1)Acacia[英][?'ke???][美][?'ke??]杂交相思
1.Study on the Pulping Performances of Fast Growing Wood-Acacia auriculiformis×A.mangium速生阔叶材杂交相思制浆性能的研究
英文短句/例句
1.Study on the Pulping Performances of Fast Growing Wood-Acacia auriculiformis×A.mangium速生阔叶材杂交相思制浆性能的研究
2.Effects of different afforestation density on growth of Acacia mangium×A. auriculaef Ormis不同造林密度对杂交相思生长的影响
3.Assessment of Genetic of the Main Introduction Acacia spp.in Fujian and Preliminary Study on Hybrid Testing;福建引种的主要相思树种遗传分析及其杂交试验的初步研究
4.cross hybridization交叉杂交[不完全配对的序列相互退火]
5.Analysis of Heterosis of Two-lines Hybrid Japonica Rice and Correlation Between Parents and Progenies;两系杂交粳稻杂种优势及亲子相关性分析
6.dna rna hybridationdna rna 杂交
7.Solid phase hybridization detection of HCV RNA PCR products固相杂交检测hcv RNA PCR产物方法的建立
8.Potential Interacting Proteins for AMP-activated Protein Kinase α2 Revealed by Bacterial Two-Hybrid Screening;大肠杆菌双杂交筛选AMPKα2相互作用蛋白
9.Screening for Proteins Interacting with FOXP3 Gene by Yeast Two Hybrid System;酵母双杂交系统筛选FOXP3相互作用蛋白
10.Screening for Proteins Interacting with DND1 by Yeast Two-Hybrid System;酵母双杂交系统筛选DND1相互作用蛋白
11.Screening New Proteins Interacting with BACE1 by Yeast-two Hybrid;酵母双杂交筛选BACE1相互作用蛋白
12.Screening Interaction Protein of CTCF by Yeast Two Hybrid System;酵母双杂交系统筛选CTCF相互作用蛋白
13.Analysis of Combining Ability of Yield and Its Main Relative Characters in Japonica Hybrid Rice杂交粳稻产量及相关性状配合力分析
14.Explorations on Integration and Conversion of ZHONG Chang-tong s Confucianism,Taoism and Metaphysics Thought;论仲长统儒、道、玄思想的交杂与转化
15.communication(with sb/sth);state of sharing or exchanging the same thoughts or feelings思想感情相同或交融
16.The hybridization method of asexuality combined with sexuality was used to overcome the infertility after hybridization.采取无性与有性杂交相结合的方法克服杂交不孕。
17.Determine the DNA binding degree of bacillus subtilis and bacillus pumilus with denaturalization speed in liquid phasic for molecule hybridizition;复性速率液相分子杂交法测定芽孢杆菌DNA杂交度
18.The Consideration for Construction of Production Bases of Hybrid Rice and Maize Seeds in Guangxi;对广西杂交水稻杂交玉米种子生产基地建设的思考
相关短句/例句
Acacia mangium × A.acuriculaeformis越南杂交相思
3)solution hybridization液相杂交
1.To further understand the biogenesis and functions of miRNA, and to quantify miRNA expression levels, the expression of miR-28 in B lymphoma cell lines was detected by solution hybridization and Northern blot, and their detected results were compared.为了进一步明确miRNA的加工机制及功能和定量研究miRNA的表达水平,应用液相杂交和Northernblot两种方法检测miR-28在B细胞淋巴瘤细胞系中的表达并进行了比较。
4)Reversed hybridization反相杂交
5)Solid phase hybridization固相杂交
6)hybrid (Acacia mangium × A. auriculiformis)马占相思杂种
延伸阅读
F2杂交松F2杂交松介绍 F2杂交松科属: 松科 别名: 湿加松形态特征: 常绿乔木，是由洪都拉斯加勒比松(Piuscaribaeavar.hondu-rensis)和湿地松(Pinuselliottii)互为父母本产生的后代再杂交而成的二代杂交品种。其形态特征接近于湿地松，是利用湿地松和加勒比松基因重组，使二个亲本树种的优良性状在杂种子代中同时得到表现。其综合了父母本的优良性状。树形与湿地松相象，既具有湿地松通直圆满、耐水渍、早期速生的特性，又具有加勒比松后期生长快、皮薄等优点。分布与习性:适生范围广，对气温的适应性较强，比其亲本湿地松更为耐寒，在我国长江以南绝大部分地区均能适应种植，在干旱贫瘠的山地也能生长健旺。繁殖与栽培:采用组织培养和扦插育苗。栽培管理与湿地松相同。应用:造林、绿化。在铁道、高速公路两旁种植，树形整齐。图片:
