the gene code 基因密码
gene code 基因密码 ; 遗传密码
b gene code region b基因编码区段
code gene 编码基因
intermediate code gene 中间代码生成
Prokaryote, plant,animal(include an invertebrate and be not a vertebrate) all can produce the a antibacterial peptide being composed of gene code,the ribose body.
原核生物、植物、动物(包括无脊椎动物和非脊椎动物)都可以产生由基因编码、核糖体合成的抗菌肽。
参考来源 - 猪血液中抗菌肽成熟肽pMAP·2,447,543篇论文数据，部分数据来源于NoteExpress
These reactions influence how our genetic code is expressed: how each gene is strengthened or weakened, even turned on or off, to build our bones, brains and all the other parts of our bodies.
这些反应影响着我们的遗传密码的表现方式：每个基因是如何被加强或削弱，甚至其作用机制是如何被打开或关闭，从而构成我们的骨骼、大脑以及身体的其他部位的。
But because the DNA code itself remained unchanged, Morris's team suggest that the changes in gene expression are epigenetic.
但由于DNA密码本身并无变化，莫里斯的团队认为这些基因表达的调整是表观的。
Once we begin to pay attention to the reasons that a gene might express itself, we may be able to prevent that gene from releasing its code for illness.
一旦我们开始注意基因触发自己的原因，我们也许就能够防止那些疾病基因触发。
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