Tag: Supramolecular chemistry
-
Chiral Chemical Fuels Drive Two Distinct Supramolecular Self-Assemblies
Chiral fuels, two paths of self-assembly Self-assembly is a cornerstone of chemistry and biology, guiding how molecules organize into larger structures without external scaffolds. From everyday materials to complex cellular machinery, triggers such as light, temperature, pH, and chemical stimuli can steer these processes. A recent study from researchers at the University of Freiburg reveals…
-
Chiral Chemical Fuels Trigger Two Very Different Supramolecular Self-Assemblies
Introduction: A new trigger for life-like self-assembly Self-assembly is a fundamental process where molecules organize into larger structures in response to a variety of stimuli. Traditionally, light, temperature, pH and chemical cues have been used to steer these formations. A team of researchers has now demonstrated that chemical fuels themselves—specifically chiral acylating agents—can drive peptides…
-
Chiral Chemical Fuels Drive Dual Supramolecular Assemblies
Chiral fuels steer divergent self-assembly pathways Researchers have unveiled that chemical fuels with handedness can dictate how molecules assemble into distinct supramolecular structures. This finding adds a new lever to the growing field of energy-driven self-assembly, where stimuli such as light, temperature, pH—and now chemical chirality—steer the formation and behavior of complex nano- and micro-scale…
-
UNSW Clinches 2025 RACI National Chemistry Awards Victory
UNSW celebrates two top honours at the 2025 RACI National Awards Universities often make headlines for groundbreaking discoveries, but this year UNSW Sydney is making news for what it calls a “chemistry is life” moment. Two researchers from the School of Chemistry in UNSW Science were recognised at the Royal Australian Chemical Institute (RACI) National…