All ligands articles
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ResearchEnzyme-inspired ligand distinguishes between simple alkyl groups
Designer ligand creates active site-like pocket for asymmetric radical reaction
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ResearchNeural network boosts chiral ligand design
System trained on small dataset to optimise Negishi cross-coupling reaction
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ResearchN-heterocyclic carbene ligands bulk up to better stabilise metal catalysts
New family of molecules has highest steric volume reported to date for N-aliphatic NHC ligands
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ArticleNext-generation ligands for complex coupling challenges
Improving phosphines for metal catalysis can deliver more efficient and sustainable syntheses
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ResearchUnsupervised machine-learning tool could accelerate catalyst discovery
The approach was able to identify phosphine ligands that may form dinuclear palladium(I) complexes using only five experimental data points
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ArticleIn conversation with YPhos ligand pioneer, Viktoria Gessner
YPhos ligands, invented by the Gessner Research Group, represent the latest step forward in phosphine ligand technology. Find out more in this exclusive interview with group leader Viktoria Gessner
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Research258-atom endless knot created with thiazole ligands
Closed loop structure resembles Celtic and Buddhist symbols
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ResearchNew type of bond is the first to defy actinide contraction trend
Bonds discovered in metallacycles are unique to the 5f elements
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ResearchTargeted nanoparticles swell-up to kill cancer cells
Nanoparticles covered with charged ligands can kill errant cancer cells but leave normal cells unharmed
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ResearchA whole new world for barium, including first ever non-ionic barium fluoride
Ligand tames barium, making precursor to first barium–tin and first molecular barium–fluorine bond
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ResearchCar exhaust fumes could be used to clean up the recovery of metals
Process could make carbon capture cheaper by providing a use for trapped CO2
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ResearchNew ligand removes uranium from bones
A treatment that mops up uranium in the bones and kidneys of mice could help humans exposed to radiation
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ResearchAutomated exploration of chemical space finds two new reactions
Synthetic chemists hit on undiscovered reactions by processing data from a high throughput screen of tens of thousands of potential products
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ResearchGiant ‘supersnowflakes’ start to lay
Self-assembled supramolecular structures overcome previous limitations
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ResearchRecord polyhedron boosts molecular self-assembly
New supramolecular system shape found by chance inspires improved design principle
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