The megakaryoblast undergoes endomitoses (the nucleus becomes polyploid and the cell does not divide) and ultimately develops into megakaryocyte.
The successive stages are Megakaryoblast -> Promegakaryocyte -> Megakaryocyte
Megakaryocyte produces thrombocytes, that is fragments of megakraryocyte' cytoplasm.
The precursor of basophils is the basophil progenitor cell, the precursor of monoblasts is the monoblast cell, the precursor of lymphoblasts is the lymphoblast cell, the precursor of megakaryoblasts is the megakaryoblast cell, and the precursor of myeloblasts is the myeloblast cell. These precursor cells undergo differentiation and maturation processes to become fully functional mature blood cells.
Thromboplastin, also known as tissue factor, is released from damaged tissues or activated platelets during blood vessel injury. It initiates the extrinsic pathway of the coagulation cascade by forming a complex with coagulation factor VII, triggering the cascade that ultimately leads to the formation of a blood clot.
Hematopoiesis
In the fetus, blood formation occurs mainly in the liver and spleen during the early stages of development and later shifts to the bone marrow. In adults, blood formation primarily takes place in the red bone marrow of the axial skeleton (such as the sternum, ribs, vertebrae, and pelvis) and proximal epiphyses of the long bones (such as the femur and humerus). The bone marrow contains stem cells that differentiate into various blood cell types, including red blood cells, white blood cells, and platelets.
Blood platelet plug formation is the process by which platelets in the blood adhere to the site of a damaged blood vessel, become activated, and aggregate to form a plug that helps stop bleeding. This plug is a temporary seal until more permanent blood clotting can occur to heal the damaged vessel.
protein does not cause blood clotting but the platelets in the blood does.
An atheroma is an accumulation of material that has degenerated in the artery walls. When the material swells, it narrows and restricts blood flow.
Intrinsic blood clot formation occurs due to factors within the blood vessels, such as damage to the vessel wall or abnormal blood flow. Extrinsic blood clot formation, on the other hand, is triggered by external factors outside the blood vessels, such as trauma or surgery. Both intrinsic and extrinsic pathways ultimately lead to the formation of a blood clot, which is a normal response to prevent excessive bleeding.
The precursor of basophils is the basophil progenitor cell, the precursor of monoblasts is the monoblast cell, the precursor of lymphoblasts is the lymphoblast cell, the precursor of megakaryoblasts is the megakaryoblast cell, and the precursor of myeloblasts is the myeloblast cell. These precursor cells undergo differentiation and maturation processes to become fully functional mature blood cells.
Thromboplastin, also known as tissue factor, is released from damaged tissues or activated platelets during blood vessel injury. It initiates the extrinsic pathway of the coagulation cascade by forming a complex with coagulation factor VII, triggering the cascade that ultimately leads to the formation of a blood clot.
true. wet macular degeneration is damage to the macula that develops as a complication as the disease progresses. this damage is caused by the formation of new blood vessels that produce small hemorrhages that usually result in rapid and severe vision loss.
Hemostasis means control of blood flow. Hematopoeisis means blood formation.
what is the difference between blood clot formation and the process of blood agglutination
Hematopoiesis is the general term meaning blood cell formation. Erythropoiesis is specifically the formation of red blood cells. Lymphopoiesis is specifically the formation of Lymphoid cells (types of white blood cells). Myelopoiesis is specifically the formation of myelocytes (immature forms of white blood cells).
fracture hematoma
Proerythroblasts eventually differentiate into basophilic erythroblasts, which are precursor cells in the process of red blood cell formation. Through several stages of maturation, basophilic erythroblasts will ultimately develop into mature red blood cells.
Coagulation and thrombosis both refer to the formation of blood clots.