Jianjun Wang

The paper examines how bacterial and fungal biofilm communities respond to salinity gradients, finding distinct patterns in diversity and environmental drivers between the two groups.

The paper examines how dissolved organic matter (DOM) responds to temperature changes in the ocean and predicts increased diversity of thermal responses at deeper depths, potentially enhancing the deep-ocean carbon sink.

This study identifies a conserved metabolic-oxidative pathway causing immune cell cryo-vulnerability and shows that targeted pretreatments can significantly improve post-thaw survival and function.

This study identifies lipid mono-unsaturation as a mechanism for cold tolerance in frogs and shows its potential to improve tissue viability during hypothermic storage.

CCycDB is a functional gene database that fingerprints microbially mediated carbon cycling processes from shotgun metagenomes, outperforming existing databases in accuracy and coverage.

The paper quantifies spatiotemporal decoupling of GDGT-temperature relationships in Lake Lugu, showing temporal lags and vertical transport of isoGDGTs.

The study examines how molecular activity influences the composition and assembly of dissolved organic matter in lake sediments across different climates.

The paper identifies microbial functional traits linked to environmental adaptation and develops an index to quantify species-level adaptive capacity across different stress gradients.