Microbial Removal of Heavy Metals from Contaminated Environments Using Metal-Resistant Indigenous Strains

Contamination of soil with heavy metals has become a matter of global importance due to its impact on agriculture, environmental integrity, and therefore human health and safety. Several microbial strains isolated from soil contaminated by long-term chemical and petrochemical activities were found t...

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Published inJournal of Xenobiotics Vol. 14; no. 1; pp. 51 - 78
Main Authors Firincă, Cristina, Zamfir, Lucian-Gabriel, Constantin, Mariana, Răut, Iuliana, Capră, Luiza, Popa, Diana, Jinga, Maria-Lorena, Baroi, Anda Maria, Fierăscu, Radu Claudiu, Corneli, Nicoleta Olguța, Postolache, Carmen, Doni, Mihaela, Gurban, Ana-Maria, Jecu, Luiza, Șesan, Tatiana Eugenia
Format Journal Article
LanguageEnglish
Published Switzerland MDPI AG 29.12.2023
MDPI
Subjects
Bacteria
Bioavailability
Bioremediation
Efficiency
Environmental restoration
Fungi
Heavy metals
Metal industry
Microorganisms
Nanomaterials
Nitrates
Physiology
Pollutants
Pollution
Potassium
soil bioremediation
Soil microbiology
Toxicity
VOCs
Volatile organic compounds
Zinc
Germany
Romania
United States > US
nanomaterials
soil bioremediation
heavy metals
microorganisms
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Abstract Contamination of soil with heavy metals has become a matter of global importance due to its impact on agriculture, environmental integrity, and therefore human health and safety. Several microbial strains isolated from soil contaminated by long-term chemical and petrochemical activities were found to manifest various levels of tolerance to Cr, Pb, and Zn, out of which and exhibited above-moderate tolerance. The concentrations of target heavy metals before and after bioremediation were determined using electrochemical screen-printed electrodes (SPE) modified with different nanomaterials. The morpho-structural SEM/EDX analyses confirmed the presence of metal ions on the surface of the cell, with metal uptake being mediated by biosorption with hydroxyl, carboxyl, and amino groups as per FTIR observations. was observed to pose a higher bioremediation potential compared to , removing 87% of Cr and 67% of Zn, respectively. Conversely, removed 86% of Pb from the solution, compared to 48% by . Therefore, the fungal strain could represent a viable option for Cr and Zn bioremediation strategies, whereas the bacterial strain may be used in Pb bioremediation applications.
AbstractList Contamination of soil with heavy metals has become a matter of global importance due to its impact on agriculture, environmental integrity, and therefore human health and safety. Several microbial strains isolated from soil contaminated by long-term chemical and petrochemical activities were found to manifest various levels of tolerance to Cr, Pb, and Zn, out of which Bacillus marisflavi and Trichoderma longibrachiatum exhibited above-moderate tolerance. The concentrations of target heavy metals before and after bioremediation were determined using electrochemical screen-printed electrodes (SPE) modified with different nanomaterials. The morpho-structural SEM/EDX analyses confirmed the presence of metal ions on the surface of the cell, with metal uptake being mediated by biosorption with hydroxyl, carboxyl, and amino groups as per FTIR observations. T. longibrachiatum was observed to pose a higher bioremediation potential compared to B. marisflavi , removing 87% of Cr and 67% of Zn, respectively. Conversely, B. marisflavi removed 86% of Pb from the solution, compared to 48% by T. longibrachiatum . Therefore, the fungal strain T. longibrachiatum could represent a viable option for Cr and Zn bioremediation strategies, whereas the bacterial strain B. marisflavi may be used in Pb bioremediation applications.
Contamination of soil with heavy metals has become a matter of global importance due to its impact on agriculture, environmental integrity, and therefore human health and safety. Several microbial strains isolated from soil contaminated by long-term chemical and petrochemical activities were found to manifest various levels of tolerance to Cr, Pb, and Zn, out of which Bacillus marisflavi and Trichoderma longibrachiatum exhibited above-moderate tolerance. The concentrations of target heavy metals before and after bioremediation were determined using electrochemical screen-printed electrodes (SPE) modified with different nanomaterials. The morpho-structural SEM/EDX analyses confirmed the presence of metal ions on the surface of the cell, with metal uptake being mediated by biosorption with hydroxyl, carboxyl, and amino groups as per FTIR observations. T. longibrachiatum was observed to pose a higher bioremediation potential compared to B. marisflavi, removing 87% of Cr and 67% of Zn, respectively. Conversely, B. marisflavi removed 86% of Pb from the solution, compared to 48% by T. longibrachiatum. Therefore, the fungal strain T. longibrachiatum could represent a viable option for Cr and Zn bioremediation strategies, whereas the bacterial strain B. marisflavi may be used in Pb bioremediation applications.Contamination of soil with heavy metals has become a matter of global importance due to its impact on agriculture, environmental integrity, and therefore human health and safety. Several microbial strains isolated from soil contaminated by long-term chemical and petrochemical activities were found to manifest various levels of tolerance to Cr, Pb, and Zn, out of which Bacillus marisflavi and Trichoderma longibrachiatum exhibited above-moderate tolerance. The concentrations of target heavy metals before and after bioremediation were determined using electrochemical screen-printed electrodes (SPE) modified with different nanomaterials. The morpho-structural SEM/EDX analyses confirmed the presence of metal ions on the surface of the cell, with metal uptake being mediated by biosorption with hydroxyl, carboxyl, and amino groups as per FTIR observations. T. longibrachiatum was observed to pose a higher bioremediation potential compared to B. marisflavi, removing 87% of Cr and 67% of Zn, respectively. Conversely, B. marisflavi removed 86% of Pb from the solution, compared to 48% by T. longibrachiatum. Therefore, the fungal strain T. longibrachiatum could represent a viable option for Cr and Zn bioremediation strategies, whereas the bacterial strain B. marisflavi may be used in Pb bioremediation applications.
