Synthetic molecular connectors assemble proteins into precise 3D structures
Artificial foldamers bind proteins with high precision, enabling rings, networks and porous architectures that could serve as building blocks for new materials.
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Artificial foldamers bind proteins with high precision, enabling rings, networks and porous architectures that could serve as building blocks for new materials.
Long polymer chains are among the hidden structures that shape the modern world. They give plastics their strength, help biological materials organize themselves, and form the mole...
A new molecular design strategy is bringing two traditionally separate worlds of chemistry together: proteins, nature’s highly evolved molecular machines, and foldamers, synthetic...
An international team of chemists at Saarland University has shattered long-standing beliefs in inorganic chemistry by successfully synthesizing a novel ferrocenophane molecule fea...
by Ivan L. A. Spirandelli, Arnur Nigmetov, Dmitriy Morozov, Myfanwy E. Evans The simulated assembly of molecular building blocks into functional complexes is central to computatio...
Chemically powered nanomachines synthesize and weave DNA into complex networks, opening a path toward programmable materials that behave more like living systems.
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