Guardian 8™ by ImmuneMist®
Guardian 8™ by ImmuneMist®
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Why Guardian 8™
& Who is it for?
Guardian 8™ is designed for adults seeking daily support for:
- Detoxification
- Immune system resilience
- Inflammation reduction
- Post-viral recovery
It’s especially beneficial for those recovering from illness or suspected exposure to viral
spike proteins.
Guardian 8™ Product
What is a spike protein cleanse?
A spike protein cleanse refers to the use of natural compounds—like Nattokinase—to help the body break down and eliminate lingering spike proteins that may persist after viral infection or vaccination. This process may support recovery and reduce systemic inflammation.
Who should use Guardian 8™?
Guardian 8™ is designed for adults seeking daily support for:
- Detoxification
- Immune system resilience
- Inflammation reduction
- Post-viral recovery
It’s especially beneficial for those recovering from illness or suspected exposure to viral spike proteins.
What is the McCullough Protocol?
The McCullough Protocol is a post-viral treatment framework developed by Dr. Peter McCullough. It focuses on natural recovery strategies using agents like Nattokinase and Bromelain to manage lingering viral proteins and inflammatory effects. Guardian 8™ aligns with these principles by integrating similar detox and anti-inflammatory ingredients.
How does Nattokinase work?
Nattokinase is an enzyme extracted from fermented soy (natto). It supports:
- Fibrin breakdown, improving blood flow
- Potential clearance of foreign proteins, including spike proteins
- Reduction in clotting and inflammation associated with post-viral syndromes
Understanding Spike Proteins
What are spike proteins?
Spike proteins are transmembrane glycoproteins found on the surface of coronaviruses like SARS-CoV-2. They function as “keys” that allow the virus to enter human cells and trigger infection and replication.
How do spike proteins help the virus infect human cells?
Spike proteins bind to ACE2 receptors on human cells—especially in the lungs, heart, blood vessels, kidneys, and gastrointestinal tract. This binding facilitates viral entry and replication within the body.
What happens to spike proteins during COVID-19 infection?
During infection:
- The virus enters through the respiratory tract.
- Spike proteins bind to ACE2 to invade cells.
- The virus replicates and produces more spike proteins.
- Spike proteins may circulate in the bloodstream.
- Some may persist after recovery and contribute to Long COVID symptoms via immune activation or inflammation.
What do mRNA vaccines do with spike proteins?
mRNA vaccines (like Pfizer and Moderna):
- Deliver synthetic mRNA into cells using lipid nanoparticles.
- Instruct the body to make a version of the spike protein.
- Display the protein on cell surfaces to train the immune system.
- Help the body recognize and fight the real virus in future exposures.
Do spike proteins stay in the body after infection or vaccination?
After Infection:
- Spike proteins can enter the bloodstream.
- Some individuals report persistent symptoms possibly linked to lingering spike proteins.
- Detectable levels have been observed weeks or months post-infection.
After Vaccination:
- The body produces spike proteins temporarily.
- Most are broken down quickly, but some fragments may linger in plasma or tissues, especially in sensitive individuals.
Why are circulating spike proteins a concern?
Ongoing presence of spike proteins may:
- Prolong immune responses
- Impair blood vessel function
- Contribute to clotting, inflammation, or autoimmune-like symptoms
These concerns are under active scientific investigation, particularly in individuals with long COVID, post-vaccine complications, or underlying inflammation.