结果：黑曲霉和藤黄微球菌在大豆-胰酪胨培养基中的生长状况分别优于真菌培养基或硫乙醇酸盐培养基。
Results:The growth of Aspergillus niger and Candida albicans in the soya-bean caseincligest medium are better than that of them in the fungus medium or thioglycollate medium.
前言： 目的：验证美国药典用大豆- 酪蛋白消化物培养基能否替代中国药典无菌检查用的真菌培养基。
Objective:To verify soybean-casein digest medium in USP whether or not substitute fungi medium in Pharmacopeia of P. R. China(ChP)by sterility test.
通过在初步筛选的培养基上培养，从风信子中分离出对青霉素的内生真菌抗性。
An endophytic fungus resistance to penicillin was isolated from hyacinthus orientalis by culturing on a preliminary screening medium.
用响应面分析方法对链霉菌702产抑真菌物质生料发酵培养基进行了研究。
The response surface method was used to optimize the culture medium for anti-fungus compound produced by Streptomyces 702 under unsterilized condition.
方法沙保弱培养基培养标本，用ID真菌鉴定板条进行鉴定分型，纸片扩散法进行药敏实验。
METHODS Sabourand′s agar culture medium was used to culture fungi, ID identification strip was employed to identify the fungi and drug sensitive test was performed by disk diffusion test.
取继代培养30 d的铁皮石斛类原球茎作接种材料，以N6为基本培养基，加入植物激素，并以真菌提取物作诱导子，对类原球茎和愈伤组织进行诱导培养。
Methods Protocorm-like bodies and callus of DCWL subcultured for 30 days was used as the explants, N6 was used as the basic culture with phytohormone added, and fungal extracts as the elicitor.
取继代培养30 d的铁皮石斛类原球茎作接种材料，以N6为基本培养基，加入植物激素，并以真菌提取物作诱导子，对类原球茎和愈伤组织进行诱导培养。
Methods Protocorm-like bodies and callus of DCWL subcultured for 30 days was used as the explants, N6 was used as the basic culture with phytohormone added, and fungal extracts as the elicitor.
应用推荐