组培环境CO2增施监控系统的设计与试验

    Design and Experiment of CO2 Enrichment and Real-time Control System for Tissue Culture

    • 摘要: 为改善组培苗的生长发育环境,探索CO2富集等环境因素的影响,设计制作了CO2适时增施监控系统,并以葡萄组培苗为对象,利用本控制系统与传统组培方式进行了对比试验。结果表明:系统工作稳定、正常,能够有效地将CO2浓度控制在设定的(800~1200)μL/L范围内,满足组培苗光合作用的需要;在CO2富集环境中,组培苗生长健壮、发育良好,光合自养能力显著增强

       

      Abstract: In order to improve the environmental conditions of tissue culture in vitro and to investigate the function of CO2 in the culture, a CO2 enrichment and real time control system was developed. Using this system, the growth experiment of subcultured grape (cabernet sauvignon) plantlets was carried out as compared with the traditional tissue culture method (non CO2 enrichment). The results indicated that the system worked well, the required ranges of CO2 concentration (800~1 200) μL/L could be obtained; and the CO2 enrichment environment could promote the growth and photoautotrophic capability of the plantlets in vitro.

       

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