茎段培养在MS或改良MS基本培养基中，研究植物激素对器官形成的影响及试管苗移栽技术。
Their stem explants were grown in MS or modified MS basal medium. The effects of plant hormones on organogenesis and transplanting of test-tube plantlets were studied.
把剪好的竹子放入试管中，与盐，维生素，植物激素，和海藻胶混合，植物发芽了，然后拿出来，把他们放在温室的土壤中。
By placing sterilized cuttings in test tubes with salts, vitamins, plant hormones, and seaweed gel, they got the plants to sprout and then raised them in soil in greenhouses.
以麝香百合ROCCO品种的试管鳞茎为试材，研究低温、植物激素、糖以及培养期间的光照强度等因素对试管鳞茎增殖的影响。
Test tube bulb of mask lily ROCCO was used to investigate the influence of low temperature, plant hormone, sugar and illumination intensity on the proliferation of the bulb.
在苗床上间隔浇灌植物营养液和人工海水，试管苗移栽成活率高于80%。
Through irrigating the plant nutrient solution and artificial sea water, the survival rate of transplanted plants was over 80%.
本发明涉及到植物组织培养试管苗的栽培方法，具体地是木本花卉组培苗大批量移栽技术。
The invention relates to a planting method for culturing test-tube seedlings by plant tissues, in particular to the mass transplanting technique for tissue cultured seedlings of woody flowers.
我们不缺乏具有显著抗氧化活性的营养素和植物化学物质的试管实验。
There is certainly no shortage of nutrients and phytochemicals that possess significant antioxidant activity in the test tube.
对不同品种脱毒试管苗的苗高、茎粗、叶片数、根数、根长等植物学性状采用二因素完全随机试验设计。
Seedling height, stem thick, number of leaves, number of roots, and length of roots were studied by means of double-factor complete random design.
本试验以马铃薯试管苗为材料。用组织培养的方法研究了缩节胺在马铃薯脱毒试管苗保存中的作用．为缩节胺在植物组织培养中的应用提供基础材料。
The experiment with the material of test-tube seedling of Solanum tuberosum and by the way of Trissue culture, studied the function of Pix in the preserving of test-tube plants of solarium tuberosum.
本研究结果不仅为槐树的试管苗生产及基因转化打下基础，而且提出了基因型对植物组织培养再生能力的调控特点和规律的认识。
The result not only put a foundation for proliferation of plantlets and gene transformation but also recovered the rules of regulation of genotypes on regeneration ability.
本研究结果不仅为槐树的试管苗生产及基因转化打下基础，而且提出了基因型对植物组织培养再生能力的调控特点和规律的认识。
The result not only put a foundation for proliferation of plantlets and gene transformation but also recovered the rules of regulation of genotypes on regeneration ability.
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