ergosterol

ergosterol

1. activated ergosterol

[医] 活化麦角甾醇, 照射麦角甾醇

2. Screen of Ergosterol Producing Yeast and Optimization of Fermentation Conditions

产麦角固醇酵母菌株的筛选及发酵条件优化

3. Three compounds were isolated from HCCB000167 culture broth,which were identified as ergosterol(1),ergosterol peroxide(2),4-butyl-pyridine2-carboxylic acid(3).

从HCCB00167菌株发酵液中分离并鉴定了3个化合物,分别为麦角甾醇(1)、过氧化麦角甾醇(2)和4-丁基-吡啶-2-羧酸(3)。

4. Influences of culture conditions on ergosterol production of S.aradoxus2005 are studied through orthogonal experiments using molasses media.

以糖蜜为主要原料，采用正交试验方法考查了培养条件对奇异酵母2005麦角固醇产量的影响。

5. Biochemistry: Ergosterol biosynthesis inhibitor (demethylation inhibitor).Mode of action: Systemic fungicide with protective, curative, and eradicant action.Translocated acropetally within the plant.

作用特点用于叶面喷洒的具有预防、治疗作用的广谱性杀菌剂。

6. Keywords RP-HPLC;ergosterol;fermentation preparations;

关键词RP-HPLC;麦角甾醇;固体发酵粉;

7. Keywords Butenafine;Ergosterol;Squalene;Broth microdilution testing;Thin-layer chromatography;

关键词布替萘芬;麦角甾醇;角鲨烯;微量液基稀释;薄层色谱;

8. Keywords Hericium erinaceus;ethanol extract;water extract;sterols;ergosterol;

关键词猴头菌;醇提浸膏;水提浸膏;甾醇;麦角甾醇;

9. Keywords pressurized solvent extraction;high performance liquid chromatography;Cordyceps;ergosterol;nucleoside;base;

加压溶剂提取;高效液相色谱法;虫草;麦角甾醇;核苷;碱基;

10. Determination of Ergosterol and Lanosterol in Mycelium of Rhizoctonia Cerealis by Reversed Phase High Performance Liquid Chromatography

反相高效液相色谱法分析禾谷丝核菌菌丝中麦角甾醇和羊毛甾醇的含量

11. The structure of ergosterol crystal was characterized by UV, IR and SEM.A new approach of biomass source application was presented.

同时对玉米秸秆发酵产麦角甾醇晶体进行结构表征，为生物质资源的应用开辟新的途径。

12. Soil Ergosterol, Dimethyl Sulphide Reduction, and Microbial Biomass along a Zn Concentrations Gradient in Soils from a Mine Spoil Tip

含铁矿砂次品土壤中锌浓度分级递增时土壤的麦角甾醇、二甲硫化物还原和微生物量

13. Keywords Rhizopus delemar;solid fermentation;biomass;ergosterol;lipase;

固态发酵;生物量;麦角固醇;脂肪酶;

14. Application of Genetic Algorithm to Estimating Parameters from Kinetic Model of Ergosterol Batch Fermentation

基于遗传算法的麦角固醇分批发酵动力学参数估算

15. Keywords Agaricus brasiliensis;ergosterol;triple-wavelength spectrophotometry;

姬松茸;麦角甾醇;三波长光度法;

16. Three cell components(nucleic acid,ergosterol and glucosamine) were used for biomass estimation of Aspergillus terreus ATCC 20542 in SSF.

对固态发酵中生物量测定常用的3种细胞组分(核酸、麦角固醇、氨基葡萄糖)作为生物量测定指标的可行性进行了比较研究。

17. To grain which has different molds invasion,the relativity between ergosterol content and mycotoxins,and molds count was tested,the function of ergosterol in estimation of grain quality was discussed.

