We detected a vaccination DNA plasmid-derived Spike gene sequence inserted into chromosome 19 with PERFECT 20/20 bp identity — accompanied by extensive genomic malfunction ⬇️
We report a previously healthy 31-year-old female who developed rapidly advancing stage IV bladder cancer within 12 months of finishing a three-dose Moderna mRNA injection regimen. Bladder cancer in young women is quite rare, and you don’t see these aggressive presentations at all.
To interrogate this, we conducted extensive multi-omic profiling encompassing plasma-derived circulating tumor DNA, whole-blood RNA and urine exosome proteomics. What we found was surprising:
⚠️ DIRECT GENOMIC INTEGRATION EVENT: Host-vector chimeric read in circulating tumor DNA maps to chr19:55,482,637-55,482,674 (GRCh38) in cytoband 19q13.42, ~367 kb downstream of the canonical AAVS1 safe harbor and ~158 kb upstream of ZNF580 at the proximal edge of the zinc-finger (ZNF) gene cluster. This sequence was a perfect 20/20 bp match to a portion (base 5905-5924) of the Spike open reading frame (ORF) coding region (base 3674-7480) of the Pfizer BNT162b2 DNA plasmid reference (GenBank accession OR134577.1).
The patient received just Moderna injections, yet the sequencing aligned to Pfizer’s published BNT162b2 plasmid reference, as Moderna has never put its proprietary plasmid in NCBI. Importantly, both the Pfizer and Moderna vaccines encode the same prefusion stabilized SARS-CoV-2 Spike protein, and hence contain similar sequences of nucleotides inside the coding region of the Spike open reading frame (ORF). The integration was found in one of these conserved areas with the perfect 20/20 bp match to the Pfizer reference.
The odds that a random 20-base sequence will match a predetermined target sequence exactly are something like 1 in a trillion. This makes inadvertent artifact almost impossible.
Multi-omics profiling uncovered:
– Activation of oncogenes (KRAS, NRAS, MAPK1, PIK3CA, CHD4, SF3B1)
– Break down of DNA repair (ATM, MSH2) → Genomic instability
– Transcriptomic chaos in plasma, blood and urine
The combination of (i) a short window to vaccination, (ii) the genomic integration of a vaccine plasmid-derived spike gene fragment, and (iii) a consistent pattern of transcriptome and proteomic instability across biospecimens, suggests a very uncommon and biologically feasible pattern.
These findings highlight the need for immediate genomic surveillance, orthogonal validation with long-read sequencing, and large-scale cohort studies to further understand the genomic and oncologic dangers of synthetic mRNA technology.
This data supports the immediate withdrawal of all COVID-19 mRNA products from the market. “We now face an unprecedented risk of vaccine-induced genomic disruption, a risk we can’t afford to ignore.”
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