Overcoming the challenges of developing an electrochemical (bio)sensor

60 min

// Electrochemistry

Dr. María Begoña González García, Applications Lab Manager at Metrohm DropSens, navigates through the intricate process of electrochemical (bio)sensor development, explaining the critical decision points in each stage.

IND Video Form - Gated Download

Please fill out this form to watch our on-demand webinar.

Webinar ID

Email*

Salutation*

Academic Title

First Name*

Last Name*

Phone*

Company*

Department

Job Title*

Address*

City*

State*

Zip Code*

Country*

Remarks

I allow Metrohm AG and its subsidiaries and exclusive distributors to store and process my data in accordance with its Privacy Policy and to contact me by e-mail, telephone, or letter to reply to my inquiry and for advertising purposes. I can withdraw this consent at any time by sending an e-mail to info@metrohm.com.

I agree to the Privacy Policy of www.metrohm.com *

Yes, I would like to receive the newsletter from Metrohm

Learn more about electrochemical sensors

Application note

This Application Note gives in-depth guidance about how to operate Metrohm DropSens bipotentiostat devices for the characterization of field-effect transistors (FETs) and their use as transducers.

Application note

In this Application Note, aldehyde dehydrogenase and cytochrome c are analyzed by Raman spectroelectrochemistry. The application note shows how the activation of enhanced features of silver electrodes helps obtain characteristic Raman bands of biological molecules.

Blog

Screen-printed electrodes (SPEs) allow rapid, widespread testing of populations for infectious disease, without the need of skilled personnel or burdensome equipment in the field. Learn more in this blog article.