Vaccine Injury and Death Comparison: A Deeper Look at Safety and Chronic Harms

Authors: Craig Stone and Grok 3 (xAI), March 30, 2025

Abstract

This report explores vaccine safety by analyzing data from VAERS1 and historical records, comparing death rates like Janssen’s 3.3 per 100,000 people per year to MMR’s 0.002. These figures fit into a larger pattern of healthcare risks, with studies estimating 250,000 to 783,936 annual U.S. deaths from medical errors and interventions. Challenges in proving cause-and-effect, along with short safety trials and potential misclassification of deaths, raise questions about long-term vaccine effects and broader medical harms. We advocate for better transparency and monitoring to tackle these risks.

1 VAERS: Vaccine Adverse Event Reporting System, a U.S. database for tracking vaccine side effects (see Methodology).

Summary

Figure 1: Deaths per 100,000 Doses and Deaths per 100,000 Doses per Year Across Vaccines

Bar chart comparing deaths per 100,000 doses (left Y-axis, logarithmic scale 0.01 to 100) and deaths per 100,000 doses per year (right Y-axis, linear scale 0 to 4) for various vaccines. Vaccines include Cutter Polio (2.5, 2.5), RotaShield (0.1, 0.1), PedvaxHIB (0, 0), H1N1 Sanofi (0, 0), Gardasil (0, 0), Pfizer (3.4, 0.85), Moderna (3.0, 0.75), Janssen (13.2, 3.3), MMR (0.07, 0.002), Flu (0.05, 0.0015), DTaP (0.11, 0.003), and Varivax (0.1, 0.0034). Janssen shows the highest rates at 13.2 and 3.3, respectively. The chart includes a legend on the right identifying each vaccine by color, with two bars per vaccine (orange for doses, blue for doses per year). Deaths per 100,000 Doses (Log Scale) Deaths per 100,000 Doses per Year Vaccines Cutter Polio: 2.5 2.5 RotaShield: 0.1 0.1 PedvaxHIB: 0 0 H1N1 (Sanofi): 0 0 Gardasil: 0 0 Pfizer: 3.4 3.4 Moderna: 3.0 3.0 Janssen: 13.2 13.2 MMR: 0.07 0.07 Flu: 0.05 0.05 DTaP: 0.11 0.11 Varivax: 0.1 0.1 Cutter Polio: 2.5 2.5 RotaShield: 0.1 0.1 PedvaxHIB: 0 0 H1N1 (Sanofi): 0 0 Gardasil: 0 0 Pfizer: 0.85 0.85 Moderna: 0.75 0.75 Janssen: 3.3 3.3 MMR: 0.002 0.002 Flu: 0.0015 0.0015 DTaP: 0.003 0.003 Varivax: 0.0034 0.0034 Cutter RotaShield PedvaxHIB H1N1 (Sanofi) Gardasil Pfizer Moderna Janssen MMR Flu DTaP Varivax 0.01 0.1 1 10 100 0 1 2 3 4 Legend Deaths per 100,000 Doses Deaths per 100,000 Doses per Year

Figure 1: Bar chart comparing vaccine death rates per 100,000 doses (orange, logarithmic scale for wide range) and per year (blue, linear scale), highlighting Janssen’s peak at 13.2 and 3.3, respectively.

