Background Proton pump inhibitors(PPIs) are recommended by the latest guidelines to reduce the risk of bleeding in acute myocardial infarction(AMI) patients treated with dual antiplatelet therapy(DAPT). However, previ...Background Proton pump inhibitors(PPIs) are recommended by the latest guidelines to reduce the risk of bleeding in acute myocardial infarction(AMI) patients treated with dual antiplatelet therapy(DAPT). However, previous pharmacodynamic and clinical studies have reported controversial results on the interaction between PPI and the P2 Y12 inhibitor clopidogrel. We investigated the impact of PPIs use on in-hospital outcomes in AMI patients, aiming to provide a new insight on the value of PPIs. Methods A total of 23,380 consecutive AMI patients who received clopidogrel with or without PPIs in the China Acute Myocardial Infarction(CAMI) registry were analyzed. The primary endpoint was major adverse cardiovascular and cerebrovascular events(MACCE) defined as a composite of in-hospital cardiac death, re-infarction and stroke. Propensity score matching(PSM) was used to control potential baseline confounders. Multivariate logistic regression analysis was performed to evaluate the effect of PPIs use on MACCE and gastrointestinal bleeding(GIB). Results Among the whole AMI population, a large majority received DAPT and 67.5% were co-medicated with PPIs. PPIs use was associated with a decreased risk of MACCE(Before PSM OR: 0.857, 95% CI: 0.742-0.990, P = 0.0359;after PSM OR: 0.862, 95% CI: 0.768-0.949, P = 0.0245) after multivariate adjustment. Patients receiving PPIs also had a lower risk of cardiac death but a higher risk of complicating with stroke. When GIB occurred, an alleviating trend of GIB severity was observed in PPIs group. Conclusions Our study is the first nation-wide large-scale study to show evidence on PPIs use in AMI patients treated with DAPT. We found that PPIs in combination with clopidogrel was associated with decreased risk for MACCE in AMI patients, and it might have a trend to mitigate GIB severity. Therefore, PPIs could become an available choice for AMI patients during hospitalization.展开更多
BACKGROUND Thoracic intervertebral foramen puncture is the key step for interventional therapy on the thoracic nerve roots or dorsal root ganglia.The anatomical features of the thoracic spine are complex,and puncture ...BACKGROUND Thoracic intervertebral foramen puncture is the key step for interventional therapy on the thoracic nerve roots or dorsal root ganglia.The anatomical features of the thoracic spine are complex,and puncture injury to the pleura,blood vessels,spinal cord,and other tissues may cause serious complications.The spatial anatomical characteristics and related parameters for thoracic intervertebral foramen puncture remain poorly understood.AIM To observe and summarize the spatially applied anatomical characteristics for intervertebral foramen puncture on different vertebral segments.METHODS A total of 88 patients(41 males and 47 females)who underwent thoracic minimally invasive interventional treatment at Nanjing Drum Tower Hospital from January 2019 to June 2020 were included.Computed tomography images of 167 thoracic vertebral segments scanned in the prone position were collected.The width of the intertransverse space(D_(P)),the height of the rib neck/head above the lower transverse process(D_(R)),the width of the lateral border of the articular process/lamina(W_(P)),and the width of the posterior border of the vertebral body(W_(V))were measured.At the upper 1/3 of the intervertebral foramina,the horizontal inclination angle(α)from the lateral border of the articular process/lamina to the posterolateral border of the vertebral body was measured.The ratios D_(R)/D_(P) and W_(P)/W_(V) were calculated.The intervertebral foramen parameters were compared between segments.RESULTS No rib head/neck occlusion(D_(R)/D_(P)>0)was found in the intertransverse spaces of T1-2 and T12-L1.The incidence of occlusion for the upper thoracic segments(T1-5,n=138),middle thoracic segments(T5-9,n=116),and lower thoracic segments(T9-L1,n=80)were 76.81%,100%,and 82.50%,respectively.The incidence of occlusion for the middle thoracic segments was significantly higher than that for the upper and lower thoracic segments(P<0.05).The incidence of>1/2 occlusion(D_(R)/D_(P)>1/2)for the upper,middle,and lower thoracic segments was 7.97%,74.14%,and 32.50%,respectively.The incidence of>1/2 occlusion for the middle thoracic segments was significantly higher than that for the upper and lower thoracic segments(P<0.05).W_(P) was longer than W_(V) on T1-2 to T9-10 and shorter than W_(V) on T10-11 to T12-L1.The horizontal puncture angle(α)into the external opening of the intervertebral foramina was positively correlated with the segments of the thoracic vertebrae from the cephalic to caudal portion(left:r=0.772,P<0.01;right:r=0.771,P<0.01),and the horizontal inclination angle for T11-12 and T12-L1 was 90°.CONCLUSION It is necessary to identify the spatial impact of the rib head/neck on the puncture path of the intervertebral foramina and design appropriate puncture angles for different segments.展开更多
