… myocardial injury, as assessed by analysis of CK and troponin T, and better event-free survival
[78]. This beneficial effect is most likely attributable to anti-inflammatory properties of HMG…

… Increases in levels of biomarkers, such as creatine kinase or troponin (particularly with
high-sensitivity assays), above the normal range reflect myocardial injury but are unspecific and …

… In summary, the immediate response of coronary blood flow to coronary microembolization
… endothelial damage.That combination of endothelial damage and severe coronary stenosis …

… to myocardial injury and progressive cardiac dysfunction … myocardial injury. The TLR4
pathway-specific inhibitors reduced the CME-induced myocardial injury and improved the cardiac …

… coronary blood flow in response to microembolization was even proposed as an early indicator
of myocardial damage … response of coronary blood flow to coronary microembolization is …

… These periprocedural increases in biomarkers of cardiac injury are mostly transient and
only minor, and they are rarely associated with overt clinical events. While we have become …

… myocardial injury, with … myocardial injury. Blocking the TLR4/MyD88/NF-κB signaling pathway
effectively improved CME-induced myocardial inflammation and reduced myocardial injury…

… myocardial injury and investigated the possible underlying mechanisms. CME induced
myocardial injury … -3p expression which induced myocardial autophagy inhibition. These findings …

… These results indicated certain cardiac damage following CME. To evaluate the functional
significance of the NLRP3 inflammasome in CME-induced cardiac injury, we used the …

… This study hypothesized that ligustrazine attenuates CME-induced myocardial injury in
rats. This study also explored the mechanism underlying this attenuation. Methods. …