Future Microbiology · 2018 · 23 citations · 31 references
MedicineMedicinal ChemistryPharmacologyAntimicrobial PharmacologyChemotherapyTuberculosis ControlAntibacterial AgentsCellular Drug EffluxEfflux-mediated ResistanceTuberculosis PharmacotherapyBacterial Efflux PumpsCombination Therapy For TuberculosisDrug Efflux PumpsDrug-drug Interaction EvaluationEfflux Pump Inhibitor SynergyMultidrug Efflux PumpsMycobacterium Tuberculosis InfectionRifampicin Therapy
Aim: Evaluating carvacrol, derivatives and carvacrol plus anti-TB (anti-tuberculous) drug combination activities in Mycobacterium tuberculosis as well as carvacrol cytotoxicity, efflux pump inhibitor activity and morphological changes in M. tuberculosis H37Rv. Methods: Carvacrol (CAR) and derivatives’ activities were determined by resazurin microtiter assay and drug interaction by resazurin drug combination microtiter. Carvacrol cytotoxicity in VERO cells and efflux pumps inhibitor activity by ethidium bromide assay were determined and scanning electron microscopy performed. Results: Carvacrol MIC ranged from 19 to 156 μg/ml and carvacrol plus rifampicin combination showed synergistic effect in clinical isolates. No anti-M. tuberculosis activity improvement was observed with carvacrol derivatives. Carvacrol showed to be selective for M. tuberculosis, to have efflux pumps activity and to induce rough bacillary and agglomerates. Conclusion: Carvacrol shows good anti-M. tuberculosis activity and synergism with rifampicin.
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Global tuberculosis report (2014)
L.A. Gabbasova, E.R. Experts Who · 2014 · 13.2K citations
Juan-Carlos Palomino, Anandi Martin, Mirtha Camacho et al. · Antimicrobial Agents and Chemotherapy · 2002 · 1.2K citations · Full text
Mendel Friedman, Philip R. Henika, Robert E. Mandrell · Journal of Food Protection · 2002 · 1.1K citations