neurospora

neurospora

1. Feng X,Wang D,Xin L X,et al.Optization of conditions for submerged fermentation of cellulase by Neurospora crassa 1602[J].Journal of Tianjin Institute of Technology,2004,20(1):104-107.

[7]冯忻,王丹,辛丽霞,等.产纤维素酶粗糙脉孢菌1602产酶条件优化[J].天津理工学院学报,2004,20(1):104-107.

2. RESULTSThe positive rate of inhalational sensitinogen was 67%, and the most common inhalational sensitinogen was peni cilli n, neurospora, black root, elm, willow and poplar.

[结果 ]吸入性过敏原阳性率为 67% ,最常见的吸入性过敏原为点青霉、链孢霉、黑根霉、榆树、柳树及杨树 .

3. Next, in a series of classic experiments on the effects of mutations in the bread mold Neurospora crassa.

下面,我们将在一系列著名的实验里为大家展示黑根粗糙脉孢霉的变化所产生的影响...

4. They searched for the simplest life form they could find, choosing the bread mold Neurospora because its simple gene structure had been well documented.

他们的目的是搜寻可以发掘的最简单的生命，并从中选择了面包霉脉孢菌作为实验品---因为其简单的基因结构已经很好地呈现出来。

5. Title： STUDY ON FERMENT CONDITIONS OF FEED COMPLEX ENZYMES PRODUCED BY A NEUROSPORA SP.

关键词：好食脉孢霉,有机废料,饲用复合酶,孢子形成

6. The life cycle of Neurospora is shown in Fig1.1.

图11概括了链孢霉的生活史。

7. Isolation and Identification of Bacteria of Antagonism against Neurospora sitophila

好食脉孢霉拮抗细菌的分离与鉴定

8. neurospora sitophila

好食链孢霉

9. The Neurospora sp. can grow rapidly.It has a simply nutrition demand and abundant enzyme.

所选育的脉孢菌也具有生长迅速，营养要求简单，酶系丰富的特点。

10. Rapid composting of cattle manure to biological organic fertilizers by Aspergillus sp. and transforming the corncob to ethanol or feed by Neurospora sp. were studied in the thesis.

本文以畜禽废弃物和作物秸秆这两类典型的生物质为研究对象，利用所选育的曲霉与其它菌株配伍, 实现畜禽废弃物的快速腐熟, 生产生物有机肥；

11. Abstract:The present paper is dealing with a simple method to correct the distance of linked genes in tetrad analysis in Neurospora crassa.

本文探讨一个在链孢霉四分体分析中连锁基因距离矫正的简便方法。

12. Modeling and simulation of ethanol fermentation using Neurospora crassa under oxygen limited conditions

氧限制下粗糙脉孢菌乙醇发酵的数学模型及过程模拟

13. The optimal liquid fermentation conditions of cellulase production by neurospora crassa

粗壮脉纹孢菌液体发酵产纤维素酶的条件优化

14. Keywords Neurospora crassa;mathematical model;ethanol fermentation;oxygen limitation;

粗糙脉孢菌;数学模型;乙醇发酵;氧限制;

15. Keywords Neurospora crassa;laccase;a successive PCR method;Pichia pastoris;

粗糙脉孢菌;漆酶;连续延伸PCR方法;巴斯德毕赤酵母;

16. Keywords Neurospora crassa;mutant strain;laccase;fermentation conditions;

粗糙脉孢菌;突变菌株;漆酶;发酵条件;

17. Optimizing conditions of melanin production by Neurospora crassa and study of melanin physical character

粗糙脉孢菌产黑色素条件优化及黑色素物理特性研究

18. Cloning of a Laccase Gene from Neurospora crassa and It's Preliminary Expression in Pichia pastoris

粗糙脉孢菌漆酶基因的克隆及在毕赤酵母中的初步表达

19. Phenotypic Complementation of Saccharomyces cerevisiae arg11 Mutant by arg-13 cDNA of Neurospora crassa

粗糙脉孢霉arg-13 cDNA能互补酿酒酵母arg11突变株

20. Isolation of Citrulline Requiring Mutants from Neurospora crassa

粗糙脉孢霉瓜氨酸需求型突变株的分离

21. Cloning and Identification of a Gene Encoding an Acidic Protease from Neurospora crassa

粗糙脉孢霉酸性蛋白酶基因的克隆与鉴定

22. Keywords Neurospora crassa;cellulase;fermentation;condition;

粗糙脉胞菌;纤维素酶;发酵;条件;

23. neurospora crassa

粗糙链孢菌 粗糙链孢霉

24. Keywords Fibrinolytic enzyme;Neurospora sitophila;Mutagenesis breeding;Ultraviolet radiation;

纤溶酶;脉孢霉;诱变育种;紫外线;

25. Keywords Neurospora crassa;Cellulases;Rice straw;Fermentation condition;

纤维素酶;粗壮脉纹孢菌;稻草;发酵;

26. Keywords cellulose;neurospora crassa;medium;condition;

纤维素酶;粗糙脉胞菌;培养基;条件;

27. An osmotic mutant of Neurospora was permeable to polymers of molecular weight 18500

脉孢壳属的渗透突变体能透过分子量为18500的聚合物。

28. Preliminary Studies on purification and characteristics of a fibrinolytic enzyme from Neurospora sp.

脉孢菌纤溶酶的纯化和性质初步研究。

29. The enzymology property of a fibrinolytic enzyme produced by Neurospora sp

脉孢霉纤溶酶的酶学性质研究

30. Effect of Aluminum resistant Fungus ALF 1(Neurospora sp.) from Tea Rhizospheric Soil on the pH value of Acidic Soil

茶树根际土壤抗酸铝真菌ALF-1(Neurosporasp.)对酸性土壤pH的影响

31. A Study on Aluminium resistant Mechanism of ALF-1 Fungus (Neurospora sp.) from Tea Rhizospheric Soil

茶树根际土壤抗酸铝真菌ALF-1(Neurosporasp.)抗酸铝机理

32. Keywords soybean residue;Neurospora sitophila;solid-state fermentation;fibrinolytic enzyme;

豆渣;脉孢霉;固体发酵;纤溶酶;

33. They grew trays upon trays of colonies of Neurospora in a common growth medium.Then Beadle and Tatum bombarded every colony with X-rays, which were known to accelerate genetic mutations.

这些实验中的菌体被安置在同一个培养基上成群地生长，之后利用X光刺激每一个群体，众所周知，这样可以加速基因的变异。

34. Neurospora can be grown in test tubes containing a very simple culture medium .

链孢霉可以在含有一种很简单的培养基的试管中生长。

35. A Simple Method to Correct Genetic Distance Between Linked Genes and a Correction of Calculating Data in Tetrad Analysis in Neurospora crassa

链孢霉四分体分析连锁基因距离矫正的一种简便方法和计算数据的修正

36. neurospora nuclease

链孢霉核酸酶

37. Neurospora intermedia

间型脉孢菌