• Title of article

    Diagnostic Challenges and Prospects Associated With Zoonotic Tuberculosis of Central Nervous System

  • Author/Authors

    Bapat ، Prachi R. Research Centre - Central India Institute of Medical Sciences , Shekhawat ، Seema D. Research Centre - Central India Institute of Medical Sciences , Husain ، Aliabbas A. Research Centre - Central India Institute of Medical Sciences , Dodkey ، Renuka S. Research Centre - Central India Institute of Medical Sciences , Daginawala ، Hatim F. Research Centre - Central India Institute of Medical Sciences , Singh ، Lokendra K. Research Centre - Central India Institute of Medical Sciences , Kashyap ، Rajpal S. Research Centre - Central India Institute of Medical Sciences

  • From page
    619
  • To page
    630
  • Abstract
    Introduction: The diagnosis of Tuberculous Meningitis (TBM) has remained a challenge due to its insidious onset and the failure of conventional diagnostic tests. The present study aimed to identify the mycobacterial pathogen in the CSF of patients with TBM and a poor prognosis. Methods: We retrospectively recruited 224 TBM and 34 non-TBM patients admitted to the Central India Institute of Medical Sciences, Nagpur, India, in 2014. The CSF samples of these patients were subjected to a duplex PCR assay for the species-specific identification of the causative pathogen. Results: M. bovis and infection with M.tuberculosis were detected in 7% (18) and 32.9% (85) of the patients, respectively. Moreover, 14% (36) of the study samples were culture positive; however, the mycobacterial pathogens could not be differentiated to the species level. Conclusion: The present study findings emphasized the potentially vital importance of M. bovis identification for appropriate patient management. The obtained data also demonstrated the persistent significance of M. bovis, as a zoonotic pathogen.
  • Keywords
    Duplex PCR , Mycobacterium Bovis , Tuberculous meningitis , Zoonoses
  • Journal title
    Basic and Clinical Neuroscience
  • Journal title
    Basic and Clinical Neuroscience
  • Record number

    2619705