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Samuel Rantataro

Aalto University

P.O. Box 21210

Helsinki, 00101

Finland

SCHOLARLY PAPERS

3

DOWNLOADS

252

TOTAL CITATIONS

0

Scholarly Papers (3)

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1.

Optically Transparent Electrodes for Ultrasensitive Real-Time Detection of Dopamine in Brain-on-A-Chip Applications

Number of pages: 10 Posted: 01 May 2024
Samuel Rantataro, Irena Hlushchuk, Yi-Ning Kang, Gemma Gomez-Giro, Niklas Wester, Pieter Vanden Berghe, Jens Christian Schwamborn, Mikko Airavaara and Tomi Laurila
Aalto University, University of Helsinki, KU Leuven, University of Luxembourg, Aalto University, KU Leuven - Translational Research Centre for Gastrointestinal Disorders, University of Luxembourg, University of Helsinki and Aalto University
Downloads 108 (654,668)

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Brain-on-a-Chip, In Vitro, Biosensor, dopamine, transparent, carbon nanotube

2.

Ascorbic Acid Does Not Necessarily Interfere with the Electrochemical Detection of Neurotransmitters

Number of pages: 15 Posted: 16 May 2022
Samuel Rantataro, Laura Ferrer Pascual and Tomi Laurila
Aalto University, Aalto University and Aalto University
Downloads 76 (830,555)

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Electrochemical sensor, ascorbic acid, neurotransmitter, dopamine, culture medium

3.

Nanoscale Engineering to Control Mass Transfer on Carbon-Based Electrodes

Downloads 68 (891,180)

Nanoscale Engineering to Control Mass Transfer on Carbon-Based Electrodes

Number of pages: 9 Posted: 29 Jun 2022
Tomi Laurila, Laura Ferrer Pascual, Ishan Pande, Ayesha Kousar and Samuel Rantataro
Aalto University, Aalto University, Aalto University, Aalto University and Aalto University
Downloads 42 (1,183,247)

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carbon nanomaterials, outer-sphere redox probe, thin-layer diffusion, nanofibers

Nanoscale Engineering to Control Mass Transfer on Carbon-Based Electrodes

Number of pages: 8 Posted: 10 Jun 2022
Tomi Laurila, Laura Ferrer Pascual, Ishan Pande, Ayesha Kousar and Samuel Rantataro
Aalto University, Aalto University, Aalto University, Aalto University and Aalto University
Downloads 26 (1,415,710)

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carbon nanomaterials, outer-sphere redox probe, thin-layer diffusion, nanofibers