ABSTRACT
Objective To explore the curative effect and safety of romethamine combined with dexamethasone on the postpartum hemorrhage for patients with high risk pregnancy.Methods 80 patients with high risk pregnancy were enrolled in our hospital from June 2014 to June 2016,of which patients divided into two group randomly,Group A (n =40) accepted romethamine for hemostasis treatment,and Group B (n =40) adopted romethamine combined with dexamethasone treatment.The clinical effect and hemorrhage of patients with postpartum hemorrhage were compared,and the adverse reactions were recorded and analyzed in the period of treatment.Results After treatment,the difference of total effective rate for postpartum hemorrhage from two groups was no significance.After given medicines 0.5 h respectively in delivery process,the SBP,DBP and HR of all parturient women were rising compared with before medicine administration remarkably (P ＜ 0.05),but the difference of those between two groups was no significance.Within 24 h after delivery,the hemorrhage of Group B was lower significantly than those patients in Group A (P ＜ 0.05).The difference of shock index (SI) from Group A and Group B was no significance.The incidence of nausea and vomiting in Group B was lower than those Group A significantly (P ＜ 0.05),and the case of total adverse reactions in group B was fewer significantly than those Group A (P ＜ 0.05).Conclusions The romethamine combined with dexamethasone for the postpartum hemorrhage in patients with high risk pregnancy deserved popularization in clinic,of which not only possessed remarkably clinical effect and well safety,but also controlled the postpartum hemorrhage effectively and decreased the incidence of the adverse reactions in the period of treatment.
ABSTRACT
Objective The left ventricular myocardial strain of acute myocardial infarction on cardiac magnetic resonance cine imaging was measured by feature tracking technique. The relationship between left ventricular myocardial strain and the transmural extent of Myocardial Infarction was evaluated. Methods 74 patients with acute ST segment elevation myocardial infarction were included. All theses patients received primary PCI within 12 hours. After 2 to 5 days. ECG gated steady-state free precession sequences were collected. Gadolinium contrast enhanced imaging was performed on short axis. 20 patients repeated same scan after 3 to 5 months. TomTec 2D CPA and Segment software were used to analyze the images. The peak values of the regional myocardial strain indexes. The transmural extent of myocardial infarction of segment in left ventricular was measured. Results There was no significant difference of longitudinal strain in non-infarction,non-transmural infarction and transmural infarction segments at the basal and middle segments. The circumferential strain peak and the radial strain peak of non-transmural infarction segments were lower than those of the non-infarction segments. The circumferential strain of transmural infarction segments were the lowest(basal level:-14.24％±9.05％,P<0.05;middle level:-12.71％±8.92％,P<0.05;apical level:-13.81％±11.13％, P<0.05). GLS was improved while LVDd was increased when compared the acute phase of myocardial infarction to that of 3-5 months after primary PCI. The circumferential strain and longitudinal strain of the non-transmural infarction segments was improved. The circumferential strain and radial strain of the transmural infarction segments 3-5 months later was improved as compared to the acute phase. Conclusions There was differences in myocardial strain in non-infarction,non-transmural infarction and transmural infarction segments from patients with acute ST segment elevation myocardial infarction who had accepted primary PCI. The circumferential strain and longitudinal strain of the non-transmural infarction segments were improved after 3-5 months. The circumferential strain and radial strain of the transmural infarction segments after 3-5 months was improved as compared to the acute phase. Cardiac Magnetic resonance could combine feature tracking technique with gadolinium contrast delayed enhancement technique,giving both function and tissue characteristic evaluation to the myocardial damages after acute myocardial infarction.