Conclusion MTC can be diagnosed at gene level by direct gene sequencing analysis. It is possible to diagnose MTC before operation by means of molecular genetic analysis.
结论直接基因测序分析能在基因水平诊断MTC，分子遗传学分析使术前诊断该疾病成为可能。
Objective to study the clonality of palmar fibromatosis by molecular genetic analysis of X chromosome inactivation pattern at a polymorphic site of human androgen receptor gene (HUMARA).
目的通过人雄激素受体(HUMARA)基因位点克隆性分析技术确定掌纤维瘤病是否为肿瘤性增生。
In the 1980s molecular and genetic analysis was introduced, enabling species to be identified by their DNA rather than visual observation.
1980年分子学和基因分析的出现，可以通过物种的DNA而不是通常的观察来鉴别他们。
Microsatellite marker is one of the frequently used molecular markers. It has been used in the genotype identification, pedigree analysis and estimation of genetic distance.
微卫星是近几年来应用较多的一种分子标记，可有效地进行基因鉴定与系谱分析，并可估算群体间的遗传距离。
Metabolic engineering is the analysis of metabolic pathway and designing rational genetic modification to optimize cellular properties by using principle of molecular biology.
代谢工程是利用分子生物学原理系统分析代谢途径，设计合理的遗传修饰策略从而优化细胞的生物学特性。
With the help of molecular markers, it is possible to perform indirect selection in cucumber breeding, which helps to improve the accuracy and efficiency in genetic analysis.
分子标记技术使黄瓜育种中的间接选择成为可能，同时它还能提高基因分析的准确性和效率。
Molecular variance (AMOVA) analysis indicated that a high proportion of the total genetic variance was attributable to variations within populations (76.45%).
AMOVA分子方差分析结果表明中国玉米螟的遗传分化主要来自种群内部（76.45%）。
The molecular phylogenetic trees constructed by UPMGA method showed the genetic relationship among 31 restorer lines, which was identical with pedigree analysis.
由UPMGA方法得到的聚类分析结果表明了31个恢复系间的亲缘关系，聚类结果与它们的系谱关系基本吻合。
In 2012, the EPL was merged into the newly formed Molecular Analysis & Genetic Improvement Center (MAGIC).
2012年，能源植物研究组并入新成立的分子生物分析及遗传改良中心。
In 2012, the EPL was merged into the newly formed Molecular Analysis & Genetic Improvement Center (MAGIC).
2012年，能源植物研究组并入新成立的分子生物分析及遗传改良中心。
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