Lycoris
Lycoris是什么意思、Lycoris怎么读
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Lycoris 基本解释
网络 石蒜属; 石蒜; 曼珠沙华; 彼岸花; 石蒜属植物
Lycoris 词组短语
Lycoris 双语例句
- 1、
Progresses in Establishment of Lycoris Plants Regeneration and Genetic Transformation System
石蒜属植物再生体系与鳞茎花卉遗传转化体系研究进展 - 2、
Advance in Developmental Biology and Cultivation Techniques of Lycoris Herbs
石蒜属植物发育生物学与栽培技术研究进展 - 3、
A Study on the Effects of Different Fertilization Treatments on the Reproductive Capacity and Bulb Quality of Lycoris radiata
施肥处理对石蒜繁殖能力及种球品质的影响效应研究 - 4、
Conclusions The vitro culture of Lycoris aurea can produce the callus which contained alkaloids.
结论黄花石蒜离体培养能够产生愈伤组织，且愈伤组织能够产生生物碱成分。 - 5、
In Japan the colorful blooming of Lycoris flowers peaks around the period of the autumn equinox, so the plant is named equinox flower.
在日本富有色彩的石蒜花开放在山顶大约在秋分期间，所以植物被命名秋分花。 - 6、
Effect of Phytohormone Combinations on Bulb Induction of Lycoris aurea
不同激素配比对金花石蒜鳞茎诱导的影响 - 7、
Effects of 6-BA, GA_3 and NAA on flowering and endogenous hormone content of Lycoris sprengeri
6-BA、GA3和NAA对换锦花开花特性及内源激素的影响 - 8、
Effect of Fertilization on Leaf Growth and Biochemical Indexes of Lycoris radiata
施肥对石蒜叶片生长及生化指标的影响 - 9、
Studies were made on the vegetative propagation coefficient and cormels biological characters using eighth-excision in different development phase of Lycoris radiate.
在红花石蒜不同生长发育期进行八分法切割繁殖，研究无性繁殖系数和子球生物学性状差异性。 - 10、
Effect of 6-BA on Freshness Preservation in Cut Flowers of Lycoris aurea Herb
6-BA对黄花石蒜切花保鲜效果的影响 - 11、
Chemiluminescence Analysis of Galantamine Hydrobromide with a Nanometer Microreactor Extraction and HPLC determination of galanthamine and lycoramine in Lycoris radiata
纳米微反应器化学发光法测定氢溴酸加兰他敏石蒜中加兰他敏和力可拉敏的提取及高效液相色谱法分析 - 12、
The effects of N, P and K fertilizer applied in plantation of Lycoris radiata
石蒜鳞茎栽培中施用氮磷钾肥的效应 - 13、
Extraction and HPLC determination of galanthamine and lycoramine in Lycoris radiata A Test Study of Liparis kumokiri F.Maek Exists in the Northeast of China
石蒜中加兰他敏和力可拉敏的提取及高效液相色谱法分析曲唇羊耳蒜在中国东北分布的真实性研究 - 14、
Studies on Germplasm Collection, Fast Propagation, and Landscaping Prospect in Lycoris Herb
石蒜属种质资源收集、快繁及园林应用研究 - 15、
Transformation of Lycoris Longituba Agglutinin Gene to Cut Chrysanthemum and Identification of Aphid Resistance in the Transgenic Plants
石蒜凝集素基因转化切花菊及抗蚜性鉴定 - 16、
Studies on the Systematics of Lycoris and Genetic Diversity of Lycoris Longituba; GENESTS OF TOPAZ-BEARING GRANITIC ROCKS IN SOUTHEASTERN JIANGXI PROVINCE
石蒜属植物系统学及长筒石蒜遗传多样性研究赣东南含黄玉花岗质岩石的成因探讨 - 17、
Microdissection and PCR Amplification of Single Chromosome of Lycoris radiata
石蒜单染色体的显微分离及体外扩增 - 18、
Effects of Cold Storage on Dormancy Physiology and Flowering Regulation of Lycoris radiate
冷藏对石蒜鳞茎休眠生理及开花的影响 - 19、
Studies on the Chemical Constituents and Biological Activities of Lycoris Aurea and Bidens Pilosa
黄花石蒜、鬼针草的化学成分和生理活性研究 - 20、
Determination of galanthamine from different parts of Lycoris aurea herb with HPLC
HPLC法测定黄花石蒜不同部位的加兰他敏含量 - 21、
The perianth DNA extraction method was delved into taking Lycoris longituba as example.
以长筒石蒜为例，探讨了花被片DNA的提取方法。 - 22、
The development of secretory structures in leaf of Lycoris chinensis was studied.
中国石蒜叶片分泌结构的发育。 - 23、
The application of chromosome C-band in karyotype evolution of Lycoris Herb is discussed in this paper.
同时，对于石蒜属染色体可能的进化方式进行了探讨。 - 24、
The bulbs of Lycoris radiata were treated with GA_3, NAA, 2,4-D and 6-BA.
以石蒜为材料，分别用GA3、NAA、2,4-D、6-BA对其进行浸球处理，以了解生长调节剂对其繁殖的影响。 - 25、
Determination of Amino Acids and Mineral Elements in Bulbs of Lycoris radiata
石蒜鳞茎中氨基酸和矿质元素的含量分析 - 26、
The effect of exogenous ethrel, GA_3 and boric acid on physiology and anthesis of Lycoris radiata were studied.
研究了外源乙烯利、GA3和硼酸对石蒜生理及开花的影响。 - 27、
Lycoris chinensis seed belonged to recalcitrant-type seed. 2.
中国石蒜种子属于低度顽拗性种子。 - 28、
The studies on the taxonomical systematics of Lycoris were also reviewed, and the problems in which were discussed.
同时，回顾了石蒜属植物系统学研究进展，探讨了石蒜属分类系统存在的问题。 - 29、
The galanthamine, lycorine and lycoramine content of Lycoris chinensis were researched during development from young to old plants.
研究了中国石蒜生长时间中加兰他敏、力克拉敏、石蒜碱含量的变化。 - 30、
Using RAPD and ISSR, population genetic diversity and flower variation types of Lycoris longituba were also studied.
同时，本文借助RAPD及ISSR分子标记，对长筒石蒜居群遗传多样性和不同花色变异类型进行了研究。