1.
Study on Submerged Cultivation and Nutrition Analysis of Se-enriched Ganoderma Lucidum;
富硒灵芝液体深层培养及营养成分分析
2.
Production of Mycelia and Polysaccharides of Grifola Umbellata by Submerged Culture;
液体深层培养猪苓菌丝体及猪苓多糖的研究
3.
The Study on Liquid Submerged Culture and Industrial Application of Actinomucor Elegans;
雅致放射毛霉液体深层培养及工业应用研究
4.
Influence on Submerged Culture of Lentinula Edods in Carbon-nitrogen and Their Ratio;
碳源、氮源及其比例对香菇液体深层培养的影响
5.
Study on Decolorization of Polysaccharide from Mycelium of Polyporus umbellatus of Surbmerged Fermentation
液体深层培养猪苓多糖脱色技术的研究
6.
The depths-layer-culture, that is Edible Fungi hyphas growing in liquid medium.
深层培养,即让食用菌菌丝在液体培养基中生长。
7.
OPTIMIZATION OF THE FERMENTING CONDITIONS FOR ACCUMULATION MYCELIUM OF INONOTUS OBLIQUUS LIQUOR IN SUBMERGED FERMENTATION
桦褐孔菌菌丝体深层培养条件优化的研究
8.
Optimization of Submerged Culture Medium for the Production of Superoxide Dismutase of Coriolus vericolor Mycelia
云芝菌丝体产SOD的深层发酵培养基的优化
9.
Nutrient Solution Management Technique on DFT
深液流无土栽培(DFT)营养液管理技术
10.
Study on Optimization of Submerged Culture System and Mycelium Growth Kinetics Model of Dictyophora
竹荪深层培养体系的优化与菌丝体生长动力学模型的研究
11.
Study on the Deep Flow Cultivation with Nutrient Solution of Tomato in Experimental Greenhouse
试验温室番茄营养液深液流栽培与研究
12.
Screening of Nutrient Elements for Culturing Mycelia of Russula sp.
红菇菌丝体液体培养营养因子的筛选
13.
Comparative evaluation on the result of solid culture and liquid culture for ureaplasma urealyticum
解脲脲原体固体培养与液体培养结果的比较
14.
SUBMERGED FERMENTATION OF SE-ACCUMULATING GRIFOLA FRONDOSA AND ITS NUTRITIONAL COMPOSITION ANALYSIS
灰树花的富硒深层培养及其营养成分分析
15.
Study on Pleurotus Ferulae Liquid Bacterium Seeds Cultivation and Technology;
白灵菇液体菌种培养及栽培技术研究
16.
In Vitro Culture of Trophoblast Giant Cells from Bovine Placentomes
牛胚胎滋养层巨细胞的体外分离培养
17.
The Effect of Medium Composions on Protoscoleces in Vitro Cultivation
培养液成分变化对原头蚴体外培养的影响
18.
Study of the Biologic Viability of Rabbit s Limbal Corneal Epithelial Cells Cultured on Rabbit Superficial Layer Corneal Stroma after Cryopreservation;
以兔浅层角膜基质为载体体外培养角膜缘上皮细胞深低温保存后生物学活性研究