電泳淌度
In the ******st approximation, electrophoretic mobility can be because of analyte charge and size.
最簡單的法則就是，根據分析物的帶電量以及大小決定電泳的遷移率。
Particle electrophoretic mobility (PEM) changes are shown to correlate well with the amount of ligand fixed on the particles, as probed by its biological activity.
通過對配體生物活性的探測，發現粒子電泳遷移率（PEM）的變化與固定在顆粒上的配體數量密切相關。
RESULTS The electrophoretic mobility of serum LDL was slowed and the levels of TC and TG of LDL were decreased in the treatment groups.
結果 服用消淤片後，兔血清LDL電泳遷移速率減慢，其所含的TC和TG含量減少。
Electrophoretic mobility is determined from Doppler shift by using a non-invasive and quick technique called Electrophoretic Light Scattering.
電泳遷移率是确定從多普勒移使用非侵入性和快速的技術，稱為電泳光散射。
Ion mobility spectrometry (IMS) is a gas phase electrophoretic technique with the advantages of speed, low detection limits and low cost.
離子遷移譜 技術是一 種氣相環境下的電泳檢測 技術，具有快速、靈敏、運行成本低等特點。
The inductive ADH was found to be indistinguishable from its constitutive form in the wild type in regard to electrophoretic mobility.
誘導性的ADH與野生型細菌的本貭性ADH在電泳移動率上沒有區别。
Small ions such as chloride (Cl–) and formate (For–) have a greater charge-to-size ratio and higher electrophoretic mobility.
小李子，例如：氯離子以及甲酸根具有較高的荷質比，電泳遷移率較快。
The phosphorylation of STAT5 and its location were examined by double immunohistochemical staining and the binding of STAT5 with DNA was determined by electrophoretic mobility shift assay (EMSA).
用雙染免疫組化法檢查脾細胞中STAT5磷酸化與STAT5抗原的定位。用電泳遷移率變動分析（EMSA）測定STAT5與DNA探針的結合力。
Methods Immunohistochemistry and electrophoretic mobility shift assay (EMSA) were used.
方法采用免疫組化法及凝膠電泳遷移率實驗。
The pattern and flocculent mechanism of PSFZB were stu***d by using XRD instrument analysis method and electrophoretic mobility measurement.
同時利用X光衍射分析方法、微電泳技術對PSFZB的形态和絮凝機理進行讨論。
Pre-treatment with the different specific kinase inhibitors, the activities of AP-1 induced by Ox-LDL were determined by electrophoretic mobility shift assay (EMSA).
最後，用凝膠阻滞法（EMSA）觀察在特異性的蛋白激酶抑制劑處理下的AP1活性的變化。
According to the electrophoretic mobility of the standard protein and the unknown protein, identify the putative molecular weight of unknown protein.
根據凝膠中标準品與待測樣品的相對遷移率判斷待測樣品的大緻分子量。
The flexibility and persistence length of DNA chains have been changed after adding ions in solution, therefore, the electrophoretic mobility decreased with increasing of ionic strength;
離子效應使DNA聚合鍊的撓性增大，末端距與持久長度減小，從而使電泳遷移率隨離子強度的增加而減小；
ResultsAccording to the electrophoretic mobility, PSP could be significantly different from o…
結果根據電泳遷移率，可明顯區分螺旋藻多糖與其他多糖。
First, we carried out Electrophoretic Mobility Shift Assay (EMSA) to investigate the binding difference of SNPs and transcription factors.
首先使用凝膠遷移檢測和疾病關聯的SNP是否會影響某些轉錄因子的結合。
電泳遷移率（Electrophoretic Mobility）是分析化學和生物物理學中的核心概念，指帶電粒子在電場作用下通過介質（如凝膠或溶液）時表現出的運動速度與電場強度的比值，計算公式為：
$$
mu = frac{v}{E}
$$
其中，$mu$為遷移率，$v$為粒子速度，$E$為電場強度。
此概念在生物醫學和材料科學中具有基礎性作用，相關實驗方法可參考權威機構如美國國家标準技術研究院的标準化協議。
電泳遷移率（electrophoretic mobility）是描述帶電顆粒在電場作用下遷移速度的物理量，廣泛應用于生物化學、分子生物學等領域。以下是詳細解釋：
電泳遷移率指單位電場強度下帶電顆粒的遷移速度，通常用符號$mu$表示。其核心反映了顆粒在電場中的運動能力，數值越高說明遷移越快。中文譯名包括“電泳遷移率”和“電泳淌度”（）。
電泳遷移率的數學表達式為： $$ mu = frac{v}{E} $$ 其中：
電泳遷移率受以下因素影響：
如需進一步了解具體實驗方法或公式推導，可參考電泳分析的專業文獻或工具書。
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