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- Ascochyta maackiaen. 朝鲜槐壳二胞
- Maackia amurensis Rupr.et Maxim. 山槐 豆科 黄色木、朝鲜槐。
- The causal agent identified is a species of fungi belonging to genus Asco- chyta and is named Ascochyta sp. tentatively. 经鉴定;其病原菌是一种真菌;属于半知菌亚门、球亮孢目、壳二孢属(Ascochyta sp.;)
- These gaps were usually formed after 3~4 trees logged which were mainly composed of Tilia amurensis, Quercus mongolica and Maackia amurensis. 1%25的林隙呈圆形，61.;9%25的林隙呈椭圆形，其中38
- The geographic origin of each isolate of Ascochyta might have contributed to the genetic diversification revealed by RAPD analysis. 近年利用温室、大棚栽培甜瓜的面积逐渐扩大，采前、采后病害均比较严重。
- Four new species, one new combination and nineteen Chinese new records of the genus Ascochyta are reported in this paper. The new species are Asco-chyta araliae Sun et Bai, A. 本文报告了壳二孢属(Ascochyta)新种4个:(木忽)木壳二孢(Ascochyta araliae Sun et Bai);朝鲜槐壳二孢(A.;maackiae Sun et Bai);假酸浆壳二孢(A
- This paper concerns to analyse the heart-wood-rot of chemical compositionof amur maackia, manchurian lilac, amur corktree and manchurian ash in rot process. 本文分析了山槐、暴马丁香、黄檗、水曲柳等心材样品在腐朽过程中的主要化学成分变化。
- The seed density of climax species such as Pinus koraiensis, Abies nephrolepis, and Acer mono increased, whereas that of Maackia amurensis and Fraxinus mandshurica decreased. 红松、臭松和色木槭等顶极种的种子密度逐渐增大，山槐、水曲柳等树种的种子密度逐步降低；
- In order to realize high accumulation of hepatoprotective isoflavones in cultured cells of Maackia amurensis, medium components were optimized through single factor test and the orthogonal experiment. 为实现怀槐培养细胞高水平积累保肝成分异黄酮,本文对怀槐细胞培养基组成进行了优化。
- ascochyta leaf spot of kidney bean 扁豆褐斑病
- Maackia amurensis Rupr. et. Maxim 怀槐
- Studies on the Chemical Constituents of Amur Maackia(Maackia amurensis) 朝鲜槐化学成分的研究
- Keywords Maackia amurensis Rupr.et.Maxim.;wood preservation;acute toxicity; 怀槐;木材防腐;急性毒性;
- Occurrence Trait of Flax Ascochyta Disease and Its Comprehensive Prevention Measures 亚麻褐斑病发生特点及防治技术研究
- Keywords Maackia amurensis;cell suspension culture;medium optimization;isoflavone -+; 怀槐;悬浮培养细胞;培养基优化;异黄酮;
- Keywords Maackia amurensis;suspension culture;isoflavone;artificial neural networks;accelerating genetic algorithm;structure model;temperature shift;air-lift bioreactor; 怀槐;悬浮培养;异黄酮;人工神经网络;实数编码加速遗传算法;结构化动力学模型;温度调控;气升式生物反应器;
- cotton leaf ascochyta spot 棉叶斑病
- Ascochyta celosiaen. 青箱壳二胞
- Fomitopsis maackiaen. 黄孔拟层孔
- Ascochyta araliaen. 楤木壳二胞
