5siWe investigate the impact of an over-looked component on molecular recognition in water–buffer. The binding of a cationic dye to biological polyanion heparin is shown by isothermal calorimetry to depend on buffer (Tris–HCl 4 HEPES 4 PBS). The heparin binding of selfassembled multivalent (SAMul) cationic micelles is even more buffer dependent. Multivalent electrostatic molecular recognition is buffer dependent as a result of competitive interactions between the cationic binding interface and anions present in the buffer.reservedmixedRodrigo, Ana C.; Laurini, Erik; Vieira, Vânia M. P.; Pricl, Sabrina; Smith, David K.Rodrigo, Ana C.; Laurini, Erik; Vieira, Vânia M. P.; Pricl, Sabrina; Smith, David K
Understanding non-covalent molecular recognition events at biomembrane interfaces is important in bi...
We present a thermodynamic study of the interaction of synthetic, linear polyelectrolytes with bovin...
AbstractDue to thermal motion and molecular polarizability, electrical interactions in biological sy...
We investigate the impact of an over-looked component on molecular recognition in water–buffer. The ...
Although buffer-specific effects on molecular recognition are known in biological science, they rema...
This paper reports that modifying the ligands in self-assembled multivalent (SAMul) displays has an ...
This paper reports that modifying the ligands in self-assembled multivalent (SAMul) displays has an ...
This paper reports that modifying the ligands in self-assembled multivalent (SAMul) displays has an ...
This paper reports a small family of cationic surfactants designed to bind polyanions such as DNA an...
This paper reports a small family of cationic surfactants designed to bind polyanions such as DNA an...
5Biology is dominated by polyanions (cell membranes, nucleic acids, and polysaccharides just to name...
Knowledge of DNA - lipid layer interactions is key for the development of biosensors, synthetic nano...
The effect of univalent electrolyte concentration on protein-polyelectrolyte complex formation has b...
The interactions between synthetic affinity agents and biomacromolecules are reported to be due to t...
Identifying the mechanisms of interactions of nanoparticles (NPs) with biological interfaces (e.g., ...
Understanding non-covalent molecular recognition events at biomembrane interfaces is important in bi...
We present a thermodynamic study of the interaction of synthetic, linear polyelectrolytes with bovin...
AbstractDue to thermal motion and molecular polarizability, electrical interactions in biological sy...
We investigate the impact of an over-looked component on molecular recognition in water–buffer. The ...
Although buffer-specific effects on molecular recognition are known in biological science, they rema...
This paper reports that modifying the ligands in self-assembled multivalent (SAMul) displays has an ...
This paper reports that modifying the ligands in self-assembled multivalent (SAMul) displays has an ...
This paper reports that modifying the ligands in self-assembled multivalent (SAMul) displays has an ...
This paper reports a small family of cationic surfactants designed to bind polyanions such as DNA an...
This paper reports a small family of cationic surfactants designed to bind polyanions such as DNA an...
5Biology is dominated by polyanions (cell membranes, nucleic acids, and polysaccharides just to name...
Knowledge of DNA - lipid layer interactions is key for the development of biosensors, synthetic nano...
The effect of univalent electrolyte concentration on protein-polyelectrolyte complex formation has b...
The interactions between synthetic affinity agents and biomacromolecules are reported to be due to t...
Identifying the mechanisms of interactions of nanoparticles (NPs) with biological interfaces (e.g., ...
Understanding non-covalent molecular recognition events at biomembrane interfaces is important in bi...
We present a thermodynamic study of the interaction of synthetic, linear polyelectrolytes with bovin...
AbstractDue to thermal motion and molecular polarizability, electrical interactions in biological sy...