The mechanism of platelet formation is reviewed with special emphasis on the role of the cytoskeleton. The three major theories for platelet formation are by cytoplasmic budding, cytoplasmic dissolution or pseudopod formation. Most evidence indicates that platelets form as fragments of megakaryocyte pseudopodia. Pseudopodia formation is stimulated in vitro by thrombocytopenic rabbit plasma. It is inhibited by vincristine and altered by taxol. Cytochalasins cause pseudopodia to form in isolated megakaryocytes. Therefore, normal pseudopodia formation may depend on a combination of microfilament disorganization and microtubule elongation
Mechanisms related to platelet release in the context of the bone marrow niche are not completely kn...
Mechanisms related to platelet release in the context of the bone marrow niche are not completely kn...
Platelets are the smallest type of blood cells, which are only fragments of bone marrow megakaryocyt...
The mechanism of platelet formation is reviewed with special emphasis on the role of the cytoskeleto...
From these findings, we confirmed that the tongue-like process formations of the cells which are sti...
From these findings, we confirmed that the tongue-like process formations of the cells which are sti...
Megakaryocytes release mature platelets in a complex process. Platelets are known to be released fro...
Megakaryocytes release mature platelets in a complex process. Platelets are known to be released fro...
Platelets are blood circulating specialized subcellular fragments, which are produced by megakaryocy...
Circulating blood platelets are specialized cells that prevent bleeding and minimize blood vessel in...
Thrombopoiesis governs the formation of blood platelets in bone marrow by converting megakaryocytes ...
Thrombopoiesis governs the formation of blood platelets in bone marrow by converting megakaryocytes ...
In order to understand normal platelet function and the alterations associated with disease, it is c...
Platelet agonists and subendothelial extra-cellular matrix (ECM) induce morphological and biochemica...
Platelets, cells central to hemostasis and thrombosis, are formed from parent cell megakaryocytes. A...
Mechanisms related to platelet release in the context of the bone marrow niche are not completely kn...
Mechanisms related to platelet release in the context of the bone marrow niche are not completely kn...
Platelets are the smallest type of blood cells, which are only fragments of bone marrow megakaryocyt...
The mechanism of platelet formation is reviewed with special emphasis on the role of the cytoskeleto...
From these findings, we confirmed that the tongue-like process formations of the cells which are sti...
From these findings, we confirmed that the tongue-like process formations of the cells which are sti...
Megakaryocytes release mature platelets in a complex process. Platelets are known to be released fro...
Megakaryocytes release mature platelets in a complex process. Platelets are known to be released fro...
Platelets are blood circulating specialized subcellular fragments, which are produced by megakaryocy...
Circulating blood platelets are specialized cells that prevent bleeding and minimize blood vessel in...
Thrombopoiesis governs the formation of blood platelets in bone marrow by converting megakaryocytes ...
Thrombopoiesis governs the formation of blood platelets in bone marrow by converting megakaryocytes ...
In order to understand normal platelet function and the alterations associated with disease, it is c...
Platelet agonists and subendothelial extra-cellular matrix (ECM) induce morphological and biochemica...
Platelets, cells central to hemostasis and thrombosis, are formed from parent cell megakaryocytes. A...
Mechanisms related to platelet release in the context of the bone marrow niche are not completely kn...
Mechanisms related to platelet release in the context of the bone marrow niche are not completely kn...
Platelets are the smallest type of blood cells, which are only fragments of bone marrow megakaryocyt...