https://wendlinglab.owlstown.net https://wendlinglab.owlstown.net/publications https://wendlinglab.owlstown.net/projects https://wendlinglab.owlstown.net/people https://wendlinglab.owlstown.net/courses https://wendlinglab.owlstown.net/posts https://wendlinglab.owlstown.net/pages https://wendlinglab.owlstown.net/cv https://wendlinglab.owlstown.net/contact_form https://wendlinglab.owlstown.net/publications/54792-phage-quest-a-beginner-s-guide-to-explore-viral-diversity-in-the-prokaryotic-world https://wendlinglab.owlstown.net/publications/54791-pioneer-of-bacterial-genetics-the-legacy-of-esther-miriam-lederberg https://wendlinglab.owlstown.net/publications/19367-prophage-maintenance-is-determined-by-environment-dependent-selective-sweeps-rather-than-mutational-availability https://wendlinglab.owlstown.net/publications/54794-vibrio-syngnathi-sp-nov-a-fish-pathogen-isolated-from-the-kiel-fjord https://wendlinglab.owlstown.net/publications/19368-suboptimal-environmental-conditions-prolong-phage-epidemics-in-bacterial-populations https://wendlinglab.owlstown.net/publications/19366-prophage-mediated-control-of-higher-order-interactions-insights-from-systems-approaches https://wendlinglab.owlstown.net/publications/19365-co-transfer-of-functionally-interdependent-genes-contributes-to-genome-mosaicism-in-lambdoid-phages https://wendlinglab.owlstown.net/publications/19364-higher-phage-virulence-accelerates-the-evolution-of-host-resistance https://wendlinglab.owlstown.net/publications/3861-conjugative-plasmid-transfer-is-limited-by-prophages-but-can-be-overcome-by-high-conjugation-rates https://wendlinglab.owlstown.net/publications/3859-pipefish-locally-adapted-to-low-salinity-in-the-baltic-sea-retain-phenotypic-plasticity-to-cope-with-ancestral-salinity-levels https://wendlinglab.owlstown.net/publications/3855-fitness-benefits-to-bacteria-of-carrying-prophages-and-prophage-encoded-antibiotic-resistance-genes-peak-in-different-environments https://wendlinglab.owlstown.net/publications/3857-closely-related-vibrio-alginolyticus-strains-encode-an-identical-repertoire-of-caudovirales-like-regions-and-filamentous-phages https://wendlinglab.owlstown.net/publications/3856-genomic-variation-among-closely-related-vibrio-alginolyticus-strains-is-located-on-mobile-genetic-elements https://wendlinglab.owlstown.net/publications/3858-filamentous-phages-reduce-bacterial-growth-in-low-salinities https://wendlinglab.owlstown.net/publications/3854-the-structure-of-temperate-phage-bacteria-infection-networks-changes-with-the-phylogenetic-distance-of-the-host-bacteria https://wendlinglab.owlstown.net/publications/3852-population-specific-genotype-x-genotype-x-environment-interactions-in-bacterial-disease-of-early-life-stages-of-pacific-oyster-larvae https://wendlinglab.owlstown.net/publications/3851-tripartite-species-interaction-eukaryotic-hosts-suffer-more-from-phage-susceptible-than-from-phage-resistant-bacteria https://wendlinglab.owlstown.net/publications/3846-the-emergence-of-vibrio-pathogens-in-europe-ecology-evolution-and-pathogenesis-paris-11-12th-march-2015 https://wendlinglab.owlstown.net/publications/3849-adaptation-to-enemy-shifts-rapid-resistance-evolution-to-local-vibrio-spp-in-invasive-pacific-oysters https://wendlinglab.owlstown.net/publications/3847-persistence-seasonal-dynamics-and-pathogenic-potential-of-vibrio-communities-from-pacific-oyster-hemolymph https://wendlinglab.owlstown.net/publications/3848-relative-contribution-of-reproductive-investment-thermal-stress-and-vibrio-infection-to-summer-mortality-phenomena-in-pacific-oysters https://wendlinglab.owlstown.net/publications/3850-parasites-in-the-wadden-sea-food-web https://wendlinglab.owlstown.net/publications/3853-habitat-degradation-correlates-with-tolerance-to-climate-change-related-stressors-in-the-green-mussel-perna-viridis-from-west-java-indonesia https://wendlinglab.owlstown.net/projects/4886-phage-pro-advancing-phage-therapy-through-synergistic-strategies https://wendlinglab.owlstown.net/projects/4887-drivers-and-constraint-of-prophages-in-natural-communities https://wendlinglab.owlstown.net/projects/644-propharg-evolution-and-spread-of-antibiotic-resistance-encoded-on-prophages https://wendlinglab.owlstown.net/projects/6437-desulfovibrio-adaptation-to-human-host https://wendlinglab.owlstown.net/projects/645-unravelling-co-evolutionary-dynamics-between-filamentous-phages-and-pathogenic-vibrio-spp https://wendlinglab.owlstown.net/people/4016-amandine-dupuis https://wendlinglab.owlstown.net/people/417-carolin-wendling https://wendlinglab.owlstown.net/people/4015-karina-krammer https://wendlinglab.owlstown.net/people/4017-tom-craemer https://wendlinglab.owlstown.net/people/5424-prittam-goswami https://wendlinglab.owlstown.net/people/5449-alumni https://wendlinglab.owlstown.net/people/5430-bethany-lennon https://wendlinglab.owlstown.net/people/5425-jan-karpa https://wendlinglab.owlstown.net/people/5426-ariel-morales-araujo https://wendlinglab.owlstown.net/people/5427-lavisha-parab https://wendlinglab.owlstown.net/people/5428-magdalena-burkle https://wendlinglab.owlstown.net/people/6017-daniel-heimerl https://wendlinglab.owlstown.net/people/6018-anna-penzkofer https://wendlinglab.owlstown.net/people/6019-david-steiner https://wendlinglab.owlstown.net/pages/713-lab-protocols https://wendlinglab.owlstown.net/pages/8607-jobopportunities