The study of artificial receptor molecules with the intention to mimic enzyme–substrate
binding processes and catalysis in nature has always been a traditional area of research in …

DNA tweezers have emerged as powerful devices for a wide range of biochemical and
sensing applications; however, most DNA tweezers consist of single units activated by DNA …

In this paper we report the binding properties, by combined 1H NMR, optical absorption, and
fluorescence studies, of a molecular tweezer composed of two Zn (salen)-type Schiff-base …

The quantitative double self-sorting between the three-component rectangle [Cu 4 (1) 2 (2)
2] 4+ and the four-component sandwich complex [Cu 2 (1)(2)(4)] 2+ is triggered by inclusion …

Here, we synthesize tripodal tweezer molecule which have cyanuric acid in the center,
propylene as a linker and pthalimide hetrocycle as terminal for conformational applications …

Naphthalene diimides (NDIs) are shown to arrange spontaneously co-facially with cucurbit
[8] uril (CB [8]) in an aqueous environment through purely non-covalent interactions. The …

In this study, the synthesis of novel three molecular cages based on bis‐structure of 8, 16‐
methano‐16H‐dinaphtho [2, 1‐d: 1', 2'‐g][1, 3] dioxocine (DNDO) is reported. The linkers …

Recently identified as another form of cooperativity, interannular cooperativity is rarely
observed in supramolecular chemistry. A tetra‐porphyrin molecular tweezer with two bis …

This study introduces new triazole-linked host compounds, which have been synthesized
from 7, 8-dioxa-bisnaphthalene and 7, 8-dioxa [6] helicenes. These compounds have …

Chiral zirconium (IV) double cage sandwich complex Zr (1) 2 has been synthesized in one
step from porphyrin cage H21. Zr (1) 2 was obtained as a racemate, which was resolved by …