1.
Study on Tissue Culture and a High Frequency Regeneration System Establishing of Gladiolus;
唐菖蒲组织培养的研究及高频再生体系的建立
2.
Tissue Culture and Quick Propagation of Gladiolus Hybrid Seeds
唐菖蒲杂交种子的组织培养及快速繁殖
3.
The aromatic, underground stem of the sweet flag, yielding an oil used in perfumery.
菖蒲根甜菖蒲的芳香的地下茎，可产生一种用于香水之中的油
4.
Biology Characteristic and DNA Variation Research of Different Gladiolus Varieties Radiation by Using ～(60)Co-ГRays;
～（60）Co-γ射线辐射后唐菖蒲不同品种的生物学特性及基因组变异研究
5.
The Systematic Relationships of Acorus Together with Araceae and Typhales;
菖蒲属与天南星科及香蒲目的系统关系探讨
6.
carcinogenic oil from calamus root used as a perfume.
菖蒲根榨出的能致癌的油，用作香水。
7.
From November to December,Acorus calamus was still in growth.
菖蒲从11月到12月仍在生长发育。
8.
Study on Establishment of a High Frequency Regeneration System in Gladiolus;
唐菖蒲快速高频再生体系建立的研究
9.
Detection of Two Viruses of Gladiolus hybridus by Multiplex RT-PCR
唐菖蒲两种主要病毒的多重RT-PCR检测
10.
AFLP and SCAR Markers Analysis on the Dual Color Flower Mutants of Gladiolus
唐菖蒲复色花突变体AFLP及SCAR标记研究
11.
Objective To study and compare the effect of shuichandpu and shichangpu on contractile of isolated rat gastric muscle strips.
目的:观察水菖蒲和石菖蒲对大鼠离体胃平滑肌条运动的影响，并比较二者作用的异同。
12.
BIONOMICS AND CONTROL OF THE NOCTUID HELOTROPHA LEUCOSTIGMA LAEVIS (BUTLER) IN SUl-HUA DISTRICT
绥化地区大菖蒲夜蛾的发生规律和防治
13.
Stress responses and bioaccumulation of heavy metals by Zizania latifolia and Acorus calamus
菰和菖蒲对重金属的胁迫反应及其富集能力
14.
Study on Adaptability and Capacity of Purification of Acorus calamus L.in Eutrophic Water of Different Degree
菖蒲对不同程度富营养化水体的适应性研究
15.
Studies on the Anti-abortive Effect and Mechanism of Scutellaria Baicalensis and Georgi Acorus Tatarinow ii Schott and Its Ingredients;
黄芩和石菖蒲及其成分的安胎作用及机理研究
16.
Studies on Phytopurification and Phytoremediation of Contaminated Waters by Zizania Latifolia Turcz. and Acorus Calamus L.;
菰和菖蒲对污染水体净化和修复效果的研究
17.
Research on Dynamic Photosynthetic Characteristics of Gladiolus and Nutrient Accumulation in Corm;
唐菖蒲光合特性及其新球养分积累动态研究
18.
Study on the Base of Induced Breeding with Electron Beam and Fast Neutron Irradiation in Gladiolus Hybridus;
唐菖蒲电子束及中子诱变育种基础研究