Table 1.

Magnitude of Sulbactam fT > MIC Associated With Net Bacterial Stasis, and 1-, 2-, and 3-Log10 CFU Reductions From Baseline Against Acinetobacter baumannii in Thigh and Lung Models

Bacterial Reduction EndpointSulbactam fT > MIC (%) by Mouse Infection Model
ThighLung
Net bacterial stasis21.020.4
1-Log10 CFU reduction from baseline32.924.5
2-Log10 CFU reduction from baseline43.629.3
3-Log10 CFU reduction from baseline57.337.3
Bacterial Reduction EndpointSulbactam fT > MIC (%) by Mouse Infection Model
ThighLung
Net bacterial stasis21.020.4
1-Log10 CFU reduction from baseline32.924.5
2-Log10 CFU reduction from baseline43.629.3
3-Log10 CFU reduction from baseline57.337.3

Data from reference [14]. Abbreviations: CFU, colony-forming units; fT > MIC, time that unbound drug concentration remains above the minimum inhibitory concentration.

Table 1.

Magnitude of Sulbactam fT > MIC Associated With Net Bacterial Stasis, and 1-, 2-, and 3-Log10 CFU Reductions From Baseline Against Acinetobacter baumannii in Thigh and Lung Models

Bacterial Reduction EndpointSulbactam fT > MIC (%) by Mouse Infection Model
ThighLung
Net bacterial stasis21.020.4
1-Log10 CFU reduction from baseline32.924.5
2-Log10 CFU reduction from baseline43.629.3
3-Log10 CFU reduction from baseline57.337.3
Bacterial Reduction EndpointSulbactam fT > MIC (%) by Mouse Infection Model
ThighLung
Net bacterial stasis21.020.4
1-Log10 CFU reduction from baseline32.924.5
2-Log10 CFU reduction from baseline43.629.3
3-Log10 CFU reduction from baseline57.337.3

Data from reference [14]. Abbreviations: CFU, colony-forming units; fT > MIC, time that unbound drug concentration remains above the minimum inhibitory concentration.

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