Are you on this list? If so, your risk is significantly higher! Tetanus / Hubert Czerniak

The speaker insists that the standard operating procedure — surgeons reflexively ordering a tetanus shot — is unnecessary. He explains that tetanus bacteria are found in horse manure; without such contamination, the risk is minimal. Hydrogen peroxide has been used for over a century and remains effective. He warns that the recently popular Octenisept caused many allergic reactions. For those who want an alternative, he mentions MMS, but the core protocol remains: soap, water, hydrogen peroxide, and observation.

The speaker refers to a previous video where he detailed MMS. He states it is excellent for wound disinfection and can be used alongside or instead of hydrogen peroxide. He does not provide mixing ratios in this episode but stresses that citric acid activation is key.

This protocol, as described, makes tetanus a trivial illness in modern settings. The speaker presents it as the reason why no one should fear tetanus — with today’s technology, even a full‑blown case can be treated without lasting harm. He emphasizes that the real challenge is not the bacterium but the reflex to vaccinate everyone.

The speaker restricts his pro‑vaccine stance to a narrow slice of the population, citing the example of soldiers on missions who might be wounded and covered in dirt. He contrasts this with children under 6 months who have no realistic exposure to such trauma.

This is the direct clinical translation of the speaker’s 30‑year practice. He never administered a tetanus shot despite surgeons ordering it, and he observed no tetanus cases or wound infections attributable to that omission. He believes this demonstrates the protocol’s safety.

The speaker explains that Clostridium tetani lives in the gastrointestinal tract of horses just as E. coli lives in humans. During World War I, when horses were wounded and soil contaminated wounds entered the body, tetanus often developed. This was filmed and caused panic. However, now we have medical tools: if the tetanus toxin enters the body and provokes violent muscle contractions (opisthotonus), a person can be kept in a pharmacological coma for two to three weeks. In that state muscles are flaccid, so the toxin cannot cause fractures or muscle tears. Concurrently, antibiotics can eradicate the bacteria, and if the strain is resistant, organic solvents obtained during paper manufacturing can strip resistance mechanisms, sensitizing the bacteria again. Thus, the disease is entirely manageable and the historical fear is obsolete.

Hubert Czerniak stresses that by the age of six months a child now receives more tetanus antigen than he did in his entire life. The vaccine formulation includes thimerosal (a mercury‑based preservative) at a level that manufacturers are only required to declare when it exceeds 40 ng, and aluminum hydroxide as an adjuvant at 700 µg per dose — the highest amount among commonly used vaccines. He draws a parallel to the historical use of mercury‑containing ‘Helena’ cream, which caused vitiligo, and describes three adult male patients who developed total alopecia (including eyebrows) and vitiligo patches within one to two months after receiving a tetanus booster. He believes these additives are neuro‑ and immunotoxic, and that the pediatric schedule is driven by commercial rather than public health interests.

The speaker argues that if the vaccine’s protection truly fades after 5–7 years (or even 10), then after the final adolescent booster, the entire adult population above 30 would lack immunity. In that scenario, even a single case of tetanus would be seized by the media and broadcast continuously for months, as he claims happened with recent health campaigns. Because we hear nothing about tetanus epidemics, the real incidence must be negligible. This suggests that the disease is kept at bay not by herd immunity but by wound hygiene and modern medical care, rendering mass immunization superfluous.

Hubert Czerniak describes how surgeons automatically order a tetanus shot for anyone presenting with a wound — a mechanic, a carpenter, a physician — without evaluating actual risk. He counters that the real danger comes from horse feces containing the bacterium, a scenario largely confined to the past when horses were ubiquitous. Today, simply cleaning the wound with soap and water removes the bacterial burden. Hydrogen peroxide, available at 3% (or 6% in Egypt), is an old, proven disinfectant that directly oxidizes pathogens. He explicitly discourages the use of Octenisept (a recently promoted antiseptic) because it led to a wave of allergies. He also mentions MMS (sodium hypochlorite activated with citric acid) as another excellent disinfectant. Crucially, he clarifies that tetanus immunoglobulin only provides temporary neutralization of the toxin and does not confer long‑term immunity — contrary to common belief. Thus, for the vast majority of injuries, no shot is needed.

The speaker draws a clear line: certain professions entail unavoidable risk of massive trauma with foreign material deeply embedded, where the bacterial load could exceed what local wound care can handle. Soldiers on deployment, police in violent encounters, and firefighters in collapsed structures are prime candidates. Under such circumstances, he accepts that pre‑exposure vaccination is warranted. However, he finds it absurd to subject an infant under six months — who never faces such scenes — to multiple doses, especially given the adjuvant burden. This pragmatic stance is based on his assessment that adverse events from the vaccine are more likely to harm the general population than tetanus itself.