Haitong Wang

This study analyzes daily urine proteins in pregnant rats to track fetal development and maternal physiological changes throughout pregnancy.

This study identifies 166 differential proteins in rat urine after metformin treatment, revealing potential mechanisms and novel pathways associated with its effects.

This study compares urinary proteomes of FTD family members without mutations to healthy controls, identifying 428 differentially expressed proteins and 146 enriched pathways, including those related to neurons and Progranulin.

This study shows that taking multi-vitamin/mineral supplements for 2 or 4 weeks changes the urinary proteome, with erythropoietin receptor levels increasing significantly in some individuals.

The paper compares the urinary proteome of male rats on the day of mating and the next day to identify proteins related to spermatogenesis.