mitral造句
91) Objective: To evaluate methology and safty of inter-atrial septal puncture in patients undergoing percutaneous balloon mitral valvuloplasty (PBMV).
92) Objective To retrospectively review the experience of heart valve replacement after closed mitral commissurotomy in 73 cases.
93) The hemostatic characteristics were studied in patients with mitral stenosis(MS) in an attempt to confirm the existence of the prethrombotic state(PTS) and to investigate its mechanism.
94) Objective To observe and measure the anatomical structure of mitral complex in goat to accumulate comparative data for zootomy.
95) People with MVP and troublesome mitral valve regurgitation usually need treatment.
96) Objective To observe and measure the anatomical structure of mitral complex in goat, in order to accumulate data for comparative zootomy.
97) Does operation disease of prolapse of mitral valve film of a need how long?
98) This article reports the clinical study of 1063 patients who underwent percutaneous balloon mitral valvotomy (PBMV) and 1043 patients among them who did successfully (98.2%).
99) Objective To observe safty and effect of percutaneous balloon mitral valvuloplasty(PBMV) on the patients with rheumatic mitral stenosis complicated with left atrial thrombus.
100) Objective:To review the diagnosis, pathological changes and surgical experience in the treatment of myxomatous degeneration of mitral valve (MDMV).
101) Objective To summarize and analyze the clinical effect of 34 mitral insufficiency treated with mitral valvuloplasty.
102) Objective To evaluate the effects of percutaneous balloon mitral valvotomy (PBMV) for mitral stenosis (MS) with mitral regurgitation (MR).
103) Mitral and tricuspid regurgitation were much milder in group CP than that in group CP.
104) Methods Mitral regurgitation during systole were analysed retrospectively in patients with left ventricular dysfunction.
105) Background - Mitral annulus is a complex structure of poorly understood physiology.
106) The trans-esophageal cardiography showed no thrombus formation but heavy calcification of mitral valves, which was believed to be the predisposing factor of retinal arteries occlusion.
107) Objective To assess efficacy of percutaneous balloon mitral valvotomy (PBMV) with an Inoue balloon catheter in the treatment of mitral stenosis with high pulmonary hypertension.
108) Objective To study the relationship between the degree of mitral stenosis (MS) and atrial filling fraction (AFF).
109) Objective To investigate the relationship between papillary muscle dysfunction and mitral regurgitation in patient with obsolete myocardial infarction.
110) Objective:To observe whether percutaneous transluminal ballonmitral valvuloplasty (PTBMV) can improve the pulmonary function of patients with single mitral stenosis (MS).
111) A variety of methods to treat mitral regurgitation and to replace aortic and pulmonic valves have already been successfully employed in patients.
112) Conclusions RT3DE provides a simple, exact and reliable approach in the quantification of mitral stenosis.
113) Valvular heart disease, usually aortic and mitral insufficiency, can complicate a variety of systemic diseases.
114) Ten years ago in Vietnam, there were lots of patients with mitral valve disease, like mitral valve stenosis, but nowadays there is fewer, partly because of better prevention and proper treatments.
115) Objective : To analyze the characteristics and occurrence of silent mitral stenosis ( SMS ) in rheumatic heart disease.
116) Objectives: To analyse the outcome and to mechanism of complications and to propose methods for the prevention of percutaneous balloon mitral valvotomy (PBMV).
117) Objective To compare the differences of mitral valve replacement between preservation and no preservation of subvalvular apparatuses for severe mitral regurgitations with mitral stenosis.
118) Aim : To assess the effect of the totally flexible prosthetic ring in mitral and tricuspid annuloplasty.
119) It is feasible and reasonable to replace tricuspid valve with this stentless mitral homograft.
120) Results The mitral annular area were changed throughout the cardiac cycle.
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