Application of plc in photoautotrophic plant tissue culture environment control system 规模化组培育苗设施环境与控制的研究进展
2.
Effect of co2 concentration and photosynthetic photo flux density on photoautotrophic capability and peroxidase activity of ipomoea batatas lam in vitro 2浓度和光合光量子通量密度对叶用甘薯组培苗光合自养和过氧化物酶活力的影响
3.
As a new technique for tissue culture , photoautotrophic micropropagation has many advantages such as promoting growth and development of leafy explants , and minimizing microbial contamination 光独立组织培养能够促进植株的生长发育、减少污染，是植物种苗工厂化生产中的一个应用方向。
4.
It will be widely used for the large - scale plantlets production in the near future . the rapid development of the photoautotrophic micropropagation in china requires integrated environment control and air purification simultaneously . in this study , an environmental control system combined with clean technology was developed to control air condition and lighting environment in a closed tissue culture system under artificial lighting 针对我国光独立组织培养迅速发展与组培环境综合调控技术相对落后的问题，本文采用环境控制与空气净化相结合的方法来综合调控组培室内的物理环境，并对试制的环境控制系统进行了试验研究，期待为工厂化组培苗生产提供综合环境调控的方法与硬件设备。
5.
The ginger ( zingiber officinale ) plantlets cultured in triangle vessels under photoautotrophic micropropagation were vigorous and 1 . 4 , 1 . 5 , 1 . 7 times in leaf number , dry weight , and stem elongation compared to those culutred under conventional micropropagation , respectively . 5 . some improved suggestions were shown based on the disadvantages of the environmental control system in the closed tissue culture system 利用该环境控制系统，在三角瓶容器中采用光独立组织培养的生姜组培苗长势粗壮、品质高，其新增叶片数、干鲜重和株高的增加分别为常规组织培养的1 . 4 ， 1 . 5和1 . 7倍。
