5 Evidence-Based Approaches to Healing from Vaccine Injury

By Nicolas Hulscher, MPH

Millions of people injured by mRNA injections have been completely abandoned by our public health agencies. In the absence of meaningful support, it is critically important to identify and advance safe, evidence-based strategies to aid recovery. At the McCullough Foundation, ongoing research has highlighted the following key interventions:

Vitamin D

Mounting evidence supports vitamin D as a critical intervention for vaccine injury:

Myocarditis Protection: 73.3% of mRNA vaccine-induced myocarditis cases were vitamin D deficient, and low levels correlated with significantly worse inflammation, higher troponin levels, and more ICU admissions. Sufficient levels were associated with reduced severity.

Chronic Fatigue Recovery: In post-vaccine ME/CFS patients, vitamin D therapy led to symptom resolution in 82% of cases, with major improvements in sleep, autonomic function, and energy.

Mortality Reduction: A meta-analysis of 32 studies found that individuals with healthy vitamin D levels (≥30 ng/mL) had nearly half the risk of all-cause mortality compared to those with severely low levels (0–9 ng/mL).

McCullough Protocol: Base Spike Detoxification

Developed to address spike protein toxicity from both infection and mRNA injection, Base Spike Detoxification provides four putative, primary mechanisms of action:

* proteolytic degradation of spike protein,

* inhibition of inflammation from spike protein and its fragments in tissues,

* dissolution of microthrombi, and

* anticoagulation.

It integrates well-studied natural compounds to target these mechanisms and support recovery in individuals with long COVID or post-vaccination syndromes:

Nattokinase – A proteolytic enzyme that potently degrades spike protein in-vitro, dissolves fibrin-based microthrombi, and has been used successfully in a proteolytic enzyme protocol to clear spike protein-induced thrombi and resolve neurological symptoms post-vaccination:

Bromelain – Breaks down spike protein and reduces inflammation by inhibiting NF-κB and COX-2 pathways.Curcumin – Blocks spike binding to ACE2 receptors, supports fibrinolysis, and suppresses spike-driven inflammatory signaling.

Risk Stratification

Early diagnosis of COVID-19 vaccine-induced cardiac injury can help prevent sudden death.

In a peer-reviewed paper, we propose a comprehensive strategy for evaluating cardiovascular risk post-vaccination, incorporating detailed patient history, antibody testing, and cardiac diagnostics in the be