The first all-atom models of the mycobacterial outer membrane reveal how lipid organization and asymmetry generate a structurally heterogeneous barrier that underlies its unique permeability properties.
Real-time nanopore transcriptomics enables early detection of expression changes and sample quality, offering a rapid, cost-effective strategy for experimental quality control and transcriptomic analysis.
Mammalian cells dynamically scale translation initiation to match distinct elongation rates, preventing ribosome crowding and preserving protein synthesis homeostasis across diverse transcripts.
Analysis of scRNA-seq data from primate embryoid bodies highlights the value of cross-species comparisons for identifying and characterizing cell types, as marker genes can evolve fast.
