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SummaryPrevious studies have shown that the fibrinolytic activity of peritoneum is depressed in local inflammation. We measured fibrinolytic parameters in peritoneal fluid and in plasma of 10 women with pelvic inflammatory disease (PID). Nine women, in whom laparoscopy for sterilisation was performed, served as a control group.In the peritoneal fluid of women with PID, PAI-Ag, t-PA-Ag and u-PA-Ag were many times higher than in the control group. In contrast to the antigens which may be present in inert complexes, the potentially active compounds, measured as t-PA activity and plasmin-activable scu-PA, were not significantly different in the two groups, and in none of the samples was the active enzyme tcu-PA detectable. Nevertheless, the mean peritoneal fluid TDP and FbDP concentrations were about twenty times higher in the PID group than in the control group. In plasma of PID patients, none of the parameters except u-PA-Ag differed from those in the control group. The difference between control and patient plasma u-PA-Ag was statistically significant, but too small to attach any relevance to the observation.Our data suggest that, in contrast to the classical concept of decreased fibrinolytic activity as a cause of adhesion formation, intraperitoneal fibrinolysis is enhanced in peritoneal inflammation through stimulation of the local production of t-PA and u-PA. Despite concomitant production of PAI, fibrinolysis occurs at a high rate, resulting in high levels of fibrin degradation products. Since this activated fibrinolysis does not meet the demand, therapeutic enhancement should be considered to prevent adhesions.

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We report two patients with endometriosis of the rectovaginal septum in whom endovaginal ultrasound (US) and magnetic resonance imaging (MRI) played crucial roles in the diagnosis, staging, and follow-up of the disease. The specific features of endometriosis of the rectovaginal septum on MRI and transvaginal US enable a noninvasive diagnosis, thereby reducing diagnostic delay and avoiding unnecessary invasive procedures.

SummaryThe purpose of this study was to investigate differences in fibrinolytic activity in peritoneal fluid and plasma of women in the first and second part of the menstrual cycle. Given the classic concept of decreased fibrinolytic activity as a cause of adhesion formation, and if such differences are found, the stage of women’s menstrual cycle should be taken into consideration when scheduling a laparotomy.We measured fibrinolytic parameters in peritoneal fluid and plasma in eight women in the pre-ovulatory period and in eleven women in the post-ovulatory period of the menstrual cycle.There were no differences in t-PA-Ag, t-PA-Act, u-PA-Ag and scu-PA concentrations in peritoneal fluid between the pre- and post-ovulatory group. Nevertheless, PAI-1-Ag in peritoneal fluid was three-fold higher in the post-ovulatory phase (p <0.02). In peritoneal fluid the concentrations of both TDP and FbDP were three-fold higher at the same phase (p ≥0.05).Plasma u-PA-Ag and scu-PA concentrations were significantly lower (30%, p <0.05) in the post-ovulatory phase and also lower than plasma u-PA-Ag and scu-PA (measured with the same assay) in a group of 50 healthy individuals. No differences in t-PA and PAI concentration were found.In conclusion, the intraperitoneal fibrinolytic capacity might be impaired in the second part of the menstrual cycle, regarding the elevated levels of PAI-1-Ag, leading to an increased risk for postovulatory adhesion formation. The low plasma u-PA-Ag and scu- PA levels post-ovulatory may have clinical relevance.