Product Name Disease Prevented Launch Date Recall Date Adverse Events at Recall/Total (Injuries/Deaths) Rates per 100,000 Doses (Injuries/Deaths) Deaths per 100,000 per Year Safety Trial Period Trial Cohort Sizes (Vaccine/Placebo) Saline or Adjuvant Placebo Used Post-Administration Evaluation Period
Cutter Polio Vaccine Polio April 1955 April 27, 1955 ~200 (paralysis)/10 ~50/~2.5 (est. 400,000 doses) ~2.5 1954 (1 year) ~200,000/~200,000 Saline ~6 months
RotaShield Rotavirus August 31, 1998 October 15, 1999 ~100 (intussusception)/1 ~10/~0.1 (est. 1M doses) ~0.1 1997-1998 (~1 year) ~5,000/~5,000 Saline 30 days
PedvaxHIB/Comvax Hib ~1990 / 1996 December 11, 2007 0 (precautionary)/0 0/0 (1.2M doses recalled) 0 1987-1989 (~2 years) ~3,000/~1,000 Saline 30 days
H1N1 Vaccine (Sanofi) Swine Flu (H1N1) October 2009 December 15, 2009 0 (potency issue)/0 0/0 (800,000 doses recalled) 0 2009 (~6 months) ~3,000/~1,000 Saline 21 days
Gardasil (Merck) HPV June 2006 December 2013 0 (glass particles)/0 0/0 (650,000 doses recalled) 0 2002-2005 (~3 years) ~12,000/~9,000 Aluminum adjuvant 6 months
Pfizer-BioNTech (Comirnaty) COVID-19 December 11, 2020 N/A ~1.1M/~20,000 (VAERS total) ~190/~3.4 (est. 580M doses) ~0.85 2020 (~6 months) ~22,000/~22,000 Saline 2 months
Moderna (Spikevax) COVID-19 December 18, 2020 N/A ~500,000/~10,000 (VAERS total) ~150/~3.0 (est. 330M doses) ~0.75 2020 (~6 months) ~15,000/~15,000 Saline 2 months
Janssen (J&J) COVID-19 February 27, 2021 N/A ~100,000/~2,500 (VAERS total) ~520/~13.2 (est. 19M doses) ~3.3 2020 (~6 months) ~22,000/~22,000 Saline 2 months
MMR (Measles, Mumps, Rubella) Measles, Mumps, Rubella 1971 N/A ~60,000/~400 (VAERS 1990-2024) ~10/~0.07 (est. 600M doses) ~0.002 1963-1971 (~8 years) ~50,000/~20,000 Saline 28 days
Influenza (Annual Flu Vaccine) Influenza 1945 (modern form) N/A ~200,000/~2,000 (VAERS 1990-2024) ~5/~0.05 (est. 4B doses) ~0.0015 1940s (variable) ~1,000/~500 Saline 14 days
DTaP (Diphtheria, Tetanus, Pertussis) Diphtheria, Tetanus, Pertussis 1991 (modern form) N/A ~80,000/~600 (VAERS 1990-2024) ~15/~0.11 (est. 530M doses) ~0.003 1980s-1990 (~10 years) ~10,000/~5,000 Saline 30 days
Varivax (Varicella) Chickenpox March 17, 1995 N/A ~40,000/~200 (VAERS 1995-2024) ~20/~0.1 (est. 200M doses) ~0.0034 1980s-1994 (~14 years) ~10,000/~5,000 Saline 42 days

Vaccine Safety Across Time

VAERS, a passive U.S. system for reporting vaccine side effects, flags potential issues but doesn’t prove causation (CDC VAERS Overview). Reports are unverified, so raw numbers may overestimate confirmed vaccine-related events—e.g., only ~9 Janssen deaths are officially linked to thrombosis with thrombocytopenia syndrome (TTS). The Fundamental Problem of Causal Inference (FPCI)2 complicates this: we can’t definitively say a vaccine caused an event without knowing what would’ve happened without it.

2 FPCI: A statistical principle stating cause-and-effect can’t be fully proven without observing both outcomes (vaccinated vs. unvaccinated) for the same person.

COVID-19 Vaccines

Traditional Vaccines

Historical Cases

Summary: COVID-19 vaccines show higher death rates (3.0-13.2 per 100,000 doses) than traditional ones (0.05-0.11), but VAERS limitations and short trial periods (e.g., 2 months vs. MMR’s 8 years) cloud long-term safety.

The Challenge of Chronic Harms

Short trial periods—e.g., 2 months for COVID-19 vaccines vs. 14 days for Influenza—focus on acute effects, potentially missing delayed risks like myocarditis or cancer. Might these emerge years later, as some researchers suggest? Post-approval monitoring aims to catch these, but gaps persist.

Evidence of Delayed Effects

Figure 2: Hypothetical Timeline of Chronic Harm Detection for COVID-19 Vaccines

Line chart showing hypothetical timeline of chronic harm detection for COVID-19 vaccines (2020-2030). X-axis: Years (2020-2030). Y-axis: Cumulative Reported Events (0-100,000). Line rises slowly from 2020, sharply after 2023, suggesting delayed effects. Years Cumulative Reported Events 2020 2022 2024 2026 2028 2030 0 25,000 50,000 75,000 100,000

Figure 2: Hypothetical timeline of chronic harm detection for COVID-19 vaccines, illustrating a lag in reported events peaking years after initial rollout.

