Influence of time factor on the dissolution of wax framework sustained-released tablets;
时间因素对蜡质骨架型缓释片释放度的影响研究
Fatty Acids and Waxes in Kernel of Myrica rubra;
杨梅核脂肪酸及蜡质成分分析
Wax and Cuticle of Peanut Seed Coat in Relat ion to Infection and Aflatoxin Production by Asperillus flavus;
花生种皮蜡质和角质层与黄曲霉侵染和产毒的关系
Studies on the properties of the homegrown waxy corn starch paste;
国产蜡质玉米淀粉糊性质的研究
The properties of waxy corn starch were investigated, comparing with corn starch and potato starch.
本文研究了蜡质玉米淀粉的品质特性,结果表明蜡质玉米淀粉糊液的粘性比马铃薯淀粉低,但明显高于普通玉米淀粉,蜡质玉米淀粉糊化后不易老化,其糊液抗凝沉、透光度都优于普通玉米淀粉和马铃薯淀粉。
Moreover, the effect of Compritol 888 contents was more signif.
本文以水中易溶的卡托普利为模型药物,制备了羟丙基甲基纤维素(HPMC)、蜡质888(Compritol888)混合骨架片。
On comparison of extraction methods of epicuticular wax and content of rice leaves;
稻叶表皮蜡质提取方法及含量的比较
Plant epicuticular wax is a collective term used to describe the organic components of the cuticle which covers the outer surface of aerial plant tissues.
植物表皮蜡质是覆盖在植物最外层的一类有机混合物总称,它是植物自我防护的最后一道屏障,在植物生长发育过程中起重要作用。
The epicuticular wax acts as the first protective barrier against UV radiation, bacterial and fungal attacks and regulates non-stomatal water loss.
植物能够适应外界环境的变化并生存下来的一个重要机制是分泌蜡质到植物角质层表面,充当植物阻挡紫外辐射及病虫害侵蚀的第一道屏障,并能降低植物的非气孔性水分丧失,有研究表明,表皮蜡质含量与植物抗逆性呈正相关。
The waxy gene is the key gene of the amylase synthesis.
蜡质基因是编码直链淀粉合成的关键基因。
We have previously reported that a 31 bp DNA fragment within the 5 upstream region of rice waxy gene could interact specifically with nuclear proteins extracted from immature rice seeds.
在水稻蜡质基因５’上游区中一段３１ｂｐ 核苷酸序列能与水稻未成熟种子核蛋白特异结合。
4 kb (-2118～+1291 bp) sequence located upstream of translationalstart site of rice waxy gene is sufficientto drive the expression of the GUS reporter gene in rice immature embryos.
为研究水稻蜡质基因（ｗａｘｙ）５＇上游调控区中存在的顺式作用元件，我们将水稻ｗａｘｙ基因翻译起始声、（ＡＴＧ）５＇上游３。
Study on effect of detection of Wx gene in non-glutinous rice of Oryza sativa L. Indica by STS molecular marker;
STS标记检测非糯籼稻蜡质基因的效果研究
After analyzing glutinous rice waxy gene sequence reported by previous studies, two pairs of dominant and codominant STS molecular markers based PCR were designed for distinguishing glutinous rice, according to the distinctions between glutinous rice wx gene and nonglutinous rice Wx gene.
通过对前人公布的糯性水稻蜡质基因全序列测定结果的分析,根据糯性水稻与非糯性水稻蜡质基因序列位点的差异,设计了两个基于PCR扩增反应的可特异识别糯性水稻的显性和共显性STS分子标记;同时在前人公布的非糯性水稻蜡质基因的不同类型(Wxa和Wxb)的全序列比对分析的基础上,选取了两种基因型特定的差异位点,设计了两个基于PCR扩增反应用于特异识别这两种Wx基因的显性STS分子标记,并用新建立的标记对相应的水稻基因型进行了检测。
Two chimeric plasmids with Wx gene promoter(from O.
以前的研究结果表明 ,非糯性的稻米中直链淀粉的含量与各品种中蜡质基因 (Wx)第 1内含子被剪接的效率有关 ,即剪接效率高的品种直链淀粉含量也高。