Moss Basil F, Moss Catherine E, Dervin Patrick, Lawrence Thomas, Jones Sophie, Thomas Stephen
Derby Teaching Hospitals NHS Foundation Trust, Department of Urology, Derby, Trauma Audit Research Network, Manchester, UK.
University of Liverpool, Liverpool, Trauma Audit Research Network, Manchester, UK.
Curr Urol. 2020 Jun;14(2):105-112. doi: 10.1159/000499251. Epub 2020 Jun 23.
The mechanism of motorcycle accidents (high speeds, pelvis behind fuel tank) may predispose to genitourinary injury (GUI) but the epidemiology is poorly understood. Previous studies have assessed GUI patterns in cyclists, and road traffic accident victims in general, but no study has analyzed GUI patterns in a large cohort of motorcyclists.
We aimed to better understand patterns of urological injuries among motorcyclists admitted to hospital. We aimed to determine any relationship between pelvic fracture and GUI patterns or severity.
The Trauma Audit Research Network was reviewed to identify motorcyclists admitted between January 2012 and December 2016 (n = 12,374). Cases were divided into riders (n = 11,926) and pillion passengers (n = 448), and the data analyzed to identify urological injuries and their associations. The associations between pelvic fracture and other injury types were tested for significance by one- and two-way .
GUI was identified in 6%. Renal trauma was the most common GUI among riders (4%) and pillions (2%). There was no statistically significant relationship between grade of renal trauma and presence of pelvic fracture. Urethral injury occurred in 0.2% of riders and passengers, and bladder injury in 0.4% of riders and 0.7% of pillions. Urethral and bladder injuries were positively associated with pelvic fracture, which was present in 81 and 92%, respectively. Testicular trauma occurred in 0.4% of riders and 0.7% of pillions. Body armor was recorded in 3% of casualties with urological trauma, and 3% overall.
A significant proportion of motorcyclists brought to accident and emergency department have GUI, most commonly renal trauma. Pelvic fracture is more common in pillion passengers than riders, and associated with urethral and bladder injuries, but it does not predict severity of renal trauma. External genital injuries are rare, but we recommend examination in the tertiary survey, as consequences of missed injury are severe. Further research is needed to explore protective effects of motorcyclist clothing.
摩托车事故的机制(高速行驶、骨盆位于油箱后方)可能易导致泌尿生殖系统损伤(GUI),但其流行病学情况尚不清楚。既往研究评估了骑自行车者以及一般道路交通事故受害者的GUI模式,但尚无研究分析大量摩托车骑行者的GUI模式。
我们旨在更好地了解入院的摩托车骑行者泌尿损伤的模式。我们旨在确定骨盆骨折与GUI模式或严重程度之间的任何关系。
对创伤审计研究网络进行回顾,以识别2012年1月至2016年12月期间入院的摩托车骑行者(n = 12374)。病例分为骑手(n = 11926)和后座乘客(n = 448),并对数据进行分析以识别泌尿损伤及其关联。通过单因素和双因素检验骨盆骨折与其他损伤类型之间的关联是否具有显著性。
6%的患者被诊断为GUI。肾外伤是骑手中最常见的GUI(4%),后座乘客中为2%。肾外伤分级与骨盆骨折的存在之间无统计学显著关系。0.2%的骑手和乘客发生尿道损伤,0.4%的骑手和0.7%的后座乘客发生膀胱损伤。尿道和膀胱损伤与骨盆骨折呈正相关,骨盆骨折分别出现在81%和92%的此类损伤患者中。0.4%的骑手和0.7%的后座乘客发生睾丸外伤。3%的泌尿创伤伤亡人员记录有防弹衣,总体比例为3%。
大量被送往急诊室的摩托车骑行者存在GUI,最常见的是肾外伤。后座乘客的骨盆骨折比骑手更常见,且与尿道和膀胱损伤相关,但它不能预测肾外伤的严重程度。外生殖器损伤很少见,但我们建议在三级检查中进行检查,因为漏诊损伤的后果很严重。需要进一步研究来探索摩托车骑行者服装的保护作用。