Metabolic interactions between bacteria and phytoplankton

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82

authors

16

articles

Metabolic interactions between bacteria and phytoplankton

161.7K

views

82

authors

16

articles

Editorial

10 April 2018

Editorial: Metabolic Interactions Between Bacteria and Phytoplankton

Xavier Mayali

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37 citations

Editors

3

Xavier Mayali

Lawrence Livermore National Laboratory (DOE)

Sonya Dyhrman

Columbia University

Christopher A Francis

Stanford University

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The cycling of energy and elements in aquatic environments is controlled by the interaction of autotrophic and heterotrophic processes. In surface waters of lakes, rivers, and oceans, photosynthetic microalgae and cyanobacteria fix carbon dioxide into organic matter that is then metabolized by heterotrophic bacteria (and perhaps archaea). Nutrients are remineralized by heterotrophic processes and subsequently enable phototrophs to grow. The organisms that comprise these two major ecological guilds are numerous in both numbers and in their genetic diversity, leading to a vast array of physiological and chemical responses to their environment and to each other. Interactions between bacteria and phytoplankton range from obligate to facultative, as well as from mutualistic to parasitic, and can be mediated by cell-to-cell attachment or through the release of chemicals.

We seek contributions that investigate direct or indirect interactions between bacteria and phytoplankton using chemical, physiological, and/or genetic approaches. Topics include but are not limited to nutrient and vitamin acquisition, algal pathogenesis, microbial community structure during algal blooms or in algal aquaculture ponds, cell-cell interactions, chemical exudation, microscale interactions and phycosphere boundary layer modeling, signaling molecules, genome streamlining in symbionts, phosphorus and nitrogen exchange, and microalgal detritus degradation. We welcome studies of true symbiosis where the interaction is obligate and evolutionarily derived, as well as those of indirect interactions such as bacterial incorporation of phytoplankton-produced organic matter and man-made synthetic symbiosis/synthetic mutualism.

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Editors

Xavier Mayali

Lawrence Livermore National Laboratory (DOE)

Sonya Dyhrman

Columbia University

Christopher A Francis

Stanford University

Impact

161,661 Total views

124,219 Article views

29,564 Article downloads

7,878 Topic views

Published In

Frontiers in Microbiology

Aquatic Microbiology

Frontiers in Marine Science

Aquatic Microbiology

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