Prefixes
... coat or antigen on RBC HDN (Hemolytic disease of Newborn): RHwoman and RH+ man have baby. Hemolysis causes the destruction of RBC’s. Hemoglobin is is then converted into bilirubin. (During delivery some of the baby’s antigens may escape into mother’s blood) Prevention test at 28 wks: mother give ...
... coat or antigen on RBC HDN (Hemolytic disease of Newborn): RHwoman and RH+ man have baby. Hemolysis causes the destruction of RBC’s. Hemoglobin is is then converted into bilirubin. (During delivery some of the baby’s antigens may escape into mother’s blood) Prevention test at 28 wks: mother give ...
Blood Types Punnett Squares
... surface of red blood cells. Each of the three alleles (A, B, or O) is a code for a different protein on the surface of the red blood cells. The B allele produces b type proteins, the A allele produces a type a type proteins, and the O allele does not produce any proteins. Your immune system recogniz ...
... surface of red blood cells. Each of the three alleles (A, B, or O) is a code for a different protein on the surface of the red blood cells. The B allele produces b type proteins, the A allele produces a type a type proteins, and the O allele does not produce any proteins. Your immune system recogniz ...
summing-up - Zanichelli online per la scuola
... the body’s defences The lymphatic system carries out the ...
... the body’s defences The lymphatic system carries out the ...
Guidance Standard17
... a) Compliance with legislation and national guidance on the supply and use of blood, blood products and blood components; b) The use of schemes and systems to reduce wastage of blood, blood products and blood components; c) Effective planning for blood shortages; d) An ongoing programme of education ...
... a) Compliance with legislation and national guidance on the supply and use of blood, blood products and blood components; b) The use of schemes and systems to reduce wastage of blood, blood products and blood components; c) Effective planning for blood shortages; d) An ongoing programme of education ...
Rare blood groups - Seltene Blutgruppen
... Common W. African RBC profile: – D+C-E-c+e+, K-k+, S-s+, Fy(a-b-), Jk(a+b-) – 30-40% of African American donors – 1:1000 Caucasian donors? – Screen D- units? ...
... Common W. African RBC profile: – D+C-E-c+e+, K-k+, S-s+, Fy(a-b-), Jk(a+b-) – 30-40% of African American donors – 1:1000 Caucasian donors? – Screen D- units? ...
Immunology
... 3. Which blood component is correctly paired with a process in which it is directly involved? (1) white blood cells–clotting (2) platelets–oxygen transport (3) lymphocytes–antibody production (4) red blood cells–bacteria destruction 4. An individual who has had chicken pox rarely gets this disease a ...
... 3. Which blood component is correctly paired with a process in which it is directly involved? (1) white blood cells–clotting (2) platelets–oxygen transport (3) lymphocytes–antibody production (4) red blood cells–bacteria destruction 4. An individual who has had chicken pox rarely gets this disease a ...
Cardiovascular Graphic Organizer
... - Transport __________________ to all Parts of Body Allow ___________________, Gases, and Wastes to be transported _______ and FROM cells. White Blood Cells Help ________Disease and Infection - All Body systems are __________________ on the circulatory system for transport of materials Blood Pressur ...
... - Transport __________________ to all Parts of Body Allow ___________________, Gases, and Wastes to be transported _______ and FROM cells. White Blood Cells Help ________Disease and Infection - All Body systems are __________________ on the circulatory system for transport of materials Blood Pressur ...
Lab 4 – Genetic Inheritance
... Part 2 - Testing Familial Relationships Using Simulated Blood Lab Activity BACKGROUND Around 1900, Karl Landsteiner discovered that there are at least four different kinds of human blood, determined by the presence or absence of specific agglutinogens (antigens) on the surface of red blood cells (er ...
... Part 2 - Testing Familial Relationships Using Simulated Blood Lab Activity BACKGROUND Around 1900, Karl Landsteiner discovered that there are at least four different kinds of human blood, determined by the presence or absence of specific agglutinogens (antigens) on the surface of red blood cells (er ...
Circulatory System
... Together they serve as a transportation system, where materials are transported to and from the cells. ...
... Together they serve as a transportation system, where materials are transported to and from the cells. ...
Neuroscience 2b – Cerebral Blood Flow
... The brain is dependant of glucose as only energy source (and ketones also metabolised but to a small extent). Hypoglycaemia is therefore a large problem (if lower then 2mM, then unconsciousness, coma and death can result). Cerebral Blood Flow Regulation Cerebral blood flow needs to be maintained. It ...
... The brain is dependant of glucose as only energy source (and ketones also metabolised but to a small extent). Hypoglycaemia is therefore a large problem (if lower then 2mM, then unconsciousness, coma and death can result). Cerebral Blood Flow Regulation Cerebral blood flow needs to be maintained. It ...
Review Sheet: Serology and DNA Serology What are the 4 main
... What is the Rh Factor? How do you indicate if it is absent or present? Know how to do blood type crosses. See me or your notes for examples. What are antigens? What body system responds to antigens? What are antibodies? What is agglutination? How do you type blood using Anti-Serums? What is the bloo ...
