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2.Preparation of cellular genomic DNA for molecular hybridization by the method of LMP agarose gel plug
低熔点胶包埋法制备分子杂交用细胞基因组DNA收藏指正
3.ERIC-PCR based fingerprinting and molecular hybridization to analyze the characteristics of intestinal microflora of giant panda
ERIC-PCR分子杂交技术分析大熊猫肠道菌群结构收藏指正
4.Using ERIC-PCR and molecular hybridization for monitoring changes in the structure of microbial community in coking wastewater treatment system
用ERIC-PCR结合分子杂交监测焦化废水处理系统(A~2/O)中微生物群落结构的变化收藏指正
5.CHANGES OF NT 3 mRNA BY MOLECULAR HYBRIDIZATION DURING EMBRYONIC SPINAL CORD REPAIRING SPINAL CORD INJURY OF ADULT RATS
NT-3 mRNA分子杂交在胚胎脊髓修复成鼠受损脊髓过程中的变化收藏指正
6.In order to study the mechanism of the pathogenesis of CPV and diagnosing the disease early, we have reserached the technique of viral double-stranded RNA (dsRNA) molecular hybridization.
为了研究家蚕质型多角体病毒(CPV)的致病机理及其早期检测,我们建立了该病毒双链核糖核酸(dsRNA)分子杂交技术.收藏指正
7.Through DNA/DNA molecular hybridization, Nopaline as-say and NPT Ⅱ assay, it is certain that the Nos/Npt gene in T-DNA was transfer-red into the somatic embryos of Citrus reticulata Blano cv. yu dong, and expressed in the transformed embryos, and the toxic protein gene of Bacillus thuringiensis was transferred into the somatic embryos. It is the first example of introducing foreign gene into Citrus.
通过Nopalim和NPTⅡ酶性检测、DNA/DNA分子杂交鉴定,证明了Nos基因、NPTⅡ基因已整合到贡柑体胚的细胞基因组中并表达,苏云金杆菌的毒蛋白基因整合到贡柑细胞基因组中,第一次在柑桔类果树实现了外源基因转移。收藏指正
8.Meanwhile, molecular techniques are much better than traditional morphological methods in hybridization study.
而在杂交研究领域,文章揭示了分子生物学手段有着比传统形态分析方法更多的优越性。收藏指正
9.Objective To explore the molecular genetic features of lymphoma by means of CGH (comparative genomic hybridization) technique.
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。收藏指正
10.Taking for example the ABn simple molecules,this paper presents afairly all-round discussion about the molecular structures and propertiesthrough the steps of“repulsion-hybridization-delocalization”in whichthe molecular shapes are determined by the VSEPR theoryfirst,thenthe σ-bonding circumstances in molecules are found out,and finallythe possilities of a formation of the delocalized π-bonds are considered.
本文以ABn型简单分子为例,采用“互斥-杂化-离域”的步骤,即首先用VSEPR法确定分子的形状,进而了解分子中σ成键情况,最后考虑形成离域π键的可能性,对分子结构及其性质进行较全面的讨论。收藏指正
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