Center for Precision Medicine’s Post

Thrilled to share key insights from our recent publication in American Diabetes Association #Diabetes! Our study uncovers significant differences in kidney disease progression between male and female mice under nutrient stress, highlighting the protective role of the AMPK pathway influenced by estrogen. In male mice, diabetes exacerbates several kidney damage indicators which are not worsened by AMPKγ2 knockout (KTAMPKγ2KO). In contrast, KTAMPKγ2KO in female mice leads to a loss of their inherent protection against kidney disease. 17β-estradiol counteracts high glucose-induced AMPK inactivation and associated kidney damage in female mice, suggesting an estrogen-AMPK protective pathway. The study also identifies potential metabolic markers related to this protection in females. The findings suggest evolutionary advantages for females in resisting kidney damage under nutrient stress, providing new insights into gender-specific health strategies. #KidneyResearch #GenderDifferences #MetabolicHealth https://lnkd.in/ehMTpvyH

Female protection against diabetic kidney disease is regulated by kidney-specific AMPK activity

Female protection against diabetic kidney disease is regulated by kidney-specific AMPK activity

diabetesjournals.org

Carolina Solis-Herrera MD

 Chief, Division of Endocrinology at UT San Antonio     Medical Director-Diabetes, Obesity and Endocrinology Clinics, Cardiometabolic Health and Research, Program Director, Endocrinology Fellowship.

5mo

Congratulations to Kumar and the team!

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