n.显微解剖

Microdissection is a crucial step in genetic analysis, allowing researchers to isolate specific cells from a tissue sample.
微分切片在遗传分析中至关重要，它使研究人员能够从组织样本中分离出特定细胞。
The pathologist performed microdissection on the cancerous tumor to obtain pure DNA for sequencing.
病理学家对癌变肿瘤进行了微分切片，以获取纯化的DNA进行测序。
Scientists used microdissection to study the genetics of rare diseases in isolated patient populations.
科学家利用微分切片研究孤立患者群体中的罕见疾病遗传学。
In plant biology, microdissection enables the precise manipulation of individual cells or tissues for genetic transformation.
在植物生物学中，微分切片使得个体细胞或组织的精确操作用于基因转化成为可能。
Researchers employed microdissection techniques to analyze the genetic differences between healthy and diseased cells.
研究人员运用微分切片技术来比较健康和病变细胞之间的遗传差异。
A genetic counselor utilized microdissection to prepare samples for prenatal diagnosis of chromosomal abnormalities.
遗传咨询师使用微分切片准备样本，以便进行产前染色体异常诊断。
Microdissection played a pivotal role in the discovery of mutations responsible for certain inherited disorders.
微分切片在发现导致某些遗传疾病的突变过程中发挥了关键作用。
With microdissection, scientists can isolate specific cell types, such as neurons or immune cells, for further molecular analysis.
通过微分切片，科学家可以隔离特定类型的细胞，如神经元或免疫细胞，以便进行更深入的分子分析。
The technique of microdissection has revolutionized the field of forensic genetics by allowing the examination of single fibers or hair strands.
微分切片技术革新了法医学领域，使得单纤维或头发丝的检查成为可能。
Researchers are exploring the use of microdissection in stem cell research to refine the manipulation of embryonic cells.
研究人员正在探索微分切片在干细胞研究中的应用，以提高对胚胎细胞的操作精度。