Policresulen to treat hypergranulation tissue around drainage tubes

OBJECTIVE

To evaluate the efficacy of policresulen for the treatment of hypergranulation.

METHOD

This was a retrospective study of patients with percutaneous catheters. Inpatients from two hospitals and those from outpatient clinics were included. Approximately 2ml of 50% policresulen solution was applied to hypergranulation tissue, which was then immediately pressed with gauze for 1-3 minutes using light pressure. When haemostasis was achieved and the granulation tissue size decreased, the procedure was terminated.

RESULTS

A total of eight patients (four females and four males) were included in this study. Effective haemostasis was achieved in all patients. The size of the hypergranulation tissue decreased with policresulen treatment, and resolved completely in one patient. There were no complications. Hypergranulation tissue recurred in one patient. Haemostasis was successfully achieved after repeated procedures.

CONCLUSION

The findings of this study showed policresulen to be an inexpensive, easy treatment for hypergranulation at catheter insertion sites.

Troubleshooting the pediatric gastrostomy

Gastrostomy tubes benefit patients but also introduce hazards and costs. Most of these costs tend to be administratively invisible, but clinically expensive. Nurses, residents, emergency physicians, surgeons, and others routinely manage complaints about gastrostomy tubes or sites, and the time and effort costs are enormous. Despite widespread use of gastrostomy tubes and the large "cost of ownership," scant instruction guides practitioners on troubleshooting the panoply of tube-related problems. Instead, clinical folk-wisdom leaves staff disarmed, resorting to lore or maladaptive work-arounds that are futile or even harmful. But tubes and gastrostomies fail in predictable ways. This guide reviews commonly used gastrostomy tubes and how they are placed. Routine care of these tubes both in the immediate postoperative period and long-term is detailed. Then, specific gastrostomy tube complications and their principle-based countermeasures are described, organized by presenting complaint. Throughout, specific clinical pitfalls are called out along with their remedies. The aim is to demystify these devices and dispel myths that lead to error.

Prevention and management of minor complications in percutaneous endoscopic gastrostomy

Background

Percutaneous endoscopic gastrostomy (PEG) was developed by Ponsky-Gauderer in the early 1980s. These tubes are placed through the abdominal wall mainly to administer fluids, drugs and/or enteral nutrition but can also be used for drainage or decompression. The tubes consist of an internal and external retention device. It is a generally safe technique but major or minor complications may arise during and after tube placement.

Method

A narrative review of the literature investigating minor complications after PEG placement.

Results

This review was written from a clinical viewpoint focusing on prevention and management of minor complications and documented with real cases from more than 21 years of clinical practice.

Conclusions

Depending on the literature the incidence of minor complications after gastrostomy placement can be high. To decrease associated morbidity, prevention, early recognition and popper management of these complications are important.

Prevention of hypergranulation tissue after gastrostomy tube placement: A randomised controlled trial of hydrocolloid dressings

Hypergranulation tissue formation is a common complication after gastrostomy tube (G-tube) placement, occurring in 44%-68% of children. Hydrocolloid dressings are often used in the treatment of hypergranulation tissue but have not been studied for the prevention of postoperative hypergranulation tissue. An institutional review board (IRB)-approved, prospective, randomised study was performed in paediatric patients who underwent G-tube placement at a single, large children's hospital from January 2011 to November 2016. After placement, patients were randomly assigned to (1) standard postoperative G-tube care, (2) standard hydrocolloid G-tube dressing, or (3) silver-impregnated hydrocolloid G-tube dressing, and the incidences of postoperative hypergranulation tissue formation, tube dislodgement, infection, and emergency department use were compared. A total of 171 patients were enrolled; 128 patients (75%) had at least 4 months of follow up and were included in the analyses. Eighty-nine patients (69.5%) developed hypergranulation tissue during the postoperative period, with no significant differences in incidence among the three treatment arms. Of those who developed hypergranulation tissue, 46 (56%) visited the emergency department, compared with 6 of the 39 patients (19%) who did not develop hypergranulation tissue. Hydrocolloid dressings (standard or silver-impregnated) do not prevent the development of hypergranulation tissue or other complications after G-tube placement in paediatric patients.

Paediatric gastrostomy stoma complications and treatments: A rapid scoping review

AIMS AND OBJECTIVES

To provide a scoping review of the types of treatments used to address paediatric skin-related stoma complications specific to infection, hypergranulation and gastric leakage, and explore their effectiveness and indications for use.

BACKGROUND

Stoma-related complications can be a common occurrence for children with gastrostomy (G) and gastrojejunostomy (GJ) tubes. Nurses require guidance to inform decision-making of the broad spectrum of treatments used in clinical practice.

DESIGN

A scoping review using a rapid review approach.

METHODS

Working with a multidisciplinary health professional team, search terms were generated. A systematic search of CINAHL, MEDLINE and EMBASE databases was completed, coupled with an Internet search to identify relevant clinical practice guidelines and hand searching of citation lists. Eligible articles were peer-reviewed English publications, focused on paediatric populations aged 18 years and under, dating from 2002-2016 and described complications and treatment approaches related to G- and GJ-tube stomas. Pertinent information was extracted using a standardised template, and a narrative synthesis approach was used to analyse the data.

RESULTS

Twenty-five articles were included in this review. Study designs varied, and complication management was often a secondary focus. A broad spectrum of treatments was used to manage each complication type. There was a lack of consensus on lines of therapy; however, a stepwise approach was often used for complication management, particularly for infections.

CONCLUSIONS

The evidence on the comparative effectiveness of different treatment strategies of skin-related gastrostomy stoma complications in paediatric practice is sparse. Current evidence is generally limited to expert opinions. Future studies examining efficacy of treatments and their indications for use with children are warranted.

RELEVANCE TO CLINICAL PRACTICE

Effective management of skin-related stoma complications is important to maintain health and wellness among children who rely on G- and GJ-tubes for nutrition support.