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Printable Handouts
Navigable Slide Index
- Introduction
- Outline
- Innate like lymphocytes
- Structural representation of antigen receptors
- Innate-like lymphocytes
- Innate-like T cells and tissue immune surveillance
- Immune surveillance
- Immune cells are associated with tissues
- Information flow: from challenge to DC to T cell
- Immune response by conventional lymphocytes
- Innate and adaptive immunity - a sequence
- Conventional immunity strength and weaknesses
- Tissue associated T cells
- IEL - one of the largest T cell subsets
- Gamma-delta T cells
- Gamma-delta receptor
- Gamma-delta gene segments
- A third, unanticipated, type of lymphocyte (1)
- Gamma-delta cells - "innate-like" properties
- Tissue associated T cells with a limited repertoire
- Phenotypes of "innate-like" T cells
- Intestinal intraepithelial lymphocytes
- A third, unanticipated, type of lymphocyte (2)
- A novel form of immune response
- Stress induced MHC class 1b
- Gamma-delta T cell/epithelial cell interactions
- Hypothesis regarding "innate-like" T cells
- Testing the hypothesis
- Effects of inducing Rae-1beta
- Rae-1 induction rapidly promotes infiltration
- NKT cell infiltration in response to Rae-1
- Summary of the effects of Rae-1beta induction
- Revised perspective on tissue immune surveillance
- The benefits of unconventional T cells
- A role for gamma-delta T cells in carcinogenesis
- Early tumor surveillance
- Spontaneous pathology in TCRgamma-/- mouse(1)
- Spontaneous pathology in TCRgamma-/- mouse(2)
- Phenotypic rescue with precursors of DETC
- Summary of section 1
- Application of such concepts to human disease
- Key cells that bear the NKG2D receptor
- Direct activation of tissue-associated lymphocytes
- Functional differentiation of Innate-like T cells
- "Slow" activation of adaptive lymphoid cells
- "Fast" activation of innate-like lymphocytes?
- Discrete (CD27+/-) gamma-delta cell subsets
- Differentiation of gamma-delta T cells
- Cytokines production in CD27-/- mice
- Gamma-delta cell development in the thymus
- Different T cells development
- Working model- acquiring functional competence
- Section 2: interim conclusions
- Gamma-delta cells and virus infection: case 1
- Gamma-delta cells and virus infection: case 2
- Gamma-delta cells and virus infection: case 3
- Gamma-delta cells and bacterial infection - case 4
- Different unconventional T cell subtypes
- Immunity in the very young
Topics Covered
- Innate like lymphocytes
- Structural representation of antigen receptors
- Introduction to "unconventional" lymphocytes
- Innate-like T cells and tissue immune surveillance
- Information flow: from challenge to DC to T cell
- Immune response by conventional lymphocytes
- Conventional immunity strength and weaknesses
- Tissue associated T cells
- IEL
- one of the largest T cell subsets
- Gamma-delta T cells, receptor and gene segment
- Phenotypes of "innate-like" T cells
- Intestinal intraepithelial lymphocytes
- Stress induced MHC class 1B
- Rae-1 induction rapidly promotes infiltration
- A role for gamma-delta T cells in carcinogenesis
- Early tumor surveillance
- Spontaneous pathology in TCRgamma-/- mouse
- Phenotypic rescue with precursors of DETC
- Application human disease
- Key cells that bear the NKG2D receptor
- Direct activation of tissue-associated lymphocytes
- Functional differentiation of Innate-like T cells
- "Slow" activation of adaptive lymphoid cells
- "Fast" activation of innate-like lymphocytes?
- Discrete (CD27+/-) gamma-delta cell subsets
- Cytokines production in CD27-/- mice
- Gamma-delta cell development in the thymus
- Acquiring functional competence working model
- Gamma-delta cells and virus/bacterial infection
- Immunity in the very young
Talk Citation
Hayday, A. (2009, July 15). Innate-like lymphocytes 1 [Video file]. In The Biomedical & Life Sciences Collection, Henry Stewart Talks. Retrieved November 23, 2024, from https://doi.org/10.69645/XULH8990.Export Citation (RIS)
Publication History
Financial Disclosures
- Prof. Adrian Hayday has not informed HSTalks of any commercial/financial relationship that it is appropriate to disclose.