1.
Research on the Conditions of Culturing High Density and Adding Selenium in Accumulating Se-polysaccharide of Porphyridium sp.;
紫球藻高密度培养方式与硒化酯多糖积累的加硒条件研究
2.
Selenium Tolerance and Enrichment in Bifidobacterium animalis 01
动物双歧杆菌01耐硒性能及富硒条件的研究
3.
Optimization of Shaking-flask Conditions on Selenium-enriched Yeast Fermentation
强聚硒酵母摇瓶发酵条件的优化研究
4.
Studies on Liquid Culture Conditions and the Physiological and Biochemical Bases of Se-accumulating Agaricus Blazei;
姬松茸富硒培养条件及其富硒特性生理生化基础的研究
5.
Research for Superior Jiuqu Rhizopus on Enzyme_producing Conditions and Selenium_bearing Capacity;
优势酒曲根霉产酶条件及耐硒能力的研究
6.
Ideal Growth Conditions for Beer Yeast Enriching Selenium and Chromium;
啤酒酵母菌富集硒、铬培养条件优化研究
7.
Study on Mutagenesis Selection and Cultivation Condition of Selenium-enriched Yeast with Ultraviolet;
紫外线诱变选育富硒酵母及其培养条件的研究
8.
The Effect of Selenium and Zinc Interaction on Nutritional Effect of Tea Plant under Hydroponics;
水培条件下硒锌交互的茶树营养效应研究
9.
Optimization of extracting ethanol-soluble active substance from natural se-enriched green tea
天然富硒绿茶醇溶性活性物质提取条件优化
10.
Optimization of culture conditions of selenium-enriched aspergillus oryzae by response surface methodol ogy
响应面法优化富硒米曲霉的培养条件的研究
11.
Extractants and Optimum Extracting Conditions of Soil Available Selenium in Calcareous Soil
石灰性土壤有效硒浸提剂和浸提条件研究
12.
Optimization of liquid cultural conditions of wild edible fungi with Se-accumulation
富硒野生食用菌液体培养条件初步优化
13.
A Primary Study of the Breeding and Culture Condition of a Selenium-Enriched Yeast Strain with High-Biomass;
高生物量富硒酵母的选育与培养条件的初步研究
14.
Optimizing Liquid Cultural Conditions of Stropharia Rugoso-annulata Accumulated Selenium and Studies on Its Antioxidative Activities;
大球盖菇富硒液体培养条件优化及抗氧化能力初步研究
15.
Studies on the Submerged Fermentation Conditions of Morchella Esculenta and Its Bioaccumulation of Ferrum, Zinc, Selenium;
泰山羊肚菌液体培养条件优化及富铁、锌、硒研究初探
16.
Studies on Liquid Culture and Zinc and Selenium Accumulation Effect of Cordyceps Sinensis Sacc., Cordyceps Militaris Link and Agaricus Blazei;
冬虫夏草、蛹虫草、姬松茸的液体培养条件及其富锌、硒的研究
17.
Mechanism of Selenium-Catalyzed Carbonylation to Thiocarbamates under Mild Conditions
温和条件下硒催化羰基化合成硫代氨基甲酸酯机理
18.
The optimization of the expression condition of Sec in Escherichia coli
大肠杆菌表达系统中硒代半胱氨酸表达条件的优化