The blueprint and narrative of shape formation during early development can be objectively observed by quantifying and analyzing whole-embryo dynamics.
Lawrence R Frank, Vitaly L Galinsky ... Antigona Martinez
A physics-based solution to the electroencephalography (EEG) inverse problem enables whole-brain electric field imaging with high spatial and temporal resolution using standard EEG systems.
The combination of growth optimization and cell heterogeneity enables a quantitative explanation of overflow metabolism in microbes and the classical Warburg effect in cancer cells, resolving this long-standing puzzle.
Time-lapse analyses of millions of antibiotic-stressed Escherichia coli characterize the diverse single-cell dynamics of persister cells that depend on antibiotics, culture conditions, and pre-exposure history.
