1.Correlation between triglyceride-glucose index and hypertension in patients with cerebral hemorrhage
Jiawen DONG ; Xin ZOU ; Hui TANG ; Ting LIU ; Shiwen ZHANG ; Ye WANG ; Shaojing SHI ; Jinsheng ZHANG ; Jing LI
Chinese Journal of Geriatric Heart Brain and Vessel Diseases 2025;27(3):303-307
Objective To explore the relationship between triglyceride-glucose(TyG)index and hypertension in patients with cerebral hemorrhage.Methods A total of 1718 patients with cere-bral hemorrhage admitted to our hospital from January,2013 to May,2023 were enrolled in this study.According to the TyG index quartile,437 cases were assigned into Q1 group(≤8.375),424 cases into Q2 group(TyG index 8.376~8.737),429 cases into Q3 group(TyG index 8.738~9.087),and 428 cases into Q4 group(≥9.088).The general clinical data were compared in the four groups.Logistic regression analysis was used to study the correlation between TyG index and hy-pertension.Results There were significant differences among the four groups in terms of age,hy-pertension,diabetes,SBP,DBP,TC,TG,HDL-C,LDL-C,FBG,glycated hemoglobin and TyG in-dex(P<0.05,P<0.01).Logistic regression analysis showed that when the TyG index was a con-tinuous variable,it was significantly correlated with the risk of hypertension(OR=1.999,95%CI:1.393-2.869,P=0.001).When the index was used as a categorical variable,with Q1as a ref-erence,TyG index in Q3 and Q4 was associated with an increase in OR of hypertension(OR=1.869,95%CI:1.220-2.865,P=0.004;OR=1.844,95%CI:1.125-3.020,P=0.015).After ad-justing cofounders,the association of TyG index and risk of hypertension was stronger in the fe-males(OR=2.618,95%CI:1.312-5.221,P=0.006)than the males(OR=1.783,95%CI:1.151-2.761,P=0.010),and in the patients ≥65 years old(OR=3.277,95%CI:1.600-6.741,P=0.001)than those<65 years old(OR=1.782,95%CI:1.076-2.949,P=0.025).Conclusion TyG index is closely associated with hypertension in patients with cerebral hemorrhage,especially in women and elderly.
2.Correlation between triglyceride-glucose index and hypertension in patients with cerebral hemorrhage
Jiawen DONG ; Xin ZOU ; Hui TANG ; Ting LIU ; Shiwen ZHANG ; Ye WANG ; Shaojing SHI ; Jinsheng ZHANG ; Jing LI
Chinese Journal of Geriatric Heart Brain and Vessel Diseases 2025;27(3):303-307
Objective To explore the relationship between triglyceride-glucose(TyG)index and hypertension in patients with cerebral hemorrhage.Methods A total of 1718 patients with cere-bral hemorrhage admitted to our hospital from January,2013 to May,2023 were enrolled in this study.According to the TyG index quartile,437 cases were assigned into Q1 group(≤8.375),424 cases into Q2 group(TyG index 8.376~8.737),429 cases into Q3 group(TyG index 8.738~9.087),and 428 cases into Q4 group(≥9.088).The general clinical data were compared in the four groups.Logistic regression analysis was used to study the correlation between TyG index and hy-pertension.Results There were significant differences among the four groups in terms of age,hy-pertension,diabetes,SBP,DBP,TC,TG,HDL-C,LDL-C,FBG,glycated hemoglobin and TyG in-dex(P<0.05,P<0.01).Logistic regression analysis showed that when the TyG index was a con-tinuous variable,it was significantly correlated with the risk of hypertension(OR=1.999,95%CI:1.393-2.869,P=0.001).When the index was used as a categorical variable,with Q1as a ref-erence,TyG index in Q3 and Q4 was associated with an increase in OR of hypertension(OR=1.869,95%CI:1.220-2.865,P=0.004;OR=1.844,95%CI:1.125-3.020,P=0.015).After ad-justing cofounders,the association of TyG index and risk of hypertension was stronger in the fe-males(OR=2.618,95%CI:1.312-5.221,P=0.006)than the males(OR=1.783,95%CI:1.151-2.761,P=0.010),and in the patients ≥65 years old(OR=3.277,95%CI:1.600-6.741,P=0.001)than those<65 years old(OR=1.782,95%CI:1.076-2.949,P=0.025).Conclusion TyG index is closely associated with hypertension in patients with cerebral hemorrhage,especially in women and elderly.
3.Mechanism of Xuan Bi Decoction inhibiting acute gouty arthritis response in rats by regulating COX-2 signal pathway
Shaojing XU ; Jiayu SHI ; Ziyu XU ; Lihui XIONG ; Xin LI
Chinese Journal of Immunology 2024;40(5):1069-1074
Objective:The effect of Xuan Bi Decoction on inhibition of cyclooxygenase-2(COX-2)pathway on inflammation in rats with acute gouty arthritis(GA).Methods:Sixty SD rats randomly allocated into control group,model group,celecoxib group(20 mg/kg),Xuan Bi Decoction low-dose group(5 g/kg),Xuan Bi Decoction medium-dose group(10 g/kg),Xuan Bi Decoction high-dose group(20 g/kg),with 10 rats in each group.The classic method of Coderre was used to establish a rat gout model and observe the general condition of each group of rats;analysis of rat gait scores and joint swelling of rats;the histopathological growth of rat ankle Sy-novial membrane were observed by HE staining;the levels of inflammatory factors IL-1β,TNF-α,PGE2 and LTB4 in rats joint fluid were detected by ELISA;Western blot detection of PGE2 receptor 2(EP2)and LTB receptor 1(BLT1)expressions in rats ankle syno-vial tissue;qRT-PCR to detect the effect of mRNA expression of COX-2 and 5-lipoxygenase(5-LOX).Results:Rats in the model group had swollen joints,lameness,lusterless fur and mental lethargy;the rats in the celecoxib group and Xuan Bi Decoction low,medium and high dose groups showed effective improvement in related symptoms;compared with control group,the gait score,degree of joint swelling,degree of histopathology,IL-1β,TNF-α,PGE2,LTB4,COX-2,5-LOX,EP2 and BLT1 levels of the rats in the model group were significantly higher(P<0.05);compared with the COX-2 inhibitor celecoxib,Xuan Bi Decoction(20 g/kg)showed better anti-arthritic properties in rats treated with MSU crystals,accompanied by reduced expression of IL-1β,TNF-α,PGE2,LTB4,COX-2,5-LOX,EP2 and BLT1.Conclusion:Dual inhibition of COX-2 and 5-LOX by Xuan Bi Decoction in GA rats to improve MSU crystal-induced inflammation and may serve as a novel therapeutic strategy.
4.Oxidative phosphorylation safeguards pluripotency via UDP-N-acetylglucosamine.
Jiani CAO ; Meng LI ; Kun LIU ; Xingxing SHI ; Ning SUI ; Yuchen YAO ; Xiaojing WANG ; Shiyu LI ; Yuchang TIAN ; Shaojing TAN ; Qian ZHAO ; Liang WANG ; Xiahua CHAI ; Lin ZHANG ; Chong LIU ; Xing LI ; Zhijie CHANG ; Dong LI ; Tongbiao ZHAO
Protein & Cell 2023;14(5):376-381

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