Blood: Physiology and CirculationKara Rogers Senior Editor, Biomedical Sciences Although its ubiquity in the human body may make it seem unremarkable, simply put, blood makes life possible. It nourishes cells throughout the body and transports carbon dioxide to the lungs. Without it, the body would be unable to fight disease and infection or function at all. Readers are invited to follow the course of this extraordinary fluid as it circulates through the body and learn about its component parts. Detailed diagrams supplement the text and allow readers a glimpse into the anatomy and life-sustaining properties of human blood. |
Contents
The Fluid of Life | 17 |
78 | 35 |
112 | 52 |
The Dynamics | 61 |
22 | 105 |
BLOOD ANALYSIS | 121 |
Alloeneic Transplants | 158 |
Diseases of White | 197 |
Conclusion | 226 |
Bibliography | 232 |
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Common terms and phrases
abnormal activity adult alleles antibodies antigens artery associated bind bleeding blood clot blood coagulation blood group blood group system blood pressure blood transfusion blood type blood vessels body called capillaries carbon dioxide cause cell count cell membrane chemical chromosome chronic circulation common complex deficiency develop disease disorders donor drugs enzyme Eosinophils erythroblastosis fetalis erythropoietin extrinsic pathway factor VIII factor X fibrin fibrinogen fluid formation function gene genetic glycoprotein granules granulocytes heart hemoglobin human blood based immune response increased infection inherited injury iron kidneys known leukemia liver lungs lymph nodes lymphocytes molecule monocytes neutrophils normal occur organs oxygen patients percent phenotype plasma platelets polycythemia porphyrin precursor protein prothrombin pulmonary reactions red blood cells red cell production red cells released result serum sickle cell anemia spleen stem cells substances surfaces of red synthesis thalassemia thrombin tion tissues transported treatment tunica veins vitamin vitamin K white blood cells white cells