Prof. Lala Behari Sukla | Siksha O Anusandhan University (original) (raw)
Uploads
Papers by Prof. Lala Behari Sukla
Journal of Neonatal Biology, 2019
Ecology and the Environment, Sep 17, 2018
Process Biochemistry, Dec 1, 2016
Materials Today: Proceedings, 2020
Separation Science and Technology, Apr 24, 2002
ABSTRACT
Soil biology, 2015
The Role of Microbial Activity in Sulfide Oxidation at Dumping Sites of Sulfidic Wastes and in Ab... more The Role of Microbial Activity in Sulfide Oxidation at Dumping Sites of Sulfidic Wastes and in Abandoned Mining Areas.- Microbe - Mineral Interactions: Exploring avenues towards development of a sustainable microbial technology for coal beneficiation.- Effect of pollution on aquatic microbial diversity.- Role of Biosensors in Environmental Monitoring.- Microbial bio surfactant for hydrocarbons and heavy metals bioremediation.- Anaerobic treatment of organic saline waste/wastewater: Overcome salinity inhibition by addition of compatible solutes.- Uranium Bioremediation: Approaches and Challenges.- Environmental Microbial Biotechnology inside mining operations from an engineering viewpoint based on LCA.- Neutrophilic Bacteria in Iron Mineral Transformation and their Applications.- Anaerobe Bioleaching by Acidophilic Bacterial Strains.- Microbial Processing for Valorization of Horticultural Wastes.- Microbial Interaction In Mining Soil.- A strategic scheme for resource recovery from sulfurous industrial wastes through plant microbe interaction.- Bioconversion of Cotton Gin Waste to Bioethanol.- Microalgae: Cultivation and Application.- Advances in Manganese pollution and its bioremediation.
Research and Reviews: Journal of Microbiology and Biotechnology, Dec 26, 2014
Geomicrobiology Journal, Feb 13, 2022
Journal of Cleaner Production, Feb 1, 2019
International Journal of Nano and Biomaterials, 2017
Materials Today: Proceedings, 2020
International Journal of Plastics Technology, Sep 30, 2010
Water-soluble conjugated polyelectrolytes (CPs) an ideal advanced soft materials have attracted c... more Water-soluble conjugated polyelectrolytes (CPs) an ideal advanced soft materials have attracted considerable attention as an optical platform in chemical and biological assays for nucleic acids, proteins, enzyme activities and physiological metal ions. From the viewpoint of detection sensitivity, CPs-based assays benefit from their light-harvesting properties via collective response of optical units along the polymer backbone. In the present investigation we
Metallurgical and Materials Transactions B-process Metallurgy and Materials Processing Science, Oct 23, 2010
Journal of Chemical Technology & Biotechnology, Dec 23, 2003
This review provides a detailed summary of the recent and past research activities in the area of... more This review provides a detailed summary of the recent and past research activities in the area of biodesulfurisation of coal. It provides information about microorganisms important for biodesulfurisation of coal, with the emphasis on Thiobacillus ferrooxidans. The review presents an insight into various methods of desulfurisation of coal combining physical and biological methods. Also, there are discussions on coal structure, distribution, mechanism and kinetics of pyrite oxidation and jarosite precipitation. Finally, areas requiring further research are identified. Copyright © 2003 Society of Chemical Industry
Journal of Neonatal Biology, 2019
Soil biology, 2015
The requirement for manganese (Mn) has augmented extensively owing to the intense production of s... more The requirement for manganese (Mn) has augmented extensively owing to the intense production of steel and the mounting paucity of natural deposits. The widespread mining, mineral processing, and further human activities have faced a severe consequence in the generation of massive quantity of manganese mining waste residues. The inappropriate supervision and unprocessed liberation of these wastes have resulted in the spread of Mn to the contiguous atmosphere, soil and groundwater pollution, and loads of severe ecological tribulations. Chronic and acute exposure of this metal pollutant leads to lethal consequences and is clinically categorized by the multiple symptoms of neurotoxicity including cognitive and psychiatric symptoms, Parkinson’s disease, manganism, motor system dysfunction, and other neurodegenerative diseases. The advancement of bioremediation technology focuses on accomplishing successful removal of these metal pollutants by increasing the effectiveness of microbes related to metal-solubilizing activities. This chapter describes a complete advance in the research on manganese environmental pollution, manganese compound-induced toxicity, and recent approaches for the microbial remediation of manganese pollutants.
Hexavalent chromium (Cr(VI)) is enriched in the water system of environment above the regulatory ... more Hexavalent chromium (Cr(VI)) is enriched in the water system of environment above the regulatory level due to different human activities. Cr(VI) has the chemical properties favorable for its dissolution in the water environment at an elevated concentration level. This concerns the environmentalists as Cr(VI) in water is carcinogenic to different organs of the living organisms. Different techniques like chemical, biological, and combination of both have been undertaken using various methods to remove Cr(VI) from the water. Primarily bioremediation including bioreduction and biosorption has potential to remove Cr(VI) from water. Also some other processes like microbial fuel cells and biostimulation sideline the Cr(VI) removal from water along with different primary objectives. Among the living organism, microalgae have great potential to remove Cr(VI) from water. They have the unique photosynthesis and cellular metabolisms compensating the Cr(VI) removal. The use of microalgae in bioremediation for removal of pollutants from the contaminated water is a practical interest due to different advantages as it requires low energy with reduced sludge formation and carbon dioxide sequestration. Most of the algae follow an adsorption followed by reduction of Cr(VI) during the bioremediation process.
