Result Both mutanolysin and lysozyme could successfully lyse the wall of bifidobacterium and extract the plasmid from Bifidobacterium.

结果球孢链霉菌液与溶菌酶均成功提取到质粒。

When the denatured reduced egg white lysozymes were renatured by dilution method, an observable amount of aggregate precipitate could be immediately formed.

当用复液稀释复还原服白溶菌酶时，会迅速产生可观量的沉淀。

Method Bifidobacterium plasmid was extracted by mutanolysin from Streptomyces globisporus which could lyse the wall of bifidobacterium.The result was compared with that by lysozyme.

方法利用球孢链霉菌产生的溶菌来消化双歧杆菌细胞壁，提取质粒，并与商业化溶菌酶法比较。

Result Both mutanolysin and lysozyme could successfully lyse the wall of bifidobacterium and extract the plasmid from Bifidobacterium.

结果球孢链霉菌酵与溶菌均成功提取到质粒。

When the denatured reduced egg white lysozymes were renatured by dilution method, an observable amount of aggregate precipitate could be immediately formed.

当用复性复性还原服变性蛋溶菌时，会迅速产生可观量的沉淀。

Method Bifidobacterium plasmid was extracted by mutanolysin from Streptomyces globisporus which could lyse the wall of bifidobacterium.The result was compared with that by lysozyme.

方法利用球孢链霉菌酵产生的变溶菌素来消化双歧杆菌细胞壁，提取质粒，并与商业化溶菌法比较。

Result Both mutanolysin and lysozyme could successfully lyse the wall of bifidobacterium and extract the plasmid from Bifidobacterium.

结果球孢链霉菌酵液与溶菌酶均成功提取到质粒。

When the denatured reduced egg white lysozymes were renatured by dilution method, an observable amount of aggregate precipitate could be immediately formed.

当用复性液稀释复性还原服变性蛋溶菌酶时，会迅速产生可观量的。

Method Bifidobacterium plasmid was extracted by mutanolysin from Streptomyces globisporus which could lyse the wall of bifidobacterium.The result was compared with that by lysozyme.

法利用球孢链霉菌酵产生的变溶菌素来消化双歧杆菌细胞壁，提取质粒，并与商业化溶菌酶法比较。

Result Both mutanolysin and lysozyme could successfully lyse the wall of bifidobacterium and extract the plasmid from Bifidobacterium.

结果球孢链霉菌酵液与溶菌酶均成功提取到粒。

When the denatured reduced egg white lysozymes were renatured by dilution method, an observable amount of aggregate precipitate could be immediately formed.

当用复性液稀释复性还原服变性溶菌酶，速产生可观量的沉淀。

Method Bifidobacterium plasmid was extracted by mutanolysin from Streptomyces globisporus which could lyse the wall of bifidobacterium.The result was compared with that by lysozyme.

方法利用球孢链霉菌酵产生的变溶菌素来消化双歧杆菌细胞壁，提取粒，并与商业化溶菌酶法比较。

Result Both mutanolysin and lysozyme could successfully lyse the wall of bifidobacterium and extract the plasmid from Bifidobacterium.

结果球孢链霉菌液与溶菌酶均成功提取到质粒。

When the denatured reduced egg white lysozymes were renatured by dilution method, an observable amount of aggregate precipitate could be immediately formed.

当用复性液稀释复性还原服变性蛋白溶菌酶时，会迅速可观量沉淀。

Method Bifidobacterium plasmid was extracted by mutanolysin from Streptomyces globisporus which could lyse the wall of bifidobacterium.The result was compared with that by lysozyme.

方法利用球孢链霉菌变溶菌来消化双歧杆菌细胞壁，提取质粒，并与商业化溶菌酶法比较。

Result Both mutanolysin and lysozyme could successfully lyse the wall of bifidobacterium and extract the plasmid from Bifidobacterium.

结果球孢链霉菌酵液与溶菌酶均成功提取到质粒。

When the denatured reduced egg white lysozymes were renatured by dilution method, an observable amount of aggregate precipitate could be immediately formed.

当用复性液稀释复性还原服变性溶菌酶时，会迅速产生可观淀。

Method Bifidobacterium plasmid was extracted by mutanolysin from Streptomyces globisporus which could lyse the wall of bifidobacterium.The result was compared with that by lysozyme.

方法利用球孢链霉菌酵产生变溶菌素来消化双歧杆菌细胞壁，提取质粒，并与商业化溶菌酶法比较。

Result Both mutanolysin and lysozyme could successfully lyse the wall of bifidobacterium and extract the plasmid from Bifidobacterium.

结果球孢链酵液与溶酶均成功提取到质粒。

When the denatured reduced egg white lysozymes were renatured by dilution method, an observable amount of aggregate precipitate could be immediately formed.

当用复性液稀释复性还原服变性蛋白溶酶时，会迅速产生可观量的沉淀。

Method Bifidobacterium plasmid was extracted by mutanolysin from Streptomyces globisporus which could lyse the wall of bifidobacterium.The result was compared with that by lysozyme.

方法利用球孢链酵产生的变溶素来消化双歧杆细胞壁，提取质粒，并与商业化溶酶法比较。

Result Both mutanolysin and lysozyme could successfully lyse the wall of bifidobacterium and extract the plasmid from Bifidobacterium.

结果球孢链霉菌酵液与溶菌酶均成功提取到质粒。

When the denatured reduced egg white lysozymes were renatured by dilution method, an observable amount of aggregate precipitate could be immediately formed.

当用复性液稀释复性还原服变性溶菌酶时，会迅速产生可观淀。

Method Bifidobacterium plasmid was extracted by mutanolysin from Streptomyces globisporus which could lyse the wall of bifidobacterium.The result was compared with that by lysozyme.

方法利用球孢链霉菌酵产生变溶菌素来消化双歧杆菌细胞壁，提取质粒，并与商业化溶菌酶法比较。

Result Both mutanolysin and lysozyme could successfully lyse the wall of bifidobacterium and extract the plasmid from Bifidobacterium.

结果球孢链霉菌酵液与溶菌酶均取到质粒。

When the denatured reduced egg white lysozymes were renatured by dilution method, an observable amount of aggregate precipitate could be immediately formed.

当用复性液稀释复性还原服变性蛋白溶菌酶时，会迅速产生可观量的沉淀。

Method Bifidobacterium plasmid was extracted by mutanolysin from Streptomyces globisporus which could lyse the wall of bifidobacterium.The result was compared with that by lysozyme.

方法利用球孢链霉菌酵产生的变溶菌素来消化双歧杆菌细胞壁，取质粒，并与商业化溶菌酶法比较。

Result Both mutanolysin and lysozyme could successfully lyse the wall of bifidobacterium and extract the plasmid from Bifidobacterium.

结果球孢链霉酵液与溶均成功提取到粒。

When the denatured reduced egg white lysozymes were renatured by dilution method, an observable amount of aggregate precipitate could be immediately formed.

当用复性液稀释复性还原服变性溶，会迅速产生可观量的沉淀。

Method Bifidobacterium plasmid was extracted by mutanolysin from Streptomyces globisporus which could lyse the wall of bifidobacterium.The result was compared with that by lysozyme.

方法利用球孢链霉酵产生的变溶素来消化双歧杆细胞壁，提取粒，并与商业化溶法比较。