introns
英
美
网络 内含子; 内显子; 断裂基因; 内含子组成; 个内含子
双语例句
- The origin of non-coding sequences, especially introns, is an outstanding issue that has been receiving continuous debate for the last two decades.
非编码序列，特别是内含子的起源，是一个重要的悬而未决的问题。 - By freeing introns from the need to splice themselves, the spliceosome would in effect have encouraged introns to proliferate, mutate and evolve.
剪接体的出现让插入子不再需要自行剪接，结果等于鼓励插入子增生、突变与演化。 - We also found that genes that have lost their introns many millions of years ago evolve especially fast near where the introns once resided.
我们还发现，曾经含有但数百万年前已丢失内含子的基因的进化率也是很快的。 - Noncoding DNA, containing introns, repetitive elements, and potentially active transposable elements, requires effective mechanisms for its long-term silencing.
非编码DNA，包括内含子，重复元件，和潜在激活转座子，其长期的沉默需要有效的机制。 - The introns are cut out by processing enzymes in the nucleus and the exons ( coding sequences) ligated together.
核内的加工酶切下内含子，同时外显子（编码序列）连接在一起。 - Because of its two promoters and many different splicing modes of introns, p63 gene encodes many kinds of P63 isoforms.
p63的两个不同启动子和多种内含子剪接方式，导致p63基因编码产生多种亚型P63蛋白。 - In short, the entry of introns into eukaryotes may have initiated an explosive new round of molecular evolution, based on RNA rather than protein.
简单的说，插入子进入真核生物后，可能启动了新一回合爆炸般的演化，这次的主角是RNA，而非蛋白质。 - Instead of being junky molecular relics, introns could have progressively acquired genetic functions mediated by RNA.
插入子非但不是毫无用途的分子遗骸，反而可能以rna为中介，逐步得到遗传上的功能。 - For all sequences, information on related genes, exons, introns, gene products and taxonomy is available, as well as selected genome maps and RNA secondary structures.
对于所有的序列，关于相关基因、外显子、内含子、基因产物和分类学，以及挑选的基因组图谱和RNA二级结构信息是可利用的。 - Of course, as long as introns needed to splice themselves in and out of genomes, their sequences could not have deviated much from that of group II introns.
当然，只要插入子得靠自己剪接进入或移出基因组，它们的序列就不能与第二类插入子相差太多。 - Messenger RNA ( mRNA) does not contain introns, these being removed during the transcription process.
信使RNA中没有内含子，它们在转录后加工的过程中被切除了。 - This indicates that this tweaking of the dual role sections of genes is also what evolution does when introns are removed.
这表明，当内含子去掉后，基因里有双重功能片段的连接部分也会发生进化。 - SCYA 107 gene consisted of 4 exons and 3 introns.
该基因由四个外显子和三个内含子组成； - The genomic organization is composed of eight exons and seven introns.
基因组由八个外显子和七个内含子组成。 - This gene contains four exons and three introns.
此基因含有4个外显子、3个内含子，外显子与内含子接头符合GT-AG法则。 - The AMS genomic DNA has complex organization including 7 exons and 6 introns.
AMS基因组DNA有一个复杂的结构，包含有7个外显子和6个内含子。 - Human GnRH-R gene contains three exons and two introns.
人GnRH－R基因含三个外显子和两个内含子。 - The FABP genes consist of 4 exons and 3 introns.
脂肪酸结合蛋白基因都是由4个外显子和3个内含子构成。 - Moreover, 2 mutations in introns, 1 in promoter region and 1 SNP were first reported.
发现1个启动子区突变、2个内含子突变和8个SNP位点，其中一个单核苷酸多态性（SNP）位点以往未见报道。 - It also gives a new interpretation of the exons, introns and pseudogenes in the program perspective.
还给出了外显子、内含子和假基因在程序视角下的新的解释。 - The gene contain two introns and three exons.
该基因含2个内含子，3个外显子。 - It contained four exons and three introns.
在softberry上分析，该基因包含有4个外显子和3个内含子。 - Genomic sequences analysis revealed the four AGPs genes have no introns.
基因结构分析显示这四个AGPs基因都没有内含子。 - All the genes are without introns, and totally identical in the CDs region.
所有基因均没有内含子，尤其是在CDS的起始区和终止区，序列完全相同。