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Receptor-Ligand Interactions.. k 1 R + L  RL K -1 [RL] Ka = _____ [R] [L] Affinity constant (M -1 ) [R] [L] Kd = ______ [RL] Dissociation constant.

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Presentation on theme: "Receptor-Ligand Interactions.. k 1 R + L  RL K -1 [RL] Ka = _____ [R] [L] Affinity constant (M -1 ) [R] [L] Kd = ______ [RL] Dissociation constant."— Presentation transcript:

1 Receptor-Ligand Interactions.

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4 k 1 R + L  RL K -1 [RL] Ka = _____ [R] [L] Affinity constant (M -1 ) [R] [L] Kd = ______ [RL] Dissociation constant (M)

5 Common strategies used in many signaling pathways.

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22 Acetylcholine muscarinic receptor of endothelial cells.

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24 PIP3 or phosphatidyl 3,4,5 tri-phosphate

25 Provide binding sites for PH domain proteins.

26 PI-3Kinase and PKB/Akt pathway.

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31 Ubiquitin with 7 lysine residues (K6, K11, K27, K29, K33, K48, and K63).

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33 Frequently encountered signaling pathways.

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40 MAPKAP Ternary Complex Factor Serum Response Factor

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45 (K48)

46 (IL-1/TNF receptor Associated Kinase) (TNF receptorAssociated Factor E3 Ubiquitin Ligase) (TGFb Activated Kinase) (NFkB Inducing Kinase) (Inhibitor of kappa B Kinase)

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48 TRAF6: TNF  associated factor IRAK: Il-1 R activated Kinase TAK1: TGF  Activated Kinase 1.

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