4041 papers
This study demonstrates that the annual plant *Lamium amplexicaule* employs a coordinated Fitness Associated Dispersal strategy under salt stress, where individuals with higher outcrossing potential produce seeds with specific morphological traits that enhance both seed and pollen dispersal to escape maladaptive environments.
By combining psychophysics and fMRI, this study demonstrates that numerosity adaptation is driven by effective perceived numerosity rather than physical dot count, revealing a posterior-to-frontoparietal dissociation where frontoparietal brain maps specifically track the effective numerosity shaped by perceptual organization.
Astragalus polysaccharide (APS) ameliorates the proliferation defects, apoptosis, and aberrant adipogenic differentiation of bone marrow mesenchymal stromal cells in aplastic anemia by inhibiting the mTOR pathway, thereby restoring the hematopoietic-supportive stromal niche.
This study demonstrates that the non-psychoactive cannabinoid cannabigerol (CBG) synergizes with the VEGFR2 inhibitor rivoceranib to induce hepatocellular carcinoma cell death via a receptor-independent mechanism involving ER stress-driven calcium overload that collapses the E2F1–FOXM1 axis, thereby converting rivoceranib into a tumor-cell-intrinsic therapy.
This study reveals that the orphan DNA methyltransferase VchM prevents autoimmunity in *Vibrio cholerae* by methylating DNA to suppress the activation of the adjacent Menshen defense system, which otherwise disrupts ribosome biogenesis and restricts horizontal gene transfer.
This study reveals that Internet gaming disorder is characterized by a state-dependent redistribution of temporal brain network occupancy and specific topological disruptions in a transient connectivity state, with dynamic graph features in certain states successfully predicting symptom severity.
This study identifies PlDGAT3 as a chloroplast-localized enzyme in herbaceous peony that positively regulates the accumulation of total fatty acids and α-linolenic acid (ALA) in seeds, highlighting its potential as a genetic resource for improving seed oil quality.
This study demonstrates that higher hypnotizability is associated with reduced visuomotor precision during perturbation but does not impair overall visuomotor adaptation or sequential motor learning, suggesting distinct neural mechanisms involving cerebellar and hemispheric functional asymmetries.
By combining Conditional Accuracy Functions and Drift Diffusion Modeling, this study reveals that while humans and macaques share an evolutionarily conserved decision-making framework involving collapsing boundaries, children exhibit distinct fast-error patterns driven by unstable initial decision states likely due to immature frontostriatal networks.
This study identifies the walnut CCoAOMT gene family and demonstrates that the specific member JrCCoAOMT3 acts as a key regulator of lignin biosynthesis by altering monomer composition, particularly reducing H-type lignin, thereby providing molecular insights for improving walnut shell hardness.