GIST is not all that it seems.

We present a 41-year-old female who was admitted to our hospital with a history of 2-month epigastric pain and vomiting. Physical examination was normal. Upper gastrointestinal endoscopy showed a sessile submucosal tumor with central ulceration in the gastric body-antrum. Biopsies revealed a gastric mucosa without changes. Nevertheless, endoscopic ultrasound-guided biopsies showed interlacing bundles of spindle cells. The immunohistochemical study was negative for CD117 and smooth muscle actin and positive for S100 protein. A CT scan identified a heterogeneous mass in the stomach wall.

[Delayed right hepatic artery haemorrhage after iatrogenic gallbladder by laparoscopic cholecystectomy that required a liver transplant due to acute liver failure: clinical case and review of the literature]. / Hemorragia diferida de la arteria hepática derecha tras iatrogenia biliar por colecistectomía laparoscópica que precisó trasplante hepático por insuficiencia hepática aguda: caso clínico y revisión de la literatura.

INTRODUCTION: Right hepatic artery (RHA) injury after laparoscopic cholecystectomy (LC) may go unnoticed clinically, but can sometimes cause necrosis of the right lobe. Exceptionally, when the necrosis spreads to segment IV, fulminant liver failure (FLF) may occur, and an urgent liver transplantation (LT) may be required. PATIENTS AND METHOD: We provide a review of the literature on patients with indication for an LT due to vascular damage caused by bile duct injury following LC. The case reported herein is the fourth described in the specialized literature of LT due to RHA injury after LC and the second of FLF after RHA injury. RESULTS: LT due to RHA injury was performed in 3 of 13 patients reported in the literature: one LT was performed at 3 months due to FLF, after an extended right hepatectomy was performed, and the remaining two were performed due to secondary biliary cirrhosis. Our patient was transplanted due to FLF 15 days after the injury. CONCLUSIONS: RHA injury after LC may require LT due to FLF. Although exceptional, this possibility should be considered when there are RHA complications that may require occlusion.

Prediction of hypocalcemia after total thyroidectomy using indocyanine green angiography of parathyroid glands: A simple quantitative scoring system.

BACKGROUND: Hypocalcemia is one of the most common complications after total thyroidectomy. Recently, indocyanine green (ICG) angiography of the parathyroid glands (PGs) has been suggested as a reliable tool for predicting postoperative hypocalcemia. The aim of our study was to evaluate the performance of a simple quantitative score based on ICG angiography of the PGs (4-ICG score) for predicting postoperative hypocalcemia. METHODS: Thirty nine consecutive patients who underwent total thyroidectomy for multinodular goiter were included. For each patient, the 4-ICG score was calculated, adding the individual viability value of the four PGs. Discrimination and correlation analyses were performed. RESULTS: In 32/39 patients, the four PGs were identified. Patients with postoperative hypocalcemia (n = 6, 19%) had a lower 4-ICG score (2.5 [1.8-3.3] vs. 4.0 [3.0-6.0]; p = 0.003). The 4-ICG score showed good discrimination in terms of predicting postoperative hypocalcemia (AUC = 0.875 (0.710-0.965); p = 0.001) and a good correlation with postoperative parathyroid function. CONCLUSIONS: The 4-ICG score predicts postoperative hypocalcemia and correlates well with postoperative parathyroid function in patients undergoing total thyroidectomy for multinodular goiter.

[Laparoscopic resection of the left segments of the liver: the "ideal technique" in experienced centres?]. / La resección laparoscópica de los segmentos del lóbulo hepático izquierdo debe ser el abordaje inicial en centros con experiencia.

INTRODUCTION: The resection of tumours of the anatomical left lobe is normally straightforward using either left lateral sectionectomy (LLSEC) or segmentectomy II or III. Our objective is to present the results of the laparoscopic approach and to consider whether this could be the "ideal technique" in liver surgery units where the surgeons have experience of laparoscopic liver surgery (LLSURG). PATIENTS AND METHODS: We have studied patients with resected solid tumours of the anatomical left lobe using LLSURG (n=18): 10 cases with LLSEC and 8 cases with segmentectomy II or III. We carried out a comparative study with a control group of 18 patients operated on using the same surgical technique using open surgery (OS). RESULTS: There were no cases of mortality in either of the 2 groups (n=36). Morbidity was similar (5.5% per group). For LLSEC, the LLSURG group (n=10) had a shorter hospital stay (p=0.005) and less surgical time (141 vs. 159 min) (differences not significant.), than the OS group. For segmentary resections II or III, in the LLSURG group (n=8) there was greater use of the Pringle manoeuvre (p=0.05), greater surgical time (p=0.05) and a shorter hospital stay (4.8 vs. 5.6 days) (differences not significant), than in the OS group. CONCLUSIONS: LLSEC should be carried out by laparoscopy in centres where they have considerable experience. The patients may have a shorter hospital stay and spend less time in surgery than when OS is performed, with the same morbidity and mortality rates. Segmentectomy resections II or III carried out by laparoscopy involve a shorter hospital stay but longer surgery time and therefore the advantages are not as evident as they are for LLSEC.