Assuming you really meant to ask about haemolytic STREP (excuse my spelling but I'm English)Haemolytic STREP is a baterium of the Streptococcus group of organisms. These are small spherical shaped bacteria (cocci) and the haemolytic variety produce a toxin which destroys the cell wall of red blood cells, releasing the haemoglobin they contain into the surrounding medium. This bug commonly causes sore throats, can cause an infection of the heart (endocarditis) which can lead to damage of the valves in the heart if not treated with antibiotics quickly, often a complication of scarlet fever, and a number of other infectious conditions. Usually easily treated if this is diagnosed quickly and treatment started early enough.
Hemolytic anemia indicates the early destruction of red blood cells. This can occur as inherited or acquired hemolytic anemia. Certain medicines can cause acquired hemolytic anemia, please check with the doctor.
spleen
Hemolytic disease of the newborn is known as erythroblastosis fetalis
Spleen
Alpha-hemolytic strep is one class of streptococcus bacteria that does cause infective carditis (IE). Viridans Streptococcus, a specific strain of Alpha-hemolytic streptococcus is a cause of IE.
Someone can catch hemolytic anemia from their parents. When a child is born and if the parents possess this condition, it can be passed on to the child.
hemolytic anemia
No, Bacillus subtilis is not gamma hemolytic. It is known to be gamma-non-hemolytic, meaning it does not cause the breakdown of red blood cells and does not produce clear zones around colonies on blood agar plates.
Alpha hemolytic bacteria partially break down red blood cells, causing a greenish discoloration on blood agar plates, while beta hemolytic bacteria completely break down red blood cells, leading to a clear zone around the bacterial colonies on blood agar plates.
The spleen has the hemolytic function of destroying worn-out red blood cells and releasing their hemoglobin for reuse.
physicians will examine the blood for the number of young red blood cells, since the number of young cells is increased in hemolytic anemia.
Inherited hemolytic anemias are caused by inborn defects in components of the red blood cells--the cell membrane, the enzymes, or the hemoglobin