4120 papers
This paper presents a statistical model for the step lengths and orientation angles of *Daphnia magna* in still water to generate biologically realistic synthetic trajectories, establishing a control-based framework for modeling animal motion in various environmental settings.
The paper introduces BioMol, a multimodal framework that unifies disjoint phenotypic datasets with molecular structures using a soft contrastive objective to overcome the limitations of traditional methods and significantly improve the identification of drug-induced liver injury (DILI) activity cliffs.
ARMOR is an open-source machine learning pipeline that rapidly predicts *Klebsiella pneumoniae* resistance to four critical antibiotics directly from whole-genome sequencing data by leveraging biologically meaningful features like gene presence, protein k-mers, and SNPs, achieving high accuracy (AUC up to 0.986) to overcome the delays of traditional culture-based testing.
This paper demonstrates that pupil-linked arousal, an indirect proxy for noradrenergic transmission, is triggered by event boundaries in continuous narratives and predicts the subsequent formation of episodic memories.
This paper, titled "Genomic Inversion and Transient Episodic Selection Reshape the queD Locus During Host Specialization in Xanthomonas," has been withdrawn by its authors as of August 17, 2026, because they no longer support its findings or conclusions, and therefore should not be cited.
This paper introduces and validates the Normalized Isometry Index as a stable, bounded, and physiologically relevant metric for assessing mechanical stimulus in musculoskeletal modeling during isometric and low-velocity muscle contractions, effectively overcoming the limitations of existing force-velocity measures in near-isometric conditions.
This study reveals that triple-negative breast cancer co-opts nociceptor neurons via a proNGF-NGFR axis to secrete CGRP, which suppresses antitumor immunity and promotes tumor progression, while blocking this neuroimmune signaling pathway significantly enhances immunotherapy efficacy.
This study identifies left frontal area 55b as a reproducible cortical gradient that structurally and functionally bridges the language network and the somato-cognitive action network, providing a general mechanism for transforming high-level cognition into flexible motor actions.
This study provides direct human evidence that the central thalamus tracks moment-to-moment fluctuations in sustained attention, as intracranial recordings show that larger thalamic event-related potential amplitudes predict faster reaction times and decline with time-on-task, paralleling behavioral slowing.
This study demonstrates that while caffeine effectively reduces subjective sleepiness in sleep-restricted adolescents, it significantly disrupts deep sleep intensity and sleep architecture, particularly during nights with adequate sleep duration, suggesting its negative physiological effects are more pronounced and less recognized when adolescents are well-rested.