| File | Title | Manuscript Id |
|---|
| Chapter 43 Introduction | morris2e_ch43_1.html | 563c3f37757a2ecd43000000 |
| DLAP questions | morris2e_ch43_1_dlap.xml | 563c3f37757a2ecd43000000 |
| 43.1 An Overview of the Immune System
| morris2e_ch43_2.html | 563c3f37757a2ecd43000000 |
| DLAP questions | morris2e_ch43_2_dlap.xml | 563c3f37757a2ecd43000000 |
| Pathogens cause disease.
| morris2e_ch43_3.html | 563c3f37757a2ecd43000000 |
| DLAP questions | morris2e_ch43_3_dlap.xml | 563c3f37757a2ecd43000000 |
| The immune system distinguishes self from nonself.
| morris2e_ch43_4.html | 563c3f37757a2ecd43000000 |
| DLAP questions | morris2e_ch43_4_dlap.xml | 563c3f37757a2ecd43000000 |
| The immune system consists of innate and adaptive immunity.
| morris2e_ch43_5.html | 563c3f37757a2ecd43000000 |
| DLAP questions | morris2e_ch43_5_dlap.xml | 563c3f37757a2ecd43000000 |
| 43.2 Innate Immunity
| morris2e_ch43_6.html | 563c3f37757a2ecd43000000 |
| DLAP questions | morris2e_ch43_6_dlap.xml | 563c3f37757a2ecd43000000 |
| The skin and mucous membranes provide the first line of defense against infection.
| morris2e_ch43_7.html | 563c3f37757a2ecd43000000 |
| DLAP questions | morris2e_ch43_7_dlap.xml | 563c3f37757a2ecd43000000 |
| White blood cells provide a second line of defense against pathogens.
| morris2e_ch43_8.html | 563c3f37757a2ecd43000000 |
| DLAP questions | morris2e_ch43_8_dlap.xml | 563c3f37757a2ecd43000000 |
| Phagocytes recognize foreign molecules and send signals to other cells.
| morris2e_ch43_9.html | 563c3f37757a2ecd43000000 |
| DLAP questions | morris2e_ch43_9_dlap.xml | 563c3f37757a2ecd43000000 |
| Inflammation is a coordinated response to tissue injury.
| morris2e_ch43_10.html | 563c3f37757a2ecd43000000 |
| DLAP questions | morris2e_ch43_10_dlap.xml | 563c3f37757a2ecd43000000 |
| The complement system participates in the innate and adaptive immune systems.
| morris2e_ch43_11.html | 563c3f37757a2ecd43000000 |
| DLAP questions | morris2e_ch43_11_dlap.xml | 563c3f37757a2ecd43000000 |
| 43.3 Adaptive Immunity: B Cells and Antibodies
| morris2e_ch43_12.html | 563c3f37757a2ecd43000000 |
| DLAP questions | morris2e_ch43_12_dlap.xml | 563c3f37757a2ecd43000000 |
| B cells produce antibodies.
| morris2e_ch43_13.html | 563c3f37757a2ecd43000000 |
| DLAP questions | morris2e_ch43_13_dlap.xml | 563c3f37757a2ecd43000000 |
| Mammals produce five classes of antibody with different functions.
| morris2e_ch43_14.html | 563c3f37757a2ecd43000000 |
| DLAP questions | morris2e_ch43_14_dlap.xml | 563c3f37757a2ecd43000000 |
| Clonal selection is the basis for antibody specificity.
| morris2e_ch43_15.html | 563c3f37757a2ecd43000000 |
| DLAP questions | morris2e_ch43_15_dlap.xml | 563c3f37757a2ecd43000000 |
| Clonal selection also explains immunological memory.
| morris2e_ch43_16.html | 563c3f37757a2ecd43000000 |
| DLAP questions | morris2e_ch43_16_dlap.xml | 563c3f37757a2ecd43000000 |
| Genomic rearrangement generates antibody diversity.
| morris2e_ch43_17.html | 563c3f37757a2ecd43000000 |
| DLAP questions | morris2e_ch43_17_dlap.xml | 563c3f37757a2ecd43000000 |
| 43.4 Adaptive Immunity: T Cells and Cell-Mediated Immunity
| morris2e_ch43_18.html | 563c3f37757a2ecd43000000 |
| DLAP questions | morris2e_ch43_18_dlap.xml | 563c3f37757a2ecd43000000 |
| T cells include helper and cytotoxic cells.
| morris2e_ch43_19.html | 563c3f37757a2ecd43000000 |
| DLAP questions | morris2e_ch43_19_dlap.xml | 563c3f37757a2ecd43000000 |
| T cells have T cell receptors on their surface that recognize an antigen in association with MHC proteins.
| morris2e_ch43_20.html | 563c3f37757a2ecd43000000 |
| DLAP questions | morris2e_ch43_20_dlap.xml | 563c3f37757a2ecd43000000 |
| The ability to distinguish between self and nonself is acquired during T cell maturation.
| morris2e_ch43_21.html | 563c3f37757a2ecd43000000 |
| DLAP questions | morris2e_ch43_21_dlap.xml | 563c3f37757a2ecd43000000 |
| 43.5 Three Pathogens: A Virus, Bacterium, and Eukaryote
| morris2e_ch43_22.html | 563c3f37757a2ecd43000000 |
| DLAP questions | morris2e_ch43_22_dlap.xml | 563c3f37757a2ecd43000000 |
| The flu virus evades the immune system by antigenic drift and shift.
| morris2e_ch43_23.html | 563c3f37757a2ecd43000000 |
| DLAP questions | morris2e_ch43_23_dlap.xml | 563c3f37757a2ecd43000000 |
| Tuberculosis is caused by a slow-growing, intracellular bacterium.
| morris2e_ch43_24.html | 563c3f37757a2ecd43000000 |
| DLAP questions | morris2e_ch43_24_dlap.xml | 563c3f37757a2ecd43000000 |
| The malaria parasite changes surface molecules by antigenic variation.
| morris2e_ch43_25.html | 563c3f37757a2ecd43000000 |
| DLAP questions | morris2e_ch43_25_dlap.xml | 563c3f37757a2ecd43000000 |
| Chapter 43 Summary | morris2e_ch43_26.html | 563c3f37757a2ecd43000000 |
| DLAP questions | morris2e_ch43_26_dlap.xml | 563c3f37757a2ecd43000000 |