Etiology and Antimicrobial Resistance of Culture-Positive Infections in Ugandan Infants: A Cohort Study of 7000 Neonates and Infants - Summary - MDSpire

Etiology and Antimicrobial Resistance of Culture-Positive Infections in Ugandan Infants: A Cohort Study of 7000 Neonates and Infants

  • By

  • Hannah G Davies

  • Mary Kyohere

  • Valerie Tusubira

  • Alexander Amone

  • Amusa Wamawobe

  • Cleophas Komugisha

  • Philippa Musoke

  • Lauren Hookham

  • Pooja Ravji

  • Melanie Etti

  • Juliet Nsimire Sendagala

  • Dan R Shelley

  • Caitlin Farley

  • Merryn Voysey

  • Owen B Spiller

  • Joseph Peacock

  • Musa Sekikubo

  • Paul T Heath

  • Kirsty Le Doare

  • PROGRESS Study Author Group

  • Abdelmajid Djennad

  • Agnes Nyamaizi

  • Agnes Ssali

  • Alexander Amone

  • Amusa Wamawobe

  • Annettee Nakimuli

  • Caitlin Farley

  • Carol Nanyunja

  • Christine Najuka

  • Cleophas Komugisha

  • Dan R Shelley

  • Edward A R Portal

  • Ellie Duckworth

  • Emilie Karafillakis

  • Geraldine O’Hara

  • Godfrey Matovu

  • Hannah G Davies

  • Janet Seeley

  • Joseph Peacock

  • Juliet Nsimire Sendagala

  • Katie Cowie

  • Kirsty Le Doare

  • Konstantinos Karampatsas

  • Lauren Hookham

  • Madeleine Cochet

  • Margaret Sewegaba

  • Mary Kyohere

  • Maxensia Owor

  • Melanie Etti

  • Merryn Voysey

  • Moses Musooko

  • Musa Sekikubo

  • Owen B Spiller

  • Patience Atuhaire

  • Paul T Heath

  • Philippa Musoke

  • Phiona Nalubega

  • Pooja Ravji

  • Richard Katungye

  • Ritah Namugumya

  • Rosalin Parks

  • Rose Azuba

  • Sam Kipyeko

  • Simon Beach

  • Stephen Bentley

  • Tim Old

  • Tobius Mutabazi

  • Valerie Tusubira

  • Vicki Chalker

  • March 10, 2025

  • 0 min

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Objective:

To describe the etiology of neonatal infections, including both bacterial and viral causes, and assess antimicrobial resistance patterns in Ugandan infants.

Key Findings:
  • 7323 infants with signs or risk factors for sepsis had blood cultures collected.
  • 11% of blood cultures and 8.6% of nasopharyngeal swabs were positive for pathogens.
  • Inpatient mortality was 12.1%, with 27.7% case fatality in infants with Gram-negative bloodstream infections.
  • Escherichia coli (14.8%), Acinetobacter spp. (10.3%), and Klebsiella spp. (7.6%) were significant Gram-negative pathogens.
  • Group B Streptococcus was the predominant Gram-positive pathogen (13.5%).
  • Nearly 60% of Gram-negative pathogens showed resistance to ampicillin and gentamicin.
Interpretation:

The study highlights high levels of antimicrobial resistance and significant inpatient mortality due to neonatal sepsis in Uganda, indicating a need for updated treatment guidelines.

Limitations:
  • Limited availability of blood culture and diagnostic resources in low-resource settings.
  • Potential underreporting of viral infections due to diagnostic challenges.
Conclusion:

The findings underscore the urgent need for revised, context-specific antimicrobial treatment guidelines to address the evolving landscape of antimicrobial resistance in neonatal sepsis.

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