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DO DIATOM-DERIVED POLYUNSATURATED ALDEHYDES IMPACT DIATOM-ASSOCIATED MICROBIOMES?
by
Caldwell, G S
, Eastabrook, C L
, Robinson, G
, Whitworth, P
, Lyne, F
in
Aldehydes
/ Algae
/ Aquatic sciences
/ Bacteria
/ Biosynthesis
/ Blooms
/ Chemical ecology
/ Culture
/ Diatoms
/ Ecology
/ Microbiomes
/ Nitrogen
/ Phytoplankton culture
/ Studies
2017
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DO DIATOM-DERIVED POLYUNSATURATED ALDEHYDES IMPACT DIATOM-ASSOCIATED MICROBIOMES?
by
Caldwell, G S
, Eastabrook, C L
, Robinson, G
, Whitworth, P
, Lyne, F
in
Aldehydes
/ Algae
/ Aquatic sciences
/ Bacteria
/ Biosynthesis
/ Blooms
/ Chemical ecology
/ Culture
/ Diatoms
/ Ecology
/ Microbiomes
/ Nitrogen
/ Phytoplankton culture
/ Studies
2017
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Do you wish to request the book?
DO DIATOM-DERIVED POLYUNSATURATED ALDEHYDES IMPACT DIATOM-ASSOCIATED MICROBIOMES?
by
Caldwell, G S
, Eastabrook, C L
, Robinson, G
, Whitworth, P
, Lyne, F
in
Aldehydes
/ Algae
/ Aquatic sciences
/ Bacteria
/ Biosynthesis
/ Blooms
/ Chemical ecology
/ Culture
/ Diatoms
/ Ecology
/ Microbiomes
/ Nitrogen
/ Phytoplankton culture
/ Studies
2017
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DO DIATOM-DERIVED POLYUNSATURATED ALDEHYDES IMPACT DIATOM-ASSOCIATED MICROBIOMES?
Journal Article
DO DIATOM-DERIVED POLYUNSATURATED ALDEHYDES IMPACT DIATOM-ASSOCIATED MICROBIOMES?
2017
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Overview
One of the as yet unresolved questions in microalgae chemical ecology is the role(s) of diatom-derived polyunsaturated aldehydes (PUA), whose biosynthesis increases with culture age and in response to nitrogen stress. The study by Eastabrook et al reveal complex interplays within the diatom culture microbomes, influenced by culture age, nitrogen state and, importantly, the availability of PUA, thus providing evidence that PUA are important in structuring the bacterial communities associated with bloom forming diatoms.
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