动脉瘤
生酮饮食
主动脉瘤
心脏病学
血管平滑肌
功能(生物学)
动脉瘤
内科学
平滑肌
医学
解剖
生物
细胞生物学
神经科学
癫痫
主动脉
放射科
作者
Xinyu Weng,Lihong Pan,Xiurui Ma,Luo W,Hongdong Su,Zhiqiang Pei,Zhen Dong,Liwei Liu,Jing Yang,Pingjin Gao,Aijun Sun
标识
DOI:10.1016/j.jare.2025.05.035
摘要
Our study reveals the important roles of KD and BHB in regulating HDAC1, preserving mitochondrial function, maintaining VSMC phenotype, and reducing oxidative stress in TAA. Our findings demonstrate KD and BHB as promising therapeutic strategies for treating TAA by targeting specific molecular pathways involved in its progression. This study highlights the significance and innovation of lifestyle interventions, such as KD, in mitigating TAA by addressing its underlying molecular mechanisms.
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