Related Experiment Videos
[Study on reoperation in cardiac disease]
T Isomura1, T Hisatomi, R Satou
1Second Department of Surgery, Kurume University School of Medicine.
Insights
Reoperation for acquired heart disease can achieve results comparable to primary cardiac surgery, with low early mortality. Early reoperation is recommended before patient condition deteriorates.
Area of Science:
- Cardiovascular Surgery
- Cardiac Reoperation
- Acquired Heart Disease
Context:
- Between 1988 and 1990, 65 patients underwent reoperation for acquired heart disease.
- Previous procedures included mitral commissurotomy, mitral valve replacement, and mitral repair.
- Median sternotomy was performed using a hand-operated chisel and hammer.
Purpose:
- To evaluate the outcomes of reoperation for acquired heart disease.
- To assess perioperative complications and early/late mortality.
- To determine the optimal timing for cardiac reoperation.
Summary:
- Reoperation for acquired heart disease in 65 patients showed low early mortality (1.5%) and no late deaths.
- Complications included low cardiac output syndrome, re-thoracotomy for hemorrhage, and air embolism.
- Despite increased perioperative risks, reoperation outcomes were comparable to primary cardiac operations.
Impact:
- Reoperation for acquired heart disease yields results similar to primary operations.
- Suggests reoperation should be performed proactively before significant disease progression.
- Highlights the feasibility and safety of repeat cardiac surgery with careful technique.
Abstract:
Between January in 1988 and September in 1990, 65 patients underwent reoperation for acquired heart disease. Previous operations were closed mitral commissurotomy in 19, open mitral commissurotomy in 19, mitral valve replacement in 22, aortic valve replacement in one, and mitral repair in 4. After median sternotomy performed by hand-operated chisel and hammer, minimized dissection of the adhesive lesion was achieved. During the sternotomy, two patients required additional right thoracotomy because of marked median sternal adhesion and major cardiovascular injury occurred in three patients. Cardioplegic solution was introduced in normograde fashion except in two patients. In two patients with previous MVR by porcine prosthesis severe calcification was found in the left atrial wall and the prosthesis was not removed in one. Postoperative complications were low cardiac output syndrome requiring intra-aortic balloon pumping in two, re-thoracotomy due to hemorrhage in one, and mild air embolism without neurological damage in two. There was one early death (1.5%) but no late death. Although perioperative complication seemed to increase in reoperation, post-reoperative results was as good as those in the primary cardiac operation and reoperation on cardiac surgery should be performed before losing the indication for operation.