circulation outcomes - Kevan Kruger
... functions for lymph, capillaries, veins, and nodes. (Ch. 14 p. 250-251) J9. Describe the function, and origin of red blood cells, white blood cells, and platelets. Also illustrate the basic shapes of each(p. 237-240). Make a chart… J9b. What are the steps in blood clotting (p. 240 figure 13.14). J11 ...
... functions for lymph, capillaries, veins, and nodes. (Ch. 14 p. 250-251) J9. Describe the function, and origin of red blood cells, white blood cells, and platelets. Also illustrate the basic shapes of each(p. 237-240). Make a chart… J9b. What are the steps in blood clotting (p. 240 figure 13.14). J11 ...
BLOOD AND CIRCULATORY SYSTEM
... gallons of blood each day. An average human’s heart beats 30 million times per year. The sound of the heartbeat is created by the valves of the heart closing as they push blood through its chambers. ...
... gallons of blood each day. An average human’s heart beats 30 million times per year. The sound of the heartbeat is created by the valves of the heart closing as they push blood through its chambers. ...
? Hormones are transported
... pseudopodia (false feet). Many are phagocytic, i.e. they are able to engulf micro-organisms and foreign intruders into their cytoplasm by flowing around them. There are five types of leucocytes which can be divided into two groups, namely granular white blood cells where the cytoplasm is granular, a ...
... pseudopodia (false feet). Many are phagocytic, i.e. they are able to engulf micro-organisms and foreign intruders into their cytoplasm by flowing around them. There are five types of leucocytes which can be divided into two groups, namely granular white blood cells where the cytoplasm is granular, a ...
Human Homeostasis Study Aid Circulatory System Main Connective
... through the superior and inferior vena cava and received by the right atrium, pumped to the right ventricle, pumped through the pulmonary artery to the lungs for gas exchange, oxygenated blood returns to the heart though the pulmonary vein and is received by the left atrium, pumped to the left ventr ...
... through the superior and inferior vena cava and received by the right atrium, pumped to the right ventricle, pumped through the pulmonary artery to the lungs for gas exchange, oxygenated blood returns to the heart though the pulmonary vein and is received by the left atrium, pumped to the left ventr ...
Hemic/Lymphatic System
... Aplastic Anemia is when your body is not making enough blood cells to replace the ones being lost. Treatment for this is a blood transfusion or bone marrow transplant. Iron-deficiency anemia deals with a lack of iron being consumed and stored in your body. This disease can be treated with Iron suppl ...
... Aplastic Anemia is when your body is not making enough blood cells to replace the ones being lost. Treatment for this is a blood transfusion or bone marrow transplant. Iron-deficiency anemia deals with a lack of iron being consumed and stored in your body. This disease can be treated with Iron suppl ...
Slide 1
... • Anti-IH does not generally interfere in pretransfusion testing done at 370C, but may be picked up in MTS-gel • Anti-IH is usually not clinically significant, anti-IH causing hemolytic transfusion reaction is very rare but has been reported. Transfusion 2000:40;828 ...
... • Anti-IH does not generally interfere in pretransfusion testing done at 370C, but may be picked up in MTS-gel • Anti-IH is usually not clinically significant, anti-IH causing hemolytic transfusion reaction is very rare but has been reported. Transfusion 2000:40;828 ...
Hypersensitivities
... Self antigen autoimmune disease – loss of proper self-tolerance Another “person” result from transplant, blood products or pregnancy the other “person” could be an animal, e.g. anti-toxin produced in a horse Examples of Hypersensitivity Diseases – allergy vs autoimmunity vs alloimmunity ...
... Self antigen autoimmune disease – loss of proper self-tolerance Another “person” result from transplant, blood products or pregnancy the other “person” could be an animal, e.g. anti-toxin produced in a horse Examples of Hypersensitivity Diseases – allergy vs autoimmunity vs alloimmunity ...
Blood & circulation
... Blood with little oxygen is pumped from the Right Atrium through a valve to the Right Ventricle and through another valve into the Pulmonary Vein. The Pulmonary Vein sends it to the Lungs to pick up Oxygen. It’s sent from the Lungs through Pulmonary Arteries to the Left Atrium through a valve to the ...
