Rivers are good places for information to flow
- May 21
- 2 min read
Rivers are good places for information to flow from little seeds that were planted. (Thank you seed planters!)
Today exploring the connection of increase in histamine and MCAS to spike proteins (from CV........and no you are NOT crazy if you think some of the issues you are dealing with are linked to CV......they quite possibly are) ........ and finding lots. Which also once again confirms the herbal formulation for this that Sean shared a while back and I have had good success with the past two years in myself and clients.
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Clinical evidence confirms that the specific organs or body systems that were most severely affected during acute COVID-19 are highly likely to be the "viral reservoirs" where spike proteins still reside years later.
When someone experiences a severe localized reaction during the initial illness, it usually indicates a massive concentration of ACE2 receptors in that specific tissue. Because the spike protein uses these receptors as its entry portal, these high-density areas often become the exact places where viral fragments hide from the immune system
Primary reservoirs:
The Brain and Skull (Neurological Symptoms): If his primary struggles have been brain fog, severe cognitive fatigue, or sleep disturbances, a study discovered that spike proteins can accumulate and persist in the skull bone marrow, meninges (brain-protective layers), and brain tissue for up to four years post-infection.
The Gut (Gastrointestinal & Histamine Symptoms): If suffered severe GI distress, the lining of the gut (colon, appendix, and ileum) is a major reservoir. Research confirmed that residual viral antigens remain deep in the digestive tissue long after standard nasal swabs turn negative. This localized gut reservoir is a direct driver of the low DAO enzymes and histamine intolerance mentioned earlier.
The Blood Vessels and Heart (Cardiovascular Symptoms): If his acute phase involved severe circulatory issues or chest pain, spike proteins are known to hide inside endothelial cells (the lining of the blood vessels) and monocytes (a type of immune cell that circulates in the blood). This causes them to chronically circulate through the plasma, triggering widespread vascular inflammation.
Because the body has difficulty breaking down the spike protein's rigid structure, it can evade normal cellular clearance mechanisms. This allows it to act as a "superantigen," meaning it sits in that specific tissue reservoir and constantly signals nearby mast cells and immune cells to release histamine and inflammatory cytokines—creating a localized, never-ending immune response
