1) Ustilago maydis AS5.128
玉米黑粉菌AS5.128
2) Ustilago maydis
玉米黑粉菌
1.
Analysis of Gene Structure,Cloning and Expression of cyp51 from Ustilago maydis;
玉米黑粉菌cyp51基因结构分析与克隆表达
2.
Cloning and sequence analysis of upstream region of cyp51 gene from Ustilago maydis
玉米黑粉菌cyp51基因上游调控区克隆及生物信息学分析
3.
And pDLl transformed the protoplasts of Ustilago maydis after being ligated with DNA fragments of Pleurotus ostreatus.
将pDL1与糙皮侧耳(Pleurotus ostreatus)的DNA片段连接,然后转化玉米黑粉菌(Ustilago maydis)的原生质体。
3) corn smut fungus
玉米黑粉菌粉
4) Ustilago maydis
玉米黑粉病菌
1.
0 and potential GPI-anchor sites prediction algorithm Big-PI Predictor were employed to predict the subcellular location of proteins encoded in Ustilago maydis genome.
利用已公布的玉米黑粉病菌基因组全序列数据及信号肽预测软件SignalP v3。
2.
7 Mb of publicly available DNA sequence in Ustilago maydis was researched for mono- to hexanucleotide simple sequence repeat (SSR or microsatellite) to determine the type, size and frequency.
本文利用已经公布的玉米黑粉病菌基因组测序结果,对该真菌基因组中基序为1-6碱基的微卫星(SSR)序列进行了系统地分析。
5) black corn flour
黑玉米粉
1.
The application of black corn flour in bread production was studied The result indicated that bread quality was reduced to different degrees, with increased amount of black corn flour and decreased grain size The addition of black corn flour for 50, 70 and 90 meshes could not surpass 8%, 7% and 7% of flour weight respectively
对黑玉米粉在面包生产中的应用进行了试验研究。
2.
The results showed that having black corn flour mixed with wheat flour in a proportion of 3.
本试验采用复因素随机实验设计进行了黑玉米挂面的研制 ,结果表明 ,黑玉米粉与小麦精粉按 3。
6) black corn pollen
黑玉米花粉
1.
In this paper, a double-wavelength spectrophotometry was applied to assay the total flavonoids in black corn pollen.
介绍了一种双波长分光光度法,应用于测定黑玉米花粉中的总黄酮含量,测定波长510nm,参比波长584nm,平均回收率98。
补充资料:高粱坚轴黑粉菌
高粱坚轴黑粉菌Sphacelothecasorghi(Link)Clint高粱黑粉菌、高粱乌米
中文学名高粱坚轴黑粉菌
拉丁学名Sphacelothecasorghi(Link)Clint
中文别名高粱黑粉菌、高粱乌米
同物异名
分类地位黑粉菌目>黑粉菌科>轴黑粉菌属>
形态特征孢子堆生于高梁花序的子房中,椭圆柱形、圆锥形,突出颖壳之外,常弯曲,长0.3-1.2cm,具灰色的膜包围,成熟后色变暗褐色,膜顶端破裂,露出黑褐色的孢子堆和柱状中轴。膜细胞成群分开,近球形,无色,直径7-18μm。孢子球形至近球形,绿褐色,黑褐色至红褐色,光滑或有微细的疣刺,4.5-9μm。
图例
图1122高粱坚轴黑粉菌:1.孢子堆生长在高粱穗上,2.放大的孢子堆,3.孢子
生态习性寄生于高梁(Sorghumvulgare)穗上。
分布地区台湾河北山西山东辽宁吉林黑龙江河南湖北陕西甘肃云南内蒙古
经济用途此菌寄生后引起高梁患坚黑穗病。其孢子粉可药用,性甘味平,调经止血。治疗月经不调、血崩及便血。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条