Molecular biology – Page 3
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NewsMachine learning delivers ‘human genome’ moment for proteins
Protein structure prediction tools AlphaFold and RoseTTAFold take the latest steps towards maturity and make their software open source
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ResearchEnigmatic DNA dubbed ‘Borgs’ discovered in methane-metabolising microbes
The large nucleic acid structures may help bacteria play a role in regulating global methane
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ResearchIndividual cell’s energy metabolism caught on camera for the first time
Combining machine learning with fluorescence imaging provides new insight in glycolysis and might help with development of new therapies for cancer
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OpinionOpening up a cellular black box
Working out how biomolecular condensates work may reveal a lot about the success or failure of different drugs
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ResearchQuantum chemical reaction behind birds’ internal compass
Can migratory robins ‘see’ Earth’s magnetic field at night?
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ResearchNew class of biomolecule baffles scientists
GlycoRNAs found across several cell types and organisms
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ResearchChloroplasts enhanced with artificial dyes adsorb more solar energy
AIEgen-modified chloroplasts can adsorb ultraviolet radiation and increase the efficiency of photosynthesis
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ResearchWalking protein’s tiny steps measured with germanium nanospheres
Highest ever resolution measurements suggests answer to kinesin dispute
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NewsOxford University to open antimicrobial research centre after £100m donation from Ineos
Petrochemical giant highlights dangers of antibiotic resistance
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NewsDecoding the virus – what we know about Sars-CoV-2 a year on
Scientists have never learnt so much about a pathogen in such a short time
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FeatureDNA machines get a move on
Devices made from nucleic acids are starting to find their feet, says Nina Notman
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OpinionMargarita Salas: the marquesa of molecular biology
Hayley Bennett celebrates the Spanish biochemist who flourished during the Franco era
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ResearchThe chemical motive for giant pandas’ smelly winter habits
Compounds in fresh manure can desensitise the giant mammals to cold weather
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FeatureHow does a cell know what kind of cell it should be?
Philip Ball investigates how cells use condensed ‘blobs’ to collect the molecules involved in regulating genes
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ResearchDNA voltmeter measures organelles’ electrochemical potential
Real-time electrochemical monitoring holds potential to unravelling inner workings of the cell
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ResearchEntirely new way of sensing iron discovered in bacteria
Novel class of riboswitches can directly and selectively sense iron
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FeatureHow Crispr went from niche to Nobel
Katrina Kramer tells the story of how Emmanuelle Charpentier and Jennifer Doudna developed the gene editing tool that won them the 2020 Nobel prize in chemistry
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NewsExplainer: What is Crispr and why did it win the Nobel prize?
The science behind the prize-winning gene editing tool that could change our lives
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FeatureUnnatural selection in chemical systems
Great strides have been made in the lab with chemical systems that ape life’s behaviour