The interaction between two stiff parallel DNA molecules depends not only on the distance between their axes but also on their azimuthal orientation. The positional and orientational order in columnar B -DNA assemblies in solution is investigated, on the basis of the electrostatic pair potential that takes into account DNA helical symmetry and the amount and distribution of adsorbed counterions. A phase diagram obtained by lattice sums predicts a variety of positionally and azimuthally ordered phases and bundling transitions strongly depending on the counterion adsorption patterns
We have recently shown that solutions of very short double-stranded B-DNA and A-RNA, down to six ba...
DNA and certain species of cationic and neutral lipids self-assemble into lamellar complexes when mi...
DNA and certain species of cationic and neutral lipids self-assemble into lamellar complexes when mi...
AbstractThe interaction between two stiff parallel DNA molecules is discussed using linear Debye-Hüc...
AbstractThe interaction between two stiff parallel DNA molecules is discussed using linear Debye-Hüc...
Spontaneous pairing of homologous DNA sequences – a challenging subject in molecular biophysics, oft...
Short cylinder-like DNA duplexes, comprising 6 to 20 base pairs, self-assemble into semi-flexible ch...
We demonstrate that topographic confinement in micro-channels can produce aligned domains of the col...
International audienceWe describe the new type of liquid-crystalline state which is stabilized in co...
Densely packed DNA arrays exhibit hexagonal and orthorhombic local packings, as well as a weakly fir...
The effective DNA–DNA interaction force is calculated by computer simulations with explicit tetraval...
Densely packed DNA arrays exhibit hexagonal and orthorhombic local packings, as well as a weakly fir...
In the presence of calcium, DNA and unilamellar liposomes of the zwitterionic lipid DPPC form a comp...
In the presence of calcium, DNA and unilamellar liposomes of the zwitterionic lipid DPPC form a comp...
In the presence of calcium, DNA and unilamellar liposomes of the zwitterionic lipid DPPC form a comp...
We have recently shown that solutions of very short double-stranded B-DNA and A-RNA, down to six ba...
DNA and certain species of cationic and neutral lipids self-assemble into lamellar complexes when mi...
DNA and certain species of cationic and neutral lipids self-assemble into lamellar complexes when mi...
AbstractThe interaction between two stiff parallel DNA molecules is discussed using linear Debye-Hüc...
AbstractThe interaction between two stiff parallel DNA molecules is discussed using linear Debye-Hüc...
Spontaneous pairing of homologous DNA sequences – a challenging subject in molecular biophysics, oft...
Short cylinder-like DNA duplexes, comprising 6 to 20 base pairs, self-assemble into semi-flexible ch...
We demonstrate that topographic confinement in micro-channels can produce aligned domains of the col...
International audienceWe describe the new type of liquid-crystalline state which is stabilized in co...
Densely packed DNA arrays exhibit hexagonal and orthorhombic local packings, as well as a weakly fir...
The effective DNA–DNA interaction force is calculated by computer simulations with explicit tetraval...
Densely packed DNA arrays exhibit hexagonal and orthorhombic local packings, as well as a weakly fir...
In the presence of calcium, DNA and unilamellar liposomes of the zwitterionic lipid DPPC form a comp...
In the presence of calcium, DNA and unilamellar liposomes of the zwitterionic lipid DPPC form a comp...
In the presence of calcium, DNA and unilamellar liposomes of the zwitterionic lipid DPPC form a comp...
We have recently shown that solutions of very short double-stranded B-DNA and A-RNA, down to six ba...
DNA and certain species of cationic and neutral lipids self-assemble into lamellar complexes when mi...
DNA and certain species of cationic and neutral lipids self-assemble into lamellar complexes when mi...