Scanning probe electrochemistry for biological research - BioLogic Learning Center

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Scanning probe electrochemistry for biological research

Latest updated: November 19, 2024

Introduction

Scanning probe electrochemistry can be advantageous for biological studies. By using this family of techniques, which includes Scanning Electrochemical Microscopy (SECM), and Vibrating Probe, researchers can achieve real-time measurements with high spatial resolution, which do not interfere with the process understudy. For this reason, scanning probe electrochemistry has been used to study living cells, biomolecules, plants, and more.

Interested in learning more about the application of scanning probe electrochemistry to biological research? Checkout our latest video presentation “Applications of Scanning Probe Electrochemistry – Biology” below, also available as a PDF download.

Related documents:

https://biologic.net/topics/what-does-scanning-probe-electrochemistry-reveal-about-biological-systems/

https://biologic.net/topics/imaging-the-electrochemistry-of-photosynthesis/

Scanning Droplet Cell Scanning Electrochemical Microscopy SECM Scanning Vibrating Electrode Technique SVET Vibrating Probe Scanning Droplet System SDS SKP Scanning Kelvin Probe Membrane Cell Living Cell Photosynthesis Enzyme Metabolism

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Which scanning probe electrochemistry technique?

The scanning probe electrochemistry techniques on the M470 are compared.

Related products

ac/dc-SECM – M470

A versatile technique that can be used in a wide variety of applications including: materials research, catalysis, battery research and many others...

SKP – M470

SKP sensitively measures changes in sample work function related to surface state changes

SVET/Vibrating Probe – M470

Scanning vibrating probe, or SVET, is often used by researchers to investigate corrosion processes in situ, in real time.

ac/dc-SDS – M470

The SDS470 is perfect for any conducting or semi-conducting sample. Because the technique is centred on a confined, local electrochemical cell, it can potentially be used for applications in a wide variety of fields from sensors to catalysis