Part 1. Glycans in innate immunity of dendritic cells
Chapter 1) Historical expansion of defense system
Chapter 2) Columbus era to modern revolution in immunological defense system
Chapter 3) Historical profile of defense constituents and progress in innte immune repertoire
Chapter 4) The outline of innate immunity
Chapter 5) Autophagy from microbial invaders and self-associated molecular patterns (SAMPs) of innate immune cells
Part 2. Dendritic cells (DCs)
Chapter 6) General biology of DCs
Chapter 7) Classification and different function of DCs
Chapter 8) Glycan biosynthesis in eukaryotes
Chapter 9) Glycans in cell recognition and evolutionary adaptation in organisms
Chapter 10) Changes in glycan structure involve in co-regulated expression of glycan-binding lectin counterparts
Chapter 11) Evolution of lectin: alternative splicing contributes to variation for glycan binding receptors
Chapter 12) Glycan regulation of NK cell receptors
Chapter 13) Carbohydrate recognition of target antigens by DCs during infection and inflammation
Chapter 14) Glycan-specific trafficking receptors in DCs maturation
Chapter 15) Glycan ligands in trafficking of DC migration
Chapter 16) Chemokine receptors in DCs trafficking
Chapter 17) Glycan structure-recognizing selectins in DC-endothelium interaction during infection and inflammation
Chapter 18) Glycans activate the innate immune system
Chapter 19) Innate immune lectin receptors of Siglec, DC-SIGN, Galectin and TLR in DCs
Chapter 20) Galectins
Chapter 21) DC-specific ICAM-3-grabbing non-integrin, DC-SIGNB (CD209)
Chapter 22) Other DCs-derivd receptors
Chapter 23) Toll-like receptors (TLRs)
Chapter 24) CD33 and CD33-related Siglecs in pathogen recognition and endocytosis of DC in the innate immune system
Chapter 25) Pathogenic suppression of the pathogen-specific host immune response
Chapter 26) DCs tumor immunotherapy through sialyl binding of DCs to T cells.