基金supported by the CAMS Innovation Fund for Medical Sciences (CIFMS, 2016-I2M-1-009)Twelfth Five-Year Planning Project of the Scientific and Technological Department of China (2011BAI11B02)National Natural Science Foundation of China (No 81670415)。
文摘Background Proton pump inhibitors(PPIs) are recommended by the latest guidelines to reduce the risk of bleeding in acute myocardial infarction(AMI) patients treated with dual antiplatelet therapy(DAPT). However, previous pharmacodynamic and clinical studies have reported controversial results on the interaction between PPI and the P2 Y12 inhibitor clopidogrel. We investigated the impact of PPIs use on in-hospital outcomes in AMI patients, aiming to provide a new insight on the value of PPIs. Methods A total of 23,380 consecutive AMI patients who received clopidogrel with or without PPIs in the China Acute Myocardial Infarction(CAMI) registry were analyzed. The primary endpoint was major adverse cardiovascular and cerebrovascular events(MACCE) defined as a composite of in-hospital cardiac death, re-infarction and stroke. Propensity score matching(PSM) was used to control potential baseline confounders. Multivariate logistic regression analysis was performed to evaluate the effect of PPIs use on MACCE and gastrointestinal bleeding(GIB). Results Among the whole AMI population, a large majority received DAPT and 67.5% were co-medicated with PPIs. PPIs use was associated with a decreased risk of MACCE(Before PSM OR: 0.857, 95% CI: 0.742-0.990, P = 0.0359;after PSM OR: 0.862, 95% CI: 0.768-0.949, P = 0.0245) after multivariate adjustment. Patients receiving PPIs also had a lower risk of cardiac death but a higher risk of complicating with stroke. When GIB occurred, an alleviating trend of GIB severity was observed in PPIs group. Conclusions Our study is the first nation-wide large-scale study to show evidence on PPIs use in AMI patients treated with DAPT. We found that PPIs in combination with clopidogrel was associated with decreased risk for MACCE in AMI patients, and it might have a trend to mitigate GIB severity. Therefore, PPIs could become an available choice for AMI patients during hospitalization.
基金Supported by The Key R&D Project in Jiangsu Province,No.BE2017603 and No.BE2017675the Key Program of Medical Science and Technology Development Projects in Nanjing,No.ZKX19016.
文摘BACKGROUND Thoracic intervertebral foramen puncture is the key step for interventional therapy on the thoracic nerve roots or dorsal root ganglia.The anatomical features of the thoracic spine are complex,and puncture injury to the pleura,blood vessels,spinal cord,and other tissues may cause serious complications.The spatial anatomical characteristics and related parameters for thoracic intervertebral foramen puncture remain poorly understood.AIM To observe and summarize the spatially applied anatomical characteristics for intervertebral foramen puncture on different vertebral segments.METHODS A total of 88 patients(41 males and 47 females)who underwent thoracic minimally invasive interventional treatment at Nanjing Drum Tower Hospital from January 2019 to June 2020 were included.Computed tomography images of 167 thoracic vertebral segments scanned in the prone position were collected.The width of the intertransverse space(D_(P)),the height of the rib neck/head above the lower transverse process(D_(R)),the width of the lateral border of the articular process/lamina(W_(P)),and the width of the posterior border of the vertebral body(W_(V))were measured.At the upper 1/3 of the intervertebral foramina,the horizontal inclination angle(α)from the lateral border of the articular process/lamina to the posterolateral border of the vertebral body was measured.The ratios D_(R)/D_(P) and W_(P)/W_(V) were calculated.The intervertebral foramen parameters were compared between segments.RESULTS No rib head/neck occlusion(D_(R)/D_(P)>0)was found in the intertransverse spaces of T1-2 and T12-L1.The incidence of occlusion for the upper thoracic segments(T1-5,n=138),middle thoracic segments(T5-9,n=116),and lower thoracic segments(T9-L1,n=80)were 76.81%,100%,and 82.50%,respectively.The incidence of occlusion for the middle thoracic segments was significantly higher than that for the upper and lower thoracic segments(P<0.05).The incidence of>1/2 occlusion(D_(R)/D_(P)>1/2)for the upper,middle,and lower thoracic segments was 7.97%,74.14%,and 32.50%,respectively.The incidence of>1/2 occlusion for the middle thoracic segments was significantly higher than that for the upper and lower thoracic segments(P<0.05).W_(P) was longer than W_(V) on T1-2 to T9-10 and shorter than W_(V) on T10-11 to T12-L1.The horizontal puncture angle(α)into the external opening of the intervertebral foramina was positively correlated with the segments of the thoracic vertebrae from the cephalic to caudal portion(left:r=0.772,P<0.01;right:r=0.771,P<0.01),and the horizontal inclination angle for T11-12 and T12-L1 was 90°.CONCLUSION It is necessary to identify the spatial impact of the rib head/neck on the puncture path of the intervertebral foramina and design appropriate puncture angles for different segments.
