Abstract

In a surgical setting there is always a possibility of cross infection between patient and surgeon and surgical gloves act as an important barrier to prevent this infection. Use of double gloves provides more effective barrier for transfer of pathogens from surgical team to patient and vice versa. This study compares the benefit of using double gloves versus single gloves in various departments and its role in preventing Surgical Site Infection (SSI). This study was conducted at Army Hospital (R&R) where surgical gloves used by the operating surgeon were checked for any perforation in outer and inner gloves. In case of perforation was detected, culture of both gloves and surgical part were taken and examined for any cross infection. This study reveals that simultaneous perforation rate of both outer and inner gloves was very less and hence chances of cross infection between patient and surgeon was less when compared to single glove use. Also, the rate of perforation was less in laparoscopic surgery compared to open surgery however this is controversial as various studies which shows more perforation in laparoscopic surgery. The departments where surgeries were complex and were of longer duration had more perforation rate of gloves and consequently SSI. This study concludes that the use of double surgical gloves has got low chances of cross infection between patient and surgeon and hence low rate of Surgical Site Infection and hence should be encouraged.

Highlights

  • The invasive nature of surgery means that during surgery there is a high risk of transfer of pathogens

  • Total 1614 gloves were examined in the study. 100 gloves were examined pre operatively to look for any manufacturing defect

  • In 04 (0.79%) surgeries both outer and inner gloves were perforated and these perforations were in the same finger of outer and inner gloves

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Summary

Introduction

The invasive nature of surgery means that during surgery there is a high risk of transfer of pathogens. Pathogens can be transferred from the surgical team to their patients and from patients [1, 2] to the surgical team [3, 4]. This transfer may occur through a number of routes including contact with skin or blood. In surgical settings skin borne pathogens are susceptible to get transferred. For the patient, this transfer of pathogen can result in a surgical wound infection which may compromise the success of their surgery, prolong their hospital stay or may become life threatening. All surgical staff members wear sterile gloves [6, 7] as a protective barrier to prevent hand-to- wound contamination during operations

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