kilobasepairs long
千碱基对长
ten kilobasepairs
十千碱基对
kilobasepair sequence
千碱基对序列
kilobasepairs in length
长度为千碱基对
dna kilobasepairs
DNA千碱基对
measuring kilobasepairs
测量千碱基对
kilobasepair analysis
千碱基对分析
kilobasepair distance
千碱基对距离
kilobasepairs apart
相隔千碱基对
genomic kilobasepairs
基因组千碱基对
the human genome contains approximately three billion kilobasepairs of dna distributed across 23 chromosome pairs.
人类基因组包含大约三十二亿个碱基对的 DNA，分布在 23 对染色体上。
researchers sequenced a genetic region spanning fifteen kilobasepairs to identify disease-causing mutations.
研究人员测序了一个包含十五个千碱基对的基因区域，以识别致病突变。
the average gene in this organism consists of eight kilobasepairs, which is smaller than previously thought.
该生物体中，平均基因的长度为八个千碱基对，比之前认为的要小。
genome-wide association studies revealed that most quantitative trait loci span between one and fifty kilobasepairs.
全基因组关联研究表明，大多数数量性状基因座的范围在 1 到 50 个千碱基对之间。
scientists identified a regulatory element containing two kilobasepairs that controls gene expression patterns.
科学家们发现了一个包含两个千碱基对的调控元件，该元件控制着基因表达模式。
the deletion mutation removed approximately twenty kilobasepairs of genetic material from the chromosome.
缺失突变移除了染色体上大约二十个千碱基对的遗传物质。
phylogenetic analysis showed that this gene family expanded by adding multiple kilobasepairs over evolutionary time.
系统发育分析表明，该基因家族在进化过程中通过添加多个千碱基对而扩大。
the plasmid vector can accommodate inserts up to ten kilobasepairs for recombinant dna experiments.
质粒载体可容纳高达十个千碱基对的插入片段，用于重组 DNA 实验。
comparative genomics revealed that the two species differ by over one hundred kilobasepairs in their mitochondrial dna.
比较基因组学研究表明，这两个物种的线粒体 DNA 差异超过一百个千碱基对。
researchers calculated that the replication fork processes roughly two kilobasepairs per minute during dna synthesis.
研究人员计算出，在 DNA 合成过程中，复制叉每分钟处理大约两个千碱基对。
the telomerase enzyme adds repetitive sequences of approximately six kilobasepairs to chromosome ends with each cell division.
端粒酶将大约六个千碱基对的重复序列添加到每个细胞分裂的染色体末端。
whole-genome sequencing data indicated that structural variants greater than fifty kilobasepairs contribute significantly to genetic diversity.
全基因组测序数据表明，大于五十个千碱基对的结构变异对遗传多样性有显著贡献。
kilobasepairs long
千碱基对长
ten kilobasepairs
十千碱基对
kilobasepair sequence
千碱基对序列
kilobasepairs in length
长度为千碱基对
dna kilobasepairs
DNA千碱基对
measuring kilobasepairs
测量千碱基对
kilobasepair analysis
千碱基对分析
kilobasepair distance
千碱基对距离
kilobasepairs apart
相隔千碱基对
genomic kilobasepairs
基因组千碱基对
the human genome contains approximately three billion kilobasepairs of dna distributed across 23 chromosome pairs.
人类基因组包含大约三十二亿个碱基对的 DNA，分布在 23 对染色体上。
researchers sequenced a genetic region spanning fifteen kilobasepairs to identify disease-causing mutations.
研究人员测序了一个包含十五个千碱基对的基因区域，以识别致病突变。
the average gene in this organism consists of eight kilobasepairs, which is smaller than previously thought.
该生物体中，平均基因的长度为八个千碱基对，比之前认为的要小。
genome-wide association studies revealed that most quantitative trait loci span between one and fifty kilobasepairs.
全基因组关联研究表明，大多数数量性状基因座的范围在 1 到 50 个千碱基对之间。
scientists identified a regulatory element containing two kilobasepairs that controls gene expression patterns.
科学家们发现了一个包含两个千碱基对的调控元件，该元件控制着基因表达模式。
the deletion mutation removed approximately twenty kilobasepairs of genetic material from the chromosome.
缺失突变移除了染色体上大约二十个千碱基对的遗传物质。
phylogenetic analysis showed that this gene family expanded by adding multiple kilobasepairs over evolutionary time.
系统发育分析表明，该基因家族在进化过程中通过添加多个千碱基对而扩大。
the plasmid vector can accommodate inserts up to ten kilobasepairs for recombinant dna experiments.
质粒载体可容纳高达十个千碱基对的插入片段，用于重组 DNA 实验。
comparative genomics revealed that the two species differ by over one hundred kilobasepairs in their mitochondrial dna.
比较基因组学研究表明，这两个物种的线粒体 DNA 差异超过一百个千碱基对。
researchers calculated that the replication fork processes roughly two kilobasepairs per minute during dna synthesis.
研究人员计算出，在 DNA 合成过程中，复制叉每分钟处理大约两个千碱基对。
the telomerase enzyme adds repetitive sequences of approximately six kilobasepairs to chromosome ends with each cell division.
端粒酶将大约六个千碱基对的重复序列添加到每个细胞分裂的染色体末端。
whole-genome sequencing data indicated that structural variants greater than fifty kilobasepairs contribute significantly to genetic diversity.
全基因组测序数据表明，大于五十个千碱基对的结构变异对遗传多样性有显著贡献。
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