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NSYSA summer2025
NSysA

NanoSystèmes Analytiques (NSysA)

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Our group is based at the National School of Materials, Agronomy and Chemistry (ENSMAC).

Our areas of activity focus on the development of new analytical methods, concepts and tools. These tools enable us to offer practical solutions to numerous societal problems concerning public health, safety, food, environment and energy.

Analytical chemistry must constantly evolve and improve experimental performance in order to provide practical solutions to these essential issues. We develop these approaches from an academic perspective, but also in collaboration with private partners.

NSysA

Research Themes

  • Functional materials & surfaces porous electrodes, chiral imprints, surface gradients, Janus particles, micro-swimmers
  • Electrochemistry & light electrochemiluminescence, photoelectrochemistry, in situ microscopy, optical fibres
  • Colloids & soft matter sensitive nanogels, capsules & emulsions, artificial cells, self-assembled polymers, colloidal particles
  • Electrochemistry of biosystems electrochemical & optical microdevices, biosensors & bioenergy, detection in complex environments, particles for delivery
Projects

Current Projects

NSysA receives financial support from several sources in the frame of granted research projects

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Collaborations

Collaborations

Explore NSysA's local and international collaborative network

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Equipment

Main Equipment

Discover NSysA's dedicated scientific equipment park

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NSysA

En chiffres

2

Chercheur(s)

5

Enseignant-chercheur(s)

5

ITA/BIATSS(s)

4

Post-doctorant(s)

18

Doctorant(s)

1

Stagiaire(s)

NSysA

Membres du groupe

Les publications récentes du groupe

Voir toutes les publications du groupe
Brézault, A., Perrin, P., Garrigue, P., Ly, I., Sanson, N., Schmitt, V., Ravaine, V. (). Supramolecular microgels for Pickering emulsion stabilization in the limited coalescence regime: The key role of microgel structure. In Journal of Colloid and Interface Science (Vol. 709, p. 139858). https://doi.org/10.1016/j.jcis.2026.139858
Hussein, H.M., Fattah, Z.A., Kuhn, A. (). Bipolar electrochemistry for efficient removal of methylene blue from polluted water. In Electrochimica Acta (Vol. 554, p. 148349). https://doi.org/10.1016/j.electacta.2026.148349
Ali, N.B., Abdedayem, A., Garrigue, P., Achchaq, F., Ragoubi, M., Ben-Ali, S. (). Comparative Study of Cellulose Extraction From Lignocellulosic Biomass Wastes. In Chemistry Africa (Vol. 9, Issue 2, p. 47). https://doi.org/10.1007/s42250-026-01600-4

NSysA

Mots-clés

  • Electrochimie
  • biochimie
  • matière molle
  • colloïdes
  • optique
  • spectroscopie
  • micro/nanomatériaux
  • capteurs chimiques
  • biocapteurs
  • microscopie confocale
  • électrochimiluminescence
  • imagerie électrochimique
  • microgels
  • émulsions
  • polymères stimulables
  • bioréacteurs
  • électrodes poreuses
  • particules Janus
  • électrochimie bipolaire
  • électrochimie à l’échelle de la cellule unique.

NSysA

Coordonnées des équipes du groupe

Current Projects

Institut des Sciences Moléculaires, UMR CNRS 5255
Université de Bordeaux - INP/ENSMAC - 33607 Pessac

Contact

Collaborations

Institut des Sciences Moléculaires, UMR CNRS 5255
Université de Bordeaux - INP/ENSMAC - 33607 PESSAC

Main Equipment

Institut des Sciences Moléculaires, UMR CNRS 5255
Université de Bordeaux - INP/ENSMAC - 33607 PESSAC