Hua Jin

Chlomito removes organelle genome contamination from nuclear assemblies with high accuracy and efficiency, improving genome quality.

CircRNA-Pro detects differentially expressed and translatable circRNAs using integrated algorithms and validation against databases, validated on breast cancer and SARS-CoV-2 datasets.

Chrom-pro is a toolkit for chromosome-level genome assembly and analysis that integrates SGS, TGS, and Hi-C data into an automated workflow, achieving high BUSCO scores and collinearity with reference genomes.

The paper introduces HyperTRIBE, an antibody-free method to identify RNA-binding protein targets in yeast by using RNA editing, and successfully applies it to two RBPs.

This study shows that terminal uridylation of mRNA is rhythmic in mouse liver and that knocking down TUT4 and TUT7 disrupts circadian rhythms.

The paper presents a chromosome-level genome assembly of Azadirachta indica and identifies terpene biosynthesis expansion linked to gene duplication on chromosome 13.

The paper identifies 4E-BP mRNA targets in Drosophila and mammals using hyperTRIBE, showing they have specific motifs and are enriched in translation-related pathways.