A new class of polymer capsules with an in-built endocytic pH-coupled fluorescence switch is reported. These capsules display reversible "on/off" fluorescence in response to cellular pH variations. Using this system, the high-throughput quantification between surface-bound and internalized capsules is demonstrated. This system allows a fundamental study of the interaction between nanoengineered materials and biological systems at a cellular level
Multilayer polyelectrolyte capsules made by layer-by-layer assembly of oppositely charged biodegrada...
A multispectral hybrid nanotransistor consisting of modular fluorescent block copolymers with discre...
© 2015 American Chemical Society. Recently, ratiometric pH nanosensors have emerged as a robust tool...
The ability to determine the amount of material endocytosed by a cell is important for our understan...
Many nanoparticular drug delivery approaches rely on a detailed knowledge of the acidification proce...
We report polymer capsule-based probes for quantifying the pressure exerted by cells during capsule ...
Acidification of eukaryotic cell compartments is accomplished by vacuolar H+-ATPases (V-ATPases), la...
Measurement of changes of pH at various intracellular compartments has potential to solve questions ...
The synthesis of cross-linker free layer-by-layer (LbL) capsules that solely utilize cellular pH var...
The transport of substances across the membrane and into the cell is essential for homeostasis. Whil...
© 2016 Dr. Xi ChenThe interactions between nanostructured materials and biological systems (nano-bio...
Polyelectrolyte multilayer sensor capsules, 5 m in diameter, which contained fluorescein-labeled pol...
PURPOSE: The internalization of nanoparticles into cells is critical for effective nanoparticle medi...
Nanosensors offer the opportunity to measure intracellular domains with minimal chemical or physical...
The ability to determine the amount of material endocytosed by a cell is important for our understan...
Multilayer polyelectrolyte capsules made by layer-by-layer assembly of oppositely charged biodegrada...
A multispectral hybrid nanotransistor consisting of modular fluorescent block copolymers with discre...
© 2015 American Chemical Society. Recently, ratiometric pH nanosensors have emerged as a robust tool...
The ability to determine the amount of material endocytosed by a cell is important for our understan...
Many nanoparticular drug delivery approaches rely on a detailed knowledge of the acidification proce...
We report polymer capsule-based probes for quantifying the pressure exerted by cells during capsule ...
Acidification of eukaryotic cell compartments is accomplished by vacuolar H+-ATPases (V-ATPases), la...
Measurement of changes of pH at various intracellular compartments has potential to solve questions ...
The synthesis of cross-linker free layer-by-layer (LbL) capsules that solely utilize cellular pH var...
The transport of substances across the membrane and into the cell is essential for homeostasis. Whil...
© 2016 Dr. Xi ChenThe interactions between nanostructured materials and biological systems (nano-bio...
Polyelectrolyte multilayer sensor capsules, 5 m in diameter, which contained fluorescein-labeled pol...
PURPOSE: The internalization of nanoparticles into cells is critical for effective nanoparticle medi...
Nanosensors offer the opportunity to measure intracellular domains with minimal chemical or physical...
The ability to determine the amount of material endocytosed by a cell is important for our understan...
Multilayer polyelectrolyte capsules made by layer-by-layer assembly of oppositely charged biodegrada...
A multispectral hybrid nanotransistor consisting of modular fluorescent block copolymers with discre...
© 2015 American Chemical Society. Recently, ratiometric pH nanosensors have emerged as a robust tool...