Novel antibiotics against Gram-negative and drug-resistant bacterial pathogens
Dr. Kahne has a pipeline of programs aimed at developing first-in-class antibiotics:
Program I: Potentiator of polymixin, increasing its therapeutic index for treatment of drug-resistant infections
- In vitro: Novel agent potentiates activity of polymixin 10-50-fold
- In vivo: Co-administration at doses ineffective for each agent alone results in a four-log reduction in bacterial colony forming units in a soft tissue infection model
- Combination is active against ESKAPE pathogens P. aeruginosa, A. baumannii, K. pneumonia, E. cloacae, and E. coli
- IP: Patent application covering composition of matter filed by Harvard
Program 2: First-in-class therapeutic for Gram-negative bacteria
- Novel series of compounds active against a new target class for Gram-negative bacteria
- Target clinically validated for Gram-positive infections
- Medicinal chemistry: in vitro activity against Gram-negative strains improved 100-fold
- IP: Patent application covering composition of matter filed by Harvard
Program 3: Hits from pathway-directed cell-based HTS
- Validated, pathway-directed HTS has identified novel inhibitors of outer membrane assembly
- Medicinal chemistry and preclinical testing ongoing for two lead series.
Dr. Kahne has a pipeline of programs aimed at developing first-in-class antibiotics:
Program I: Potentiator of polymixin, increasing its therapeutic index for treatment of drug-resistant infections
- In vitro: Novel agent potentiates activity of polymixin 10-50-fold
- In vivo: Co-administration at doses ineffective for each agent alone results in a four-log reduction in bacterial colony forming units in a soft tissue infection model
- Combination is active against ESKAPE pathogens P. aeruginosa, A. baumannii, K. pneumonia, E. cloacae, and E. coli
- IP: Patent application covering composition of matter filed by Harvard
Program 2: First-in-class therapeutic for Gram-negative bacteria
- Novel series of compounds active against a new target class for Gram-negative bacteria
- Target clinically validated for Gram-positive infections
- Medicinal chemistry: in vitro activity against Gram-negative strains improved 100-fold
- IP: Patent application covering composition of matter filed by Harvard
Program 3: Hits from pathway-directed cell-based HTS
- Validated, pathway-directed HTS has identified novel inhibitors of outer membrane assembly
- Medicinal chemistry and preclinical testing ongoing for two lead series.