PPT-BLOOD ANATOMY BLOOD AND ITS COMPONENTS

Fluids of the Body Cells of the body are serviced by 2 fluids blood composed of plasma and a variety of cells transports nutrients and wastes interstitial fluid bathes the cells of the body Nutrients and oxygen diffuse from the blood into the interstitial fluid amp then into the cells. 1 Prepared by the BCSH Blood Transfusion Task Force Address for correspondence: BCSH Secretary British Society for Haematology 100 White Lion Street London N1 9PF e - mail bcsh@b - s - h.org.uk Writi By:. Ashley Morgan. &. Kendra . Mclhenny. Andreas Vesalius . December 31. st. ,1514- October 15. th. ,1564. was an Anatomist and a physician.. wrote one of the most influential books on human anatomy called De . Jeopardy. !. Heart. . Anatomy. I. . Blood. . Flow. . Circulation. . Heart. . Anatomy. II. . Physiology. . 100. . 100. . 100. . 100. . 100. . 200. . 200. . 200. . 200. . 200. . 300. Why we should not use whole blood. Whole blood has plasma which is a source of numerous infections and antibodies not native to the recipient.. Plasma of whole blood does NOT have any platelet , coagulation factors because stored blood at 2-8 C loses all the above components.. Bell-Ringer 8/13/15. Define Anatomy in your own words. What is anatomy to you?. The Human Body – An Orientation. Anatomy. – study of the structure and shape of the body and its parts. Physiology. Starter- write your answer!. Explain how this patient’s cardiac output would be affected (if at all) by the electrical activity in their heart.. Use the terms: . starling’s law. stroke volume. cardiac output. Blood transports everything (nutrients, wastes, and body heat). Blood is a complex fluid connective tissue with both solid and liquid components.. Solid – living blood cells (formed elements). Erythrocytes (red blood cells –RBCS). elements-Cells . Erythrocytes (RBCs). Leukocytes (WBCs). Thrombocytes. (platelets. ). Plasma. 90% water. 10% solutes. Proteins, clotting factors. 1. What can we give?. Whole blood. Packed RBC (PRBC). blood is collected as whole blood, as shown below:. Blood can be stored as whole blood (with all of the plasma present) or, much more commonly, as packed red blood cells (PRBC's) in which about 70% of the plasma has been removed.. Form and structure of the body and its parts. What things look like and where they are located. System of the body. Organs in the body. Job or function. Skeletal. bones. Protects vital. organs. Muscular. Explain how anatomy and Physiology are related. Pg. 1-21. Anatomy vs. Physiology. Anatomy .  the study of the structure and shape of the body and its parts and relationship to one another. Physiology . Why to Irradiate blood. Transfusion Associated Graft versus Host Disease (TAGVHD). Indications of Irradiated Components. Shelf Life of Irradiated products. Methods of Irradiation. Contents. For Prevention of . 55% plasma. 45% cells . 99% RBCs. < 1% WBCs and platelets. Formed Elements of Blood. Red blood cells ( erythrocytes ). White blood cells ( leukocytes ). granular leukocytes. neutrophils. eosinophils. Erythrocytes (RBCs). Leukocytes (WBCs). Thrombocytes. (platelets). Plasma. 90% water. 10% solutes. Proteins, clotting factors. 1. What can we give?. Whole blood. Packed RBC (PRBC). Platelets. Fresh Frozen Plasma (FFP).