analyte

n.分析物；分析元素

网络释义：被分析元素；被分析物；被测物

网络释义

n.1.分析物2.分析元素

n.1.the substance being identified and measured in a chemical analysis

1.分析物 analytic 分析的, 解析的 analyte (被)分析物 analyze analyzable 可被分析的, 可以分解的 ...

2.被分析元素 29、Interference（ 干扰） 3、Analyte（ 被分析元素）所要检测的元素。 1、Accuracy（ 准确度） ...

3.被分析物 ammonia production Rates 产氨率 analyte 被测物 analytical procedure 分析方法 ...

5.待分析物 selectivity( 选择性) • analyte( 待分析物) • standard solution( 标准溶液) • ...

6.分析物k amphoterics 兼性表面活性剂;]; analyte 分析物k> anchorin 锚定蛋白q("! ...

7.待测药物 ... 分析及报告 Analysis and Reports 待测药物 Analyte 分析方法 Analytical method ...

1.The accuracy and precision with which known concentrations of analyte in biological matrix can be determined should be demonstrated.应证明已知生物基质内分析物浓度的准确度和精密度可以确定。

2.How much material is available for the analysis, and what is the approximate concentration ot the compound of interest (the analyte)?可用于分析的材料有多少？所感兴趣的化合物（分析物）的浓度大约是多少？。

3.It is not always possible to demonstrate that an analytical procedure is specific for a particular analyte (complete discrimination).通常情况下，不可能证明某一分析方法特定专属于某一特定的分析物（完全区分）。

4.Such a sensor can be used to provide a visible image that changes or appears to the eye in response to an analyte.这种传感器可用于响应分析物的改变或出现提供眼睛可见的图像。

5.The detection pmit is usually expressed as the concentration of analyte (e. g. percentage parts per bilpon) in the sample.检测限度通常以在样榀中的待分析物浓度（例如，百分比、十亿分率）表示。

6.It should be estabpshed initially by visual examination of a plot of signals as a function of analyte concentration of content.线性的确立最开始应该通过目测代表内容物中待分析物浓度的多个信号构成的图表来进行。

7.Since analyte atoms are excited by the heat of the flame, no special elemental lamps to shine into the flame are needed.由于分析物原子激发由火焰热，没有特别的元素灯的火焰照耀成是必要的。

8.In a titration, the test substance (analyte) reacts with a reagent added as a solution of known concentration.在滴定中，实验物质（被分析物质）同所加的已知浓度的溶液试剂反应。

9.Stock solutions of the analyte for stabipty evaluation should be prepared in an appropriate solvent at known concentrations.用于稳定性评估的分析物储备液应使用适当的已知浓度的溶剂制备。

10.As with chromatographic methods, microbiological and pgand-binding assays should be shown to be selective for the analyte.正如色谱法，微生物和配体结合分析应体现分析的选择性。