[The isolation and purification of a nonspecific DNAse from Mycoplasma fermentans PG-18].

Mikrobiologicheskii zhurnal Pub Date : 1993-01-01
S Z Sitaĭlo, V V Babichev, I G Skripal'
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Abstract

Nonspecific endogenic DNAase has been isolated from biomass of Mycoplasma fermentans PG-18 cells and purified to the homogeneous state. The scheme of isolation consists of purification stages on columns with phosphocellulose, DNA-cepharose CL-8B and phenylcepharose. DNAase was not bound to phosphocellulose, its volume was equal to zero. Then this DNAase was passed through column with DEA-cepharose CL-6B (elution by gradient KCl from 0.1 to 1.8M): enzyme was eluted at KCl concentration in the eluting buffer from 0.1 to 1.2 M. The enzyme was purified to the homogeneous state on column with phenylcepharose (elution by linear gradient of ethylene glycol from 30 to 80%): enzyme was eluted at the concentration of ethylene glycol in the eluting buffer from 43 to 80%. According to data obtained using gel-electrophoresis, under the denaturing conditions molecular mass of enzyme in acrylamide gel was 34 kDa.

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[发酵支原体PG-18非特异性dna酶的分离纯化]。
从发酵支原体PG-18细胞的生物量中分离到非特异性内源性dna酶,并纯化到均相状态。分离方案包括在磷纤维素、DNA-cepharose CL-8B和苯基cepharose柱上的纯化阶段。脱氧核糖核酸酶不与磷纤维素结合,其体积等于零。然后用DEA-cepharose CL-6B洗脱柱(梯度KCl为0.1 ~ 1.8M),在0.1 ~ 1.2 m的洗脱液中以KCl浓度洗脱酶,用苯基cepharose洗脱柱(线性梯度为30 ~ 80%的乙二醇洗脱)纯化酶至均匀状态,在43 ~ 80%的洗脱液中洗脱酶。凝胶电泳结果表明,在变性条件下,丙烯酰胺凝胶中酶的分子量为34 kDa。
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