Yes antibiotics do affect the immune system because they kill off the good bacteria as well as the bad ones that you want to fight off. This leaves your immune system exposed by having minimal good bacteria left to fight of things such as a cold , so try not to use antibiotics for things such as a cold as it will work down your immune system, also a cold is a virus which antibiotics don't kill .
because the immune system may not be strong enough to create antibodies also when a vaccine is used it could of weakened the immune system ...
A woman had life-threatening salmonellosis that was successfully treated with anti-Salmonella. Why did this treatment work, when antibiotics and her own immune system failed?
To kill E.coli, antibiotics destroy its molecular coating, which allows the body's immune system to kill the bacteria.
Bacteria can become immune to antibiotics and the antibiotics will not work in the future when you need them. They only work against bacteria and cold and flu are caused by viruses.
The digestive system does not work with the immune system to regulate body functions.
The digestive system does not work with the immune system to regulate body functions.
The digestive system does not work with the immune system to regulate body functions.
The digestive system does not work with the immune system to regulate body functions.
The digestive system does not work with the immune system to regulate body functions.
The presence of zinc can either enhance or reduce the effectiveness of antibiotics. Zinc can help antibiotics work better by boosting the immune system and promoting the absorption of the medication. However, too much zinc can interfere with the absorption of antibiotics, making them less effective. It is important to maintain a balance in zinc intake to ensure the effectiveness of antibiotics.
The white blood cells are the structured main base in the immune system.
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.