Characterization of an Aerobic Denitrifying Isolate and Studying on its Denitrifying Capability
Liu He
Abstract
Liu He
Abstract
A bacterium HS-047 isolated from sludge near the drain of a textile mill in Wuhan was found capable of aerobic denitrification. The denitrifying capability was determined. More than 90% of 10mM nitrate was removed within 18 hours by this bacterium in specific medium. Main biochemical and physiological features of this strain were characterized. From the results, the strain HS-047 was primarily identified as a new strain belonging to Pseudomonas. A bacterium HS-047 isolated from sludge near the drain of a textile mill in Wuhan was found capable of aerobic denitrification. The denitrifying capability was determined. More than 90% of 10mM nitrate was removed within 18 hours by this bacterium in specific medium. Main biochemical and physiological features of this strain were characterized. From the results, the strain HS-047 was primarily identified as a new strain belonging to Pseudomonas.
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A bacterium HS-047 isolated from sludge near the drain of a textile mill in Wuhan was found capable of aerobic denitrification. The denitrifying capability was determined. More than 90% of 10mM nitrate was removed within 18 hours by this bacterium in specific medium. Main biochemical and physiological features of this strain were characterized. From the results, the strain HS-047 was primarily identified as a new strain belonging to Pseudomonas. A bacterium HS-047 isolated from sludge near the drain of a textile mill in Wuhan was found capable of aerobic denitrification. The denitrifying capability was determined. More than 90% of 10mM nitrate was removed within 18 hours by this bacterium in specific medium. Main biochemical and physiological features of this strain were characterized. From the results, the strain HS-047 was primarily identified as a new strain belonging to Pseudomonas.
Key concepts: Denitrifying bacteria, Aerobic denitrification, Strain (injury), Denitrification, Nitrate, Bacteria, Pseudomonas, Chemistry