Biodecolourization of Textile Effluents using Ligninolytic Enzymes Produced from Selected Bacterial and Fungal Isolated From Soil Contaminated Textile Waste

Azeez Olalekan Omotosho; Gloria Ginikanwa EZEAGU; Sani Mohammed

doi:10.5455/NJEAS.151030

2025, Vol: 3, Issue: 1

3 / 1Current Issue Archive Aims and Scope Abstracting & Indexing

Required files to be uploaded

NJEAS TEMPLATE_Edited_Sample 1

Original Research

NJEAS. 2023; 1(1):

doi: 10.5455/NJEAS.151030

Biodecolourization of Textile Effluents using Ligninolytic Enzymes Produced from Selected Bacterial and Fungal Isolated From Soil Contaminated Textile Waste

Azeez Olalekan Omotosho, Gloria Ginikanwa Ezeagu, Sani Mohammed.

Abstract
ABSTRACT
Textile effluent contains enormous chemicals with detrimental environmental effects on both fauna and flora due to its chemical compositions. In this study, the effect of lignolytic enzymes produced by microorganisms for the treatment of textile effluent was examined using standard microbiological techniques. The potential of the isolates to produce laccase (L), lignin peroxidases (LiP) and manganase peroxidase (MnP) was investigated using streak plate method and assay methods. Finally, the L, LiP and MnP enzymes produced with the optimal processing parameter were used to decolorize textile effluent singly and in combination for ten (10) days. Fourteen (14) microbial isolates which include eight (8) bacterial and four (4) fungi were isolated from soil contaminated with textile effluents. Aspergillus terreus and Aspergillus niger showed higher production of laccase with 8.0 mm diameter zone of inhibition. Bacillus licheniformis and Bacillus subtilis had the widest zone of inhibition (12.0 and 8.0 mm) respectively. Only Aspergillus flavus however had the potential to produce lignin peroxidase (with 10 mm zones of clearance) of all the fungi isolated in this study. Laccase caused the highest decolourization of 72.5% comparable to 71.1% observed for the three enzyme combination while LiP has 57.0%. This finding established the potential use of bacterial ligninocellulolytic enzymes for the decolourization of textile effluent.

Key words: ligninolytic enzyme, peroxidase, textile effluents, decolourization.

	ARTICLE TOOLS
	Abstract
	PDF Fulltext
	How to cite this article
	Citation Tools
	Related Records
	Articles by Azeez Olalekan Omotosho Articles by Gloria Ginikanwa EZEAGU Articles by Sani Mohammed
	on Google
	on Google Scholar

How to Cite this Article

Pubmed Style

Omotosho AO, Ezeagu GG, Mohammed S. Biodecolourization of Textile Effluents using Ligninolytic Enzymes Produced from Selected Bacterial and Fungal Isolated From Soil Contaminated Textile Waste. NJEAS. 2023; 1(1): -. doi:10.5455/NJEAS.151030

Web Style

Omotosho AO, Ezeagu GG, Mohammed S. Biodecolourization of Textile Effluents using Ligninolytic Enzymes Produced from Selected Bacterial and Fungal Isolated From Soil Contaminated Textile Waste. https://www.nilejeas.com/?mno=151030 [Access: June 27, 2026]. doi:10.5455/NJEAS.151030

AMA (American Medical Association) Style

Omotosho AO, Ezeagu GG, Mohammed S. Biodecolourization of Textile Effluents using Ligninolytic Enzymes Produced from Selected Bacterial and Fungal Isolated From Soil Contaminated Textile Waste. NJEAS. 2023; 1(1): -. doi:10.5455/NJEAS.151030

Vancouver/ICMJE Style

Harvard Style

Omotosho, A. O., Ezeagu, . G. G. & Mohammed, . S. (2023) Biodecolourization of Textile Effluents using Ligninolytic Enzymes Produced from Selected Bacterial and Fungal Isolated From Soil Contaminated Textile Waste. NJEAS, 1 (1), -. doi:10.5455/NJEAS.151030

Turabian Style

Omotosho, Azeez Olalekan, Gloria Ginikanwa Ezeagu, and Sani Mohammed. 2023. Biodecolourization of Textile Effluents using Ligninolytic Enzymes Produced from Selected Bacterial and Fungal Isolated From Soil Contaminated Textile Waste. Nile Journal of Engineering and Applied Science, 1 (1), -. doi:10.5455/NJEAS.151030

Chicago Style

Omotosho, Azeez Olalekan, Gloria Ginikanwa Ezeagu, and Sani Mohammed. "Biodecolourization of Textile Effluents using Ligninolytic Enzymes Produced from Selected Bacterial and Fungal Isolated From Soil Contaminated Textile Waste." Nile Journal of Engineering and Applied Science 1 (2023), -. doi:10.5455/NJEAS.151030

MLA (The Modern Language Association) Style

APA (American Psychological Association) Style

Author Login Reviewer Login About Publisher

About Nile Journal of Engineering and Applied Science

Contact Information

How to cite this article


About Nile Journal of Engineering and Applied Science The Nile Journal of Engineering and Applied Sciences publishes original peer-reviewed articles on fundamental and applied research and reviews ... Read more. For best results, please use Internet Explorer or Google Chrome.	Contact Information 1. Prof. Abdulhameed Danjuma Mambo Editor-in-Chief abdulhameed.mambo@nileuniversity.edu.ng 2. Dr. Adekunle Adeleke Associate Editor-in-Chief adekunle.adeleke@nileuniversity.edu.ng 3. Dr. Ifeyinwa Obianyo Managing Editor ifeyinwa.obianyo@nileuniversity.edu.ng