Inverse bicontinuous cubic (Q(II)) phases are nanostructured materials formed by lipid self-assembly. We have successfully imaged thin films of hydrated Q(II) phases from two different systems using AFM. The images show periodic arrays of water channels with spacing and symmetry consistent with published SAXS data on the bulk materials
Future nanoscale soft matter design will be driven by the biological paradigms of hierarchical self-...
A macroscopically oriented double diamond inverse bicontinuous cubic phase (QIID) of the lipid glyce...
Mesoporous metal structures featuring a bicontinuous cubic morphology have a wide range of potential...
ABSTRACT: We demonstrate the formation of a macro-scopically oriented inverse bicontinuous cubic (QI...
The mechanical response of lipid membranes to nanoscale deformations is of fundamental importance fo...
We demonstrate the formation of a macroscopically oriented inverse bicontinuous cubic (QII) lipid ...
We demonstrate a method by which we can produce an oriented film of an inverse bicontinuous cubic ph...
Biological amphiphiles, such as the lipids that make up the fabric of the cell membrane, can self-as...
This paper describes time-resolved x-ray diffraction data monitoring the transformation of one inver...
The bicontinuous lipidic cubic phase (LCP), which is based on the fundamental structure of the lipid...
We demonstrate the formation of a macroscopically oriented inverse bicontinuous cubic (QII) lipid ph...
Lipid bicontinuous cubic phases have attracted enormous interest as bio-compatible scaffolds for use...
A macroscopically oriented inverse hexagonal phase (HII) of the lipid phytantriol in water is conver...
Inverse bicontinuous cubic phases with two aqueous network domains separated by a smooth bilayer are...
The bicontinuous lipidic cubic phase (LCP), which is based on the fundamental structure of the lipid...
Future nanoscale soft matter design will be driven by the biological paradigms of hierarchical self-...
A macroscopically oriented double diamond inverse bicontinuous cubic phase (QIID) of the lipid glyce...
Mesoporous metal structures featuring a bicontinuous cubic morphology have a wide range of potential...
ABSTRACT: We demonstrate the formation of a macro-scopically oriented inverse bicontinuous cubic (QI...
The mechanical response of lipid membranes to nanoscale deformations is of fundamental importance fo...
We demonstrate the formation of a macroscopically oriented inverse bicontinuous cubic (QII) lipid ...
We demonstrate a method by which we can produce an oriented film of an inverse bicontinuous cubic ph...
Biological amphiphiles, such as the lipids that make up the fabric of the cell membrane, can self-as...
This paper describes time-resolved x-ray diffraction data monitoring the transformation of one inver...
The bicontinuous lipidic cubic phase (LCP), which is based on the fundamental structure of the lipid...
We demonstrate the formation of a macroscopically oriented inverse bicontinuous cubic (QII) lipid ph...
Lipid bicontinuous cubic phases have attracted enormous interest as bio-compatible scaffolds for use...
A macroscopically oriented inverse hexagonal phase (HII) of the lipid phytantriol in water is conver...
Inverse bicontinuous cubic phases with two aqueous network domains separated by a smooth bilayer are...
The bicontinuous lipidic cubic phase (LCP), which is based on the fundamental structure of the lipid...
Future nanoscale soft matter design will be driven by the biological paradigms of hierarchical self-...
A macroscopically oriented double diamond inverse bicontinuous cubic phase (QIID) of the lipid glyce...
Mesoporous metal structures featuring a bicontinuous cubic morphology have a wide range of potential...