The results for the six products of a single linear DNA molecular weight of the belt, used to determine 100-600 bp of double-stranded DNA molecule the size, with a sample buffer, easy to use fast.
效果产物为六条分子量简单的线状DNA条带，用于确定100- 600bp的双链DNA分子的大小，并附有上样缓冲液，使用方便飞快。
In the sample program, event data is always read with a buffer of 4k.
在示例程序中，总是用4k的缓冲区读取事件数据。
EA activity of GCF sample can be influenced by the category of buffer and the storage temperature.
GCF样本的保存过程中，缓冲液的种类以及保存温度可影响GCF -EA的活性。
The sample program does not check for EVENT_OVERFLOW since it specifies an INFO_LVL of 1 and USES the default buffer size of 4k.
示例程序并不检查EVENT_OVERFLOW，因为它指定info_lvl为1并使用默认缓冲区大小4k。
The melamine wastewater sample is distillated in the phosphate buffer solution, the emitted ammonia is absorbed, and its content is determined by acid-alkali titration.
在磷酸盐缓冲溶液中加热蒸馏三聚氰胺废水样品，逸出的氨被吸收后通过酸碱滴定测定其含量。
The results showed that low ion intensity sample washing buffer improved the performance of isoelectric focusing.
结果表明：采用低离子强度的缓冲液冲洗收集样品可以提高等电聚焦效果。
PBS suspension and sample dilution buffer (SDB) suspension of bovine brain tissue with the same concentration of the standard were detected.
对与标准相同浓度脑组织的PBS悬液和样品稀释缓冲液（SDB）悬液用试剂盒进行检测；
Sample stacking in capillary electrophoresis can concentrate sample species through the electrical field strength gradient caused by the inhomogeneous buffer concentration field in capillary.
毛细管电泳样品电堆积富集是一种通过缓冲溶液浓度的差异在毛细管中形成电场强度梯度，从而对样品进行浓缩的富集技术。
The column must be pre-equilibrated in binding buffer before beginning sample application.
列必须在开端抽样应用之前在捆绑的缓冲器中被平衡。
Several important factors are discussed, such as buffer systems, terminating ions, column effective length and injection time of sample and terminating solution.
详细讨论了影响富集的缓冲体系、尾随离子种类、毛细管有效长度、进样时间和等速电泳时间等重要因素。
Depth test: When enabled, the test fails if the fragment's depth does not compare as the user specifies against the depth value from the underlying sample in the depth buffer.
深度测试：启用后，若片段的深度值与深度缓存中的深度值并不符合用户指定的要求，则测试不通过。
Depth test: When enabled, the test fails if the fragment's depth does not compare as the user specifies against the depth value from the underlying sample in the depth buffer.
深度测试：启用后，若片段的深度值与深度缓存中的深度值并不符合用户指定的要求，则测试不通过。
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