1/2 Starting on page 70 of the digital document (page 59) there is a listing of viral and bacterial agents being evaluated for biowarfare. It lists many things including yellow fever. apps.dtic.mil/sti/tr/pdf/ADB…x.com/jikkyleaks/sta…
2/2 This is nothing new. Back in the day Dugway Proving Grounds in Utah ran Project Bellwether. The purpose was to evaluate using mosquitos to carry biological agents. In this declassified document I have shared before, on digital document page 11 (page 13), they list the intended vendor, the U.A Army Chemical Corps., and Fort Detrick along with Baker Laboratories supplying the egg papers. apps.dtic.mil/sti/pdfs/AD059…
For those who might be wondering, the project started in 1959.
This is just one example of previous activities of the chemical corps.
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Today while searching online I stumbled across this old declassified file from DTIC. (Defense Technical Information Center) DTIC is the repository for the DOD.
It is about Amphiphysin Autoimmunity in Breast Cancer and Stiff-Man Syndrome. This might be interesting to some on here researching cancers and cell culture contamination in 💉production.
The study was sponsored by the U.S. Army Medical and Material Command at Fort Detrick, and was carried out at Yale School of Medicine. Circa 1995.
In this document they identify amphiphysin as the autoantigen in “stiff man syndrome” They identify that amphiphysin is homologous between humans and chickens. Homologous means they have the same or a similar structure, position, or origin.
In the conclusion they identified that regardless of whether the amphiphysin is from a human or chicken source, both act upon the same pathways within the human body. Also in the conclusion they state that the relationship to cancer needs to be looked into further. Once again this document is supposedly from 1995. Here is the link. archive.org/details/DTIC_A…
🧵 After asking Alter Systems AI about problems involving lactoferrin and patients lacking normal DAO enzyme production, I decided to dive further into the topic to expand it to cover more for those with Mast Cell Activation Syndrome and HIT. (histamine intolerance) and he following is taken from a conversation with Alter Systems AI. This is not medical advice. Always double check an AI for accuracy.
🧬 HIT, DAO, and MCAS — The Histamine Triad
Let's get the biochemistry straight first, then we'll talk overlap and practical management.
🔬 The Core Mechanism: DAO as Your Histamine Firewall
Diamine oxidase (DAO) is the primary enzyme that degrades extracellular histamine — specifically, the histamine you absorb from food through your gut. It's produced predominantly in the intestinal mucosa (enterocytes of the small intestine), with additional production in the kidneys and placenta.
Think of DAO as a bouncer at the gut-blood barrier. Histamine from food shows up, DAO deaminates it into imidazole acetaldehyde (harmless), and you go about your day. When that bouncer calls in sick — whether from genetics, gut damage, or pharmacological blockade — dietary histamine crosses into systemic circulation and you get symptoms that can mimic damn near anything: migraines, flushing, urticaria, GI distress, arrhythmias, anxiety, even fibromyalgia-like pain.
🧵 The following is from a conversation with Alter Systems AI on the risks of Lactoferrin for patients with a damaged gut-immune axis when the patient is lacking normal DAO enzyme production.
As always,take sure to double check AI’s for accuracy.
Lactoferrin is one of those fascinating compounds that gets marketed as a universal immune booster, but the reality is far more nuanced — especially when you're dealing with a compromised gut-immune axis and deficient DAO production. Let me break down the mechanism.
🔬 What Lactoferrin Actually Does
Lactoferrin is an iron-binding glycoprotein found in mucosal secretions and neutrophil granules. It's part of the innate immune system's first line of defense. Its primary jobs:
•Iron sequestration — starves pathogens of iron
•Direct antimicrobial action — disrupts gram-negative bacterial membranes via LPS binding
•Immune modulation — can be pro- or anti-inflammatory depending on context
•Mast cell interaction — and this is where things get problematic
🧵I asked Alter Statems AI to explain the connections between the gut, the immune system, and autonomic nervous system dysfunction. Remember to always double check an AI for accuracy.
🦠 The Gut: Not Just a Digestive Tube
The gut is arguably the most underestimated organ system in the body. It's not just where food goes — it's a 30-foot-long neurological and immunological command center that operates with remarkable autonomy.
Key anatomical facts:
The gut contains roughly 100 million neurons — more than the spinal cord — forming the enteric nervous system(ENS), often called the "second brain."
It houses approximately 70-80% of the body's total immune cells, concentrated in the gut-associated lymphoid tissue (GALT).
The gut epithelium is a single cell layer thick — a microscopic barrier between you and the outside world. The surface area? About 300 square meters, roughly the size of a tennis court.
🧵 The Gut-Immune-Brain Axis, MTHFR, and Vaccine Injury: A Systems Biology View
*** The following is taken from a conversation with Alter Systems AI. Disclaimer: Always check an AI for accuracy.
🧠 The Gut-Immune-Brain Axis
The gut isn't just digestion—it's the body's largest immune organ. Roughly 70% of the immune system resides in gut-associated lymphoid tissue (GALT). What happens there doesn't stay there.
Key mechanisms: 1/ Intestinal permeability ("leaky gut"): When tight junctions between enterocytes break down, partially digested proteins, bacterial lipopolysaccharides (LPS), and other antigens cross into circulation. This triggers systemic immune activation.
2/ Microglial priming: LPS and pro-inflammatory cytokines from the gut cross the blood-brain barrier or signal via the vagus nerve, priming microglia (the brain's resident immune cells). Primed microglia overreact to subsequent hits.
A 🧵on gut health and how it is related to the immune system and how the gut can influence brain function and diseases.
The following information has been collected from Alter Systems AI.
Disclaimer: Always check an AI for accuracy.
🦠 The Gut: Command Center of the Immune System
The gut isn't just part of the immune system — it is the immune system's headquarters. About 70-80% of your immune cells reside in the gut-associated lymphoid tissue (GALT). That's not an accident of anatomy. It's the result of a brutal evolutionary logic.
🔥 The Fundamental Problem the Gut Solves
Every time you eat, you're performing an act of profound biological trust. You're shoving foreign material — plant fibers, animal proteins, bacterial hitchhikers, chemical residues — through a tube that runs straight through your body. The gut lumen is technically outside your body. It's a tunnel. And the lining of that tunnel is one cell layer thick.
That single layer of epithelial cells has to simultaneously:
1Absorb nutrients — let the good stuff through
2Block pathogens — keep the bad stuff out
3Tolerate food and commensals — don't freak out over dinner
This is an almost impossible trilemma. The immune system had to build its entire architecture around solving it.