Contamination of soil with heavy metals has become a matter of global importance due to its impact on agriculture, environmental integrity, and therefore human health and safety. Several microbial strains isolated from soil contaminated by long-term chemical and petrochemical activities were found to manifest various levels of tolerance to Cr, Pb, and Zn, out of which Bacillus marisflavi and Trichoderma longibrachiatum exhibited above-moderate tolerance. The concentrations of target heavy metals before and after bioremediation were determined using electrochemical screen-printed electrodes (SPE) modified with different nanomaterials. The morpho-structural SEM/EDX analyses confirmed the presence of metal ions on the surface of the cell, with metal uptake being mediated by biosorption with hydroxyl, carboxyl, and amino groups as per FTIR observations. T. longibrachiatum was observed to pose a higher bioremediation potential compared to B. marisflavi, removing 87% of Cr and 67% of Zn, respectively. Conversely, B. marisflavi removed 86% of Pb from the solution, compared to 48% by T. longibrachiatum. Therefore, the fungal strain T. longibrachiatum could represent a viable option for Cr and Zn bioremediation strategies, whereas the bacterial strain B. marisflavi may be used in Pb bioremediation applications.
Contamination of soil with heavy metals has become a matter of global importance due to its impact on agriculture, environmental integrity, and therefore human health and safety. Several microbial strains isolated from soil contaminated by long-term chemical and petrochemical activities were found to manifest various levels of tolerance to Cr, Pb, and Zn, out of which and exhibited above-moderate tolerance. The concentrations of target heavy metals before and after bioremediation were determined using electrochemical screen-printed electrodes (SPE) modified with different nanomaterials. The morpho-structural SEM/EDX analyses confirmed the presence of metal ions on the surface of the cell, with metal uptake being mediated by biosorption with hydroxyl, carboxyl, and amino groups as per FTIR observations. was observed to pose a higher bioremediation potential compared to , removing 87% of Cr and 67% of Zn, respectively. Conversely, removed 86% of Pb from the solution, compared to 48% by . Therefore, the fungal strain could represent a viable option for Cr and Zn bioremediation strategies, whereas the bacterial strain may be used in Pb bioremediation applications.
Audience Academic
Author Corneli, Nicoleta Olguța
Popa, Diana
Postolache, Carmen
Firincă, Cristina
Constantin, Mariana
Jecu, Luiza
Baroi, Anda Maria
Zamfir, Lucian-Gabriel
Jinga, Maria-Lorena
Gurban, Ana-Maria
Capră, Luiza
Șesan, Tatiana Eugenia
Fierăscu, Radu Claudiu
Răut, Iuliana
Doni, Mihaela
AuthorAffiliation 5 Field Crop Section, Academy of Agricultural and Forestry Sciences, Bd Mărăști 61, 011464 Bucharest, Romania
4 National Institute of Research and Development for Microbiology and Immunology—Cantacuzino, 103 Spl. Independenței, 050096 Bucharest, Romania
1 Biotechnology and Bioanalysis Departments, National Institute of Research and Development in Chemistry and Petrochemistry—ICECHIM, 202 Spl. Independenței, 060021 Bucharest, Romania; cristina.firinca@icechim.ro (C.F.); mihaela.doni@icechim.ro (M.D.)
2 Department of Botany and Microbiology, Faculty of Biology, University of Bucharest, 91–95 Spl. Independenței, 050095 Bucharest, Romania
3 Department of Pharmacy, Faculty of Pharmacy, University Titu Maiorescu of Bucharest, 040441 Bucharest, Romania
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  givenname: Tatiana Eugenia
  surname: Șesan
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  organization: Field Crop Section, Academy of Agricultural and Forestry Sciences, Bd Mărăști 61, 011464 Bucharest, Romania
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PublicationDate 20231229
PublicationDateYYYYMMDD 2023-12-29
PublicationDate_xml – month: 12
  year: 2023
  text: 20231229
  day: 29
PublicationDecade 2020
PublicationPlace Switzerland
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PublicationTitle Journal of Xenobiotics
PublicationTitleAlternate J Xenobiot
PublicationYear 2023
Publisher MDPI AG
MDPI
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Snippet Contamination of soil with heavy metals has become a matter of global importance due to its impact on agriculture, environmental integrity, and therefore human...
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StartPage 51
SubjectTerms Bacteria
Bioavailability
Bioremediation
Efficiency
Environmental restoration
Fungi
Heavy metals
Metal industry
Microorganisms
Nanomaterials
Nitrates
Physiology
Pollutants
Pollution
Potassium
soil bioremediation
Soil microbiology
Toxicity
VOCs
Volatile organic compounds
Zinc
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Title Microbial Removal of Heavy Metals from Contaminated Environments Using Metal-Resistant Indigenous Strains
URI https://www.ncbi.nlm.nih.gov/pubmed/38249101
https://www.proquest.com/docview/3003308715
https://www.proquest.com/docview/2917560112
https://pubmed.ncbi.nlm.nih.gov/PMC10801475
https://doaj.org/article/aa6a6997ceff40c98f2820ecd8cff3bd
Volume 14
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