Microscope .and eyes on occular lens .
Simple the answer is an Antibody!
an opsonized bacteria is a foreign pathogen in the human body in which a floating antigen is attached to the epitope (protein on the bacteria) so that a phagocyte can easily recognize the bacteria and engulf and destroy it.
Changes in color and smell.
macrophages
Macrophages
The immune system does not recognize the killed bacteria, and cannot recognize that the bacteria are killed, so it begins to produce antibodies for it just as it would if the bacteria were alive.
germs
Simple the answer is an Antibody!
When antibodies bind to the epitopes of an antigen(bacteria) via antigen receptors, the antibodies present the bacteria to a macrophages in a form that they recognize the foreign substance and engulf them. This antibody-antigen "team work" is also known as opsonization
an opsonized bacteria is a foreign pathogen in the human body in which a floating antigen is attached to the epitope (protein on the bacteria) so that a phagocyte can easily recognize the bacteria and engulf and destroy it.
Changes in color and smell.
Vaccines are great for this. Some vaccines distribute inactive bacteria into your body so that your white blood cells can learn to recognize them. This prevents you from getting whatever disease the bacteria cause. Sometimes, however, it is not safe to introduce bacteria to the body like that. In situations like that, I think it would be best to take antibiotics.
kgu
Vaccines are great for this. Some vaccines distribute inactive bacteria into your body so that your white blood cells can learn to recognize them. This prevents you from getting whatever disease the bacteria cause. Sometimes, however, it is not safe to introduce bacteria to the body like that. In situations like that, I think it would be best to take antibiotics.
I'm not sure what you mean by body defenders but T-cells are the ones that recognize the enemy. The white cells get that and they kill the virus, bacteria, etc.
macrophages
Use selective media agar plates. Different types of agar will let bacteria grow and inhibit fungal growth, or vice versa.