黑粉菌

河南黑粉菌初步调查

A Preliminary Survey on Smut Fungi in Henan Province

在我国宁夏回族自治区发现黑粉菌6属19种。

So far 19 species belonging to 6 genera of the smut fungi are reported to be found in Ningxia region .

玉米黑粉菌DNA载体的构建和它的原生质球的转化和再生

The construction of DNA vector and spheroplast transformation and regeneration of Ustilago maydis

本文报道玉米黑粉菌mtDNA的限制性内切酶酶切图谱。

A restriction map was constructed for mtDNA of Ustilago maydis .

玉米黑粉菌mtDNA的研究Ⅰ.DNA克隆和基因图谱

Studies of mtDNA of Ustilago maydis ⅰ . Cloning and Gene Mapping

通过AFM研究抑菌剂萎锈灵和潮霉素对玉米黑粉菌细胞形貌的影响。

The effects of antibacterial agent hygromycin and Carboxin on morphology of Ustilago maydis were investigated by AFM .

主要内容如下：1.用AFM研究三唑酮对玉米黑粉菌后形貌的影响。

The main contents are as follows : 1 . AFM study of the effect of triadimefon on the surface morphology of Ustilago maydis .

从高粱黑粉菌中提取出水提水溶多糖B1和碱提水溶多糖B2，经分析及测定2种多糖均为纯多糖。

The water extractive water soluble polysaccharide B 1 and the alkali extractive water soluble polysaccharide B 2 were extracted from ustilaginaceae .

玉米黑粉菌含有丰富的蛋白质、膳食纤维、矿物质（尤其是K，Fe，Se含量较高）、维生素、真菌多糖以及人体必需氨基酸。

Corn smut fungus is rich in protein , dietary fibre , minerals ( especially potassium , iron , selenium content higher ), vitamins , fungus polysaccharide and reasonably necessary to the formation of amino acid .

玉米黑粉菌多糖提取的最优条件为1∶40的料液比，80℃水浴条件下，浸提3次，每次浸提2h，其水溶性粗多糖提取率为约10%。

The optimal extraction conditions was : the ratio between powder and water 1 ∶ 40 , the extraction temperature 80 ℃, the number of times three times , the extraction time 2h , the yield was about 10 % .

腥黑粉菌属3种检疫性真菌rDNA-IGS区的扩增及其序列分析

Amplification and sequence analysis of the rDNA intergenic spacer ( rDNA-IGS ) from three Tilletia species

玉米丝黑穗病是由丝轴黑粉菌（Sporisoriumreilianum）引起的严重威胁玉米产量的主要病害之一。

Maize head smut is a serious threat to maize production of disease caused by the wire axis black powder bacteria ( Sporisorium reilianum ) .

本文对我国黑粉菌属（Ustilago）51个样本，选取33个形态学和生物学编码性状进行了类平均法的系统聚类分析。

A hierarchical clustering analysis was tried with 51 species-specimen under the genus Ustilago hitherto collected and identified from China by many authors . The result was based on 33 morphological and biological coding characters as well as with group-average method .

茭白品种间黑粉菌部分生物学特性

Some Biological Characteristics of Ustilago esculenta in Different Zizania latifolia Cultivars

玉蜀黍黑粉菌担孢子萌发及侵染过程的研究

Studies on Germination And Infection of Basidiospores of Corn Smut Fungi

新疆黑粉菌的初步研究

Preliminary report of the smut fungi in xinjiang , china

甘肃省饲用植物的黑粉菌

Smut fungus of feed plants in Gansu Prov in CE

玉米黑粉菌的加工利用分析

Analysis of Processing and Utilizing of Corn Smut Fungus

黑粉菌属的聚类分析

Cluster analysis of the species of the genus Ustilago

茭白黑粉菌摇瓶发酵条件的研究

Study on shake-flask culture conditions of Ustilago esculenta fermentation

甘肃省黑粉菌分类研究

Taxonomic Studies on Smut in the Gansu Province

水稻糙米色素基因、育性基因的定位及稻粒黑粉菌侵染水稻的组织病理学研究

Gene Mapping of Pigment Gene and Fertility Gene , and Histopathology of Neovossia Horrida in Rice

尽管全基因组有极大的相似性，但玉米瘤黑粉菌和马拉色菌分泌不同的蛋白。

Despite an overall genomic similarity , U.maydis and Malassezia differ in the proteins they secrete .

高粱黑粉菌多糖的研究

Research for the ustilaginaceae polysaccharide

在某些系统中使用的一个分类范畴，由黑粉菌目（黑粉菌）和锈菌目（锈菌）组成。

Category used in some systems to comprise the two orders Ustilaginales ( smuts ) and Uredinales ( rusts ) .

此结果表明，抗性克隆不是源于玉米黑粉菌敏感细胞的回复突变。

The result showed that the resistant clones were not originated from back mutation of sensitive cell of Ustilago maydis .

汞离子胁迫对茭白及其体内黑粉菌的影响

Effect of Intimidation of Mercury Ion on Zizania latifolia Turcz . and Ustilago esculenta P. Henn . in its Body

结果表明萎锈灵对黑粉菌不仅有生长的抑制作用，在黑粉菌菌体的表面随机出现了很多小坑。

The results showed that Carboxin could not only inhibit the growth of Ustilago maydis , but also induced pits in cell surface .

首先观测玉米黑粉菌在空气中的形貌，同时研究了三唑酮对玉米黑粉菌形貌的影响。

First , we investigated the surface morphology of Ustilago maydis in the air , and the effect of triadimefon on Ustilago maydis .

文章报道了甘肃省饲用植物及作物上的黑粉菌共30种，分属于8个属。

The paper reported 30 smut fungus species that grew in feed plants and crops in Gansu Province , which belonged to 8 genera .