Sialooligosaccharides were generated by direct enzymatic glycosylation on arrays and the resulting surfaces were suitable for the study of carbohydrate-specific cell adhesion.</p
The targeting of cells to biomaterial surfaces can be achieved by functionalization of the interface...
Carbohydrate-Carbohydrate interactions (CCIs) operate in a number of biologically significant enviro...
The structural complexity of glycosylation restrains the functional characterization of glycans. We ...
Sialooligosaccharides were generated by direct enzymatic glycosylation on arrays and the resulting s...
Abstract; Carbohydrate-mediated biochemical recognition processes are potential targets for drug dev...
Glycans have been shown to play a key role in many biological processes, such as signal transduction...
In recent years, it has been recognised that carbohydrates play an important role in specific cell i...
Im Rahmen dieser Dissertation wurde eine schutzgruppenfreie chemoenzymatische Synthese entwickelt, m...
The cell surface is normally covered with sugars that are bound to lipids or proteins. Surface glyco...
The exterior of cell surfaces express a dense layer of glycans which are often terminated by sialic ...
AbstractCell surface carbohydrates mediate interactions between the cell and its environment. Glycos...
Carbohydrate-modifying enzymes can be used for the enzymatic synthesis or cleavage of complex glycan...
AbstractThis paper reports a chemical strategy for preparing carbohydrate arrays and utilizes these ...
Silaic acid is the most common terminal glycan on cell surface glycoproteins and glycolipids, involv...
Cell surface oligosaccharides can be engineered to display unusual functional groups for the selecti...
The targeting of cells to biomaterial surfaces can be achieved by functionalization of the interface...
Carbohydrate-Carbohydrate interactions (CCIs) operate in a number of biologically significant enviro...
The structural complexity of glycosylation restrains the functional characterization of glycans. We ...
Sialooligosaccharides were generated by direct enzymatic glycosylation on arrays and the resulting s...
Abstract; Carbohydrate-mediated biochemical recognition processes are potential targets for drug dev...
Glycans have been shown to play a key role in many biological processes, such as signal transduction...
In recent years, it has been recognised that carbohydrates play an important role in specific cell i...
Im Rahmen dieser Dissertation wurde eine schutzgruppenfreie chemoenzymatische Synthese entwickelt, m...
The cell surface is normally covered with sugars that are bound to lipids or proteins. Surface glyco...
The exterior of cell surfaces express a dense layer of glycans which are often terminated by sialic ...
AbstractCell surface carbohydrates mediate interactions between the cell and its environment. Glycos...
Carbohydrate-modifying enzymes can be used for the enzymatic synthesis or cleavage of complex glycan...
AbstractThis paper reports a chemical strategy for preparing carbohydrate arrays and utilizes these ...
Silaic acid is the most common terminal glycan on cell surface glycoproteins and glycolipids, involv...
Cell surface oligosaccharides can be engineered to display unusual functional groups for the selecti...
The targeting of cells to biomaterial surfaces can be achieved by functionalization of the interface...
Carbohydrate-Carbohydrate interactions (CCIs) operate in a number of biologically significant enviro...
The structural complexity of glycosylation restrains the functional characterization of glycans. We ...
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