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Projects

Workpackage I - Evolutionary Symbiomics

Project 1: Comparative genomics of insect endosymbionts Project 1: Comparative genomics of insect endosymbionts
Project 2: Understanding the limits of mitochondrial reductive evolution and identifying the critical interdependencies between organelle and host cell Project 2: Understanding the limits of mitochondrial reductive evolution and identifying the critical interdependencies between organelle and host cell
Project 3: Comparative genomic and transcriptomic analyses of chemosynthetic symbionts Project 3: Comparative genomic and transcriptomic analyses of chemosynthetic symbionts
Project 4: Investigating the evolutionary pathways towards replacement or complementation in the evolution of insect endosymbionts complementation in the evolution of insect endosymbionts
Project 5: Evolutionary genomics and metabolism of flavobacterial and gammaproteobacterial endosymbionts of insects Project 5: Evolutionary genomics and metabolism of flavobacterial and gammaproteobacterial endosymbionts of insects
Project 6: Database development for the analysis of diversity and biogeography of symbionts Project 6: Database development for the analysis of diversity and biogeography of symbionts

Workpackage II - Metabolic Symbiomics

Project 7: Metabolic interactions between chlamydiae and their host cells Project 7: Metabolic interactions between chlamydiae and their host cells
Project 8: Comparative metabolomics and systems biology of marine endosymbionts Project 8: Comparative metabolomics and systems biology of marine endosymbionts
Project 9: Physiological proteomics of dual symbioses of deep-sea mussels of the genus Bathymodiolus Project 9: Physiological proteomics of dual symbioses of deep-sea mussels of the genus Bathymodiolus
Project 10: Ecophysiology of a dominant microbial sponge symbiont Project 10:	Ecophysiology of a dominant microbial sponge symbiont

Workpackage III - Ecological Symbiomics

Project 11: Ecological and evolutionary role of horizontal transmission in vestimentiferan tubeworms Project 11: Ecological and evolutionary role of horizontal transmission in vestimentiferan tubeworms
Project 12: Transmission of symbionts in gutless marine oligochaetes Project 12: Transmission of symbionts in gutless marine oligochaetes
Project 13: Symbiont transmission in bivalves from deep-sea chemosynthesis-based ecosystems Project 13: Symbiont transmission in bivalves from deep-sea chemosynthesis-based ecosystems
Project 14: Molecular dialog and gill plasticity during bacterial colonization in lucinid bivalves Project 14: Molecular dialog and gill plasticity during bacterial colonization in lucinid bivalves
Project 15: Microdiversity and transmission of nephridial symbionts in earthworms Project 15: Microdiversity and transmission of nephridial symbionts in earthworms