Header menu link for other important links
X
A preliminary study of caffeine degradation by Pseudomonas sp. GSC 1182
Published in
2007
PMID: 16996632
Volume: 113
   
Issue: 3
Pages: 346 - 350
Abstract
Several microorganisms isolated from soil were tested for their ability to utilize caffeine as the sole carbon and nitrogen source. The isolate identified as Pseudomonas sp. GSC 1182 showed 80% degradation of caffeine in 48 h when caffeine was used as the sole carbon and nitrogen source. In the presence of sucrose (5 g/l), 100% degradation of caffeine was achieved within 36-40 h. The degradation rate was also found to increase when fructose, lactose and galactose were used as carbon source. The isolate showed decreased level (< 10%) of caffeine degradation in the presence of glucose. At an initial pH of 6.0, the complete degradation of caffeine was attained in 24 h. The addition of urea and ammonium sulfate as external nitrogen source decreased the caffeine degradation to 35% and 70% respectively. © 2006 Elsevier B.V. All rights reserved.
About the journal
JournalInternational Journal of Food Microbiology
ISSN01681605
Open AccessNo
Concepts (30)
  •  related image
    Ammonium sulfate
  •  related image
    Caffeine
  •  related image
    Carbon
  •  related image
    Fructose
  •  related image
    Galactose
  •  related image
    Lactose
  •  related image
    Nitrogen
  •  related image
    Sucrose
  •  related image
    Urea
  •  related image
    Article
  •  related image
    Bacterial metabolism
  •  related image
    Bacterial strain
  •  related image
    Bacterium isolate
  •  related image
    Bacterium isolation
  •  related image
    Carbon metabolism
  •  related image
    Carbon source
  •  related image
    Controlled study
  •  related image
    Metabolic rate
  •  related image
    Metabolic regulation
  •  related image
    Nitrogen metabolism
  •  related image
    Nonhuman
  •  related image
    pH
  •  related image
    Pseudomonas
  •  related image
    TIME PERCEPTION
  •  related image
    Biodegradation, environmental
  •  related image
    Hydrogen-ion concentration
  •  related image
    Kinetics
  •  related image
    Soil microbiology
  •  related image
    Time factors
  •  related image
    Pseudomonas sp.