View clinical trials related to Gastrostomy Complications.
Filter by:The purpose of this research study is to test a new device called the PUMA-G Pediatric System. The research will measure if the device works well to safely aid doctors placing gastrostomy feeding tubes in children. The PUMA-G Pediatric System is an investigational device that uses ultrasound and magnets to guide insertion of a feeding tube.
A 12 months mono-center, descriptive study, to evaluate pain and predictive factors Following placement of percutaneous Radiologic gastrostomy (PRG). The primary objective is to evaluate the abdominal pain associated with percutaneous radiologic gastrostomy (PRG) placement.
Compare the healing time of lesions in the mucosa of the gastric stoma of children and adolescents using laser therapy versus conventional treatment with protective barrier powder.
The purpose of this study is to assess the problems and a range of nutritional and clinical outcomes that occur with two feeding tubes used by children having a bone marrow transplant. Children and parents will also be interviewed to ask about their experiences of tube feeding.
The purpose of this study is to evaluate if ultrasound can be used effectively to confirm location of gastrostomy tube (G-tube) placement in place of a study in which contrast is flushed through the G-tube and placement is checked with X-ray. A G-tube is a tube inserted through the abdomen and delivers nutrition directly into the stomach.
Percutaneous (through the skin) radiologic (x-ray guided) gastrostomy (to the stomach) (PRG) is a common procedure performed to help provide supplemental nutrition for those for who have difficulty swallowing their food. This population typically includes patients receiving radiation therapy for cancers of the mouth or throat, patients who have had a stroke or other neurologic disorders. It involves making a small incision in the skin on the belly to insert a feeding tube directly into the stomach. PRG has been well established as a safe and effective procedure for many years now. Although known to be safe, there is still debate regarding the best way to perform the procedure. Some doctors believe it is necessary to stitch the stomach wall against the wall of the belly before inserting the tube, this is called gastropexy. They argue that this decreases the risk of the tube being positioned incorrectly and prevents leakage of stomach content in the first few weeks after the procedure. Other doctors feel that these risks are very small and this step is not required as it can cause the patient more pain in the days following the procedure since the stomach is fixed against the body wall and cannot move naturally. To this day, the procedure is performed safely both ways, depending on the hospital. The purpose of this research study is to compare these two methods and determine if one technique gives better results, meaning less pain and fewer complications for patients.
Most pediatric gastroenterologists use an endoscopic pull technique to place gastrostomy tubes. We assessed an endoscopic gastropexy technique for gastrostomy tube placement that allows immediate placement of a low profile gastrostomy tube or gastro-jejunostomy tube. The procedure involves endoscopy with the placement of three T-fasteners that are placed through the skin into the stomach, placating and securing the stomach to the abdominal wall. This attachment process promotes formation of a stable gastrostomy tract, facilitating an immediate placement of a low profile gastrostomy button or gastro-jejunostomy tube. Serial dilators are then used to obtain the desired diameter of the ostomy for the tube placement. The gastropexy technique is most often associated with laparoscopic procedures involving gastric volvulus or complicated GERD, but little has been published investigating the outcomes of pediatric gastrostomy tube placement with the use of the gastropexy technique.
Gastrostomy button (G-button) complications, such as granulation tissue formation, tube dislodgements, leakage, skin irritation or infection are frequent causes of post-operative clinic and emergency department visits. The investigators have developed a G-button securement device that they believe will have a significant reduction in the complications listed above. The investigators plan to randomized 200 patients to either the new securement device (treatment group) or the standard dressing (control group).
Gastrostomy tube placement is a common surgery, and involves placing a tube from the child's skin to the inside of their stomach, allowing an alternative route for nutrition and medication to patients who cannot tolerate oral intake. A common complication of gastrostomy tubes is the development of a persistent connection between the stomach and skin after their removal. This is called a gastrocutaneous fistula (GCF). Non-surgical options have shown some success in eliminating the need for surgery to close these fistulae. Their true efficacy is unknown however; this study evaluates a non-surgical intervention bundle in the prevention and treatment of GCFs.
Gastrostomy tube (G-tube) complications, such as granulation tissue formation and tube dislodgements, are frequent causes of emergency department visits. The investigators have developed two G-tube dressing designs using commercially available materials and products to decrease the risk of G-tube related complications. The investigators aim in this study is to pilot two novel G-tube dressings in patients with pre-existing G-tubes to gain parental feedback on device designs, ease of use and G-tube stability in preparation for a final design and trial. Based on the feedback, further iterations will be developed and trialed in eligible study subjects.