Acronym :
BEEMROC Funding:
CD-TPM, APRI Short Overview:
The objective was to characterize the c-di-GMP signaling pathway in Shewanella oneidensis. This pathway controls the planktonic to biofilm transition. The long term goal is to find molecules interfering with this pathway to prevent biofilm formation. Involved MAPIEM permanent members: BARAQUET Claudine
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SISYF
Articles
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Nouvelles molécules anti-biofilm: étude des relations structure-activité d’analogues d’hémibastadines
20 September 2018, by Hugues BRISSET -
Biofilm formation and signaling of c-di-GMP in Shewanella oneidensis
17 September 2018 -
Biofilms in the marine environment: role of c-di-GMP
21 October 2020 -
Biofilm formation and c-di-GMP signaling in marine environment
12 September 2016 -
Etude des Capacités d’Adhésion de Bactéries marines sur des SURfaces innovantes par microscopie à Force Atomique
20 October 2020Acronym :
CABSURFA Funding :
CD-TPM Short overview :
The objective was to buy materials for AFM applications Involved MAPIEM Permanent members : MOLMERET Maëlle BELEC Lénaïc -
Analyse de la formation de Biofilm sur des SurfaCes par mIcroscopie à balayage laSer confocal
20 October 2020Acronym :
ABSCIS Funding:
CD-TPM Short Overview:
The objective was to buy a confocal laser scanning microscope Involved MAPIEM permanent members: MOLMERET Maëlle -
MANGIN Camille
16 April 2019From 16/04/2019 to 07/06/2019 Research Topics
Interactions between amibes and marine bacteria -
ABBURA Nathan
19 February 2021From 01 to 06/2021 (thursdays) Research Topics
Biofilms, amibes -
Caractérisation du système de communication Quorum Sensing de bactéries marines isolées de la rade de Toulon.
9 June 2016, by Hugues BRISSETBeginning: 2011
Defence: March 20, 2015 -
ESPENON Julie
19 February 2021From 01 to 06/2021 (thurdays) Research Topics
Bioflms, amibes