1582 papers
The paper introduces "Spotted," a human-in-the-loop framework that enhances animal re-identification in camera trap surveys by integrating visual similarity with spatio-temporal feasibility priors, significantly improving accuracy for hyenas and leopards while reducing the expert review burden.
This study demonstrates that personality traits significantly moderate the relationship between autonomic regulation (specifically heart rate variability) and psychological stress during virtual reality-mediated communication, suggesting that future digital mental health interventions should be tailored to individual personality profiles.
This study demonstrates that while anthropogenic noise increases swimming speed in Trinidadian guppies, it does not significantly alter their visual antipredator responses, suggesting that visual predatory stimuli drive behavioral changes irrespective of acoustic conditions.
This study employs a systems engineering approach combining classical statistics and machine learning to demonstrate that serum cortisol and temperament (Mizaj) are critical predictors of menstrual cycle dynamics, revealing that Safrawi and Balghami temperaments significantly influence cycle regularity and flow while cortisol and BMI effectively predict pain and regularity.
This study utilizes RNA sequencing to characterize the transcriptomic profiles of *BjGL1*-knockout *Brassica juncea*, revealing that the loss of trichomes leads to significant downregulation of genes involved in secondary metabolite biosynthesis, transport, and defense pathways, thereby elucidating the molecular mechanisms linking trichome formation to plant resistance.
This study characterizes the novel PDC-266 β-lactamase variant in *Pseudomonas aeruginosa*, identifying the N131S substitution as the critical mutation that remodels the active site to confer elevated meropenem resistance while maintaining susceptibility to Avibactam and Sulbactam.
This study identifies SERPINE1 as a critical CAF-associated gene in gastric cancer that drives myCAF phenotype activation via the PI3K-Akt pathway and promotes tumor progression and MDSC infiltration through exosome-mediated mechanisms, highlighting its potential as a therapeutic target.
This study analyzes the plastomes of 54 *Corymbia* species to reveal structurally conserved yet microevolutionarily dynamic genomes, identifying hypervariable regions and confirming the genus's plastid paraphyly through the inclusion of *Angophora costata* within its clades.
This paper reconciles the discrepancy between positive biodiversity–ecosystem functioning relationships in controlled experiments and mixed patterns in natural communities by introducing a framework that attributes the divergence to the contrasting roles of covariance effects driven by species abundance distributions.
This study utilizes patient-derived C9orf72 spinal cord organoids to model key pathological features of amyotrophic lateral sclerosis and identifies the consistent down-regulation of Netrin-1 as a convergent molecular signature contributing to neuronal vulnerability, thereby establishing a valuable platform for therapeutic development.