... What is the Rh Factor? How do you indicate if it is absent or present? Know how to do blood type crosses. See me or your notes for examples. What are antigens? What body system responds to antigens? What are antibodies? What is agglutination? How do you type blood using Anti-Serums? What is the bloo ...
systems of transport
... 2. SIMPLE ANIMALS (HYDRA)! SACLIKE BODY WITH TISSUES THAT IS TWO CELL LAYERS THICK IN WHICH FOOD, WASTE, OXYGEN AND CARBON DIOXIDE PASS IN AND OUT AS IT MOVES AROUND THE WATER (DIFFUSION) ...
... 2. SIMPLE ANIMALS (HYDRA)! SACLIKE BODY WITH TISSUES THAT IS TWO CELL LAYERS THICK IN WHICH FOOD, WASTE, OXYGEN AND CARBON DIOXIDE PASS IN AND OUT AS IT MOVES AROUND THE WATER (DIFFUSION) ...
Immunity
... body (lymphocytes) to fight the disease-causing organism (antigen). 2. After the illness is over, antibodies against the disease remain in the blood and protect against re-infection. ...
... body (lymphocytes) to fight the disease-causing organism (antigen). 2. After the illness is over, antibodies against the disease remain in the blood and protect against re-infection. ...
Unit 6
... Blood loss is rapid and profuse The color of blood is bright red Blood spurts as the heart beats Venous Bleeding: loss of blood from veins Blood loss is a steady flow The color of blood is dark ...
... Blood loss is rapid and profuse The color of blood is bright red Blood spurts as the heart beats Venous Bleeding: loss of blood from veins Blood loss is a steady flow The color of blood is dark ...
An introduction to blood groups
... In 1900, Landsteiner showed that people could be divided into three groups (now called A, B, and O) on the basis of whether their red cells clumped when mixed with separated sera from people. A fourth group (AB) was soon found. This is the origin of the term ‘blood group’. A blood group could be def ...
... In 1900, Landsteiner showed that people could be divided into three groups (now called A, B, and O) on the basis of whether their red cells clumped when mixed with separated sera from people. A fourth group (AB) was soon found. This is the origin of the term ‘blood group’. A blood group could be def ...
Supplementary Information (doc 36K)
... including the epithelial cells of head and neck (Adam et al, 2012; Yazer, 2005). Modified expression of blood group antigens on the surface of cancer cells may alter their cell motility, sensitivity to apoptosis, and immune escape, with important implications on malignant progression (Le Pendu et al ...
... including the epithelial cells of head and neck (Adam et al, 2012; Yazer, 2005). Modified expression of blood group antigens on the surface of cancer cells may alter their cell motility, sensitivity to apoptosis, and immune escape, with important implications on malignant progression (Le Pendu et al ...
Blood Typing
... •In humans it was found to be present to on the surface of erythrocytes (red blood cells) •The four different blood types are caused by the presence of this “chemical marker”- an antigen-on the surface of the Type A and Type B red blood cells ...
... •In humans it was found to be present to on the surface of erythrocytes (red blood cells) •The four different blood types are caused by the presence of this “chemical marker”- an antigen-on the surface of the Type A and Type B red blood cells ...
Cnidarians
... Symmetry – arrangement of individual body parts; can be radial or bilateral. Cnidarians – radially symmetrical, hollow-bodied animal with two cell layers organized into tissue Polyp – vase shaped, usually sessile body form of cnidarians Medusa – free swimming, bell – shaped body form of cnidarians M ...
... Symmetry – arrangement of individual body parts; can be radial or bilateral. Cnidarians – radially symmetrical, hollow-bodied animal with two cell layers organized into tissue Polyp – vase shaped, usually sessile body form of cnidarians Medusa – free swimming, bell – shaped body form of cnidarians M ...
1 week
... • Principle function is to return fluid, plasma proteins, lymphocytes, and immunoglobins back to circulation • Picks up extracellular fluid from tissues and returns it to the circulatory system ...
... • Principle function is to return fluid, plasma proteins, lymphocytes, and immunoglobins back to circulation • Picks up extracellular fluid from tissues and returns it to the circulatory system ...
Blood product administration - The Royal Children`s Hospital
... No medications or solutions should be added to or infused through the same tubing as blood products except for 0.9% Sodium Chloride, ABO compatible plasma or 4% Albumin. ...
... No medications or solutions should be added to or infused through the same tubing as blood products except for 0.9% Sodium Chloride, ABO compatible plasma or 4% Albumin. ...
Cardiac Output Measurement
... - there is no ‘normal’ CVP or wedge -> follow trend and look at the response to treatment - abnormal hearts (ischaemic, fibrotic, contused) are less compliant so require higher filling pressures to reach ‘normal’ SV. - use SV rather than Q as a response to treatment as Q is calculated from HR which ...
... - there is no ‘normal’ CVP or wedge -> follow trend and look at the response to treatment - abnormal hearts (ischaemic, fibrotic, contused) are less compliant so require higher filling pressures to reach ‘normal’ SV. - use SV rather than Q as a response to treatment as Q is calculated from HR which ...
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.