1) complex sequence FFT
复序列FFT
1.
A device is developed using synchronous sampling method based on phase-locked loop and complex sequence FFT based on window.
采用硬件锁相倍频技术和加窗的复序列FFT算法 ,研制了电力参数网络化测量装置 ,给出了装置软硬件设计方法 ,采用了高速A/D转换器ADS7864实现对 6路信号同时采样 ,避免了由于不同时采样而造成的相位差 ,提高了测量的精
2) fast fourier transformation algorithm based on complex sequences
复序列FFT算法
3) Repetitive sequence
重复序列
1.
Comparative analysis of C-terminal repetitive sequences of MRJP2 among six species of the genus Apis;
蜜蜂属六蜂种间MRJP2基因C-端重复序列的比较分析
2.
Construction of vector of multiple locus gene targeting on repetitive sequences of Siniperca chuatsi;
以重复序列为靶位点的鳜鱼多位点基因打靶载体的构建
3.
Seven repetitive sequences were cloned from Dongxiang wild rice(Oryza rufipogon Griff).
从东乡野生稻(O ry za ruf ipogon G riff)中克隆到7个重复序列,序列分析表明:这些序列是与转座因子有关的序列。
4) replication sequence
复制序列
1.
Effect of sendai virus replication sequence on protein changes in immature dendritic cells;
仙台病毒复制序列对未成熟树突状细胞蛋白表达的影响
5) Repetitive sequences
重复序列
1.
Location and Analysis of Repetitive Sequences in Genomes;
基因组中重复序列识别与分析
2.
Two repetitive sequences found,over 75 bp in length each,were located at position -573 and -424 bp,respectively,relative to the AUG codon.
运用基因组步行方法克隆盐藻肌动蛋白基因 5′上游调控序列,发现相对于ATG上游 -573和 -424b的位置上分别有 75bp长的两个重复序列。
3.
The conditions for amplifying high GC content repetitive sequences such as the special rules of primer design,the i.
为了探索利用PCR简单扩增高GC含量的长重复序列的方法,经反复摸索后选用LAPCR法即LAPCRTaq酶结合GC缓冲液Ⅱ来扩增奶牛高GC含量的长片段重复序列,成功获得了全长2538bp,GC含量为65。
6) Repeat sequence
重复序列
1.
Molecular cloning on(GCCT)_n·(CAGC)_n repeat sequences associated with human genetic diseases;
与人遗传病相关(GCCT)_n·(CAGG)_n重复序列的分子克隆
2.
To clone(CTG)n·(CAG)n repeat sequences,a cloning vector is designed from which the pure repeat fragments containing a G/C overhang can be generated for further ligation.
(CAG)n重复序列,设计了一个可获得具有单个G/C悬端的重复序列的克隆策略。
3.
Taking all of ORF sequences in genome of Archaeoglobus fulgidus,Bacillus subtilis,Escherichia coli,Saccharomyces cerevisiae,Caenorhabditis elegans and Arabidopsis thaliana as specimens,some properties of synonymous codon repeat sequences and amino acid repeat sequences translated by them are analyzed in coding sequences.
以闪烁古生球菌、枯草杆菌、大肠杆菌、酵母、线虫和拟南芥基因组中所有ORF序列为样本,对编码序列中同义密码子重复序列和对应氨基酸重复序列的有关性质进行了分析。
补充资料：复序列的核
复序列的核
kernel of a complex sequence
复序列的核[k曰‘‘a~沙ex歇甲.鱿思;二即。劝Mn·理袱肋益no姗加~触。c珊〕 对于序列{:。}，在扩充复平面上如下定义的点集:设R。是复平面上含有:。十，，:。十2，…的最小闭凸域.如果不存在含有这些点的半平面，则R。是包括无穷远点的整个复平面;如果存在含有这些点的半平面，则R。是这些半平面之交.如果{:。}无界，则无穷远点属于R。，否则无穷远点不属于R。，交K=门二，R。称为序列{:。}的核(址涨lofthese-quence). 如果{:。}有界，则其核与其极限点集的闭凸包相同;如果{:。}收敛到:。(:。砖的)则其核是{:。}.实序列{:。}的核(ken℃1 ofa耐s闪优nce)是实直线上端点为 “一黑“。，b一厄“。的区间‘序列的核不可能是空集，但它可能只含有无穷远点，例如，序列{:。}，:。=n十栩.具有仅由无穷远点构成的核的序列毛:。}有时称为定发散的(defi川tely diVer罗nt)·对于实数列，这意味着:。一+的或z。~一的. 在可求和性理论中要考虑求和法的核包含问题.求和法A称为在序列集U上比求和法B具有较强核，如果对任一{z，}C=U有K，C=K，，这里K，，K，分别表示A，B的核，即{:。}的平均序列的核.
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条