...培养基又广泛的应用前景，许多利用基因工程技术重组的蛋白质最终要应用于人体，如果再 一、无蛋白培养基（protein free midium,PFM）:即不含有动物蛋白的培养基。无血清培养基仍含有较多的动物蛋白，如胰岛素，转铁蛋白、牛血清白蛋白等。
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无蛋白培养基 protein free midium
叶酸酪蛋白培养基 Folic acid Casei Medium
和无蛋白培养基 protein free midium ; PFM
卵蛋白培养基 egg albumin culture-medium
钠酪蛋白培养基 nutrose culture-medium
卵白蛋白培养基 egg albumin culture
石蕊钠酪蛋白培养基 litmus nutrose culture-medium
葡萄糖蛋白胨培养基 Dextrose Peptone Medium ; Glucose Peptone Medium
胰蛋白胨水培养基 Peptone Water Medium ; Trytone Water medium ; Peptone-Warter-Medium
结论无蛋白培养基可完全取代常规的有血清培养基，用于生产高滴度、高纯度单克隆抗体。
Conclusions CD medium is able to replace serum containing medium and very suitable for production of high quality McAb.
结果无蛋白培养基中单抗的产量与效价比有血清培养的单抗高2～ 4倍，而且单抗的纯度显著提高。
Results The results showed that the yield, titer and purity of those McAbs were 2-4 times higher than those produced in serum containing medium.
运用牛血清白蛋白培养基方法，分别测定了对氟康唑敏感和对氟康唑耐药的白念珠菌的分泌性蛋白酶活力。
The secretory proteinase activity (SAP) of fluconazole-susceptible Candida albicans isolate and fluconazole-resistant Candida albicans isolate were measured by bovine serum albumin assay.
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