The predictability of intrauterine infection by analysis of amniotic fluid

Amniotic fluid samples from 95 internally monitored patients were examined to determine whether the appearance of polymorphonuclear leukocytes or bacteria could predict intrauterine infection. All patients delivered vaginally. More than one polymorphonuclear leukocyte per oil field were seen in specimens of 32% of patients; bacteria were seen in specimens of 52% of patients, and organisms were grown in 93% of specimens, yet, the overall maternal infection rate was only 6.3%. Moreover, infection developed in only 10% of patients with polymorphonuclear leukocytes in the fluid and 6% of patients with positive gram stain or cultures. For patients who deliver vaginally, the appearance of polymorphonuclear leukocytes or bacteria does not predict infection.

Puerperal infection in the antibiotic era

Developments in etiology and treatment of puerperal infection in the last 20 years are reviewed. Emphasis is placed upon predisposing factors, microbiology and antibiotics, unusual sources of severe infection, special complications, and prophylactic antibiotics.

Placental transfer of clindamycin and gentamicin in term pregnancy

The pharmacokinetics of clindamycin and gentamicin were studied in women given these antibiotics prior to cesarean section. Maternal clindamycin levels were within the normal range and cord levels were within the therapeutic range for this antibiotic. For gentamicin, however, maternal levels were depressed, with a concurrent depression of cord levels. This may have significant implications for the use of gentamicin in maternal and fetomaternal infections.

Puerperal endometritis: a prospective microbiologic study

This study was undertaken to determine the flora in the endometrial cavity of two groups of puerperal patients: 47 afebrile control subjects and 27 with endometritis. A transcervical culturing technique designed to avoid cervical contamination and to preserve aerobes, anaerobes, and mycoplasma was employed, and bacterial colony counts were reported semiquantitatively. No difference was found in the flora of these two groups. Furthermore, the most common pathogenic organisms (in decreasing order of frequency) were peptostreptococci, peptococci, Bacteroides sp., gamma-streptococci, enterococci, beta-streptococci, alpha-streptococci, and E. coli.