Mano Roy, Nevo Amihay, Sivan Bezalel, Morag Roy, Ben-Meir David
Unit of Pediatric Urology, Schneider Children's Medical Center, Petach Tikva, Israel; Sackler Faculty of Medicine, Tel Aviv University, Tel Aviv, Israel.
Unit of Pediatric Urology, Schneider Children's Medical Center, Petach Tikva, Israel; Sackler Faculty of Medicine, Tel Aviv University, Tel Aviv, Israel.
Urology. 2017 Jul;105:157-162. doi: 10.1016/j.urology.2017.03.038. Epub 2017 Apr 4.
To report the characteristics, treatment, and short-term outcome of neonatal post-circumcision bleeding, and to identify predictors of surgical treatment.
The medical records of 90 consecutive neonates who presented to the emergency room with post-circumcision bleeding between 2009 and 2014 were reviewed. Circumcisions were performed using the traditional Mogen shield device. The study end point was surgical intervention for hemostasis. Predictors of surgical treatment were evaluated.
An estimated total of 28,383 circumcisions were performed during the study period; thus, the post-circumcision bleeding rate was 0.32%. Initial treatment included compressive dressing in 15 infants (17%) and hemostatic dressing in 47 infants (52%); 28 infants (31%) did not require treatment upon arrival to the emergency room. Two infants (2%) received blood transfusion. Surgical treatment was required in 11 infants (12%); 10 of 43 infants (23%) with active bleeding on arrival to the emergency room required surgery compared to 1 of 47 infants (2%) without active bleeding (P = .003). Similarly, 3 of 7 infants (43%) referred from other hospitals required surgery compared to 8 of 83 infants (10%) referred from the community (P = .037). Abnormal blood tests at presentation were not associated with surgical treatment. At 1 month of follow-up, 2 infants were admitted for recurrent bleeding. Coagulation abnormalities were found in 4 infants.
Surgical treatment was required in 12% of infants presenting to the emergency room with post-circumcision bleeding. The rate of surgical intervention was significantly higher in infants with active bleeding at presentation and in those referred from other hospitals. Physicians should consider admitting infants presenting with active post-circumcision bleeding, whereas infants without active bleeding may be observed and discharged.
报告新生儿包皮环切术后出血的特征、治疗及短期结局,并确定手术治疗的预测因素。
回顾了2009年至2014年间90例因包皮环切术后出血到急诊室就诊的连续新生儿的病历。包皮环切术采用传统的莫根防护罩装置进行。研究终点为手术止血干预。评估手术治疗的预测因素。
研究期间估计共进行了28383例包皮环切术;因此,包皮环切术后出血率为0.32%。初始治疗包括15例婴儿(17%)采用压迫敷料,47例婴儿(52%)采用止血敷料;28例婴儿(31%)到急诊室时无需治疗。2例婴儿(2%)接受了输血。11例婴儿(12%)需要手术治疗;43例到达急诊室时有活动性出血的婴儿中有10例(23%)需要手术,而47例无活动性出血的婴儿中有1例(2%)需要手术(P = 0.003)。同样,7例从其他医院转诊的婴儿中有3例(43%)需要手术,而83例从社区转诊的婴儿中有8例(10%)需要手术(P = 0.037)。就诊时血液检查异常与手术治疗无关。随访1个月时,2例婴儿因复发出血入院。4例婴儿发现凝血异常。
因包皮环切术后出血到急诊室就诊的婴儿中,12%需要手术治疗。就诊时有活动性出血的婴儿和从其他医院转诊的婴儿手术干预率明显更高。医生应考虑收治有活动性包皮环切术后出血的婴儿,而无活动性出血的婴儿可观察后出院。