Title of article :
Molecular detection of Bordetella holmesii in two infants with pertussis-like syndrome: the first report from Iran
Author/Authors :
Nakhost Lotfi, Masoumeh Department of Bacteriology - Microbiology Research Center - Pertussis Reference Lab - Pasteur Institute of Iran, Tehran , Nikbin, Vajiheh Sadat Department of Bacteriology - Microbiology Research Center - Pertussis Reference Lab - Pasteur Institute of Iran, Tehran , Nasiri, Omid Department of Bacteriology - Microbiology Research Center - Pertussis Reference Lab - Pasteur Institute of Iran, Tehran , Badmasti, Farzad Department of Bacteriology - Microbiology Research Center - Pertussis Reference Lab - Pasteur Institute of Iran, Tehran , Shahcheraghi, Fereshteh Department of Bacteriology - Microbiology Research Center - Pertussis Reference Lab - Pasteur Institute of Iran, Tehran
Abstract :
Background and Objectives: Bordetella holmesii is associated with a pertussis-like respiratory syndrome in healthy individuals
and also a rare cause of septicaemia, endocarditis, pneumonia, and septic arthritis, mostly in immunocompromised
patients. Culture technique and real-time PCR are 2 methods used to detect Bordetella spp.
Materials and Methods: In this study, 435 nasopharyngeal specimens of patients with suspected whooping cough were
checked for the presence of B. holmesii using 2 methods of culture technique and real-time PCR.
Results: In this study, we detected hIS1001 and IS481 of B. holmesii in 2 infants suspected of having pertussis-like
syndrome.
Conclusion: Our observations demonstrate that accurate diagnosis is needed to discriminate between B. holmesii and B.
pertussis infections among pertussis cases; otherwise, it could lead to misestimating pertussis rate and vaccine efficacy.
Keywords :
Bordetella holmesii , Real-time PCR , HIS1001 , Pertussis-like Infections
Journal title :
Astroparticle Physics