0
Active vaccination produces antibodies against the particular organism. These antibodies kill the invading pathogen and protect the body against the disease.
Wiki User
∙ 10y ago
Add your answer:
Earn +20 pts
How a vaccination can help protect the body against disease?
Vaccination is of various types. Vaccination involves the injection of weakened form of the parasite, that the body's immune system recognizes and stores it in the memory. This is called Adaptive Active Immunity. Whenever the parasite enters your system again, the B-Cells recognize the foreign particles, thus destroying them.
Which disease of digestive system in India has received great attention and against which active vaccination is being done even in schools?
Enterocolitis
Does active immunity involve a person becoming immune to a pathogen as a result of having a disease?
by vaccination
How do you improve your immunity?
There are different types of immunity Non-specific and Speicific and the best is Innate which is inborn, acquired active after exposure to a disease like measles & mumps and by vaccination which is Artificially acquired active immunity which is the practice now to prevent from incurring a disease. There are different types of immunity Non-specific and Speicific and the best is Innate which is inborn, acquired active after exposure to a disease like measles & mumps and by vaccination which is Artificially acquired active immunity which is the practice now to prevent from incurring a disease.
Where did selman waksman invent medicine?
he discovered the streptomycin the antibiotic active against tuberculosis.
Was smallpox on the first fleet?
Smallpox was on the First Fleet in the form of bottles of dried innoculation materials. Such material was used to protect people against smallpox before Jenner's vaccination became available. No case of active smallpox disease was reported during the First Fleet voyage. However a seamen from the First Fleet caught smallpox (from local natives) over a year after arrival at Sydney Cove.
Explain how an active vaccine works to protect the human body?
A vaccine works by producing antibodies to immunize the body against the virus that vaccine is intended to protect against.
What is the difference between antibody and immunity?
In general, these terms are used interchangeably, but there is a difference. Immunity is what you get when you are exposed to a disease, either by contracting the disease or being vaccinated against it. Your body is then "immune" to the disease because your immune system know what that virus "looks like". Vaccination is getting the dose of vaccine to get immunity. vaccination is an individual event; immunization refers to a population. immunzation program vs. Johnny got vaccinated The difference between vaccination and immunity is a vaccination is an inoculation with any vaccine or toxoid to establish resistence to a specific infectious disease. An imunity is a response to Infectious Diseases that keeps the body from being effected by it. Vaccination ' word originates from 'vaccinia' meaning 'cow . As we know Dr Edward Jenner first invented the vaccine against the small pox by injecting the fluid of cow pox to individuals and in the turn, people did not developed 'small pox'. So this was a kind of 'active immuniztion and we know 'Immunization' could be active and passive' both. So 'Vaccination' is an 'Active Immunization' while Immunization could be both-Active and Passive'
What are the two ways that people can be immunized against specific disease?
passive and active immunity
Explain how vaccines help in combating diseases?
Immunity to a disease is achieved through the presence of antibodies to that disease in a person's system. Antibodies are proteins produced by the body to neutralize or destroy toxins or disease-carrying organisms. Antibodies are disease-specific. For example, measles antibody will protect a person who is exposed to measles disease, but will have no effect if he or she is exposed to mumps. There are two types of immunity: active and passive. Active Immunity Active immunity results when exposure to a disease organism triggers the immune system to produce antibodies to that disease. Exposure to the disease organism can occur through infection with the actual disease (resulting in natural immunity), or introduction of a killed or weakened form of the disease organism through vaccination (vaccine-induced immunity). Either way, if an immune person comes into contact with that disease in the future, their immune system will recognize it and immediately produce the antibodies needed to fight it. Active immunity is long-lasting, and sometimes life-long.
What is vaccination and how does it work?
In a vaccination you will receive a version of the pathogen (disease) that can not make you sick because it is inactive or significantly weakened. It will be introduced into your body with an injection or sometimes using oral or nasal formulations. Your immune system will then produce antibodies, which will kill or deactivate the introduced pathogen. Therefore, if an active/live pathogen would enter your body later, your immune system would be quickly able to produce more of the same type of antibodies, as they will recognizethe organism that caused the infection and know what antibodies will work on it. Boosters then might be used over the years to essentially remind the immune system how to defend your body against the pathogen.
What are advantages of vaccination?
· The body is exposed to a little amount of the organism, causing a particular disease. Though the organisms are modified to make them safe enough for the body, they are rendered with the ability to create the specific infection. With this, the immune system · of the body becomes active and produces antibodies to fight the foreign organism. This process makes the body equipped for fighting against the specific disease. This is because whenever the same organism will enter the system, the immune cells will recognize it and will mount an efficient resistance against it. Thus, vaccination works great deal in strengthening the immunity and protecting the body from fatal diseases.
