1~ A THREAD EVERY HUMAN BEING NEEDS TO READ & WILL AFFECT EVERY PERSON ON THIS PLANET REGARDLESS OF VACCINE STATUS ~
~> Amyloidogenic Fibrin Microclotting Following Prenatal mRNA Vaccination Exposure <~
*** HOUSTON, WE HAVE A PROBLEM ***
(@KevinMcCairnPhD)
05.24.25 at 20:59
2~ PREAMBLE: Houston, WE HAVE A PROBLEM!
•Scientific investigations involving emerging & potentially paradigm-shifting findings often walk a difficult line between the need for caution & the imperative to inform
• While early publication of case studies carries inherent risks—such as overinterpretation of individual data points or lack of statistical power—it also provides critical, time-sensitive insights that can drive new lines of inquiry & inform ongoing clinical & public health departments
• This report forms part of a robust, real-time investigation into the proteopathic & vascular consequences of prenatal exposure to mRNA-based SARS-COV-2 “vaccines”
• The intention is not to draw definitive epidemiological conclusions at this stage, but to publicly document the emergence of novel findings as they occur
• This transparent approach is particularly important in areas where existing safety literature has not yet integrated proteomic misfolding or amyloidogenic biomarker screening into its framework
• This investigative format mirrors the best practices seen in real-time pathogen tracking & pharmacovigilance
• In such contexts, timelines & transparency are essential for mitigating long-term risk & prompting refinement of public health frameworks
HISTORY
• Premature delivery
• resuscitated at birth
(reuired CPR)
• dead on arrival
(DOA equals no VS)
• immune dysregulation (tonsillectomy, repeated ear infection/surgery
• congenital heart murmur
SAMPLE INTEGRITY
• Excellent
METHODOLOGY
• Thioflavin T staining
• autofluorescence imaging • UV Light Microscopy
(4X, scale bar 50 um scale)
• samples preserved
(for SEM/EDX)
(@KevinMcCairnPhD)
3~ Microscopic Findings ~
• A total of 31 micrographs were generated from one glass slide sample
• The majority were imaged using autofluorescence under UV excitation only to avoid chemical interference & preserve structural integrity for scanning electron Microcopy (SEM), energy-dispersive X-ray spectroscopy (EDX) analysis, & Raman Spectroscopy
• Selected slides were stained with Thioflavin T (ThT) for amyloid-specific visualization, by microinjecting 5-10 ul of 10 um if ThT onto identified inclusions from light microscopy visualization
Observed Pathological Features Include
1• autofluorescent fibrillar & spheroid structures consistent with beta-sheet morphology
2• amyloid-positive fibrillar, spheroid, & microclot domains in ThT-stained slides
3• Persistent dense clotting patterns, observable without staining, suggestive of intrinsic fibrin fluorescence & misfolded conformational architecture
(@KevinMcCairnPhD)
4~ Representative Microscopic Images ~
(@KevinMcCairnPhD)
5~ Representative Microscopic Findings ~
(@KevinMcCairnPhD)
6~ Interpretation & Broader Implications ~
• The presence of intrinsic UV-reactive fibrillar microclots, in both stained & unstained slides, suggests a high degree of structural beta-sheet order—indicative of amyloidogenesis
• This finding, in the context of prenatal mRNA vaccine exposure, hints at a potential, novel & understudied vascular proteopathy in pediatric postnatal health
(@KevinMcCairnPhD)
7~ Discussion: Analytical Gaps In Neonatal Vaccine Safety ~
• Despite broad claims of maternal mRNA vaccine safety, no studies to date have incorporated amyloid-detection methodologies (ThT, Congo Red, autofluorescent fibrin assessment, or proteinic cross-beta sheet confirmation) into perinatal or neonatal evaluations
• Large cohort studies track only macroscopic outcomes (NICU admission, APGAR scores, malformation rates)
• No proteopathic markers are assessed
• No microclot or amyloid analytics are used to evaluate sub clinical vascular dysfunction
• This leaves a substantial analytical blind spot for prenatal vaccine safety, especially when postnatal pathology—like that seen in Patient B3–could arise from proteomic misfolding initiated in-utero
• This case study documents autofluorescent & Thioflavin T-positive microclotting in a pediatric subject exposed prenatally to mRNA vaccination
• The selective use of autofluorescence microscopy ensured preservation for SEM/EDX, allowing further structural interrogation
• This layered methodology should become standard in post-vaccine safety workups, particularly where amyloidogenic mechanisms are suspected
• All images & findings are subject to (@KevinMcCairnPhD), 2025
