Active clinical trials for "Abdomen, Acute"

In this study, it was aimed to investigate the analgesic efficacy of the preoperatively applied Transversus Abdominis Plane (TAP) Block in the management of acute appendicitis-related abdominal pain and post-appendectomy pain.

At present, CT is the gold standard in the assessment of patients with acute abdomen. Yet, one CT of the abdomen exposes patients to a radiation dose equivalent to several years of background radiation. MR can be expected to yield the same information without ionizing radiation, but tends to be more time consuming. In this study, patients with nontraumatic acute abdominal pain referred to CT of the abdomen by the department of surgery will also have performed an additional MR scan covering the entire abdomen with few fast imaging sequences in approximately 15min. CT is the diagnostic test. The MR scan is only used for scientific purposes. It will be evaluated by a radiologist blinded for the results of the CT scan. Fourteen days after admission, a final diagnosis is established based on clinical, peroperative, pathological and lab. findings. The performance of CT and MR will then be compared. The investigators hypothesize that MR can provide a diagnostic accuracy comparable to CT.

In this single-center retrospective study we wanted to investigate mortality and postoperative complications after emergency laparotomy performed in patients aged 80 years or above.

In this retrospective observational case study, the investigators review the clinical experience with pressure-pain algometry in children with suspected appendicitis. The investigators hypothesized that algometry can discriminate children with appendicitis from children without appendicitis and aimed to determine the diagnostic accuracy of algometry, compared to ultrasound imaging and clinical assessment.

The refeeding syndrome has been reported without any evidence of prolopnged semistarvation, thus being different from the traditional disease. The investigators wanted to investigate, if sodium infusions could be part of the explanation.

Introduction 'Emergency Laparotomy' is an umbrella term for a set of commonly performed procedures which are known to carry a significant risk of mortality and morbidity. Previous work has shown considerable inter-hospital variation in emergency laparotomy outcomes within the United Kingdom. It is unknown whether there are significant differences in outcomes following laparotomy which may be explained by geographic factors. Aims The aim of this study is to describe emergency laparotomy outcomes in Scotland as they vary by the urban-rural nature of the patient's home location and travel time from hospital. Methods This research study is a retrospective observational enquiry which will utilise administrative data from the Information Services Division (ISD) of NHS National Services Scotland. Patient episodes will be identified by a set of procedure codes for emergency laparotomy, and the urban-rural classification of patients will be derived from postcode data. Travel time from hospital will also be derived from postcode data. The investigators will study a 10 year period from January 2001 to December 2010. The primary outcome measure will be risk-adjusted 30 day/inpatient mortality, and secondary outcome measures will be 30 day readmission rate, 30 day re-operation rate and post-operative length of stay.

Introduction 'Emergency Laparotomy' is an umbrella term for a set of commonly performed procedures which are known to carry a significant risk of mortality and morbidity. Previous work has shown considerable inter-hospital variation in emergency laparotomy outcomes within the United Kingdom. It is unknown whether there are significant differences in outcomes following laparotomy which may be explained by differences in hospital procedural volume. Aims The aim of this study is to compare emergency laparotomy outcomes in Scotland as they vary by hospital procedural volume. Methods This research study is a retrospective observational enquiry which will utilise administrative data from the Information Services Division (ISD) of NHS National Services Scotland. Patient episodes will be identified by a set of procedure codes for emergency laparotomy. The primary outcome measure will be risk-adjusted 30 day/inpatient mortality, and secondary outcome measures will be 30 day readmission rate, 30 day re-operation rate and length of stay.

Coronaviruses are a large family of viruses that can cause mild to severe respiratory infections. 2019-nCoV is a novel coronavirus that was discovered in Wuhan, China. Since its discovery in humans in late 2019, it has had a global, rapid spread. Dry cough, fever, and fatigue are the most common symptoms in the first two to 14 days after exposure. At the moment, it is unknown how common gastrointestinal symptoms are. However, COVID-19's initial clinical presentations have become more evident as the pandemic has progressed and case data has been gathered, and literature suggests that digestive symptoms are prevalent . In a recent systematic review and meta-analysis of 47 studies involving 10,890 patients with COVID-19, the pooled prevalence of gastrointestinal symptoms were 7.7 % for diarrhea, 7.8% for nausea/vomiting, and 2.7% for abdominal pain. Only a few cases of isolated abdominal pain have been reported. A wide range of diseases can cause acute abdominal pain, and diagnosing them can be difficult. The examining physician should prioritize life-threatening conditions that may necessitate immediate surgical intervention with such a broad differential diagnosis to avoid further mortality or morbidity. The objective of this study was to determine the characteristics, incidence, severity and of acute abdominal pain (medical and surgical causes) during the COVID-19 pandemic.

The acute abdomen is one of the most frequent causes for presentation to the emergency department. Imaging plays an important role for an accurate diagnosis, which in turn diminishes morbidity and mortality Jastaniah and Salih demonstrate optimum CT aspects and emphasize on the important features of CT for those patients presenting with an acute abdominal pain at the Emergency Department. The reported data by this study are based on the author working experience, which forms a continuous protocol adjustment process. The present study provides evidence that CT would result in definite diagnosis of patients with abdominal pain in terms of the detection of some urgent conditions . The acute abdomen may be defined generally as an intra-abdominal process causing severe pain and often requiring medical or surgical intervention. The acute abdomen is a frequent entity at the Emergency Department, the acute abdomen may be life threatening and so rapid diagnosis of patients presenting with acute abdominal pain is required . Diagnostic work-up with imaging can consist of plain X-ray, ultrasonography (US), computed tomography (CT) and even diagnostic laparoscopy. During the last decade, a trend towards increased use of computed tomography in patients with abdominal pain can be seen. In general, acute abdominal pain is responsible for about 10% of total number of patients visiting the emergency. Quick and precise diagnosis for the urgent cases is usually vital for treatment. Medical imaging is commonly used for the diagnosis of most acute abdomen pain. Abdomen and pelvis are reviewed by CT scan. Specifically, in cases of acute abdomen complain.

The study hypothesis is a haptic sensor can aid in the evaluation of the acute abdomen. Investigators from the MSU Department of Surgery in Collaboration with MSU Engineering are assessing the ability of a non invasive, optical device that is placed on a patients abdomen (much like an ultrasound transducer) to evaluate a patient with an acute abdominal presentation. Conditions such as appendicitis, cholecystitis, diverticulitis or small bowel obstruction will be examined with the haptic device. Data will be collected by the device and later compared to the abdominal findings recorded from an examination conducted by the principle investigator who is a surgeon. The surgeon will not have acess to data collected by the haptic sensor and therefore it will have no impact on the decision making process in the care of the patient. The impact on the individual patient will require obtaining a consent to participate in the study, a few minutes to place the device gently on the abdomen and collect the sensor data. There is no direct benefit to the patient by participating in the study. The potential for such a study may be to develop the technology to have a device that non-medical staff can use to collect patient data and transmit that data to a healthcare provider at another location.