Chiral transcription and recognition play essential roles in analysis, separation, and
production of chiral materials. In the past decade, chiral transcription has been utilized to …

Fabrication of chiral materials and revealing the mechanisms involved in their formation are
crucial issues in scientific research. The combination of cooperative self-assembly routes …

Chiral ordered mesoporous silica has been synthesized by using a chiral surfactant (N‐
myristoyl‐L‐alanine sodium salt) as a template, 3‐aminopropyltriethoxysilane as a co …

Antipodal twisted helical ribbons with lamellar bilayer structure were obtained by self‐
assembly of chiral amphiphilic molecules in water and water/ethanol. The handedness …

Chirality is an important topic both in fundamental research and for practical applications in
fields as diverse as biology, functional materials, fine chemistry, and pharmacy. Some …

Using lipids (N‐acyl amino acids) and 3‐aminopropyltriethoxysilane as structure‐and co‐
structure‐directing agents, mesoporous silicas with four different morphologies, that is …

Chiral ordered mesoporous silica (COMS) was synthesized in basic media by combining
tetraethyl orthosilicate and quaternized aminosilane (with a templating role) silica sources …

The formation of chiral porous materials is an on-going quest because of the numerous
applications of such materials in separation science, chiral catalysis, and in pharmaceutics …

Chiral resolution using non‐functionalized mesoporous particles is demonstrated for a
variety of enantiomeric pairs. This is achieved through the use of supramolecular templated …

Chirality is widespread in natural systems, and artificial reproduction of chiral recognition is
a major scientific challenge, especially owing to various potential applications ranging from …