The information is on the second picture and the questions are on the first which are : 3) What is the normal ( non - allergenic) function of a algae antibody and how does it accomplish this? 4) What is the non-normal ( allergenic ) function of an lgE antibody and how does it accomplish this? 5) How does the release of histamine lead to allergic symptoms ?

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The information is on the second picture and the questions are on the first which are : 3) What is the normal ( non - allergenic) function of a algae antibody and how does it accomplish this? 4) What is the non-normal ( allergenic ) function of an lgE antibody and how does it accomplish this? 5) How does the release of histamine lead to allergic symptoms ?
cument/d/1rd36FRYvSLeTkWcbtknSZTYUriR_2_0NASSBeEJq4ik/edit
al Allergy Syndrome" answer sheet O
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eading 1
- Arial
BIUA
20
+
III 1 II2 3 I 4 5 6
2. How do B lymphocytes function in the adaptive immune system response?
They are mainly involved with antibody production. They can develop into plasma cells, which
produce the most antibodies. They can develop into either plasma or memory cells, and are made
in the bone marrow.
3. What is the normal (non-allergenic) function of an IgE antibody and how does it accomplish this?
4. What is the non-normal (allergenic) function of an IgE antibody and how does it accomplish this?
5. How does the release of histamine lead to allergic symptoms?
hp
144
AAA
Transcribed Image Text:cument/d/1rd36FRYvSLeTkWcbtknSZTYUriR_2_0NASSBeEJq4ik/edit al Allergy Syndrome" answer sheet O nat Tools Add-ons Help See new changes eading 1 - Arial BIUA 20 + III 1 II2 3 I 4 5 6 2. How do B lymphocytes function in the adaptive immune system response? They are mainly involved with antibody production. They can develop into plasma cells, which produce the most antibodies. They can develop into either plasma or memory cells, and are made in the bone marrow. 3. What is the normal (non-allergenic) function of an IgE antibody and how does it accomplish this? 4. What is the non-normal (allergenic) function of an IgE antibody and how does it accomplish this? 5. How does the release of histamine lead to allergic symptoms? hp 144 AAA
mmunology an x
E Copy of BI 102 Lab 9 worksheet - x
E Copy of Case study: "Oral Allergy x
df
Allergy Syndrome
1 / 8
100%
Partl- Immunology
Sam had a history of allergic reactions, including reactions to various plant pollens. Birch pollen elicited a particularly
strong reaction, causing him annoying sneezing fits and a sore throat. As he grew to adulthood, he discovered that he
was also variably allergic to common foods, including some raw fruits and vegetables, as well as most nuts.
Sam was puzzled by his recent food allergies. Also puzzling was the variability in his reactions. He reacted strongly to
some foods; others resulted in only a mild itchy throat. He wondered, What exactly causes allergic reactions?
Sam was determined to figure out how and why he reacted to birch pollen and later became allergic to other plant-
based food. He also hoped this information might help him avoid other foods that might cause him allergies.
First, Sam decided he needed to know something about the cellular bases of allergic reactions. He knew it had some-
thing to do with the immune system. He did some basic research on the Internet and here's what he found:
Allergens are bits of protein from an innocuous foreign substance, such as pollen or food. When these
particular protein bits enter a person's body, they lead to the release of histamines that open the gates
to an immune response by making capillaries leaky to white blood cells and some specialized proteins.
Symptoms of a relatively mild allergic reaction include hives; itchy skin and throat; sneezing, wheezing
and/or coughing; swelling of throat; and gastrointestinal distress. Symptoms that result from a more
serious reaction include dizziness, weak pulse, shock, and worst of all, anaphylaxis, a hypersensitve
condition resulting in extreme response. In severe cases, allergic reactions may even lead to death.
Histamines are released from specialized cells called mast cells. This release is controlled by a protein
called immunoglobulin E (IgE), which is produced by a particular kind of B lymphocyte. B lympho-
cytes are key cells in the vertebrate adaptive immune response.
This information was a useful starting point for Sam, but it left many questions unanswered.
Case copyright held by the National Center for Case Study Teaching in Science, University at Buffalo, State University of New York.
hp
近
Transcribed Image Text:mmunology an x E Copy of BI 102 Lab 9 worksheet - x E Copy of Case study: "Oral Allergy x df Allergy Syndrome 1 / 8 100% Partl- Immunology Sam had a history of allergic reactions, including reactions to various plant pollens. Birch pollen elicited a particularly strong reaction, causing him annoying sneezing fits and a sore throat. As he grew to adulthood, he discovered that he was also variably allergic to common foods, including some raw fruits and vegetables, as well as most nuts. Sam was puzzled by his recent food allergies. Also puzzling was the variability in his reactions. He reacted strongly to some foods; others resulted in only a mild itchy throat. He wondered, What exactly causes allergic reactions? Sam was determined to figure out how and why he reacted to birch pollen and later became allergic to other plant- based food. He also hoped this information might help him avoid other foods that might cause him allergies. First, Sam decided he needed to know something about the cellular bases of allergic reactions. He knew it had some- thing to do with the immune system. He did some basic research on the Internet and here's what he found: Allergens are bits of protein from an innocuous foreign substance, such as pollen or food. When these particular protein bits enter a person's body, they lead to the release of histamines that open the gates to an immune response by making capillaries leaky to white blood cells and some specialized proteins. Symptoms of a relatively mild allergic reaction include hives; itchy skin and throat; sneezing, wheezing and/or coughing; swelling of throat; and gastrointestinal distress. Symptoms that result from a more serious reaction include dizziness, weak pulse, shock, and worst of all, anaphylaxis, a hypersensitve condition resulting in extreme response. In severe cases, allergic reactions may even lead to death. Histamines are released from specialized cells called mast cells. This release is controlled by a protein called immunoglobulin E (IgE), which is produced by a particular kind of B lymphocyte. B lympho- cytes are key cells in the vertebrate adaptive immune response. This information was a useful starting point for Sam, but it left many questions unanswered. Case copyright held by the National Center for Case Study Teaching in Science, University at Buffalo, State University of New York. hp 近
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