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植物生物技术 = Plant biotechnology / [edited by] Qu Lijia. — Beijing : Science Press, 2007. – (58.8213/P713) |
Contents
目 录<br>
1 中文摘要
植物生物技术<br> 7 Tuning the pores：towards engineering plants for improved water use efficiency
调整通道：制造具有更高水利用效率的基因工程植物<br> 15 Transforming kelp into a marine bioreactor
将海藻变成海洋生物反应器
20 Bringing medicinal plants into cultivation：Opportunities and challenges for biotechnology
药用植物的种植——生物技术的机遇与挑战<br> 26 Using RNAi to improve plant nutritional value：from mechanism to application
利用RNAi提高植物的营养价值——原理与应用
33 Secondary plant metabolites in phytoremediation and biotransformation
植物除污和生物转化中的植物次生代谢物
41 The diversity of RNA siIencing pathways in plants
植物中RNA沉默途径的多样性<br> 54 Agrobacterium T-DNA integration：molecules and models
农杆菌T-DNA整合：分子与模型
63 Genetic engineering of wheat-current challenges and opportunities
小麦基因工程——目前的挑战和机遇<br> 70 Divide and conquer：development and cell cycle genes in plant transformation
分隔与征服：植物转化中的发育和细胞周期基因<br> 77 Global trends in plant transgenic science and technology(1973-2003)
植物转基因科学和技术的全球趋势(1973—2003)
83 Engineering drought and salinity toierance in plants：lessons from genome-wide expression profiling in Arabidopsis
耐旱和耐盐的植物基因工程：拟南芥全基因组表达谱的启示<br> 89 Biopharmaceutical production in plants：problems，solutions and opportunities
在植物中生产生物医学产品：问题．解决方案和机遇<br> 96 Engineering plants with increased disease resistance：what are we going to express?
制造具有更高抗病能’<br> 104 Engineering plants with increased disease resistance：how are we going to express it?
制造具有更高的抗病能力的基因工程植物：我们怎样表达?
112 Genomics-based approaches to improve drought tolerance of crops
基因组学方法提高农作物的耐旱性<br> 120 Identification．isolation and pyramiding of quantitative trait loci for rice breeding
鉴定、分离和增加数量性状位点用于水稻育种
127 Potato in the age of biotechnology
生物技术时代的马铃薯<br> 134 Golden Rice-five years on the road-five years to go?
黄金水稻——五年的历程及五年后的期待<br> 143 Progress in the dissection and manipulation of vitamin E synthesis
维生素E合成的解析和操作进展
149 Plant-derived pharmaceuticals-the road forward
植物源药物——前途无量<br> 155 Volatile science? Metabolic engineering of terpenoids in plants
挥发性的科学?植物萜类的代谢工程<br> 164 Microarray expression profiling resources for plant genomics
用于植物基因组学研究的基因芯片表达谱资源
171 Developing salt-tolerant crop plants：challenges and opportunities
耐盐农作物的开发：挑战和机遇<br> 177 Genomics-assisted breeding for crop improvement
用于作物改良的基因组学辅助育种<br>
