The dimethachlon-resistant mutants had a weaker capacity of producing sclerotia and were more sensitive to osmotic pressure than their parents and carbendazim resistant isolates. 抗菌核净突变体比敏感亲本菌株产菌核能力弱,并对渗透压表现敏感。
The key to managing these diseases is to plant in non-infested soil and prevent the buildup of sclerotia in soil. 控制此病害的关键就是在无菌核田地中种植向日葵并预防土壤中的菌核积聚。
Study on Content Determination and Antibacterial Effects of Triterpenes from Sclerotia of Poria cocos 茯苓皮三萜类物质含量的测定及其抑菌活性的研究
Supplementing wheat bran to grain medium favored the formation of sclerotia. Bacteria or bile pigment may serve as a nidus for crystal formation. 在谷物培养基里添加麸皮有利于菌核的形成。细菌或胆色素可作为结晶形成的一个核心。
The nuclei and nucleoli were extracted and purified and the sclerotia were induced from fuligo septica phaneroplasmodium, and then they were observed under tem. 从煤绒菌显型原质团中提纯细胞核、核仁,诱导原质团形成菌核,并在透射电镜下观察。
Origin and development of crystal and thick-walled cells in sclerotia of Grifola umbellata 猪苓菌核结晶及厚壁细胞的起源与发育
Studies on the structure and nature of sclerotia of Grifola umbellata 猪苓菌核结构性质的研究
The horizontal distribution of the fungus sclerotia and diseases were not proportional in field. 病菌的菌核及病害在田间水平分布不均匀,稻田中央菌核量最少,发病程度较轻;
VB1 can promote the growth of mycelia and sclerotia; VB1可促进菌丝体和菌核的生长;
The vegetative hyphae and sclerotia are polykaryotic and the reproductive hyphae dikaryotic. 营养菌丝、菌核等是多核的,生殖菌丝是双核的。
The contents of crude protein and amino acid of nutrient mycelia were higher than that of cultivated sclerotia. 营养菌丝中所含粗蛋白、氨基酸的量显著高于栽培菌核中粗蛋白、氨基酸的量。
The differentiation of pathogenicity, activities of cell wall degrading enzymes, infection process and effect of temperature on sclerotia germination and germs infection were studied. 本文首次系统研究了玉蜀黍丝核菌(R.zeae)的致病性分化、体外产细胞壁降解酶活性、侵染过程和温度对玉蜀黍丝核菌(R.zeae)菌核萌发与发病的影响。
But the volatiles have only an inhibition to the size of sclerotia. 而挥发性代谢产物仅仅对菌核大小有一定抑制作用。
This paper studied the growth states of mycelia and sclerotia for Morchella in different kinds of media, and preliminarily observed their culture characters both macroscopically and microscopically. 对两种野生羊肚菌菌株M1和M2在不同培养基上菌丝生长及菌核产生的特征进行了初步观察。
Water contents in sclerotia of the two types were 13.22 g and 11.94 g; 每100g野生与栽培猪苓菌核中水分质量分别为13.22g,11.94g;
The contents of crude protein and amino acid in the vegetative mycelia were higher than that in the wild sclerotia. 营养菌丝的粗蛋白和氨基酸含量显著高于野生菌核。
The amino acid constitution of crude protein in the vegetative mycelia and wild sclerotia of Polyporus umbellatus was determined and analyzed in this paper. 测定和分析了猪苓(Polyporusumbellatus)营养菌丝与野生菌核中蛋白质的氨基酸种类及含量。
The character and function of defense structure of sclerotia are discussed in this paper. 本文较系统的阐述了蜜环菌侵染后菌核各防御结构的发生特点及功能。
Effect of different cultivation temperatures on the protein nutrition value in the sclerotia of Pleurotus tuber was tested. 测定了不同栽培温度对虎奶菇菌核蛋白质营养价值的影响。
Relationship between Floation and Sink of Sclerotia of Rice Sheath Blight Fungus and Their Ultramicro Structure 水稻纹枯病菌核的浮沉特性与超微结构的关系研究
The range of temperature for sclerotia germination was 16-40 ℃, the optimum at 34 ℃. 菌核萌发的温度范围为16~40℃,最适34℃;
Inhibition effect of carbendazim ( MBC) on hyphae growth and sclerotia germination of isolates of Sclerotinia sclerotiorum resistant to MBC were studied. 研究了多菌灵(carbendazim,MBC)对油菜菌核病菌(SclerotiniaSclerotiorum)抗MBC菌株的菌丝生长和菌核萌发的抑制效应。
Even germination of sclerotia was also inhibited, the inhibition rate reached to 60%-70%. 同时还能抑制菌核的萌发,抑制率达60%~70%;
Structure and development of sclerotia of Grifola umbellata were stu-died With light and electron microscope. 利用光学显微镜和电子显微镜对猪苓菌核的结构及其发育进行了研究。
Fuling, the sclerotia of Poria cocos ( Schw.) Wolf, is a well-known traditional Chinese medicine. 茯苓为多孔菌科真菌茯苓Poriacocos(Schw.)Wolf的干燥菌核,是我国传统常用中药材。
Sclerotinia sclerotiorum is an important plant pathogenic fungi that cause a variety of plants such as rapeseed, soybean diseases, and can survive in the soil for a long time as Sclerotia. 核盘菌是引起油菜、大豆等多种植物菌核病的重要植物病原真菌,该菌能以菌核形态在土壤中长期存活,是生产上难防病害。
The result showed that all the five herbicides did not inhibit or stimulate sclerotia germination. 结果显示,这五种化学除草剂对核盘菌(S.sclerotiorum)菌核萌发无促进或抑制作用。
A decoction of fungus sclerotia without toxic effects and has been used in treatment of cancers and digestive system diseases. 用该菌的菌核煎出来的药汁可用于治疗癌症和消化系统疾病,并且没有发现毒副作用。