[PDF][PDF] The importance of Ca2+/Zn2+ signaling S100 proteins and RAGE in translational medicine
E Leclerc, CW Heizmann - Front Biosci (Schol Ed), 2011 - article.imrpress.com
E Leclerc, CW Heizmann
Front Biosci (Schol Ed), 2011•article.imrpress.comIntroduction 3. General features of S100 proteins 4. The receptor for advanced glycation
endproducts (RAGE) 5. Structures and functions of S100 proteins and RAGE: association
with human pathologies 5.1. S100B 5.2. S100A1 5.3. S100A2 5.4. S100A3 5.5 S100A4 5.6.
S100A5 5.7. S100A6 5.8. S100A7 5.9. S100A7L1 5.10. S100A8/A9 5.11. S100A10 5.12.
S100A11 5.13. S100A12 5.14. S100A13 5.15. S100A14 5.16. S100A16 5.17. S100G 5.18.
S100P 5.19. S100Z 6. Complexity of RAGE/S100 interaction 7. RAGE/S100 in human …
endproducts (RAGE) 5. Structures and functions of S100 proteins and RAGE: association
with human pathologies 5.1. S100B 5.2. S100A1 5.3. S100A2 5.4. S100A3 5.5 S100A4 5.6.
S100A5 5.7. S100A6 5.8. S100A7 5.9. S100A7L1 5.10. S100A8/A9 5.11. S100A10 5.12.
S100A11 5.13. S100A12 5.14. S100A13 5.15. S100A14 5.16. S100A16 5.17. S100G 5.18.
S100P 5.19. S100Z 6. Complexity of RAGE/S100 interaction 7. RAGE/S100 in human …
Abstract
Introduction 3. General features of S100 proteins 4. The receptor for advanced glycation endproducts (RAGE) 5. Structures and functions of S100 proteins and RAGE: association with human pathologies 5.1. S100B
5.2. S100A1 5.3. S100A2 5.4. S100A3 5.5 S100A4 5.6. S100A5 5.7. S100A6 5.8. S100A7 5.9. S100A7L1 5.10. S100A8/A9 5.11. S100A10 5.12. S100A11 5.13. S100A12 5.14. S100A13 5.15. S100A14 5.16. S100A16 5.17. S100G 5.18. S100P 5.19. S100Z 6. Complexity of RAGE/S100 interaction 7. RAGE/S100 in human diseases and therapeutic approaches 8. Conclusion
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