Department of Diagnostic and Interventional Radiology, Lausanne University Hospital and University of Lausanne, Lausanne, Switzerland.
Department of Visceral Surgery, Lausanne University Hospital and University of Lausanne, Lausanne, Switzerland.
Eur J Radiol. 2019 Nov;120:108691. doi: 10.1016/j.ejrad.2019.108691. Epub 2019 Sep 26.
To determine radiological or clinical criteria guiding treatment decisions in active lower gastrointestinal bleeding (LGIB).
We consecutively and retrospectively included all patients admitted to our emergency department for acute LGIB proven by CT angiography (CTA) from 2004 to 2017. Patients were divided into two groups depending on whether they first underwent interventional radiological (IR) or surgical treatment. Two radiologists reviewed CTA and angiographic images. Patients' hemodynamic and clinical parameters, delay between imaging and treatment, procedure characteristics, and outcomes were investigated to detect differences between the two groups.
Initial management consisted of IR in 62 cases (70.5%) and surgery in 26 (29.5%). IR cases were older than surgical cases (74.3 vs 64.3y, p = 0.014). Baseline hemodynamic parameters were similar between the two groups. For colonic bleeding sources, the delay between CTA and IR was shorter than between CTA and surgery (p = 0.027), while there was a trend towards a shorter delay for all LGIB taken together (p = 0.061). In cases with hematochezia or melena, IR was more frequently performed than surgery (p = 0.001). Surgical cases showed higher base excesses (p = 0.039) and lactate levels (p = 0.042) after treatment compared with IR cases. Length of hospital stay was similar between the two groups (p = 0.728). During angiography, 41 (66%) cases were embolized. Complications occurred in three cases after IR (7%) and in five after surgery (19%).
Initial management of active LGIB revealed by CTA (i.e. IR versus surgery), may depend on age and clinical signs, rather than hemodynamic parameters.
确定指导活动性下消化道出血(LGIB)治疗决策的放射学或临床标准。
我们连续回顾性地纳入了 2004 年至 2017 年间因 CT 血管造影(CTA)证实急性 LGIB 而收入我院急诊科的所有患者。根据患者是否首先接受介入放射学(IR)或手术治疗将患者分为两组。两位放射科医生对 CTA 和血管造影图像进行了评估。调查了患者的血流动力学和临床参数、影像学检查和治疗之间的时间延迟、手术特点和结局,以发现两组之间的差异。
初始治疗包括 62 例(70.5%)IR 和 26 例(29.5%)手术。IR 组患者比手术组患者年龄更大(74.3 岁比 64.3 岁,p=0.014)。两组患者的基线血流动力学参数相似。对于结肠出血源,CTA 与 IR 之间的延迟时间短于 CTA 与手术之间的延迟时间(p=0.027),而对于所有 LGIB 而言,这种趋势更明显(p=0.061)。对于有血便或黑便的患者,IR 的治疗频率高于手术(p=0.001)。与 IR 组相比,手术后手术组的碱剩余(p=0.039)和乳酸水平(p=0.042)更高。两组患者的住院时间相似(p=0.728)。在血管造影期间,41 例(66%)患者进行了栓塞。IR 后有 3 例(7%)和手术后有 5 例(19%)发生并发症。
CTA 发现的活动性 LGIB 的初始治疗(即 IR 与手术)可能取决于年龄和临床体征,而不是血流动力学参数。