Relationship between fragmented QRS and paradoxical septal motion in coronary artery bypass graft XXXX .

@entity1 @entity63 @entity714 @entity1757 @entity10107 @entity911 @entity299 @entity8526
OBJECTIVE: @entity10107 ( @entity10107 ) can cause @entity911 in the assessment of ventricular function with scintigraphy even in the absence of @entity1757 and @entity63 . Fragmented QRS (fQRS) is associated with various @entity299 . In this study, we aimed to determine the correlation between paradoxical septal motion and fQRS after coronary artery bypass grafting (CABG). METHODS: We retrospectively reviewed the hospital records showing scintigraphic images and electrocardiograms (ECG) of the @entity1 who had undergone CABG. The @entity1 were classified based on the evaluation of motion and thickening of the septal wall. The @entity1 with regular thickening of the septal wall and abnormal motion were classified as @entity10107 (+) group. The @entity1 with normal motion and thickening of the septal wall were classified as @entity10107 (-) group. fQRS complexes are defined as various RSR patterns either with or without Q-waves on a 12-lead resting ECG. RESULTS: @entity10107 was found to be more common in fQRS @entity1 (p  <  0.001). @entity10107 was seen in 91.4  % of cases with fQRS and in 79.8  % of cases without fQRS. No significant differences were found in the phase analysis parameters. A correlation was found between septal wall motion values and the presence of fQRS (r  =  0.197, p  =  0.012). CONCLUSION: fQRS was associated with @entity10107 . fQRS may cause @entity10107 in @entity1 with CABG without @entity714 due to a @entity8526 . @entity10107 and fQRS are predictive of cardiac mortality. @entity1 diagnosed with @entity10107 and fQRS, should be monitored closely.
