Blood
... bind to foreign antigens – Y-shaped protein molecules which enable them to bind to 2 antigens simultaneously • When an antibody binds to foreign antigen it causes agglutination – clumping of cells, held together by antibodies as observed in a blood transfusion reaction – antigens are then typically ...
... bind to foreign antigens – Y-shaped protein molecules which enable them to bind to 2 antigens simultaneously • When an antibody binds to foreign antigen it causes agglutination – clumping of cells, held together by antibodies as observed in a blood transfusion reaction – antigens are then typically ...
Blood
... bind to foreign antigens – Y-shaped protein molecules which enable them to bind to 2 antigens simultaneously • When an antibody binds to foreign antigen it causes agglutination – clumping of cells, held together by antibodies as observed in a blood transfusion reaction – antigens are then typically ...
... bind to foreign antigens – Y-shaped protein molecules which enable them to bind to 2 antigens simultaneously • When an antibody binds to foreign antigen it causes agglutination – clumping of cells, held together by antibodies as observed in a blood transfusion reaction – antigens are then typically ...
CIRCULATORY SYSTEM
... • ATHEROSCLEROSIS-THICKENING OF THE INSIDE OF AN ARTERY • CAUSED BY FATS AND ...
... • ATHEROSCLEROSIS-THICKENING OF THE INSIDE OF AN ARTERY • CAUSED BY FATS AND ...
Cellular Component of Blood
... All granulocytes have multilobed nuclei in their cytoplasm. Their names represent the dyes (stains) they take up when stained in the laboratory. Eosinophil takes up red acid dye eosin. Basophils take up alkaline methylene blue and Nutrophils are purple because they take up both dyes. ...
... All granulocytes have multilobed nuclei in their cytoplasm. Their names represent the dyes (stains) they take up when stained in the laboratory. Eosinophil takes up red acid dye eosin. Basophils take up alkaline methylene blue and Nutrophils are purple because they take up both dyes. ...
Chemical Composition of Blood Plasma
... • Interpretation of investigations in clinical practice: – “Basic set” – Disorders of the kidneys and internal environment – Inflammation – Liver disorders ...
... • Interpretation of investigations in clinical practice: – “Basic set” – Disorders of the kidneys and internal environment – Inflammation – Liver disorders ...
Name HONORS FORENSIC SCIENCE FORENSIC SEROLOGY
... iv. Blood clots __________________________________________________________ v. If remove clotted material would have ____________________________________ vi. On RBC surface are ___________________________________________________ 1. _____________________________________________________________ 2. ____ ...
... iv. Blood clots __________________________________________________________ v. If remove clotted material would have ____________________________________ vi. On RBC surface are ___________________________________________________ 1. _____________________________________________________________ 2. ____ ...
Blood Typing
... immune system has a tolerance against it own antigens. (you like your own antigens) EX: Antigen ...
... immune system has a tolerance against it own antigens. (you like your own antigens) EX: Antigen ...
Presentación de PowerPoint
... How the heart works. The cardiac cycle: veins – atria – ventricles – arteries. Atrial systole – Ventricular systole – Diastole . ...
... How the heart works. The cardiac cycle: veins – atria – ventricles – arteries. Atrial systole – Ventricular systole – Diastole . ...
The Blood
... • White Blood Cells (Leukocytes)- 5 classes of cells that defend the body from infections and foreign material • Platelets- small membrane bound cell fragments that contain enzymes for blood clotting. ...
... • White Blood Cells (Leukocytes)- 5 classes of cells that defend the body from infections and foreign material • Platelets- small membrane bound cell fragments that contain enzymes for blood clotting. ...
Name - Mr. Lesiuk
... ___ 10. Millions of Hemoglobin proteins are found as part of each erythrocyte, list a couple of things that Hemoglobin can bind to. ___11. What factors influence the combining capacity of hemoglobin with O2? ___ 12. What is the main function of Platelets? ___ 13. What is the general function of Leuk ...
... ___ 10. Millions of Hemoglobin proteins are found as part of each erythrocyte, list a couple of things that Hemoglobin can bind to. ___11. What factors influence the combining capacity of hemoglobin with O2? ___ 12. What is the main function of Platelets? ___ 13. What is the general function of Leuk ...
Blood - BowNET
... May have inherited B gene from each parent. May have inherited B gene from 1 parent and O gene from the other parent. Inherited the A gene from one parent and the B gene from the other parent. ...
... May have inherited B gene from each parent. May have inherited B gene from 1 parent and O gene from the other parent. Inherited the A gene from one parent and the B gene from the other parent. ...
Blood Typing Guided Notes
... In the ABO blood group, there are two antigens, “A” and “B”, found on the surface of RBCs You can have one type of antigen, both types, or neither You develop antibodies to the type of antigens you don’t have during infancy ...
... In the ABO blood group, there are two antigens, “A” and “B”, found on the surface of RBCs You can have one type of antigen, both types, or neither You develop antibodies to the type of antigens you don’t have during infancy ...
