Spike protein analysis explains faster spread of SARS-CoV-2 variants
Using cryo-electron microscopy, researchers have imaged how the SARS-CoV-2 Spike protein changes with the D614G mutation to enable faster spread of infection.
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Using cryo-electron microscopy, researchers have imaged how the SARS-CoV-2 Spike protein changes with the D614G mutation to enable faster spread of infection.
A large number of nanorobots in the bladders of mice have been visualised to reveal their movement and behaviour.
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A team has developed nanolitre cell assays on droplet microarrays to enable pharmacodynamic monitoring in live cells.
An artificial intelligence platform has been created to enable tens of thousands of microscopy images to be generated in an hour.
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Using X-ray crystallography and simulations, researchers have shown that APT2 is a hybrid between a lipid carrier protein and a hydrolase.
Researchers have produced the first 3D image of the Mediator-bound pre-initiation complex, key in the regulation of gene expression.
A new imaging technique for photoreceptors has been developed by selectively blocking light used to observe the eye.
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A spectroscopic microscope has been developed by researchers to gather data on biological conformations faster and more accurately.
Using X-ray crystallography and cryo-electron microscopy, researchers have elucidated the structure of the SARM1 protein, a target for neurodegeneration.
A team of researchers have used microscopy techniques to monitor DNA degradation and anticancer drug release from nanostructures.
A new coarse-grained model of the complete SARS-CoV-2 virion has revealed potential new ways to combat the coronavirus.
Researchers have developed a new technique called mim-tRNAseq to measure, map and analyse tRNAs in cells, providing insight into disease.