Shishkov N, Drumev D
Vet Med Nauki. 1975;12(5):98-105.
Yamamoto and Adler's method (1956), making use of the modified medium of Edward, was employed to determine the minimal concentrations of gentamicin (GMC), erytrhomycin (ERM), oleandomycin (OMC) spectinomycin (SPM), tetracycline (TC), tylosin (TLS), and chloramphenicol (CA), all of them showing bactericidal effects on Mycoplasma gallisepticum-S6, applied alone or in combination. In vitro studies showed that relatively most effective were TLS, GMC, and SPM, when used alone. Combining the antibiotics by two in the most cases led to a pronounced synergic effect. Comparatively most effective were the combinations of TLS+ERM; TLS+TC; CA+TC; CA+OMC; TLS+CA; TLS+OMC; SPM+TC; and SPM+CA. Lowest absolute concentrations of the individual components showed the combinations of TLS+GMC; TLS+TC; TLS+ERM; TLS+CA; TLS+SPM; TLS+OMC; SPM+TC; and SPM+CA.
采用山本和阿德勒的方法(1956年),利用改良的爱德华培养基,来测定庆大霉素(GMC)、红霉素(ERM)、竹桃霉素(OMC)、壮观霉素(SPM)、四环素(TC)、泰乐菌素(TLS)和氯霉素(CA)的最低浓度,所有这些药物单独或联合使用时均对鸡毒支原体S6具有杀菌作用。体外研究表明,单独使用时,相对最有效的是TLS、GMC和SPM。在大多数情况下,将两种抗生素联合使用会产生显著的协同效应。相对最有效的组合是TLS+ERM;TLS+TC;CA+TC;CA+OMC;TLS+CA;TLS+OMC;SPM+TC;以及SPM+CA。各单一成分的最低绝对浓度出现在TLS+GMC;TLS+TC;TLS+ERM;TLS+CA;TLS+SPM;TLS+OMC;SPM+TC;以及SPM+CA这些组合中。