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“自上而下靶向”方法用于尿路感染的研究:对1000名儿童队列进行的10年随访研究

'Targeted top down' approach for the investigation of UTI: A 10-year follow-up study in a cohort of 1000 children.

作者信息

Broadis E, Kronfli R, Flett M E, Cascio S, O'Toole S J

机构信息

Department of Paediatric Surgery, The Royal Hospital for Children, 1345 Govan Road, G51 4TF, Glasgow, Scotland, UK.

Department of Paediatric Surgery, The Royal Hospital for Children, 1345 Govan Road, G51 4TF, Glasgow, Scotland, UK.

出版信息

J Pediatr Urol. 2016 Feb;12(1):39.e1-6. doi: 10.1016/j.jpurol.2015.07.006. Epub 2015 Aug 21.

DOI:10.1016/j.jpurol.2015.07.006
PMID:26586296
Abstract

INTRODUCTION

Investigations following urinary tract infection (UTI) aim to identify children who are prone to renal scarring, which may be preventable. In 2002, in an attempt to reduce unnecessary intervention, the present institution standardised the investigation of children with a confirmed UTI.

OBJECTIVE

This study aimed to identify the significance of urological abnormalities on investigations following a UTI in children, prior to the introduction of the National Institute for Health and Care Excellence (NICE) guidelines.

METHODS

Clinical information on the first 1000 patients was retrieved from a prospective UTI hospital database. The follow-up period was 10 years.

RESULTS

There were 180 males and 820 females (M:F = 1:4.5). The median age of presentation was 5 years (range 11 days-16 years). A renal ultrasound (US) was performed on all patients, and was normal in 93% of cases (n = 889) (see Figure). Of the 7% who had an abnormal US (n = 71), 54 were female and 17 male (M:F = 1:3). A total of 372 DMSA scans were requested and 350 attended their appointment. Of these, 278 cases (79%) were reported as normal, while 72 had an abnormality documented. Of these 72 patients with abnormalities on DMSA scan, 49 had a repeat DMSA scan: 30 demonstrated permanent scarring, while the DMSA scan became normal in 19. Sixteen of the 278 patients whose DMSA scan was initially normal had a repeat DMSA scan due to symptoms, and all scans were normal. Twelve (1.2%) patients required surgical intervention: three underwent circumcision for recurrent UTIs; three underwent endoscopic treatment of VUR; one had a PUV resection; one underwent a cystoscopy; three had a pyeloplasty for pelvi-ureteric junction obstruction; and one had a ureteric reimplantation for vesico-ureteric junction obstruction. After initial investigations and management, 936 patients were discharged from the UTI clinic: 47 of them re-presented - 40 with recurrent UTIs and seven with dysuria. Thirty-five of the 47 children who re-presented with urological symptoms underwent a DMSA scan, which showed scarring in three (6%).

DISCUSSION

Only 12% of children have a significant radiological abnormality picked up on investigation following a UTI. The present investigation approach differed from the NICE guidelines, where imaging is based on patient age and characteristics of the UTI. All children had a renal US, while DMSA scans were reserved for those children <1 year of age or those with upper tract symptoms. The present protocol recommended a renal US in all children presenting with a UTI. This promptly identified those with pelvi-ureteric junction obstruction and those with PUV, who all presented >6 months of age with a single UTI and, therefore, based on the NICE guidelines would not have undergone a renal US. Of the children who re-presented with further UTIs, a significant number were found to have dysfunctional voiding. As this link is well reported, it may be appropriate to screen for this in older children at initial presentation. Only three patients, who had a US at presentation, were subsequently found to have scarring on DMSA. After 10 years of follow-up, this could represent a false negative rate of 0.3% for the screening programme. None of the girls were found to have VUR or needed any surgical intervention, which suggested that early identification of the scarring might not have altered management. Few patients required surgical intervention, all of whom were identified early. No patient who re-presented required intervention. This would suggest that the present protocol is effective at picking up abnormalities that require surgical management.

CONCLUSION

This study suggested that after a childhood UTI, the liberal use of renal ultrasound and a focused 'top down' approach to investigation is likely to identify the vast majority of children who require intervention.

摘要

引言

尿路感染(UTI)后的检查旨在识别易发生肾瘢痕形成的儿童,而肾瘢痕形成或许是可预防的。2002年,为减少不必要的干预,本机构对确诊UTI的儿童检查进行了标准化。

目的

本研究旨在确定在英国国家卫生与临床优化研究所(NICE)指南出台之前,儿童UTI后检查中泌尿系统异常的意义。

方法

从一个前瞻性UTI医院数据库中检索了前1000例患者的临床信息。随访期为10年。

结果

男性180例,女性820例(男:女 = 1:4.5)。就诊时的中位年龄为5岁(范围11天至16岁)。所有患者均接受了肾脏超声(US)检查,93%的病例(n = 889)结果正常(见图)。在超声异常的7%患者(n = 71)中,54例为女性,17例为男性(男:女 = 1:3)。共要求进行372次二巯基丁二酸(DMSA)扫描,350例患者如约进行了检查。其中,278例(79%)报告为正常,72例记录有异常。在这72例DMSA扫描异常的患者中,49例进行了重复DMSA扫描:30例显示有永久性瘢痕形成,19例DMSA扫描恢复正常。最初DMSA扫描正常的278例患者中有16例因症状进行了重复DMSA扫描,所有扫描结果均正常。12例(1.2%)患者需要手术干预:3例因复发性UTI接受了包皮环切术;3例接受了膀胱输尿管反流的内镜治疗;1例进行了后尿道瓣膜切除术;1例接受了膀胱镜检查;3例因肾盂输尿管连接处梗阻接受了肾盂成形术;1例因膀胱输尿管连接处梗阻接受了输尿管再植术。经过初步检查和处理,936例患者从UTI诊所出院:其中47例再次就诊——40例为复发性UTI,7例为排尿困难。47例再次出现泌尿系统症状的儿童中有35例进行了DMSA扫描,其中3例(6%)显示有瘢痕形成。

讨论

仅12%的儿童在UTI后的检查中发现有明显的放射学异常。目前的检查方法与NICE指南不同,NICE指南中成像检查基于患者年龄和UTI的特征。所有儿童均进行了肾脏超声检查,而DMSA扫描仅用于1岁以下儿童或有上尿路症状的儿童。本方案建议对所有UTI患儿进行肾脏超声检查。这能迅速识别出那些患有肾盂输尿管连接处梗阻和后尿道瓣膜的患儿,他们均在6个月龄以上且仅患一次UTI,因此,按照NICE指南,他们本不会接受肾脏超声检查。在再次出现UTI的儿童中,发现有相当数量的儿童存在排尿功能障碍。由于这种关联已有充分报道,或许在初次就诊时对大龄儿童进行此项筛查是合适的。就诊时进行超声检查者中,仅有3例随后在DMSA检查中发现有瘢痕形成。经过10年随访,这可能代表筛查方案的假阴性率为0.3%。未发现女孩有膀胱输尿管反流或需要任何手术干预,这表明早期发现瘢痕形成可能并未改变治疗方案。很少有患者需要手术干预,且所有患者均被早期识别。再次就诊的患者均无需干预。这表明本方案在发现需要手术治疗的异常情况方面是有效的。

结论

本研究表明,儿童UTI后,广泛使用肾脏超声检查并采用针对性的“自上而下”检查方法,可能会识别出绝大多数需要干预的儿童。

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