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1·Lycoris is extensively cultivated as ornamental plants in eastern Asia and also in other regions in the world.

石蒜在东亚和世界其他地区作为观赏植物被广泛种植。

2·The Robertsonian change plays a key role in karyotype evolution of Lycoris.

本文还指出罗伯逊变化在石蒜属核型演化中起了关键作用。

3·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。

4·The ornamental characteristics of 14 species of Lycoris are valuated by gray-relational grade R\-i.

以灰色关联度对14种石蒜属花卉的观赏性状进行了评价。

5·Lycoris Herb have rich landscaping application value for their ornamental characteristics of flowers.

石蒜属植物花色艳丽、花姿优美，颇具园林应用价值。

6·There are various species of Lycoris plants in our country, which have rich variations in colors and shapes of flower.

我国石蒜属植物不仅种类繁多，而且具有丰富的花色、花型变异。

7·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。

8·The most closely related sequence in the database was Lycoris mild mottle virus with 72.8% nucleotide identity in their coat proteins.

数据库中与其最相似的部分序列为石蒜轻斑驳病毒，外壳蛋白基因核苷酸序列同一性为72.8%。

9·The results of the experiment show that the chemical constituents of wild Lycoris radiata and its cultivated tissues are basically same.

对红花石蒜的组织培养品与野生品进行了初步的化学成分对比。

10·Both karyotype analysis and AFLP technique were efficient in generating more accurate information on the genetic diversity and relationship of Lycoris.

核型分析方法和AFLP分子标记技术均能够有效区分石蒜属植物种间亲缘关系的远近。