Youhe Gao

This study identifies candidate urinary proteomic biomarkers in pregnant mice carrying PKU-affected fetuses, showing temporal dynamics and non-invasive potential for early screening.

This study identifies dynamic urinary proteomic changes in pregnant mice carrying AD-susceptible fetuses, revealing early molecular responses to paternal AD mutations.

This study uses a one-versus-many urinary proteomic approach to show that changes in the urinary proteome of pregnant women correlate with fetal developmental progression.

The paper compares urinary proteome modifications between patients with different HbA1c levels and healthy controls, identifying distinct peptide changes associated with elevated HbA1c.

This study examines how different fermented teas and black coffee affect the urine proteome in rats, revealing specific biological processes and potential disease-related biomarkers.

This paper introduces a method to transport urine samples over long distances without cold chain by heating, showing it preserves protein and bacterial content similarly to frozen storage.

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

This study examines changes in urinary proteome post-translational modifications in rats after short-term mineral supplementation, finding age-dependent responses and associations with mineral metabolism.

This study examines how one-week intake of different edible oils affects the urinary proteome and post-translational modifications in rats, revealing varied biological pathway enrichments across groups.

This study analyzes PTMs in the urinary proteome of SHRSP rats across different ages to identify stage-specific and shared PTM alterations linked to hypertension progression.

This study compares urinary proteome modifications between methamphetamine-abstinent rehabilitation patients and healthy individuals, identifying 984 differentially modified peptides and suggesting new insights into addiction rehabilitation.

This study identifies virus protein fragments in urine proteomics of febrile patients, revealing potential viral causes of fever and demonstrating high reliability in detection.

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

This study characterizes urinary proteome changes in stroke-prone spontaneously hypertensive rats during hypertension development, identifying differentially expressed proteins linked to hypertension-related pathways.

This study identifies 219 differentially expressed urinary proteins in rats after high-decibel noise exposure, 30 of which are linked to hearing loss.

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 compares urine proteomes of methamphetamine users, withdrawers, and healthy individuals, identifying differentially expressed proteins linked to addiction and neurotoxicity.

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.

This study examines how different sweet substances affect the urinary proteome of mice, finding distinct proteomic changes associated with each sweetener.

This study identifies differential proteins in urine proteomics to distinguish depression from bipolar disorder, suggesting immune-related mechanisms and potential biomarkers for diagnosis and treatment.

This study identifies odor-specific changes in the rat urinary proteome, showing different odors affect it uniquely with specific proteins associated with olfaction.

This study compares urine proteomes of rats before and after polysaccharide-iron complex administration, identifying iron-related proteins and pathways.

This study compares the urinary proteome of rats before and after zinc gluconate administration, identifying zinc-related differential proteins and their biological functions.

The paper examines changes in the urinary proteome of rats after calcium gluconate administration, identifying calcium-related proteins and their pathway associations.

This study identifies 125 differentially expressed urinary proteins in gaming-addicted adolescents compared to non-gamers, some of which are linked to addiction pathways and previously reported in drug addiction studies.

The paper compares urine proteomes between obese and normal weight individuals to identify differential proteins associated with obesity and metabolism.

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

The paper analyzes urinary proteome changes in pregnant rats to identify pregnancy-related physiological and developmental processes.

This study tracks lifetime development in rats using urinary proteome data across 10 timepoints, revealing novel biological pathways involved in development and aging.

The paper identifies 45 differential urine proteins in a CUMS mouse model of MDD, with 24 linked to MDD mechanisms and 10 as potential biomarkers, showing significant non-random changes.