Here are my Amyloid Fibrin microclots diagnosed by: (@jfvaughnmd09)
(@KevinMcCairnPhD)
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• Insertional mutagenesis is the process by which a segment of foreign DNA inserts into a host organism’s genome, creating a mutation by disrupting or altering gene function at or near the insertion site
• It can happen naturally or be deliberately induced in the laboratory
2)
~ Natural Insertional Mutagenesis ~
• This occurs when mobile genetic elements integrate into the DNA:
• Viruses (especially retroviruses):
- They reverse-transcribe their RNA into DNA & insert it into the host genome
- Examples include avian leukosis virus (which can activate the c-myc oncogene) & certain human cases linked to retrotransposons (e.g., causing Fukuyama-type muscular dystrophy)
• Transposons (“jumping genes”):
- These DNA segments move within the genome using a “cut-&-paste” or copy-&-paste mechanism
• Insertion can:
- Completely inactivate a gene (if it lands inside the coding sequence or essential regulatory regions)
- Activate nearby genes (e.g., by inserting a strong viral promoter or enhancer near a proto-oncogene, driving its overexpression & potentially leading to cancer)
- Interfere with splicing or create fusion transcripts
• Scientists use this as a powerful forward genetics tool to discover gene function & identify disease-causing genes
• Common methods include:
- Transposon mutagenesis — Using engineered transposons (e.g., Sleeping Beauty, piggyBac in mice; P-elements in fruit flies) that jump randomly into the genome
- T-DNA insertion — In plants (via Agrobacterium)
- Viral vectors — Retroviral or lentiviral vectors
• Key advantage:
- The inserted DNA acts as a “tag,” making it easy to locate the mutated gene using PCR or sequencing
- One popular technique is signature-tagged mutagenesis, where transposons carry unique DNA barcodes
- Researchers infect or transform a population of cells/organisms, screen for interesting phenotypes (e.g., loss of virulence in bacteria or tumor formation in mice), then identify which gene was hit by sequencing the tag
~ The McCairn Protocol ~
(also called the Edogawa-McCairn Protocol)
• is an experimental, two-part treatment approach developed or promoted by neuroscientist Dr. Kevin McCairn, PhD, in collaboration with a hospital in Japan (Edogawa Hospital) & ran by Dr Kato
• It primarily targets symptoms associated with Long COVID & post-mRNA vaccine injury
• it focuses on issues like persistent spike protein, amyloid fibrin microclots, autoantibodies, inflammation, & related vascular/neurological damage edogawadfpa.com
2)
• The full protocol is typically an outpatient process spanning about 2 weeks at the Japanese facility, with pre-/post-testing (including microclot analysis via Thioflavin T staining & fluorescence microscopy through Synaptek Labs)
• Dr. McCairn’s work involves neuroscience research (previously on movement disorders like tics in primates) & analysis of blood samples for amyloid fibrils, abnormal clotting, & prion-like misfolding potentially linked to spike protein
• The protocol addresses what proponents call “spikeopathy” — persistent effects from SARS-CoV-2 or mRNA vaccines leading to microclots, endothelial damage, & chronic inflammation
• It is not a mainstream or FDA-approved treatment for these indications
• It is positioned as a proof-of-concept study with patient testimonials (e.g., dramatic improvements in energy, cognition, & function in some severe cases or similar)
• Efforts are underway to fund IRB-approved trials in the U.S. to study it more rigorously
• This protocol represents one investigational avenue in a broader field of microclot & spike-related research
• Unlike standard plasmapheresis (which replaces plasma with donor plasma or albumin), DFPA uses filtration to retain most of the patient’s own plasma while targeting specific larger molecules/pathological elements
~ Goal:
• Physically remove circulating microclots (often amyloid-positive fibrin structures) & inflammatory triggers that may impair microcirculation, contributing to fatigue, brain fog, etc
• A hospital-led pathway for long COVID & vaccine injury presentations, pairing DFPA blood purification with cytokine analytics, amyloid detection, live blood analysis, & SHED-derived regenerative growth factor support
***Explanation of Stem Cell Growth Factor Treatment that Im receiving here in Japan via my own Research Trial Participant Consent Form Paperwork***
"Uninsured Medical Care: Intravenous Administration of Conditioned Medium Derived from Deciduous Tooth Pulp Stem Cells for the Enhancement of Vascular Endothelial Cell Function"
