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D J Winston

Publications and source records attributed to D J Winston.

92 records · Page 6Linked to original sources

Moxalactam for treatment of nosocomial infections.

Sixty-five episodes of nosocomial infections of the blood, lungs, urinary tract, soft tissues, bones, or central nervous system were treated with intravenous moxalactam (3-12 g per day). Bacteremia was documented in 21 patients. Despite the severely compromised condition of many patients, 80% of the infections responded satisfactorily, as defined by clinical and microbiologic cure or improvement. Of the 21 cases of nosocomial bacteremia, 14 (67%) responded satisfactorily. Of the six cases of bacteremia caused by gram-negative bacilli resistant to aminoglycosides, three responded satisfactorily. Moxalactam therapy also resulted in cure or improvement in nine (69%) of 13 pulmonary infections, and it was used alone to cure one case of meningitis-ventriculitis due to Klebsiella pneumoniae. Seven of 13 therapeutic failures involved Pseudomonas aeruginosa, and moxalactam-resistant P. aeruginosa emerged during therapy for 12 patients. Adverse effects, usually mild diarrhea, occurred in 9.2% of the patients. Except for some severe infections due to P. aeruginosa, moxalactam is effective and safe therapy for nosocomial infections caused by susceptible organisms.

Cephalosporins↗

Moxalactam in the treatment of intraabdominal sepsis and other surgical infections.

Bacterial peritonitis, intraabdominal sepsis, and other surgical infections are frequently polymicrobial. Moxalactam, a new beta-lactam antibiotic, has been shown to be active in vitro against most bacterial pathogens commonly isolated from patients with surgical infections. This drug was therefore tested as the sole antimicrobial agent in the treatment of 32 surgical infections (25 cases of intraabdominal sepsis, 6 cases of wound infections, and 1 case of bacteremia). Nearly all (91%) of the infections responded favorably; 66% were cured with moxalactam plus surgery, 16% were cured with moxalactam alone, and 9% improved. Moxalactam-resistant strains of bacteria were isolated from 18 infections but were associated with therapeutic failure in only two cases and with superinfection in three cases. On the basis of these data, we believe that moxalactam is an effective and safe antimicrobial agent for use alone in the treatment of serious intraabdominal infections.

Abdomen↗