Chunmei Cui

This study shows that exercise-induced sweat reduces depression-like behaviors in mice, with effects comparable to or better than fluoxetine.

The paper develops a sperm-based bioassay using motility parameters to diagnose cardiovascular and cerebrovascular diseases with high accuracy.

This paper introduces BulkFormer, a foundation model for bulk transcriptome analysis that outperforms existing models in six downstream tasks.

The paper introduces MedImg, a database integrating 1,622,956 medical images from 103 datasets across 14 modalities and 9 organs, to support deep learning research in medical image analysis.

The paper introduces an improved Ka/Ks ratio (iKa/Ks) that accounts for the non-neutral effects of synonymous mutations on miRNA regulation, showing better performance in detecting selection pressures than the conventional Ka/Ks ratio.

The paper introduces PIC, a deep learning model for predicting human protein essentiality, outperforming existing methods and quantifying essentiality across humans, cell lines, and mice orthologues.

The paper introduces BIC, a tool to measure single base importance in human mRNAs and lncRNAs, showing its utility in pathogenicity assessment, cancer prognosis, and SARS-CoV-2 transmissibility prediction.

The paper investigates the functionality of synonymous mutations across species, finding that higher animal complexity correlates with increased functional impact through miRNA regulation.

RPRH infers potential roles of plant miRNAs in humans and profiles their regulatory functions using a database of 10414 miRNAs and 18062 annotations.