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Fully autonomous home-cage training system HABITS enables mice to learn complex cognitive behaviors without human ...
An organoid-based screening platform that allows one-gene-at-a-time knockdown across a whole tissue has been used to identify the genes that regulate closure of the neural tube in humans.
The study will interest researchers studying genome organisation in mitosis. Genomes assume a complex 3D architecture in the interphase cell nucleus. Yet, the molecular mechanisms that determine ...
This study offers a valuable theoretical framework for quantifying molecular transport across interfaces between coexisting liquid phases, emphasizing interfacial resistance as a central factor ...
Promoting FtsZ toroidal polymer formation by ZapD offers new insights into stabilizing the bacterial division ring.
eLife is partnering with CLOCKSS to ensure that every stage of the eLife publishing process is preserved.
Non-essential amino acids such as glutamine have been known to be required for T cell general activation through sustaining basic biosynthetic processes, including nucleotide biosynthesis, ATP ...
The analysis of neural morphology across Heliconiini butterfly species revealed brain area-specific changes associated with new foraging behaviours. While the volume of the centre for learning and ...
Deletion of sulfate transporter SUL1 extends yeast replicative lifespan via reduced PKA signaling instead of decreased sulfate uptake ...
Structural reconstruction of thousands of ancient nitrogenases through Earth’s history uncovers architectural constraints that shaped their evolution under global environmental transitions.
This study provides valuable insights into human valve development by integrating snRNA-seq and spatial transcriptomics to characterize cell populations and regulatory programs in the embryonic and ...
A study in newborn chicks provides evidence that brain lateralisation, where the left and right hemispheres are functionally different, is required for the development of directional number mapping.