Embryonic mouse skeletal motor neurons lose transcriptional diversity and re-diversify into adult subtypes to support functional maturation, with 70+ embryonic subclusters consolidating into distinct adult identities.
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Embryonic mouse skeletal motor neurons lose transcriptional diversity and re-diversify into adult subtypes to support functional maturation, with 70+ embryonic subclusters consolidating into distinct adult identities.
Electrical signalling extends microbial interactions beyond diffusion limits, with a measurable "handover distance" that links electrophysiology to ecological communication.
Pile-driving noise causes significant metabolic disruption in the thick-shell mussel Mytilus coruscus, including loss of heart rate periodicity and altered gene expression patterns.
In vitro culture with human serum enables long-term development and clear sexual dimorphism in Schistosoma parasites, unlike traditional FBS-based methods.
Tissue flows guide immune cell polarization and migration, with local ectodermal flows directing embryonic myeloid cell dispersion in Xenopus embryos.
Cell state transitions during tissue morphogenesis are dynamically regulated by gene expression, chromatin, and biophysical signals, enabling precise tissue formation and function.
Specialized membrane protrusions like tunnelling nanotubes and cytonemes are more prevalent and functionally diverse than previously understood, crucial for intercellular communication in tissues.
Sub-millivolt voltage imaging uncovers gap junction-mediated bioelectric contact inhibition, showing electrical stability increases with network size and coupling.
Stimulation enhances cell assemblies in the human cortex by activating specific gene regulatory networks, with effects observed in both ex vivo and in vivo conditions.
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Moving areas, week to 3 Oct 2026