TEST Peripheral Blood Smear SYNONYM/S Peripheral Smear, PBS
... Specimens not accompanied by test request and not properly labeled and with deficient clinical information. Clotted specimen, hemolyzed blood, diluted blood, less than minimum volume, received >24hrs after collection ...
... Specimens not accompanied by test request and not properly labeled and with deficient clinical information. Clotted specimen, hemolyzed blood, diluted blood, less than minimum volume, received >24hrs after collection ...
Blood Groups & Blood Transfusion
... then attacked by phagocytic WBCs which causes hemolysis of RBCs. Immediate intravascular hemolysis is less common than agglutination follwed by delayed hemolysis as it need high titer of antibodies for lysis to occur and IgM type which called hemolysin ...
... then attacked by phagocytic WBCs which causes hemolysis of RBCs. Immediate intravascular hemolysis is less common than agglutination follwed by delayed hemolysis as it need high titer of antibodies for lysis to occur and IgM type which called hemolysin ...
Blood & circulation
... This Powerpoint is hosted on www.worldofteaching.com Please visit for 100’s more free powerpoints ...
... This Powerpoint is hosted on www.worldofteaching.com Please visit for 100’s more free powerpoints ...
The Laboratory of Platelet and Leukocyte Biology, Level 6 Burnet
... of blood clots. While blood clots normally form to prevent excessive bleeding following an injury, the same processes are involved in the formation of harmful clots that may block blood vessels, causing heart attacks or strokes. A clearer understanding of clots form will not only increase our knowle ...
... of blood clots. While blood clots normally form to prevent excessive bleeding following an injury, the same processes are involved in the formation of harmful clots that may block blood vessels, causing heart attacks or strokes. A clearer understanding of clots form will not only increase our knowle ...
Circulatory System 1
... in your body • Contain hemoglobin, which clings to oxygen molecules • Red blood cells are why blood looks red ...
... in your body • Contain hemoglobin, which clings to oxygen molecules • Red blood cells are why blood looks red ...
Circulatory System Exam
... 18. Know where oxygenated and deoxygenated blood travels through the heart and body. 19. What do your blood pressure numbers mean? 20. What is known as the natural pacemaker of the heart? 21. What creates the "lub dub" sound of the heart? 22. Trace the flow of blood through the heart and body. 23. I ...
... 18. Know where oxygenated and deoxygenated blood travels through the heart and body. 19. What do your blood pressure numbers mean? 20. What is known as the natural pacemaker of the heart? 21. What creates the "lub dub" sound of the heart? 22. Trace the flow of blood through the heart and body. 23. I ...
Circulatory System - Bingham-5th-2012
... One drop of blood contains half a drop of plasma, 5 million red blood cells, 10 thousand white blood cells, and 250 thousand platets. 2. The human circulator system conits of vessels muscles and origins that help and control the flow of the blood lymph around the body. 3.The heart pumps blood though ...
... One drop of blood contains half a drop of plasma, 5 million red blood cells, 10 thousand white blood cells, and 250 thousand platets. 2. The human circulator system conits of vessels muscles and origins that help and control the flow of the blood lymph around the body. 3.The heart pumps blood though ...
Immunity
... any injurious stress is called immune system Te stress may be intrinsic (inside of the body) or extrinsic (out side of the body) Antigen: is any substance that elicits an immune response, from a virus to a sliver. Antibody: Proteins secreted by the Lymphocytes in response to antigen ...
... any injurious stress is called immune system Te stress may be intrinsic (inside of the body) or extrinsic (out side of the body) Antigen: is any substance that elicits an immune response, from a virus to a sliver. Antibody: Proteins secreted by the Lymphocytes in response to antigen ...
Blood type
A blood type (also called a blood group) is a classification of blood based on the presence or absence of inherited antigenic substances on the surface of red blood cells (RBCs). These antigens may be proteins, carbohydrates, glycoproteins, or glycolipids, depending on the blood group system. Some of these antigens are also present on the surface of other types of cells of various tissues. Several of these red blood cell surface antigens can stem from one allele (or an alternative version of a gene) and collectively form a blood group system.Blood types are inherited and represent contributions from both parents. A total of 35 human blood group systems are now recognized by the International Society of Blood Transfusion (ISBT). The two most important ones are ABO and the RhD antigen; they determine someone's blood type (A, B, AB and O, with +, − or Null denoting RhD status).Many pregnant women carry a fetus with a blood type which is different from their own, which is not a problem. What can matter is whether the baby is RhD positive or negative. Mothers who are RhD- and carry a RhD+ baby can form antibodies against fetal RBCs. Sometimes these maternal antibodies are IgG, a small immunoglobulin, which can cross the placenta and cause hemolysis of fetal RBCs, which in turn can lead to hemolytic disease of the newborn called erythroblastosis fetalis, an illness of low fetal blood counts that ranges from mild to severe. Sometimes this is lethal for the fetus; in these cases it is called hydrops fetalis.