They can engulf them just by chasing them and eating them or if there's a lot of them they can make them all stick together and engulf them all at once. They can also make them burst. If they are toxins, the white blood cell can produce antitoxins to kill them. You can think of this like a recipe. The white blood cell needs to find a recipe to kill the foreign microbe and that is why you can be ill for a long time. This is also why you can become immune to something. You can get a virus and the white blood cells take 2 days to find the correct antitoxin to kill it, and if the virus comes back then your white blood cells already have the correct recipe to kill it.
Hope this helps. :)
by using microbes white blood cells fight
white blood cells in the blood
White blood cells can attack microbes within the bloodstream, tissues, and lymphatic system. They can also migrate to infected tissues and organs to combat invading pathogens.
White blood cells, also known as leukocytes, are the cells that play a crucial role in the body's defense against invading microbes. They work by identifying and attacking foreign invaders such as bacteria, viruses, and other pathogens to help prevent infections.
B Lymphocytes
White blood cells
No, red blood cells help transport gases. It's white blood cells you're after :) (ed: spelling)
Antibodies, also known as immunoglobulins, are protein molecules produced by the immune system that help fight off infections by binding to and neutralizing foreign microbes like bacteria and viruses.
White blood cells use phagocytosis to remove foreign particles from the blood stream. These cells will literally engulf foreign particles that are the same size as itself. There are two types of white blood cells which act as phagocytes: macrophages and polymorphic leucocytes. To be phagocytosed, particles need to bind to the receptors on the phagocyte. Then the particle is engulfed and absorbed.
white blood cells easy as pie
antibodies
With the white blood cells :) no it doesnt that is a silly answer bet u i can find a better answer than that with many blood cells.