BACKGROUND: Adhesion formation is potentially harmful. Surgical swabs may contribute to adhesions by trauma to the peritoneum. The purpose of this study was to evaluate whether standard surgical gauze (Medipres) has an adhesion-promoting effect, and to determine whether a soft textile (Fastsorb), used in the electronics industry, might be less traumatic and therefore lead to less adhesion formation. METHODS: A reproducible rat model allowing semiquantitative scoring of adhesion formation was used. Three different adhesion models representing increasing degrees of peritoneal trauma (minimal, moderate and severe) were employed. The model inflicting minimal peritoneal trauma was combined with standardized rubbing of the peritoneum with surgical gauze or non-surgical textile. RESULTS: Minimal peritoneal trauma resulted in a significantly lower mean adhesion percentage (21 per cent) than moderate (44 per cent) or severe (60 per cent) peritoneal trauma (P < or = 0.005). Rubbing of the peritoneum with surgical gauze after minimal peritoneal trauma induced significantly more adhesion formation (58 versus 23 per cent, P < 0.0001). After minimal peritoneal trauma, rubbing with surgical gauze produced significantly more adhesions than rubbing with non-surgical textile (63 versus 19 per cent, P < 0.0001). Moreover, rubbing the peritoneum with non-surgical textile after minimal peritoneal trauma did not induce any additional adhesion formation (35 versus 24 per cent, P = 0.23). CONCLUSION: The extent of adhesion formation correlates significantly with the degree of peritoneal damage. Standard surgical gauze is traumatizing to the peritoneum and promotes adhesion formation whereas a less abrasive non-surgical textile does not.
BACKGROUND: Adhesion formation is potentially harmful. Surgical swabs may contribute to adhesions by trauma to the peritoneum. The purpose of this study was to evaluate whether standard surgical gauze (Medipres) has an adhesion-promoting effect, and to determine whether a soft textile (Fastsorb), used in the electronics industry, might be less traumatic and therefore lead to less adhesion formation. METHODS: A reproducible rat model allowing semiquantitative scoring of adhesion formation was used. Three different adhesion models representing increasing degrees of peritoneal trauma (minimal, moderate and severe) were employed. The model inflicting minimal peritoneal trauma was combined with standardized rubbing of the peritoneum with surgical gauze or non-surgical textile. RESULTS: Minimal peritoneal trauma resulted in a significantly lower mean adhesion percentage (21 per cent) than moderate (44 per cent) or severe (60 per cent) peritoneal trauma (P < or = 0.005). Rubbing of the peritoneum with surgical gauze after minimal peritoneal trauma induced significantly more adhesion formation (58 versus 23 per cent, P < 0.0001). After minimal peritoneal trauma, rubbing with surgical gauze produced significantly more adhesions than rubbing with non-surgical textile (63 versus 19 per cent, P < 0.0001). Moreover, rubbing the peritoneum with non-surgical textile after minimal peritoneal trauma did not induce any additional adhesion formation (35 versus 24 per cent, P = 0.23). CONCLUSION: The extent of adhesion formation correlates significantly with the degree of peritoneal damage. Standard surgical gauze is traumatizing to the peritoneum and promotes adhesion formation whereas a less abrasive non-surgical textile does not.
Authors: Axel Schneider; Joachim Bennek; Kasper Ø Olsen; Joachim Weiss; Wolfgang Schmidt; Udo Rolle Journal: Dig Dis Sci Date: 2006-03 Impact factor: 3.199