1) saprophytic fungus
腐生真菌
1.
The results show that there are three genus and nine species of parasitic fungus,fourteen genus and twenty-nine species of large-scaled fungus,twelve genus and fourteen species of saprophytic fungus.
2007-2008年对呼和浩特市树木园进行真菌多样性初步调查,结果表明:林木寄生真菌共有3属9种,大型真菌共有14属29种,林木腐生真菌共有12属14种。
2) zygonycete fungus Mucor indicus
腐生真菌Mucorindicus
3) white-rot fungi
白腐真菌
1.
Comparison of biodegradation of benzene hydrocarbons gas with mixed culture from petrifaction sludge and white-rot fungi;
石化污泥混合菌和白腐真菌对气相苯系物的降解能力比较
2.
White-Rot Fungi and the mechanisms of degradation of xenobiotics;
白腐真菌及其对异生物质的降解机制
3.
At present,white-rot fungi is the most promising way to treat oil pollutionin.
利用白腐真菌降解环境中的石油类污染物,是当前应用前景最好的石油污染物处理方法,多种因素同时制约着石油类污染物的生物降解。
4) white-rot fungus
白腐真菌
1.
The influence of glucose feeding on the ligninolytic enzymes production of the white-rot fungus P.chrysosporium;
葡萄糖补料对白腐真菌P.chrysosporium产木质素降解酶的影响
2.
Study on factors influencing the degradation of lignin in black liquor by white-rot fungus
白腐真菌对造纸黑液中木质素的降解效果
3.
The degradation of pentachlorophenol(PCP)by the white-rot fungus Phanerochaete chrysosporium was studied under different nutrient condition.
研究了白腐真菌黄孢原毛平革菌在不同营养条件下对五氯酚的降解。
5) white rot fungi
白腐真菌
1.
Effects of bacteria on the emulsification of crude oil and the capability of white rot fungi in crude oil biodegradation;
微生物对原油的乳化及促进白腐真菌原油降解研究
2.
Ligninases production in different reactors by white rot fungi;
白腐真菌产酶反应器研究进展
3.
Review on the production and regulation mechanism of ligninolytic enzymes of the white rot fungi;
白腐真菌木质素降解酶的产生及其调控机制研究进展
6) white rot fungus
白腐真菌
1.
Advance on the immobilized technology and influential factors of the white rot fungus;
白腐真菌固定化技术及其影响因素的研究进展
2.
Mechanism study on coal degradation and converted with white rot funguses;
白腐真菌降解转化煤炭的机理研究
3.
Experimental of coal biodegradation by white rot fungus;
白腐真菌对煤炭的降解转化试验
补充资料:大根兰(腐生兰)
兰科Orchidaceae
多年生腐生兰,高达18cm。根状茎直立,白色,肉质,有分枝,茎紫红色。无绿叶。总太花序直立,花2—5,淡红色。分布于四川、贵州、云南,生于山坡林缘。锡金、印度及中南半岛也有分布。
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