Follow
Tiffany Le Norcy
Tiffany Le Norcy
Doctorante, Université de Bretagne Sud
Verified email at sfr.fr - Homepage
Title
Cited by
Cited by
Year
Phidianidine A and synthetic analogues as naturally inspired marine antifoulants
C Labriere, V Elumalai, J Staffansson, G Cervin, T Le Norcy, H Denardou, ...
Journal of Natural Products 83 (11), 3413-3423, 2020
342020
Anti-biofilm effect of biodegradable coatings based on hemibastadin derivative in marine environment
T Le Norcy, H Niemann, P Proksch, I Linossier, K Vallée-Réhel, C Hellio, ...
International Journal of Molecular Sciences 18 (7), 1520, 2017
242017
A new method for evaluation of antifouling activity of molecules against microalgal biofilms using confocal laser scanning microscopy-microfluidic flow-cells
T Le Norcy, F Faÿ, CZ Obando, C Hellio, K Réhel, I Linossier
International biodeterioration & biodegradation 139, 54-61, 2019
172019
Sponge-inspired dibromohemibastadin prevents and disrupts bacterial biofilms without toxicity
T Le Norcy, H Niemann, P Proksch, K Tait, I Linossier, K Réhel, C Hellio, ...
Marine drugs 15 (7), 222, 2017
122017
Surface plasma treatment (Ar/CF4) decreases biofouling on polycarbonate surfaces
F Faÿ, F Poncin-Epaillard, T Le Norcy, I Linossier, K Réhel
Surface Innovations 9 (1), 65-76, 2020
52020
Étude et valorisation de composés naturels ou d’analogues de synthèse contrôlant l’adhésion de salissures marines
T Le Norcy
Université de Bretagne Sud, 2017
22017
Développement d’un biofilm mixte en photobioréacteur pour l’évaluation des revêtements marins
C Zea, T Le Norcy, K Rehel, F Faÿ, I Linossier
Parameters and mechanisms adhesion in two microalgae strains
T Le Norcy, C Zea, I Linossier, K Réhel, F Faÿ
Ability of microalgae to form biofilm
T Le Norcy, K Réhel, I Linossier, C Hellio, F Faÿ
Development of bacteria and microalgae biofilm in photobioreactor to evaluate antifouling surfaces
T Le Norcy, C Zea, I Linossier, K Réhel, F Faÿ, C Hellio
Impact de deux dérivées d’Hémibastadins sur l’adhésion et la formation de biofilm chez deux espèces bactériennes: Paracoccus 4M6 et Pseudomonas aeruginosa PAO1.
T Le Norcy, H Niemann, C Hellio, I Linossier, K Réhel, F Faÿ
The system can't perform the operation now. Try again later.
Articles 1–11