Gorovaia Irina, Pavlov Pavel, Bagirova Aisha, Kiryukhin Andrey, Fedorenko Alexandr
Department of Surgery, The Second University Clinic, I.M. Sechenov First Moscow State Medical University (Sechenov University), Moscow, Russia.
Endoscopy Unit, The Second University Clinic, I.M. Sechenov First Moscow State Medical University (Sechenov University), Moscow, Russia.
Quant Imaging Med Surg. 2023 Apr 1;13(4):2708-2711. doi: 10.21037/qims-22-319. Epub 2023 Jan 6.
During the recent 2-year quarantine, the coronavirus disease 2019 (COVID-19) pandemic changed the course of medical treatment and posed some new challenges to the care of particularly vulnerable oncology patients. Despite the re-purposing of The Second University Clinic (Sechenov University), we still admitted many patients with colonic obstruction. The endoscopic unit was situated in a separate facility, but due to the intensive use of all of our X-ray equipment for COVID-19 patients, the question arose about the possibility of placing a stent without fluoroscopic control. Here, we present the first case report of colonic stent placement without X-ray guidance.
An 81-year-old woman was admitted in January 2021 with clinical signs of colonic obstruction. An emergency computed tomography (CT) abdominal scan revealed an irregular focal thickening of the wall of the rectosigmoid. At the medical case conference, a minimally invasive intervention was recommended to decompress the intestine and prepare the patient for radical surgery. A colonoscopy of the rectosigmoid area showed circumferential tumor infiltration with narrowing of the lumen to approximately 3 mm. Bowel decompression was performed by placing a self-expandable metallic stent (SEMS) via colonoscopy without fluoroscopic monitoring. After performing the stenting procedure, the patient's clinical symptoms were relieved, and she reported passing of stool and gases, pain reduction, and reduction of abdominal bloating.
In 6 months we performed 13 colonic stentings with effective decompression of the intestines without any complications. From our point of view, our forced clinical experience showed us that in desperate situations with severely impacted patients, an experienced endoscopic team can perform colonic stenting without direct X-ray navigation (provided there is the appropriate selection of stent design and size according to findings on a preliminary CT scan), if due to unforeseen circumstances an X-ray is unavailable.
在最近为期两年的隔离期间,2019冠状病毒病(COVID-19)大流行改变了医疗进程,给特别脆弱的肿瘤患者护理带来了一些新挑战。尽管第二大学诊所(谢马什克大学)重新调整了用途,但我们仍收治了许多结肠梗阻患者。内镜科室位于一个单独的设施中,但由于我们所有的X射线设备都用于COVID-19患者的密集治疗,因此出现了在无荧光镜控制的情况下放置支架的可能性问题。在此,我们展示首例无X射线引导下结肠支架置入的病例报告。
一名81岁女性于2021年1月因结肠梗阻的临床症状入院。腹部急诊计算机断层扫描(CT)显示直肠乙状结肠壁有不规则局灶性增厚。在医疗病例讨论会上,建议进行微创干预以解除肠道梗阻,并为患者进行根治性手术做准备。对直肠乙状结肠区域进行结肠镜检查显示,肿瘤呈环形浸润,管腔狭窄至约3毫米。在无荧光镜监测的情况下,通过结肠镜置入自膨式金属支架(SEMS)进行肠道减压。置入支架后,患者的临床症状得到缓解,她报告已排便排气、疼痛减轻且腹胀缓解。
在6个月内,我们进行了13例结肠支架置入术,有效解除了肠道梗阻,且无任何并发症。在我们看来,我们的这种被迫获得的临床经验表明,在患者病情严重的危急情况下,如果由于不可预见的情况无法获得X射线,一个经验丰富的内镜团队可以在无直接X射线导航的情况下进行结肠支架置入(前提是根据初步CT扫描结果适当选择支架设计和尺寸)。