In the presence of calcium, DNA and unilamellar liposomes of the zwitterionic lipid DPPC form a complex in which DNA strands are embedded between a lamellar phase of DPPC. In some complexes, in-plane alignment of the DNA strands occurs, where a DNA-DNA interaxial distance can be measured using small-angle X-ray scattering. Here we report a higher level of DNA organization, with a rectangular columnar phase of DNA identified within this complex structure. This observation is important in view of recent interests in creating new synthetic systems at the interface of biology
AbstractThe inverted micellar phase, obtained by treating lecithin and Ca2+-DNA complex with chlorof...
We report the first observation of an inverted hexagonal phase of phospholipid- DNA-metal complexes...
Using simultaneous synchrotron small- and wide-angle X-ray diffraction (SWAXD), we investigated the ...
In the presence of calcium, DNA and unilamellar liposomes of the zwitterionic lipid DPPC form a comp...
The structure of a complex between hydrated DNA and a non-cationic lipid is studied, including its p...
The structure of a complex between hydrated DNA and a non-cationic lipid is studied, including its p...
In the presence of DNA and calcium, multilamellar liposomes of DPPC when in excess form complexes in...
Reported here is the thermotropic behavior of cationic gemini/phospholipid/DNA complexes investigate...
International audienceThe structure of complexes made from DNA and suitable lipids (lipoplex, Lx) wa...
We study the effect of the soft confinement by fluid lipid bilayers on the spatial organisation of D...
The structure of a complex formed from DNA, calcium, and DPPC has been studied by small-angle X-ray ...
The structure of complexes made from DNA and suitable lipids (Lx), and designed for gene transfer wa...
Using synchrotron small angle X-ray scattering and energy dispersive X-ray diffraction, we have foun...
We report the first observation of an inverted hexagonal phase of phospholipid-DNA-metal complexes. ...
AbstractCryoelectron microscopy has been used to study the reorganization of unilamellar cationic li...
AbstractThe inverted micellar phase, obtained by treating lecithin and Ca2+-DNA complex with chlorof...
We report the first observation of an inverted hexagonal phase of phospholipid- DNA-metal complexes...
Using simultaneous synchrotron small- and wide-angle X-ray diffraction (SWAXD), we investigated the ...
In the presence of calcium, DNA and unilamellar liposomes of the zwitterionic lipid DPPC form a comp...
The structure of a complex between hydrated DNA and a non-cationic lipid is studied, including its p...
The structure of a complex between hydrated DNA and a non-cationic lipid is studied, including its p...
In the presence of DNA and calcium, multilamellar liposomes of DPPC when in excess form complexes in...
Reported here is the thermotropic behavior of cationic gemini/phospholipid/DNA complexes investigate...
International audienceThe structure of complexes made from DNA and suitable lipids (lipoplex, Lx) wa...
We study the effect of the soft confinement by fluid lipid bilayers on the spatial organisation of D...
The structure of a complex formed from DNA, calcium, and DPPC has been studied by small-angle X-ray ...
The structure of complexes made from DNA and suitable lipids (Lx), and designed for gene transfer wa...
Using synchrotron small angle X-ray scattering and energy dispersive X-ray diffraction, we have foun...
We report the first observation of an inverted hexagonal phase of phospholipid-DNA-metal complexes. ...
AbstractCryoelectron microscopy has been used to study the reorganization of unilamellar cationic li...
AbstractThe inverted micellar phase, obtained by treating lecithin and Ca2+-DNA complex with chlorof...
We report the first observation of an inverted hexagonal phase of phospholipid- DNA-metal complexes...
Using simultaneous synchrotron small- and wide-angle X-ray diffraction (SWAXD), we investigated the ...