C. Wang

This study isolates and characterizes Bacillus amyloliquefaciens subsp. plantarum XH-9, showing it promotes plant growth and suppresses Fusarium oxysporum in wheat.

This study shows PIP5K1β regulates bone homeostasis by modulating osteoclast and osteoblast differentiation through multiple signaling pathways.

This paper introduces HACKS, a machine learning framework to analyze live cell imaging data and uncover subcellular protrusion heterogeneity and actin regulator dynamics.

This study identifies phospho-ERK as a biomarker for response to sorafenib and MEK inhibition in liver cancer, showing synergistic effects in tumors with high phospho-ERK levels.

The paper identifies mRNA subsets associated with P-bodies under stress and shows how Puf5p regulates their decay or storage depending on cellular conditions.

This study demonstrates that Nano-DOX-loaded TAM can reprogram GBM cells to an anti-GBM phenotype through DAMP emission, enhancing immune response and reducing tumor growth.

The paper develops a base-resolution m1A profiling method and identifies distinct m1A methylome classes in human nuclear and mitochondrial transcripts, showing functional roles in translation efficiency and mitochondrial mRNA regulation.

The paper shows that maize root type and soil phosphate levels shape fungal communities and root transcriptomes, with lateral roots showing specific defense responses and reduced arbuscular mycorrhiza colonization at high phosphate.

This study shows that liraglutide reduces obesity-induced kidney injury by restoring renal lipid and energy metabolism through metabolic and molecular mechanisms.

This study shows that intraocular pressure elevation occurs before phagocytosis decline in a porcine model of pigmentary glaucoma, indicating separate mechanisms for these phenomena.

This study develops a porcine ex vivo model of pigmentary glaucoma, showing intraocular hypertension, pigment accumulation, and impaired phagocytosis in trabecular meshwork cells, with RhoA identified as a key regulator.

This study investigates the origin of pest lineages of the Colorado potato beetle by analyzing genetic diversity across populations in Mexico and the U.S., finding that pest lineages originated from native U.S. populations rather than Mexican ones.

The paper identifies new Cf genes in wild tomato by screening for hypersensitive response recognition of Cladosporium fulvum effectors.