实验通过原位分子杂交技术，检测人骨髓巨核细胞分化发育过程中神经生长因子（ NGF）基因表达情况。
The expression of nerve growth factor (NGF) gene during development of megalocaryocytes was studied by in situ hybridization.
方法采用微波免疫组织化学染色（SP法）和原位分子杂交技术检测LN肾脏RANTES的表达，并进一步分析其与LN活动指数、肾脏病理和功能损害的关系。
Methods A microwave based immunohistochemistry (SP) and in situ hybridization were used to detect the expression of RANTES and renal injures in LN and normal control.
在中期，通过分子生物学技术辅助的常规杂交育种(分子标记辅助育种)就足以满足要求了。
In the medium term, conventional crossbreeding helped by molecular biology techniques (a technique called "marker assisted breeding") may suffice.
目的采用基因组杂交(CGH)技术，探讨淋巴瘤的分子遗传学特征。
Objective To explore the molecular genetic features of lymphoma by means of CGH (comparative genomic hybridization) technique.
荧光原位杂交是当前分子细胞遗传学最重要的技术之一，克服了实体瘤经典细胞遗传学研究的主要障碍。
Florescence in situ hybridization (FISH), one of the most important molecular cytogenetic techniques, overcomes the main inconvenience in classical cytogenetic methods in solid tumors.
生物芯片的应用是将探针固定于芯片上，利用核酸链间的分子杂交，鉴定dna和蛋白质的一种新技术。
The application of biochips is a new technique which fixes the probes on the biochips to appraise DNA and protein by the way of the molecule crosses between the chains of nucleic acids.
荧光原位杂交、DNA指纹等现代分子生物技术在废水治理过程中得到了广泛的应用。
Modern molecular biotechnology such as fluorescence in situ hybridization and DNA fingerprinting was widely applied in wastewater treatment.
本文介绍了核酸探针和制备技术，标记技术、核酸分子杂交方法及核酸探针的应用状况。
The nucleic acid probe, manufacture and labelling technology, hybrid method of nucleic acid molecule, and the current application status of nucleic acid probe were introduced in this paper.
因此，这些结果显示SSR分子标记技术可以很好地用于杂交玉米种子的纯度鉴定，即使是这个杂交种是来自两个非常接近的自交系的。
These results clearly demonstrate that SSR marker should be useful for assessing purity of maize hybrid, even if the hybrid derived from two related parental lines.
结合玉米ssr分子标记检测技术和单籽粒dna快速提取方法，DNA指纹数据库和判别标准可有效地用于玉米杂交种的亲子鉴定。
As SSR marker technique and DNA rapid extraction method established, the DNA fingerprinting database could effectively be employed to identify parentage relations among hybrids.
结合玉米ssr分子标记检测技术和单籽粒dna快速提取方法，DNA指纹数据库和判别标准可有效地用于玉米杂交种的亲子鉴定。
As SSR marker technique and DNA rapid extraction method established, the DNA fingerprinting database could effectively be employed to identify parentage relations among hybrids.
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