By Jacob Gordon, INHC, FMT-C
Quick Reference Chapter - This chapter covers synergistic adjuncts that complement the core protocols in earlier chapters.
At this point in the guide, you have a foundation: glycocalyx repair, immune rebalancing, gut-liver restoration, ECM remodeling, and limbic system work.
This chapter adds the finishing touches.
These are drugs, supplements, and modalities that were not covered in depth elsewhere but provide meaningful support when layered onto your existing regimen.
Drugs
These are prescription medications that specifically address junction dysfunction mechanisms.
Both require a prescribing physician.
Sartans (e.g., Losartan)
They improve RAAS as well as counterbalance vasoactive maladaptation.
When ACE2 is depleted by spike protein, Angiotensin II floods AT1R receptors causing vasoconstriction, endothelial inflammation, and glycocalyx shedding.
Losartan blocks AT1R, reducing these downstream effects.
It also has anti-fibrotic properties relevant to connective tissue repair.
Beta-Blockers (e.g., Propranolol)
Blocking platelet signaling and fibrin aggregation.
By dampening the sympathetic stress response, it also reduces heart rate and the tachycardia associated with both Vascular and Autonomic POTS.
Important: beta-blockers are a band-aid, not a cure.
Use them to stabilize while you work on the root causes.
Supplements
Beta-Caryophyllene
A terpene found in black pepper, cloves, and copaiba that activates CB2 receptors without psychoactive effects.
HO1, NRF2, ZO1, IFNg, TLR4.
It simultaneously upregulates heme oxygenase (anti-inflammatory), NRF2 (antioxidant defense), ZO-1 (tight junction protein), and IFN-gamma (antiviral), while inhibiting TLR4 (the LPS receptor driving microsepsis).
One of the most multi-targeted natural compounds for junction dysfunction.
Berberine
Inhibits spike binding to ACE2. R
Beyond its well-known metabolic effects (AMPK activation, blood sugar regulation), berberine has been shown to reduce ongoing spike-mediated endothelial damage, even long after acute infection.
Boswellia
Inhibits MMPs, TIMPs, and HA-ase. R
These are the enzymes that actively degrade the glycocalyx and extracellular matrix.
Supercritical CO2 Boswellia is significantly more potent than standard extracts due to higher concentrations of the active AKBA compound.
Hydroxytyrosol
Synergizes with oleuropein to scavenge peroxynitrite (ONOO-). R
That's the destructive free radical produced when eNOS uncouples (see Chapter 16: Oral Microbiome).
It also directly improves endothelial function.
About Fucoidans
High Molecular Weight Fucoidans and Low Molecular Weight during the day.
Ecklonia Cava at night (my Ecklonia Cava post).
Its unique phlorotannins support GABA signaling and sleep quality.
Collinsonia (Stone Root)
Improves vascular tonality.
Useful for patients with venous insufficiency, varicose veins, or hemorrhoids that often accompany connective tissue laxity in post-viral illness.
French Maritime (Pycnogenol)
ROS/RNS scavenger that also improves eNOS function.
Clinical evidence for improving microcirculation, reducing edema, and supporting endothelial health.
Modalities
Hyperbaric Oxygen Chamber Therapy (HBOT)
At low atmospheres (soft chamber) = 1.2 - 1.5 ATA.
This helps with HIFs.
Low-pressure HBOT provides a gentle increase in tissue oxygenation that helps resolve the chronic hypoxia driving mitochondrial dysfunction (see Chapter 9).
I prefer soft chambers over hard chambers in this situation.
Infrared
Use code "mybiohack" for discount.
Near-infrared (810-1100nm) and red light donate negative ions, improve mitochondrial function via cytochrome c oxidase activation, and enhance microcirculation (see Chapter 20: Negative Ions).
Sunlight
The original infrared therapy.
Morning sunlight sets circadian rhythms (see Chapter 36).
UVB produces Vitamin D and cholesterol sulfate which is critical for red blood cell zeta potential (see Chapter 18).
Get 15-30 minutes of morning sun daily.
Enhanced External Counterpulsation (EECP)
Uses pneumatic cuffs on the legs to improve blood flow back to the heart during diastole.
Evidence for improving microvascular function, promoting collateral vessel growth, and increasing shear stress on the endothelium which stimulates glycocalyx regeneration and nitric oxide production.
Particularly useful for patients too debilitated for exercise.
Limbic System Psychotechnologies
As covered in Chapter 28, the limbic system locks chronic illness patients into a sympathetic-dominant state that perpetuates inflammation.
Programs like DNRS, the Gupta Programme, meditation, NLP, and other psychotechnologies help retrain the amygdala and default mode network.
Do not underestimate this.
It is not optional, it is foundational.