)重麦等科大星 honggin里Medic四I University Tissue Repair Depart.Of Pathol.CQMU
Tissue Repair Depart. Of Pathol. CQMU
圈童走冬种大子 nongqing Medical University Regeneration Regeneration enables cells or tissue destroyed by injury or disease to be replaced by functionally identical cells. The ability of cells to proliferate governs their regenerative potential. Mammalian cells fall into three classes according to their regenerative ability. -Labile -Stable -Permanent
Regeneration ⚫Regeneration enables cells or tissue destroyed by injury or disease to be replaced by functionally identical cells. ⚫The ability of cells to proliferate governs their regenerative potential. ⚫Mammalian cells fall into three classes according to their regenerative ability. –Labile –Stable –Permanent
重麦等科大 Labile cells:This sub-population of cells is constantly turned over.The best examples are found in the epithelial cell population of the skin or gut,and the hematopoetic cells in the bone marrow. These cells have a short,finite life span, die via apoptosis,and are rapidly replaced
⚫ Labile cells: This sub-population of cells is constantly turned over. The best examples are found in the epithelial cell population of the skin or gut, and the hematopoetic cells in the bone marrow. These cells have a short, finite life span, die via apoptosis, and are rapidly replaced
重麦暗科大学 gqing Med山eal Universi Stable cells:Stable cells are a sub- population of cells that are normally replaced very slowly,but are capable of rapid renewal after tissue loss.Hepatocytes and the proximal convoluted tubule cells of the kidney are good examples
⚫ Stable cells: Stable cells are a subpopulation of cells that are normally replaced very slowly, but are capable of rapid renewal after tissue loss. Hepatocytes and the proximal convoluted tubule cells of the kidney are good examples
重麦等科大 ongging Medical University o Permanent cells:Permanent cells are found in the central nervous system and heart. Once they are destroyed,they cannot regenerate
⚫ Permanent cells: Permanent cells are found in the central nervous system and heart. Once they are destroyed, they cannot regenerate