The aim of this study is to assess patients treated for esophageal foreign bodies. The charts of patients (n=177), between January 1994 and April 2009, were investigated retrospectively. Patients' age and gender, locations and types of foreign bodies (FBs) and interventions were taken into consideration. Fifty-seven percent of the patients were male. The youngest patient was 6 months, whereas the oldest was 83 years old. The median age was 9 years. Half of the patients were in their first decade. Treatment took place 11 h (ranging from 1 to 120 h) after impaction of the FB. One hundred fifty-two FBs were removed in 177 patients. Our negative esophagoscopy (n=25) rate was 14%. The FBs were radiopaque in 75% (n=114) and were commonly (71%; n=109) located in the cervical esophagus. Metallic coins (n=81-53%) were the most commonly observed inorganic FB while bones and/or meat impaction (n=54-35%) were the most frequent organic FB. A total of 182 endoscopic interventions were performed on these patients. One hundred eleven of them were esophagoscopy and the remaining 71 were direct laryngoscopy. The FB was pushed into the stomach in 11 patients. Our morbidity rate was 1.6% (n=3). Iatrogenic perforation occurred in two patients. There was no mortality. Esophageal FBs may vary in type: sharp or round objects, metallic, plastic or organic material. FBs are commonly found at pharyngoesophageal junction and usually removed by McGill forceps. Rigid esophagoscopy is used for children and adults because of its large working channel. Rigid instruments are considered reliable and safe for extracting foreign bodies.
The production of fatty acids from simple nutrients occurs via a complex biosynthetic pathway with dozens of intermediate compounds and multiple branch points. Despite its importance for microbial physiology and biotechnology, critical aspects of fatty acid biosynthesis, especially dynamics of in vivo regulation, remain poorly characterized. We have developed a liquid chromatography/mass spectroscopy (LC-MS) method for relative quantification of fatty acid synthesis intermediates in Escherichia coli, a model organism for studies of fatty acid metabolism. The acyl carrier protein, a vehicle for the substrates and intermediates of fatty acid synthesis, is extracted from E. coli, proteolytically digested, resolved using reverse-phase LC, and detected using electrospray ionization coupled with a tandem MS. Our method reliably resolves 21 intermediates of fatty acid synthesis, with an average relative standard deviation in ratios of individual acyl-ACP species to total ACP concentrations of 20%. We demonstrate that fast sampling and quenching of cells is essential to accurately characterize intracellular concentrations of ACP species. We apply our method to examine the rapid response of fatty acid metabolism to the antibiotic cerulenin. We anticipate that our method will enable the characterization of in vivo regulation and kinetics of microbial fatty acid synthesis at unprecedented detail and will improve integration of fatty acid synthesis into models of microbial metabolism.
HighlightsClass E injuries are the most common major bile duct injuries and can cause serious clinical condition including bile leak.Iatrogenic operative injuries may be a cause of spontaneous postoperative choledochoduodenal fistula even in transaction type complete injuries.Spontaneous closure of a postoperative bile fistula doesn’t guarantee that it is not a transaction type injury.
BACKGROUND: Fournier gangrene (FG) is a rapidly progressive soft-tissue necrosis that may be life-threating unless aggressive treatment is applied immediately. FG severity index was described first by Laor et al. to predict mortality rate but there are few studies on the prognostic significance of FG severity index and especially the microbial agents isolated from debridement on patient prognosis. Hence, in the present study, it has been aimed to investigate the significance of FG severity index and infective agents on hospital stay, frequency of debridement, and mortality. METHODS: Thirty-four patients who were operated with the diagnosis of FG between January 2013 and January 2018 were retrospectively analyzed. FG severity index scores in admission were calculated and patient was divided into two groups according to the cutoff value of FG severity index. Patient was categorized according to the microbial agents isolated from debridement cultures. Patient characteristics were compared between the group of survivors and non-survivors. The effect of FG severity index and microbial agent type on hospital stay, frequency of debridement, and mortality was analyzed. RESULTS: It was found that mortality rate was significantly higher in the group of FG severity index score >9 than the other group (100% vs. 6.7%; p=0.001>) and it was observed that FG severity index had predicted the mortality rate as 100% and survival rate as 93.3% but there were no significant relation between FG severity index with the frequency of debridement and hospital stay. The mortality rate (50% vs. 4.2%; p=0.005) and frequency of debridement (3.10±0.73 vs. 2.00±0.72; p=0.001) were significantly higher in the subgroup of patient infected with clostridial and atypical agents. CONCLUSION: FG severity index was found to be insufficient in determining the frequency of debridement and the hospital stay but it accurately predicts the rates of mortality and survival. The patients who were infected with clostridial and atypical agents are more likely to develop mortality and tend to be need more aggressive surgical interventions than the others.
Surgery is the only treatment method in pancreatic cancer. Unfortunately, metastatic diseases or invasion of the main vascular structures are observed in a majority of cases at the time of diagnosis; these structures originate from the body, neck, and tail of the pancreas and are considered inoperable. The first celiac artery resection for the treatment of cancer was described by Appleby in 1953. Here, we describe our hepatic artery reconstruction technique in a case with pancreatic body cancer. A 37-year-old male patient was admitted to our emergency department due to syncope. The patient was diagnosed with acute renal failure secondary to fluid loss. Thereafter, his general condition was stable and laboratory results improved. Abdominal computed tomography was performed. Pancreatic cancer originating from the pancreatic body was detected. A pancreatic biopsy was performed and neoadjuvant gemcitabine and paclitaxel chemoradiotherapy were initiated. Surgical treatment was recommended for the identification of regression after neoadjuvant chemoradiotherapy. Following intraoperative Doppler ultrasonography, en bloc distal pancreatectomy and splenectomy involving the celiac artery trunk and total gastrectomy were performed. However, surgical margin reliability in frozen section revealed that the tumor was still present. Therefore, the surgical procedure was replaced with total pancreaticoduodenectomy. Hepatic artery reconstruction was performed from the left main iliac artery using a 4-mm ringed GORE-TEX® graft. The iliac-hepatic bypass for hepatic artery reconstruction in pancreatic cancer could be an alternative surgical technique.
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