The bacterial capsule. It's well organized and does not easily come off. It's slippery, which makes it difficult for phagocytes to hold on to.
The waxy cell wall.
Endospores
Capsule
bacteria
yes it is a blood bacteria xxx
The genetic material from the bacteria will get transfered into the white blood cell and more bacteria will be produced.
You Must mean White blood cells. White blood cells kill bacteria by first engulfing them, this process i believe is called phagocytocis. They literally eat the bacteria and digest it.
Capsaules have an important role in disease causing properties (virulence) of some bacteria. Bacteria which have this structure can escape body defense mechanisms such as white blood cells (which are unable to destroy them through a process known as phagocytosis).
Phagocytosis
bacteria
its a mini structure of cells that fight bacteria and diseases in your blood
Phagocytes are white blood cells that can take in, or "swallow," bacteria.
a vacoule
Low monocytes in the blood occurs in due to the release of toxins into the blood. The toxins in the blood are due to certain types of bacteria as well as in receiving chemotherapy.
The structure of plasma ( I am not exactly certain what you're asking) but it is made up of mostly water, and certain nutrients found in blood that makes it heavier than water and gives it an electrolytic property. :-D
In a healthy person, there is absolutely no bacteria in his/her blood
Yes, lots of things. Mammals, brains, blood, certain DNA structure, ect.
which bacteria are responsible for infections.
* Blood: blood must be kept at a certain pH to ensure the haemoglobin can bond to oxygen. Otherwise, the formation of carbonic acid by dissolved carbon dioxide can cause anaemia and oxygen deprivation. * Plants: many plants require a certain soil pH, otherwise they are unable to grow. * Bacteria: most bacteria have a certain range of pH which they grow best in. Outside this range, growth can be stunted or even prevented entirely. * Enzymes: Like bacteria, some enzymes work best in certain pH ranges, but will almost cease entirely when not.
* Blood: blood must be kept at a certain pH to ensure the haemoglobin can bond to oxygen. Otherwise, the formation of carbonic acid by dissolved carbon dioxide can cause anaemia and oxygen deprivation. * Plants: many plants require a certain soil pH, otherwise they are unable to grow. * Bacteria: most bacteria have a certain range of pH which they grow best in. Outside this range, growth can be stunted or even prevented entirely. * Enzymes: Like bacteria, some enzymes work best in certain pH ranges, but will almost cease entirely when not.