MacCordick J
Centre de Recherches nucléaires, Strasbourg.
C R Acad Sci III. 1990;310(11):471-6.
Adsorption studies of Sb (III) as the antimonyl (125Sb) tartrate complex using acidified, non-proliferative suspensions of Mycobacterium smegmatis show that the uptake of Sb by the biomass increases with the external concentration of antimony ([Sb]) and decreases, at given concentration, with increasing pH. Measurements of Sb uptake in the cells under growth conditions in liquid culture indicate that the cellular concentration factor of antimony is of the order of 10 when the concentration of antimony in the medium is 10 microM, i.e., close to the minimum inhibitory concentration.
使用经酸化处理的耻垢分枝杆菌非增殖性悬浮液对酒石酸锑酰（¹²⁵Sb）络合物形式的Sb（III）进行的吸附研究表明，生物质对Sb的摄取量随锑的外部浓度（[Sb]）增加而增加，并且在给定浓度下随pH升高而降低。在液体培养的生长条件下对细胞中Sb摄取量的测量表明，当培养基中锑的浓度为10微摩尔时，锑的细胞浓缩系数约为10，即接近最低抑菌浓度。
