Xiaolei Wang

TL;DR: Genomics and related areas of investigation will reveal more about the molecular components and mechanisms involved in Vibrio-mediated biotransformation and remineralization processes, particularly on marine organic carbon cycling especially in marginal seas.

TL;DR: Vibrios have experienced extremely genome expansion events during their evolutionary history, allowing them to develop various functions to spread globally and provide a better knowledge of how the evolutionary process has forged Vibrio genomes to occupy various niches.

TL;DR: The spatiotemporal dynamics of Vibrio diversity and in relation to environmental factors in the northern Chinese marginal seas are elucidated, showing that the abundances of the VIBrio population in the present study were higher than those in most previously studied areas and that Vibri species are more likely to adopt a free-living lifestyle.

TL;DR: The genome analysis showed that XH031T had genetic advantages to adapt to subseafloor environment, and the material metabolism manifests that the strain may play an important ecological role in the biogeochemical cycle of the SPG, and various cold-adapted extracelluar enzymes produced by the strain might have significant value in application.

TL;DR: The world’s deepest ‘blue hole’, the Sansha Yongle Blue Hole (SYBH) in the South China Sea, which is a geographically semi-enclosed environment featuring unique chemical characters, was investigated to provide new insights into the distribution pattern and possible role in carbon cycle of Vibrio in the unique environment of a ‘ Blue Hole’.