Despite the lack of conservation in this atypically located regulatory site , we demonstrated that the PhoP protein binds to the Salmonella ugd in-vitro , inactivation of the PhoP box in the ugd promoter abolishes Escherichia coli is unable to promote ugd transcription under the PhoP-dependent conditions -LRB- E.A.G. , unpublished results -RRB- .
Despite the lack of conservation in this atypically located regulatory site , we demonstrated that the PhoP protein binds to the Salmonella ugd in-vitro , inactivation of the PhoP box in the ugd promoter abolishes Escherichia coli is unable to promote ugd transcription under the PhoP-dependent conditions -LRB- C. Mouslim , unpublished results -RRB- .
Despite the lack of conservation in this atypically located regulatory site , we demonstrated that the PhoP protein binds to the Salmonella ugd in-vitro , inactivation of the PhoP box in the ugd promoter abolishes PhoP-dependent ugd transcription is unable to promote ugd transcription under the PhoP-dependent conditions -LRB- E.A.G. , unpublished results -RRB- .
Despite the lack of conservation in this atypically located regulatory site , we demonstrated that the PhoP protein binds to the Salmonella ugd in-vitro , inactivation of the PhoP box in the ugd promoter abolishes PhoP-dependent ugd transcription is unable to promote ugd transcription under the PhoP-dependent conditions -LRB- C. Mouslim , unpublished results -RRB- .
Despite the lack of conservation in this atypically located regulatory site , we demonstrated that the PhoP protein binds to the Salmonella ugd promoter in-vivo , inactivation of the PhoP box in the ugd promoter abolishes Escherichia coli is unable to promote ugd transcription under the PhoP-dependent conditions -LRB- E.A.G. , unpublished results -RRB- .
Despite the lack of conservation in this atypically located regulatory site , we demonstrated that the PhoP protein binds to the Salmonella ugd promoter in-vivo , inactivation of the PhoP box in the ugd promoter abolishes Escherichia coli is unable to promote ugd transcription under the PhoP-dependent conditions -LRB- C. Mouslim , unpublished results -RRB- .
Despite the lack of conservation in this atypically located regulatory site , we demonstrated that the PhoP protein binds to the Salmonella ugd promoter in-vivo , inactivation of the PhoP box in the ugd promoter abolishes PhoP-dependent ugd transcription is unable to promote ugd transcription under the PhoP-dependent conditions -LRB- E.A.G. , unpublished results -RRB- .
Despite the lack of conservation in this atypically located regulatory site , we demonstrated that the PhoP protein binds to the Salmonella ugd promoter in-vivo , inactivation of the PhoP box in the ugd promoter abolishes PhoP-dependent ugd transcription is unable to promote ugd transcription under the PhoP-dependent conditions -LRB- C. Mouslim , unpublished results -RRB- .