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A Dog's Breakfast in Your Arteries:
What Embalmers Found Inside Mysterious Clots That Scientists Were Discouraged from Studying
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A Message from Dr. McMillan
History repeatedly shows that progress often begins with the few who are willing to keep asking difficult questions when others stop looking.
In this week’s presentation, I highlight the work of scientists and investigators who continue to examine the unusual clot patterns emerging since the pandemic, despite the professional risks that come with challenging prevailing assumptions.
Their persistence deserves recognition—and if we want real answers, it also deserves your support.
Dr. Philip McMillan
In this week's March 13th, 2026 update:
Covid-19: What embalmers found inside mysterious clots
Vejon: This week’s featured Vejon video
Health: We may now know why some people developed blood clots
Infographic: A dog's breakfast in your arteries
News: Medical news in brief
Education: Post COVID phenotypes - What makes you unique?
Read time: 6 minutes
FEATURE ARTICLE
COVID-19
A Dog's Breakfast in Your Arteries: What Embalmers Found Inside Mysterious Clots That Scientists Were Discouraged from Studying
Authors: Dr. Philip McMillan, John McMillan
Embalmers worldwide began finding long, white, rubbery clot structures in bodies starting in 2020, unlike anything previously seen.
Government agencies reportedly blocked laboratories from investigating COVID-related clot phenomena, forcing researchers to use anonymous sample submissions.
Analysis revealed chaotic misfolded proteins, a skewed hemoglobin ratio, and critically absent plasminogen, preventing the clots from dissolving naturally.
People with G6PD deficiency or metabolic conditions may face higher risk, as fragile red blood cells fuel the clotting cycle.
Why this is important: Since 2020, mysterious, rubbery clots are increasingly appearing in deceased bodies worldwide. Independent lab analysis suggests these structures resist the body's natural breakdown mechanisms and may signal a fundamental shift in human clot biology, yet institutional barriers have prevented mainstream science from investigating their cause.
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COVID-19
COVID Vaccination: We May Now Know Why Some People Developed Blood Clots
Author: Richard Buka, Samantha Montague, University of Birmingham
COVID adenovirus vaccines can, in rare cases, cause dangerous blood clots called VITT by triggering immune attacks on platelet factor 4 protein.
Scientists studied 100 VITT patients worldwide and found a shared distinctive antibody pattern explaining the condition.
VITT requires two rare simultaneous events: inheriting a specific immune gene variant and a rare antibody mutation occurring together.
Understanding VITT's mechanism could help scientists modify future adenovirus-based vaccines to prevent this rare immune reaction.
Why this is important: Scientists have finally discovered why a small number of people developed dangerous blood clots after receiving certain COVID vaccines. This knowledge could help redesign future adenovirus-based vaccines to be safer, which matters because these affordable, versatile vaccines will likely be crucial tools during the next pandemic.
INFOGRAPHIC
EDUCATION
This short tool maps symptom patterns and highlights which systems may need attention first - because with Post-COVID patterns, order of therapy often matters more than severity of symptoms.
If you’re living with ongoing symptoms or know someone who is, I would encourage you to click on the link, create a record of your symptoms and learn more about what they may mean.
MEDICAL NEWS IN BRIEF
NEWS HIGHLIGHTS
🚥 Daily Multivitamins May Slow Biological Aging: Taking a simple daily multivitamin may actually slow how fast your body ages at a cellular level. Research on nearly 1,000 older adults found that this affordable, widely available supplement reduced biological aging by about four months over two years, offering a practical path toward healthier, longer lives. [SOURCE]
🚥 We Study Pandemics, and the Resurgence of Measles Is a Grim Sign of What’s Coming: Falling U.S. vaccination rates have allowed measles to circulate continuously for over a year, killing and hospitalizing Americans. This resurgence reveals a broader collapse in public health infrastructure and trust, leaving the country dangerously vulnerable to future infectious disease threats, pandemics, and biological attacks.
🚥 A Potential Broad Coronavirus Drug Target: Blocking tRNA-Modifying Enzymes Slows Viral Proteins: Hijacking our own cellular stress response, coronaviruses reprogram protein-building machinery to favor viral replication. Blocking the enzymes behind this reprogramming slashed viral output, revealing a potential drug target that could work against multiple coronaviruses and help humanity respond faster when the next outbreak inevitably arrives. [SOURCE]
🚥 Why You Can Remember Every Word of a Song From 25 Years Ago – But Not Why You Walked Into the Room: Forgetting why you walked into a room isn't a sign of cognitive decline. It reflects how the brain separates short-term intentions from deeply encoded long-term memories. Understanding this distinction can ease unnecessary anxiety about aging and offers simple, practical strategies (like saying tasks aloud) to sharpen everyday recall.
🚥Enhancing Gut-Brain Communication Reverses Cognitive Decline and Improves Memory Formation in Aging Mice: Nerve signals from gut bacteria to the brain may drive age-related memory loss. In mice, age-shifted intestinal microbes triggered inflammation that disrupted this communication, impairing memory. Remarkably, stimulating the nerve pathway restored older animals' cognition to youthful levels, suggesting memory decline isn't inevitable and could potentially be reversed through the gut. [SOURCE]
🚥 Cancer Has a Unique Nuclear Metabolic Fingerprint, Researchers Discover: Metabolic enzymes, long assumed to work only outside the nucleus, have been found sitting on human DNA in patterns unique to each cancer type. This "nuclear metabolic fingerprint" could reveal why identical mutations in different tumors respond differently to treatment, opening unexplored avenues for diagnosis and therapy.
[SOURCE]
BOOK NOOK
Set within a child’s nose, ‘Humming Heroes’ features a family of Lymphocytes led by a wise Mother, brave Father, determined Brother, and heroic Baby, confronting invading microorganisms. The story takes an imaginative turn, when a humming melody combines with the Lymphocytes’ song to repel the invaders and restore inner harmony. |
"Disease X: Are You Prepared?" is your comprehensive guide to navigating the uncertain future of global health. Drawing from experience and the latest scientific insights, this book offers:
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