Bioremediation of malachite green dye by two bacterial strains isolated from textile effluents

•About 280,000 tons of fabric dyes are emitted to the industrial effluents annually.•These synthetic dyes are hazardous for aquatic environment and public health.•Biodegradation of such non-degradable colorants can be an eco-friendly approach.•Two MG dye degrading bacteria had been identified by RAP...

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Published inCurrent research in microbial sciences Vol. 1; pp. 37 - 43
Main Authors Roy, Dipankar Chandra, Biswas, Sudhangshu Kumar, Sheam, Md. Moinuddin, Hasan, Md Rockybul, Saha, Ananda Kumar, Roy, Apurba Kumar, Haque, Md. Enamul, Rahman, Md. Mizanur, Tang, Swee-Seong
Format Journal Article
LanguageEnglish
Published Elsevier B.V 01.09.2020
Elsevier
Subjects
16S rRNA gene sequencing
Bioremediation
Enterobacter sp
Malachite Green dye
RAPD
Research Paper
Textile effluents
Enterobacter sp
Textile effluents
16S rRNA gene sequencing
Bioremediation
Malachite Green dye
RAPD
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Abstract •About 280,000 tons of fabric dyes are emitted to the industrial effluents annually.•These synthetic dyes are hazardous for aquatic environment and public health.•Biodegradation of such non-degradable colorants can be an eco-friendly approach.•Two MG dye degrading bacteria had been identified by RAPD and 16S rRNA sequencing.•These bacteria of Enterobacter spp. can degrade 100% Malachite Green dye (15 mg/L). Globally, water pollution from the textile industries is an alarming issue. Malachite Green dye of the triphenylmethane group is an extensively used dye in the fabric industries that is emitted through textile wastewater. This study aimed to isolate and characterize potential Malachite Green (MG) dye degrading bacteria from textile effluents. Different growth and culture parameters such as temperature, pH and dye concentration were optimized to perform the dye-degradation assay using different concentrations of MG dye in the mineral salt medium. A photo-electric-colorimeter was used to measure the decolorizing activity of bacteria at different time intervals after aerobic incubation. Two potential bacterial strains of Enterobacter spp. CV-S1 (accession no: MH450229) and Enterobacter spp. CM-S1 (accession no: MH447289) were isolated from textile effluents exhibiting potential MG dye decoloring efficiency. Further, the RAPD analysis and 16S rRNA sequencing confirmed the genetic differences of the isolated strains. Enterobacter sp CV-S1 and Enterobacter sp CM-S1 can completely decolor MG dye up to 15 mg/L under shaking condition without any requirement of sole carbon source. Thus, these two bacteria have the potency to be utilized in the textile wastewater treatment plant. [Display omitted]
AbstractList Globally, water pollution from the textile industries is an alarming issue. Malachite Green dye of the triphenylmethane group is an extensively used dye in the fabric industries that is emitted through textile wastewater. This study aimed to isolate and characterize potential Malachite Green (MG) dye degrading bacteria from textile effluents. Different growth and culture parameters such as temperature, pH and dye concentration were optimized to perform the dye-degradation assay using different concentrations of MG dye in the mineral salt medium. A photo-electric-colorimeter was used to measure the decolorizing activity of bacteria at different time intervals after aerobic incubation. Two potential bacterial strains of Enterobacter spp. CV-S1 (accession no: MH450229) and Enterobacter spp. CM-S1 (accession no: MH447289) were isolated from textile effluents exhibiting potential MG dye decoloring efficiency. Further, the RAPD analysis and 16S rRNA sequencing confirmed the genetic differences of the isolated strains. Enterobacter sp CV-S1 and Enterobacter sp CM-S1 can completely decolor MG dye up to 15 mg/L under shaking condition without any requirement of sole carbon source. Thus, these two bacteria have the potency to be utilized in the textile wastewater treatment plant.
