Dr Wang's starting point is the redundancy of the genetic code used by nucleic acids.

Genes are pieces of DNA which contain the genetic code necessary to produce a specific protein.

基因是带有可产生特定蛋白的遗传密码的DNA片段.

Researchers mapped the basic genetic code for rice several years ago.

几年前,研究人员就初步绘制了水稻的基因密码图.

The variations in DNA amount to misspellings in the genetic code.

DNA变化相当于“拼错”了遗传密码,改变了三种基因的活动.

Transposons are just small pieces of DNA that randomly insert in the genetic code.

转座子是小的DNA片段,随机地插入遗传编码中.

To specify the genetic code for an amino acid or a polypeptide.

指定遗传''.'密码'.''确定氨基酸或多肽的遗传''.'密码'. ''.

For a five thousand dollar bonus, I'll get you his genetic code.

为了5000美元的奖励, 我能给你搞来他的基因码.

The sequence of nitrogenous Bases along a strand of DNA determines the genetic code.

去氧核糖核酸串上的氮基排序决定了遗传密码.

Mitochondria do not use the universal genetic code.

线粒体并不使用通用的遗传密码.

So the rate of reading the genetic code has changed.

综上所述,阅读遗传编码的速率已经改变.

Much change is due to random genetic drift rather than positive selection.

许多生物变化源于基因的随机漂变而非主动选择.

Moreover, " genetic drift 、 the neutral theory and molecular evolution " also are brought into the system of curriculum content.

另外, 把 “ 遗传漂变、中性学说和分子进化 ” 也纳入课程内容体系中.

Scientists have found another kind of genetic drift in neutral traits.

除此而外,科学工作者还发现中性特征方面的另外一种遗传偏移.

The question regarding is taken applicable only with respect to genetic drift.

因此近来繁殖问题只选用于遗传漂变.

The unflattering answer could be for no other reason than random genetic drift.

最佳答案是基因的随机变异,它一点儿不讨人喜欢.

Genetic drift can even counteract natural selection.

遗传漂变甚至可以抵消自然选择.

Random genetic drift has certainly played a big role in human evolution.

随机遗传漂变在人类进化过程中无疑起到了很大的作用.

The result shows that genetic drift has a strong effect on the loss of genetic diversity.

结果表明,圈养大熊猫群体规模小,漂变是导致遗传多样性丢失的主要因素.

Genetic engineering is perhaps the most exciting recent development in biology.

遗传工程也许是生物学中最激动人心的新发展.

Affinity peptide ( Marker ) became more important in the development of genetic engineering.

标记亲和多肽片段以其优越性在基因工程中占有重要的地位.

The potential for abuse of genetic engineering has presented society with many ethical and legal controversies.

滥用基因工程的可能性使社会面对许多伦理和法律争议.