Vaccines are beneficial in that they have helped prevent millions of cases of infectious disease, and hundreds of thousands of deaths. Vaccines have eliminated the scourge of smallpox from the face of the earth, and polio and other diseases have been largely controlled.
A vaccine acts by stimulating a person's own immune system to produce antibodies against parts of a bacterium or virus. When the person is once again exposed to that bacterium or virus, the body can quickly produce antibodies and prevent infection.
In addition, vaccines can protect individuals who have not been immunized. If the percentage of the population that is vaccinated is high enough, epidemics can't take hold, as there are not enough susceptible individuals for the infection to spread. This helps to protect those individuals who are either unable to take the vaccine, unable to mount an immune response (chronically illl individuals, infants under 6 months old, people on immunosuppressant medications), or who had a poor response to the vaccine (and didn't become immune).
Vaccines against parasites are limited compared to vaccines against viruses and bacteria. Some examples include vaccines against malaria, such as Mosquirix. Research is ongoing to develop more vaccines against parasitic infections like hookworms and schistosomiasis.
Cell culture-based vaccines are vaccines that are produced using cell cultures rather than traditional methods involving live organisms or eggs. By using cell cultures, these vaccines can be produced more rapidly, with greater consistency and purity. This technology also reduces the risk of contamination and allows for the production of vaccines against viruses that cannot be easily grown in eggs.
No, vaccines are not injected into the skin. Most vaccines are administered through injection into the muscle or subcutaneous tissue (under the skin). Some vaccines are also given orally or nasally.
Vaccines
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Vaccines
because they protect you from disease
INFECTIONS
vaccines are beneficial because they help prevent a disease happening to a person in the future by developing anti- bodies in the blood. they help fight the infection better
Indeed, vaccines ARE beneficial for the majority of children. Vaccinations have nearly wiped out many contagious diseases -- unless parents did not vaccinate their children. MMR--measles, mumps, rubella (German measles)-- is one. Small pox another; polio containment a HUGE achievement. Besides deformities, like from polio, and years of medical treatments, many of these contagions resulted in death for babies and young children.
It depends on the vaccine. A body manufactures certain antibodies naturally. Most vaccines such as TDAP, and smallpox are not found naturally, so of course, if you are going to be exposed to smallpox or pertussis, you want the vaccine. Other vaccines, such as the flu vaccine, is not necessarily beneficial because most flu vaccines only protect against the five most common strains (there are thousands of flu viruses). However, if a child is too young to have developed immunity naturally, or if an adult is too old for his immune system to fight strongly, the flu vaccine is beneficial.
Edible vaccines are vaccines produced in plants genetically modified through bioengineering.
Vaccines do not cause AIDS.
Conventional vaccines consist of whole pathogenic organisms, which may either be killed or live vaccines; the virulence of pathogens is greatly reduced in attenuated vaccines. This is classified into 2 categories :a)Live or attenuated vaccines; (eg : BCG vaccine)b)Inactivated vaccines (eg : Salk polio & Pertussisvaccines)
There are 3 Vaccines covered in Medicare Part B are as follows,Influenza vaccines are covered once/flu seasonPneumococcal vaccines are covered Once in lifetimeHepatitis B vaccines are covered At intermediate high risk
There is no ban on HPV vaccines. In fact, in some states girls are required to receive HPV vaccines for school.
Vaccines against parasites are limited compared to vaccines against viruses and bacteria. Some examples include vaccines against malaria, such as Mosquirix. Research is ongoing to develop more vaccines against parasitic infections like hookworms and schistosomiasis.