eprintid: 30022 rev_number: 15 eprint_status: archive userid: 19147 dir: disk0/00/03/00/22 datestamp: 2019-02-22 15:46:49 lastmod: 2021-04-02 15:59:30 status_changed: 2019-02-22 15:46:49 type: conference_item metadata_visibility: show creators_name: Ouannes, Nesrine creators_name: Djedi, Noureddine creators_name: Luga, Hervé creators_name: Duthen, Yves creators_idrefppn: 19161744X creators_idrefppn: 188866558 creators_idrefppn: 136558313 creators_idrefppn: 061330302 title: Modeling bacterial chemotaxis inside a cell subjects: subjects_INFO abstract: This paper describes a bacterial system that reproduces a population of bacteria that behave by simulating the internal reactions of each bacterial cell. The chemotaxis network of a cell is modulated by a hybrid approach that uses an algebraic model for the receptor clusters activity and an ordinary differential equation for the adaptation dynamics. The experiments are defined in order to simulate bacterial growth in an environment where nutrients are regularly added to it. The results show analysis of the motion obtained by some bacteria and their effects on the population behaviors generated by evolution. This evolution allows bacteria to have the ability to adapt themselves to better growth in the available food existed in its environment and to survive. date: 2014 publisher: IEEE faculty: info divisions: IRIT keywords: Chemotaxis network simulation - Evolved behaviors - Virtual bacteria has_fulltext: TRUE view_date_year: 2014 full_text_status: public pres_type: paper pagerange: 32-37 event_title: 4th International Conference on Multimedia Computing and Systems (ICMCS 2014) event_location: Marrakech, Morocco event_dates: 14 April 2014 - 16 April 2014 event_type: conference harvester_local_overwrite: eprintid harvester_local_overwrite: userid harvester_local_overwrite: date harvester_local_overwrite: official_url harvester_local_overwrite: issn harvester_local_overwrite: dir harvester_local_overwrite: keywords harvester_local_overwrite: pagerange harvester_local_overwrite: publisher harvester_local_overwrite: volume harvester_local_overwrite: creators_name harvester_local_overwrite: faculty harvester_local_overwrite: site harvester_local_overwrite: abstract harvester_local_overwrite: title harvester_local_overwrite: publication harvester_local_overwrite: type harvester_local_overwrite: number harvester_local_overwrite: note harvester_local_overwrite: ispublished harvester_local_overwrite: id_number harvester_local_overwrite: event_title harvester_local_overwrite: pres_type harvester_local_overwrite: event_location harvester_local_overwrite: series harvester_local_overwrite: isbn harvester_local_overwrite: book_title harvester_local_overwrite: editors_name harvester_local_overwrite: department harvester_local_overwrite: thesis_type harvester_local_overwrite: pages harvester_local_overwrite: place_of_pub harvester_local_overwrite: divisions harvester_local_overwrite: subjects harvester_local_overwrite: event_dates harvester_local_overwrite: event_type harvester_local_overwrite: creators_idrefppn site: ut1 citation: Ouannes, Nesrine , Djedi, Noureddine , Luga, Hervé and Duthen, Yves (2014) Modeling bacterial chemotaxis inside a cell. In: 4th International Conference on Multimedia Computing and Systems (ICMCS 2014), 14 April 2014 - 16 April 2014, Marrakech, Morocco. document_url: https://publications.ut-capitole.fr/id/eprint/30022/1/ouannes_15510.pdf