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Acquired phototrophy in
Mesodinium
and
Dinophysis
– a review of cellular organization, prey selectivity, nutrient uptake and bioenergetics
Per Juel Hansen
, Lasse Tor Nielsen, Matthew Johnson, Terje Berge, Kevin J. Flynn
Marine Biology
55
Citations (Scopus)
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Dive into the research topics of 'Acquired phototrophy in
Mesodinium
and
Dinophysis
– a review of cellular organization, prey selectivity, nutrient uptake and bioenergetics'. Together they form a unique fingerprint.
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Earth & Environmental Sciences
bioenergetics
75%
carbon
16%
chloroplast
73%
ciliate
56%
demand
12%
dinoflagellate
20%
distribution
3%
food
20%
gene
7%
heterotrophy
14%
metabolism
8%
modeling
4%
nutrient
6%
nutrient uptake
74%
photoautotrophy
96%
photosynthesis
18%
Agriculture & Biology
carbon
9%
carbon metabolism
8%
chloroplast genes
9%
chloroplasts
29%
Ciliophora
39%
Dinophysis
92%
energy metabolism
56%
essential genes
8%
ingestion
5%
Mesodinium
100%
Miozoa
15%
nutrient uptake
57%
nutrients
4%
organelles
6%
photosynthesis
11%
Plagioselmis
14%
prey species
7%
uptake mechanisms
4%