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Prof Sonia Antoranz Contera

Professor of Biological Physics

Sub department

  • Condensed Matter Physics
Sonia.AntoranzContera@physics.ox.ac.uk
Telephone: 01865 (2)72269
Clarendon Laboratory, room 208
  • About
  • Publications
Conversation on physics bioinspired materials and the future of architecture

Transcending Markov: Non-Markovian Rate Processes of Thermosensitive TRP Ion Channels

University of Oxford (2023)

Authors:

Yuval Ben-Abu, Stephen Tucker, Sonia Antoranz Contera

Abstract:

Data set for the paper Transcending Markov: Non-Markovian Rate Processes of Thermosensitive TRP Ion Channels

Superfluidic nature of self-driven nanofluidics at liquid-gas interfaces

(2022)

Authors:

Vinitha Johny, Sonia Contera, Siddharth Ghosh

Communication is central to the mission of science

Nature Reviews Materials Nature 6:2021 (2021) 377-378

Abstract:

The future of our species and planet hinges on our scientific creativity to tackle future challenges. However, the trust of the public in scientific processes needs to be earned and kept, which will require inclusive, self-reflecting, honest and inspiring science communication.

ELECTRICAL ENZYMATIC ASSAY AT BIOMIMETIC SURFACES OF GRAPHENE FIELD-EFFECT TRANSISTOR ARRAY

Microtas 2021 25th International Conference on Miniaturized Systems for Chemistry and Life Sciences (2021) 1451-1452

Authors:

T Ono, K Kamada, R Hayashi, AR Piacenti, C Gabbutt, N Miyakawa, K Yamamoto, N Sriwilaijaroen, H Hiramatsu, Y Kanai, T Koyama, K Inoue, S Ushiba, A Shinagawa, M Kimura, S Nakakita, T Kawahara, Y Ie, Y Watanabe, Y Suzuki, D Chiba, S Contera, K Matsumoto

Abstract:

Graphene field-effect transistor (G-FET) is a powerful assay platform for tiny amount of surface-bound biomolecules at biological surface/interface. Here, we reconstructed influenza-virus mediated reaction system at cell surface onto 82 G-FET array. Surface functionalization of biomolecules were confirmed morphologically and electrically by a combination of liquid-AFM and G-FET current measurement. Viral enzyme neuraminidase (NA) reaction to surface-immobilized sialoglycan was successfully monitored in real time with this unique method.

Biotechnology, nanotechnology and medicine

Emerging Topics in Life Sciences Portland Press 4:6 (2020) 551-554

Authors:

Sonia Contera, Jorge Bernardino de la Serna, Teresa D Tetley

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