Abushamma Faris, Ktaifan Mahfouz, Abdallah Abdoh, Alkarajeh Mohammad, Maree Mosab, Awadghanem Ahmed, Jaradat Ahmad, Aghbar Amir, Zyoud Sa'ed H, Keeley Francis X
Department of Medicine, College of Medicine and Health Sciences, An-Najah National University, Nablus, 44839, Palestine.
Department of Urology, An-Najah National University Hospital, Nablus, 44839, Palestine.
Int J Gen Med. 2021 Jul 30;14:4051-4059. doi: 10.2147/IJGM.S322170. eCollection 2021.
Acute ureteric colic (AUC) is generally one of the most common reasons for emergency department attendance. Expectant management is recommended in non-complicated ureteral calculi. However, data regarding the optimal duration of observation or indications of early intervention (EI) are not well understood. This article describes the clinical and radiological factors that promote EI in AUC.
This was an observational and retrospective cohort study. Patients with AUC diagnosed based on non-contrast computerized tomography (NCCT) between 2019 and 2020 were enrolled in the study. These patients were classified into two main categories: spontaneous passage of stone (SSP) and EI. In addition, a comparative analysis was performed to identify clinical and radiological variables that promote EI.
One-hundred and sixty-one patients were included. High WBCs are associated with a significant increase in EI. Forty-three percent (n=37) of patients with serum WBCs higher than 10 had an EI, while 23% had SSP (n=17;<0.001). High CRP level is also significantly associated with EI (n=36; 86%; <0.001). Upper and middle ureteral calculi are statistically associated with EI (n=54; 62%) in comparison to the SSP cohort (n=22; 30%;<0.001). EI is also linked to the maximal length of ureteric calculi (MCL) of 9 mm (6-13mm), and HU density of stone of 700 (430-990) H.U (<0.001). Ureteric stone volume of 0.2 (0.06-0.3) cm is significantly associated with EI (<0.001). Ureteral wall thickness of 3 (2-3 mm), the presence of extrarenal pelvis (n=20; 23%), and AP diameter of renal pelvis 18 (13-28 mm) are all significantly associated with a higher rate of EI (<0.001). Multiple binary logistic regression analysis showed that MCL is the strongest predictor of EI.
MCL is an independent and robust predictor of EI in AUC. Biochemical variables and radiological characteristics can also act as an adjunct to promote EI.
急性输尿管绞痛(AUC)通常是急诊科就诊的最常见原因之一。对于非复杂性输尿管结石,建议采用期待治疗。然而,关于最佳观察时长或早期干预(EI)指征的数据尚未完全明确。本文描述了在AUC中促使进行EI的临床和影像学因素。
这是一项观察性回顾性队列研究。纳入了2019年至2020年间基于非增强计算机断层扫描(NCCT)诊断为AUC的患者。这些患者被分为两大类:结石自然排出(SSP)和EI。此外,进行了对比分析以确定促使EI的临床和影像学变量。
共纳入161例患者。白细胞计数高与EI显著增加相关。血清白细胞计数高于10的患者中,43%(n = 37)进行了EI,而23%为SSP(n = 17;<0.001)。高CRP水平也与EI显著相关(n = 36;86%;<0.001)。与SSP队列(n = 22;30%;<0.001)相比,输尿管上段和中段结石与EI在统计学上相关(n = 54;62%)。EI还与输尿管结石最大长度(MCL)9 mm(6 - 13mm)以及结石HU密度700(430 - 990)H.U相关(<0.001)。输尿管结石体积0.2(0.06 - 0.3)cm与EI显著相关(<0.001)。输尿管壁厚度3(2 - 3 mm)、存在肾外肾盂(n = 20;23%)以及肾盂前后径18(13 - 28 mm)均与较高的EI发生率显著相关(<0.001)。多元二元逻辑回归分析表明,MCL是EI的最强预测指标。
MCL是AUC中EI的独立且有力的预测指标。生化变量和影像学特征也可作为促进EI的辅助因素。