Surgical site infection (SSI) is the commonest hospital-acquired infection globally, and prevalence is much higher in the low-income countries. Caesarean delivery carries a 5-20 fold risk for developing postpartum sepsis. SSIs cause significant morbidity, prolonged hospitalization and mortality. Simple and inexpensive interventions like preoperative bathing need to be studied, to assess their impact on surgical site infection rates.

Caesarean delivery is the single-most important risk factor for postpartum pregnancy associated infections carrying a 5 to 20-fold increase in the risk of developing sepsis. Research done in MRRH showed a post-surgery wound sepsis prevalence of 82% on all surgical wards in the hospital and the prevalence of post caesarean section wound infection at MRRH is 15.5%. At MRRH, surgical site infections remain a substantial cause of morbidity, prolonged hospitalization and mortality. SSI is associated with a mortality rate of 3%, and 75% of SSI associated deaths are directly attributable to the SSIs. Universal practices like preoperative bathing of patients are currently not being practiced at MRRH and thus their impact on reducing the burden can only be speculated upon. The aim of this study was to assess the impact of preoperative bathing with chloroxylenol antiseptic on the incidence of post caesarean section surgical site infection.

Inclusion Criteria:

• All mother scheduled for delivery by emergency C/S at MRRH during the study period.

Exclusion Criteria:

• Women who declined to consent.
• Women with obvious evidence of infection, like fever, foul-smelling liquor, or those already on antibiotics for reasons other than preoperative prophylaxis.
• Women in whom delivery was indicated to occur within less than 30 minutes, like in fetal distress, obstructed labor, pulsatile cord prolapse, or ruptured uterus.
• Women who could not communicate and give information for the study and those who do not have a working telephone contact.

Data will be shared after obtaining all necessary permission

Mothers scheduled to deliver by emergency Caesarean section were randomly assigned to either bathing or routine care arms in a ratio of 1:1. We did simple randomization to either bathing or routine care arm without any blocks. We generated patient group assignments using the computer algorithm (computer-generated list of random numbers). The research assistant who enrolled mothers into the study assigned the study arm by checking from the list of random numbers. The research assistant and the PI, who were on the outcomes assessment arm was not allowed to ask the study participant concerning the allocation arm. Single blinding of PI and one of the research assistants assessing outcomes was done to minimize bias.