Das Prasenjit, Malik Rohan, Kaul Sanjeevani, Makharia Govind K
Departments of Pathology, All India Institute of Medical Sciences, New Delhi, India.
Pediatric Gastroenterology, All India Institute of Medical Sciences, New Delhi, India.
Gastroenterol Hepatol Bed Bench. 2023;16(2):225-229. doi: 10.22037/ghfbb.v16i1.2731.
The causes of intractable diarrhoea in infancy are varied, and can be classified into enteropathic and non-enteropathic groups. Congenital tufting enteropathy (CTE) is a rare cause of enteropathic form of intractable diarrhoea in infants requiring nutritional supplementation. We herein report a case of CTE in a one-year-old female child who presented with recurrent abdominal distension, frequent watery diarrhoea and marked stunted growth soon after birth. A systematic clinical, laboratory and pathological evaluation brought out the etiology, followed by genotypic confirmation. Histological examination revealed mild villous abnormality with presence of epithelial tufts both in the villous and crypt surface, in the duodenum and rectal biopsies supported by complete loss of MOC31 staining. Deep sequencing revealed homozygous 3' splice mutation at intron 5 of the EPCAM gene (c.556-14A>G). She was given TPN support and discharged with weight gain under home-based parenteral nutrition supplement. This case brings out the need for a multidisciplinary team approach to reveal underlying the cause of infantile intractable diarrhoea and report a favorable outcome with nutritional supplementation.
婴儿期难治性腹泻的病因多种多样,可分为肠道病变型和非肠道病变型。先天性簇绒性肠病(CTE)是婴儿期肠道病变型难治性腹泻的一种罕见病因,需要营养补充。我们在此报告一例一岁女童的CTE病例,该患儿出生后不久即出现反复腹胀、频繁水样腹泻和明显生长发育迟缓。通过系统的临床、实验室和病理评估明确了病因,随后进行了基因分型确认。组织学检查显示,十二指肠和直肠活检显示轻度绒毛异常,绒毛和隐窝表面均有上皮簇,MOC31染色完全缺失。深度测序显示EPCAM基因第5内含子存在纯合3'剪接突变(c.556-14A>G)。给予她全胃肠外营养支持,在家中接受肠外营养补充后体重增加出院。该病例表明,需要多学科团队方法来揭示婴儿难治性腹泻的潜在病因,并报告营养补充取得的良好结果。