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Cardiorenal protective effects of Tanhuo decoction in acute myocardial infarction via regulating multi-target inflammation and metabolic signaling pathways

Affiliation
Pulmonary Vascular Disease Center ,Beijing Anzhen Hospital ,Capital Medical University ,Beijing ,China
Guo, Chenglong;
Affiliation
Department of Cardiology ,Xuanwu Hospital ,Capital Medical University ,Beijing ,China
Zhang, Tianxing;
Affiliation
Department of Neurology ,Xuanwu Hospital ,Capital Medical University ,Beijing ,China
He, Lingqian;
Affiliation
School of Traditional Chinese Medicine ,Capital Medical University ,Beijing ,China
Zhang, Minyu;
Affiliation
Department of Cardiology ,Xuanwu Hospital ,Capital Medical University ,Beijing ,China
Chu, Yanyan;
Affiliation
Department of Cardiology ,Xuanwu Hospital ,Capital Medical University ,Beijing ,China
Sun, Xipeng;
Affiliation
Department of Cardiology ,Xuanwu Hospital ,Capital Medical University ,Beijing ,China
Han, Xuexue;
Affiliation
Senior Department of Hepatology ,The Fifth Medical Center of PLA General Hospital ,Beijing ,China
Liu, Yijiang;
Affiliation
Department of Neurology ,Xuanwu Hospital ,Capital Medical University ,Beijing ,China
Song, Juexian;
Affiliation
Department of Cardiology ,Xuanwu Hospital ,Capital Medical University ,Beijing ,China
Xia, Jinggang

Introduction Inflammation is a key driver of adverse outcomes in acute myocardial infarction (AMI), yet current western anti-inflammatory therapies are limited by their single-target nature and side effects. Traditional Chinese medicine (TCM), such as Tanhuo Decoction (THD), offers a multi-target, low-toxicity alternative. Methods In a randomized controlled trial, AMI patients with high inflammatory responses received either standard Western medicine (WM) alone or combined with THD for 3 days. Clinical outcomes and inflammatory markers were assessed, and proteomic and network pharmacology analyses were performed. Results The THD + WM group showed significant reductions in neutrophil counts and hs-CRP levels, along with improved creatinine clearance rate (CCR), compared to WM alone. Proteomic analysis revealed downregulation of pro-inflammatory proteins (PTX3, IL-18, TNFRSF11A) and upregulation of the anti-inflammatory IL1RL2. THD also modulated lipid metabolism and insulin sensitivity pathways. Discussions THD enhances the anti-inflammatory and metabolic benefits of standard AMI therapy through multi-target pathway regulation. These findings support its integration into modern cardiovascular care, particularly for patients with high inflammatory and metabolic risk.

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License Holder: Copyright © 2025 Guo, Zhang, He, Zhang, Chu, Sun, Han, Liu, Song and Xia.

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