Nature dynamically controls carbohydrate expression on cells rather than static presentation. Here we report synthetic glycosylated nanoparticles that contain polymeric ‘gates’ to enable external control (via temperature changes) of glycan surface expression, as an alternative to enzymatic control in Nature. This approach offers a new dynamic multivalent scaffold for glycan recognition
Upon exposure to biological fluids, the fouling of nanomaterial surfaces results in non-specific cap...
Although synthetic mimics of lectins can be extremely useful in biological and biomedical research, ...
Glyco-functionalized gold nanoparticles have great potential as biosensors and as inhibitors due to ...
The development of new analytical tools as point-of-care biosensors is crucial to combat the spread ...
Identifying and treating infectious diseases remains a challenge for modern healthcare professionals...
Carbohydrate–carbohydrate interactions are proposed to be biologically significant but have lower af...
Glycomaterials display enhanced binding affinity to carbohydrate-binding proteins due to the nonline...
Glycan–lectin interactions drive a diverse range of biological signaling and recognition processes. ...
Glycan recognition by sugar receptors (lectins) is intimately involved in many aspects of cell physi...
Glycan/lectin interactions drive a wide range of recognition and signal transduction processes withi...
Glycan–lectin interactions play essential roles in biology; as the site of attachment for pathogens,...
The interaction of carbohydrates with a variety of biological targets, including antibodies, protein...
In part I of the thesis we have designed and explained a novel bio-sensor system to explore multival...
Glycans are among the most intriguing carriers of biological information in living systems. The stru...
Coding of biological information is not confined to nucleic acids and proteins. Endowed with the hig...
Upon exposure to biological fluids, the fouling of nanomaterial surfaces results in non-specific cap...
Although synthetic mimics of lectins can be extremely useful in biological and biomedical research, ...
Glyco-functionalized gold nanoparticles have great potential as biosensors and as inhibitors due to ...
The development of new analytical tools as point-of-care biosensors is crucial to combat the spread ...
Identifying and treating infectious diseases remains a challenge for modern healthcare professionals...
Carbohydrate–carbohydrate interactions are proposed to be biologically significant but have lower af...
Glycomaterials display enhanced binding affinity to carbohydrate-binding proteins due to the nonline...
Glycan–lectin interactions drive a diverse range of biological signaling and recognition processes. ...
Glycan recognition by sugar receptors (lectins) is intimately involved in many aspects of cell physi...
Glycan/lectin interactions drive a wide range of recognition and signal transduction processes withi...
Glycan–lectin interactions play essential roles in biology; as the site of attachment for pathogens,...
The interaction of carbohydrates with a variety of biological targets, including antibodies, protein...
In part I of the thesis we have designed and explained a novel bio-sensor system to explore multival...
Glycans are among the most intriguing carriers of biological information in living systems. The stru...
Coding of biological information is not confined to nucleic acids and proteins. Endowed with the hig...
Upon exposure to biological fluids, the fouling of nanomaterial surfaces results in non-specific cap...
Although synthetic mimics of lectins can be extremely useful in biological and biomedical research, ...
Glyco-functionalized gold nanoparticles have great potential as biosensors and as inhibitors due to ...