S-RNase基因,S-RNase gene
1)S-RNase geneS-RNase基因
1.Establishment of PCR reaction system ofS-RNase gene in Chinese cherry cultivars(Cerasus pseudocerasus);中国樱桃S-RNase基因PCR扩增技术体系的建立
2.Two pairs of primers of PrunusS-RNase genes were used to do PCR on 5 Chinese cherry varieties.利用已报道的李属S-RNase基因特异PCR的2对引物,分别对中国樱桃的5个品种进行了S-RNase基因的PCR扩增。
3.Furthermore it summarized theS-RNase genes (S genes) and the SLF genes(S-locus F-box genes or SFB genes), inheritance of the S genes, breeding of self- compatible cultivars, the main methods of identifying the S genotypes and the possible mechanisms of self-compatibility.着重讨论了S-RNase基因(S基因)和SLF基因(S-locusF-box基因,或称SFB基因),S基因在杂交后代群体中的遗传规律,利用S基因的遗传特性选育自交亲和品种和确定S基因型的主要方法及其特点以及自交亲和机制的几种可能的类型。
英文短句/例句
1.Identification S-genotypes and S-RNase Alleles on Chinese Cherry (Prunus Psedocerasus L.);中国樱桃S基因型及S-RNase基因克隆表达研究
2.Primary Study on Identification of S-RNase Genes in Wild Myrobalan Plum(Prunus cerasifera Ehrh.)新疆野生樱桃李S-RNase基因分离与鉴定的初步研究
3.Determination of Genotype of 15 Main Cultivars and Isolation of S_(29)-RNase Gene from Chinese Bretschnider Pear (Pyrus Bretschnider);中国白梨15个主栽品种S基因型及S_（29）-RNase基因的鉴定
4.Identification of S-genotypes and Sequence Analyses of S_(42)-R Nase from ‘LongXiang’(Pyrus ussuriensis)秋子梨品种‘龙香’S基因型的鉴定及梨S_(42)-RNase新基因的序列分析
5.Cloning and Sequencing of S_(42)-RNase gene from"Yunnanbao zhu"Pear (Pyrus pyrifolia)梨S_(42)-RNase基因的全长克隆及序列分析
6.Gene Cloning and Expression, Enzymatic Purification and Characterization Identification of Chlamydia Pneumoniae RNase H Ⅱ;衣原体RNase H Ⅱ编码基因的克隆与表达及酶的纯化与性质鉴定
7.Construction of Plant Expression Vectors Carrying 2-5A and RNase L Gene and Transformation to Tobacco and Wheat;2-5A和RNase L基因植物表达载体构建及对烟草和小麦的遗传转化
8.A Systematic Analysis Based on RNase P RNA;基于核酶RNase P RNA的系统分析
9.Identification of S-genotype of Eli and the S-alleles cDNA Cloning;鹅梨S基因型的鉴定及S基因的cDNA克隆
10.Study on S Genotype and Mechanism of Self-(in) Compatibility on Cherry;樱桃S基因型及自交（不）亲和机制研究
11.Cloning and Expression of SARS-COV Spike Glycoprotein Gene Segments;SARS冠状病毒S糖蛋白基因的克隆表达
12.siRNA Targeting S Gene Inhibits Hepatitis B Virus Expression and Replication in HepG2.2.15 Cells;siRNA抑制HBV S基因在HepG2215细胞中的表达
13.MULTI-FACTORS ANALYSIS OF STOCHASTIC INTEREST RATES BASED ON THE N-S MODEL基于N-S模型的随机利率因素分析
14.Cloning and Expression for S Gene of TGEV and Generation of Transgenic Mouse;TGEV S基因的克隆、表达及转基因小鼠的制备
15.Cloning of Hepatitis B Surface Antigen S Gene and Tissue Culture of Cucumber for Gene Transformation;HBsAg S基因克隆及基因转化用黄瓜的组织培养
16.Transgenic Prove of Maize S-CMS-associated Mitochondrial Gene Segment orf77/orf17;玉米S-CMS育性相关基因片段orf77、orf17的转基因验证
17.Construction and Research of TGEV Bicistronic DNA Vaccine Carrying S Gene and N Gene;TGEV S基因、N基因双顺反子DNA疫苗的构建研究
18.It remains to be seen if the genes for these proteins are located on the S-1, S-2 and S-2 DNAS.有待阐明的是这些蛋白质的基因是否都在S－1和S－2DNAS 上。
相关短句/例句
S16-RNase geneS16-RNase基因
3)RNase L geneRNase L基因
4)RNase Ⅲ geneRNase Ⅲ基因
5)S_(34)-alleleS_(34)-RNase基因
6)RNase P RNA geneRNase P RNA基因
延伸阅读
RNase分子式：CAS号：性质：催化RNA水解的一种核酸内切酶。反应产物是单核苷酸和寡核苷酸。不同核糖核酸酶催化产物的低聚核苷酸组成有差别。核糖核酸酶T1使之产生单核苷酸和以3′-鸟苷酸为组成的或末端为3′-鸟苷酸的低聚核苷酸。核糖核酸酶T2使之产生单核苷酸和以3′-腺苷酸为组成的或末端为3′-腺苷酸的低聚核苷酸。绝大部分的核糖核酸酶需要二价阳离子作为辅因子(例如Ca2+，Mg2+等)。因此活性可因乙二胺四乙酸(EDTA)的存在而阻断。胰核糖核酸酶是3′-嘧啶核苷酸由红酵母发酵液提制而得的核糖核酸酶，其药用油膏可局部外用于治疗外伤及关节疼痛。
