Effects of cellulose concentrations on the syntrophic interactions between Clostridium cellulovorans 743B and Rhodopseudomonas palustris CGA009 in coculture fermentation for biohydrogen production

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

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Keyphrases

100
Biohydrogen Product... Keyphrases
100
Cellulose Concentra... Keyphrases
100
Co-culture Fermenta... Keyphrases
100
Rhodopseudomonas Pa... Keyphrases
100
Clostridium Cellulo... Keyphrases
100
Syntrophic Interact... Keyphrases
66
R. Palustris Keyphrases
33
Production Process Keyphrases
33
Sulfur Keyphrases
33
Four-level Keyphrases
33
Two-strain Keyphrases
33
Cellulose Degradati... Keyphrases
33
Model Combining Keyphrases
33
Co-culture System Keyphrases
33
Cellulose Keyphrases
33
Monoculture Keyphrases
33
Fermentation System Keyphrases
33
Volatile Fatty Acid... Keyphrases
33
Substrate Utilizati... Keyphrases
33
Cellulose-degrading... Keyphrases
33
Biohydrogen Keyphrases
33
Photosynthetic Bact... Keyphrases
33
Dark Fermentation Keyphrases
33
Beneficial Interact... Keyphrases
33
Dark Fermentative Keyphrases
33
Photosynthetic Micr... Keyphrases
33
Mutualism Keyphrases
33
Photofermentation Keyphrases
33
Mutualistic Interac... Keyphrases
33
Tractable Models Keyphrases
33
Hydrogen Production... Keyphrases
33
Promising Strategie... Keyphrases
33
Combined Fermentati... Keyphrases

INIS

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interactions INIS
100
production INIS
100
concentration INIS
100
fermentation INIS
100
cellulose INIS
100
clostridium INIS
100
rhodopseudomonas INIS
33
bacteria INIS
33
productivity INIS
16
levels INIS
16
comparative evaluat... INIS
16
substrates INIS
16
hydrogen INIS
16
ph value INIS
16
sulfur INIS
16
strains INIS
16
volatility INIS
16
fatty acids INIS
16
microorganisms INIS
16
photosynthetic bact... INIS
16
mutualism INIS

Agricultural and Biological Sciences

100
Coculture Agricultural and Biologic...
100
Rhodopseudomonas pa... Agricultural and Biologic...
100
Clostridium cellulo... Agricultural and Biologic...
100
Cellulose Agricultural and Biologic...
33
Model Agricultural and Biologic...
33
Bacterium Agricultural and Biologic...
16
Strain Agricultural and Biologic...
16
Microorganism Agricultural and Biologic...
16
Symbiosis Agricultural and Biologic...
16
Monoculture Agricultural and Biologic...
16
Mutualism Agricultural and Biologic...
16
Photosynthetic Bact... Agricultural and Biologic...
16
Volatile Fatty Acid Agricultural and Biologic...

Immunology and Microbiology

100
Fermentation Immunology and Microbiolo...
100
Coculture Immunology and Microbiolo...
100
Clostridium cellulo... Immunology and Microbiolo...
100
Rhodopseudomonas pa... Immunology and Microbiolo...
66
Bacterium Immunology and Microbiolo...
33
pH Immunology and Microbiolo...
33
Development Immunology and Microbiolo...
33
Phototrophic Bacter... Immunology and Microbiolo...
33
Microorganism Immunology and Microbiolo...
33
Symbiosis Immunology and Microbiolo...

Chemical Engineering

100
Cellulose Chemical Engineering
16
Hydrogen Chemical Engineering
16
Sulfur Chemical Engineering
16
Volatile Fatty Acid Chemical Engineering
Research OutputsResearch Output authored by Effects of cellulose concentrations on the syntrophic interactions between Clostridium cellulovorans 743B and Rhodopseudomonas palustris CGA009 in coculture fermentation for biohydrogen production is tagged with the concept