AbstractA fingerprint-like pattern across multilamellar, lipid-DNA complexes is attributed to DNA condensed as parallel helices between lipid bilayers. It is argued that the patterning indicates the existence of 3-D correlation forces between DNA-covered bilayers, following the DNA-driven formation of multilamellar liposomes from unilamellar vesicles
AbstractCationic lipids (CLs) have found widespread use as nonviral gene carriers (vectors), includi...
AbstractThe presence of EDTA in the suspending buffer can induce the formation of multilayer structu...
AbstractTo better understand the structures formed by the interaction of cationic lipids with DNA, w...
AbstractA fingerprint-like pattern across multilamellar, lipid-DNA complexes is attributed to DNA co...
AbstractCryoelectron microscopy has been used to study the reorganization of unilamellar cationic li...
Cryoelectron microscopy has been used to study the reorganization of unilamellar cationic lipid vesi...
Studies of DNA complexes with cationic liposomes are prompted by the search for nonviral DNA carrier...
AbstractStructures formed during interaction of cationic liposomes and plasmid DNA were studied by f...
AbstractThe association structures formed by cationic liposomes and DNA-plasmids have been successfu...
International audienceThe structure of complexes made from DNA and suitable lipids (lipoplex, Lx) wa...
AbstractDNA complexes with cationic lipids promise to be versatile and effective synthetic transfect...
The self-assembling of cationic liposomes (CLs) and DNA can give rise to a variety of nanostructures...
Multivalent interactions between deformable mesoscopic units are ubiquitous in biology, where membra...
AbstractCationic lipids (CLs) are being increasingly exploited as transfection vectors for the deliv...
DNA−cationic liposome complexes as possible vehicles for gene delivery is currently an important iss...
AbstractCationic lipids (CLs) have found widespread use as nonviral gene carriers (vectors), includi...
AbstractThe presence of EDTA in the suspending buffer can induce the formation of multilayer structu...
AbstractTo better understand the structures formed by the interaction of cationic lipids with DNA, w...
AbstractA fingerprint-like pattern across multilamellar, lipid-DNA complexes is attributed to DNA co...
AbstractCryoelectron microscopy has been used to study the reorganization of unilamellar cationic li...
Cryoelectron microscopy has been used to study the reorganization of unilamellar cationic lipid vesi...
Studies of DNA complexes with cationic liposomes are prompted by the search for nonviral DNA carrier...
AbstractStructures formed during interaction of cationic liposomes and plasmid DNA were studied by f...
AbstractThe association structures formed by cationic liposomes and DNA-plasmids have been successfu...
International audienceThe structure of complexes made from DNA and suitable lipids (lipoplex, Lx) wa...
AbstractDNA complexes with cationic lipids promise to be versatile and effective synthetic transfect...
The self-assembling of cationic liposomes (CLs) and DNA can give rise to a variety of nanostructures...
Multivalent interactions between deformable mesoscopic units are ubiquitous in biology, where membra...
AbstractCationic lipids (CLs) are being increasingly exploited as transfection vectors for the deliv...
DNA−cationic liposome complexes as possible vehicles for gene delivery is currently an important iss...
AbstractCationic lipids (CLs) have found widespread use as nonviral gene carriers (vectors), includi...
AbstractThe presence of EDTA in the suspending buffer can induce the formation of multilayer structu...
AbstractTo better understand the structures formed by the interaction of cationic lipids with DNA, w...