MICROTITRE PLATE ASSAY FOR DETECTION OF GROWTH, RESPIRATORY ACTIVITY AND BIOFILM FORMATION IN DIBENZOTHIOPHENE UTILIZED STRAIN OF TRICHOSPORON

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ETEMADIFAR Z.; EMTIAZI G.; NAHVI I.

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Journal: IRANIAN JOURNAL OF BIOLOGY Year:2009 | Volume:21 | Issue:5 Page(s): 891-899

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Information Journal Paper

Title

MICROTITRE PLATE ASSAY FOR DETECTION OF GROWTH, RESPIRATORY ACTIVITY AND BIOFILM FORMATION IN DIBENZOTHIOPHENE UTILIZED STRAIN OF TRICHOSPORON

Author(s)

ETEMADIFAR Z. | EMTIAZI G. | NAHVI I. | Issue Writer Certificate

Keywords

YEASTQ2

TRICHOSPORON SP.Q3

DIBENZOTHIOPHENEQ2

MICROTITRE PLATEQ3

RESPIRATIONQ2

BIOFILMQ3

Abstract

Removal of organic sulfur compounds is important because of causing environmental pollution. In this research a strain of Trichosporon was isolated from phenol contaminated wastes that was able to utilization phenol and DIBENZOTHIOPHENE (DBT), as a model cyclic sulfur compound. The YEAST was able to remove O.3mMDBT from BSM medium in 14d by co-metabolism reaction with other carbon sources. This strain was used for detection of growth characteristics on DBT as sole sulfur source by MICROTITRE PLATE assay. In BSM medium containing DBT with various carbon sources including ethanol, glucose, glycerol and succinate, Trichosporon had the best growth on glucose and succinate. Also this strain had highest RESPIRATION on succinate and BIOFILM formation on ethanol. MICROTITRE PLATE assay showed that the YEAST had highest growth in 0.3mM DBT and was able to grow in 0.1-4 mM; also it was tolerated to DBT up to 10mM. The YEAST had highest growth and RESPIRATION on 0.1 mM HBP. In presence of inorganic sulfur as sole sulfur source in l.4mM the growth and RESPIRATION was higher than in DBT as sulfur source. The maximum growth of Trichosporon was in pH 6.5. This strain did not grow on solvents such as acetone, ethylacetate and dimethylformamide in presence of DBT and glucose, and only grew on ethanol as solvent or sole carbon source.

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APA: Copy

ETEMADIFAR, Z., EMTIAZI, G., & NAHVI, I.. (2009). MICROTITRE PLATE ASSAY FOR DETECTION OF GROWTH, RESPIRATORY ACTIVITY AND BIOFILM FORMATION IN DIBENZOTHIOPHENE UTILIZED STRAIN OF TRICHOSPORON. IRANIAN JOURNAL OF BIOLOGY, 21(5), 891-899. SID. https://sid.ir/paper/21085/en

Vancouver: Copy

ETEMADIFAR Z., EMTIAZI G., NAHVI I.. MICROTITRE PLATE ASSAY FOR DETECTION OF GROWTH, RESPIRATORY ACTIVITY AND BIOFILM FORMATION IN DIBENZOTHIOPHENE UTILIZED STRAIN OF TRICHOSPORON. IRANIAN JOURNAL OF BIOLOGY[Internet]. 2009;21(5):891-899. Available from: https://sid.ir/paper/21085/en

IEEE: Copy

Z. ETEMADIFAR, G. EMTIAZI, and I. NAHVI, “MICROTITRE PLATE ASSAY FOR DETECTION OF GROWTH, RESPIRATORY ACTIVITY AND BIOFILM FORMATION IN DIBENZOTHIOPHENE UTILIZED STRAIN OF TRICHOSPORON,” IRANIAN JOURNAL OF BIOLOGY, vol. 21, no. 5, pp. 891–899, 2009, [Online]. Available: https://sid.ir/paper/21085/en

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