Prevalence and antibiotic resistance profiles of cerebrospinal fluid bacteria in children- Benghazi

Authors

  • Noor-Alhooda Milood Al-Awkally Medical Laboratory Department, High institutes for comprehensive professions, Suluq
  • Maree Dokally Ali Medical Laboratory Department, High institutes for comprehensive professions, Suluq
  • Rabea Bashir Al- Fakhari Medical laboratory, Paediatric Hospital, Benghazi
  • Alaaedin M.S.Eldrolli Department of Computer Technology, High institutes for comprehensive professions, Gamins
  • Nesrine Miloud Alawkally Surgery Department, Al haowari hospital, Benghazi
  • Miftah S. M. Nag Faculty of Biomedical Technology, University of Benghazi
  • Alreda Miloud Al-Awkally Pharmacy Department, Ministry of health, Darna
  • Abeer Miloud Al-Awkally Veterinary Clinic, Ministry of Agriculture, Livestock- Darna
  • Muftah Abdulwahed Nasib Medical laboratory, High institute of comprehensive professions, Gamines
  • Mohamed Ahmed Ahwidy Ali Medical Laboratory Department, High institutes for comprehensive professions, Suluq

DOI:

https://doi.org/10.51984/joms.v15i1.915

Keywords:

Cerebrospinal fluid, Chloramphenicol, Antimicrobial resistance, Meningitis, Paediatric hospital, Benghazi city

Abstract

Bacterial meningitis is a fatal, restricting endemic disease requiring rapid antibiotic controlling. The objective of this study was to evaluate the antimicrobial sensitivity patterns of microorganisms isolated from CSF to antibiotics. Of 3184 CSF were cultured and sensitivity tests were performed in microbiology department, Pediatric hospital, Benghazi, Libya. The study period was during January 2016 to December 2017. A total 3184 CSF samples, 3149 (99%) CSF samples had no bacterial growth, while 35 (1%) CSF samples showed bacterial growth. 20 (57%) were males and 15 (43%) were females. Staph epidermidis 9 (26%) was more bacteria isolated than patient samples, followed by Gram negative bacteria 7 (21%). Most of the cases were recorded in 28 (80%) winter, followed by 7 (20%) autumn. The bacteria have recorded high sensitivity to chloramphenicol by 23%, followed by Ciprofloxacin 14%, while the highest bacterial resistance was recorded to Septrin by 31%. The early diagnosis and providing treatment early are lifesaving and they reduce chronic morbidity.

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Author Biographies

  • Noor-Alhooda Milood Al-Awkally, Medical Laboratory Department, High institutes for comprehensive professions, Suluq

    Medical Laboratory Department, High institutes for comprehensive professions, Suluq 

  • Maree Dokally Ali, Medical Laboratory Department, High institutes for comprehensive professions, Suluq

    Medical Laboratory Department, High institutes for comprehensive professions, Suluq 

  • Rabea Bashir Al- Fakhari, Medical laboratory, Paediatric Hospital, Benghazi

    Medical laboratory, Paediatric Hospital, Benghazi 

  • Alaaedin M.S.Eldrolli, Department of Computer Technology, High institutes for comprehensive professions, Gamins

    Department of Computer Technology, High institutes for comprehensive professions, Gamins 

  • Nesrine Miloud Alawkally, Surgery Department, Al haowari hospital, Benghazi

    Surgery Department, Al haowari hospital, Benghazi 

  • Miftah S. M. Nag, Faculty of Biomedical Technology, University of Benghazi

    Faculty of Biomedical Technology, University of Benghazi

  • Alreda Miloud Al-Awkally, Pharmacy Department, Ministry of health, Darna

    Pharmacy Department, Ministry of health, Darna 

  • Abeer Miloud Al-Awkally, Veterinary Clinic, Ministry of Agriculture, Livestock- Darna

    Veterinary Clinic, Ministry of Agriculture, Livestock- Darna 

  • Muftah Abdulwahed Nasib, Medical laboratory, High institute of comprehensive professions, Gamines

    Medical laboratory, High institute of comprehensive professions, Gamines 

  • Mohamed Ahmed Ahwidy Ali, Medical Laboratory Department, High institutes for comprehensive professions, Suluq

    Medical Laboratory Department, High institutes for comprehensive professions, Suluq 

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Published

2020-12-24

How to Cite

Prevalence and antibiotic resistance profiles of cerebrospinal fluid bacteria in children- Benghazi. (2020). Journal of Medical Sciences, 15(1), 38-41. https://doi.org/10.51984/joms.v15i1.915

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