The team found that the trefoil perplexane is remarkably soluble in hexane, even though its building block is insoluble.

Aromaticity can be assessed by various aromatic criteria ... local aromaticity of PCHs by virtue of superatomic Lewis structures, and molecular orbitals and chemical bonding analyses verify ...

Aromatic compounds—substances with flat, ring-shaped structures made up of carbon atoms—play an important role in organic chemistry. Among other things, they serve as solvents or feedstock for ...

Over the last two decades, new water-soluble monocyclic aromatic (MA ... different functional groups were synthesized. The molecular structure of the MA polymers was characterized by gel ...

Saito’s work “appears to be the first σ and π doubly aromatic compound ... Boldyrev thinks the molecule could help chemists understand bonding, structure, and stability in other molecules ...

While molecules with a single cavity have been extensively studied in solution, the solution state functions of polycavity ...

However, an aromatic molecule is a stable hydrocarbon ... it's not possible to supply heat without harming surrounding structures, such as body tissue. It should, however, be possible to supply ...

The triple-decker structure displayed aromatic characteristics, unlike its norcorrole subunits. The researchers then fabricated a molecule containing two antiaromatic norcorrole units linked by a ...

Further structure-guided mutagenesis ... molecular basis of enzyme promiscuity. The molecular mechanism of the multiple-site prenylations on the aromatic rings that led to AtaPT's product ...

a) The pi-electron orbit and Mobius loop in 4n organic compounds with Mobius aromatic properties. b) Structure of the ring-shaped molecule ([28] hexaphyrin) which displays stability because of its ...