mauve colour cloth

基本解释紫红色布

网络释义

1)mauve colour cloth,紫红色布2)red oxide cloth,紫红色布3)Zihong,紫红4)purie Lark,紫红5)Monascus purpureus,紫红曲霉6)purplish red pigment,紫红色素7)purpurin 18,紫红素-188)violet,紫红色9)Lutjanus argentimaculatus,紫红笛鲷10)rhodopsin,视紫红质

用法和例句

Selection of Hybrid Processing Tomato Zihong with High Lycopene Content;

高番茄红素加工番茄新品种紫红的选育

Effect of mixture fermentation of Saccharomyces cerevisiae or Aspergillus oryzae and Monascus purpureus on red pigment production;

啤酒酵母或米曲霉与紫红曲霉混合发酵对红色素的影响

The production parameters of red pigment by Monascus purpureus No.

研究了菌株紫红曲霉No。

It was identified to be a Monascus Purpureus.

从土壤及霉变淀粉质材料等样品中分离获得到产糖化酶活性较高的菌株L-3,经鉴定为一种紫红曲霉;通过紫外线和硫酸二乙酯分别进行诱变,得到4株性能良好的糖化酶变异株,其中菌株7性能最好,命名为M。

Study on the extraction of purplish red pigment from Solanum nigrum with resins;

用树脂法提取龙葵果紫红色素的研究

Extraction and characteristic of purplish red pigment from Solanum nigrum;

戈壁野生龙葵果紫红色素的提取及其理化性质研究

The proper violet proportion of ceramic pigment has been obtained.

对紫色陶瓷颜料进行了大量试验研究 ,并在此基础上进行正交试验筛选 ,得到了一组呈色较好的紫罗兰和紫红色配方。

Investigation of three kinds of Steroid Hormones in Lutjanus argentimaculatus in Zhanjiang Sea Area by Radioimmunoassay;

三种甾体激素在湛江海域的紫红笛鲷体内的残留调查

Comparison of Five Isozymes in Snapers(Lutjanus argentimaculatus and L. erythopterus);

紫红笛鲷与红鳍笛鲷5种同工酶的比较研究

Genetic Diversity in the Wild Population of Lutjanus argentimaculatus in the Daya Bay by RAPD;

大亚湾紫红笛鲷野生群体遗传多样性的RAPD分析

Isolation of the rhodopsin gene promoter and construction of a retina-specific expression vector;

视紫红质基因启动子的分离及视网膜特异表达载体的构建

Detection and analysis of rhodopsin mutation in patients with retinitis pigmentosa;

视网膜色素变性视紫红质基因突变检测分析

In order to confirm the existence of rhodopsin in cerebrospinal fluid-contacting neuron and the effect of illumination on it,pineal gland of rat was immediately taken after it was killed and examined the existence of rhodopsin with fluorescence microscope by immunohistochemical method and confirmed the effect of light on rhodopsin in the pineal gland by electrophysiological method.

为证实大鼠接触脑脊液神经元内视紫红质的存在及光照对其的影响,将大鼠处死后立即取出松果体,通过免疫组织化学方法用荧光显微镜检测视紫红质的存在;用电生理方法来证实光照对松果体上的视紫红质可产生作用。

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