Microbiology With Diseases By Taxonomy (6th Edition)
Microbiology With Diseases By Taxonomy (6th Edition)
6th Edition
ISBN: 9780134832302
Author: Robert W. Bauman Ph.D.
Publisher: PEARSON
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Chapter 16, Problem 4CT
Summary Introduction

To describe:

The immunological impairements that would result in mice deficient in each of the following class-I MHC, class-II MHC, TCR,BCR, Il-2receptor and IFN-γ.

Introduction:

Immune system activation causes the priming of BCR and TCR with binding of the epitopic antigen inside the cleft of the receptor along with the major histocompability complex formation. It is formed on the surface of antigen presenting infected cells. B-cells and T-cells release cytokines and interferon’s which cause apoptosis of the infected cells in the human body.

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Neutralizing antibodies are effective at preventing infection or toxicity mediated by pathogens or their toxic products. In fact, nearly all vaccines currently in use function by eliciting neutralizing antibodies. One example is the tetanus vaccine, in which neutralizing antibodies are generated against an inactivated form of the tetanus toxin (the tetanus toxoid). The most important feature of a neutralizing antibody is having high affinity for the antigen. being efficient at activating the complement cascade. having a high degree of multivalency, such as being a pentamer or hexamer of immunoglobulin monomers. being present at a high concentration in the circulation. 0 0 0 0
Describe the term "in-frame" and also the reason that it would be necessary for the generation of diversity in antigen receptors.
Peptide editing is an important component of antigen presentation for both MHC class I and MHC class II pathways, as it drives the preferential presentation of high-affinity binding peptides. For MHC class II peptide editing, HLA-DM plays a key role. In the absence of HLA-DM: MHC class II molecules traffic to the cell surface with CLIP in their binding sites. No MHC class II molecules are released to traffic to the cell surface. MHC class II molecules bind to HLA-DO and are inhibited from binding peptides. Pathogens can evade the immune system by blocking peptide exchange on MHC class II. HLA-DO competes for high-affinity binding peptides with MHC class II molecules and blocks antigen presentation.
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Immune System and Immune Response Animation; Author: Medical Sciences Animations;https://www.youtube.com/watch?v=JDdbUBXPKc4;License: Standard YouTube License, CC-BY
Immune response: summary; Author: Dr Bhavsar Biology;https://www.youtube.com/watch?v=ADANgHkX4OY;License: Standard Youtube License