• About 280,000 tons of fabric dyes are emitted to the industrial effluents annually. • These synthetic dyes are hazardous for aquatic environment and public health. • Biodegradation of such non-degradable colorants can be an eco-friendly approach. • Two MG dye degrading bacteria had been identified by RAPD and 16S rRNA sequencing. • These bacteria of Enterobacter spp. can degrade 100% Malachite Green dye (15 mg/L). Globally, water pollution from the textile industries is an alarming issue. Malachite Green dye of the triphenylmethane group is an extensively used dye in the fabric industries that is emitted through textile wastewater. This study aimed to isolate and characterize potential Malachite Green (MG) dye degrading bacteria from textile effluents. Different growth and culture parameters such as temperature, pH and dye concentration were optimized to perform the dye-degradation assay using different concentrations of MG dye in the mineral salt medium. A photo-electric-colorimeter was used to measure the decolorizing activity of bacteria at different time intervals after aerobic incubation. Two potential bacterial strains of Enterobacter spp. CV-S1 (accession no: MH450229) and Enterobacter spp. CM-S1 (accession no: MH447289) were isolated from textile effluents exhibiting potential MG dye decoloring efficiency. Further, the RAPD analysis and 16S rRNA sequencing confirmed the genetic differences of the isolated strains. Enterobacter sp CV-S1 and Enterobacter sp CM-S1 can completely decolor MG dye up to 15 mg/L under shaking condition without any requirement of sole carbon source. Thus, these two bacteria have the potency to be utilized in the textile wastewater treatment plant. Image, graphical abstract
•About 280,000 tons of fabric dyes are emitted to the industrial effluents annually.•These synthetic dyes are hazardous for aquatic environment and public health.•Biodegradation of such non-degradable colorants can be an eco-friendly approach.•Two MG dye degrading bacteria had been identified by RAPD and 16S rRNA sequencing.•These bacteria of Enterobacter spp. can degrade 100% Malachite Green dye (15 mg/L). Globally, water pollution from the textile industries is an alarming issue. Malachite Green dye of the triphenylmethane group is an extensively used dye in the fabric industries that is emitted through textile wastewater. This study aimed to isolate and characterize potential Malachite Green (MG) dye degrading bacteria from textile effluents. Different growth and culture parameters such as temperature, pH and dye concentration were optimized to perform the dye-degradation assay using different concentrations of MG dye in the mineral salt medium. A photo-electric-colorimeter was used to measure the decolorizing activity of bacteria at different time intervals after aerobic incubation. Two potential bacterial strains of Enterobacter spp. CV-S1 (accession no: MH450229) and Enterobacter spp. CM-S1 (accession no: MH447289) were isolated from textile effluents exhibiting potential MG dye decoloring efficiency. Further, the RAPD analysis and 16S rRNA sequencing confirmed the genetic differences of the isolated strains. Enterobacter sp CV-S1 and Enterobacter sp CM-S1 can completely decolor MG dye up to 15 mg/L under shaking condition without any requirement of sole carbon source. Thus, these two bacteria have the potency to be utilized in the textile wastewater treatment plant. [Display omitted]
Author Rahman, Md. Mizanur
Saha, Ananda Kumar
Roy, Dipankar Chandra
Biswas, Sudhangshu Kumar
Roy, Apurba Kumar
Haque, Md. Enamul
Hasan, Md Rockybul
Tang, Swee-Seong
Sheam, Md. Moinuddin
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Keywords Enterobacter sp
Textile effluents
16S rRNA gene sequencing
Bioremediation
Malachite Green dye
RAPD
Language English
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Snippet •About 280,000 tons of fabric dyes are emitted to the industrial effluents annually.•These synthetic dyes are hazardous for aquatic environment and public...
• About 280,000 tons of fabric dyes are emitted to the industrial effluents annually. • These synthetic dyes are hazardous for aquatic environment and public...
Globally, water pollution from the textile industries is an alarming issue. Malachite Green dye of the triphenylmethane group is an extensively used dye in the...
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SubjectTerms 16S rRNA gene sequencing
Bioremediation
Enterobacter sp
Malachite Green dye
RAPD
Research Paper
Textile effluents
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Title Bioremediation of malachite green dye by two bacterial strains isolated from textile effluents
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