u know thanx alot, ma answer it found afterwoods is very similr but thanx (in a goooooood way)Bacteria have a very high mutation rate, due to their rapid reproduction. These mutations allows some bacteria to have natural resistance to antibiotics. Hence when antibiotics are used, these resistant bacterias survive to reproduce and pass on its genetic resistance. without competition from non resistant bacteria, these surviving bacteria dominant the population over time thus reducing effectiveness of antibiotics.
antibiotic resistance causes problems as it renders present, low Cost antibiotic to be virtually useless for treatment for frequently seen infections. this leads to the invention and use of new, costly antibiotics.
this again quickly leads to resistance. this could mean that easily treatable infections today may be untreatable in the future.
maybe coz the virus has adapted to ur immnue system and that u need a another type of vaccine or medication or somefin to strengthen ur immne system morevaccines definatly do not prevent infections.
ive had whooping cough vaccination twice & ive still got it now!
its not a virus its bacteria.maybe coz the virus has adapted to ur immnue system and that u need a another type of vaccine or medication or somefin to strengthen ur immne system more
okey sori i meant bacteria, it may seem that u may have a weak immune system towards such bacteria or even the bacteria has become adapted to ur immunisation. The more u use the same vaccine the less effective it is.its not a virus its bacteria.
arent those memory B & T cells meant to do something? lol
does anyone know the answer???????/ please heeeeeeeeeeeeelp thanxHOW does the vaccines evelauate the effectiveness of vaccine programs
Nah. Not quite.But I think what it means is that it "prevents" infections by stopping the pathogen in its tracks, before it can attack the body and develop into a full infection.
great, where were at the time lol =pNah. Not quite.
Vaccines stimulate the body's immune response, causing stimulation of the production of antibodies needed to fight off a particular pathogen (or antigen). This usually occurs because vaccines contain either a dead or inactive form of the pathogen, so the recepient does not develop symptoms of the disease (generally). The antibodies respond to the antigen in the vaccine, and memory cells remain in the body so that a later infection will be recognised, and can be fought off much faster and easier.