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- Elsholtzia densa Benth. 浅琥珀色有香味。
- Studies on the essential oil from Elsholtzia densa 密花香薷挥发油成分的分析研究
- GC/MS Analysis of Essential Oil of Elsholtzia densa Benth Extracted by Supercritical CO_2 Fluid GC/MS法测定超临界流体CO_2萃取萼果香薷精油的化学成分
- Elsholtzia densan. 密花香薷
- Elsholtzia ciliata (Thunb.) Hyland. 土香薷
- Elsholtzia fruticosa (D. Don) Rehd. 鸡骨柴
- Egeria densa Planch often grows in ditches, ponds, and rice paddies. 常生长于沟渠、池塘、稻田等环境。
- Experiments were conducted on parenchyma cells of Egeria densa acclimated to two different lighting conditions. 以接受两种不同光照条件的水蕴草薄壁组织细胞进行实验。
- The main ingredient of this kind of medicinal material is extracted from elsholtzia. 这种药材的主要成份是从香薷里提取的吧!
- This paper reports an FTIR spectrum analysis of the stem,leaf,and the whole part of(Elsholtzia) rugulosa. 本文利用FTIR光谱法分析了野坝子的茎、叶及全草红外光谱图,对红外光谱的峰形进行了归属分析。
- The peroxide value of Elsholtzia rugulosa Hemsl seed oil is low in the storing process. 压榨法提取的野香苏油在贮存过程中过氧化值较低。
- Conclusion: Elsholtzia Cilita essential oil may be used in some concentration range is safe. 结论: 香薷精油在一定浓度范围内使用是安全的。
- The mechanism in control of renin synthesis is independent of the macula densa, but the latter is critical in control of renin secretion. 肾素合成的调节可独立于致密斑,但后者对肾素分泌起重要调节作用。
- The volatile oil from Elsholtzia rugulosa shows quite good antimicrobial activity against common bacteria. 香芝麻蒿挥发油对常见的细菌有较好的抑菌作用。
- Objective:To analyze the essential oil constituents extracted from the herb of Elsholtzia cillata. 目的:分析半边苏挥发油的化学成分。
- The germinationrates of Elsholtzia ciliat a and Ther mopsis lanceolata showed positive correlationswithlight. 香薷、披针叶黄华的萌发率与光照呈正相关。
- Among them, Bidens pilosa var. radiate and Egeria densa were found to be the dominant species with broadest habitat ranges in terrestrial and aquatic environments, respectively. 其中,大花咸丰草是兰阳平原入侵范围最广泛的陆生物种,水蕴草则是流动水体系统中最具威胁者,两者在台湾的驻在时间短,但入侵能力极强。
- Glycogen densa in the cells of the uterine gland appeared at the base or at the area above the nucleus, this features indicated that these cells stayed in early secretory stage. 子宫腺细胞基底及核上区有糖原斑,为动情晚期形态。
- Physico chemical properties and fatty acid composition of Elsholtzia Ciliata (Thunb.) Hyland seed oil were analyzed by GC. 为开发利用香薷籽资源,对香薷籽油物理化学性质和脂肪酸组成进行了分析测定。
- Physico-chemical properties and fatty acid composition of Elsholtzia Ciliata (Thunb.) Hyland seed oil were analyzed by GC. 摘要为开发利用香薷籽资源,对香薷籽油物理化学性质和脂肪酸组成进行了分析测定。
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