BRIAND Jean-François

Articles

• Shear stress as a major driver of marine biofilm communities in the NW Mediterranean Sea
  1 July 2019
• Metal resistance genes rich biofilm communities selected by biocide-containing surfaces in temperate and tropical coastal environments
  19 October 2020, by JFB
• Synergistic effects of temperature and light affect the relationship between Taonia atomaria and its epibacterial community: a controlled conditions study
  14 September 2021, by JFB
• Development, Optimization, Biological Assays, and In Situ Field Immersion of a Transparent Piezoelectric Vibrating System for Antifouling Applications
  4 February 2022, by RB
• Médiation chimique entre l’algue brune méditerranéenne Taonia atomaria et la communauté bactérienne associée à sa surface
  8 June 2016
• Biofouling: the need to develop interdisciplinary teamwork skills for MRE
  25 April 2024, by ChB
• Impact of hydrodynamics on microbial community structure and metabolic expression of semi-controlled biofilms in marine environment
  25 August 2023, by JFB
• Qui perturbe le signal ? Les trois domaines de la vie colonisent les télescopes à neutrinos au fond de la Méditerranée
  25 August 2023, by JFB
• Spatio-temporal variation of the marine biofilm communities colonizing antifouling coatings in the Mediterranean Sea vs the Atlantic Ocean
  6 June 2016
• Drag Reducing and Antifouling Coatings for Navy Ships
  6 June 2016, by Hugues BRISSET

  Acronyme: DRACONS
  Descriptif
  Le projet DRACONS est un projet de recherche et développement associé à la maîtrise d’ouvrage et orienté vers la détermination des performances de revêtements antifouling. Il vise à : étudier les conditions de vieillissement accéléré sur une courte période pour l’évaluation de leurs performances, étudier la formation des biofilms sur des surfaces revêtues immergées in situ et in vitro, étudier leurs incidences sur la réduction de la trainée hydrodynamique. (…)