In nature, carbohydrates form an important family of biomolecules, as simple or complex
carbohydrates, either alone or covalently linked to proteins or lipids. Most of the earlier …

This tutorial review describes multivalent carbohydrate–protein and carbohydrate–
carbohydrate interaction studies that utilize self-assembled aggregates of …

A simple and versatile methodology is described for tailoring sugar‐functionalised gold
nanoclusters (glyconanoparticles) that have 3D polyvalent carbohydrate display and …

Cell adhesion mediated by carbohydrate-to-carbohydrate interaction (CCI), or cell adhesion
with concurrent signal transduction, are discussed in three contexts. 1. Types of cell …

[4] The catalyst 1 as well as the one with a 3, 4, 5-trifluorophenyl group at the 3, 3'-position
are going to be commercially available from Aldrich Chemical Co. Ltd. as (S, S)-b-naphthyl …

With advances in polymerization techniques as well as selective chemical modification of
carbohydrates, glycopolymers and glyco‐nanoparticles are emerging as an important class …

A carbohydrate coat named glycocalix covers the outer membrane of most types of cells.
These carbohydrates at the cell surface are responsible for communication with other cells …

Sponges (Porifera), the simplest and earliest multicellular organisms, are thought to have
evolved from their unicellular ancestors about 1 billion years ago by developing cell …

Carbohydrate-carbohydrate interactions are emerging as a novel and versatile mechanism
for cell adhesion and recognition. Although this interaction has not deserved much attention …

During adhesion events in eukaryotic cells polyvalent carbohydrate–carbohydrate
recognition between LeX oligosaccharides plays a role. Clustering was mimicked by a …