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The Alternating Current Scanning Electrochemical Microscopy Characterization of Diatom Cell Activity Affected by Paeonol

机译:受酸碱醇影响的硅藻电池活性的交流扫描电化学显微镜

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The alternating current scanning electrochemical microscopy (AC-SECM) is an important method to characterize the electrochemical activity of living cells. In this paper, we apply AC-SECM to measure the electrochemical activity of diatom biofilm. We find that the diatom biofilm presents insulating effect to decrease the current, when the electrode is close to the biofilm. The alternating current impedance of diatom biofilm is overall smaller than that of the bare glass. To investigate the possible effect of chemical stimulus on cellular activity, the diatoms were immersed into paeonol solution (100μg/mL), and AC-SECM imaging experiments were conducted when immersion time reached 20 h, 25 h and 35 h. The AC measurements performed at high frequencies show that phase angle decreases over time, which preliminarily indicates that the cellular activity of diatoms is affected by paeonol.
机译:交流扫描电化学显微镜(AC-SECM)是表征活细胞的电化学活性的重要方法。在本文中,我们应用AC-SECM来测量硅藻生物膜的电化学活性。我们发现,当电极靠近生物膜时,硅藻生物膜呈现绝缘效果以降低电流。硅藻生物膜的交流阻抗总体小于裸玻璃的阻抗。为了研究化学刺激对细胞活性的可能影响,将硅藻浸入Paeonol溶液(100μg/ ml)中,并且当浸渍时间达到20小时,25小时和35小时时,进行AC-SECM成像实验。在高频率下进行的AC测量表明相角随时间减少,这初步表明硅藻的细胞活性受到甘油的影响。

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