We would like to update the content of Figure 3. In the original article, both Figure 2 and Figure 3 are identical. This error was introduced during the production process and after proof correction. The correct version of Figure 3 is shown below. Figure 3. Example of tandem EIS and QCM-D information acquisition. (A) EIS response across entire sensing process (fabrication to exosome-sized particles (ESP) detection) captured simultaneously alongside, (B) QCM-D response profile on the same WE for SAM formation (from ethanolic solution) and the addition of (C) SAv, biotin-anti CD63 and 7.5 × 10⁸ ESPs mL^–1 in HBS buffer. Vertical dashed lines represent the start of respective sample uptake by the peristaltic pump. This article has not yet been cited by other publications. Figure 3. Example of tandem EIS and QCM-D information acquisition. (A) EIS response across entire sensing process (fabrication to exosome-sized particles (ESP) detection) captured simultaneously alongside, (B) QCM-D response profile on the same WE for SAM formation (from ethanolic solution) and the addition of (C) SAv, biotin-anti CD63 and 7.5 × 10⁸ ESPs mL^–1 in HBS buffer. Vertical dashed lines represent the start of respective sample uptake by the peristaltic pump.

中文翻译：

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更正“使用带耗散监测的电化学石英晶体微天平对血浆中外泌体进行双模式和无标记检测”

我们想更新图 3 的内容。在原始文章中，图 2 和图 3 是相同的。此错误是在生产过程中和校样更正后引入的。图 3 的正确版本如下所示。图 3. 串联 EIS 和 QCM-D 信息采集示例。（A）同时捕获整个传感过程（制造外泌体大小颗粒（ESP）检测）的 EIS 响应，（B）相同 WE 上的 QCM-D 响应曲线，用于 SAM 形成（来自乙醇溶液）和添加（ C) SAv、生物素抗 CD63 和 7.5 × 10 ⁸ ESPs mL ^–1在 HBS 缓冲液中。垂直虚线表示蠕动泵开始吸收相应样品。这篇文章尚未被其他出版物引用。图 3. 串联 EIS 和 QCM-D 信息采集示例。（A）同时捕获整个传感过程（制造外泌体大小颗粒（ESP）检测）的 EIS 响应，（B）相同 WE 上的 QCM-D 响应曲线，用于 SAM 形成（来自乙醇溶液）和添加（ C) HBS 缓冲液中的 SAv、生物素抗 CD63 和 7.5 × 10 ⁸ ESPs mL ^–1。垂直虚线表示蠕动泵开始吸收相应样品。