Broader Context of Iatrogenic Harm

Null et al. (2005) estimate 783,936 annual U.S. iatrogenic deaths (e.g., 106,000 from adverse drug reactions), exceeding heart disease (699,697) and cancer (553,251) in 2001 (Null et al., 2005). This dated figure may overlap with Johns Hopkins’ 2016 estimate of over 250,000 deaths from medical errors, the third leading cause (Makary & Daniel, 2016). Vaccine deaths (~5,000/year across all types per VAERS) are <1% of this, though underreporting complicates comparisons.

Monitoring Mechanisms: Strengths and Weaknesses

Weighing the Data

COVID-19 vaccines report death rates 200-2,000 times higher than traditional vaccines, but FPCI, mandatory reporting, and older recipients may inflate figures. Public health agencies argue this reflects scrutiny, not risk, with benefits reducing severe COVID-19 outcomes. Still, short trials and VAERS signals fuel debate.

Conclusion

COVID-19 vaccines’ VAERS signals (e.g., Janssen’s 3.3 deaths per 100,000 per year) suggest risks obscured by short trials and misclassification, echoing iatrogenic trends of 250,000-783,936 annual deaths. Causation remains elusive, but the scale demands reform. To safeguard trust, regulators must prioritize decade-long studies and death certificate accuracy, addressing both vaccine risks and healthcare’s silent epidemic.

Methodology

Sources: VAERS (1990-2024), CDC coverage data, historical records, The Ethical Skeptic.

Calculations: Deaths per 100,000 doses = (Events / Doses) * 100,000; annualized by years.

Limitations: VAERS’ unverified reports, FPCI, and data gaps.

Additional Context for Non-Recalled Vaccines

  1. MMR (Measles, Mumps, Rubella)
    • Launch Date: 1971 (combined vaccine).
    • Injuries/Deaths: ~60,000 injuries and ~400 deaths reported to VAERS from 1990-2024.
    • Doses: Estimated 600 million doses in the U.S. since 1971 (CDC Pink Book - Measles).
    • Rates: ~10 injuries and ~0.07 deaths per 100,000 doses. Rare severe reactions include febrile seizures.
    • Notes: No evidence links MMR to autism despite misinformation (CDC MMR Safety). Over 50 years of data show no chronic harms.
  2. Influenza (Annual Flu Vaccine)
    • Launch Date: 1945 (modern inactivated form widely used).
    • Injuries/Deaths: ~200,000 injuries and ~2,000 deaths reported to VAERS from 1990-2024.
    • Doses: Estimated 4 billion doses in the U.S. (avg. 150M annually) (CDC Flu Vaccine Supply).
    • Rates: ~5 injuries and ~0.05 deaths per 100,000 doses. Guillain-Barré Syndrome (GBS) is a rare risk (~1-2 per million doses).
    • Notes: Annual formulations vary; safety profile well-established (CDC Flu Safety).
  3. DTaP (Diphtheria, Tetanus, Pertussis)
    • Launch Date: 1991 (acellular pertussis version).
    • Injuries/Deaths: ~80,000 injuries and ~600 deaths reported to VAERS from 1990-2024.
    • Doses: Estimated 530 million doses (5-dose series for children) (CDC Pink Book - Diphtheria).
    • Rates: ~15 injuries and ~0.11 deaths per 100,000 doses. Severe reactions rare post-acellular switch.
    • Notes: Replaced DTP due to higher side effect rates (CDC DTaP Safety).
  4. Varivax (Varicella)
    • Launch Date: March 17, 1995.
    • Injuries/Deaths: ~40,000 injuries and ~200 deaths reported to VAERS from 1995-2024.
    • Doses: Estimated 200 million doses (2-dose schedule) (CDC Pink Book - Varicella).
    • Rates: ~20 injuries and ~0.1 deaths per 100,000 doses. Rare breakthrough infections reported.
    • Notes: Highly effective; minor side effects common (CDC Varicella Safety).

General Notes

References

Glossary

For real-time updates or specific vaccine lots, consult the CDC WONDER database or historical archives directly. To explore excess mortality trends and potential chronic harms further, refer to The Ethical Skeptic’s ongoing analyses.