... Blood with little oxygen is pumped from the Right Atrium through a valve to the Right Ventricle and through another valve into the Pulmonary Vein. The Pulmonary Vein sends it to the Lungs to pick up Oxygen. It’s sent from the Lungs through Pulmonary Arteries to the Left Atrium through a valve to the ...
Type I hypersensitivity
... Table 18.2 - Transfusion reactions IgM antibodies cause a Type II hypersensitivity reaction Foreign erythrocytes are agglutinated by recipients antibodies complement is activated red blood cells are lysed ...
... Table 18.2 - Transfusion reactions IgM antibodies cause a Type II hypersensitivity reaction Foreign erythrocytes are agglutinated by recipients antibodies complement is activated red blood cells are lysed ...
MORPHOLOGIE DES HEMATIES Normales et Pathologiques
... Variable Regions: Two sections at the end of Y’s arms. Contain the antigen binding sites (Fab). Identical on the same antibody, but vary from one antibody to another. Constant Regions: Stem of monomer and lower parts of Y arms. Fc region: Stem of monomer only. Important because they can bind to comp ...
... Variable Regions: Two sections at the end of Y’s arms. Contain the antigen binding sites (Fab). Identical on the same antibody, but vary from one antibody to another. Constant Regions: Stem of monomer and lower parts of Y arms. Fc region: Stem of monomer only. Important because they can bind to comp ...
The Circulatory System nicole and alek
... The purpose of the circulatory system The blood starts to get pumped from the left ventricle. It pumps blood through arteries to the body. The blood brings resources to every cell. Your heart pumps blood out to all parts of your body in arteries and veins. The capillaries are in contact with your c ...
... The purpose of the circulatory system The blood starts to get pumped from the left ventricle. It pumps blood through arteries to the body. The blood brings resources to every cell. Your heart pumps blood out to all parts of your body in arteries and veins. The capillaries are in contact with your c ...
Blood Borne Pathogens
... blood, blood products and OPIM as if they are infected with a bloodborne pathogen. With Universal Precautions, the use of Personal Protective Equipment (PPE) is to be used with any anticipated contact with blood or OPIM’s. Ways to minimize potential exposure: PPE (includes gloves, masks, gowns, face ...
... blood, blood products and OPIM as if they are infected with a bloodborne pathogen. With Universal Precautions, the use of Personal Protective Equipment (PPE) is to be used with any anticipated contact with blood or OPIM’s. Ways to minimize potential exposure: PPE (includes gloves, masks, gowns, face ...
Nanodiamond as Hemoglobin based Artificial Blood
... the beginning of modern science. With the increasing needs in blood supplies, the development of blood substitutes remains an urgent but challenging task. Nanodiamond (ND) has shown great potential in bio and medical applications owing to its physical-chemical properties and biocompatibility. Variou ...
... the beginning of modern science. With the increasing needs in blood supplies, the development of blood substitutes remains an urgent but challenging task. Nanodiamond (ND) has shown great potential in bio and medical applications owing to its physical-chemical properties and biocompatibility. Variou ...
File - DOCEGG ANATOMY SITE docegg.com
... The Rh blood groups are so named because one of the eight Rh antigens (agglutinogen D) was originally identified in Rhesus monkeys. Later the same antigen was discovered in human beings. Most Americans are Rh+ (Rh positive), meaning that their RBCs carry the Rh antigen. Unlike the antibodies of the ...
... The Rh blood groups are so named because one of the eight Rh antigens (agglutinogen D) was originally identified in Rhesus monkeys. Later the same antigen was discovered in human beings. Most Americans are Rh+ (Rh positive), meaning that their RBCs carry the Rh antigen. Unlike the antibodies of the ...
Complete Versus Incomplete Dominance
... Think-Pair-Share Explain what would happen if a Type B person gets a transfusion from a Type AB person. Explain what would happen if a Type AB person gets a transfusion from a Type B person. ...
... Think-Pair-Share Explain what would happen if a Type B person gets a transfusion from a Type AB person. Explain what would happen if a Type AB person gets a transfusion from a Type B person. ...
