translocations study
易位研究
translocation events
易位事件
translocations analysis
易位分析
detecting translocations
检测易位
translocation patterns
易位模式
translocation risk
易位风险
translocations occur
易位发生
translocation mechanism
易位机制
translocations identified
已识别的易位
translocation consequences
易位后果
the study investigated the frequency of chromosomal translocations in leukemia patients.
这项研究调查了在白血病患者中染色体易位发生的频率。
genetic translocations can lead to the development of various cancers.
遗传易位可能导致各种癌症的发生。
we analyzed the impact of these translocations on gene expression.
我们分析了这些易位对基因表达的影响。
the researchers identified several novel translocations within the genome.
研究人员在基因组中鉴定了几个新的易位。
reciprocal translocations involve the exchange of genetic material between chromosomes.
相互易位涉及染色体之间遗传物质的交换。
robertsonian translocations are a common type of chromosomal rearrangement.
罗伯逊易位是染色体重排的常见类型。
detecting translocations is crucial for diagnosing certain genetic disorders.
检测易位对于诊断某些遗传性疾病至关重要。
the presence of translocations can be confirmed through karyotyping.
通过核型分析可以确认易位是否存在。
understanding translocation mechanisms is vital for cancer therapy development.
理解易位机制对于癌症治疗方案的开发至关重要。
these translocations often disrupt the normal function of genes.
这些易位经常扰乱基因的正常功能。
the translocation event occurred during meiosis in the germline cells.
易位事件发生在生殖细胞减数分裂期间。
translocations study
易位研究
translocation events
易位事件
translocations analysis
易位分析
detecting translocations
检测易位
translocation patterns
易位模式
translocation risk
易位风险
translocations occur
易位发生
translocation mechanism
易位机制
translocations identified
已识别的易位
translocation consequences
易位后果
the study investigated the frequency of chromosomal translocations in leukemia patients.
这项研究调查了在白血病患者中染色体易位发生的频率。
genetic translocations can lead to the development of various cancers.
遗传易位可能导致各种癌症的发生。
we analyzed the impact of these translocations on gene expression.
我们分析了这些易位对基因表达的影响。
the researchers identified several novel translocations within the genome.
研究人员在基因组中鉴定了几个新的易位。
reciprocal translocations involve the exchange of genetic material between chromosomes.
相互易位涉及染色体之间遗传物质的交换。
robertsonian translocations are a common type of chromosomal rearrangement.
罗伯逊易位是染色体重排的常见类型。
detecting translocations is crucial for diagnosing certain genetic disorders.
检测易位对于诊断某些遗传性疾病至关重要。
the presence of translocations can be confirmed through karyotyping.
通过核型分析可以确认易位是否存在。
understanding translocation mechanisms is vital for cancer therapy development.
理解易位机制对于癌症治疗方案的开发至关重要。
these translocations often disrupt the normal function of genes.
这些易位经常扰乱基因的正常功能。
the translocation event occurred during meiosis in the germline cells.
易位事件发生在生殖细胞减数分裂期间。
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