Hydrogen-bonded porous frameworks (HPFs) are versatile porous crystalline frameworks
with diverse applications. However, designing chiral assemblies or biocompatible materials …

Peptide-derived metal–organic frameworks (PMOFs) have emerged as a class of biomimetic
materials with attractive performances in analytical and bioanalytical chemistry. The …

Though thiols are exceptionally versatile, their high reactivity has also hindered the
synthesis and characterization of well-defined thiol-containing porous materials. Leveraging …

The rational synthesis of advanced porous materials that mimic the behaviours of biological
proteins remains challenging. Now, a distinct type of crystalline porous peptide framework …

The self-assembly of metal-organic cages enables the rapid creation of atomically defined,
three-dimensional, nanoscale architectures reminiscent of proteins. However, existing metal …

Peptide-based frameworks aim to integrate protein architecture into solid-state materials
using simpler building blocks. Despite the growing number of peptide frameworks, there are …

Contemporary medicine has been confronted by multidrug resistance. Therefore, new
antibiotics are sought to alleviate the problem. In this study, we estimated the effect of the …

We report herein a porous supramolecular framework formed by a linear mononuclear Au (I)
complex (1) via the tongue-and-groove-like joinery between the pentiptycene U-cavities …

Supramolecular materials derived from the self-assembly of engineered molecules continue
to garner tremendous scientific and technological interest. Recent innovations include the …

Porous framework materials are highly useful for catalysis, adsorption, and separations.
Though they are usually made from inorganic and organic building blocks, recently, folded …