• Aucun résultat trouvé

Figure 1. DC activation and maturation. Adapted from Wack, A. and Rappuoli, R. Current Opinions in Immunology 2005

N/A
N/A
Protected

Academic year: 2021

Partager "Figure 1. DC activation and maturation. Adapted from Wack, A. and Rappuoli, R. Current Opinions in Immunology 2005"

Copied!
16
0
0

Texte intégral

(1)

Mature DC Immature DC

Antigen capture

PAMP recognition and activation

T cell expansion

B cell expansion

Figure 1. DC activation and maturation.

Adapted from Wack, A. and Rappuoli, R. Current Opinions in Immunology 2005

(2)

Figure 2. Human DC subsets and lineage origins.

Shortman, K and Y. J. Liu Nature Reviews Immunology 2002

(3)

Figure 3. Within the immune synapse formed between APCs and T cells, three signals are required for antigen-specific T cell activation.

Gutcher, I. and Becher, B. Journal of Clinical Investigation 2007

(4)

Figure 4. APC-derived cytokines guide the differentiation of naive T cells into an effector T cell subtypes in mouse.

Gutcher, I. and Becher, B. Journal of Clinical Investigation 2007

(5)

Figure 5. Structures of the IL-1R family.

Sims, J. et al Current Opinions in Immunology 2007

(6)

Figure 6. TLRs localization and their ligands.

Verstak, B. et al Inflammation Research 2007

Table 1. Synthetic and endogenous TLR ligands.

Kanzler, H. et al Nature Medicine 2007

(7)

Figure 7. IRF Activation by Cytosolic Pattern-Recognition Systems; Operation of a Positive- Feedback Mechanism.

Honda, K. et al Immunity 2006

(8)

Figure 8. Summary of TLR signaling pathways.

Dunne, A. and O’Neill, L. FEBS Letters 2005

(9)

Figure 9. Type I IFN positive feedback loop.

Adapted from Doyle, S. et al, Immunity 2002

TBK1 IKK

TRIF TRIF

(10)

Figure 10. Schematic representation of IRF-3 and IRF-7 activation and dimerization by virus-induced phosphorylation. Lin, R. et al. Cellular and Molecular Biology 1999

(11)

Figure 11. Enhanceosome formation and IFN-β gene transcription.

Kenya, H. et al Immunity 2006

(12)

Figure 12. IL-12 family members: composition, receptors and regulatory functions.

Adapted from Goriely, S. and Goldman, M. Transplantation 2007

(13)

IL-23

IL-27

Figure 13. Regulatory functions of IL-27.

Adapted from Colgan, J. and Rothman, P. Nature Immunology 2006

(14)

Figure 14. The classification and structure of the PKC family of isozymes.

Kheifets, V. and Mochly-Rosen, D. Pharmacological Research 2007

(15)

Figure 15. Model of PKCα phosphorylation.

Bornancin, F. and Parker, P.J. Journal of Current Biology 1996

(16)

TLR3

IL-12p35 IL-27p28 IL-12/23p40

IL-23p19

Adapted from

PKC

Figure 16. Schematic of PKC activity in TLR3 and TLR4 signaling pathways.

Adapted from Akira, S. and Takeda, K. Nature Reviews Immunology 2004

Références

Documents relatifs

The results illustrate that lithospheric thinning is the result of a complex interplay between different exten- sional structures: (1) high-angle normal faults associated with

Greta Nemiroff, one of the co-instructors of the first Women's Studies course given at Sir George Williams (Concordia University), is Director-designate of the New

D1E = digesteur ayant reçu 1kg de bouse de vache et alimenté uniquement des déchets organiques d’origine ménagère et soumis à un régime mésophile ; D2E = digesteur

Figure 1: In [15], we used a finite action set of 276 points, and for each input we approximated the volume swept by a part of the robot lower body during the corresponding

Using this periodicity property, we compute a static periodic scheduling strategy (introduced in our previous work [4]), which provides a way for each application to know when it

Cependant, une différence majeure par rapport à la perspective scientifique porte sur la finalité poursuivie qui consiste non à produire de nouveaux savoirs ou à répondre à

L’accès à ce site Web et l’utilisation de son contenu sont assujettis aux conditions présentées dans le site LISEZ CES CONDITIONS ATTENTIVEMENT AVANT D’UTILISER CE SITE WEB.

(a) Western blotting analyses from leech CNS protein extracts using mouse polyclonal anti-human Alix antibodies reveals a 97 kDa protein (lane 1) compared to secondary antibody