Xun Wang

This study improves retron-based gene editing efficiency by reducing competition between msDNA and genomic DNA, achieving 100% editing efficiency.

The paper evaluates 25 theophylline riboswitches for gene repression in bacteria, finds limited effectiveness, and designs a more potent dual riboswitch system for efficient gene regulation.

The paper analyzes genomic and transcriptomic data from DLY pigs to identify breed-of-origin SNPs and ASE genes, suggesting their role in improved performance and genetic architecture of three-way crossbreeding.