each blood type. This will be helpful in analyzing the answer for the questions below. Antibodies in plasma Agglutination for Blood Typing Analysis Antigen A Can give blood to: Can receive Blood Possible Antigen on RBC type Genotype Antigen B blood from: AB

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I. Blood Typing
Red blood cells are coated in antigens made of glycolipids and glycoproteins. The composition of
these molecules is determined by genetics, which have evolved over time. The two most well-known blood
groups are the ABO and Rh systems. The surface antigens in the ABO blood group are glycolipids, called
antigen A and antigen B. People with blood type A have antigen A, those with blood type B have antigen
B, those with blood type AB have both antigens, and people with blood type O have neither antigen.
Antibodies called agglutinogens are found in the blood plasma and react with the A or B antigens, if the
two are mixed. When type A and type B blood are combined, agglutination (clumping) of the blood occurs
because of antibodies in the plasma that bind with the opposing antigen; this causes clots that coagulate
in the kidney causing kidney failure. Type O blood has neither A or B antigens, and therefore, type O blood
can be given to all blood types. Type O negative blood is the universal donor. Type AB positive blood is
the universal acceptor because it has both A and B antigen.
The Rh blood group was first discovered in Rhesus monkeys. Most people have the Rh antigen
(Rh+) and do not have anti-Rh antibodies in their blood. The few people who do not have the Rh antigen
and are Rh- can develop anti-Rh antibodies if exposed to Rh+ blood.
Based on the information above and the advanced readings done, fill out the following chart regarding
each blood type. This will be helpful in analyzing the answer for the questions below.
Can give
blood to:
Agglutination for Blood
Typing Analysis
Antigen A
Can
receive
blood
from:
Blood
Possible
Antigen
on RBC
Antibodies
type
Genotype
in plasma
Antigen B
A
АВ
Transcribed Image Text:I. Blood Typing Red blood cells are coated in antigens made of glycolipids and glycoproteins. The composition of these molecules is determined by genetics, which have evolved over time. The two most well-known blood groups are the ABO and Rh systems. The surface antigens in the ABO blood group are glycolipids, called antigen A and antigen B. People with blood type A have antigen A, those with blood type B have antigen B, those with blood type AB have both antigens, and people with blood type O have neither antigen. Antibodies called agglutinogens are found in the blood plasma and react with the A or B antigens, if the two are mixed. When type A and type B blood are combined, agglutination (clumping) of the blood occurs because of antibodies in the plasma that bind with the opposing antigen; this causes clots that coagulate in the kidney causing kidney failure. Type O blood has neither A or B antigens, and therefore, type O blood can be given to all blood types. Type O negative blood is the universal donor. Type AB positive blood is the universal acceptor because it has both A and B antigen. The Rh blood group was first discovered in Rhesus monkeys. Most people have the Rh antigen (Rh+) and do not have anti-Rh antibodies in their blood. The few people who do not have the Rh antigen and are Rh- can develop anti-Rh antibodies if exposed to Rh+ blood. Based on the information above and the advanced readings done, fill out the following chart regarding each blood type. This will be helpful in analyzing the answer for the questions below. Can give blood to: Agglutination for Blood Typing Analysis Antigen A Can receive blood from: Blood Possible Antigen on RBC Antibodies type Genotype in plasma Antigen B A АВ
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