Regulation of Hemopoisis and HemostasisHemopoiesis Regulation Mechanisms under Stress by Goldberg and Dygai describes recent results concerning the role of the neuroendocrine system and inter-cellular interactions in the regulation of hemopoiesis under stress. The authors also detail the role of the nervous and opioid systems, glucocorticoids, T-lymphocytes, phagocytic mononuclear cells and stromal mechanocytes in the regulation of the proliferation and differentiation of the various types of hemopoietic cells while the organism is under stress. Other articles discuss the hemostatic potential in various blood circulation departments, thrombohemorrhagic syndrome as a fundamental basis of general pathology, and effects of the gravisurgical correction of the aggregate state of blood on the functions of some organs and systems in case of ischemic heart disease. Among the five papers in this volume, RASB System and Hemopoiesis by O.K. Gavrilov characterizes the main types of RASB (Regulation of the Aggregate State of Blood |
Contents
Hemostatic Potential in Various Blood Circulation | 69 |
Thrombohemorrhagic Syndrome THS as a Fundamental | 97 |
Effects of the Gravisurgical Correction of the Aggregate | 125 |
ABNORMAL HEMOGLOBINS IN THE USSR T P Molchanova | |
Common terms and phrases
acute animals Arterial and Venous Blood Coagulation blood flow blood system bone marrow bone marrow hemopoiesis cellular elements CFUde channel Clinical components dalargin decrease disorders Disseminated Intravascular Coagulation Dygai effect erythroid erythropoiesis experiment experimental factors FFHMSC fibrin fibrinogen fibrinolytic fibrinolytic activity glucocorticoids Gol'dberg granulocyte gravitational plasmapheresis Hematology hemo hemopoiesis regulation hemopoiesis under stress hemopoietic cells hemopoietic islets hemopoietic tissue hemorrhage Hemostasis hemostatic potential heparin hypoxia immobilization stress increase injection intravascular irradiated ischemic heart disease left ventricle lesser circulation lungs lymphocytes M.S. Machabeli Machabeli macrophages Meditsina mice Moscow myelocaryocytes myocardial infarction O.K. Gavrilov observed opioid organism organism's pathologic system peripheric physiological plasma plasmapheresis plasmin platelet platelet aggregation precursor cells processes proliferation and differentiation pulmonary RASB system regulation of hemopoiesis regulatory RHD patients role Russian stimulation stress reaction stromal studied T-lymphocytes therapy Thromb thrombin thrombocytic Thrombohemorrhagic Syndrome thymectomized thymocytes thymus tion vascular wall venous blood vessels