Vaccines are said to be a certain percent effective. "Clinically Effective" is a legal term that refers to the body producing antibodies upon receiving vaccination. The body can still get the infection even if the body produces antibodies. "Effective" does not refer to the safety nor the effectiveness of preventing disease.
A vaccination contains tiny strains of the disease it is fighting. Because it's such a tiny amount, it gives your immune system the chance to build a fight against it, so if you ever did happen to pick up the disease, your body knows how to attack it
A vaccination for any disease includes a very minor part of the disease itself. When a person gets a vaccination, the tiny part of the disease is injected into the blood stream which allows the white blood cells to be able to fight and overcome this tiny part. The Influenza for example is a virus but contains disease like symptoms. When the Flu particles are injected into the body, the body can then resist any other attempt for the Flu to enter the body and infect the person because the body already knows how to fight it. This is true for any other vaccine.
Vaccinations inject a bit of the virus into the bloodstream. This may cause the person feeling a little bit under the weather with mild symptoms. The body learns to detect that certain virus and destroy it, so if that person happens to catch that virus, the body responds much quicker in destroying it.
I'm a doctor, dude.
Vaccines control bacteria by inhibiting growth and reproduction. These vaccines will generate antibodies which will empower the immunity system in the body.
they inject a milder form of the disease , so your body won't be fully affected but will remember how to kill the real disease and its weakness Note, though, that computer viruses are not prevented using vaccines.
Bacteriologist work in the center of disease control.
Shingles is a contagious disease. If you have shingles, you should refrain from going to work. This disease is seen in older adults mostly, or those with weakened immune systems.
a vaccine is a form of weakened disease that will be injected into the body of a human so that the white blood cell system will be familiar with the weakened microorganism of the disease and will be ready to fight when the real disease infiltrate the body It theoretically will work against any microorganism.
genetic diseases are passed through by generaions because the parents of a child may have x or Y(lets juse say Y is a genetic deisease) in their genes. Y would be the dominant trait so it would make the child have that disease. Sometimes the parents don't have the disease but they can still pass it to their children if they have the genes for it. So really it's because of how our ressesive and dominant traits work. Tori age 12 Surry Maine
If one is very sick they should not attend work and this will prevent the spread of any disease. If one has to go to work they should avoid shaking hands with people, always use tissues when sneezing and wash their hands regularly. A mask covering the mouth and nose could also be worn.
Those are things that are not passed from your parents or grandparents to you. Only if you had a gene that prevented you from getting a disease would that work. People don't usually get dog or cat or cattle diseases because they have an innate immunity to some of them.
His discovery led to the eradication of smallpox around the world.
Hard work after a vaccination can compromise the body's ability to respond to the vaccine, leading to a less strong immunity to the disease vaccinated against. Light exercise and turnout after vaccination may be beneficial to help reduce stiffness and soreness at the injection site, but heavy work should be avoided.
The most important thing a food handler can do to prevent the spread of disease is the same as any other industry worker - don't come to work if you are ill.
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Vaccinations work by injecting a small amount of a weakened or dead form of the disease you are preventing. This works because the bodies defenses learn how to kill the disease very quickly and can fight it off very easily the next time they encounter it. If you tried to vaccinate a person who is already infected with the disease you are trying to prevent, than you would just be injecting more of the disease into a body that is already fighting the disease off. For most diseases, actually becoming infected with the disease serves as a vaccination in itself. It works the same way, except that the body has a much harder time fighting the disease off, because the microorganisms that cause the disease clearly did not enter the body dead, as is the case with deliberate vaccinations.
All vaccinations work on the same principle. By injecting into the body a material which is chemically similar to a given disease organism (such as the tuberculosis baccilus) the immune system is activated, and will prepare an immune response to that disease before the actual disease organism ever enters the body. Therefore there is a faster and more effective immune response if the disease is ever actually encountered.
The purpose of a vaccine is to expose an otherwise naive immune system to the pathogen, so it can recognise and quickly respond to that pathogen if it encounters it again. If you've already had the disease, your body will already recognise it if it sees it again.
ans2. Unfortunately no. Some folk have a mild fever at the time of vaccination, almost unnoticed by them, and the body's defenses also attack the vaccination challenge.This can have side effects, sometimes serious, and you should defer vaccination if you have an elevated temperature. For this indicates that your immune system is busy.er well i don't really no but erm i think it don't i mean doesent because,like yeh if u don't have anee antibodyz then you will DIE! tragic ain't it!? c ya.
Antibiotics work to decrease duration of illness and risk of spread if given early in the disease.
yes it did work.