Active clinical trials for "Digestive System Diseases"

Adverse drug events (ADE) are common and dangerous in the hospital and following discharge to the ambulatory setting. One cause of ADEs in both settings is medication regimen inappropriateness, including polypharmacy, drug-drug interactions, and medications that are inappropriate or inappropriately dosed given patients' age, renal, and hepatic function. Hospitalization provides a good opportunity to investigate medication appropriateness given new or worsening conditions and available expertise. Inpatient pharmacists are medication experts and often round with medical teams, but they may not always have all the information available at their fingertips to make optimal recommendations regarding medication appropriateness for each patient. Clinical decision support to pharmacists at the point of care has potential to improve the speed, quantity, and quality of medication recommendations to inpatient teams; any subsequent improvements to medication regimen appropriateness have the potential to reduce ADEs in the hospital and after discharge. Specific Aims and Objectives Aim 1: Implement real-time decision support regarding medication regimen appropriateness among pharmacists who round with inpatient medical teams. Aim 2: Determine the effects of this intervention on the number of medication regimen recommendations and time spent per recommendation Aim 3: Evaluate the use and usability of the decision support tool and develop strategies to mitigate barriers and promote facilitators of implementation using mixed methods implementation science approaches.

Parents of children with gastrostomy have problems with the selection and preparation of nutritional products and catheter care during home care. Parents express that they want to receive practical training in the process of home care of the child with gastrostomy, they want to communicate more with the team and they need continuous monitoring to solve the problems encountered effectively. In this context, it is aimed to establish an appropriate training programme for the care of children with gastrostomy, to provide counselling and follow-up. Digital health technologies are divided into different sub-branches. Mobile health applications constitute one of these structures. Mobile health applications are used in elective surgical interventions in pediatric surgery (tonsillectomy, hernia repair, circumcision, etc.) and in the home care process after organ transplantation. In pediatric surgery, many mobile health applications have been developed to support pain management, symptom monitoring, medication adherence, support care processes, postoperative follow-up and self-management processes. In mobile health applications, no mobile application has been found for the use of parents of children with gastrostomy. In Turkey, there is no known nursing study for the use of parents of children with gastrostomy. The aim of this study is to develop a mobile application for the care of children with gastrostomy and to determine the effect of the application on gastrostomy complications, care burden of parents, self-efficacy and anxiety level.

Patients who receive renal transplantation at Barnes Jewish Hospital (BJH) are placed on triple maintenance immunosuppression, which means that patients take 3 types of immunosuppression drugs to suppress their immune system including tacrolimus, mycophenolate (MPA), and prednisone. However, due to the effects of MPA on the gastrointestinal tract, patients often complain of GI adverse effects. Current practice is to either dose-reduce MPA or convert the patient to an alternative agent, typically Azathioprine. Both of these strategies have limitations, largely due to concerns related to efficacy. Everolimus (EVR) has demonstrated similar efficacy to MPA in renal transplantation and may offer a benefit related to GI adverse effects, so the investigators will convert patients to EVR in this study. Patients who are within their first year post-transplant will be converted to EVR upon enrollment in the study, and serial measurements ,or a series of measurements looking for an increase or decrease over time, of GI adverse effects will be conducted over 1 year post-enrollment.

This trial aims to determine whether Hou Gu Mi Xi is an effective treatment for improving symptoms and indicators in patients with spleen qi deficiency and radical gastrectomy for gastric cancer.

The purpose of the study is explore the issues that relate to testing a particular dietary treatment, the low FODMAP diet, in a randomised trial using an appropriate control diet with which to compare it. In this trial the investigators will look at its effect on symptoms of people with persistent disturbance in their bowel pattern 3 months after an intestinal infection with Campylobacter. The investigators will also look at the changes in gut bacteria that occur with the diet.

This is an artificial intelligence-based optical artificial intelligence assisted system that can assist endoscopists in improving the quality of endoscopy.

The purpose of this study is to see if using a micro-current through a device called a TENS (Transcutaneous Electrical Nerve Stimulator) unit helps to improve functional gastrointestinal disorder (FGID) symptoms in children by stimulation of the vagus nerve. The study will compare two methods of stimulation to determine if there is a difference in the two methods.

The number of endoscopies performed varies greatly between different countries and does not reflect variations in disease incidents. The costs of unnecessary endoscopies are significant and with a better selection of which patients need to be examined with endoscopy, resources could be saved in healthcare, and a better triage would mean that malignancies and other more serious conditions do not have to wait. An example of unnecessary endoscopy is a colonoscopy in patients with irritable bowel syndrome or gastroscopy in patients with functional dyspepsia. The purpose of the project is, among other things: What diagnostic benefit have gastroscopy, colonoscopy, capsule endoscopy and double balloon enteroscopy for different indications in different age groups? What are the risks of this type of examination? Can patients be better selected based on symptoms, psychometric data or laboratory findings to reduce the number of unnecessary examinations and prioritize those that should be scooped up first? Can changed calling methods reduce the number of late cancellations and rebookings and missed patients?

The objectives of this study are to determine the safety and efficacy of IW-9179 administered to patients with functional dyspepsia (FD).

Bleeding from the gastrointestinal tract can originate from the small bowel. Typically, upper and lower endoscopies are unable to identify the site of bleeding and patients need to undergo special endoscopies with longer cameras to examine the small bowel and find the bleeding site. One of the most commonly used scopes to investigate the first part of the small intestinal is called "push enteroscopy". This is an upper endoscopy that uses a pediatric colonoscope, which is longer. To date, it is unknown what percentage of small bowel can be observed with this technique. Hence, this study aimed to determine the extent of small bowel examined by push enteroscopy. Consecutive patients with suspected bleeding from the small intestine will undergo a push enteroscopy and the depth of the examination will be marked with metallic clips. Subsequently, patients will have a capsule endoscopy, which is a little camera that will take multiple pictures of the whole small intestine. The percentage of small bowel that the push enteroscopy examined will be determined by the percentage of small bowel corresponding to the location of the clips visualized on capsule endoscopy.