Topical clobetasol propionate may not be safe for treating umbilical granuloma in infants

Umbilical Granuloma: Frequency, Associated Factors, 10-Year Treatment Trends, and Effectiveness at a Single Hospital in Japan

Umbilical granuloma (UG) is a common problem during the neonatal period; however, its epidemiology and etiology are poorly studied, and the best treatment option has not yet been established. We examined the medical records of neonates who were born and underwent 1-month evaluations at our hospital between 2013 and 2022 to investigate the frequency of-and factors associated with-UG, as well as the annual trends of UG treatments and their efficacy. Of the 6680 eligible neonates, 395 (5.9%) had UG. The annual incidence rate ranged from 3.8% to 7.3%. Gestational age, birth weight, and incidence of meconium-stained amniotic fluid were significantly associated with UG. Silver nitrate cauterization was the predominant UG treatment from 2013 to 2016. Silver nitrate cauterization and topical betamethasone valerate were nearly equally applied in 2017. Betamethasone application became predominant in 2018. The healing rates during the initial treatment period were 91% for silver nitrate cauterization, 97.7% for betamethasone application, 60% for ethanol disinfection, and 88% for ligation; these rates were significantly different (p < 0.001). Topical steroid application may be the most effective treatment. If steroid application is ineffective, then silver nitrate cauterization and ligation may be important treatment options.

Randomised comparative study on the efficacy of 3% versus 30% NaCl solution in the treatment of umbilical granuloma

AIM

This study aimed to compare the efficacy of 3% versus 30% NaCl solution in treating umbilical granuloma (UG) and to evaluate parental satisfaction.

METHODS

A randomised, double-blinded, comparative study in neonates with UG was conducted. Stratified, block-of-four randomisation was used to allocate neonates into two groups, treated with 3% or 30% pharmaceutical-grade NaCl solution, three times daily. The time to resolution was determined by daily photographs of UG and weekly hospital visits. If there was no response after 2 weeks, silver nitrate was used. Parental satisfaction was measured on a rating scale of 1-5.

RESULTS

One hundred neonates were enrolled, 48 in the 3% NaCl group and 52 in the 30% NaCl group. Baseline demographic data were not different between the groups. There was no significant difference in the resolution rate (93.8% vs 98.1%) or the median (interquartile range) time to resolution (7 (5-13) vs 7 (4-11) days) between the 3% and 30% NaCl groups, respectively. No skin burn or cellulitis was detected. About 95% of parents scored >4 for satisfaction.

CONCLUSIONS

Hypertonic NaCl solution is highly effective in treating UG without side effects. Hypertonic NaCl solution should be considered as an alternative treatment for UG.

Pediatric Office Procedures

Pediatric patients are frequently evaluated in primary care clinics. Thus, there exists a need to understand common pediatric problems and to acquire a degree of familiarity with pediatric procedures. This article will review techniques and the current evidence for frequently performed pediatric procedures, including umbilical granuloma chemocautery, frenotomy, suture ligation of type B postaxial polydactyly, reduction of nursemaid's elbow, hair tourniquet removal, and tympanometry.

Is application of salt for 3 days locally is sufficient to treat umbilical granuloma?

BACKGROUND

The falling of Umbilical stump occurs by 7-15 days of age. The healing of umbilical stump may be complicated by Umbilical Granuloma. It is often treated by chemical cauterisation which require repeated applications and may lead to local or systemic complications. Common salt by way of its dessicative property may help in treatment of Umbilical Granuloma.

OBJECTIVE

The objective of the study is to assess the role of common salt application in umbilical granuloma.

MATERIALS AND METHODS

This is retrospective study over 3 years from a pediatric surgery unit in Northern India. The study subjects were infants less than 10 weeks of age who presented with umbilical granuloma. The method of salt application was 1 pinch of common salt for 1 hour twice a day for 3 consecutive days. The babies were assessed at day 5th for resolution. The success was defined as thrice resolution after 3 cycles. The baseline demographic details were taken and the association of success of treatment was analyzed.

RESULTS

A total of 36 infants were given treatment in form of common salt application for treatment of umbilical granuloma. The success of around 96% and the cases which presented early responded well. Most of the cases resolved after 3 cycles of treatment.

CONCLUSION

The common salt application is effective in treatment of granuloma without any side effects.

Pinch of salt: A modified technique to treat umbilical granuloma

BACKGROUND

Umbilical granuloma is an overgrowth of granulation tissue following the separation of umbilical cord. Treatment options for this common entity are limited and have side effects such as chemical burns. In this study, we present a novel modification of the salt application method to treat infants with umbilical granuloma.

METHODS

Seventeen infants were recruited in our study after institutional ethics committee approval and consent from the parents. The area of application was cleaned, and common table salt was carefully applied over the lesion. The granuloma was then occluded with surgical adhesive tape for 24 hours. Cases were followed up the next day to remove the occlusive tape and for assessment of improvement.

RESULTS

All seventeen cases responded well to this approach with complete resolution of lesions at 24 hours. Small clotlike shrunken tissue was found at the site of granuloma, which was easily scraped off during gentle cleansing. No major complication or recurrence was noted in 3 months of follow-up.

CONCLUSION

Complete resolution of umbilical granuloma can be achieved with a single, clinic-based application of salt under occlusion for 24 hours. Salt causes shrinkage of granuloma inside occluded hyperosmolar chamber by desiccant effect. The salient features of this method include ease of application, low cost of treatment, accurate one-time physician-controlled application, and complete and rapid resolution without complication.