1.
Genetic Evaluation of Introgression Line 6 and Identification of the Introgressed Segments
渐渗系IL6的遗传评价和渗入片段的鉴定
2.
Analysis on Specific SSR Loci of Introgressed Components and Agronomic Characters in Cotton Introgressed Lines;
棉花种间渐渗系外源渐渗成分的特征SSR位点及农艺性状分析
3.
Evaluation and Analysis of Rapeseed Introgression Lines Derived from the Interspecific Cross B.juncea×B.napus;
油菜芥甘种间杂交培育的渐渗系的评价与分析
4.
Comparative Study on Roteomics between Salt and Drought Stress of an Introgression Line of Wheat;
小麦渐渗系耐盐抗旱的蛋白质组学比较研究
5.
SSR and Agronomic Characters Analysis of the Introgressed Lines from Interspecific Hybridization in Cotton
棉花种间杂交渐渗系SSR及农艺性状分析
6.
Genomic Variation of Somatic Hybrid Introgression Lines between Triticum Aestivum and Agropyron Elongatum;
小麦/长穗偃麦草体细胞杂种渐渗系基因组变异研究
7.
Construction of the Introgression Lines between Oryza Sativa and Oryza Eichingeri and Their Morphological Investigation;
栽培稻与紧穗野生稻渐渗系的构建及其性状观察
8.
Analysis on Transcriptional Profiles and Salt Responsive Genes in an Introgression Cultivar of Common Wheat;
小麦渐渗系新品种山融3号耐盐表达谱和耐盐相关基因研究
9.
Introgression Line Cultivated Through the Interspecific Crosses B.juncea×B.napus Agronomic and Quality Traits Evaluation
油菜芥甘杂交培育的渐渗系农艺性状和品质性状评价
10.
Inheritance and Variation of AFLP and DNA Methylation in Cotton Introgressed Lines
棉属种间杂交渐渗系AFLP和DNA甲基化的遗传与变异
11.
Expression Profiles of Wheat Somatic Hybrid Introgression Line Shanrong No.3 under Salt Stress and Functional Analysis of Salt Responsive Genes
小麦耐盐渐渗系山融3号根系盐胁迫转录组分析及相关基因功能研究
12.
That is the conflict between the individual and encroaching civilization.
那是个人与渐渐渗入的文明之间的冲突。
13.
Introgression may take place in such situations.
在这种情况下可能发生渐渗现象。
14.
Rain has worked in through the roof.
雨水透过房顶逐渐渗进屋子里.
15.
To gain entrance gradually or surreptitiously.
渗透逐渐地或秘密地获得进入权
16.
They have a mechanical function, allowing the cell to become turgid by osmosis, but preventing bursting.
通过渗透作用，细胞壁可以渐渐涨大，但不会涨到破裂的程度。
17.
Mobilization of the Active Transposons mPing and Pong in Rice by Introgression from Wild Rice (Zizania Latifolia Griseb.);
菰DNA渐渗诱发水稻内源转座子mPing、Pong的转座激活
18.
Introgression of A. Chukar Genes into A.magna Population in Liupanshan Region of China;
我国六盘山地区大石鸡和石鸡的渐渗杂交