The purpose of this explanatory document is to ensure that you fully and accurately understand the details of this study, and to enable you to decide—based entirely on your own free will—whether or not to participate in this medical treatment
Please read this document carefully, listen to the explanation provided by your attending physician, and take sufficient time to reflect before making your decision regarding participation in this clinical program
Please be assured that your decision not to participate will in no way result in any disadvantage regarding your future medical treatment
Furthermore, should you have any questions or points of uncertainty—no matter how minor—please feel free to ask us at any time
Regarding "Voluntary medical treatment using intravenous administration of culture supernatant fluid from deciduous tooth pulp stem cells to enhance vascular endothelial cell function"
This time, we are pleased to announce the development of "Deciduous tooth pulp-derived stem cells for the purpose of enhancing vascular endothelial cell function."
Thank you for participating in our "Voluntary Medical Treatment Using Intravenous Administration of Culture Supernatant.”
Below is an explanation of this research
About the medication:
The medication used in this treatment was developed based on numerous research findings obtained at universities and other institutions
While its safety and effectiveness have already been confirmed in a limited number of patients, the number of patients tested is insufficient, and its safety and effectiveness cannot be guaranteed
Therefore, we ask that only those who agree with the purpose of this clinical trial and are willing to use the medication at their own risk participate
How to use medicine
The medication is administered intravenously, with 20-30 ml used per session
1. About Uninsured Medical Care
At our clinic, we strive to provide our patients with the latest available treatments
To this end, we conduct research into the characteristics of various diseases and work continuously to improve diagnostic and therapeutic methods within the field of regenerative medicine
Medical care provided by healthcare institutions generally falls into two categories: insured medical care and uninsured medical care
Uninsured medical care applies in cases involving treatments or medications that have not yet been approved by the Ministry of Health, Labour and Welfare
This category includes instances where patients seek access to cutting-edge therapies, or—in the context of dental care—where patients specifically request the use of high-quality materials sourced from abroad rather than domestic alternatives; in such cases, the full cost of treatment is borne by the patient
Currently, we are offering a form of "uninsured medical care"—specifically targeting healthy individuals such as yourself—that utilizes conditioned medium derived from human deciduous tooth pulp stem cells (hereinafter referred to as "the Agent")
• Early assumptions about COVID-19 vaccine components suggested that modified messenger RNA & spike protein would be rapidly cleared from the body, consistent with the known degradation pathways of natural RNA
• HOWEVER, multiple studies have identified these vaccine-derived components in human tissues & bodily fluids for unexpectedly prolonged periods after vaccination
• This persistence challenges initial expectations & raises important questions about the mechanisms enabling such long-term presence
• This review systematically examines the evidence for enduring COVID-19 vaccine components, including modified messenger RNA, spike protein, & lipid nanoparticles, in the human body long after administration.
• We evaluate the techniques used to detect these substances, highlighting the sensitivity & specificity of various assays, & summarize the specific tissues & fluids where these components have been found
• Special attention is given to methodological considerations that may influence detection & interpretation
• Furthermore, this review explores potential biological explanations for the prolonged presence of vaccine-derived material
• Possible mechanisms include altered RNA stability due to chemical modifications, slow clearance of lipid nanoparticles, & the formation of stable complexes or reservoirs within tissues
• The evidence for each hypothesis is discussed, with an emphasis on distinguishing between true persistence & assay artifacts