Key result
Current anti-adhesion membranes and gels fail to effectively prevent postoperative pericardial adhesions during cardiac surgery.
Why the study?
Adhesions after cardiac surgery impair hemodynamics, complicate reoperations, and increase surgical risk, making effective preventive methods an urgent need.
The search for an ideal biodegradable barrier material to prevent postoperative pericardial adhesions in cardiac surgery remains an unmet clinical need.
Adhesions impair hemodynamics and reoperations; leaves open effective prevention strategies for prospective trials.
The article is devoted to the problem of prevention of adhesions in cardiac surgery. It was determined that the problem is urgent due to the increase in the number of heart surgeries. The formation of adhesions is a reaction of the body after surgery, which is a stage of healing and partly performs a protective function. Nevertheless, the presence of adhesions violates the mechanical properties of the heart, negatively affects central hemodynamics, complicates the surgeon’s task during repeated surgical interventions and increases the risk of repeated operations.It has been shown that at present, for the prevention of adhesions, researchers tend to use biodegradable barrier materials with biocompatibility and the ability to dissolve after performing the barrier function. The main anti-adhesion agents used in cardiac surgery are membranes and gels. The requirements for an “ideal” agent for the prevention of adhesion were determined: biocompatibility, no irritating effect, no effect on wound healing, suppression of the growth of connective tissue in the pericardium.Conclusions. Until now, none of the funds has all the necessary qualities to prevent adhesion in the pericardium. Therefore, the search for effective methods for the prevention of postoperative adhesions remains relevant for cardiac surgery.
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Шурыгин et al. (2021) conducted a review in Postoperative adhesions in cardiac surgery. Anti-adhesion agents (membranes and gels) was evaluated. Current anti-adhesion agents, such as membranes and gels, lack all the necessary qualities to effectively prevent postoperative adhesions in the pericardium during cardiac surgery.
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