Supramolecular chemistry – Page 3
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ResearchThis computational chemist is experimentalists’ secret weapon in the hunt for new materials
Kim Jelfs discusses how software development feeds – and needs – collaboration
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![Terphen[3]arene](https://d2cbg94ubxgsnp.cloudfront.net/Pictures/100x67/7/3/6/518736_d2cc00040gf1_733670.jpg)
ResearchSulfonated macrocycle helps the medicine go down
A supramolecular approach makes alkaloid drugs taste less bitter
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ResearchDoubly negative dianions can form π hole bonds too
Researchers report an attractive interaction between two doubly negative dianions for the first time
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ResearchClippanes join rotaxanes and catenanes in mechanically interlocked molecule family
Keck-clip molecules consist of two entangled gold–carbene metallotweezers
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ResearchFirst fundamentally new form of adsorption for more than 90 years driven by molecular machines
Unlike physisorption and chemisorption, the newly discovered ‘mechanisorption’ is an active process that can store energy or chemicals
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ResearchPeptide superstructures speed up Michael reaction
A tripeptide that self-assembles into a supramolecular fibres accelerates an asymmetric benchmark reaction by up to 74%
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ResearchGiant molecular cage protects plastic-eating enzyme
Caged protein withstands temperatures much hotter than its usual melting point and becomes 1000 times more resistant to solvents
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ResearchEnantioselective synthesis of elusive chiral nitrogen compounds discovered by chance
An ‘elegant and simple’ way to make nitrogen stereocentres by supramolecular recognition
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ResearchMolecular light switch speeds up tricky cyclodextrin synthesis
Reaction could lower cost of useful macrocycle
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ResearchGold double helix assembles with DNA-like precision
DNA construction principles create first ever double-helical gold nanocluster assembly
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ResearchMolecular machines talk to living cells for the first time
Artificial molecular motors gently pull on cells’ membrane receptors to trigger a biochemical response
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ResearchAnti-electrostatic halogen bonding shown in solution for the first time
UV-vis spectroscopy and computational analysis explore nature of counterintuitive anionic interaction
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OpinionExploring the potential of nanoarchitectonics
Combining self-assembly techniques from across scientific disciplines could allow us to precisely build any material structure
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ResearchThe hole story of how cage molecules could transform synthesis and separation
Chemists are getting to grips with how to put molecules inside other molecules and how this could protect highly reactive reagents and create enzyme-like catalysts
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Research258-atom endless knot created with thiazole ligands
Closed loop structure resembles Celtic and Buddhist symbols
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ResearchIntricate supramolecular rosette demonstrates power of cooperative interactions
Rosette assembles inside porphyrin nanoring when all components are present
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ResearchChemistry Nobel predictions range from organometallic chemistry to DNA synthesis
Crispr is favoured by chemists while publication analysis forecasts winners working on nanocrystals, organometallic chemistry and supramolecular self-assembly
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ResearchSimple lipid networks combine self-assembly, replication, competition and inhibition
Artificial cells have previously lacked the complexity that is distinct to natural life but scientists are edging closer
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ResearchLargest hollow cage molecule yet made from 1000 atoms
Giant polyoxymetalate cluster contains 240 molybdenum, 740 oxygen and 20 sulfur atoms