Jing Yan

Discovery and Characterization of Four Novel Vibrio coralliilyticus Phages Support the Proposal of Two New Genera

The paper isolates and characterizes four novel Vibrio coralliilyticus phages, proposing two new genera based on genomic and morphological analyses.

Reduced precipitation alters microbial availability and uptake of grassland rhizosphere carbon

The paper shows reduced precipitation increases microbial uptake and processing of rhizodeposit carbon near roots in grasslands, altering carbon cycling without plant stress.

A biofilm-derived peptide as an underwater adhesive

The paper identifies a biofilm-derived peptide from Vibrio cholerae that adheres to surfaces and functions as a wet adhesive and flocculant, with potential for industrial and biomedical applications.

PRISMA: A tensor-based framework for deconstructing the genetic architecture of complex diseases, with application to diabetic retinopathy

PRISMA decomposes GWAS signals into tissue-specific genetic axes for diabetic retinopathy, revealing novel targets and regulatory patterns.

Efficient Cas9 nuclease-based editing in skeletal muscle via lipid nanoparticle delivery

SORT LNPs enable efficient Cas9-mediated repair of a pathogenic allele in skeletal muscle in a mouse model of LGMDR7.

Genomic insights into post-domestication expansion and selection of body size in ponies

The paper analyzes the genomic data of 385 horses from 49 breeds to explore the demographic history and genetic factors influencing body size in ponies, identifying cis-regulatory elements and genetic affinities.

RankCompV3: a differential expression analysis algorithm based on relative expression orderings and applications in single-cell RNA transcriptomics

RankCompV3 identifies differentially expressed genes in scRNA-seq data by comparing relative expression orderings, controlling FPR and outperforming existing methods.

Flow environment and matrix structure interact to determine spatial competition in Pseudomonas aeruginosa biofilms

The paper shows that flow and matrix structure in Pseudomonas aeruginosa biofilms affect competition, with wild-type cells dominating under simple flow but coexistence occurring under complex flow.