J. Cao

The paper reports the cryo-EM structure of the human TIM22 complex at 3.7 angstrom resolution, revealing its architecture and potential mechanism for protein import.

This study investigates how mixed-species malaria parasite infections in mice and mosquitoes affect disease severity, parasite fitness, and transmission success.

This paper introduces a device that provides current stimulation during MRI, powered by MRI gradient fields, and shows it can power stimulation with minimal impact on image quality.

This study compares the effects of afferent and efferent vagus nerve stimulation on gastric motility using MRI in anesthetized rats, finding afferent stimulation more effective.

This paper introduces MR-Link, a wireless device for concurrent fMRI and electrophysiological recordings, minimizing artifacts and enabling synchronized data acquisition.

This study examines how acid rain affects soil microbial communities and plant performance, finding that Pisolithus inoculation alters soil properties and microbial composition under severe acidic conditions.

This study identifies two FDA-approved drugs, lacidipine and phenothrin, as Lassa virus entry inhibitors through high-throughput screening and mechanistic analysis.

This study evaluates how different pretreatments affect flavonoid content and antioxidant activity in Dryopteris erythrosora leaves, finding that shade drying followed by oven drying best preserves these properties.

This study clones and characterizes the CD40 ligand in cotton rats, showing its functional activity on dendritic cells and potential utility in immunological research.

This study quantitatively analyzes amino acid sequence variability in HBV proteins to identify conserved and variable regions critical for virus assembly and immune recognition.

This study shows that vagus nerve stimulation increases gastric emptying in rats by relaxing the pyloric sphincter, measured using MRI.

This study identifies HDAC11 as a defatty-acylase that regulates type I interferon signaling by modifying SHMT2, revealing a novel function of HDAC11 beyond its deacetylase activity.