Results A 13389G deletion in exon 6 was characterized in propositus, and this mutation led to frameshift.
结果先证者表现为抗凝血酶基因外显子6区13389G缺失,引起移码突变。
The exon sequence is essential for protein synthesis.
外显子序列对蛋白质合成至关重要。
Alternative splicing can result in different exon combinations.
选择性剪接可能导致不同的外显子组合。
Mutations in the exon region can lead to genetic disorders.
外显子区域的突变可能导致遗传疾病。
Researchers are studying the function of each exon in the gene.
研究人员正在研究基因中每个外显子的功能。
The exon-intron structure is characteristic of eukaryotic genes.
外显子-内含子结构是真核基因的特征。
Exon skipping is a mechanism used in gene therapy.
外显子跳跃是基因治疗中使用的一种机制。
The exonuclease enzyme helps in DNA repair processes.
外切酶酶有助于DNA修复过程。
Exon boundaries are important for accurate mRNA processing.
外显子边界对于准确的mRNA加工很重要。
The exonuclease activity removes nucleotides from the DNA strand.
外切酶活性从DNA链中去除核苷酸。
Exon amplification can be used in PCR techniques.
外显子扩增可用于PCR技术。
Results A 13389G deletion in exon 6 was characterized in propositus, and this mutation led to frameshift.
结果先证者表现为抗凝血酶基因外显子6区13389G缺失,引起移码突变。
The exon sequence is essential for protein synthesis.
外显子序列对蛋白质合成至关重要。
Alternative splicing can result in different exon combinations.
选择性剪接可能导致不同的外显子组合。
Mutations in the exon region can lead to genetic disorders.
外显子区域的突变可能导致遗传疾病。
Researchers are studying the function of each exon in the gene.
研究人员正在研究基因中每个外显子的功能。
The exon-intron structure is characteristic of eukaryotic genes.
外显子-内含子结构是真核基因的特征。
Exon skipping is a mechanism used in gene therapy.
外显子跳跃是基因治疗中使用的一种机制。
The exonuclease enzyme helps in DNA repair processes.
外切酶酶有助于DNA修复过程。
Exon boundaries are important for accurate mRNA processing.
外显子边界对于准确的mRNA加工很重要。
The exonuclease activity removes nucleotides from the DNA strand.
外切酶活性从DNA链中去除核苷酸。
Exon amplification can be used in PCR techniques.
外显子扩增可用于PCR技术。
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