1.
The Establishment of High-Throughput Methods for Culturing Marine Microorganisms and Marine Bacterial Diversity in Qingdao Coast
海洋微生物高通量分离培养技术的建立及青岛近海微生物多样性研究
2.
Recent advances in techniques for isolation and culture of primary hepatocytes
原代肝细胞分离培养技术现状及展望
3.
Study on the New Technique and Method of High Throughput, High Sensitive and High Efficient Separation and Analysis for Proteomics Research;
蛋白组高通量、高效、高灵敏分离分析新技术与新方法研究
4.
Assisted Oocyte Activation Technology and Isolation,Culture of Embryonic Stem Cells;
卵母细胞激活技术与胚胎干细胞分离、培养
5.
Studies on the Technique of the Isolation, Purification and Culture of Protoplast in Apple;
苹果原生质体分离、纯化及培养技术研究
6.
The Study on Isolation and Cultivation of Magnetotactic Bacteria and Purification of Magnetosomes;
趋磁细菌的分离与培养和磁小体纯化技术研究
7.
Preliminary Study on the Isolation, Culture and Inoculation Techniques of Ustilaginodea Virens Causing Rice False Smut
稻曲病菌分离、培养及接种技术的初步研究
8.
Study on the Isolation Technique and Culture Media of Ustilaginoidea virens (Cooke)Tak
水稻稻曲病菌的分离技术及培养条件研究
9.
Strengthen the Key Skills,Improve the Cultivation Quality;
强化核心技能培养,提高人才培养质量
10.
Study on Embryo Culture and Fertilization in Vitro of Zizyphus Jujuba;
枣离体胚培养及离体受精技术的研究
11.
Improve the Quality of Graduate Students Education by the Technology of Process Management;
应用过程管理技术提高改善研究生培养质量
12.
The Advances in Researching on Cell Segregation and Culture Technique Suitable for Patch Clamp Technique;
适用于膜片钳技术的细胞分离及培养技术的研究进展
13.
Discussion on Experimental Teaching Solution of Training Superior Experts for Ocean Resources Exploitation--an example hybrid membrane separation
海洋资源开发高级专门人才培养实验教学方法探索——以膜集成分离技术为例
14.
Study on Tissue Culture of Caucasian Clover (Trifolium Ambiguum Bieb.) and White Clover (T. Repens L.) and Their Hybrid Embryo;
高加索三叶草与白三叶草及其杂交胚离体培养技术的研究
15.
High throughput analytical techniques in metallomics and the perspectives
金属组学:高通量分析技术进展与展望
16.
Contemplation of talent cultivation by physical education departments/colleges of common institutes of higher learning from the perspective of the separation between major and occupation
专业与职业分离情况下普通高校体育专业人才的培养
17.
Neuronal cell culture is the key technique in neuroscience research.
神经元的分离培养是神经科学研究的关键性技术。
18.
Bacterial cultivation and identification are the essential traditional technique; but the fastest and most potential technique is the developing molecular biology.
分离培养和鉴定是基本的必不可少的传统方法 ,鉴定技术发展迅速 ;