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Testing the growth rate and translation compensation hypotheses in marine bacterioplankton
Shira Givati
, Xingyu Yang
,
Daniel Sher
, Eyal Rahav
Department of Marine Biology
Research output
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Contribution to journal
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Article
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peer-review
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Keyphrases
RNA-protein Complex
100%
Growth Rate
100%
Marine Bacterioplankton
100%
Growth Hypothesis
100%
Resource Allocation
66%
Eastern Mediterranean
66%
Prochlorococcus
66%
Laboratory Culture
66%
Alteromonas
66%
Compensation Hypothesis
66%
Translation Compensation
66%
Surface Water
33%
Bacterial Production
33%
Microorganisms
33%
Polyps
33%
Power Law
33%
Field Sampling
33%
Subsurface Chlorophyll Maximum
33%
Temperature Affect
33%
RNA-DNA
33%
Enzymatic Efficiency
33%
Phospholipids
33%
Common Rule
33%
Cellular RNA
33%
Protein Composition
33%
Immunology and Microbiology
Bacterioplankton
100%
Ribonucleic Acid
100%
Prochlorococcus
50%
Alteromonas
50%
DNA RNA Hybridization
25%
Circannual Rhythm
25%
Bacterial Cell
25%
Microorganism
25%