Organic chemistry – Page 34
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ResearchAmerican Civil War era tea yields modern day medicine
Macrocyclisation strategy key to obtaining long known alkaloid with untapped potential
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ResearchAI-invented syntheses are a hit in their lab debut
First proof that routes devised by an algorithm work in practice could make organic chemistry accessible to non-experts
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ResearchAntimalarial plant's chlorophyll catalyses drug synthesis
New ‘green’ method makes malaria-fighting artemisinin’s synthesis faster and cheaper with industrial production planned for 2021
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ResearchEncryption using carbon-13
New technique encrypts materials by altering levels of carbon-13 at regiospecific atoms
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ResearchMechanochemistry first as reaction driven by pressure
A redox reaction triggered by squeezing a crystal results in the ejection of copper nanoparticles
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ResearchSix degrees of chemical separation
Network analysis provides insight into navigating chemical space
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ResearchMachine learning triumphs in tough cross coupling challenge
5000 nanoscale experiments teach algorithm how to predict outcomes of reactions in the presence of inhibitors
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ResearchCarbyne equivalents fire up carbon–carbon bond formation
‘Easy-to-make’ reagent adds a wide variety of functional groups to aromatic rings
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ResearchUnpicking a unique molecular network
Computational modelling informs self-assembly solution
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OpinionKetones perform at the palladium
C–H activation takes the stress out of organometallic couplings
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NewsWanted: synthetic chemists (humans need not apply)
Automation could free chemists from tedious lab work – if they’re ready to think differently about research
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Research‘Ikea reactionware’ promises to democratise organic chemistry
3D-printed modular reactor that ‘a child could use’ makes a drug in 40 hours
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ResearchCall for chemists to stop ignoring quantum tunnelling
Deeper insights into reactions and how to build artificial enzymes could await those who come to terms with quantum phenomenon
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FeatureCan we control reactions with electric fields?
Think beyond the hot plate and stirrer – the consequences could be revolutionary, says Joshua Howgego
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ResearchTheory vindicated as infrared laser drives up reaction's speed by 24%
Reaction efficiency could be improved by exploiting vibrational excitation