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An in vitro approach to elucidating clock-modulating metabolites
Pyonghwa Kim
, Yong Ick Kim
Chemistry and Environmental Science
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Chapter in Book/Report/Conference proceeding
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Chapter
1
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Keyphrases
Magnesium
100%
In Vitro Approach
100%
KaiC
100%
KaiA
100%
CikA
66%
KaiB
66%
Quinones
66%
Timekeeping
33%
Circadian Clock
33%
Gene Expression
33%
Functional Analysis
33%
Sunset
33%
Binding Site
33%
Cyanobacteria
33%
Pacemaker
33%
Phase Behavior
33%
Photosynthesis
33%
Photosynthetic Activity
33%
Phosphorylation
33%
In Vivo Data
33%
Phase Delay
33%
Phase Advance
33%
Oxidized Form
33%
Cyanobacterial Circadian Clock
33%
Test Tube
33%
Timekeeper
33%
Cellular Respiration
33%
KaiABC
33%
Dark Pulse
33%
Electron Shuttle
33%
Redox Sensing
33%
Biochemistry, Genetics and Molecular Biology
Metabolite
100%
Circadian Rhythm
66%
Gene Expression
33%
Binding Site
33%
Rhythm
33%
Cyanobacteria
33%
Pulse Rate
33%
Adenosine Triphosphate
33%
Photosystem
33%
Cellular Respiration
33%
Immunology and Microbiology
Metabolite
100%
Circadian Rhythm
66%
Gene Expression
33%
Photosynthesis
33%
Pulse Rate
33%
Rhythm
33%
Binding Site
33%
Cyanobacteria
33%
Cell Respiration
33%
Neuroscience
In Vitro
100%
Quinone
66%
In Vivo
33%
Gene Expression
33%
Binding Site
33%
Adenosine Triphosphate
33%
Photosynthesis
33%
Cellular Respiration
33%
Pharmacology, Toxicology and Pharmaceutical Science
Quinone Derivative
100%
Binding Site
50%
Cyanobacteria
50%
Adenosine Triphosphate
50%