Macrocyclic structures are common synthetic targets in drug discovery,(1, 2) and therefore,
interest in their study is continuously increasing in this field.(3, 4) A classic example is …

Binaphthyl-based systems have been under extensive investigation during the past years as
sensors, host molecules, asymmetric catalysts, chiral-conjugated polymers, and high …

A series of recently synthesized benzo-and pyridine-substituted macrocyclic diamides were
studied to characterize their abilities as lead ion carriers in PVC membrane electrodes. The …

Two tri-aza macrocycles as diamide derivatives of macrocyclic compounds possess a
hydrophilic cavity surrounded by hydrophobic ring, which enables them to diffuse cell …

Abstract Some dinaphthosulfide aza macrocycles (3–9) were synthesized based on the
conventional route from the reaction of corresponding dinaphthosulfide diester and …

In this research, some new eighteen‐membered‐ring nitrogen‐pivot lariat ethers were
synthesized from a tri‐aza macrocyclic diamide containing dibenzosulfide and a coumarin …

New dinaphthosulfide podands [3 (a, b, and c)] were synthesized. The structures of these
compounds were confirmed by IR, 1H NMR, 13C NMR, and Mass spectra. A simple …

Abstract A new podand of 1, 1′‐thia‐bis‐[1‐(chloroethan‐2‐acetamid‐α‐oxy)] naphtol was
synthesized and used as a suitable carrier for Ag+ PVC membrane electrode. The electrode …

New 2, 2′-thio-bis [4-methyl (2-amino phenoxy) phenyl ether](IV) was synthesized. The
structure of this compound was confirmed on IR, 1H, and 13C NMR data. A simple, efficient …

New dinaphthosulfoxide aza crowns were prepared from the corresponding
dinaphthosulfoxide diester and diamines under reflux conditions (conventional heating) and …