查询词典 bands

Meiotic pachytene bivalents were obtained from porcine testes using prolonged hypotonic treatment combined with high chloroform Carnory's fixative solution. Mitotic metaphase chromosomes were prepared from blood cell culture. Comparative studies on division index and length of pachytene bivalents and mitosis metaphase chromosomes showed that those of the former are 5 times higher and 3.42(1.87～5.98) times longer than the latter, respectively. Chromomere maps of bivalents are more abundant than mitotic metaphase G-bands, while they are correspondent with mitotic early-metaphase G-bands. The result was found by using the chromosome 12 as a sample.

以性成熟公猪睾丸和外周血为材料，采用长低渗、高氯仿卡诺固定液固定和外周血细胞培养制备减数分裂粗线期二价体和有丝分裂中期染色体，通过对二价体和有丝分裂中期染色体分裂指数和长度的比较研究，发现二价体的分裂指数和长度分别是有丝分裂中期染色体的5倍和3.42倍(1.87～5.98)；同时以12号染色体为例，比较了二价体上的染色粒结构带与有丝分裂中期染色体G-带，表明染色粒结构带比中期染色体G-带带纹丰富，而与早中期G-带带纹吻合。

It was showed that wheat gliadins were codominant and the female parent prevailed in F1; there were 9 bands segarated as a pair of gene, for example, Gli-23.2, 34.8, 40.2, 46.2, 71.5, 73.8, 13.9, 26.0, 50.0 and there were 9 bands separated as two pairs of genes in F2, in addition, Gli-17. 8 did not follow with any one of them.

结果表明，醇溶蛋白在F1代表现出共显性和倾母性遗传特点；F2代蛋白谱带发生分离，具体表现为：Gli-13.9、23.2、26.0、34.8、40.2、46.2、50.0、71.5、73.8等9个组分的分离符合一对基因的分离规律，而Gli-12.7、15.7、16.5、19.1、26.9、30.5、30.8、32.2、76.8等9个组分的分离符合两对基因的分离规律；Gli-17.8既不符合一对基因的分离规律，又不符合两对基因的分离规律。

However, the bands of PVDF crystalline changed synchronously with the bands of cyclohexanone during the gelation process.

此外，1695 cm~(-1)吸收峰的出现可能是C=O与CF_2相互作用而导致，表明溶剂参与了PVDF的凝胶过程。

The best method for extracting solube proteins from leaves was selected for polyacrylamide gel was established.The result showed that there exists two decrescendo protein bands with 76.3 X 103 and 64.1 X 103 during the livelong stage. It presents two new protein bands with 47.3 X 103 and 41.4 X 103 in adventitious roots differentiating and elongation stage.

研究结果表明，在组培叶片不定根的发生过程中，从诱导阶段到根原基形成阶段和不定根分化伸长阶段存在两个逐渐减弱的蛋白谱带：76.3×10~3和64.1×10~3，在不定根分化伸长阶段出现了两条新的蛋白差异谱带：47.3×10~3蛋白和41.4×10~3蛋白。

Diamond wedding bands,platinum bands,Bridal Jewelry and Rings,all styles of ...

钻石婚礼乐队，铂金带，婚纱及饰品环，所有的风格。。。

HepII cells, Tetiahymena, Euglena, Oxyhrris and Crypthecodinium all gave -50kD,-60kD and -80kD bands; Giardia and the three species of archaebacteria gave -60kD and -80kD bands and E.

盐细菌和硫细菌一致都有40.45和50kD三条带，热原质体除了这三条带外，还有35kD的一条带。

The proposed 2DSABS features can (1) avoid the bias problems of transforming the information into linear combinations of bands as does the traditional principal components analysis;(2) select each band by a simple logical operation, called CE feature scale uniformity transformation, to include different classes into the most common feature clustered subset of bands;(3) provide a fast procedure to simultaneously select the most significant features, and therefore dramatically improve the eigen-decomposition computational complexity.

本论文所提出的二维模拟退火波段选取特色有(1)避免转换资讯成波段的线性组合的偏差值问题，这是采用传统的主成份分析方式常见的问题；(2)利用一个简单的逻辑运算，称为「CE特徵维度齐一化转换」，将不同种类的资讯混合，形成具有共通特徵波段的群集子集合；(3)提供一个快速的程序，使能同时地选取最有意义的特徵，并显著地改善特徵分解计算的复杂性。

Macha, and there were 28 gliadin patterns. Each accession had 19 to 34 bands, resulting in a total of 49 bands in 29 accessions.

结果表明，供试材料共有28种带型和49条谱带，每份材料可电泳分离出19~34条带，平均25条。

The proportion of the number of induced new gliadin protein bands and totally separated bands was 50% in high dose and 364% in moderate dose, respectively.

低能N+离子束注入诱导的醇溶蛋白变异与高分子量谷蛋白亚基的变异有相似的规律。

The number of globulin bands,95% of which were polymorphic in these lines,was more than that of glutelin bands.

其中盐溶蛋白电泳谱带数目多于酸溶蛋白，且95%为多态性谱带，表明盐溶蛋白在供试自交系资源中具有丰富的多样性。

By using competitive adsorption of activated carbom to remove unfavorable influence of carbon in carbonaceous gold concentrate on leaching process, the leaching rate of gold concentrate can be improved to 88% as compared with 10%by direct cyanidation.

本文论述了利用活性炭竞争吸附作用，消除含炭金精矿中炭在浸出过程中的影响，使金精矿的浸出率可由直接氰化的10％提高到88％。

The only thing you're ever gonna be king of is King of the Stupids!

你只配做傻瓜的国王！