牙周纤维
炎症
免疫印迹
吸收
免疫组织化学
牙周组织
下调和上调
牙根吸收
医学
牙周炎
化学
病理
牙科
内科学
生物化学
基因
作者
Liyan Liu,Jie Zhang,Runze Zhang,Wei Tian,Chunmiao Jiang
摘要
ACSL4-mediated ferroptosis, triggered by compressive stress and inflammation in hPDLCs, contributed to the development of OIIRR. Rosi has been shown to inhibit OIIRR and serve as a novel therapeutic target for OIIRR treatment.
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