The pathogens causing red gardenia browning and rotting were Aspergillus niger v.

引起贮藏期红栀子果实发生褐变腐烂的病原菌为黑曲霉和黄曲霉.

互联网

The tolerance of Aspergillus niger to ozone is studied in this paper.

本文以黑曲霉为研究对象,在黑曲霉菌液中通入臭氧,观察黑曲霉耐臭氧的能力.

互联网

Post - lung transplantation Aspergillus niger infection.

后肺移植黑曲霉感染.

互联网

Objective To know the efficacy of 8 common chemical disinfectants in killing Aspergillus niger.

目的了解8种常用化学消毒剂对黑曲霉菌的杀灭效果.

互联网

Aspergillus niger 3866 is confirmed the highly enzyme activity producing strain by screening strain.

通过菌株筛选,确定了黑曲霉3866为糖苷转化酶高产菌株.

互联网

Purpose To study the influence of Aspergillus niger on tolerance and heat endurance of experimental mice.

目的:研究黑曲霉对小鼠耐缺氧能力和耐热力的影响.

互联网

The optimal composition of fermentation medium for Aspergillus niger was: sucrose 3 %, NAN 03 0.2 %, K _ 2 HPO _ 4 0.1 %, MgSO _ 4·7 H _ 2 O 0.05 %, FeSO _ 4 0.001 %, KCl 0.05 %.

确定了其最佳培养基: 蔗糖3%, NaNO_30.2%, K_2HPO_40.1%, MgSO_ 4·7H_2O0.05%, FeSO_40.001%, KCl0.05%.

互联网

Objective : To produce the inulo - oligosaccharide from chicory inulin by using recombined endo - inulinase of Aspergillus niger.

目的: 利用毕赤嗜甲醇 酵母表达 的重组黑曲霉菊粉内切酶,从菊苣菊粉中制取低聚果糖.

互联网

Comparing with acid and ? ? - glucosidase from almond, ? ? - glucosidase from Aspergillus niger showed the highest hydrolysis efficiency.

通过与酸水解和苦杏仁β - 葡萄糖苷酶水解效率比较,发现该黑曲霉β-葡萄糖苷酶有较好的水解大豆异黄酮糖苷的能力.

互联网

The effects of several effectors on the activity of pectinase from Aspergillus niger were studied.

研究了几种效应物对黑曲霉果胶酶活力的影响.

互联网

The soybean isoflavones was hydrolyzed by ? ? - glucosidase obtained by fermentation with Aspergillus niger.

利用黑曲霉产酶发酵培养基制备β-葡萄糖苷酶,再利用β - 葡萄糖苷酶水解大豆异黄酮粉制备异黄酮苷元.

互联网

The result indicates acidprotease excreted by Aspergillus niger ANSO _ 1 is fit to feed as additive.

研究结果表明,黑曲霉菌株ANSO_1产酸性蛋白酶可以作为饲料添加剂.

互联网