BACKGROUND: Haemophilus influenzae septic abortion is typically caused by nontypeable strains of the organism. Furthermore, nontypeable species with a special affinity for the genital tract are the most frequent isolates encountered, and an ascending vaginal or cervical infection is often the suspected route of transmission. CASE: A 39-year-old woman at 8 weeks gestation who underwent dilation, evacuation, and curettage for embryonic demise had clinical evidence for sepsis and isolation of a nontypeable, ampicillin resistant H. influenzae from blood cultures. Although an ascending vaginal infection was suspected, the route of transmission was not determined. CONCLUSION: Nontypeable strains of. H. influenzae have demonstrated increased beta-lactamase activity, and ampicillin, formerly the treatment of choice, should be used only if isolate susceptibility is known.
BACKGROUND:Haemophilus influenzae septic abortion is typically caused by nontypeable strains of the organism. Furthermore, nontypeable species with a special affinity for the genital tract are the most frequent isolates encountered, and an ascending vaginal or cervical infection is often the suspected route of transmission. CASE: A 39-year-old woman at 8 weeks gestation who underwent dilation, evacuation, and curettage for embryonic demise had clinical evidence for sepsis and isolation of a nontypeable, ampicillin resistant H. influenzae from blood cultures. Although an ascending vaginal infection was suspected, the route of transmission was not determined. CONCLUSION: Nontypeable strains of. H. influenzae have demonstrated increased beta-lactamase activity, and ampicillin, formerly the treatment of choice, should be used only if isolate susceptibility is known.
Authors: F Deulofeu; J M Nava; F Bella; C Martí; M A Morera; B Font; D Fontanals; J Lite; J Garau; A Calderón Journal: Eur J Clin Microbiol Infect Dis Date: 1994-08 Impact factor: 3.267
Authors: Thomas Hills; Caitlin Sharpe; Thomas Wong; Tim Cutfield; Arier Lee; Stephen McBride; Matthew Rogers; May Ching Soh; Amanda Taylor; Susan Taylor; Mark Thomas Journal: Emerg Infect Dis Date: 2022-09 Impact factor: 16.126