对真菌侵染程度差异较大的粮食进行了真菌毒素、带菌量与麦角甾醇相关性的分析,探讨了麦角甾醇在评价粮食质量安全方面的作用。

18. Ergosterol activated by ultraviolet irradiation;vitamin D2.

导钙醇经由紫外光线活化处理的麦角脂醇;维生素

19. Ergosterol activated by ultraviolet irradiation; vitamin D2.

导钙醇经由紫外光线活化处理的麦角脂醇；维生素D2

20. Keywords Agaricus brasiliensis;mycelia;antitumor activity;ergosterol;separation and identification;

巴西蘑菇;菌丝体;抑瘤活性;麦角甾醇;分离鉴定;

21. The ergosterol content in mycelia of Agaricus brasiliensis was determined by triple-wavelength spectrophotometry.

应用三波长光度法测定了姬松茸菌丝体中麦角甾醇的含量。

22. generally,steroids,other than cholesterol,are not required or utilized by in all fungi, and including yeast, ergosterol is a nutritional requirement。

总的来说，微生物除了需要利用胆固醇外，不再需要其它种类的类固醇。麦角固醇是所有真菌包括酵母菌所需的营养物质。

23. The feasibility of ergosterol as an index to estimate grain safety degree was discussed in this thesis.

探讨了麦角甾醇作为评价粮食质量安全指标的可行性。

24. Abramson D.Hulasare R.York R.K Mycotoxins,ergosterol,and odor volatiles in durum wheat during granary storage at 16% and 20% moisture content 2005

朱建云.赵德安.潘天红.张小超基于人工嗅觉的粮食霉变识别方法的研究[期刊论文]-农业工程学报2005(1

25. Keywords brassinolide;24-epibrassinolide;ergosterol;industrialization;

油菜素内酯;24-表油菜素内酯;麦角甾醇;工业化;

26. Activated ergosterol preparation

活化麦角甾醇制剂

27. Temperature and alcohol are the two important factors in the fermentation of yeast.When one of the two factors changes,the fatty acids,phospholipids and ergosterol in the cell also change with it.

温度和酒精是酵母发酵的两个重要因素 ,当两个因素中的其中一个因素发生变化时 ,细胞中的脂肪酸、磷脂和麦角固醇也随之发生变化 ;

28. irradiated ergosterol

照射麦角甾醇

29. Purpose A high performance liquid chromatographic (HPLC) method was developed for the determination of the amount of ergosterol in house dust.

目的建立室内屋尘中麦角甾醇含量的高效液相色谱测定方法。

30. Keywords Rhodotorula;ergosterol;fermentation;saponification;

红酵母;麦角固醇;发酵;皂化;

31. STUDIES ON FERMENTATION PRODUCTION OF ERGOSTEROL BY RHODOTORULA

红酵母发酵生产麦角固醇的研究

32. Results:X412 has a molecular weight of 444.It is identified as an unknown compound with the structure of ergosterol.

结果:分离得到的化合物X412的相对分子质量为444,波谱解析和文献检索初步推定其为麦角甾醇类新化合物。

33. Results and Conclusion Five compounds can be isolated from the fungus,including ergosterol,ergosterol peroxide,uracil,thymine and cyclo-dipeptide(Leu-Leu).

结果与结论分离得到5个化合物,通过结构分析确定为麦角甾醇、过氧化麦角甾醇、尿嘧啶、胸腺嘧啶和环(亮-亮)二肽。

34. Results The content of sterols in ethanol extract was found to be higher than that in water extract.And one type of sterols from Hericium erinaceus hyphae was identified as ergosterol.

结果在醇提浸膏中检测到了较水提浸膏含量高的甾类物质，其中一种来自猴头菌菌丝体的甾醇类化合物，被初步鉴定为麦角甾醇。

35. The results indicated that ergosterol content was correlated with ethanol tolerance and osmotolerance of saccharomyces cerevisiae strains.

结果表明,麦角甾醇与酵母的耐酒精及耐高渗能力有一定的相关性,耐性好的酵母其麦角甾醇含量较高。

36. The results indicated that ergosterol content was correlated with ethanol tolerance and osmotolerance of saccharomyces cerevisiae strains.The strains with good tolerance had higher ergosterol content.

结果表明，麦角甾醇与酵母的耐酒精及耐高渗能力有一定的相关性，耐性好的酵母其麦角甾醇含量较高。

37. Results: Fluc onazole inhibited ergosterol biosynthesis and caused the concentration of lanost erol increased in a dose-dependent manner in fungi.

