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Modeling-Filamentous-Cyanobacteria-Reveals-the-Advantages-of-Long-and-Fast-Trichomes-for-Optimizing-pone.0022084.s001.ogv - Open Access Media Importer Bot

Modeling-Filamentous-Cyanobacteria-Reveals-the-Advantages-of-Long-and-Fast-Trichomes-for-Optimizing-pone.0022084.s002.ogv - Open Access Media Importer Bot

Modeling-Filamentous-Cyanobacteria-Reveals-the-Advantages-of-Long-and-Fast-Trichomes-for-Optimizing-pone.0022084.s003.ogv - Open Access Media Importer Bot

Modeling-Filamentous-Cyanobacteria-Reveals-the-Advantages-of-Long-and-Fast-Trichomes-for-Optimizing-pone.0022084.s004.ogv - Open Access Media Importer Bot

Modeling-Filamentous-Cyanobacteria-Reveals-the-Advantages-of-Long-and-Fast-Trichomes-for-Optimizing-pone.0022084.s005.ogv - Open Access Media Importer Bot

Modeling-Filamentous-Cyanobacteria-Reveals-the-Advantages-of-Long-and-Fast-Trichomes-for-Optimizing-pone.0022084.s006.ogv - Open Access Media Importer Bot

Modeling-Filamentous-Cyanobacteria-Reveals-the-Advantages-of-Long-and-Fast-Trichomes-for-Optimizing-pone.0022084.s007.ogv - Open Access Media Importer Bot

The-Cyst-Dividing-Bacterium-Ramlibacter-tataouinensis-TTB310-Genome-Reveals-a-Well-Stocked-Toolbox-pone.0023784.s014.ogv - Revent

Intracellular-Vesicles-as-Reproduction-Elements-in-Cell-Wall-Deficient-L-Form-Bacteria-pone.0038514.s006.ogv - Open Access Media Importer Bot

Flagellar-Movement-in-Two-Bacteria-of-the-Family-Rickettsiaceae-A-Re-Evaluation-of-Motility-in-an-pone.0087718.s004.ogv - Open Access Media Importer Bot

Stable-Heterogeneity-for-the-Production-of-Diffusible-Factors-in-Cell-Populations-pone.0108526.s001.ogv - Open Access Media Importer Bot

Kishony lab-The Evolution of Bacteria on a Mega-Plate.webm - Rkishony

Rapid-radiation-in-bacteria-leads-to-a-division-of-labour-ncomms10508-s3.ogv - Open Access Media Importer Bot