Shanson D C, Tadayon M
J Hosp Infect. 1986 Mar;7 Suppl A:65-72. doi: 10.1016/0195-6701(86)90009-5.
Teicoplanin had greater inhibitory activity than vancomycin against most of 22 penicillin tolerant strains of streptococci, but both drugs failed to kill 99.9% of the inoculum when tested alone at concentrations less than 16mg 1(-1). Bactericidal synergy between teicoplanin combined with gentamicin and vancomycin combined with gentamicin was always demonstrated in further tests with 16 penicillin tolerant strains. Teicoplanin had greater bactericidal activity than vancomycin against five of seven strains of viridans streptococci and five of nine strains of enterococci in MBC experiments, where each drug was combined with gentamicin. Killing curve experiments with five penicillin tolerant streptococci showed teicoplanin and vancomycin to have similar bactericidal activity within 24 h when tested at 5 mg 1(-1) with 2 mg 1(-1) gentamicin. However, at 0.5 mg 1(-1) only teicoplanin had a bactericidal synergic effect with gentamicin.
替考拉宁对22株耐青霉素链球菌中的大多数菌株的抑制活性比万古霉素更强,但在浓度低于16mg/L单独测试时,两种药物均无法杀灭99.9%的接种菌。在对16株耐青霉素菌株进行的进一步测试中,始终证明替考拉宁与庆大霉素联合以及万古霉素与庆大霉素联合具有杀菌协同作用。在MBC实验中,替考拉宁与庆大霉素联合使用时,对7株草绿色链球菌中的5株以及9株肠球菌中的5株的杀菌活性比万古霉素更强。对5株耐青霉素链球菌进行的杀菌曲线实验表明,当在5mg/L与2mg/L庆大霉素联合测试时,替考拉宁和万古霉素在24小时内具有相似的杀菌活性。然而,在0.5mg/L时,只有替考拉宁与庆大霉素具有杀菌协同作用。