太空诱变育种,spaceflight mutagenesis
1)spaceflight mutagenesis太空诱变育种
1.Study onspaceflight mutagenesis Platycodon grandiflorum via FTIR;FTIR光谱法对太空诱变育种中药材桔梗的分析
英文短句/例句
1.Analysis of the 4th Generation Scutellaria Baicalensis Georgi with Space Mutagenesis Via FTIR SpectroscopyFTIR用于第4代太空诱变育种黄芩的分析
2.Antitumor Stretomyce s Screening from Mangrove Entironment and the Antitumor Stretomyce s Breeding by Spacecraft;红树林生态环境抗肿瘤活性放线菌的筛选及太空诱变育种
3.DIFFERENTIAL EXPRESSION ANALYSIS OF GENIC MALE STERILITY BY cDNA-AFLP IN MAIZE太空诱变玉米核雄性不育材料的cDNA-AFLP分析
4.Space Mutation Breeding Technique and Selection of Cantaloupe Hermaphrodite Line from Space Treatment空间诱变育种选育哈密瓜完全花株系的研究
5.Genetic Study on Two Maize Male Sterile Mutants Obtained by Space Mutagenesis and Their Mapping Using SSR Markers;两份太空诱变玉米雄性不育突变体的遗传研究及SSR分子标记定位
6.AFLP and Biochemical Character Analysis of Male Sterile Induced by Space Flight in Maize;太空诱变玉米核不育突变体的AFLP及生化特性分析
7.The Endogenous Hormones Analysis and Dwarf Male-sterile Phenomenon of Cell Nuclear Sterile Mutant Induced by Space Radiation in Maize太空诱变玉米核不育突变体的矮败表现及激素分析
8.Cytological Observation and SSR Mapping of Genetic Male Sterile Mutant Induced by Space Flight in Maize;太空诱变玉米核不育材料的细胞学观察及不育基因的SSR定位
9.Research Progress and Prospect of Space Mutation Rice Breeding in Hunan湖南水稻空间诱变育种研究进展及其展望
10.SSR Marker Loading and RAPD Analysis Related to the Maize Male Sterility Gene Obtained by Space Flight;太空诱变玉米核不育材料的SSR标记定位和RAPD分析
11.The Research of Mapping Maize Nuclear Sterile Gene Obtained by Space Flight with Simple Sequence Repeat;利用微卫星标记定位太空诱变玉米细胞核雄性不育基因研究
12.The Study on Aerospace Mutation of Corn Grain太空环境对玉米干籽粒诱变效果初探
13.Mutagentic Effects of Aerospace and Biological Changes of Potential Mutants in Poa Pratensis L.;太空环境对草地早熟禾的诱变效应及其诱成突变体的生物学变化
14.Detection of Mutation in Watermelon Induced by Space Flight and Clone of Specific Fragment;太空诱变西瓜突变体检测及相关片段的克隆
15.Effect of Space Mutation on Physiological Characteristics of M1 Generation of Xunhua Line Pepper太空诱变后循化线辣椒M_1代生理指标的变化
16.Mutation Breeding of Heamatococcus Pluvialis and Isolation of Mutants;雨生红球藻诱变育种及突变株的筛选
17.Study on attribute analysis and cytology identification of green pepper mutated by astronautical mutagenesis太空诱变青椒的品质分析与细胞学鉴定
18.Effect of Outer Space Mutagenesis on Expression of Polysaccharide in Streptococcus太空诱变对链球菌菌体多糖分子表达的影响
相关短句/例句
Space mutation breeding空间诱变育种
1.Application of molecular marker techniques in study of space mutation breeding mechanism;分子标记技术在植物空间诱变育种机理研究中的应用
2.The application of space mutation technique in China s crop and flower new variety breeding is reviewed and the nondirective superiority of space mutation breeding and the possibility of successful space mutation breeding are discussed.回顾了空间诱变技术在我国农作物、花卉新品种选育工作中取得的成就 ,并探讨了花卉新品种培育中应用空间诱变的不定向性的优势及花卉空间诱变成功的可能性 ,对未来花卉空间诱变育种的应用前景进行了展
3)space flight太空诱变
1.SSR Marker Loading and RAPD Analysis Related to the Maize Male Sterility Gene Obtained by Space Flight;太空诱变玉米核不育材料的SSR标记定位和RAPD分析
2.The differential expression of male sterility induced byspace flight with male fertility was studied using cDNA-AFLP technology.利用cDNA-AFLP技术对太空诱变玉米核雄性不育材料的花药进行差异表达分析,并对差异片段进行回收、克隆和测序,结合半定量RT-PCR方法,分析差异片段在可育株和不育株中的表达情况。
4)space mutagenesis太空诱变
1.Genetic study on two maize male sterile mutants obtained byspace mutagenesis;两份太空诱变玉米雄性不育突变体的遗传研究
5)space mutation太空诱变
1.Breeding of new hot pepper F1 hybrid Hangjiao No.3 usingspace mutation,AFLP technique and additive selection in sunlight greenhouse;利用太空诱变、AFLP技术及日光温室加代选育航椒3号辣椒一代杂种
2.Thespace mutation is a very effective method to develop new peanut germplasms and useful genes.太空诱变为开发新的花生种质和有用的基因提供了有效的方法。
3.In the present study,Hami melon \"Zaohuanghou\",hermaphrodite mutant afterspace mutation and its offspring group were investigated.以哈密瓜品种‘早皇后’、太空诱变后两性花株突变体及其后代分离群体为试材,采用BSA方法对哈密瓜两性花性状进行了RAPD分析。
6)Space-induced太空诱变
1.To explore the possibility of applying AFLP technology in analyzing genetic diversity of irradiated indivi-duals,the AFLP fingerprinting of space-induced and control Artemia sinica were compared using 4 sets of selective primers for amplification.本文比较研究了经过太空诱变的卤虫(Artemia sinica)同地面对照组卤虫4对选择性扩增引物的AFLP指纹图谱,旨在探讨用AFLP技术进行诱变个体遗传差异检测的可行性。
延伸阅读
太空育种原理过太空遨游的农作物种子，返回地面种植后，不仅植株明显增高增粗，果型增大，产量比原来普遍增长而且品质也大为提高。太空环境对植物基因产生影响已经得到各国科学家的证实。但是对太空育种原理的解释仍在争论之中。科学家认为，太空育种主要是通过强辐射，微重力和高真空等太空综合环境因素诱发植物种子的基因变异。由于亿万年来地球植物的形态、生理和进化始终深受地球重力的影响，一旦进入失重状态，同时受到其他物理辐射的作用，将更有可能产生在地面上难以获得的基因变异。综合太空辐射、微重力和高真空等因素的太空环境对植物种子的生理和遗传性壮具有强烈影响，但是究竟主要是那些因素产生影响，以及如何产生影响，至今还没有定论。
