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Models and co-culture experiments assess four mechanisms of phytoplankton–bacteria interactions
Osnat Weissberg
, Dikla Aharonovich
, Zhen Wu
, Michael J. Follows
,
Daniel Sher
Department of Marine Biology
Research output
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Contribution to journal
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Article
›
peer-review
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Keyphrases
Prochlorococcus
100%
Co-culture Experiments
100%
Heterotrophic Bacteria
66%
Reactive Oxygen Species
66%
Overflow Metabolism
66%
Detoxification
66%
Exoenzymes
66%
Cell Death
33%
Interaction Mode
33%
Cyanobacteria
33%
Organic Carbon
33%
Mathematical Model
33%
Carbon Recycling
33%
Heterotrophs
33%
Phytoplankton Growth
33%
Organic Nitrogen
33%
Interaction Mechanism
33%
High Biomass
33%
Mixotrophy
33%
Allelopathy
33%
Cell Biomass
33%
Nitrogen Recycling
33%
Biomass Recycling
33%
Recalcitrant Organic Matter
33%
Putative Mechanisms
33%
Interaction Impact
33%
Immunology and Microbiology
Prochlorococcus
100%
Coculture
100%
Heterotrophic Bacteria
66%
Dioxygen
66%
Cell Death
33%
Cyanobacteria
33%
Mixotrophy
33%
Heterotroph
33%
Allelopathy
33%
Plankton
33%