The supramolecule can accumulate in the tumour and induce a sustained inhibition of the CSF-1R signalling cascade, resulting in enhanced antitumour efficacy and reduced metastasis in aggressive tumour ...

After a series of tests, the team found that the larger supramolecule is slightly more electron-poor, making it more receptive to receiving electrons needed for photosynthesis.

Researchers have developed a "supramolecule" born of two negatively charged molecules, defying the 250-year-old Coulomb's law. The technique used to create the "supramolecule" could strip sulfate ...

The existence of this structure -- a "supramolecule" with two negatively charged ions -- was once regarded as impossible since it appears to defy a nearly 250-year-old chemical law that has ...

Scientists show how the addition of fullerene-derived carbon materials as catalysts can improve performance, stability, and cost of zinc-air batteries.

This bond has been dubbed a “supramolecule”, and its discovery, with two negatively charged ions coming together, overturns the established laws of chemistry.

This monster of a metallo-supramolecule, made with help from collaborators at Argonne National Laboratory, Ohio University, and many other institutes, measures about 20 nm across (Nat. Chem. 2020 ...

Zinc-air batteries are an inexpensive, powerful battery alternative that can be used on the small scale to power electronics or on the large scale for electric vehicles or energy storage. These ...

The research group hybridized the sugar parts of biological origin to an artificially synthesized self-assembled supramolecule, and succeeded in the construction of a cyborg supramolecule.

A supramolecule, or supermolecule, is an entity created by two or more molecules being held together in a non-covalent bond, the most well-known example being the double helix structure of DNA.

In this study, the joint research team fabricated structurally flexible molecular motors using a supramolecule, and succeeded for the first time in manipulating the rotational direction of the motors.

Previously reported conductive self-healing materials usually need large amounts of inorganic conducting fillers and their self-healing behaviors are only activated under specific external stimuli, ...