UC知道帮忙翻译下吧7
来源：百度知道 编辑：UC知道 时间：2024/06/09 00:04:07
Detection of human chorionic gonadotropin (HCG)
antigen
The performance of the proposed immunosensor in HCG
quantification was performed by measuring their current
response to a range of HCG concentrations under optimal
immunoassay conditions. The electrochemical detection of
HCG antigen was based on the block of electron transfer,
which was controlled by the formation of antigen–antibody
immunocomplex. With the increasing concentration of
HCG antigen, the response current was decreased gradually.
According to this relationship, HCG could be
determined directly. As shown in Fig. 8c, the decrease of
CVs peak current was proportional to the HCG concentration
in the ranges from 0.8 to 500 mIU/mL with linear
slopes of 0.1032 lA mL/mIU and coefficients of 0.9983.
The detection limit was calculated to be 0.3 mIU/mL at
three times background noise.
In order to testify the amperometric amplification of
us
antigen
The performance of the proposed immunosensor in HCG
quantification was performed by measuring their current
response to a range of HCG concentrations under optimal
immunoassay conditions. The electrochemical detection of
HCG antigen was based on the block of electron transfer,
which was controlled by the formation of antigen–antibody
immunocomplex. With the increasing concentration of
HCG antigen, the response current was decreased gradually.
According to this relationship, HCG could be
determined directly. As shown in Fig. 8c, the decrease of
CVs peak current was proportional to the HCG concentration
in the ranges from 0.8 to 500 mIU/mL with linear
slopes of 0.1032 lA mL/mIU and coefficients of 0.9983.
The detection limit was calculated to be 0.3 mIU/mL at
three times background noise.
In order to testify the amperometric amplification of
us
检测人类绒毛膜促性腺激素（ HCG ）
抗原
的表现，建议在绒毛膜促性腺激素免疫传感器
量化是由测量它们目前的
针对一系列的绒毛膜促性腺激素的浓度下最佳
免疫条件。电化学检测
促性腺激素抗原是基于块的电子转移，
这是控制的形成抗原抗体
免疫复合物。随着浓度的增加
促性腺激素抗原反应电流逐渐下降。
根据这种关系，可能是绒毛膜促性腺激素
直接确定。所示的图。 8c ，下降
个人简历峰电流成正比促性腺激素浓度
在范围从0.8到500缪/毫升，线性
山坡0.1032报毫升/缪和系数0.9983 。
检出限为0.3计算，缪/毫升时
背景噪声的3倍。
为了作证的安培扩增
使用血红蛋白不是白蛋白作为阻断剂，比较
进行了研究采用不同的改性
电极。与BSA的封锁反促性腺激素/
纳米/结核/多壁碳纳米管，政务司司长（图8A条） ，商业软件联盟阻止反
促性腺激素/纳米/结核/血红蛋白/碳纳米管壳聚糖修饰电极
（图8B条）展示更高的灵敏度存在ofelectrocatalytic(这个我不知道）作为活动的血红蛋白。此外，敏感性
线性测量范围和所表达的双重血红蛋白
薄膜修饰电极（图8c ）已改善了很多比
另外的。其原因是，双血红蛋白电影演出
一个有效扩增财产预期