进行了基础培养基的筛选及培养条件优化研究。
Screening of original medium and optimizing fermentation conditions of X. nematophila YL001;
优化了小麦组织培养条件，建立了以小麦幼穗切段、幼胚盾片和成熟胚盾片为外植体的高效稳定再生体系。
The high efficient plant regeneration systems have been established by optimizing tissue culture conditions using inflorescence explants, immature and mature embryo scutella as the target materials.
目的醋酸菌培养条件的优化与醋酸发酵实验。
Objective To optimize culture conditions of acetic acid bacterium and the batch fermentation of Vinegar.
培养条件的优化可有效提高雪莲悬浮细胞的生长和总黄酮的合成。
Cell growth and flavonoids production in the suspention of S. involucrate culture cell should be optimized.
目的以RNA依赖性腺嘌呤脱氨酶（ADAR1）为靶基因优化悬浮培养的小鼠原代淋巴细胞的电穿孔转染条件。
Objective To optimize the electroporation parameters in mouse primary lymphocyte cultured in suspension with adenosine deaminase acting on RNA 1(ADAR1) as a reporter gene.
优化了悬浮细胞系培养的条件：悬浮细胞系的继代时间、谷氨酰胺对悬浮细胞系的生长产生影响。
Culture condition of cell suspension was optimized, the growth of suspension cell was affected by Gin content added and interval of subculture.
从博莱霉素的摇瓶发酵着手，对培养基组成和培养条件进行了优化，并考察了前体加入时间和加入浓度对博莱霉素产量的影响。
We optimize the components of the medium and the condition of culture, observe the impact of adding time and concentration of precursors on the yield of bleomycin.
目的：一株饵料微藻与益生菌混合固定化培养条件的优化。
Objective: the optimization of the co-immobilization conditions of a bait microalgae and probiotics.
本试验还对鸭疫里氏杆菌的培养条件、灭活条件进行了优化。
In the experiment, the conditions for RA culture and inactivation were optimized.
重点概述了L-脯氨酸发酵生产菌种的选育、培养条件的优化和提取纯化研究，为L-脯氨酸发酵生产提供理论指导。
This article outlined breeding of L-Proline industrial fermentation, optimization of culture conditions and extraction process, which provided theoretical guide for L-P…
目的：探索激活幽门螺旋杆菌(HP)方法及保存条件，优化培养方案。
Objective: Exploring the method of activating HP (Helicobacter Pylori) and keeping method, optimizing culture prescription.
前言：目的：比较不同的人牙髓细胞原代培养方法，优化培养条件，提高培养成功率。
AIM: to compare the primary culture methods of human pulp cells, to enhance the culture condition, and give rise of the success rate of cultivation.
通过多种培养基的筛选、生长曲线测定筛选出4号菌株，并对其发酵条件进行优化。
Strain No. 4 was screened out with kinds of culture mediums and growth curves, and the conditions of its fermentation were optimized.
应用模式识别方法，对微生物培养的营养条件进行优化。
Nutritional conditions of a microbe culture were optimized by the pattern recognition method.
通过培养条件的优化，使烟草合子在体外通过器官发生途径与胚胎发生途径两种方式再生可育植株，从而创建了烟草合子的体外胚胎发生系统。
As a result, an in vitro zygotic embryogenesis system was build up, in which single tobacco zygotes could develop into fertile plants via embryogenesis or organogenesis under optimal condition.
优化培养条件后，此重组菌的发酵酶活单位明显高于野生菌，最高达野生菌的3倍。
After culture optimization, the enzyme production of the recombinant strain was 3 times higher than that of the wild strain.
本文研究了腺苷蛋氨酸发酵条件及发酵培养基的优化。
In this paper, the optimization of fermentation conditions and cultural media for S-adenosylmethionine production was carried out.
通过单因素实验和L9(34)正交试验对适合最佳接种菌剂的固态发酵培养基和最适培养条件进行了较为系统的优化研究，最终研制出了一种高品质的复合菌培养物。
Systemic optimization study of solid state fermentation medium and the optimum culture conditions of the best inoculum were made by single factor experiment and L9 (34) orthogonal test.
针对变构菌素发酵收率低的问题，通过对发酵培养时间、发酵液体积等发酵条件进行初步优化，大大提高了目标化合物的产量。
To solve the problem of the low fermentation yield of TMC, fermentation process of TMC was optimized, which results in the significant yield improvement.
多种实验优化方法已被成功地运用于微生物培养基和培养条件的优化工作中。
Statistical methods and optimization techniques have been widely used to determine microbial culture conditions.
为了提高目标蛋白的表达水平，进行了条件优化，诸如培养基、诱导时间和诱导剂量。
The different conditions, such as culture media, induced time and dosage of IPTG, were used to improve the target protein expression level.
本文还对突变株60d7z53发酵产酶培养基和培养条件进行了优化。
The optimal culture medium and conditions of cellulase production on the mutant 60d7z53 were carried out.
所以本研究按照植物组织培养的不同阶段对防风组织培养条件进行优化，以期提高药用防风的生物产量。
Because advantages of the methods used in plant tissue culture production of medicinal plants, did not limited by regional, seasonal and climate condition, and growth rate of tissue faster.
方法：通过实验条件的优化确定了适合GM-CSF表达的诱导温度、诱导时间和培养基等。
Methods:The experiment condition was optimized to determine the suitable inducement temperature, time and media of CM-CSF, etc.
目的： 分离培养睾丸支持细胞、骨髓基质细胞、胚胎成纤维细胞和胰腺成纤维细胞，优化培养条件，建立饲养细胞系，为干细胞体外共培养体系的建立提空充足的饲养细胞。
Objective: Sepretae Sertoli cell, BMSC, MEF, Pancreatic fibroblast and establish cell lines, constructed different feeder layers for a source as a coculture system for stem cells.
方法：采用摇瓶培养，对培养基的成分和培养条件进行了优化。
Method: The medium composition and culture conditions were optimized in flask.
发酵培养基的确定，发酵条件的优化。
These conditions include fermentation medium, the optimization of some fermentation factor.
发酵培养基的确定，发酵条件的优化。
These conditions include fermentation medium, the optimization of some fermentation factor.
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