mRNA codon
mRNA 密码子
genetic codon
遗传密码子
stop codon
终止密码子；停止密码
The start reading framae and stop codons, base composition in protein-coding genes and the codon usage of amino acids in Scolopendra multilane were compared with the three other myriapods.
本研究在蛋白质编码基因起始阅读框和终止密码子、蛋白质编码区的碱基组成、氨基酸及密码子的利用等方面把少棘蜈蚣与另三种多足类进行了比较。
The Factors Shaping Synonymous Codon Usage in the Genome of Burkholderia mallei.
Sheng Zhao，Qin Zhang，Zhihua Chen，Yixin Zhao， Jincheng Zhong (通讯作者).
The genetic code is translated from mRNA into protein by codons.
密码子将基因密码从mRNA翻译成蛋白质。
Each codon corresponds to a specific amino acid.
每个密码子对应一个特定的氨基酸。
Mutations can change a single codon in the DNA sequence.
突变可以改变DNA序列中的单个密码子。
Ribosomes read the codons on mRNA during protein synthesis.
核糖体在蛋白质合成过程中读取mRNA上的密码子。
The stop codon signals the end of protein synthesis.
终止密码子表示蛋白质合成结束。
The start codon initiates protein synthesis.
起始密码子启动蛋白质合成。
Scientists study the genetic code to understand codons and their functions.
科学家研究基因密码来了解密码子及其功能。
Codons are composed of three nucleotides.
密码子由三个核苷酸组成。
Decoding codons is essential for decoding genetic information.
解读密码子对于解码基因信息至关重要。
Different organisms may use slightly different codons for the same amino acid.
不同生物体可能对同一氨基酸使用略有不同的密码子。
mRNA codon
mRNA 密码子
genetic codon
遗传密码子
stop codon
终止密码子；停止密码
The start reading framae and stop codons, base composition in protein-coding genes and the codon usage of amino acids in Scolopendra multilane were compared with the three other myriapods.
本研究在蛋白质编码基因起始阅读框和终止密码子、蛋白质编码区的碱基组成、氨基酸及密码子的利用等方面把少棘蜈蚣与另三种多足类进行了比较。
The Factors Shaping Synonymous Codon Usage in the Genome of Burkholderia mallei.
Sheng Zhao，Qin Zhang，Zhihua Chen，Yixin Zhao， Jincheng Zhong (通讯作者).
The genetic code is translated from mRNA into protein by codons.
密码子将基因密码从mRNA翻译成蛋白质。
Each codon corresponds to a specific amino acid.
每个密码子对应一个特定的氨基酸。
Mutations can change a single codon in the DNA sequence.
突变可以改变DNA序列中的单个密码子。
Ribosomes read the codons on mRNA during protein synthesis.
核糖体在蛋白质合成过程中读取mRNA上的密码子。
The stop codon signals the end of protein synthesis.
终止密码子表示蛋白质合成结束。
The start codon initiates protein synthesis.
起始密码子启动蛋白质合成。
Scientists study the genetic code to understand codons and their functions.
科学家研究基因密码来了解密码子及其功能。
Codons are composed of three nucleotides.
密码子由三个核苷酸组成。
Decoding codons is essential for decoding genetic information.
解读密码子对于解码基因信息至关重要。
Different organisms may use slightly different codons for the same amino acid.
不同生物体可能对同一氨基酸使用略有不同的密码子。
探索常用高频词汇