RESUMO
INTRODUCTION AND IMPORTANCE: Colocolic intussusception occur in less than 5 % of all cases of intussusception. Median age at presentation is 4.4 years. Usually presents with features of intestinal obstruction. Common causes include pathological lead points like juvenile polyps, Meckel's diverticulum and lymphoma. However, rarely occurs without an organic cause as presented in the index case. CASE PRESENTATION: We present a case of colocolic intussusception in a 5-year-old boy with clinical evidence of blood-stained mucoid stools, abdominal distention and post prandial vomiting. CT-scan confirmed the clinical diagnosis. Surgical exploration revealed left-sided colocolic intussusception without a pathological lead point. CLINICAL DISCUSSION: Most cases of colonic intussusception have a pathological lead point. Clinical features are unspecific but mostly present with intestinal obstruction, hence, a CT-scan aids in establishing the diagnosis. CONCLUSION: Colocolic intussusception is a rare subtype of intussusception in the paediatric age group especially in the absence of a pathological lead point. This case report presents a rare case of colocolic intussusception without pathological lead point, highlighting the importance of advanced imaging modalities like CT-scan in establishing the diagnosis and guiding management.
RESUMO
INTRODUCTION AND IMPORTANCE: Sacrococcygeal teratoma is a rare extragonadal germ cell tumor occurring at the lower end of the back. It is congenital, and can be diagnosed in utero or just after birth. These tumors are sporadic in nature, more common in females than in males. They can be solid, cystic or a mixture of the two in consistency. Authors present this case to share their experience because these congenital tumors are rare and a lapse in appropriate management can be devastating because of chances of recurrence and the possibility of a malignant nature of the disease. CASE PRESENTATION: Authors in this case present a baby that was referred to their center 5 days post vaginal delivery with a huge mass on the sacrococcygeal region. MRI revealed sacrococcygeal teratoma type II. Wide local excision was done. Tumor margins were microscopically negative. The patient recovered well and was discharged. The patient did not require adjuvant treatment. CLINICAL DISCUSSION: Routine obstetric ultrasound can diagnose sacrococcygeal teratoma with 100 % sensitivity. Fetuses with tumors <5 cm in size can be delivered vaginally. Tumors larger than that should be delivered at term through cesarean section. High risk sacrococcygeal teratomas can be delivered at 28 weeks of gestation by cesarean section followed by ex-utero intrapartum therapy. MRI is useful to assess the intrapelvic extent of the tumor and to plan management. Surgical intervention should be done after delivery. CONCLUSION: Intrauterine diagnosis is not an indication for termination of pregnancy. Surgical resection with negative margins provides a cure. Histological examination of the tumor is mandatory. For malignant sacrococcygeal teratomas, adjuvant chemotherapy is necessary for positive tumor margin after surgical resection. Positive margins may require chemotherapy. Neoadjuvant chemotherapy may be used for tumor debulking prior to surgery if the tumor infiltrates neighboring structures or is metastatic.
