Study: NCT04670120

Intervention type: DRUG
Group type: ACTIVE_COMPARATOR
Intervention: Pyrifazimine (TBI-166)
Description: The new drug pyrifazimine (previous name: TBI-166) is obtained by retaining the key skeleton of the lead drug clofazimine which can exert its efficacy and modification by introducing moderate polar groups structural. While the drug has strong activity against tuberculosis-sensitive bacteria and drug-resistant bacteria in vivo and in vitro, its pharmacokinetic properties and skin staining side effects have been significantly improved compared with the lead drugs, so that the drug can achieve the goal that reducing fat solubility, accelerating metabolism in the body, reducing skin staining and reducing side effects.~In November 2016, the new anti-drug-resistant tuberculosis drug pyrifazimine and its tablets obtained the drug clinical approval issued by the CFDA, and were approved the clinical stage research that development of drug-resistant tuberculosis adaptation.

Intervention type: DRUG
Group type: EXPERIMENTAL
Intervention: Pyrifazimine (TBI-166)
Description: The new drug pyrifazimine (previous name: TBI-166) is obtained by retaining the key skeleton of the lead drug clofazimine which can exert its efficacy and modification by introducing moderate polar groups structural. While the drug has strong activity against tuberculosis-sensitive bacteria and drug-resistant bacteria in vivo and in vitro, its pharmacokinetic properties and skin staining side effects have been significantly improved compared with the lead drugs, so that the drug can achieve the goal that reducing fat solubility, accelerating metabolism in the body, reducing skin staining and reducing side effects.~In November 2016, the new anti-drug-resistant tuberculosis drug pyrifazimine and its tablets obtained the drug clinical approval issued by the CFDA, and were approved the clinical stage research that development of drug-resistant tuberculosis adaptation.

Intervention type: DRUG
Group type: ACTIVE_COMPARATOR
Intervention: Pyrifazimine (TBI-166)
Description: The new drug pyrifazimine (previous name: TBI-166) is obtained by retaining the key skeleton of the lead drug clofazimine which can exert its efficacy and modification by introducing moderate polar groups structural. While the drug has strong activity against tuberculosis-sensitive bacteria and drug-resistant bacteria in vivo and in vitro, its pharmacokinetic properties and skin staining side effects have been significantly improved compared with the lead drugs, so that the drug can achieve the goal that reducing fat solubility, accelerating metabolism in the body, reducing skin staining and reducing side effects.~In November 2016, the new anti-drug-resistant tuberculosis drug pyrifazimine and its tablets obtained the drug clinical approval issued by the CFDA, and were approved the clinical stage research that development of drug-resistant tuberculosis adaptation.

Intervention type: DRUG
Group type: EXPERIMENTAL
Intervention: Pyrifazimine (TBI-166)
Description: The new drug pyrifazimine (previous name: TBI-166) is obtained by retaining the key skeleton of the lead drug clofazimine which can exert its efficacy and modification by introducing moderate polar groups structural. While the drug has strong activity against tuberculosis-sensitive bacteria and drug-resistant bacteria in vivo and in vitro, its pharmacokinetic properties and skin staining side effects have been significantly improved compared with the lead drugs, so that the drug can achieve the goal that reducing fat solubility, accelerating metabolism in the body, reducing skin staining and reducing side effects.~In November 2016, the new anti-drug-resistant tuberculosis drug pyrifazimine and its tablets obtained the drug clinical approval issued by the CFDA, and were approved the clinical stage research that development of drug-resistant tuberculosis adaptation.

Intervention type: DRUG
Group type: EXPERIMENTAL
Intervention: Pyrifazimine (TBI-166)
Description: The new drug pyrifazimine (previous name: TBI-166) is obtained by retaining the key skeleton of the lead drug clofazimine which can exert its efficacy and modification by introducing moderate polar groups structural. While the drug has strong activity against tuberculosis-sensitive bacteria and drug-resistant bacteria in vivo and in vitro, its pharmacokinetic properties and skin staining side effects have been significantly improved compared with the lead drugs, so that the drug can achieve the goal that reducing fat solubility, accelerating metabolism in the body, reducing skin staining and reducing side effects.~In November 2016, the new anti-drug-resistant tuberculosis drug pyrifazimine and its tablets obtained the drug clinical approval issued by the CFDA, and were approved the clinical stage research that development of drug-resistant tuberculosis adaptation.