In the present review we summarize different strategies to induce DNA compaction and decompaction. DNA compaction is achieved using different cationic co-solutes, such as trivalent ions, surfactant, and polycations. In addition, single-chained DNA compaction can also be achieved in solvents with low dielectric constants and by confinement. The decompaction strategies depend, naturally, on the method used for the compaction and can be accomplished by, for example, heparins, cyclodextrins, non-ionic or anionic surfactants
It is well known that the interaction of polyelectrolytes with oppositely charged surfactants leads ...
DNA shows strong interactions with cationic cosolutes and these have both biological and technologic...
It is well known that the interaction of polyelectrolytes with oppositely charged surfactants leads ...
A multifaceted study on the interaction of the cationic surfactant CTAB with calf thymus DNA was car...
DNA conformation is strongly dependent on the valence of counterions in solution, and a valence of a...
There is an increasing interest in achieving gene regulation in biotechnological and biomedical appl...
There is an increasing interest in achieving gene regulation in biotechnological and biomedical appl...
Recent investigations-of the interaction between DNA and alkyltrimethyl ammonium bromides of various...
Compaction of DNA by nonbinding macromolecules such as uncharged flexible polymer chains and negativ...
Fluorescence microscopy was used to investigate the conformational changes of individual T4 DNA mole...
DNA compaction is the collapse of long DNA chains into well-organized condensates of complex, hierar...
The studies described in this thesis forms part of a larger collaborative project, Neonuclei, with t...
Recent investigations of the DNA interactions with cationic surfactants and catanionic Mixtures are ...
The effect of cationic surfactant on the compaction of DNA both in bulk solution and on polystyrene ...
The dissociation of DNA-cationic surfactant complexes with the addition of a negative amphiphile was...
It is well known that the interaction of polyelectrolytes with oppositely charged surfactants leads ...
DNA shows strong interactions with cationic cosolutes and these have both biological and technologic...
It is well known that the interaction of polyelectrolytes with oppositely charged surfactants leads ...
A multifaceted study on the interaction of the cationic surfactant CTAB with calf thymus DNA was car...
DNA conformation is strongly dependent on the valence of counterions in solution, and a valence of a...
There is an increasing interest in achieving gene regulation in biotechnological and biomedical appl...
There is an increasing interest in achieving gene regulation in biotechnological and biomedical appl...
Recent investigations-of the interaction between DNA and alkyltrimethyl ammonium bromides of various...
Compaction of DNA by nonbinding macromolecules such as uncharged flexible polymer chains and negativ...
Fluorescence microscopy was used to investigate the conformational changes of individual T4 DNA mole...
DNA compaction is the collapse of long DNA chains into well-organized condensates of complex, hierar...
The studies described in this thesis forms part of a larger collaborative project, Neonuclei, with t...
Recent investigations of the DNA interactions with cationic surfactants and catanionic Mixtures are ...
The effect of cationic surfactant on the compaction of DNA both in bulk solution and on polystyrene ...
The dissociation of DNA-cationic surfactant complexes with the addition of a negative amphiphile was...
It is well known that the interaction of polyelectrolytes with oppositely charged surfactants leads ...
DNA shows strong interactions with cationic cosolutes and these have both biological and technologic...
It is well known that the interaction of polyelectrolytes with oppositely charged surfactants leads ...