Identificación de bacterias tolerantes a metales pesados aisladas de la bocana del río Moche, Trujillo – Perú
- Angélica Miranda-Jarac(Autor),
- ,
- ,
- cUniversidad Nacional Federico Villarreal
Acceso abierto
Información de Publicación
Tipo de resultado
Subtítulo de publicación principal
Creating Solutions for a Sustainable Future: Technology-Based Entrepreneurship, LEIRD 2024Idioma original
EspañolNúmero de artículo
525Hitos de publicación
- Publicada - 2024
Estado de publicación
Editorial
Latin American and Caribbean Consortium of Engineering InstitutionsSerie de publicación
- Nombre de serie de publicación: Proceedings of the LACCEI international Multi-conference for Engineering, Education and Technology
ISSN (Electrónico): 2414-6390
ISBN (electrónico)
9786289661309ID de publicación externa
- Scopus: 85217200833
Título de publicación principal
Proceedings of the 4th LACCEI International Multiconference on Entrepreneurship, Innovation and Regional DevelopmentEditores de publicación principal
- Maria M. Larrondo Petrie
- Jose Texier
- Rodolfo Andres Rivas Matta
Resumen
Heavy metals are important contaminants whose concomitant presence in different ecosystems has generated global concern. At the cellular level, heavy metals form unstable intermediates with genetic material and disturb different metabolic processes and the proper folding of proteins. This study was responsible for exploring, isolating, phenotypically examining and characterizing heavy metal-tolerant bacterial strains in natural environments such as the Moche River (8.1605 S, 79.034 W), near the city of Trujillo in the La Libertad region, Peru. In this study, twenty-four strains of bacteria were identified. The identified strains were evaluated against heavy metals using minimum inhibitory concentration tests, to determine their tolerance to Pb+2, Ni+2, Cr+6 and Cd+2. The bacteria tolerated the four metals at different levels. Due to their level of tolerance, these strains could be used to bioremediate and recover sites contaminated with the heavy metals evaluated.