Journal of Industrial and Engineering Chemistry, Nov 1, 2017
Journal of Neonatal Biology, 2019
Ecology and the Environment, Sep 17, 2018
Process Biochemistry, Dec 1, 2016
Materials Today: Proceedings, 2020
Separation Science and Technology, Apr 24, 2002
ABSTRACT
Soil biology, 2015
The Role of Microbial Activity in Sulfide Oxidation at Dumping Sites of Sulfidic Wastes and in Ab... more The Role of Microbial Activity in Sulfide Oxidation at Dumping Sites of Sulfidic Wastes and in Abandoned Mining Areas.- Microbe - Mineral Interactions: Exploring avenues towards development of a sustainable microbial technology for coal beneficiation.- Effect of pollution on aquatic microbial diversity.- Role of Biosensors in Environmental Monitoring.- Microbial bio surfactant for hydrocarbons and heavy metals bioremediation.- Anaerobic treatment of organic saline waste/wastewater: Overcome salinity inhibition by addition of compatible solutes.- Uranium Bioremediation: Approaches and Challenges.- Environmental Microbial Biotechnology inside mining operations from an engineering viewpoint based on LCA.- Neutrophilic Bacteria in Iron Mineral Transformation and their Applications.- Anaerobe Bioleaching by Acidophilic Bacterial Strains.- Microbial Processing for Valorization of Horticultural Wastes.- Microbial Interaction In Mining Soil.- A strategic scheme for resource recovery from sulfurous industrial wastes through plant microbe interaction.- Bioconversion of Cotton Gin Waste to Bioethanol.- Microalgae: Cultivation and Application.- Advances in Manganese pollution and its bioremediation.
Research and Reviews: Journal of Microbiology and Biotechnology, Dec 26, 2014
Geomicrobiology Journal, Feb 13, 2022
Journal of Cleaner Production, Feb 1, 2019
International Journal of Nano and Biomaterials, 2017
Materials Today: Proceedings, 2020
International Journal of Plastics Technology, Sep 30, 2010
Water-soluble conjugated polyelectrolytes (CPs) an ideal advanced soft materials have attracted c... more Water-soluble conjugated polyelectrolytes (CPs) an ideal advanced soft materials have attracted considerable attention as an optical platform in chemical and biological assays for nucleic acids, proteins, enzyme activities and physiological metal ions. From the viewpoint of detection sensitivity, CPs-based assays benefit from their light-harvesting properties via collective response of optical units along the polymer backbone. In the present investigation we
Metallurgical and Materials Transactions B-process Metallurgy and Materials Processing Science, Oct 23, 2010
Journal of Chemical Technology & Biotechnology, Dec 23, 2003
This review provides a detailed summary of the recent and past research activities in the area of... more This review provides a detailed summary of the recent and past research activities in the area of biodesulfurisation of coal. It provides information about microorganisms important for biodesulfurisation of coal, with the emphasis on Thiobacillus ferrooxidans. The review presents an insight into various methods of desulfurisation of coal combining physical and biological methods. Also, there are discussions on coal structure, distribution, mechanism and kinetics of pyrite oxidation and jarosite precipitation. Finally, areas requiring further research are identified. Copyright © 2003 Society of Chemical Industry
Journal of Neonatal Biology, 2019
Soil biology, 2015
The requirement for manganese (Mn) has augmented extensively owing to the intense production of s... more The requirement for manganese (Mn) has augmented extensively owing to the intense production of steel and the mounting paucity of natural deposits. The widespread mining, mineral processing, and further human activities have faced a severe consequence in the generation of massive quantity of manganese mining waste residues. The inappropriate supervision and unprocessed liberation of these wastes have resulted in the spread of Mn to the contiguous atmosphere, soil and groundwater pollution, and loads of severe ecological tribulations. Chronic and acute exposure of this metal pollutant leads to lethal consequences and is clinically categorized by the multiple symptoms of neurotoxicity including cognitive and psychiatric symptoms, Parkinson’s disease, manganism, motor system dysfunction, and other neurodegenerative diseases. The advancement of bioremediation technology focuses on accomplishing successful removal of these metal pollutants by increasing the effectiveness of microbes related to metal-solubilizing activities. This chapter describes a complete advance in the research on manganese environmental pollution, manganese compound-induced toxicity, and recent approaches for the microbial remediation of manganese pollutants.
Hexavalent chromium (Cr(VI)) is enriched in the water system of environment above the regulatory ... more Hexavalent chromium (Cr(VI)) is enriched in the water system of environment above the regulatory level due to different human activities. Cr(VI) has the chemical properties favorable for its dissolution in the water environment at an elevated concentration level. This concerns the environmentalists as Cr(VI) in water is carcinogenic to different organs of the living organisms. Different techniques like chemical, biological, and combination of both have been undertaken using various methods to remove Cr(VI) from the water. Primarily bioremediation including bioreduction and biosorption has potential to remove Cr(VI) from water. Also some other processes like microbial fuel cells and biostimulation sideline the Cr(VI) removal from water along with different primary objectives. Among the living organism, microalgae have great potential to remove Cr(VI) from water. They have the unique photosynthesis and cellular metabolisms compensating the Cr(VI) removal. The use of microalgae in bioremediation for removal of pollutants from the contaminated water is a practical interest due to different advantages as it requires low energy with reduced sludge formation and carbon dioxide sequestration. Most of the algae follow an adsorption followed by reduction of Cr(VI) during the bioremediation process.
Journal of Industrial and Engineering Chemistry, Nov 1, 2017