorius &  Kell, Kevin McCairn, Kevin McKernan, Walter Chesnut, Greg Harrison et al., me, and many others.
πŸ“Ž
> Image
πŸ“Ž
> Image
Read 21 tweets
May 31
Exploring C0VID πŸ’‰ Spike Protein Persistence with
Scott Adams & Grok.

@ 11:04
"Here's a little experiment I want you to try at home-

If you go to Grok (and ask about persistence) it'll say the spike protein just leaves your body quickly..."

🧡
tinyurl.com/4fd7uzu9
The problem for people with little science knowledge is, they are forced to rely on "experts."

And just like we learned during the elections, experts in
political science lie.

The media helps them perpetuate those lies.

What if we assume that all human beings are flawed? >
That in every industry, the people in power bend the rules to get their candidate to win.

So in the 🩺 & πŸ’Š industry the people in power,

the "experts"

are just as incentivized to sell their products as the people in politics are.

How do we find the truth using AI? > Image
Read 11 tweets
May 30
🧡

C0VID πŸ’‰ Flaws in a Era of Endemic SARS-CoV2 🦠

Based on lab results from Kevin McCairn and Kevin McKernan, and published research from others. Image
Image
Image
Read 13 tweets
May 29
Systemic Antigen Persistence & Immune Remodeling Theory
☣️🧡

A molecular model for chronic pathology post-mRNA πŸ’‰s

LNPs deliver mRNA & SV40 plasmid DNA to ovaries, testes, 🧠

Japanese biodistribution study shows mRNA in plasma for 28+ days.

Flaw: LNPs take mRNA off-target.
LNPs target tumors via EPR effect, delivering spike mRNA to cancer cells.

Cole & Hulscher find spike in lymphomas, colorectal cancers. πŸ”¬

Haraguchi’s lymphoma shows πŸ’‰-derived spike 2 years post πŸ’‰

Flaw: LNP tumor tropism drives oncogenesis.
N1-methylpseudouridine (m1Ξ¨) induces ribosomal frameshifting, producing truncated spike (SpikeΞ”S2, S1)

Nature 2024 confirms m1Ψ generates amyloidogenic 🧟 peptides.

These inhibit p53/BRCA1/2, impairing 🧬DNA damage repair (ASCO JCO 2023).

Flaw: mRNA durability over fidelity.
Read 27 tweets

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