Key result
The conventional direct approach for mitral valve surgery significantly reduced aortic clamping and cardiopulmonary bypass durations (P=0.002) compared to transseptal and superior septal techniques.
Why the study?
Achieving optimal exposure of the mitral valve during surgery poses a significant challenge, prompting comparison of perioperative and postoperative outcomes across three left atriotomy techniques.
Does the choice of left atriotomy technique (transseptal or superior septal vs conventional direct) affect perioperative and postoperative outcomes in patients undergoing mitral valve surgery?
Cohort (n=207)
Does the choice of left atriotomy technique (transseptal or superior septal vs conventional direct) affect perioperative and postoperative outcomes in patients undergoing mitral valve surgery?
All three left atriotomy techniques for mitral valve surgery demonstrate a safe profile with no significant differences in mortality or major complications, though procedural times and length of stay vary based on patient acuity and pathology.
All three atriotomy techniques show comparable safety in mitral surgery; leaves open optimal approach selection pending randomized trials.
BACKGROUND: Achieving optimal exposure of the mitral valve during surgical intervention poses a significant challenge. This study aimed to compare perioperative and postoperative outcomes associated with 3 left atriotomy techniques in mitral valve surgery-the conventional direct, transseptal, and superior septal approaches-and assess differences during the surgical procedure and the postoperative period. METHODS: Inclusion criteria were patients undergoing mitral valve surgery from January 2010 to December 2020, categorized into 3 cohorts: group 1 (conventional direct; n = 115), group 2 (transseptal; n = 33), and group 3 (superior septal; n = 59). To bolster sample size, the study included patients undergoing mitral valve surgery independently or in conjunction with other procedures (eg, coronary artery bypass grafting, aortictricuspid surgery, or maze procedure). RESULTS: No substantial variance was observed in the etiology of mitral valve disease across groups, except for a higher incidence of endocarditis in group 3 (P = .01). Group 1 exhibited a higher frequency of elective surgeries and isolated mitral valve procedures (P = .008), along with reduced aortic clamping and cardiopulmonary bypass durations (P = .002). Conversely, group 3 patients represented a greater proportion of emergency procedures (P = .01) and prolonged intensive care unit and hospital stays (P = .001). No significant disparities were detected in terms of permanent pacemaker implantation, postoperative complications, or mortality among the groups. CONCLUSION: Mitral valve operations that employed these 3 atriotomy techniques demonstrated a safe profile. The conventional direct approach notably reduced aortic clamping and cardiopulmonary bypass durations. The superior septal method was primarily employed for acute pathologies, with no significant escalation in postoperative arrhythmias or permanent pacemaker implantation, although these patients had prolonged intensive care unit and hospital stays. These outcomes may be linked to the underlying pathology and nature of the surgical intervention rather than the incision method itself.
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Démoulin et al. (2024) conducted a cohort in Mitral valve disease (n=207). Left atriotomy techniques (conventional direct, transseptal, and superior septal) vs. Compared against each other was evaluated on Perioperative and postoperative outcomes (including aortic clamping, cardiopulmonary bypass durations, complications, and mortality). The conventional direct approach for mitral valve surgery significantly reduced aortic clamping and cardiopulmonary bypass durations (P=0.002) compared to transseptal and superior septal techniques.
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