Measuring universal health coverage based on an index of effective coverage of health services in 204 countries and territories, 1990–2019: a systematic analysis for the Global Burden of Disease Study 2019
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To produce the vaccine, you first need to grow many copies of the Clostridium tetani bacteria.
Step 2Isolate the toxins with the purifier. While in the growth medium, the bacterial cells produce the toxin, which are toxic molecules that are often released by the cells.To produce the vaccine, you'll need to separate these molecules from the bacteria and the growth medium.
Step 3Add aluminum salts to the purified toxins. In this state, the toxin would be harmful to the human body. To make the vaccine, it needs to be neutralized.Sometimes formaldehyde is used to neutralize toxins. For your vaccine, you'll use aluminum salts to decrease its harmful effects.
Step 4Fill the syringe with the treated toxins. The toxin would work as a vaccine now, but it wouldn't stimulate a strong immune response. To increase the response, an "adjuvant" is added to the vaccine.For the tetanus vaccine, another vaccine acts as the adjuvant. This other vaccine inoculates against pertussis. The vaccine for diphtheria—also a toxoid vaccine—is also often added to the tetanus/pertussis combo, making for the DPT vaccine.
DoneThe tetanus vaccine is complete.Select another pathogen.
Congratulations. You have produced a toxoid vaccine for tetanus.As with other inactivated vaccines, there are disadvantages with toxoid vaccines. Even with the adjuvant, these vaccines do not produce a full immune response. Booster shots are needed to maintain the immunity.
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