Question

求这段话的英文翻译

选择性剪接（Alternative splicing）是基因的一种表现方式。真核生物的基因序列中，包含了内含子（intron）与外显子（exon），两者交互穿插，组成基因。其中内含子在基因转录成pre-mRNA后会被RNA剪接体(spliceosome)移除，剩下的外显子才是能够存在于成熟mRNA（之后再进一步转译成蛋白质）的片段。而选择性剪接便是利用这样的特性，将同一基因中的外显子以不同的组合方式来表现，使一个基因在不同时间、不同环境中能够制造出不同的蛋白质，可增加生理状况下系统的复杂性/适应性。

Answer 1

Alternative splicing is one gene expression. Eukaryotic gene sequence, contains intron and exon, the two interactive interludes, composed of genes. One intron in the gene transcription into pre-mRNA splicing RNA, after being removed, the remaining exons is able to exist in the mature mRNA (after further translated into proteins) of the fragments. The alternative splicing is the use of such features, the same gene exons in different combinations to represent, so that a gene at different times, in different environments can produce different proteins, can increase the physiological state of the system the complexity / adaptability.

Answer 2

Alternative splicing alternative-splicing events () is a kind of expression of genes. Eukaryotic genes in the sequence, contains the intron (intron) and explicit son (exon), both interactive thrust, genetic. In gene transcription of introns into pre-alpha - mRNA are RNA splicing (spliceosome) removed, the rest of the explicit son is able to exist in mature mRNA (after further translates into protein). While using this alternative-splicing events is the same genes, explicit son in a different combinations, and make a gene in different time, different environment can produce different proteins, can increase the complexity of physiological condition system/adaptability.

Answer 3

Alternative splicing (Alternative splicing) is a kind of gene expression. Eukaryotic gene sequence, contains intron (intron) and exon (exon), the two interactive interludes, composed of genes. One intron in the gene transcription into pre-mRNA by RNA splicing after (spliceosome) to remove the remaining exons is able to exist in the mature mRNA (after further translated into proteins) of the fragments. The alternative splicing is the use of such features, the same gene exons in different combinations to represent,
So that a gene at different times, in different environments can produce different proteins, under physiological conditions can increase the complexity of the system / adaptability.

Answer 4

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