The marginal zone of the spleen is a crucial region where blood-borne pathogens are sequestered by macrophages with unique arrays of scavenger molecules. In addition, a special population of B cells, which is capable of rapid activation, resides in this region. Marginal zone B cells and macrophages together form an efficient interplay between innate and adaptive immunity. The developmental pathways that lead to the formation of the marginal zone are described, and the function of the marginal zone is discussed in relation to the function of the spleen as the major blood-filtering organ of the bod
Splenic marginal zones are architecturally organized to generate a rapid response against blood- bor...
The splenic marginal zone is a unique microenvironment where resident immune cells are exposed to th...
The spleen is an important organ of the immune system. Like other lymphoid organs, the spleen is com...
The marginal zone of the spleen is a crucial region where blood-borne pathogens are sequestered by m...
In the marginal zone of the spleen the bloodstream passes through an open system of reticular cells ...
The splenic marginal zone is a unique compartment that separates the lymphoid white pulp from the su...
AbstractThe rate of pathogen elimination determines the extent and consequences of an infection. In ...
The maintenance of inner integrity of an organism is founded on the proper performance of two immuni...
The splenic marginal zone is a unique microenvironment where resident immune cells are exposed to th...
The immune system serves to eliminate harmful microorganisms and cancer cells from the body. When th...
The marginal zone of the spleen is a precisely ordered region that contains specialized subsets of B...
Rapid removal of pathogens from the circulation by secondary lymphoid organs is prerequisite for suc...
Protective responses to microorganisms involve the nonspecific but rapid defence mechanisms of the i...
The splenic marginal zone (S-MZ) is especially well equipped for rapid humoral responses and is uniq...
The splenic marginal zone (S-MZ) is especially well equipped for rapid humoral responses and is uniq...
Splenic marginal zones are architecturally organized to generate a rapid response against blood- bor...
The splenic marginal zone is a unique microenvironment where resident immune cells are exposed to th...
The spleen is an important organ of the immune system. Like other lymphoid organs, the spleen is com...
The marginal zone of the spleen is a crucial region where blood-borne pathogens are sequestered by m...
In the marginal zone of the spleen the bloodstream passes through an open system of reticular cells ...
The splenic marginal zone is a unique compartment that separates the lymphoid white pulp from the su...
AbstractThe rate of pathogen elimination determines the extent and consequences of an infection. In ...
The maintenance of inner integrity of an organism is founded on the proper performance of two immuni...
The splenic marginal zone is a unique microenvironment where resident immune cells are exposed to th...
The immune system serves to eliminate harmful microorganisms and cancer cells from the body. When th...
The marginal zone of the spleen is a precisely ordered region that contains specialized subsets of B...
Rapid removal of pathogens from the circulation by secondary lymphoid organs is prerequisite for suc...
Protective responses to microorganisms involve the nonspecific but rapid defence mechanisms of the i...
The splenic marginal zone (S-MZ) is especially well equipped for rapid humoral responses and is uniq...
The splenic marginal zone (S-MZ) is especially well equipped for rapid humoral responses and is uniq...
Splenic marginal zones are architecturally organized to generate a rapid response against blood- bor...
The splenic marginal zone is a unique microenvironment where resident immune cells are exposed to th...
The spleen is an important organ of the immune system. Like other lymphoid organs, the spleen is com...