1.
Establishment of Regeneration System for High Frequency Plantlet of Azadirachta indica A. Juss
印楝(Azadirachta indica A.)高频植株再生系统的建立
2.
Establishment of High Efficient Regeneration System of Wheat from Mature Embyo and Introduction of Cycd2 Gene in Wheat;
小麦成熟胚高频植株再生系统的建立及转cycd2基因植株的获得
3.
Study on High Frequency of Plant Regeneration from the Mature Embryos of Indica Rice (Oryza Sativa L.);
籼稻成熟种胚高频植株再生体系的研究
4.
High-efficiency Plant Regeneration of Zygophyllum xanthoxylon (Bunge) Maxim,an Endangering Desert Plant
沙生濒危物种霸王的高频植株再生研究
5.
Studies on High Frequency Somatic Embryogenesis and Regeneration Culture in Litchi;
荔枝高频率体细胞胚胎发生及植株再生研究
6.
Induced high-frequency plant regeneration of oncidium using its multiple shoots
文心兰茎尖诱导丛生芽高频率植株再生
7.
Field-grown plants generally had higher photosynthesis rates than chamber-grown plants.
田间种植的植株通常比室内种植的植株光合率高。
8.
Improvement of the Phytase Production Strain #74;
植酸酶高效生产菌株74~#的改良
9.
Influence of S-3307 s Treatment on Drought-resistant Capacity of Gaoliang;
S-3307处理对高粱植株抗旱能力的影响
10.
Cultivating High-yield Chinese Kale by Inhibiting Expression of C220 Gene
芥蓝C220基因沉默创建高产植株的研究
11.
Embryogenic Callus Induction of Tall Fescue and Its Plant Regeneration
高羊茅胚性愈伤组织诱导及植株再生
12.
Effects of Plant High Reactive Agent on the Yield and Growth of Pepper
植物高活性剂对辣椒产量及植株生长的影响
13.
High economic value of Taxus Media.
曼地亚具有更高的植株利用率，经济价值高。
14.
The plant height,stem diameter,millable cane per clump,the number of clump and the brix of each sampled cane were measured at the harvest time.
取样的每个植株,收获前分别测定株高、茎粗、有效茎数、丛重和锤度.
15.
In vitro Culture and Highly Efficient Plant Regeneration System of High Yielding Variety of Schisandra chinensis
北五味子丰产株系离体培养及高效植株再生体系的建立
16.
Silicon application promote N uptake by plant, while increasing N application could increase Si uptake by plant but Si addition probably inhibit K uptake.
施硅促进植株吸氮，而提高吸氮量可以提高植株吸硅量，但施硅可能抑制吸钾。
17.
The shortcoming of9365 is the high plant, late maturation and the resistance to stripe rust controlled by recessive genes.
其缺点是植株偏高、熟偏晚、性受隐性基因控制。
18.
Plants from the high-lime plots grew better on calcareous soil.
高石灰小区的植株在石灰质土上生成较好。