The Dilemma of Artificial Immunity: Vaccines

On February 28, 1998, Dr. Andrew Wakefield, a UK gastroenterologist, published a paper that published a correlation between vaccines and severe developmental disorders (Gerber & Offit, 2009, p. 456). Dr. Wakefield's research has proven to be vulnerable since then, but his research has led to discussions that are open to discussion between artificial immunity and innate immunity. In reality, we can not yet know all of the short-term and long-term impacts the vaccine may bring to us. The side effects they cause may affect their interests.

Artificial immunity can be derived from a vaccine. Vaccination vaccination is a way to gain protection from bacteria. Some vaccines are partially degraded and died. If a person receives this type of vaccine, the microorganism or a part thereof will initiate the person's immune response, thereby destroying the foreign intruder. The type of immunity may be weak, strong, short, or long, depending on the type of antigen, the amount of antigen, and its route into the body. In the face of the same antigen, some people's immune system reacts weakly, others are strong, and some people do not respond at all. Human gene genes may also affect the likelihood of disease. Genes that a person receives from parents may affect the body's response to a certain microorganism.

Vaccination is the administration of antigenic substances (vaccines) that stimulate the individual's immune system to develop adaptive immunity to pathogens. Vaccines can prevent or ameliorate infections. When a sufficiently large population is vaccinated, group immunity is generated. The effectiveness of vaccination has been extensively studied and validated. Vaccination is the most effective way to prevent infections and widespread vaccination by vaccination is the leading cause of eradication of smallpox and elimination of polio, measles and tetanus in most areas of the world.

Vaccination with child's vaccine: The vaccine given to children is very effective in preventing diseases even if they grow up. Children who have received almost all vaccinations can receive immunity and exemption. In fact, only about 1% to 5% of vaccinated children do not develop immunity against vaccinated diseases. Amazing Efficiency: Give the children a vaccine that shows amazing efficiency also for the breeding of certain diseases. For example, after injecting measles vaccine, 95% of children will prevent this disease forever. However, after completion of the vaccination process for three injections, 100% of children are completely immunized against measles