蜡质基因,waxy gene
1)waxy gene蜡质基因
1.Thewaxy 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。
2.We have previously reported that a 31 bp DNA fragment within the 5 upstream region of ricewaxy 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。
3.4 kb (-2118～+1291 bp) sequence located upstream of translationalstart site of ricewaxy 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。
英文短句/例句
1.Identification of Transcription Start Site of Waxy Gene in O. sativa subsp.indica 232籼稻232蜡质基因转录起始位点的鉴定
2.Transforming Parent Lines of Hybrid Rice with Anti-sense Waxy Gene;反义蜡质基因转化杂交稻亲本的研究
3.Studies on Transformation of Waxy Gene to Parent Lines of Hybrid Rice蜡质基因转化籼型杂交稻亲本的研究
4.Study on the Transgenic of Indica Rice 9311 with Antisense Waxy Gene反义蜡质基因转化籼稻9311的研究
5.Studies on Eating Quality Improvement of Hybrid Rice Parents by Inducing Antisense-Waxy Gene;利用反义蜡质基因改良杂交稻食味品质的研究
6.Molecular Evidence for Domestication Selection in the Waxy Site of Chinese Waxy Maize;中国糯玉米蜡质基因位点受到人工选择的分子证据
7.Analysis of Relationship Between RVA Profile and Amylose Content of the Transgenic Rice with Antisense Waxy Gene转反义蜡质基因纯合株系间直链淀粉含量与RVA谱关系分析
8.Using Expression Vector with Gt1 Gene under the Rice Waxy Promoter Changed the Quantity and Distribution of the Rice Seed Protein利用蜡质基因启动子引导谷蛋白Gt1基因表达载体改变稻米蛋白含量及分布
9.Strategy for Building Safe Plant Express Vector,an Example of Construct for Expressing Rice Anti-Waxy Gene植物安全性表达载体的构建策略:以表达水稻反义蜡质基因的载体构建为例
10.Studying the Functions of Biosynthesis and Secretion Genes of Plant Cuticular Wax;蜡质合成与转运相关基因的功能研究
11.Cloning and Prokaryotic Expression of a Chitinase cDNA from Chimonanthus praecox蜡梅几丁质酶基因的克隆与原核表达
12.The Studies on Influence Factors on the Wax and Wax Secretion of Ceroplastes Japonicus;日本龟蜡蚧蜡质及泌蜡影响因素的研究
13.Deposition Process of Epicuticular Wax on Rice Leaves and Characterization of Wax Associated Transcription Factor Gene OsWTF1 and OsWTF2;水稻叶表皮蜡质发育及蜡质相关转录因子基因OsWTF1和OsWTF2的克隆与鉴定
14.An improved method to recover high quality genomic DNA from paraffin-embedded tissues一种从石蜡包埋组织中获取高质量基因组DNA的改良方法
15.An Improved Method of Extracting High Quality Genomic DNA from Paraffin-embedded Tissues从石蜡包埋组织中获取高质量基因组DNA的方法改进
16.A fleshy or waxlike swelling at the base of the upper part of the beak in certain birds, such as parrots.蜡膜一些鸟类如鹦鹉上喙部基部的一种肉质或蜡质的突起
17.Preliminary Studies on Gene Function of Cpglp in Chimonanthus Praecox (L.) Link;蜡梅Cpglp基因功能的初步研究
18.Stress Tolerance Analysis and Subcellular Localization of Cpcor413pm1 Gene;蜡梅Cpcor413pm1基因的抗逆分析与亚细胞定位
相关短句/例句
Wx gene蜡质基因
1.Study on effect of detection ofWx 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
2.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 riceWx 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。
3.Two chimeric plasmids withWx 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。
3)anti-Waxy gene反义蜡质基因
1.Ananti-Waxy gene was introduced into rice ‘Xiang Qing’ and transgenic plants were obtained.利用根癌农杆菌介导将反义蜡质基因(anti-Waxy)导入三系恢复系湘晴水稻获得转基因植株。
4)Anti-sense waxy gene反义蜡质基因
1.Analysis on the characters of progenies of the rice transformed with anti-sense waxy gene;转反义蜡质基因水稻亲本后代性状分析
5)Antisense Wx gene反义蜡质基因
6)antisense Waxy gene反义蜡质基因
1.【Method】 Anther culture pure lines containing antisense waxy gene were generated by Agrobacterium tumefaciens mediated co-transformation and followed by anther culture in transgenic rice variety.【目的】排除以往水稻亚种或品种间RVA谱分析时存在着的遗传背景差异,分析转反义蜡质基因不同直链淀粉含量纯合株系间RVA各特征值的差异,更清楚地揭示直链淀粉含量与RVA谱特征值的关系。
延伸阅读
胞质基因分子式：CAS号：性质：不依赖于细胞核的、携带基因的、能自我复制的胞质实体。例如，叶绿体的染色体组和真核生物的线粒体DNA或原核生物的质粒。
