This critical review reports on the up-to-date development designs of mesofilters for
molecular sieving of macromolecules. Tight mesoporous silica nanotubes (NTs) provide a …

In order to control the design functionality of mesocylinder filters for molecular sieving of
proteins, we fabricated tight mesocylinder silica nanotube (NT) arrays as promising filter …

Recently, a hybrid mesoporous membrane composed of surfactant-templated mesoporous
silica inside a porous anodic alumina membrane has been developed. Since this membrane …

The separation of proteins into relatively homogeneous groups and sizes is important in
biopharmaceuticals. We developed a simple yet general method for engineering cubic …

Membrane separation technologies are of great interest in industrial processes such as
water purification, gas separation, and materials synthesis. However, commercial filtration …

Large three-dimensional (3D) mesocage structures that have multidirectional pore networks
and uniform openings perpendicular to the longitudinal axis of NTs are of particular interest …

Self-standing mesoporous membranes are prepared by full infiltration of ordered
mesoporous silica precursors into textural macrospaces of frequently used cellulose …

An ideal molecular filtration membranes should be highly permeable and selective, thus
desiring the membranes to be ultrathin, be highly porous, and consists of small and uniform …

A mesoporous membrane composed of nanochannels with a uniform diameter has a
potential use for precise size-exclusive separation of molecules. Here, we report a novel …

Membranes with the ability of molecular/ionic separation offer potential in many processes
ranging from molecular purification/sensing, to nanofluidics and to mimicking biological …