Li Cheng

This study demonstrates that genomic rearrangements in yeast can be efficiently induced using SCRaMbLE, leading to diverse genetic changes and phenotypic effects.

This paper designs and synthesizes a functional neochromosome in yeast that replaces a native chromosome arm, demonstrating genome plasticity and synthetic chromosome viability.

This study presents the genome of the camphor tree and shows how climate factors influence terpenoid biosynthesis gene expression and volatile compound accumulation.

The paper develops a cell lysate microarray (CLICK) to identify upstream regulators of histone marks using yeast knockout and temperature-sensitive mutant strains, revealing new regulators and enzymes involved in histone acylation.