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% coronavirus 2) which causes COVID-19 (coronavirus disease 2019). The tests that are being performed are indirect ELISAs. In this case, the antigen that is bound to the wells comes from SARS- CoV-2, and the antibodies come from the serum of individuals that may have previously been infected with the virus. In this way, we can figure out if we may have reached herd immunity levels in the population. You may also hear that people that test positive for the presence of antibodies can donate their blood. That is because their blood contains circulating antibodies, and therefore, individuals that have survived COVID-19 can donate their antibodies (passive immunity!) to people sick with severe COVID-19 in the hopes of reducing the severity of the viral infection. PROCEDURE: For this lab, you will be completing 3 activities. In Activity A you will identify leukocytes by studying blood smears. In Activity B you will learn how to analyze ELISA results and interpret their meaning. In Activity C you will examine transmission simulations to understand immunity. ACTIVITY A: Leukocyte identification and analysis of blood smears 1. Circulating RBCs and a variety of WBCs. Using information from the introduction of this lab and your textbook, identify the different cells in the blood smear image by their phenotypes and state their primary function in the table below. B A Letter Leukocyte name Primary function A B C BIO 102 Lab 04: The Immune System and Blood Cells 6

% coronavirus 2) which causes COVID-19 (coronavirus disease 2019). The tests that are being performed are indirect ELISAs. In this case, the antigen that is bound to the wells comes from SARS- CoV-2, and the antibodies come from the serum of individuals that may have previously been infected with the virus. In this way, we can figure out if we may have reached herd immunity levels in the population. You may also hear that people that test positive for the presence of antibodies can donate their blood. That is because their blood contains circulating antibodies, and therefore, individuals that have survived COVID-19 can donate their antibodies (passive immunity!) to people sick with severe COVID-19 in the hopes of reducing the severity of the viral infection. PROCEDURE: For this lab, you will be completing 3 activities. In Activity A you will identify leukocytes by studying blood smears. In Activity B you will learn how to analyze ELISA results and interpret their meaning. In Activity C you will examine transmission simulations to understand immunity. ACTIVITY A: Leukocyte identification and analysis of blood smears 1. Circulating RBCs and a variety of WBCs. Using information from the introduction of this lab and your textbook, identify the different cells in the blood smear image by their phenotypes and state their primary function in the table below. B A Letter Leukocyte name Primary function A B C BIO 102 Lab 04: The Immune System and Blood Cells 6

Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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identify the different cells in the blood smear image by their phenotypes and state their primary function in the table below
% coronavirus 2) which causes COVID-19 (coronavirus disease 2019). The tests that are being performed are indirect ELISAs. In this case, the antigen that is bound to the wells comes from SARS- CoV-2, and the antibodies come from the serum of individuals that may have previously been infected with the virus. In this way, we can figure out if we may have reached herd immunity levels in the population. You may also hear that people that test positive for the presence of antibodies can donate their blood. That is because their blood contains circulating antibodies, and therefore, individuals that have survived COVID-19 can donate their antibodies (passive immunity!) to people sick with severe COVID-19 in the hopes of reducing the severity of the viral infection. PROCEDURE: For this lab, you will be completing 3 activities. In Activity A you will identify leukocytes by studying blood smears. In Activity B you will learn how to analyze ELISA results and interpret their meaning. In Activity C you will examine transmission simulations to understand immunity. ACTIVITY A: Leukocyte identification and analysis of blood smears 1. Circulating RBCs and a variety of WBCs. Using information from the introduction of this lab and your textbook, identify the different cells in the blood smear image by their phenotypes and state their primary function in the table below. B A Letter Leukocyte name Primary function A B C BIO 102 Lab 04: The Immune System and Blood Cells 6
Transcribed Image Text:% coronavirus 2) which causes COVID-19 (coronavirus disease 2019). The tests that are being performed are indirect ELISAs. In this case, the antigen that is bound to the wells comes from SARS- CoV-2, and the antibodies come from the serum of individuals that may have previously been infected with the virus. In this way, we can figure out if we may have reached herd immunity levels in the population. You may also hear that people that test positive for the presence of antibodies can donate their blood. That is because their blood contains circulating antibodies, and therefore, individuals that have survived COVID-19 can donate their antibodies (passive immunity!) to people sick with severe COVID-19 in the hopes of reducing the severity of the viral infection. PROCEDURE: For this lab, you will be completing 3 activities. In Activity A you will identify leukocytes by studying blood smears. In Activity B you will learn how to analyze ELISA results and interpret their meaning. In Activity C you will examine transmission simulations to understand immunity. ACTIVITY A: Leukocyte identification and analysis of blood smears 1. Circulating RBCs and a variety of WBCs. Using information from the introduction of this lab and your textbook, identify the different cells in the blood smear image by their phenotypes and state their primary function in the table below. B A Letter Leukocyte name Primary function A B C BIO 102 Lab 04: The Immune System and Blood Cells 6
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