生物样品

mL-1范围内线性关系良好，回收率、日内、日间差符合生物样品分析要求。

The recovery rate , within-day and between-day variances fulfil the requirement of biological sample analysis .

常规相邻探针用于生物样品中核酸检测时，有可能被核酸酶降解而产生假阴性信号。本文设计了一种硫代修饰的相邻探针，并用于细胞裂解液中相关mRNA的检测。

In order to eliminate the false-negative signals resulting from nuclease degradation of the convenient adjacent probe in biological sample analysis , phosphorothioate modified adjacent probe was designed and synthesized for mRNA detection in cell lysate .

大气和生物样品中~（14）C分析方法的研究

A method for monitoring of ~ ( 14 ) C in the atmospheric and biological samples

在酸性条件下液-液提取和C（18）柱固相萃取方法处理生物样品；

Samples were extracted by liquid - liquid method and C18 - SPE column in acetic condition .

对生物样品的研究，软X射线显微术具有独特的优势。

Soft X-ray microscopy has unique advantages in the study of biological specimens .

介绍HPLC法分析生物样品的前处理技术。

The bio - sample pretreatment technique in HPLC is introduced .

几种手性药物对映体的HPLC分离与生物样品分析

Separation and Bioanalysis of Enantiomers of Some Chiral Drugs by HPLC

HPLC法测定生物样品中呋苄西林和其代谢物的浓度

HPLC Determination of Furbenicillin and Its Metabolites in Biological Samples

生物样品中阿洛西林的HPLC测定

HPLC method for determination of azlocillin in biological samples

生物样品的软X射线显微成象

Soft X-ray microimaging of biological specimens

用单路三束质谱法测定生物样品的~（15）N丰度

Determination of ~ ( 15 ) n abundance in biotic samples by mass spectrometer with single way and three beams

软X射线显微术适合于自然状态下生物样品的高分辨率显微成像。

Soft X-ray microscopy is mostly suitable for the high resolution imaging ofbiological specimens in nature or living state .

海生物样品中的~（60）Co、~（55+59）Fe、~（65）Zn的联合测定

The simultaneous Determinaton of ~ ( 60 ) co , 55 + 59fe and Zn in marine organisms

形成I3~&淀粉络合物测定生物样品中微量H2O2的商讨

On the determination of micro-quantity hydrogen peroxide in biological samples by using the formation of starch iodine complex

原子力显微镜（Atomicforcemicroscope，AFM）具有原子级分辨率，能够在生理条件下对生物样品进行观察。

Atomic force microscope ( AFM ) is a powerful tool for detecting biological samples under physiological con-dition with an atomic resolution .

另外，软X射线显微术还可以用于生物样品内的元素分布和蛋白质、DNA等生物大分子的分析研究。

In addition , soft X ray microscopy can map elements and analyze the biological macromolecules such as protein and DNA in the examined samples .

生物样品通过萃取、吹干、浓缩等步骤的前处理，用高效液相色谱法（HPLC）测定样品中药物的含量。

The drug concentrations in biological samples were analyzed by means of high-performance liquid chromatography ( HPLC ) after sample pretreatment steps .

ICP-AES氢化物发生法测定生物样品中的痕量硒

Determination of Trace Selenium in biological materials by hydride generation inductively coupled plasma atomic emission spectrometry

应用~1HNMR谱直接检测生物样品中的微量药物毒物和代谢产物

Application of ￣ 1H NMR Spectroscopy to Direct Detection of Trace Drug , Toxicant and Their Metabolites in Biological Samples

方法应用串联质谱法（GCMS/MS），对生物样品中的甲胺磷及其异构体进行检验研究。

Methods Tandem mass spectrometry ( GC-MS / MS ) was applied to analyze methamidophos and its isomer in biological issue .

方法用GC法测定生物样品中β榄香烯浓度。

In rats . METHODS A GC method for isolation and determination of β - elemene in biological specimens was used .

离子液体[C4mim][PF6]在微滴溶剂萃取／ETV-ICP-MS测定环境和生物样品中的Co，Hg和Pb中的应用

Ionic Liquids Based Single Drop Microextraction of Co , Hg and Pb in Biological and Environmental Samples

ICP发射光谱法对氮化钛和钛材体内埋置试验有关生物样品中钛的测定

ICP-AES Determination of Titanium in Biological Samples in Experiments of Embedding Titanium and Nitrided Titanium Test Pieces in Animal Bodies

罗丹明3B光度法测定生物样品中微量铜

The extraction photometric determination of Copper with Rhodamine 3B in the biological Samples

生物样品中T-2毒素及其代谢产物的分离与分析

Isolation and analysis of mycotoxins , T-2 toxin and its metabolites in biological samples

~（85）Sr示踪的结果表明，锶回收对于生物样品是95%，对于沉降物～90%。

~ ( 85 ) Sr tracing results show that for biological material strontium recoveries are 95 % and for fallout material ~ 90 % .

导数光谱CPD法同时测定生物样品中的铜和锌

Simultaneous Derivative Spectrophotometric Determination of Copper and Zinc in Bio samples with CPD Matrix Method

二次谐波（SecondHarmonicGeneration，SHG）成像技术由于具有空间高分辨率、无需荧光标记，对生物样品的光损伤小，在介质中的穿透深度大等优点，在生物医学领域具有广阔的应用前景。

Second harmonic generation ( SHG ) imaging needs no fluorescent labels and brings no photobleaching or toxicity . It 's a promising tool for high-resolution , three-dimensional studies in biomedicine fields .

进行了磁珠微系统的在片实验，对该系统进行了功能性和应用性的验证，成功的实现了磁珠的在片操控，同时进行了蛋白，DNA等生物样品的在片实时分离反应。

On-chip experiments . On-chip operation of magnetic beads has been testified successfully and some experiments have been developed to realize the real-time , on-chip separation of some biological samples including proteins and λ DNA products .

研究了环境和生物样品中3H和14C的测量方法。

The determination methods for ~ 3 H and ~ ( 14 ) C in some biological specimens are studied .