Browsing by Author "Pilic, I. (13612571200)"
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Publication Conservative management of massive hematoperitoneum caused by ovulation in a patient with severe form of von Willebrand disease - A case report(2012) ;Terzic, M. (55519713300) ;Likic, I. (23497909500) ;Pilic, I. (13612571200) ;Bila, J. (57208312057)Knezevic, N. (35302673900)Von Willebrand disease (VWD) is the most common inherited bleeding condition that involves extended or excessive bleeding, caused by the deficiency or defect of von Willebrand factor (VWF). Hematoperitoneum as a complication of gynecologic diseases represents acute condition which is usually caused by the hemorrhagic corpus luteum or a rupture of either ectopic pregnancy or a hemorrhagic ovarian cyst. The authors present a unique case of conservatively managed massive hematoperitoneum caused by ovulation in a patient with severe form of von Willebrand disease who had right adnexectomy due to hemorrhagic corpus luteum four months prior. This conservative management by blood product and factor concentrate support could be a method of choice in selected hemodynamically stable patients. Furthermore, recurrent bleeding episodes following ovulation could be prevented by suppression of ovulation using oral contraceptive pills. - Some of the metrics are blocked by yourconsent settings
Publication Ovarian carcinoma diagnostic challenge: Large ovarian carcinoma giving umbilical subcutaneous metastases without infiltrating intestines(2018) ;Pantovic, S. (55340482900) ;Stefanovic, A. (8613866900) ;Dotlic, J. (6504769174) ;Kadija, S. (21739901200) ;Jeremic, K. (6701486495) ;Likic, I. (23497909500) ;Repac, S. (57203869589) ;Stojnic, J. (13613250800) ;Vilendecic, Z. (23996155800)Pilic, I. (13612571200)Introduction: The authors present an interesting case of large ovarian carcinoma challenging for diagnosis (with lymphonodal and umbilical subcutaneous metastases, but without infiltrating intestines and therefore causing few symptoms). Case Report: A 63-year-old patient, almost completely asymptomatic, presented with large bilateral adnexal masses. ROMA index was elevated. Abdominal and pelvic MRI scan showed presence of 20-cm mixed-consistency tumors of both ovaries and lymphedema in periumbilical subcutis. Only two parailiacal lymph nodes were enlarged. Patient had total hysterectomy with bilateral adnexectomy, selective lymphadenectomy, and excision of subcutaneous tumor. The right tumor formed the incarceration of the intestines, without infiltrating the intestinal wall. Histopathological analysis diagnosed ovarian serous papillary adenocarcinoma with metastases in lymph nodes and umbilical region subcutis. Conclusion: This report highlights that, although very rare, one of the first ovarian carcinoma manifestations can be its subcutaneous/cutaneous metastases. Additionally, lack of clear symptoms can exist in even at the advanced stage. © 2018 S.O.G. CANADA Inc. All rights reserved. - Some of the metrics are blocked by yourconsent settings
Publication Predictive factors of malignancy in patients with adnexal masses(2013) ;Terzic, M. (55519713300) ;Dotlic, J. (6504769174) ;Likic, I. (23497909500) ;Ladjevic, N. (16233432900) ;Brndusic, N. (55624352300) ;Mihailovic, T. (36098086700) ;Andrijasevic, S. (55624306100) ;Pilic, I. (13612571200)Bila, J. (57208312057)Introduction: Good preoperative tumor triage is essential for choosing the appropriate approach. Objective: The study aim was to identify factors from standard preoperatively collected data, which could predict the nature of adnexal masses prior surgery. Material and Methods: The study involved all women treated in the Clinic for Gynecology and Obstetrics Clinical Center of Serbia for adnexal tumors throughout a period of 18 months. On admission, detailed anamnestical and laboratory data were obtained and ultrasound scans were performed. Obtained data were compared with hystopathological findings of tumors. Methods of correlation and logistic regression were applied to create association models. Results: Three new models for predicting tumor nature were achieved from anamnestical data, characteristics of women and tumors, and laboratory analyses. Two statistically significant (p = 0.000) equations were obtained for anamnestical data and characteristics of women and tumors, while three were made for laboratory analyses. Sensitivity of anamnestical malignancy index (AMI) was 73.33%, specificity 72.87%, positive predictive value (PPV) 39.49% and negative predictive value (NPV) 91.88%. Sensitivity of characteristic malignancy index (CMI) was 92.38%, specificity 67.36%, PPV 40.59% and NPV 97.34%. Sensitivity of laboratory malignancy index (LMI) was 56.45%, specificity 90.24%, PPV 68.63%, and NPV 84.57%. Conclusions: The best predictors of malignancy are menopausal status, body mass index (BMI), age, metastases, ascites, tumor marker CEA level, and erythrocyte sedimentation rate (ESR). Along with the risk of malignancy index (RMI), for more reliable triage and preoperative tumor evaluation the authors propose introduction of another three indexes (AMI, CMI, LMI) in clinical practice.
