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Printable Handouts
Navigable Slide Index
- Introduction
- Outline
- History of the science of immunology
- Two theories of immunity
- Initiation of antibody responses in tissue culture
- Identification and purification of mouse DCs
- Zanvil A. Cohn and Ralph M. Steinman
- The first recognized function of dendritic cells
- The mixed leukocyte reaction in vitro
- The initiation of transplant rejection in vivo
- Peter Medawar and James L. Gowans
- Features of T cell responses initiated by DCs
- T helper-dependent antibody production
- Formation of cytotoxic T lymphocytes (CTL)
- Microenvironment for generating immunity
- DCs: "nature's adjuvants" for T cell immunity
- Initiating immunity or "immunogenicity"
- First investigators of antigen presentation by DCs
- Features of innate vs. adaptive immunity
- Dendritic cells and innate immunity
- How DCs facilitate innate and adaptive immunity
- Some locations for antigen capturing DCs
- Dendritic cells within airway epithelium
- Diagram of a lymph node
- DCs in T cell areas of mouse lymph node
- DC in T cell area of peripheral lymphoid organs
- Modern approach for detecting DCs in T cells area
- Visualizing DCs in vivo, also in intact living tissues
- DCs' antigen capture, processing and presentation
- Targeting of anti-langerin/CD207 to DCs in vivo
- Delivering a protein to dendritic cells in vivo
- Monitoring uptake, processing and presentation
- Example: antibody-targeted ovalbumin
- Example: antibody-targeted LACK
- Anti-DEC-HIV-gag as an AIDS vaccine
- Cross presentation of antigens by dendritic cells
- Antigen handling by DCs: current concepts
- Maturation of dendritic cells
- Some stimuli and components of DC maturation
- Pattern recognition receptors in dendritic cells
- Changes in cell surface markers during maturation
- Example: LACK delivery via DEC-205 w. adjuvant
- Dendritic cell maturation - summary
- Some subsets of dendritic cells in steady state
- Dendritic cells (Langerhans cells) in epidermis
- Langerhans cells after maturation
- Nikolaus Romani and Gerold Schuler
- Induction of antigen-specific peripheral tolerance
- Capture of antigens by DCs in steady state
- Iduction of tolerance vs. immunity by DCs
- Controlling antigen-specific tolerance in vivo
- Putting the features of dendritic cells together
- The bright future of immunology in human disease
- DCs and disease-related immunity
- Autoimmune and autoinflammatory diseases
- TNF in psoriatic skin is expressed in CD11c+ cells
- Dendritic cells and new vaccines
- Vaccines-related, important goal for immunology
- Histrory of vaccines
- Medicine needs new vaccine success stories
- Vaccines: interface of immunology and medicine
- Harnessing DCs for control of the immune system
- Ex vivo generation of antigen-bearing DCs
- Ex vivo generation of highly enriched human DCs
- Ex vivo dendritic cells for cancer research
- Collaborative research, stimulating vaccine science
- Combining antigens delivery and maturation stimuli
- Example: response to combined vaccine in mouse
- DEC-205/CD205 expression on DCs
- Obstacles to anti-DEC-HIV protein vaccines
- A proposal
- New cell type within the elegant immune orchestra
- Energizing the clonal selection theory of immunity
- Macfarlane Burnet
- Overcoming the hurdles to control T cell function
- The many interfaces of immunology and medicine
- Principles and approaches to vaccines
- Sources of support for the research
- Thanks to former and current PI's in the lab
Topics Covered
- Identification of a new cell type
- Initiating immunity
- Features of dendritic cells
- Interfaces with medicine
- New approaches to vaccine
Talk Citation
Steinman, R. (2009, May 31). Dendritic cells: linking innate to different forms of adaptive immunity [Video file]. In The Biomedical & Life Sciences Collection, Henry Stewart Talks. Retrieved November 23, 2024, from https://doi.org/10.69645/PJJU6376.Export Citation (RIS)
Publication History
Financial Disclosures
- Prof. Ralph Steinman has not informed HSTalks of any commercial/financial relationship that it is appropriate to disclose.
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