结果：随着氟康唑浓度的增加，真菌中的麦角固醇含量逐渐减少，而羊毛固醇含量迅速增加。

38. Keywords Trichoderma viride;cellulase;solid fermentation;ergosterol;process optimization;

绿色木霉;纤维素酶;固态发酵;麦角固醇;工艺优化;

39. The results show that minimum tillage has a good effect on the microbial carbon,zero tillage and straw application can increase the ergosterol level and accumulation of organic-C in soil.

耕作方式间土壤有机碳水平无明显差异,但秸秆还田可提高土壤有机碳含量。

40. Keywords cinnamaldehyde;citral;Aspergillus fumigatus Fres.;ergosterol;HPLC;

肉桂醛;柠檬醛;烟曲霉;麦角甾醇;高效液相色谱;

41. Keywords cinnamaldehyde;citral;Aspergillu flavus;ergosterol;

肉桂醛;柠檬醛;麦角固醇;黄曲霉;

42. Cholesterol,ergosterol and stigmasterol and their derivatives are the major steroids in fungi with important physiological functions in fungi as well as biological activities on other organisms.

胆甾醇、麦角甾醇和豆甾醇及其衍生物是真菌中的主要甾体化合物,具有重要的生理功能和生物学活性。

43. Keywords Ganoderma lucidum;ergosterol;triterpene;polysaccharide;cytotoxic activity;

赤灵芝;多糖;甾醇;三萜;提取;

44. Keywords Ganoderma lucidum;Spores;Triterpenoid;Ergosterol;

赤芝;孢子;三萜;麦角甾醇;

45. Single factor and orthogonal design were respectively utilized to optimize extracting process of ergosterol from fermentated rice of Monascus.

通过单因素试验和正交优化试验筛选由红曲提取麦角甾醇的最佳条件。

46. Keywords genetic algorithmj;kinetics of fermentation;parameter estimation;ergosterol;

遗传算法;发酵动力学;参数估算;麦角固醇;

47. Keywords yeast;ergosterol;fermentation condition;screen;

酵母菌;麦角固醇;发酵条件;筛选;

48. Study on Fermentation Conditions for Ergosterol Production by Yeast

酵母菌产麦角固醇发酵条件的研究

49. Keywords Saccharomyces cerevisiae;ergosterol;fermentation;fed-batch;

酿酒酵母;麦角固醇;发酵;流加;

50. Solvent effects on proton chemical shifts of ergosterol and its derivatives were investigated.

首次研究了麦角甾醇及其衍生物的氢化学位移溶剂效应。

51. Keywords puffball;Lasiosphaera fenzlii Reich;ergosterol;antitumor activity;MTT;

马勃;脱皮马勃;麦角甾;抗肿瘤活性;MTT;

52. Determination of ergosterol amount in house dust of different indoor environment in Shanghai City by HPLC

高效液相色谱法测定上海市不同室内环境屋尘中麦角甾醇的含量

53. The Determination of Ergosterol in Functional Red Yeast Rice by HPLC

高效液相色谱法测定功能性红曲米粉中的麦角甾醇

54. Determination of the Amount of Ergosterol in House Dust by HPLC

高效液相色谱法测定室内屋尘麦角甾醇的含量

55. COMPARISON AND ANALYSIS OF DIFFERENT FED- BATCH METHODS ON FERMENTATION OF ERGOSTEROL

麦角固醇发酵不同流加方式的比较

56. Keywords ergosterol;HPLC;functional red yeast rice.;

麦角甾醇;HPLC;功能性红曲米;

57. Keywords Ergosterol;propanedioic acid;fragrance compositions;pigments;

麦角甾醇;丙二酸;香气成分;色素;

58. Keywords ergosterol;Agaricus brasiliensis;mycelia;microwave-assisted extraction;central composite design;

麦角甾醇;姬松茸;菌丝体;微波辅助提取;中心组合设计;

59. Ergosterol preparation

麦角甾醇制剂

60. Solvent Effects on Proton Chemical Shifts of Ergosterol and Its Derivatives

麦角甾醇及其衍生物的氢化学位移溶剂效应

61. ergosterol peroxide

麦角甾醇过氧化物

62. Keywords Claviceps purpurea;Ergosterol;Structural identification;

黑麦麦角菌;麦角甾醇;结构鉴定;

63. Studies on ergosterol production by Claviceps purpurea

黑麦麦角菌产生麦角甾醇的研究