Ruzgar Miroglu - Immunology 1

Notes by Raymond Cheong

[RC] Lec 01 (10-31 A) - Intro to Immunology

[RC] Lec 02 (10-31 B) - Immunoglobulins I, Structure and Function

[RC] Lec 03 (11-01 A) - Immunoglobulins II, Genetic Diversity

[RC] Lec 04 (11-01 B) - Immunoglobulins III, B Cell Development

[RC] Lec 05 (11-04 A) - Effector Functions of Antibody

[RC] Lec 06 (11-04 B) - Phagocytic Cells and Host Defense

[RC] Lec 07 (11-05 A) - Complement

[RC] Lec 08 (11-05 B) - T Cell Antigen Recognition I

[RC] Lec 09 (11-06 A) - T Cell Antigen Recognition II

[RC] Lec 11 (11-06 C) - T Cell Development

[RC] Lec 12 (11-07 A) - Dendritic Cells (APCs)

[RC] Lec 13 (11-07 B) - T Cell Tolerance

[RC] Lec 14 (11-07 C) - Lymphocyte Activation

[RC] Lec 15 (11-08 A) - T Cell Effector Function I

[RC] Lec 16 (11-08 B) - T Cell Effector Function II

[RC] Lec 17 (11-08 C) - Alloreactivity (transplants)

[RC] Lec 18 (11-11 A) - Cell Interactions

[RC] Lec 19 (11-11 B) - Primary Immunodeficiency (See Lec 18)

[RC] Lec 20 (11-12 A) - Natural Killer Cells

[RC] Lec 21 (11-12 B) - Allergy (immediate hypersensitivity)

[RC] Lec 22 (11-13 A) - Vaccines

[RC] Lec 23 (11-13 B) - Cancer Vaccines

[RC] Lec 24 (11-13 C) - Review Lecture

Notes by Nirav Kapadia

[NK] Allergies

[NK] Alloresponses

[NK] Antibody Structure and Function

[NK] B Cell Development

[NK] CD4 T Cells

[NK] CD8 Cytolytic T Lymphocytes

[NK] Complement

[NK] Dendritic Cells

[NK] Effector Functions of Antibodies

[NK] Genetic Basis of Antibody Diversity

[NK] Immunodeficiency

[NK] Innate Immunity

[NK] Intro to the Immune System

[NK] Lymphocyte Activation

[NK] Lymphoid Organs

[NK] Natural Killer Cells

[NK] T Cell Tolerance and Development

[NK] T Cell Tolerance

[NK] T Cell Antigen Recognition

[NK] Tumor Immunology

Notes by Nevine Ali

[NA] Immune System Intro

[NA] Innate Immunity (Principles, Patterns, Receptor Signaling)

[NA] Lymphocyte Activation

[NA] T Cell Tolerance

[NA] T Cell Selection and Central Tolerance

[NA] T Cell Effector I (CD4, Cytokines)

[NA] T Cell Effector Functions II (Cytolytic T Lymphocytes)

[NA] Genetic Basis of Antibody Diversity

[NA] Effector Functions of Antibody

[NA] Complement Cascade

[NA] B Cell Development

[NA] Antigen Presenting Cells (DC)

[NA] Antigen Recognition By T Cells

[NA] Antibody Structure and Function

[NA] 3 Phagocytic Cells, Innate Immunity, and Host Defense

Other notes

Immunology notes (By Matthew Hellmann)

Vaccines (By Matthew Hellmann)

Immunology summary (By James Pirruccello)

Cytokine summary (By Rupsa Chaudhury)

Immunology lecture summaries (By Adrian Dokey)

Immunology summaries part 1, 2, and 3 (By Eike Blohm)

Immunology study guide (By Samuel Wilkinson)

Immunology flashcards part 1 and 2 (By Aaron Wallman)

Brief notes for allergy, tumors, immune system, and vaccines (By Philip Storey)

Kimball's Innate Immunity tutorial (Thanks to Noy Bassik)

Kimball's Helper T Cell tutorial (Thanks to Noy Bassik)

Cytokines tutorial (Thanks to Phil Gray)

Flash animation of B cell selection (Thanks to Emily Pfeil)

