SPIKE-MX

Have you had COVID-19?
Received a COVID vaccine?
Spend time around large groups of people?

The spike protein is a structural component of the SARS-CoV-2 virus and is central to how the virus interacts with human cells. Research has shown that spike proteins can trigger inflammatory responses and place stress on the vascular and immune systems, which may contribute to lingering symptoms in some individuals following infection.

Many adults report ongoing symptoms commonly referred to as “long COVID,” including fatigue, brain fog, and cardiovascular discomfort. Published research has also observed that spike protein fragments can circulate in the bloodstream for a period of time, interacting with multiple tissues throughout the body. For this reason, interest has grown around nutritional strategies that support the body’s natural detoxification pathways and immune balance.

SPIKE-MX is formulated to support the body’s normal immune response and natural protein-clearing processes. Its ingredients are selected based on research suggesting they may help maintain healthy inflammatory balance, vascular function, and cellular cleanup mechanisms. While individual experiences vary, consistent use over time allows the body to do what it is designed to do best: regulate, repair, and restore balance.

SPIKE-MX is not intended to diagnose, treat, cure, or prevent any disease. It is designed as nutritional support for overall immune and cellular health. For best results, use consistently for 90 days before evaluating your personal response.

Supplement Facts (per capsule):

• Selenium (0.04 mg)
• Black Cumin Extract 4:1 (100 mg)
• Green Tea Extract (98% polyphenols, 50% EGCG, 80% catechins, <1% caffeine) (75 mg)
• Nattokinase (20,000 FU) (50 mg)
• N-Acetyl Cysteine (50 mg)
• Lumbrokinase (20 GU/g) (40 mg)
• Serrapeptase (2,000 U/mg) (10 mg)

60 capsules per bottle. Read below to learn why these particular ingredients are in Spike-MX.

Important note
No dietary supplement has been proven to “purge” spike protein from the body. The body naturally clears viral proteins through immune and metabolic processes. The rationale below explains how each ingredient may support immune balance, vascular health, fibrinolysis, oxidative stress management, and cellular protection, which are commonly discussed in the context of post-viral or inflammatory stress support.

Selenium (0.04 mg)

Purpose
Supports antioxidant defense and immune regulation.

Rationale
Selenium is a trace mineral required for the production of selenoproteins such as glutathione peroxidases and thioredoxin reductases. These enzymes help reduce oxidative stress and protect cells from damage during inflammatory responses. Adequate selenium status has been associated with healthy immune function and balanced cytokine signaling. In the context of systemic stress or post-viral recovery, selenium supports antioxidant resilience and immune modulation.

Black Cumin Extract 4:1 (Nigella sativa) (100 mg)

Purpose
Supports immune balance and inflammatory regulation.

Rationale
Black cumin seed contains thymoquinone, a bioactive compound studied for its antioxidant and immunomodulatory properties. Research suggests it may help regulate inflammatory signaling pathways such as NF-kB and support balanced cytokine responses. It has also been studied for endothelial and respiratory support. In a spike-support context, it is included to help promote immune equilibrium and reduce oxidative stress burden.

Green Tea Extract (98% polyphenols, 50% EGCG, 80% catechins, <1% caffeine) (75 mg)

Purpose
Provides potent antioxidant and cellular protection support.

Rationale
Green tea catechins, particularly EGCG (epigallocatechin gallate), are well studied for antioxidant and anti-inflammatory effects. EGCG has demonstrated ability to influence oxidative stress pathways and support endothelial function. Some in vitro research has examined catechins for their ability to interact with viral proteins, but clinical significance remains uncertain. In this formula, green tea extract primarily supports vascular health, cellular resilience, and redox balance.

Nattokinase (20,000 FU) (50 mg)

Purpose
Supports healthy fibrin balance and circulatory function.

Rationale
Nattokinase is a fibrinolytic enzyme derived from fermented soy. It has been studied for its ability to support the breakdown of fibrin and promote healthy blood flow. Elevated fibrin and clotting irregularities have been observed in certain inflammatory states. Nattokinase is included to support normal fibrin turnover and vascular health. Some exploratory laboratory research has evaluated nattokinase in relation to spike protein degradation, but human clinical confirmation is limited.

N-Acetyl Cysteine (50 mg)

Purpose
Supports glutathione production and oxidative stress defense.

Rationale
NAC is a precursor to glutathione, one of the body’s most important intracellular antioxidants. It plays a role in detoxification pathways, redox balance, and immune signaling. NAC has also been studied for respiratory support and modulation of inflammatory markers. In a spike-support context, NAC is included to help replenish antioxidant reserves and support cellular recovery from oxidative stress.

Lumbrokinase (20 GU/g) (40 mg)

Purpose
Supports healthy circulation and fibrin balance.

Rationale
Lumbrokinase is a group of proteolytic enzymes derived from earthworms. It has been studied for fibrinolytic activity and its ability to support microcirculatory health. Like nattokinase, it is included to support healthy fibrin turnover and vascular function. Some researchers have hypothesized a role for proteolytic enzymes in addressing abnormal protein fragments, but robust human clinical evidence in this specific context is still evolving.

Serrapeptase (2,000 U/mg) (10 mg)

Purpose
Supports healthy inflammatory response and protein breakdown.

Rationale
Serrapeptase is a proteolytic enzyme originally derived from silkworms. It has been studied for its ability to help reduce inflammatory markers and support tissue recovery. As a protease, it assists in breaking down non-living protein debris in the body. In a spike-support framework, it is included for its potential role in systemic inflammatory balance and protein-clearing support, though direct clinical data specific to spike protein clearance is limited.