4413 papers
This study demonstrates that listening to emotion-matched music during self-paced cycling increases heart rate and positive affect without raising perceived exertion, effectively decoupling physiological engagement from the sensation of effort.
This study demonstrates that a semi-automated pipeline using clinical CT scans and OTOPLAN segmentation can achieve moderate accuracy (79%) in sex estimation by analyzing cochlear shape descriptors, offering a non-destructive and scalable alternative for forensic anthropology when traditional skeletal methods are unavailable.
This study demonstrates that a phantomless air-fat-muscle calibration method is a reproducible and promising alternative to phantom-based calibration for predicting metastasised femoral strength using both linear and non-linear finite element models, with the linear Lyon model showing greater robustness to calibration differences.
This study demonstrates that the aqueous seed extract of *Dennettia tripetala* significantly protects female Wistar rats from Bisphenol A-induced ovarian oxidative stress, hormonal disruption, and microbial burden in a dose-dependent manner, with the 800 mg/kg dose showing efficacy comparable to Vitamin C.
This study analyzes genomic data from over 11,000 *Mycobacterium tuberculosis* Lineage 2 isolates to reveal that their global transmission and multidrug resistance are driven not by single high-effect mutations, but by the combined influence of multiple moderate-effect variants affecting drug resistance, cell-envelope functions, lipid metabolism, and parallel evolution.
This study demonstrates that the accuracy of deconvolving overlapping event-related potentials using general linear modeling is critically dependent on the complex interactions between experimental design factors (temporal jitter and sequential correlation) and analytical parameters (modeling window length and regularization), which can be unified and predicted through multicollinearity analysis to guide optimal experimental planning.
This study identifies the tonoplast-localized transporter ENT1 in *Arabidopsis thaliana* as a critical gatekeeper of intracellular cytokinin riboside availability that regulates hormone homeostasis and is essential for enabling beneficial microbe-induced plant defense against pathogens.
The study reveals that the GluN1-Met641Ile NMDA receptor variant reduces calcium permeability by inducing a largely calcium-impermeable subconductance state through enhanced interactions between the Ile641 side chain and the M2 pore loop.
This study reveals that the mitochondria-localized lncRNA BCYRN1 promotes acute myeloid leukemia progression by epigenetically activating the transcription of MT-ND1/4/5 via heavy strand promoter methylation to enhance oxidative phosphorylation, identifying both the lncRNA and the mitochondrial RNA polymerase inhibitor IMT1B as promising therapeutic targets.
This study integrates multi-omics profiling to identify PLOD2 as a critical driver of glioblastoma recurrence that orchestrates hypoxic niche remodeling and mesenchymal transition via a PLOD2/LAMA4 axis, thereby promoting treatment resistance and offering a potential therapeutic target.