Apoptotic cells are removed by a process involving recognition and phagocytosis by professional phagocytes or neighbouring cells, followed by the induction of an active anti-inflammatory response. These events are critical for efficient corpse elimination and to prevent the release of potentially cytotoxic cellular contents that could elicit an autoimmune response: defects in apoptotic cell clearance are often associated with autoimmune or chronic inflammatory diseases [1]. Moreover, high levels of cell death occur within a tumour environment and the mechanisms through which dying tumour cells are removed can considerably influence tumour-specific immunit
As the body continues to grow and age, it becomes essential to maintain a balance between living and...
As the body continues to grow and age, it becomes essential to maintain a balance between living and...
Clearance of dying cells is of great importance for maintaining balanced tissue homeostasis in mamma...
Apoptosis has been clearly characterised by the ability to limit the activation of inflammatory resp...
Clearance of apoptotic cells is essential for proper development, homeostasis and termination of imm...
The clearance of apoptotic cells is known to be a critical step in maintaining tissue and organism h...
Apoptosis is an important cell death mechanism by which multicellular organisms remove unwanted cell...
Clearance of apoptotic cells is the final stage of programmed cell death. Uncleared corpses can beco...
In mammals, billions of cells are turned over daily in a continuous succession of cell death and rep...
The termination of the apoptotic program occurs in most cases via recognition and clearance by phago...
AbstractClearance of apoptotic cells by phagocytic cells plays a significant role in the resolution ...
The clearance of apoptotic cells is a highly regulated mechanism, normally associated with antiinfla...
Within an organism, environmental stresses can trigger cell death, particularly apoptotic cell death...
Apoptotic cells are usually cleared by phagocytosis in vivo with a rapid and efficient process aimed...
In multicellular organisms, states with a high degree of tissue turnover like embryogenesis, develop...
As the body continues to grow and age, it becomes essential to maintain a balance between living and...
As the body continues to grow and age, it becomes essential to maintain a balance between living and...
Clearance of dying cells is of great importance for maintaining balanced tissue homeostasis in mamma...
Apoptosis has been clearly characterised by the ability to limit the activation of inflammatory resp...
Clearance of apoptotic cells is essential for proper development, homeostasis and termination of imm...
The clearance of apoptotic cells is known to be a critical step in maintaining tissue and organism h...
Apoptosis is an important cell death mechanism by which multicellular organisms remove unwanted cell...
Clearance of apoptotic cells is the final stage of programmed cell death. Uncleared corpses can beco...
In mammals, billions of cells are turned over daily in a continuous succession of cell death and rep...
The termination of the apoptotic program occurs in most cases via recognition and clearance by phago...
AbstractClearance of apoptotic cells by phagocytic cells plays a significant role in the resolution ...
The clearance of apoptotic cells is a highly regulated mechanism, normally associated with antiinfla...
Within an organism, environmental stresses can trigger cell death, particularly apoptotic cell death...
Apoptotic cells are usually cleared by phagocytosis in vivo with a rapid and efficient process aimed...
In multicellular organisms, states with a high degree of tissue turnover like embryogenesis, develop...
As the body continues to grow and age, it becomes essential to maintain a balance between living and...
As the body continues to grow and age, it becomes essential to maintain a balance between living and...
Clearance of dying cells is of great importance for maintaining balanced tissue homeostasis in mamma...