AI Article Synopsis

  • A study was conducted to explore how the variety of bacteria in Buruli ulcer lesions affects treatment outcome, focusing on cases in central Ghana.
  • The researchers collected samples from 36 participants, finding that ulcers on the lower limbs had more bacterial diversity and that higher diversity was linked to poorer healing outcomes.
  • The study suggests that the presence of diverse bacteria, including antibiotic-resistant strains, impacts recovery, highlighting the need for better treatment protocols to manage these infections.

Article Abstract

Background: Previous studies have demonstrated secondary microbial infection of Buruli ulcer (BUD) lesions before, during and after treatment. However, there is limited data on the bacterial diversity across treatment and their influence on clinical outcome. The present study aimed to investigate the relationship between bacterial diversity within BUD lesions and clinical outcome in affected individuals.

Methods: We investigated the bacterial diversity within lesions of individuals with PCR confirmed BUD from 5 endemic districts within central Ghana. Samples were collected longitudinally from lesions over treatment period. Microbiological analyses including isolation of bacteria, and species identification were performed using the VITEK 2 compact.

Results: Out of 36 participants included, 80.5 % presented with ulcers on the lower limbs. Higher bacterial diversity was observed in ulcers compared to other clinical forms of BUD. There was a significant association between bacterial diversity and clinical outcome ( = 0.002). ESBL producing bacteria and MRSA were isolated in slow healing BUD lesions.

Conclusion: Higher diversity of secondary organisms colonizing BUD lesions may have an impact on clinical outcome in affected individuals. There is the need for the development of treatment guidelines for simultaneous management of and other potential pathogens within lesions to improve clinical outcome.

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Source
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC11338157PMC
http://dx.doi.org/10.1016/j.jctube.2024.100468DOI Listing

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