A DNA nanodevice measuring organellar sodium ion levels in lysosomes of living cells. Zou et al. developed RatiNa for imaging intracellular Na + at single-organelle resolution.
To crowdsource the alignment of 1 million RNA sequences from the human microbiome, Sarrazin-Gendron et al. created a minigame integrated within a popular commercial video game. More than 4 million ...
A scanning electron micrograph of phlegm in the trachea with bacteria shown in mauve. Charalampous et al. devise a metagenomics diagnostic method for bacterial lower respiratory tract infection that ...
An illustration of lipid nanoparticles (green circles) targeting the lung, designed using neural networks. Witten et al. present a method (LiON) using neural networks for lipid discovery and ...
Scanning electron micrograph of a heart-forming organoid showing a myocardial layer (pink) separated by a thin endocardial layer (blue) from an anterior foregut endoderm and vascular layer (cinnamon); ...
Natural and engineered Cas12 and TnpB variants offer diverse applications in genome editing and diagnostics.
A series of bright fluorescent RNAs enable imaging of RNA in live cells. This original image shows heterogeneity of protein translation in a cancer cell line, where mCherry protein (red) and its ...
Zhenan Bao and colleagues design and fabricate multilayered electronics that adapt to growing nerves, allowing chronic electrical stimulation during the fastest growth period in rats. The approach ...
It is time to rethink intellectual property and pricing practices that prevent global access to genetic therapies.
Increasing access to biotech products for animal agriculture in Sub-Saharan Africa through partnerships José de la Fuente Christian Gortázar Justus Rutaisire ...
Artist’s impression of a protein translocating through a nanopore. Yu et al. identify conditions that allow complete proteins to translocate through a nanopore when driven by an electroosmotic effect.
Single-cell proteomics maps protein dynamics in the developing human brain.