放射性标记

Sindbis病毒基因组RNA的放射性标记及其寡核苷酸指纹分析

Radioactive labeling and oligonucleotide fingerprinting of Sindbis virus genome RNA

非放射性标记已越来越广泛地被应用于分子生物学的研究。

Non radioactive labeling technique is now widely accepted as a routine procedure in molecular biology researches .

可以快速分析纸条、硅胶板及凝胶板上~3H、~（14）C等放射性标记化合物。

It can be used to analyse 3H , 14C labelled compounds on paper ; silicon gel-thin layer and gel electrophoresis layer .

用非放射性标记MYO探针进行DNA指纹分析

Analysis of DNA fingerprints with nonradioactive labelled probe myo

推荐该法作为放射性标记McAb的质量控制方法。

The method as a quality control procedure for radiolabelled McAb is recommended .

RGD肽与整合素αvβ3受体结合的构效关系及放射性标记配体的设计

The Structure-activity Relationship of RGD Peptides binding to α _ β _3 Integrin and Radiolabeled Ligand Design

放射性标记的维生素B12及其衍生物在肿瘤诊治中的应用进展

Development of radiolabelled vitamin B12 and derivatives on oncology and tumor therapy

结论该分子符合放射性标记的要求，可能与已有的αvβ3的肽拮抗物具有相似的生物学性能。

Conclusion The new peptide can be labeled by radioiodine . Its biological functions may be similar to those of the known integrin α v β 3 antagonist .

马铃薯类病毒（PSTVd）非放射性标记cDNA探针制备及其在检测上的应用

Preparation and application of non-radioactive , biotin-labelled PSTVd-cDNA

对mRNA差异显示技术中引物设计、应用非放射性标记、优化PCR参数、假阳性鉴定的方法等方面进行了概述。

Primer design , application of non-radioactive marker , optimization of parameter of PCR , some methods of false-positive identification of mRNA differentially display technology were summarized in this paper .

目的：利用非放射性标记探针技术检测经聚合酶链反应扩增后的人粪便中微小隐孢子虫DNA，观察该方法的特异性和敏感性。

AIM : To develop a non radioactive labeled probe hybridization technique for the detection of the PCR products of Cryptosporidium parvum DNA in fecal samples and evaluate its specificity and sensitivity . METHODS : DNA of C.

目的：研究对眼镜蛇毒（najanajaatravenom）组份III进行125I放射性标记的方法及其质量评价。

To study the methods with which Fraction III isolated from Naja naja atra venom was () ~~~~~~~~ ( 125 ) I-labelled and quality evaluation .

长效促红细胞生成素（LL-EPO）的放射性标记、分离纯化和鉴定

Radio-labelling of Long-Lasting Erythropoietin ( LL-EPO ) and Its Purification

方法在密闭容器中，应用脉冲加热的方法，使Na125Ⅰ与PLGA氯仿溶液反应，实施PLGA的125Ⅰ放射性标记。

Methods Achieved the PLGA labeled with 125 ⅰ by synthetic reaction between Na125 ⅰ and PLGA solution Chloroform under circular heating in a obturator .

放射自显影法的结果证实，放射性标记的SCK在肿瘤血管化区域溢出，而坏死区域观察不到扩散现象。

Autoradiography results confirmed the extravasation of radiolabeled SCKs in vascularized areas of the tumor , whereas no diffusion was observed in necrotic regions .

综述了基于维生素B12及其衍生物的放射性标记化合物的研究与临床试验情况，并着重介绍维生素B12的生物活性和放射性核素111In，10B，99Tcm（Re）标记的衍生物及其在肿瘤诊治方面的应用。

Current study and clinical application of the radiolabelled Vitamin B12 and derivatives are summarized . The biological activity of Vitamin B12 and the application of 111In , 10B , 99Tcm ( Re ) labelling derivatives on oncology and tumor therapy are mainly reviewed .

非放射性标记α&珠蛋白基因探针的斑点杂交法研究

The dot-blot hybridization method of non-radioactive labelled α - globin DNA Probes

四种放射性标记农药经皮肤吸收的研究

Studies on the percutaneous absorption of four radioactive labelled pesticides

放射性标记氨基酸的肿瘤基础研究

Radiolabeled amino acids were applied to basic aspects in oncology

三种非放射性标记法的原理及其在分子生物学中的应用

The Principles and Application of Three Non Radioactive Labelling Methods in Molecular Biology

耐热性碱性磷酸酯酶作为非放射性标记物的研究

Study on Thermostable Alkaline Phosphatase as Non radioactive Label

应用非放射性标记探针原位杂交检测BCR/ABL基因表达

Application of Non-radioactive Probe in Situ Hybridization in Detection of BCR / ABL Gene Expression

它既包括了对导向物质的导向研究，又包括了有关放射性标记与检测的显像研究。

It consists of both directing research on targeting specific substances and radioactive imaging substances .

非放射性标记探针的应用，对于推广基因诊断技术有重要意义。

Nonradioactive probes in nucleic acid hybridization are important for popularization of gene diagnosis techniques .

单克隆抗体的放射性标记

Radio - labelling of monoclonal antibody

放射性标记抗体的放射免疫靶向治疗；

Radioimmunotherapy by a radiolabelled antibody ;

放射性标记农药经皮肤吸收的研究&离体与活体皮肤的比较

Studies on the percutaneous absorption of radioactive labelled pesticides comparison between experiments in vivo and in vitro

聚合酶链反应结合非放射性标记探针检测粪便中微小隐孢子虫

Detection of Cryptosporidium parvum in fecal samples using polymerase chain reaction combined with non radioactive labeled DNA probe hybridization

随着代谢显像的广泛应用，放射性标记氨基酸越来越引起临床关注。

As the application of metabolic imaging are expanding , radio labeled amino acids may gain increased clinical interest .

荧光标记这种非放射性标记技术已成为现代分析检测中不可或缺的重要方法之一，然而将此技术应用于药物研究并不广泛。

The fluorescent labeling is one of the most important methods of modern analysis as a non-radioactive labeling technique , however , it has not been widely applied in drug research .