1 zes in children after surgical correction of mitral insufficiency.

2 tral valve replacement for persistent severe mitral insufficiency.

3 duced left ventricular ejection fraction and mitral insufficiency and known coronary artery disease s

4 urable surgical approach to the treatment of mitral insufficiency and remains the operation of choice

5                                  Duration of mitral insufficiency appeared to be associated with the

6 cular function, mild and moderate functional mitral insufficiency are associated with significantly d

7 ts with less-than-severe functional ischemic mitral insufficiency at the time of isolated coronary ar

8 ho underwent mitral valve reconstruction for mitral insufficiency caused by isolated mitral valve end

9 notomy has been an established treatment for mitral insufficiency for over 20 years, primarily for th

10 ophageal echocardiograms demonstrated severe mitral insufficiency in 20 patients.

11 esophageal echocardiograms demonstrated mild mitral insufficiency in 6 patients and none in 16 patien

12 ral valves show promise for the treatment of mitral insufficiency in conjunction with heart failure a

13 s been recently applied to the evaluation of mitral insufficiency mechanisms.

14 e reconstruction rather than replacement for mitral insufficiency offers a number of well-accepted be

15        Mild and moderate functional ischemic mitral insufficiency present at the time of surgical rev

16 ion rather than mitral valve replacement for mitral insufficiency secondary to endocarditis.

17                      Due to remaining severe mitral insufficiency the patient had increasing pulmonar

18 s undergoing isolated surgical correction of mitral insufficiency were prospectively randomized to ei

19 air techniques are used very effectively for mitral insufficiency, whereas congenital mitral stenosis