Flash animation of B cell maturation (Thanks to Anisha Khaitan)

Microbiology & immunology e-textbook (Thanks to John Zampella)

2000 NEJM review of the immune system, Parts 1 and Parts 2 (Thanks to Chinedu Onyedike)

Lancet immune system overview (357:1777, 2001) (Thanks to Justin Yang)

2003 NEJM summary of immune diversity (Thanks to Ernest Jaramillo-Hanes)

Antibody	Antibody	Antibody
Antibody	Antibody	Antibody
Antibody	Antibody	Antibody IgA
Antibody IgA	Antibody IgD	Antibody IgD
Antibody IgE	Antibody IgE	Antibody IgG
Antibody IgG	Antibody IgM	Antibody IgM
C1 complex	C1-antigen-bound IgG	Antibody-antigen interaction - monovalent
Antibody-antigen interaction - bivalent	Antibody-antigen complex	Antibody-antigen complex
Antibody-antigen complex	Class I MHC	Class II MHC
Class I MHC	Class II MHC	Miscellaneous receptor
Miscellaneous receptor	Miscellaneous receptor	Miscellaneous receptor
Toll-like receptor TLR	Toll-like receptor TLR	Cytokine receptor families - Type I cytokine receptor
Cytokine receptor families - Type II cytokine receptor	Cytokine receptor families - TNF receptor family	Cytokine receptor families - IL-1 receptor family
Cytokine receptor families - Seven transmembrane G-protein-coupled receptors	Microbe	B lymphocyte and its function
Helper T lymphocyte and its function	Cytotoxic T lymphocyte and its function	Regulatory T lymphocyte and its function
Natural killer NK T lymphocyte and its function	Active immunity	Passive immunity

Neutrophil	Active Neutrophil	Eosinophil
Basophil	Monocyte	Mast cell
Macrophage	Plasma cell	T Cell
T Cell	CD4 helper T lymphocyte	CD8 cytolytic T lymphocyte CTL
B Cell	B Cell	NK Cell
NK Cell	Apoptotic cell	Dendritic cell
Antigen-presenting cell APC	Antigen-presenting cell macrophage	Cellular interaction
Target cell for CTL	Cellular interaction	Lymph node
Lymph node shell	Lymph node shell	Lymph nodes and vessels
Spleen	Thymus	Epithelium
Epithelium	Epithelium	Epithelium
Antibody	Antibody	Antibody
Antibody	Antibody	Antibody
Antibody	Antibody	Antibody
Antibody	Antibody	Antibody
Antibody	Antibody	Antibody
Antibody	Antibody

Immunology 1

Immunology

> Lecture 1: Introduction to Infectious Disease Epidemiology (Nelson)

> Lecture 2: Overview of Microbiology (Dick)

> Lecture 3: The Molecular Epidemiology of Infectious Disease (Bishai)

> Lecture 4: Modeling of Infectious Disease (Aron)

> Lecture 5: Case-Control Studies (Nelson)

> Lecture 6: Vaccines - Impact, Questions, and Challenges (Halsey)

> Lecture 7: Measles (Moss)

> Lecture 8: Disease Eradication (Nelson)

> Lecture 9: Beyond Osler: The Past, Present, and Future of Infection Control (Perl)

> Lecture 10: Nutrition & Infection in the Developing World (West)

> Lecture 11: Epidemiology of Diarrheal Diseases (Black)

> Lecture 12: TB Epidemiology (Chaisson)

> Lecture 13: Influenza: Virus and Disease, Epidemics and Pandemics (Steinhoff)

> Lecture 14: CNS Viral Infections (Johnson)

> Lecture 15: Lyme Disease and Its Epidemiology (Griffin)

> Lecture 16: Meningococcal Disease: Global Problem, Local Solutions (Steinhoff)

> Lecture 17: Epidemiology and Control of Malaria (Morrow)

> Lecture 18: STD Epidemiology (Zenilman)

> Lecture 19: The Epidemiology of Hepatitis B and A Infections (Nelson)

> Lecture 20: Hepatitis C and E (Nelson)

IMMUNOLOGY LECTURE NOTES

Notes by Raymond Cheong

Notes by Nirav Kapadia

Notes by Nevine Ali

Other notes