A family of conjugated fluorescent polymers was used to create an array for cell sensing. Fluorescent conjugated polymers with pendant charged residues provided multivalent interactions with cell membranes, allowing the detection of subtle differences between different cell types on the basis of cell surface features. Highly reproducible characteristic patterns were obtained from different cell types as well as from isogenic cell lines, enabling the identification of the cell type as well differentiating between normal, cancerous, and metastatic isogenic cell types with high accuracy
A procedure is described for the disaggregation of colorectal cancers (CRC) and normal intestinal mu...
Biological systems interact with artificial polymeric materials in a complex, multistage, and iterat...
A one-component array-based sensor consisting of a dansyl-modified polylysine (PLL-Dnc) is capable o...
Rapid and effective differentiation between normal and cancer cells is an important challenge for th...
© 2016 American Chemical Society.Supramolecular complexes of a family of positively charged conjugat...
Stem-like cancer cells possess intrinsic features and their CD44 regulate redox balance in cancer ce...
The discrimination of the type of cancer cells remains challenging due to the subtle differences in ...
Using water-soluble, fluorescent, flexible polymers, we have devised a novel methodology for identif...
A Micropallet-Array-based strategy allowing the identification of cells of defined phenotype in comp...
The field of personalized medicine is focused on gathering information at a pre-translational level....
Optical cross-reactive sensor arrays inspired by the mammalian olfactory system that can realize str...
A sensor array comprising six functionalized poly(p-phenyleneethynylene) polymers was constructed an...
A cell is the smallest functional unit of life. All forms of life rely on cellular processes to main...
Conjugated polyelectrolyte-antibody hybrid materials promise to enhance the utility of conjugated po...
International audienceFluorescent polymer nanoparticles for long-term labeling and tracking of livin...
A procedure is described for the disaggregation of colorectal cancers (CRC) and normal intestinal mu...
Biological systems interact with artificial polymeric materials in a complex, multistage, and iterat...
A one-component array-based sensor consisting of a dansyl-modified polylysine (PLL-Dnc) is capable o...
Rapid and effective differentiation between normal and cancer cells is an important challenge for th...
© 2016 American Chemical Society.Supramolecular complexes of a family of positively charged conjugat...
Stem-like cancer cells possess intrinsic features and their CD44 regulate redox balance in cancer ce...
The discrimination of the type of cancer cells remains challenging due to the subtle differences in ...
Using water-soluble, fluorescent, flexible polymers, we have devised a novel methodology for identif...
A Micropallet-Array-based strategy allowing the identification of cells of defined phenotype in comp...
The field of personalized medicine is focused on gathering information at a pre-translational level....
Optical cross-reactive sensor arrays inspired by the mammalian olfactory system that can realize str...
A sensor array comprising six functionalized poly(p-phenyleneethynylene) polymers was constructed an...
A cell is the smallest functional unit of life. All forms of life rely on cellular processes to main...
Conjugated polyelectrolyte-antibody hybrid materials promise to enhance the utility of conjugated po...
International audienceFluorescent polymer nanoparticles for long-term labeling and tracking of livin...
A procedure is described for the disaggregation of colorectal cancers (CRC) and normal intestinal mu...
Biological systems interact with artificial polymeric materials in a complex, multistage, and iterat...
A one-component array-based sensor consisting of a dansyl-modified polylysine (PLL-Dnc) is capable o...