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A total of 6 result was found. Results that relate to Diabetic kidney disease

Pharmaceutical practice of clinical pharmacists participating in the treatment for refractory edema secondary to diabetic kidney disease

Published on Chinese Journal of Pharmacoepidemiology 2023,32(12):1425-1431.
11344 times 2885 times

Ze CHEN Wei TIAN Qi JIN Xian-Xi GUO Hua HU

Clinical pharmacist Drug treatment Diabetic kidney disease Refractory edema Pharmaceutical care
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Research progress of traditional Chinese medicine intervention on mitochondrial autophagy in the treatment of diabetic kidney disease

Published on Journal of Mathematical Medicine 2024,37(2):136-143.
11679 times 5237 times

WEI Jinfeng WEI Xiaotao WANG Caihong WANG Weiwei ZHANG Xinli HE Zhijun LIU Tao

Diabetic kidney disease Mitochondria Autophagy Traditional Chinese medicine
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Pharmacoeconomic study of Bailing capsules plus conventional therapy in treating diabetic kidney disease

Published on Chinese Journal of Pharmacoepidemiology 2024,33(3):277-290.
11592 times 2745 times

HE Yumei LI Wei ZHU He HAN Sheng

Bailing capsules Diabetic kidney disease Meta-analysis Cost- effectiveness analysis Pharmacoeconomics
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Analysis of the molecular mechanism and miRNA–mRNA regulatory network of henagliflozin in diabetic kidney disease based on machine learning

Published on Chinese Journal of Pharmacoepidemiology 2026,35(4):409-418.
3482 times 1024 times

CHENG Si ZHANG Yanping LIU Xin WANG Fei ZHAO Jindong FANG Zhaohui

Henagliflozin Diabetic kidney disease miRNA-mRNA regulatory network Differentially expressed genes Machine learning
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Long-term efficacy, safety, and risk stratification for hyperkalemia associated with finerenone in patients with diabetic kidney disease

Published on Chinese Journal of Pharmacoepidemiology 2026,35(7):747-756.
2807 times 960 times

XIE Yang LI Lin HAN Wenxia

Finerenone Diabetic kidney disease Real-world study Linear mixed model Urinary albumin-to-creatinine ratio Risk stratification
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Exploration of the potential mechanism of Zhuling decoction in the intervention of diabetic kidney disease based on network pharmacology, molecular docking and molecular dynamics simulation

Published on Frontiers in Pharmaceutical Sciences 2026,30(9):1469-1483.
686 times 186 times

CHEN Jiaqi WU Binxin LING Kai'en

Zhuling decoction Diabetic kidney disease Network pharmacology PI3K-Akt signaling pathway
Details