Adhesions and Anti-Adhesion Systems Highlights

Area of Science:

• Gynecological surgery
• Adhesion prevention
• Fibrosis research

Background:

• Peritoneal and intrauterine cavities possess high wound-healing capacity, exemplified by the endometrium's scar-free repair during menstruation.
• Surgical trauma can trigger molecular, immune, and genetic mechanisms leading to peritoneal and intrauterine fibrosis and adhesions.
• Adhesions are a common complication of gynecological surgery, impacting organ function.

Purpose of the Study:

• To review adhesion prevention techniques in gynecological surgeries.
• To highlight the role of anti-adhesion substances in minimizing postoperative adhesions.
• To identify gaps in evidence regarding the efficacy of various prevention and adhesiolysis strategies.

Main Methods:

• Review of current literature on adhesions and anti-adhesion prevention in laparoscopic, laparotomic, and hysteroscopic surgeries.
• Discussion of promising measures, including novel intrauterine and peritoneal conditions combined with anti-adhesion substances.
• Analysis of existing evidence on surgical techniques, energy sources, distending media, and intracavitary pressure in relation to adhesion formation.

Main Results:

• No single technique has proven superior in preventing postoperative adhesions.
• Evidence regarding the efficacy of adhesiolysis techniques and adjuvant measures is limited.
• Lack of standardized classification and prognostic scoring systems for intrauterine adhesions hinders risk assessment.

Conclusions:

• Further research is needed to establish the superiority of specific anti-adhesion strategies.
• Development of a universal classification scheme and prognostic scoring system for intrauterine adhesions is essential.
• Identifying women at high risk for adhesions is necessary to optimize the use of antiadhesion barriers.