Diversity of Living Things
... b. Hearts: The number of hearts an animal has differs; fish have two chambered-hearts, reptiles and amphibians have three chambers and mammals have four.! c. Body Temperature: Some animals are cold-blooded and some are warm.! d. Red Blood Cells: Are different in form and function depending on the an ...
... b. Hearts: The number of hearts an animal has differs; fish have two chambered-hearts, reptiles and amphibians have three chambers and mammals have four.! c. Body Temperature: Some animals are cold-blooded and some are warm.! d. Red Blood Cells: Are different in form and function depending on the an ...
الاسم: INTERNATIONAL ACADEMY
... 1- Bruise (black and blue marks) is the result of internal blood clotting (X) 2- Osmosis means diffusion of water from an area of high solute concentration to an area of low solute concentration (X) 3- The outer layer of skin (epidermis) is an example of the epithelial tissue ...
... 1- Bruise (black and blue marks) is the result of internal blood clotting (X) 2- Osmosis means diffusion of water from an area of high solute concentration to an area of low solute concentration (X) 3- The outer layer of skin (epidermis) is an example of the epithelial tissue ...
Red Blood Cell
... cells you would be sick almost all the time. White blood cells release antibodies if you are familiar with the germs to kill them. ...
... cells you would be sick almost all the time. White blood cells release antibodies if you are familiar with the germs to kill them. ...
Study Guide……Body Systems UNIT TEST
... 20. What are the four types of blood? 21. What chamber of the heart does oxygen poor blood from the body return to? 22. What part of blood contains the other 3 parts? 23. What do capillaries do? Respiratory System ...
... 20. What are the four types of blood? 21. What chamber of the heart does oxygen poor blood from the body return to? 22. What part of blood contains the other 3 parts? 23. What do capillaries do? Respiratory System ...
Blood - cloudfront.net
... the immune response If not treated, and she becomes pregnant with another Rh+ baby, antibodies will cross the placenta and attack the baby’s RBCs ...
... the immune response If not treated, and she becomes pregnant with another Rh+ baby, antibodies will cross the placenta and attack the baby’s RBCs ...
CirculatorySystem
... • Determined by a surface antigen on erythrocytes Rhesus Factors of antigen (D): • Presence of antigen D = Rh + • Absence of antigen D = Rh – • Blood work at the beginning of a pregnancy is important to help prevent Rh- mothers from producing antibodies against an Rh+ child ...
... • Determined by a surface antigen on erythrocytes Rhesus Factors of antigen (D): • Presence of antigen D = Rh + • Absence of antigen D = Rh – • Blood work at the beginning of a pregnancy is important to help prevent Rh- mothers from producing antibodies against an Rh+ child ...
Blood Substitutes - Maternal and Neonatal Directed Assessment of
... and trusted. Oxygen-carrying blood substitutes are not in high demand, partly because safe blood products are often readily available. Application in low-resource settings Crystalloid plasma volume expanders are readily available and used in tertiary care centers and some clinics as a staple product ...
... and trusted. Oxygen-carrying blood substitutes are not in high demand, partly because safe blood products are often readily available. Application in low-resource settings Crystalloid plasma volume expanders are readily available and used in tertiary care centers and some clinics as a staple product ...
Coppola42 - MsLsAPbiology4everyone
... with alveoli) and use negative pressure breathing, where air is pulled inside the body. Respiratory pigments – proteins that load and unload ...
... with alveoli) and use negative pressure breathing, where air is pulled inside the body. Respiratory pigments – proteins that load and unload ...
File
... • Your blood is tested by adding blood cells of a known type. • Remember, your blood has antibodies for the other antigens. These antibodies will cause the blood to agglutinate if the type you added doesn’t match the type of the blood you are testing. • For example, if you add type B red blood cells ...
... • Your blood is tested by adding blood cells of a known type. • Remember, your blood has antibodies for the other antigens. These antibodies will cause the blood to agglutinate if the type you added doesn’t match the type of the blood you are testing. • For example, if you add type B red blood cells ...
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.