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Bacterial profile from suspected maternal sepsis and colonization cases: A step towards prevention of neonatal sepsis

Category: ORIGINAL_ARTICLE
Authors: Surbhi, Manisha Jain, Neelangi Mishra,Rajni Gaind
Abstract:Background: Transmission of pathogens can occur through direct materno-fetal contact during antepartum period or delivery. Presence of maternal reproductive tract colonization or bacterial infections during pregnancy increases the risk of puerperal sepsis and early onset neonatal sepsis (EONS). This study was thus planned to screen the etiological agents and antibiogramfrom suspected maternal sepsis/ colonization cases.Materials and methods:Data was collected over a period of 1 year (September 2017- September 2018). Clinical samples-placental membrane, placental tissue, retained product of conception (RPOCs) and high vaginal swabs (HVS) received for screening of maternal sepsis or colonization were processed as per conventional microbiological techniques. Antimicrobial sensitivity was performed as per CLSI guidelines.Result:A total of 2405 maternal samples were included in the study. Only about 13.18% ( 317 samples) showed the presence of bacterial isolate, Escherichia coli (39%) was the predominant etiological agent isolated followed by Staphylococcus aureus(18%)and Enterococcus species (17%). There was an alarming level of drug resistance seen in both the gram positive and negative organisms.Conclusion:Introduction of pathogens into the female genital tract is a major risk factor for development of uterine infections and chorioamnionitis which can eventually lead to puerperal sepsis and Early onset neonatal sepsis. EONS. As seen in the present study the organisms such as Escherichia coli and Staphylococcus aureusisolated from maternal sepsis and colonization cases are the same organisms implicated from EONS.In view of increase in drug-resistant organisms prompt detection and treatment of maternal infections becomes crucial to prevent neonatal infections.
Year: 2019
Month: October
Volume: 8
Issue: 4
Published on: 24-10-2019