Single-cell transcriptomics of mouse anterior segment development reveals 130,000 cells and key pathways driving trabecular meshwork and Schlemm's canal formation.
- 1 cited this week
- Open access
eLife Sciences Publications Ltd · General Science & Medicine · ISSN 2050-084X
Rebuilt
Single-cell transcriptomics of mouse anterior segment development reveals 130,000 cells and key pathways driving trabecular meshwork and Schlemm's canal formation.
Synaptic connectome analysis reveals diuretic hormone 44-expressing NSCs as key coordinators of physiology and behavior in the adult Drosophila brain.
Low-frequency tibial neuromodulation (1 Hz) excites bladder activity and alters urge perception in humans, demonstrating a frequency-dependent effect on bladder control.
Cardiolipin deficiency in mitochondria impairs electron transport chain function and causes steatohepatitis in mice and humans.
Threat intensity primarily drives innate decision-making in mice, with dominant individuals showing increased vigilance and risk aversion, as revealed by a new computational model.
Circadian and sleep disruptions in Drosophila melanogaster cause significant metabolic dysregulation, with mutant and constant darkness conditions showing impaired redox homeostasis.
Repurposed small molecule toxin inhibitors demonstrate pan-species neutralisation against Bothrops venoms in laboratory assays, with marimastat and DMPS providing the strongest protection.
Distinct pediatric intestinal cell states at diagnosis predict Crohn's disease severity and response to anti-TNF therapy, with treatment shifting toward a more refractory adult-like profile.
Sibling-derived microglia comprise up to 52% of microglial cells in marmoset brains, highlighting extensive hematopoietic chimerism within neural tissue.
Newest first · last 60 days
A spacetime attractor model explains how prefrontal cortex circuits implement planning through environment-embedded neural dynamics.
Stable threat-value coding persists in prelimbic cortex populations despite 30 days of ensemble turnover during fear learning and retrieval in mice.
Microglia in human forebrain organoids mediate amyloid-β clearance, recruit CD8+ T cells via CCL4/5 signaling, and establish a neuroinflammatory feedback loop in Alzheimer’s disease models.
A transcriptional switch from KLF activators to repressors during early postnatal development regulates neuronal maturation in the mouse neocortex.
Bruce inhibits wing tissue growth in Drosophila by regulating autophagy-dependent activation of non-lethal caspase Dcp-1.
Syntaxin11 deficiency inhibits CRAC channel priming, reducing calcium entry and gene expression in T lymphocytes independently of membrane trafficking, with implications for immune disorders.
Multiple chromosome-specific mechanisms suppress axis protein deposition and DNA double-strand breaks within 20 kb of telomeres in Saccharomyces cerevisiae.
RiboTRAP-seq reveals that anterior INT1 cells in C. elegans intestine are enriched for immune and stress response genes and are crucial for pathogen avoidance and survival.
Individual dopaminergic neurons in Drosophila larva can induce diverse functions, including memory formation and locomotion modulation, with each neuron exhibiting a unique yet overlapping effect set.
NeuroD1 does not induce microglia-to-neuron conversion in vivo, as all methods showed microglia retained their identity despite NeuroD1 expression.
PhDEF exhibits a major regulatory action in the petal epidermis, with significantly more prominent binding activity compared to the mesophyll in petunia flowers.
Bovine mammary tissue can support infection and replication of diverse influenza A viruses, potentially facilitating viral co-infection.
Humans' ability to discriminate spatial patterns in the visual periphery is matched by models at a critical scaling that is approximately one-fourth for luminance compared to spectral energy features.
Brown trout parr actively avoid cold water (≤8°C) through rapid behavioral responses, but do not avoid warmer water with temperature contrasts up to 8°C.
AI literature tools should report the amount of information removed and the recoverability of omissions to ensure useful context preservation.
Bacterial stimuli induce C. elegans neural activity that is best described by an 8-dimensional hyperbolic space, revealing hierarchical organization in neural population dynamics.
Tsetse flies use subtle but highly efficient adaptations, including small teeth on the labellum and a strong proboscis retraction, to feed on diverse hosts without extraordinary forces.
Glycogen phosphorylase is non-essential for Plutella xylostella survival due to gluconeogenic compensation, despite potent in vitro inhibition.
Rab5 and Rab11 regulate distinct developmental events in neural circuit assembly through endocytic trafficking pathways.
Optimally designed perturbation inputs improve neural system identification accuracy by substantially outperforming conventional, intuition-based inputs in simulations.
Allosteric disulfide bond switching in KIR2DL4 regulates HLA-G binding and endocytosis, with the Cys10-Cys28 bond controlling receptor activation in human NK cells.
High JAK-STAT pathway activity in breast cancer correlates with improved immunotherapy response, especially in triple-negative breast cancer patients, serving as a predictive biomarker.
Reduced dorsal CA1 activity in Cntnap2 knockout mice impairs long-term retention of temporal associations in declarative memory.
Low-frequency depression (LFD) at mammalian synapses results from synaptic vesicle undocking, not depletion of the readily releasable pool, and is immediately reversible by high-frequency stimulation.
Human glutamine synthetase forms product-stabilized filaments that reduce catalytic specificity at physiological glutamine levels.
Journals this month
Topics moving, week to 22 Oct 2026