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- Chemical Constituents from Monascus anka 安卡红曲中的化学成分
- Chemical Constituents of Monascus anka 安卡红曲的化学成分研究
- Study on Submerged Fermentation Conditions of a Strain Monascus anka sp. Producing Pigment and Glucoamylase 安卡红曲霉液态发酵产色素及糖化酶的研究
- Keywords Monascus anka;monascus pigments;colour values;red pigments;yellow pigments; 红曲霉菌;红曲色素;色价;红色素;黄色素;
- Keywords Monascus anka;pigment synthesis;inhibitors of enzymes;polyketide pathway; 红曲霉;色素合成;酶活抑制剂;聚酮途径;
- Monascus anka 红曲霉
- Li skribis ne nur multe sed anka bele. 他不仅写得多,而且写得好。
- The Research Achievements of Monascus SP. 红曲霉的研究进展。
- The brewing technology of monascus waxberry wine was studied. 研究了红曲杨梅果酒的酿制工艺。
- HPLC method of analysis of Monascus citrinin was established. 建立了红曲霉真菌毒素桔霉素的HPLC检测方法。
- Objective: To study the supermicro-morphology of Monascus fungi. 摘要目的:研究红??的超显微特徵。
- Objective:To study the supermicro-morphology of Monascus fungi. 目的:研究红曲霉的超显微特征。
- The Effects of Ultrasonic Radiation on Production of Pigment from Monascus sp. 超声波处理对红曲色素产量的影响。
- The raw materials of water-soluble Monascus pigment was separated and purified. 然后采用不同的方法对原材料水溶性红曲红色素进行分离纯化。
- Figure 4. Total plate counts of chicken meat after anka treatment during storage at 5oC. 图4.;红糟处理对鸡肉冷藏过程中总生菌数的变化。
- This paper introduces two hazards that occurred in 2000: Yigong rapid huge landslide in Tibet and regional rain-induced geological hazard in Anka... 响应联合国倡导的本世纪初“国际减灾战略计划”,并对我国地质灾害监测预警工程和风险管理提出了建议。
- Exploration to the esterification property of esterase produced by Monascus spp. 红曲霉酯酶酯化特性的探讨。
- Anka is a company in an America.Head office is in U.S.There is some branch in Brazil.Japan, Italy, Singapore if you want some tooling or buy hot runner.Please call me. 产品说明: Anka是一家美资公司,总部在美国洛杉矶,在巴西,日本,意大利,新加坡设有分支机构,如果您要做模具,购买热流道,请电话我们。
- The original strain of Monascus was induced by UV radiation, DES and LiC1 and 10 strains were obtained. 红曲霉出发菌株经紫外线 (UV)、硫酸二乙酯 (DES)、氯化锂 (LiCl)等诱变剂反复诱变处理 ,获得供试红曲霉菌株 10株。
- Conclusion: This study may serve as deposing the evidences to classify Monascus fungi and to identify Hongqu. 结论:红麯黴的扫描电镜观察为该属真菌的分类提供依据并为中药红麯的生药鉴定提供佐证。